From 163d35dc57a2b3bab9354985a6d1b6ff654200e6 Mon Sep 17 00:00:00 2001
From: Robert Izzard <r.izzard@surrey.ac.uk>
Date: Mon, 1 Nov 2021 10:18:31 +0000
Subject: [PATCH] change spacingfunc to samplerfunc
remove deprecated resolution setting
---
binarycpython/tests/test_grid.py | 39 +-
binarycpython/utils/grid.py | 119 +-
binarycpython/utils/grid_options_defaults.py | 2 +-
binarycpython/utils/spacing_functions.py | 13 +-
examples/notebook_BHBH.ipynb | 8693 +++++++++--------
examples/notebook_HRD.ipynb | 381 +-
examples/notebook_api_functionality.ipynb | 11 +-
.../notebook_common_envelope_evolution.ipynb | 276 +-
examples/notebook_custom_logging.ipynb | 16 +-
examples/notebook_extra_features.ipynb | 44 +-
examples/notebook_individual_systems.ipynb | 54 +-
...otebook_luminosity_function_binaries.ipynb | 352 +-
.../notebook_luminosity_function_single.ipynb | 168 +-
examples/notebook_population.ipynb | 193 +-
14 files changed, 5718 insertions(+), 4643 deletions(-)
diff --git a/binarycpython/tests/test_grid.py b/binarycpython/tests/test_grid.py
index f5692ea0c..8f79bd6b9 100644
--- a/binarycpython/tests/test_grid.py
+++ b/binarycpython/tests/test_grid.py
@@ -203,8 +203,7 @@ class test_Population(unittest.TestCase):
name="lnm1",
longname="Primary mass",
valuerange=[1, 100],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(1), math.log(100), {})".format(
+ samplerfunc="const(math.log(1), math.log(100), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
@@ -218,8 +217,7 @@ class test_Population(unittest.TestCase):
name="q",
longname="Mass ratio",
valuerange=["0.1/M_1", 1],
- resolution="{}".format(resolution["q"]),
- spacingfunc="const(0.1/M_1, 1, {})".format(resolution["q"]),
+ samplerfunc="const(0.1/M_1, 1, {})".format(resolution["q"]),
probdist="flatsections(q, [{'min': 0.1/M_1, 'max': 1.0, 'height': 1}])",
dphasevol="dq",
precode="M_2 = q * M_1",
@@ -544,8 +542,7 @@ class test_grid_evolve(unittest.TestCase):
name="lnm1",
longname="Primary mass",
valuerange=[1, 100],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(1), math.log(100), {})".format(
+ samplerfunc="const(math.log(1), math.log(100), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
@@ -583,8 +580,7 @@ class test_grid_evolve(unittest.TestCase):
name="lnm1",
longname="Primary mass",
valuerange=[1, 100],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(1), math.log(100), {})".format(
+ samplerfunc="const(math.log(1), math.log(100), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
@@ -633,8 +629,7 @@ class test_grid_evolve(unittest.TestCase):
name="lnm1",
longname="Primary mass",
valuerange=[1, 100],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(1), math.log(100), {})".format(
+ samplerfunc="const(math.log(1), math.log(100), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
@@ -704,8 +699,7 @@ Printf("TEST_CUSTOM_LOGGING_1 %30.12e %g %g %g %g\\n",
name="lnm1",
longname="Primary mass",
valuerange=[1, 100],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(1), math.log(100), {})".format(
+ samplerfunc="const(math.log(1), math.log(100), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
@@ -742,8 +736,7 @@ Printf("TEST_CUSTOM_LOGGING_1 %30.12e %g %g %g %g\\n",
name="lnm1",
longname="Primary mass",
valuerange=[1, 100],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(1), math.log(100), {})".format(
+ samplerfunc="const(math.log(1), math.log(100), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
@@ -757,8 +750,7 @@ Printf("TEST_CUSTOM_LOGGING_1 %30.12e %g %g %g %g\\n",
name="q",
longname="Mass ratio",
valuerange=["0.1/M_1", 1],
- resolution="{}".format(resolution["q"]),
- spacingfunc="const(0.1/M_1, 1, {})".format(resolution["q"]),
+ samplerfunc="const(0.1/M_1, 1, {})".format(resolution["q"]),
probdist="flatsections(q, [{'min': 0.1/M_1, 'max': 1.0, 'height': 1}])",
dphasevol="dq",
precode="M_2 = q * M_1",
@@ -827,8 +819,7 @@ Printf("TEST_CUSTOM_LOGGING_1 %30.12e %g %g %g %g\\n",
name="lnm1",
longname="Primary mass",
valuerange=[1, 100],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(1), math.log(100), {})".format(
+ samplerfunc="const(math.log(1), math.log(100), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
@@ -901,8 +892,7 @@ Printf("TEST_CUSTOM_LOGGING_1 %30.12e %g %g %g %g\\n",
name="lnm1",
longname="Primary mass",
valuerange=[1, 100],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(1), math.log(100), {})".format(
+ samplerfunc="const(math.log(1), math.log(100), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
@@ -959,8 +949,7 @@ Printf("TEST_CUSTOM_LOGGING_1 %30.12e %g %g %g %g\\n",
name="lnm1",
longname="Primary mass",
valuerange=[1, 100],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(1), math.log(100), {})".format(
+ samplerfunc="const(math.log(1), math.log(100), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
@@ -998,8 +987,7 @@ Printf("TEST_CUSTOM_LOGGING_1 %30.12e %g %g %g %g\\n",
name="lnm1",
longname="Primary mass",
valuerange=[1, 100],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(1), math.log(100), {})".format(
+ samplerfunc="const(math.log(1), math.log(100), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
@@ -1129,8 +1117,7 @@ class test_resultdict(unittest.TestCase):
name="lnm1",
longname="Primary mass",
valuerange=[2, 150],
- resolution="{}".format(resolution["M_1"]),
- spacingfunc="const(math.log(2), math.log(150), {})".format(
+ samplerfunc="const(math.log(2), math.log(150), {})".format(
resolution["M_1"]
),
precode="M_1=math.exp(lnm1)",
diff --git a/binarycpython/utils/grid.py b/binarycpython/utils/grid.py
index bca7e1e69..edbb063d8 100644
--- a/binarycpython/utils/grid.py
+++ b/binarycpython/utils/grid.py
@@ -486,8 +486,7 @@ class Population:
parameter_name: str,
longname: str,
valuerange: Union[list, str],
- resolution: str,
- spacingfunc: str,
+ samplerfunc: str,
probdist: str,
dphasevol: Union[str, int],
gridtype: str = "centred",
@@ -539,24 +538,17 @@ class Population:
Examples:
longname = 'Primary mass'
range:
- Range of values to take. Does not get used really, the spacingfunc is used to
+ Range of values to take. Does not get used really, the samplerfunc is used to
get the values from
Examples:
range = [math.log(m_min), math.log(m_max)]
- resolution:
- Resolution of the sampled range (number of samples).
- TODO: check if this is used anywhere
+ samplerfunc:
+ Function returning a list or numpy array of samples spaced appropriately.
+ You can either use a real function, or a string representation of a function call.
Examples:
- resolution = resolution["M_1"]
- spacingfunc:
- Function determining how the range is sampled. You can either use a real function,
- or a string representation of a function call. Will get written to a file and
- then evaluated.
-
- Examples:
- spacingfunc = "const(math.log(m_min), math.log(m_max), {})".format(resolution['M_1'])
+ samplerfunc = "const(math.log(m_min), math.log(m_max), {})".format(resolution['M_1'])
precode:
Extra room for some code. This code will be evaluated within the loop of the
@@ -598,8 +590,8 @@ class Population:
"parameter_name":parameter_name,
"longname": longname,
"valuerange": valuerange,
- "resolution": resolution,
- "spacingfunc": spacingfunc,
+ #"resolution": 0,
+ "samplerfunc": samplerfunc,
"precode": precode,
"postcode": postcode,
"probdist": probdist,
@@ -2243,12 +2235,12 @@ class Population:
# Set some values in the generated code:
"# Setting initial values\n",
"_total_starcount = 0\n",
- "starcounts = [0 for i in range({})]\n".format(total_grid_variables),
+ "starcounts = [0 for i in range({})]\n".format(total_grid_variables+1),
"probabilities = {}\n",
"probabilities_list = [0 for i in range({})]\n".format(
- total_grid_variables
+ total_grid_variables+1
),
- "probabilities_sum = [0 for i in range({})]\n".format(total_grid_variables),
+ "probabilities_sum = [0 for i in range({})]\n".format(total_grid_variables+1),
"parameter_dict = {}\n",
"phasevol = 1\n",
)
@@ -2315,7 +2307,7 @@ class Population:
self._add_code(
"# for loop for {}".format(grid_variable["name"]) + "\n",
"sampled_values_{} = {}".format(
- grid_variable["name"], grid_variable["spacingfunc"]
+ grid_variable["name"], grid_variable["samplerfunc"]
)
+ "\n",
)
@@ -2351,25 +2343,27 @@ class Population:
+ "\n"
)
- if grid_variable["resolution"] == 0:
- # generate resolution automatically
- self._add_code(
- "for {}_sample_number in range(max(0,len(sampled_values_{})-1)):".format(
- grid_variable["name"], grid_variable["name"]
- )
- + "\n"
- )
- else:
- # use resolution passed in
- self._add_code(
- "for {}_sample_number in range({} if {} != 0 else max(0,len(sampled_values_{})-1)):".format(
- grid_variable["name"],
- grid_variable["resolution"],
- grid_variable["resolution"],
- grid_variable["name"],
- )
- + "\n"
+ #if grid_variable["resolution"] == 0:
+ # sample from the sampled_values
+ self._add_code(
+ "for {}_sample_number in range(max(0,len(sampled_values_{})-1)):".format(
+ grid_variable["name"], grid_variable["name"]
)
+ + "\n"
+ )
+
+ # old code: use resolution passed in
+ #else:
+ # # use resolution passed in
+ # self._add_code(
+ # "for {}_sample_number in range({} if {} != 0 else max(0,len(sampled_values_{})-1)):".format(
+ # grid_variable["name"],
+ # grid_variable["resolution"],
+ # grid_variable["resolution"],
+ # grid_variable["name"],
+ # )
+ # + "\n"
+ # )
self._increment_indent_depth(+1)
@@ -4217,8 +4211,7 @@ class Population:
parameter_name="multiplicity",
longname="multiplicity",
valuerange=[1, max_multiplicity],
- resolution=4,
- spacingfunc="range(1, 5)",
+ samplerfunc="const(1, {n}, {n})".format(n=max_multiplicity),
precode='self.grid_options["multiplicity"] = multiplicity; self.bse_options["multiplicity"] = multiplicity; options={}'.format(
self.grid_options["Moe2017_options"]
),
@@ -4238,8 +4231,7 @@ class Population:
name="lnm1",
parameter_name="M_1",
longname="Primary mass",
- resolution="options['resolutions']['M'][0]",
- spacingfunc=self.grid_options["Moe2017_options"]['spacingfuncs']['M'][0] or
+ samplerfunc=self.grid_options["Moe2017_options"]['samplerfuncs']['M'][0] or
"const(np.log({}), np.log({}), {})".format(
self.grid_options["Moe2017_options"]["ranges"]["M"][0],
self.grid_options["Moe2017_options"]["ranges"]["M"][1],
@@ -4266,7 +4258,6 @@ class Population:
name="log10per",
parameter_name="orbital_period",
longname="log10(Orbital_Period)",
- resolution=self.grid_options["Moe2017_options"]["resolutions"]["logP"][0],
probdist=1.0,
condition='(self.grid_options["multiplicity"] >= 2)',
branchpoint=1
@@ -4278,7 +4269,7 @@ class Population:
self.grid_options["Moe2017_options"]["ranges"]["logP"][0],
self.grid_options["Moe2017_options"]["ranges"]["logP"][1],
],
- spacingfunc=self.grid_options["Moe2017_options"]['spacingfuncs']["logP"][0] or
+ samplerfunc=self.grid_options["Moe2017_options"]['samplerfuncs']["logP"][0] or
"const({}, {}, {})".format(
self.grid_options["Moe2017_options"]["ranges"]["logP"][0],
self.grid_options["Moe2017_options"]["ranges"]["logP"][1],
@@ -4305,7 +4296,6 @@ qmax=maximum_mass_ratio_for_RLOF(M_1, orbital_period)
if self.grid_options["Moe2017_options"].get("ranges", {}).get("q", None)
else "qmax",
],
- resolution=self.grid_options["Moe2017_options"]["resolutions"]["M"][1],
probdist=1,
gridtype="centred",
dphasevol="dq",
@@ -4313,7 +4303,7 @@ qmax=maximum_mass_ratio_for_RLOF(M_1, orbital_period)
M_2 = q * M_1
sep = calc_sep_from_period(M_1, M_2, orbital_period)
""",
- spacingfunc=self.grid_options["Moe2017_options"]["spacingfuncs"]["M"][1] or
+ samplerfunc=self.grid_options["Moe2017_options"]["samplerfuncs"]["M"][1] or
"const({}, {}, {})".format(
self.grid_options["Moe2017_options"]["ranges"]["q"][0]
if self.grid_options["Moe2017_options"]
@@ -4335,9 +4325,6 @@ sep = calc_sep_from_period(M_1, M_2, orbital_period)
name="ecc",
parameter_name="eccentricity",
longname="Eccentricity",
- resolution=self.grid_options["Moe2017_options"]["resolutions"]["ecc"][
- 0
- ],
probdist=1,
gridtype="centred",
dphasevol="decc",
@@ -4348,7 +4335,7 @@ sep = calc_sep_from_period(M_1, M_2, orbital_period)
], # Just fail if not defined.
self.grid_options["Moe2017_options"]["ranges"]["ecc"][1],
],
- spacingfunc=self.grid_options["Moe2017_options"]["spacingfuncs"]['ecc'][0] or
+ samplerfunc=self.grid_options["Moe2017_options"]["samplerfuncs"]['ecc'][0] or
"const({}, {}, {})".format(
self.grid_options["Moe2017_options"]["ranges"]["ecc"][
0
@@ -4365,9 +4352,6 @@ sep = calc_sep_from_period(M_1, M_2, orbital_period)
name="log10per2",
parameter_name="orbital_period_triple",
longname="log10(Orbital_Period2)",
- resolution=self.grid_options["Moe2017_options"]["resolutions"]["logP"][
- 1
- ],
probdist=1.0,
condition='(self.grid_options["multiplicity"] >= 3)',
branchpoint=2
@@ -4379,7 +4363,7 @@ sep = calc_sep_from_period(M_1, M_2, orbital_period)
self.grid_options["Moe2017_options"]["ranges"]["logP"][0],
self.grid_options["Moe2017_options"]["ranges"]["logP"][1],
],
- spacingfunc=self.grid_options["Moe2017_options"]["spacingfuncs"]["logP"][1] or
+ samplerfunc=self.grid_options["Moe2017_options"]["samplerfuncs"]["logP"][1] or
"const({}, {}, {})".format(
self.grid_options["Moe2017_options"]["ranges"]["logP"][0],
self.grid_options["Moe2017_options"]["ranges"]["logP"][1],
@@ -4411,7 +4395,6 @@ q2max=maximum_mass_ratio_for_RLOF(M_1+M_2, orbital_period_triple)
.get("q", None)
else "q2max",
],
- resolution=self.grid_options["Moe2017_options"]["resolutions"]["M"][2],
probdist=1,
gridtype="centred",
dphasevol="dq2",
@@ -4420,7 +4403,7 @@ M_3 = q2 * (M_1 + M_2)
sep2 = calc_sep_from_period((M_1+M_2), M_3, orbital_period_triple)
eccentricity2=0
""",
- spacingfunc=self.grid_options["Moe2017_options"]["spacingfuncs"]["M"][2] or
+ samplerfunc=self.grid_options["Moe2017_options"]["samplerfuncs"]["M"][2] or
"const({}, {}, {})".format(
self.grid_options["Moe2017_options"]["ranges"]["q"][0]
if self.grid_options["Moe2017_options"]
@@ -4442,9 +4425,6 @@ eccentricity2=0
name="ecc2",
parameter_name="eccentricity2",
longname="Eccentricity of the triple",
- resolution=self.grid_options["Moe2017_options"]["resolutions"][
- "ecc"
- ][1],
probdist=1,
gridtype="centred",
dphasevol="decc2",
@@ -4455,7 +4435,7 @@ eccentricity2=0
], # Just fail if not defined.
self.grid_options["Moe2017_options"]["ranges"]["ecc"][1],
],
- spacingfunc=self.grid_options["Moe2017_options"]["spacingfuncs"]["ecc"][1] or
+ samplerfunc=self.grid_options["Moe2017_options"]["samplerfuncs"]["ecc"][1] or
"const({}, {}, {})".format(
self.grid_options["Moe2017_options"]["ranges"]["ecc"][
0
@@ -4471,9 +4451,6 @@ eccentricity2=0
name="log10per3",
parameter_name="orbital_period_quadruple",
longname="log10(Orbital_Period3)",
- resolution=self.grid_options["Moe2017_options"]["resolutions"][
- "logP"
- ][2],
probdist=1.0,
condition='(self.grid_options["multiplicity"] >= 4)',
branchpoint=3
@@ -4485,7 +4462,7 @@ eccentricity2=0
self.grid_options["Moe2017_options"]["ranges"]["logP"][0],
self.grid_options["Moe2017_options"]["ranges"]["logP"][1],
],
- spacingfunc=self.grid_options["Moe2017_options"]["spacingfuncs"]["logP"][2] or
+ samplerfunc=self.grid_options["Moe2017_options"]["samplerfuncs"]["logP"][2] or
"const({}, {}, {})".format(
self.grid_options["Moe2017_options"]["ranges"]["logP"][0],
self.grid_options["Moe2017_options"]["ranges"]["logP"][1],
@@ -4516,9 +4493,6 @@ q3max=maximum_mass_ratio_for_RLOF(M_3, orbital_period_quadruple)
.get("q", None)
else "q3max",
],
- resolution=self.grid_options["Moe2017_options"]["resolutions"]["M"][
- 3
- ],
probdist=1,
gridtype="centred",
dphasevol="dq3",
@@ -4527,7 +4501,7 @@ M_4 = q3 * M_3
sep3 = calc_sep_from_period((M_3), M_4, orbital_period_quadruple)
eccentricity3=0
""",
- spacingfunc=self.grid_options["Moe2017_options"]["spacingfuncs"]["M"][3] or
+ samplerfunc=self.grid_options["Moe2017_options"]["samplerfuncs"]["M"][3] or
"const({}, {}, {})".format(
self.grid_options["Moe2017_options"]["ranges"]["q"][0]
if self.grid_options["Moe2017_options"]
@@ -4549,9 +4523,6 @@ eccentricity3=0
name="ecc3",
parameter_name="eccentricity3",
longname="Eccentricity of the triple+quadruple/outer binary",
- resolution=self.grid_options["Moe2017_options"]["resolutions"][
- "ecc"
- ][2],
probdist=1,
gridtype="centred",
dphasevol="decc3",
@@ -4562,15 +4533,13 @@ eccentricity3=0
], # Just fail if not defined.
self.grid_options["Moe2017_options"]["ranges"]["ecc"][1],
],
- spacingfunc=self.grid_options["Moe2017_options"]["spacingfuncs"]["ecc"][2] or
+ samplerfunc=self.grid_options["Moe2017_options"]["samplerfuncs"]["ecc"][2] or
"const({}, {}, {})".format(
self.grid_options["Moe2017_options"]["ranges"]["ecc"][
0
], # Just fail if not defined.
self.grid_options["Moe2017_options"]["ranges"]["ecc"][1],
- self.grid_options["Moe2017_options"]["resolutions"]["ecc"][
- 2
- ],
+ self.grid_options["Moe2017_options"]["resolutions"]["ecc"][2],
),
)
diff --git a/binarycpython/utils/grid_options_defaults.py b/binarycpython/utils/grid_options_defaults.py
index 397e57923..648987626 100644
--- a/binarycpython/utils/grid_options_defaults.py
+++ b/binarycpython/utils/grid_options_defaults.py
@@ -536,7 +536,7 @@ moe_di_stefano_default_options = {
0, # e3 (quadruple eccentricity) currently unused
],
},
- 'spacingfuncs': {
+ 'samplerfuncs': {
'M' : [None, None, None, None],
'logP' : [None, None, None],
'ecc' : [None, None, None],
diff --git a/binarycpython/utils/spacing_functions.py b/binarycpython/utils/spacing_functions.py
index bfa8dc61f..ac444b31f 100644
--- a/binarycpython/utils/spacing_functions.py
+++ b/binarycpython/utils/spacing_functions.py
@@ -16,7 +16,9 @@ from binarycpython.utils.grid import Population
@functools.lru_cache(maxsize=16)
def const(
- min_bound: Union[int, float], max_bound: Union[int, float], steps: int
+ min_bound: Union[int, float],
+ max_bound: Union[int, float],
+ steps: int
) -> list:
"""
Samples a range linearly. Uses numpy linspace.
@@ -47,7 +49,7 @@ def const_ranges(ranges) -> list:
The following allocates 10 stars between 0.1 and 0.65, 20 stars between 0.65
and 0.85, and 10 stars between 0.85 and 10.0 Msun.
- spacingfunc="const_ranges((({},{},{}),({},{},{}),({},{},{})))".format(
+ samplerfunc="const_ranges((({},{},{}),({},{},{}),({},{},{})))".format(
0.1,0.65,10,
0.65,0.85,20,
0.85,10.0,10
@@ -176,11 +178,11 @@ def const_dt(self,
# these are lines set as options to Population.add_grid_value(...)
# linear time bins of 1Gyr
- spacingfunc="const_dt(self,dt=1000,nres=100,mmin=0.07,mmax=2.0,showtable=True)"
+ samplerfunc="const_dt(self,dt=1000,nres=100,mmin=0.07,mmax=2.0,showtable=True)"
# logarithmic spacing in time, generally suitable for Galactic
# chemical evolution yield grids.
- spacingfunc="const_dt(self,dlogt=0.1,nres=100,mmin=0.07,mmax=80.0,maxdm=((0.07,1.0,0.1),(1.0,10.0,1.0),(10.0,80.0,2.0)),showtable=True,logspacing=True,fsample=1.0/4.0)"
+ samplerfunc="const_dt(self,dlogt=0.1,nres=100,mmin=0.07,mmax=80.0,maxdm=((0.07,1.0,0.1),(1.0,10.0,1.0),(10.0,80.0,2.0)),showtable=True,logspacing=True,fsample=1.0/4.0)"
"""
@@ -207,8 +209,7 @@ def const_dt(self,
parameter_name="M_1",
longname="log Primary mass", # == single-star mass
valuerange=[math.log(mmin),math.log(mmax)],
- resolution=0,
- spacingfunc="const(math.log({mmin}),math.log({mmax}),{nres})".format(mmin=mmin,mmax=mmax,nres=nres),
+ samplerfunc="const(math.log({mmin}),math.log({mmax}),{nres})".format(mmin=mmin,mmax=mmax,nres=nres),
probdist="1", # dprob/dm1 : we don't care, so just set it to 1
dphasevol="dlnM_1",
precode="M_1=math.exp(lnM_1)",
diff --git a/examples/notebook_BHBH.ipynb b/examples/notebook_BHBH.ipynb
index 9dcc1fab8..80b707d95 100644
--- a/examples/notebook_BHBH.ipynb
+++ b/examples/notebook_BHBH.ipynb
@@ -51,20 +51,20 @@
"name": "stdout",
"output_type": "stream",
"text": [
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=62725 RANDOM_COUNT=0\n",
- " 0.0000 60.000 0.000 1 15 -1 -1 -1.00 0.000 0.000 \"INITIAL \"\n",
- " 6.1193 28.792 0.000 1 15 -1 -1 -1.00 0.000 0.000 \"Start Carbon Star 1\"\n",
- " 6.6492 26.756 0.000 2 15 -1 -1 -1.00 0.000 0.000 \"OFF_MS\"\n",
- " 6.6492 26.756 0.000 2 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.6588 26.687 0.000 4 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.2135 9.972 0.000 7 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.2135 9.972 0.000 7 15 -1 -1 -1.00 0.000 0.000 \"End Carbon Star 1\"\n",
- " 7.3695 9.813 0.000 8 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.3967 5.685 0.000 14 15 -1 -1 -1.00 0.000 0.000 Randbuf=39531 - Mers(0)=0.294514 - Mers(1)=0.134143 - Mers(2)=0.710121 - Mers(3)=0.310857 \n",
- " 7.3967 5.685 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=9.78488 Mc\"CO\"=7.23513 type=8) -> kick 1(190) vk=76.5905 vr=0 omega=1.95317 phi=0.433711 -> vn=76.5905 ; final sep 0 ecc -1 (random count 0) - Runaway v=(-28.5778,64.4801,29.862) |v|=76.5905 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 4.09993, dm(companion) = 0\n",
- " 7.3967 5.685 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.3967 5.685 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 5.685 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=30441 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 0.000 1 15 -1 -1 -1.00 0.000 0.000 \"INITIAL \"\n",
+ " 6.1193 28.792 0.000 1 15 -1 -1 -1.00 0.000 0.000 \"Start Carbon Star 1\"\n",
+ " 6.6492 26.756 0.000 2 15 -1 -1 -1.00 0.000 0.000 \"OFF_MS\"\n",
+ " 6.6492 26.756 0.000 2 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.6588 26.687 0.000 4 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.2135 9.972 0.000 7 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.2135 9.972 0.000 7 15 -1 -1 -1.00 0.000 0.000 \"End Carbon Star 1\"\n",
+ " 7.3695 9.813 0.000 8 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.3967 8.827 0.000 14 15 -1 -1 -1.00 0.000 0.000 Randbuf=14439 - Mers(0)=0.354981 - Mers(1)=0.764989 - Mers(2)=0.550575 - Mers(3)=0.162006 \n",
+ " 7.3967 8.827 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=9.78488 Mc\"CO\"=7.23513 type=8) -> kick 1(190) vk=218.134 vr=0 omega=1.01791 phi=0.101323 -> vn=218.134 ; final sep 0 ecc -1 (random count 0) - Runaway v=(114.552,184.683,18.7769) |v|=218.134 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0.957894, dm(companion) = 0\n",
+ " 7.3967 8.827 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.3967 8.827 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 8.827 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
"\n"
]
}
@@ -97,198 +97,204 @@
"name": "stdout",
"output_type": "stream",
"text": [
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=62158 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.009 0.009 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.009 0.009 \"BEG_SYMB\"\n",
- " 4.3583 42.081 35.930 1 1 3971 8.98y 0.00 0.023 0.014 \"Start tidal lock 1\"\n",
- " 4.3928 41.632 35.894 1 1 3995.8 9.1y 0.00 0.023 0.014 \"End tidal lock 1\"\n",
- " 6.1199 28.792 28.776 1 1 5374.9 16.5y 0.00 0.014 0.014 \"Start Carbon Star 1\"\n",
- " 6.4219 27.615 27.603 1 1 5603.4 17.9y 0.00 0.013 0.013 \"Start tidal lock 2\"\n",
- " 6.5403 27.157 27.151 1 1 5696.9 18.5y 0.00 0.012 0.012 \"End tidal lock 2\"\n",
- " 6.6475 26.763 26.731 2 1 5791.5 19.1y 0.00 0.010 0.011 \"TYPE_CHNGE\"\n",
- " 6.6548 26.730 26.729 2 1 5794.3 19.1y 0.00 0.203 0.010 \"Start tidal lock 2\"\n",
- " 6.6550 26.728 26.729 2 1 5794.5 19.1y 0.00 0.225 0.010 \"q-inv\"\n",
- " 6.6552 26.725 26.729 2 2 5795.5 19.1y 0.00 0.246 0.010 \"OFF_MS\"\n",
- " 6.6552 26.725 26.729 2 2 5795.5 19.1y 0.00 0.246 0.010 \"TYPE_CHNGE\"\n",
- " 6.6552 26.725 26.729 2 2 5795.5 19.1y 0.00 0.246 0.010 \"End tidal lock 2\"\n",
- " 6.6556 26.721 26.728 2 2 5796 19.1y 0.00 0.282 0.011 \"Start tidal lock 2\"\n",
- " 6.6559 26.716 26.727 2 2 5796.6 19.1y 0.00 0.321 0.013 \"End tidal lock 2\"\n",
- " 6.6571 26.691 26.724 4 2 5798.4 19.2y 0.00 0.546 0.021 \"TYPE_CHNGE\"\n",
- " 6.6649 26.502 26.683 4 4 5812 19.3y 0.00 0.548 0.543 \"TYPE_CHNGE\"\n",
- " 7.1021 15.167 15.598 4 4 7342.9 36y 0.00 0.588 0.574 \"Start Carbon Star 2\"\n",
- " 7.2663 10.178 10.480 4 4 8828.2 57.9y 0.00 0.000 0.460 \"END_SYMB\"\n",
- " 7.2670 10.171 10.458 7 4 8837.8 58y 0.00 0.000 0.455 \"TYPE_CHNGE\"\n",
- " 7.2670 10.171 10.458 7 4 8837.8 58y 0.00 0.000 0.455 \"End Carbon Star 1\"\n",
- " 7.2671 10.171 10.454 4 4 8840.9 58y 0.00 0.000 0.454 \"TYPE_CHNGE\"\n",
- " 7.2671 10.171 10.454 4 4 8840.9 58y 0.00 0.000 0.454 \"Start Carbon Star 1\"\n",
- " 7.2672 10.170 10.450 7 4 8840.6 58y 0.00 0.000 0.453 \"TYPE_CHNGE\"\n",
- " 7.2672 10.170 10.450 7 4 8840.6 58y 0.00 0.000 0.453 \"End Carbon Star 1\"\n",
- " 7.2673 10.170 10.446 4 4 8843.6 58.1y 0.00 0.000 0.452 \"TYPE_CHNGE\"\n",
- " 7.2673 10.170 10.446 4 4 8843.6 58.1y 0.00 0.000 0.452 \"Start Carbon Star 1\"\n",
- " 7.2674 10.169 10.442 7 4 8843.3 58.1y 0.00 0.000 0.451 \"TYPE_CHNGE\"\n",
- " 7.2674 10.169 10.442 7 4 8843.3 58.1y 0.00 0.000 0.451 \"End Carbon Star 1\"\n",
- " 7.2676 10.169 10.438 4 4 8846.3 58.1y 0.00 0.000 0.450 \"TYPE_CHNGE\"\n",
- " 7.2676 10.169 10.438 4 4 8846.3 58.1y 0.00 0.000 0.450 \"Start Carbon Star 1\"\n",
- " 7.2677 10.168 10.435 7 4 8846 58.1y 0.00 0.000 0.448 \"TYPE_CHNGE\"\n",
- " 7.2677 10.168 10.435 7 4 8846 58.1y 0.00 0.000 0.448 \"End Carbon Star 1\"\n",
- " 7.2678 10.168 10.431 4 4 8848.8 58.2y 0.00 0.000 0.447 \"TYPE_CHNGE\"\n",
- " 7.2678 10.168 10.431 4 4 8848.8 58.2y 0.00 0.000 0.447 \"Start Carbon Star 1\"\n",
- " 7.2679 10.167 10.427 7 4 8848.6 58.2y 0.00 0.000 0.446 \"TYPE_CHNGE\"\n",
- " 7.2679 10.167 10.427 7 4 8848.6 58.2y 0.00 0.000 0.446 \"End Carbon Star 1\"\n",
- " 7.2680 10.167 10.424 4 4 8851.3 58.2y 0.00 0.000 0.445 \"TYPE_CHNGE\"\n",
- " 7.2680 10.167 10.424 4 4 8851.3 58.2y 0.00 0.000 0.445 \"Start Carbon Star 1\"\n",
- " 7.2681 10.166 10.420 7 4 8851 58.2y 0.00 0.000 0.444 \"TYPE_CHNGE\"\n",
- " 7.2681 10.166 10.420 7 4 8851 58.2y 0.00 0.000 0.444 \"End Carbon Star 1\"\n",
- " 7.2682 10.166 10.417 4 4 8853.7 58.2y 0.00 0.000 0.442 \"TYPE_CHNGE\"\n",
- " 7.2682 10.166 10.417 4 4 8853.7 58.2y 0.00 0.000 0.442 \"Start Carbon Star 1\"\n",
- " 7.2683 10.165 10.413 7 4 8853.5 58.2y 0.00 0.000 0.441 \"TYPE_CHNGE\"\n",
- " 7.2683 10.165 10.413 7 4 8853.5 58.2y 0.00 0.000 0.441 \"End Carbon Star 1\"\n",
- " 7.2684 10.165 10.410 4 4 8856.1 58.3y 0.00 0.000 0.440 \"TYPE_CHNGE\"\n",
- " 7.2684 10.165 10.410 4 4 8856.1 58.3y 0.00 0.000 0.440 \"Start Carbon Star 1\"\n",
- " 7.2685 10.164 10.407 7 4 8855.8 58.3y 0.00 0.000 0.439 \"TYPE_CHNGE\"\n",
- " 7.2685 10.164 10.407 7 4 8855.8 58.3y 0.00 0.000 0.439 \"End Carbon Star 1\"\n",
- " 7.2686 10.164 10.404 4 4 8858.4 58.3y 0.00 0.000 0.437 \"TYPE_CHNGE\"\n",
- " 7.2686 10.164 10.404 4 4 8858.4 58.3y 0.00 0.000 0.437 \"Start Carbon Star 1\"\n",
- " 7.2687 10.163 10.400 7 4 8858.1 58.3y 0.00 0.000 0.436 \"TYPE_CHNGE\"\n",
- " 7.2687 10.163 10.400 7 4 8858.1 58.3y 0.00 0.000 0.436 \"End Carbon Star 1\"\n",
- " 7.2688 10.163 10.397 4 4 8860.6 58.3y 0.00 0.000 0.434 \"TYPE_CHNGE\"\n",
- " 7.2688 10.163 10.397 4 4 8860.6 58.3y 0.00 0.000 0.434 \"Start Carbon Star 1\"\n",
- " 7.2689 10.162 10.394 7 4 8860.4 58.3y 0.00 0.000 0.433 \"TYPE_CHNGE\"\n",
- " 7.2689 10.162 10.394 7 4 8860.4 58.3y 0.00 0.000 0.433 \"End Carbon Star 1\"\n",
- " 7.2690 10.162 10.391 4 4 8862.8 58.4y 0.00 0.000 0.432 \"TYPE_CHNGE\"\n",
- " 7.2690 10.162 10.391 4 4 8862.8 58.4y 0.00 0.000 0.432 \"Start Carbon Star 1\"\n",
- " 7.2691 10.161 10.388 7 4 8862.5 58.4y 0.00 0.000 0.430 \"TYPE_CHNGE\"\n",
- " 7.2691 10.161 10.388 7 4 8862.5 58.4y 0.00 0.000 0.430 \"End Carbon Star 1\"\n",
- " 7.2692 10.162 10.385 4 4 8864.9 58.4y 0.00 0.000 0.429 \"TYPE_CHNGE\"\n",
- " 7.2692 10.162 10.385 4 4 8864.9 58.4y 0.00 0.000 0.429 \"Start Carbon Star 1\"\n",
- " 7.2693 10.161 10.382 7 4 8864.7 58.4y 0.00 0.000 0.427 \"TYPE_CHNGE\"\n",
- " 7.2693 10.161 10.382 7 4 8864.7 58.4y 0.00 0.000 0.427 \"End Carbon Star 1\"\n",
- " 7.2694 10.161 10.379 4 4 8867 58.4y 0.00 0.000 0.425 \"TYPE_CHNGE\"\n",
- " 7.2694 10.161 10.379 4 4 8867 58.4y 0.00 0.000 0.425 \"Start Carbon Star 1\"\n",
- " 7.2695 10.160 10.376 7 4 8866.8 58.4y 0.00 0.000 0.424 \"TYPE_CHNGE\"\n",
- " 7.2695 10.160 10.376 7 4 8866.8 58.4y 0.00 0.000 0.424 \"End Carbon Star 1\"\n",
- " 7.2696 10.160 10.373 4 4 8869.1 58.4y 0.00 0.000 0.422 \"TYPE_CHNGE\"\n",
- " 7.2696 10.160 10.373 4 4 8869.1 58.4y 0.00 0.000 0.422 \"Start Carbon Star 1\"\n",
- " 7.2697 10.159 10.370 7 4 8868.9 58.4y 0.00 0.000 0.420 \"TYPE_CHNGE\"\n",
- " 7.2697 10.159 10.370 7 4 8868.9 58.4y 0.00 0.000 0.420 \"End Carbon Star 1\"\n",
- " 7.2698 10.159 10.368 4 4 8871.1 58.5y 0.00 0.000 0.419 \"TYPE_CHNGE\"\n",
- " 7.2698 10.159 10.368 4 4 8871.1 58.5y 0.00 0.000 0.419 \"Start Carbon Star 1\"\n",
- " 7.2699 10.158 10.365 7 4 8870.9 58.5y 0.00 0.000 0.417 \"TYPE_CHNGE\"\n",
- " 7.2699 10.158 10.365 7 4 8870.9 58.5y 0.00 0.000 0.417 \"End Carbon Star 1\"\n",
- " 7.2700 10.158 10.362 4 4 8873.1 58.5y 0.00 0.000 0.415 \"TYPE_CHNGE\"\n",
- " 7.2700 10.158 10.362 4 4 8873.1 58.5y 0.00 0.000 0.415 \"Start Carbon Star 1\"\n",
- " 7.2700 10.157 10.359 7 4 8872.9 58.5y 0.00 0.000 0.413 \"TYPE_CHNGE\"\n",
- " 7.2700 10.157 10.359 7 4 8872.9 58.5y 0.00 0.000 0.413 \"End Carbon Star 1\"\n",
- " 7.2701 10.157 10.357 4 4 8875.1 58.5y 0.00 0.000 0.411 \"TYPE_CHNGE\"\n",
- " 7.2701 10.157 10.357 4 4 8875.1 58.5y 0.00 0.000 0.411 \"Start Carbon Star 1\"\n",
- " 7.2702 10.156 10.354 7 4 8874.8 58.5y 0.00 0.000 0.409 \"TYPE_CHNGE\"\n",
- " 7.2702 10.156 10.354 7 4 8874.8 58.5y 0.00 0.000 0.409 \"End Carbon Star 1\"\n",
- " 7.2703 10.157 10.352 4 4 8877 58.6y 0.00 0.000 0.407 \"TYPE_CHNGE\"\n",
- " 7.2703 10.157 10.352 4 4 8877 58.6y 0.00 0.000 0.407 \"Start Carbon Star 1\"\n",
- " 7.2704 10.156 10.349 7 4 8876.7 58.6y 0.00 0.000 0.405 \"TYPE_CHNGE\"\n",
- " 7.2704 10.156 10.349 7 4 8876.7 58.6y 0.00 0.000 0.405 \"End Carbon Star 1\"\n",
- " 7.2705 10.156 10.346 4 4 8878.9 58.6y 0.00 0.000 0.403 \"TYPE_CHNGE\"\n",
- " 7.2705 10.156 10.346 4 4 8878.9 58.6y 0.00 0.000 0.403 \"Start Carbon Star 1\"\n",
- " 7.2706 10.155 10.344 7 4 8878.6 58.6y 0.00 0.000 0.400 \"TYPE_CHNGE\"\n",
- " 7.2706 10.155 10.344 7 4 8878.6 58.6y 0.00 0.000 0.400 \"End Carbon Star 1\"\n",
- " 7.2706 10.155 10.342 4 4 8880.7 58.6y 0.00 0.000 0.398 \"TYPE_CHNGE\"\n",
- " 7.2706 10.155 10.342 4 4 8880.7 58.6y 0.00 0.000 0.398 \"Start Carbon Star 1\"\n",
- " 7.2707 10.154 10.339 7 4 8880.5 58.6y 0.00 0.000 0.396 \"TYPE_CHNGE\"\n",
- " 7.2707 10.154 10.339 7 4 8880.5 58.6y 0.00 0.000 0.396 \"End Carbon Star 1\"\n",
- " 7.2708 10.154 10.337 4 4 8882.6 58.6y 0.00 0.000 0.393 \"TYPE_CHNGE\"\n",
- " 7.2708 10.154 10.337 4 4 8882.6 58.6y 0.00 0.000 0.393 \"Start Carbon Star 1\"\n",
- " 7.2709 10.153 10.334 7 4 8882.3 58.6y 0.00 0.000 0.391 \"TYPE_CHNGE\"\n",
- " 7.2709 10.153 10.334 7 4 8882.3 58.6y 0.00 0.000 0.391 \"End Carbon Star 1\"\n",
- " 7.2710 10.153 10.332 4 4 8884.4 58.7y 0.00 0.000 0.388 \"TYPE_CHNGE\"\n",
- " 7.2710 10.153 10.332 4 4 8884.4 58.7y 0.00 0.000 0.388 \"Start Carbon Star 1\"\n",
- " 7.2710 10.152 10.330 7 4 8884.2 58.7y 0.00 0.000 0.386 \"TYPE_CHNGE\"\n",
- " 7.2710 10.152 10.330 7 4 8884.2 58.7y 0.00 0.000 0.386 \"End Carbon Star 1\"\n",
- " 7.2711 10.152 10.327 4 4 8886.2 58.7y 0.00 0.000 0.383 \"TYPE_CHNGE\"\n",
- " 7.2711 10.152 10.327 4 4 8886.2 58.7y 0.00 0.000 0.383 \"Start Carbon Star 1\"\n",
- " 7.2712 10.152 10.325 7 4 8886 58.7y 0.00 0.000 0.380 \"TYPE_CHNGE\"\n",
- " 7.2712 10.152 10.325 7 4 8886 58.7y 0.00 0.000 0.380 \"End Carbon Star 1\"\n",
- " 7.2713 10.152 10.323 4 4 8887.9 58.7y 0.00 0.000 0.377 \"TYPE_CHNGE\"\n",
- " 7.2713 10.152 10.323 4 4 8887.9 58.7y 0.00 0.000 0.377 \"Start Carbon Star 1\"\n",
- " 7.2714 10.151 10.320 7 4 8887.7 58.7y 0.00 0.000 0.374 \"TYPE_CHNGE\"\n",
- " 7.2714 10.151 10.320 7 4 8887.7 58.7y 0.00 0.000 0.374 \"End Carbon Star 1\"\n",
- " 7.2714 10.151 10.318 4 4 8889.7 58.7y 0.00 0.000 0.371 \"TYPE_CHNGE\"\n",
- " 7.2714 10.151 10.318 4 4 8889.7 58.7y 0.00 0.000 0.371 \"Start Carbon Star 1\"\n",
- " 7.2715 10.150 10.316 7 4 8889.5 58.7y 0.00 0.000 0.368 \"TYPE_CHNGE\"\n",
- " 7.2715 10.150 10.316 7 4 8889.5 58.7y 0.00 0.000 0.368 \"End Carbon Star 1\"\n",
- " 7.2716 10.150 10.314 4 4 8891.4 58.8y 0.00 0.000 0.365 \"TYPE_CHNGE\"\n",
- " 7.2716 10.150 10.314 4 4 8891.4 58.8y 0.00 0.000 0.365 \"Start Carbon Star 1\"\n",
- " 7.2717 10.149 10.312 7 4 8891.2 58.8y 0.00 0.000 0.361 \"TYPE_CHNGE\"\n",
- " 7.2717 10.149 10.312 7 4 8891.2 58.8y 0.00 0.000 0.361 \"End Carbon Star 1\"\n",
- " 7.2718 10.149 10.310 4 4 8893.1 58.8y 0.00 0.000 0.358 \"TYPE_CHNGE\"\n",
- " 7.2718 10.149 10.310 4 4 8893.1 58.8y 0.00 0.000 0.358 \"Start Carbon Star 1\"\n",
- " 7.2718 10.148 10.308 7 4 8892.9 58.8y 0.00 0.000 0.355 \"TYPE_CHNGE\"\n",
- " 7.2718 10.148 10.308 7 4 8892.9 58.8y 0.00 0.000 0.355 \"End Carbon Star 1\"\n",
- " 7.2719 10.148 10.306 4 4 8894.8 58.8y 0.00 0.000 0.351 \"TYPE_CHNGE\"\n",
- " 7.2719 10.148 10.306 4 4 8894.8 58.8y 0.00 0.000 0.351 \"Start Carbon Star 1\"\n",
- " 7.2720 10.147 10.304 7 4 8894.6 58.8y 0.00 0.000 0.347 \"TYPE_CHNGE\"\n",
- " 7.2720 10.147 10.304 7 4 8894.6 58.8y 0.00 0.000 0.347 \"End Carbon Star 1\"\n",
- " 7.2721 10.147 10.302 4 4 8896.5 58.8y 0.00 0.000 0.343 \"TYPE_CHNGE\"\n",
- " 7.2721 10.147 10.302 4 4 8896.5 58.8y 0.00 0.000 0.343 \"Start Carbon Star 1\"\n",
- " 7.2721 10.147 10.300 7 4 8896.3 58.8y 0.00 0.000 0.340 \"TYPE_CHNGE\"\n",
- " 7.2721 10.147 10.300 7 4 8896.3 58.8y 0.00 0.000 0.340 \"End Carbon Star 1\"\n",
- " 7.2722 10.147 10.298 4 4 8898.2 58.9y 0.00 0.000 0.335 \"TYPE_CHNGE\"\n",
- " 7.2722 10.147 10.298 4 4 8898.2 58.9y 0.00 0.000 0.335 \"Start Carbon Star 1\"\n",
- " 7.2723 10.146 10.296 7 4 8897.9 58.9y 0.00 0.000 0.331 \"TYPE_CHNGE\"\n",
- " 7.2723 10.146 10.296 7 4 8897.9 58.9y 0.00 0.000 0.331 \"End Carbon Star 1\"\n",
- " 7.2724 10.146 10.294 4 4 8899.8 58.9y 0.00 0.000 0.327 \"TYPE_CHNGE\"\n",
- " 7.2724 10.146 10.294 4 4 8899.8 58.9y 0.00 0.000 0.327 \"Start Carbon Star 1\"\n",
- " 7.2724 10.145 10.292 7 4 8899.6 58.9y 0.00 0.000 0.323 \"TYPE_CHNGE\"\n",
- " 7.2724 10.145 10.292 7 4 8899.6 58.9y 0.00 0.000 0.323 \"End Carbon Star 1\"\n",
- " 7.2725 10.145 10.290 4 4 8901.5 58.9y 0.00 0.000 0.318 \"TYPE_CHNGE\"\n",
- " 7.2725 10.145 10.290 4 4 8901.5 58.9y 0.00 0.000 0.318 \"Start Carbon Star 1\"\n",
- " 7.2726 10.144 10.288 7 4 8901.2 58.9y 0.00 0.000 0.314 \"TYPE_CHNGE\"\n",
- " 7.2726 10.144 10.288 7 4 8901.2 58.9y 0.00 0.000 0.314 \"End Carbon Star 1\"\n",
- " 7.2727 10.144 10.286 4 4 8903.1 58.9y 0.00 0.000 0.309 \"TYPE_CHNGE\"\n",
- " 7.2727 10.144 10.286 4 4 8903.1 58.9y 0.00 0.000 0.309 \"Start Carbon Star 1\"\n",
- " 7.2727 10.143 10.284 7 4 8902.9 58.9y 0.00 0.000 0.304 \"TYPE_CHNGE\"\n",
- " 7.2727 10.143 10.284 7 4 8902.9 58.9y 0.00 0.000 0.304 \"BEG_SYMB\"\n",
- " 7.2727 10.143 10.284 7 4 8902.9 58.9y 0.00 0.000 0.304 \"End Carbon Star 1\"\n",
- " 7.2728 10.143 10.282 4 4 8904.8 59y 0.00 0.000 0.299 \"TYPE_CHNGE\"\n",
- " 7.2728 10.143 10.282 4 4 8904.8 59y 0.00 0.000 0.299 \"END_SYMB\"\n",
- " 7.2728 10.143 10.282 4 4 8904.8 59y 0.00 0.000 0.299 \"Start Carbon Star 1\"\n",
- " 7.2729 10.142 10.281 7 4 8904.5 59y 0.00 0.000 0.294 \"TYPE_CHNGE\"\n",
- " 7.2729 10.142 10.281 7 4 8904.5 59y 0.00 0.000 0.294 \"BEG_SYMB\"\n",
- " 7.2729 10.142 10.281 7 4 8904.5 59y 0.00 0.000 0.294 \"End Carbon Star 1\"\n",
- " 7.2730 10.142 10.279 4 4 8906.4 59y 0.00 0.000 0.288 \"TYPE_CHNGE\"\n",
- " 7.2730 10.142 10.279 4 4 8906.4 59y 0.00 0.000 0.288 \"END_SYMB\"\n",
- " 7.2730 10.142 10.279 4 4 8906.4 59y 0.00 0.000 0.288 \"Start Carbon Star 1\"\n",
- " 7.2730 10.141 10.277 7 4 8906.2 59y 0.00 0.000 0.283 \"TYPE_CHNGE\"\n",
- " 7.2730 10.141 10.277 7 4 8906.2 59y 0.00 0.000 0.283 \"BEG_SYMB\"\n",
- " 7.2730 10.141 10.277 7 4 8906.2 59y 0.00 0.000 0.283 \"End Carbon Star 1\"\n",
- " 7.2731 10.141 10.275 4 4 8908.1 59y 0.00 0.000 0.277 \"TYPE_CHNGE\"\n",
- " 7.2731 10.141 10.275 4 4 8908.1 59y 0.00 0.000 0.277 \"END_SYMB\"\n",
- " 7.2731 10.141 10.275 4 4 8908.1 59y 0.00 0.000 0.277 \"Start Carbon Star 1\"\n",
- " 7.2732 10.140 10.274 7 4 8907.8 59y 0.00 0.000 0.272 \"TYPE_CHNGE\"\n",
- " 7.2732 10.140 10.274 7 4 8907.8 59y 0.00 0.000 0.272 \"BEG_SYMB\"\n",
- " 7.2732 10.140 10.274 7 4 8907.8 59y 0.00 0.000 0.272 \"End Carbon Star 1\"\n",
- " 7.2733 10.140 10.272 4 4 8909.7 59y 0.00 0.000 0.266 \"TYPE_CHNGE\"\n",
- " 7.2733 10.140 10.272 4 4 8909.7 59y 0.00 0.000 0.266 \"END_SYMB\"\n",
- " 7.2733 10.140 10.272 4 4 8909.7 59y 0.00 0.000 0.266 \"Start Carbon Star 1\"\n",
- " 7.2734 10.139 10.270 7 4 8909.4 59y 0.00 0.000 0.260 \"TYPE_CHNGE\"\n",
- " 7.2734 10.139 10.270 7 4 8909.4 59y 0.00 0.000 0.260 \"BEG_SYMB\"\n",
- " 7.2734 10.139 10.270 7 4 8909.4 59y 0.00 0.000 0.260 \"End Carbon Star 1\"\n",
- " 7.2734 10.139 10.268 7 4 8911.4 59y 0.00 0.000 0.253 \"END_SYMB\"\n",
- " 7.2773 10.136 10.217 7 4 8934 59.4y 0.00 0.000 0.020 \"BEG_SYMB\"\n",
- " 7.2800 10.134 10.167 7 7 8949.5 59.6y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.2800 10.134 10.167 7 7 8949.5 59.6y 0.00 0.000 0.000 \"End Carbon Star 2\"\n",
- " 7.3729 10.039 10.072 8 7 9043.1 60.8y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.3781 10.034 10.067 8 8 9047.9 60.9y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.3995 5.851 10.045 14 8 -373.08 61.1y -1.00 0.000 0.000 Randbuf=72394 - Mers(0)=0.127356 - Mers(1)=0.2207 - Mers(2)=0.960665 - Mers(3)=0.652228 - Mers(4)=0.464746 \n",
- " 7.3995 5.851 10.045 14 8 -373.08 61.1y -1.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=10.0118 Mc\"CO\"=7.4101 type=8) -> kick 1(190) vk=117.249 vr=20.5462 omega=2.92008 phi=0.309368 -> vn=93.808 ; final sep -373.085 ecc -1 (random count 0) - Runaway v=(-101.19,26.6804,7.60009) |v|=104.924 : companion v=(-11.9473,-1.24848,0.141352), |v|=12.0132 ; - , dm(exploder) = 4.16087, dm(companion) = 0\n",
- " 7.3995 5.851 10.045 14 8 -373.08 61.1y -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.3995 5.851 10.045 14 8 -373.08 61.1y -1.00 0.000 0.000 \"DISRUPT \"\n",
- " 7.3995 5.851 10.045 14 8 -373.08 61.1y -1.00 0.000 0.000 \"END_SYMB\"\n",
- " 7.3995 5.851 10.045 14 8 -373.08 61.1y -1.00 0.000 0.000 \"SN\"\n",
- " 7.4046 5.851 5.873 14 14 -373.08 61.1y -1.00 0.000 0.000 Mers(5)=0.527983 - Mers(6)=0.23349 - Mers(7)=0.247785 - Mers(8)=0.911948 \n",
- " 7.4046 5.851 5.873 14 14 -373.08 61.1y -1.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=10.0399 Mc\"CO\"=7.43173 type=8) -> kick 1(190) vk=102.19 vr=0 omega=5.72994 phi=-0.528723 -> vn=102.19 ; final sep -373.085 ecc -1 (random count 5) - Runaway v=(74.9985,-47.6126,27.2274) |v|=102.19 : companion v=(-6.31803e-51,-3.61645e-103,6.5939e-104), |v|=6.31803e-51 ; - , dm(exploder) = 4.16716, dm(companion) = 0\n",
- " 7.4046 5.851 5.873 14 14 -373.08 61.1y -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.4046 5.851 5.873 14 14 -373.08 61.1y -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 5.851 5.873 14 14 -373.08 61.1y -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=35895 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.009 0.009 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.009 0.009 \"BEG_SYMB\"\n",
+ " 4.3583 42.081 35.930 1 1 3971 8.98 y 0.00 0.023 0.014 \"Start tidal lock 1\"\n",
+ " 4.3928 41.632 35.894 1 1 3995.8 9.1 y 0.00 0.023 0.014 \"End tidal lock 1\"\n",
+ " 6.1199 28.792 28.776 1 1 5374.9 16.5 y 0.00 0.014 0.014 \"Start Carbon Star 1\"\n",
+ " 6.4219 27.615 27.603 1 1 5603.4 17.9 y 0.00 0.013 0.013 \"Start tidal lock 2\"\n",
+ " 6.5403 27.157 27.151 1 1 5696.9 18.5 y 0.00 0.012 0.012 \"End tidal lock 2\"\n",
+ " 6.6475 26.763 26.731 2 1 5791.5 19.1 y 0.00 0.010 0.011 \"TYPE_CHNGE\"\n",
+ " 6.6548 26.730 26.729 2 1 5794.3 19.1 y 0.00 0.203 0.010 \"Start tidal lock 2\"\n",
+ " 6.6550 26.728 26.729 2 1 5794.5 19.1 y 0.00 0.225 0.010 \"q-inv\"\n",
+ " 6.6552 26.725 26.729 2 2 5795.5 19.1 y 0.00 0.246 0.010 \"OFF_MS\"\n",
+ " 6.6552 26.725 26.729 2 2 5795.5 19.1 y 0.00 0.246 0.010 \"TYPE_CHNGE\"\n",
+ " 6.6552 26.725 26.729 2 2 5795.5 19.1 y 0.00 0.246 0.010 \"End tidal lock 2\"\n",
+ " 6.6556 26.721 26.728 2 2 5796 19.1 y 0.00 0.282 0.011 \"Start tidal lock 2\"\n",
+ " 6.6559 26.716 26.727 2 2 5796.6 19.1 y 0.00 0.321 0.013 \"End tidal lock 2\"\n",
+ " 6.6571 26.691 26.724 4 2 5798.4 19.2 y 0.00 0.546 0.021 \"TYPE_CHNGE\"\n",
+ " 6.6649 26.502 26.683 4 4 5812 19.3 y 0.00 0.548 0.543 \"TYPE_CHNGE\"\n",
+ " 7.1021 15.167 15.598 4 4 7342.9 36 y 0.00 0.588 0.574 \"Start Carbon Star 2\"\n",
+ " 7.2663 10.178 10.480 4 4 8828.2 57.9 y 0.00 0.000 0.460 \"END_SYMB\"\n",
+ " 7.2670 10.171 10.458 7 4 8837.8 58 y 0.00 0.000 0.455 \"TYPE_CHNGE\"\n",
+ " 7.2670 10.171 10.458 7 4 8837.8 58 y 0.00 0.000 0.455 \"End Carbon Star 1\"\n",
+ " 7.2671 10.171 10.454 4 4 8840.9 58 y 0.00 0.000 0.454 \"TYPE_CHNGE\"\n",
+ " 7.2671 10.171 10.454 4 4 8840.9 58 y 0.00 0.000 0.454 \"Start Carbon Star 1\"\n",
+ " 7.2672 10.170 10.450 7 4 8840.6 58 y 0.00 0.000 0.453 \"TYPE_CHNGE\"\n",
+ " 7.2672 10.170 10.450 7 4 8840.6 58 y 0.00 0.000 0.453 \"End Carbon Star 1\"\n",
+ " 7.2673 10.170 10.446 4 4 8843.6 58.1 y 0.00 0.000 0.452 \"TYPE_CHNGE\"\n",
+ " 7.2673 10.170 10.446 4 4 8843.6 58.1 y 0.00 0.000 0.452 \"Start Carbon Star 1\"\n",
+ " 7.2674 10.169 10.442 7 4 8843.3 58.1 y 0.00 0.000 0.451 \"TYPE_CHNGE\"\n",
+ " 7.2674 10.169 10.442 7 4 8843.3 58.1 y 0.00 0.000 0.451 \"End Carbon Star 1\"\n",
+ " 7.2676 10.169 10.438 4 4 8846.3 58.1 y 0.00 0.000 0.450 \"TYPE_CHNGE\"\n",
+ " 7.2676 10.169 10.438 4 4 8846.3 58.1 y 0.00 0.000 0.450 \"Start Carbon Star 1\"\n",
+ " 7.2677 10.168 10.435 7 4 8846 58.1 y 0.00 0.000 0.448 \"TYPE_CHNGE\"\n",
+ " 7.2677 10.168 10.435 7 4 8846 58.1 y 0.00 0.000 0.448 \"End Carbon Star 1\"\n",
+ " 7.2678 10.168 10.431 4 4 8848.8 58.2 y 0.00 0.000 0.447 \"TYPE_CHNGE\"\n",
+ " 7.2678 10.168 10.431 4 4 8848.8 58.2 y 0.00 0.000 0.447 \"Start Carbon Star 1\"\n",
+ " 7.2679 10.167 10.427 7 4 8848.6 58.2 y 0.00 0.000 0.446 \"TYPE_CHNGE\"\n",
+ " 7.2679 10.167 10.427 7 4 8848.6 58.2 y 0.00 0.000 0.446 \"End Carbon Star 1\"\n",
+ " 7.2680 10.167 10.424 4 4 8851.3 58.2 y 0.00 0.000 0.445 \"TYPE_CHNGE\"\n",
+ " 7.2680 10.167 10.424 4 4 8851.3 58.2 y 0.00 0.000 0.445 \"Start Carbon Star 1\"\n",
+ " 7.2681 10.166 10.420 7 4 8851 58.2 y 0.00 0.000 0.444 \"TYPE_CHNGE\"\n",
+ " 7.2681 10.166 10.420 7 4 8851 58.2 y 0.00 0.000 0.444 \"End Carbon Star 1\"\n",
+ " 7.2682 10.166 10.417 4 4 8853.7 58.2 y 0.00 0.000 0.442 \"TYPE_CHNGE\"\n",
+ " 7.2682 10.166 10.417 4 4 8853.7 58.2 y 0.00 0.000 0.442 \"Start Carbon Star 1\"\n",
+ " 7.2683 10.165 10.413 7 4 8853.5 58.2 y 0.00 0.000 0.441 \"TYPE_CHNGE\"\n",
+ " 7.2683 10.165 10.413 7 4 8853.5 58.2 y 0.00 0.000 0.441 \"End Carbon Star 1\"\n",
+ " 7.2684 10.165 10.410 4 4 8856.1 58.3 y 0.00 0.000 0.440 \"TYPE_CHNGE\"\n",
+ " 7.2684 10.165 10.410 4 4 8856.1 58.3 y 0.00 0.000 0.440 \"Start Carbon Star 1\"\n",
+ " 7.2685 10.164 10.407 7 4 8855.8 58.3 y 0.00 0.000 0.439 \"TYPE_CHNGE\"\n",
+ " 7.2685 10.164 10.407 7 4 8855.8 58.3 y 0.00 0.000 0.439 \"End Carbon Star 1\"\n",
+ " 7.2686 10.164 10.404 4 4 8858.4 58.3 y 0.00 0.000 0.437 \"TYPE_CHNGE\"\n",
+ " 7.2686 10.164 10.404 4 4 8858.4 58.3 y 0.00 0.000 0.437 \"Start Carbon Star 1\"\n",
+ " 7.2687 10.163 10.400 7 4 8858.1 58.3 y 0.00 0.000 0.436 \"TYPE_CHNGE\"\n",
+ " 7.2687 10.163 10.400 7 4 8858.1 58.3 y 0.00 0.000 0.436 \"End Carbon Star 1\"\n",
+ " 7.2688 10.163 10.397 4 4 8860.6 58.3 y 0.00 0.000 0.434 \"TYPE_CHNGE\"\n",
+ " 7.2688 10.163 10.397 4 4 8860.6 58.3 y 0.00 0.000 0.434 \"Start Carbon Star 1\"\n",
+ " 7.2689 10.162 10.394 7 4 8860.4 58.3 y 0.00 0.000 0.433 \"TYPE_CHNGE\"\n",
+ " 7.2689 10.162 10.394 7 4 8860.4 58.3 y 0.00 0.000 0.433 \"End Carbon Star 1\"\n",
+ " 7.2690 10.162 10.391 4 4 8862.8 58.4 y 0.00 0.000 0.432 \"TYPE_CHNGE\"\n",
+ " 7.2690 10.162 10.391 4 4 8862.8 58.4 y 0.00 0.000 0.432 \"Start Carbon Star 1\"\n",
+ " 7.2691 10.161 10.388 7 4 8862.5 58.4 y 0.00 0.000 0.430 \"TYPE_CHNGE\"\n",
+ " 7.2691 10.161 10.388 7 4 8862.5 58.4 y 0.00 0.000 0.430 \"End Carbon Star 1\"\n",
+ " 7.2692 10.162 10.385 4 4 8864.9 58.4 y 0.00 0.000 0.429 \"TYPE_CHNGE\"\n",
+ " 7.2692 10.162 10.385 4 4 8864.9 58.4 y 0.00 0.000 0.429 \"Start Carbon Star 1\"\n",
+ " 7.2693 10.161 10.382 7 4 8864.7 58.4 y 0.00 0.000 0.427 \"TYPE_CHNGE\"\n",
+ " 7.2693 10.161 10.382 7 4 8864.7 58.4 y 0.00 0.000 0.427 \"End Carbon Star 1\"\n",
+ " 7.2694 10.161 10.379 4 4 8867 58.4 y 0.00 0.000 0.425 \"TYPE_CHNGE\"\n",
+ " 7.2694 10.161 10.379 4 4 8867 58.4 y 0.00 0.000 0.425 \"Start Carbon Star 1\"\n",
+ " 7.2695 10.160 10.376 7 4 8866.8 58.4 y 0.00 0.000 0.424 \"TYPE_CHNGE\"\n",
+ " 7.2695 10.160 10.376 7 4 8866.8 58.4 y 0.00 0.000 0.424 \"End Carbon Star 1\"\n",
+ " 7.2696 10.160 10.373 4 4 8869.1 58.4 y 0.00 0.000 0.422 \"TYPE_CHNGE\"\n",
+ " 7.2696 10.160 10.373 4 4 8869.1 58.4 y 0.00 0.000 0.422 \"Start Carbon Star 1\"\n",
+ " 7.2697 10.159 10.370 7 4 8868.9 58.4 y 0.00 0.000 0.420 \"TYPE_CHNGE\"\n",
+ " 7.2697 10.159 10.370 7 4 8868.9 58.4 y 0.00 0.000 0.420 \"End Carbon Star 1\"\n",
+ " 7.2698 10.159 10.368 4 4 8871.1 58.5 y 0.00 0.000 0.419 \"TYPE_CHNGE\"\n",
+ " 7.2698 10.159 10.368 4 4 8871.1 58.5 y 0.00 0.000 0.419 \"Start Carbon Star 1\"\n",
+ " 7.2699 10.158 10.365 7 4 8870.9 58.5 y 0.00 0.000 0.417 \"TYPE_CHNGE\"\n",
+ " 7.2699 10.158 10.365 7 4 8870.9 58.5 y 0.00 0.000 0.417 \"End Carbon Star 1\"\n",
+ " 7.2700 10.158 10.362 4 4 8873.1 58.5 y 0.00 0.000 0.415 \"TYPE_CHNGE\"\n",
+ " 7.2700 10.158 10.362 4 4 8873.1 58.5 y 0.00 0.000 0.415 \"Start Carbon Star 1\"\n",
+ " 7.2700 10.157 10.359 7 4 8872.9 58.5 y 0.00 0.000 0.413 \"TYPE_CHNGE\"\n",
+ " 7.2700 10.157 10.359 7 4 8872.9 58.5 y 0.00 0.000 0.413 \"End Carbon Star 1\"\n",
+ " 7.2701 10.157 10.357 4 4 8875.1 58.5 y 0.00 0.000 0.411 \"TYPE_CHNGE\"\n",
+ " 7.2701 10.157 10.357 4 4 8875.1 58.5 y 0.00 0.000 0.411 \"Start Carbon Star 1\"\n",
+ " 7.2702 10.156 10.354 7 4 8874.8 58.5 y 0.00 0.000 0.409 \"TYPE_CHNGE\"\n",
+ " 7.2702 10.156 10.354 7 4 8874.8 58.5 y 0.00 0.000 0.409 \"End Carbon Star 1\"\n",
+ " 7.2703 10.157 10.352 4 4 8877 58.6 y 0.00 0.000 0.407 \"TYPE_CHNGE\"\n",
+ " 7.2703 10.157 10.352 4 4 8877 58.6 y 0.00 0.000 0.407 \"Start Carbon Star 1\"\n",
+ " 7.2704 10.156 10.349 7 4 8876.7 58.6 y 0.00 0.000 0.405 \"TYPE_CHNGE\"\n",
+ " 7.2704 10.156 10.349 7 4 8876.7 58.6 y 0.00 0.000 0.405 \"End Carbon Star 1\"\n",
+ " 7.2705 10.156 10.346 4 4 8878.9 58.6 y 0.00 0.000 0.403 \"TYPE_CHNGE\"\n",
+ " 7.2705 10.156 10.346 4 4 8878.9 58.6 y 0.00 0.000 0.403 \"Start Carbon Star 1\"\n",
+ " 7.2706 10.155 10.344 7 4 8878.6 58.6 y 0.00 0.000 0.400 \"TYPE_CHNGE\"\n",
+ " 7.2706 10.155 10.344 7 4 8878.6 58.6 y 0.00 0.000 0.400 \"End Carbon Star 1\"\n",
+ " 7.2706 10.155 10.342 4 4 8880.7 58.6 y 0.00 0.000 0.398 \"TYPE_CHNGE\"\n",
+ " 7.2706 10.155 10.342 4 4 8880.7 58.6 y 0.00 0.000 0.398 \"Start Carbon Star 1\"\n",
+ " 7.2707 10.154 10.339 7 4 8880.5 58.6 y 0.00 0.000 0.396 \"TYPE_CHNGE\"\n",
+ " 7.2707 10.154 10.339 7 4 8880.5 58.6 y 0.00 0.000 0.396 \"End Carbon Star 1\"\n",
+ " 7.2708 10.154 10.337 4 4 8882.6 58.6 y 0.00 0.000 0.393 \"TYPE_CHNGE\"\n",
+ " 7.2708 10.154 10.337 4 4 8882.6 58.6 y 0.00 0.000 0.393 \"Start Carbon Star 1\"\n",
+ " 7.2709 10.153 10.334 7 4 8882.3 58.6 y 0.00 0.000 0.391 \"TYPE_CHNGE\"\n",
+ " 7.2709 10.153 10.334 7 4 8882.3 58.6 y 0.00 0.000 0.391 \"End Carbon Star 1\"\n",
+ " 7.2710 10.153 10.332 4 4 8884.4 58.7 y 0.00 0.000 0.388 \"TYPE_CHNGE\"\n",
+ " 7.2710 10.153 10.332 4 4 8884.4 58.7 y 0.00 0.000 0.388 \"Start Carbon Star 1\"\n",
+ " 7.2710 10.152 10.330 7 4 8884.2 58.7 y 0.00 0.000 0.386 \"TYPE_CHNGE\"\n",
+ " 7.2710 10.152 10.330 7 4 8884.2 58.7 y 0.00 0.000 0.386 \"End Carbon Star 1\"\n",
+ " 7.2711 10.152 10.327 4 4 8886.2 58.7 y 0.00 0.000 0.383 \"TYPE_CHNGE\"\n",
+ " 7.2711 10.152 10.327 4 4 8886.2 58.7 y 0.00 0.000 0.383 \"Start Carbon Star 1\"\n",
+ " 7.2712 10.152 10.325 7 4 8886 58.7 y 0.00 0.000 0.380 \"TYPE_CHNGE\"\n",
+ " 7.2712 10.152 10.325 7 4 8886 58.7 y 0.00 0.000 0.380 \"End Carbon Star 1\"\n",
+ " 7.2713 10.152 10.323 4 4 8887.9 58.7 y 0.00 0.000 0.377 \"TYPE_CHNGE\"\n",
+ " 7.2713 10.152 10.323 4 4 8887.9 58.7 y 0.00 0.000 0.377 \"Start Carbon Star 1\"\n",
+ " 7.2714 10.151 10.320 7 4 8887.7 58.7 y 0.00 0.000 0.374 \"TYPE_CHNGE\"\n",
+ " 7.2714 10.151 10.320 7 4 8887.7 58.7 y 0.00 0.000 0.374 \"End Carbon Star 1\"\n",
+ " 7.2714 10.151 10.318 4 4 8889.7 58.7 y 0.00 0.000 0.371 \"TYPE_CHNGE\"\n",
+ " 7.2714 10.151 10.318 4 4 8889.7 58.7 y 0.00 0.000 0.371 \"Start Carbon Star 1\"\n",
+ " 7.2715 10.150 10.316 7 4 8889.5 58.7 y 0.00 0.000 0.368 \"TYPE_CHNGE\"\n",
+ " 7.2715 10.150 10.316 7 4 8889.5 58.7 y 0.00 0.000 0.368 \"End Carbon Star 1\"\n",
+ " 7.2716 10.150 10.314 4 4 8891.4 58.8 y 0.00 0.000 0.365 \"TYPE_CHNGE\"\n",
+ " 7.2716 10.150 10.314 4 4 8891.4 58.8 y 0.00 0.000 0.365 \"Start Carbon Star 1\"\n",
+ " 7.2717 10.149 10.312 7 4 8891.2 58.8 y 0.00 0.000 0.361 \"TYPE_CHNGE\"\n",
+ " 7.2717 10.149 10.312 7 4 8891.2 58.8 y 0.00 0.000 0.361 \"End Carbon Star 1\"\n",
+ " 7.2718 10.149 10.310 4 4 8893.1 58.8 y 0.00 0.000 0.358 \"TYPE_CHNGE\"\n",
+ " 7.2718 10.149 10.310 4 4 8893.1 58.8 y 0.00 0.000 0.358 \"Start Carbon Star 1\"\n",
+ " 7.2718 10.148 10.308 7 4 8892.9 58.8 y 0.00 0.000 0.355 \"TYPE_CHNGE\"\n",
+ " 7.2718 10.148 10.308 7 4 8892.9 58.8 y 0.00 0.000 0.355 \"End Carbon Star 1\"\n",
+ " 7.2719 10.148 10.306 4 4 8894.8 58.8 y 0.00 0.000 0.351 \"TYPE_CHNGE\"\n",
+ " 7.2719 10.148 10.306 4 4 8894.8 58.8 y 0.00 0.000 0.351 \"Start Carbon Star 1\"\n",
+ " 7.2720 10.147 10.304 7 4 8894.6 58.8 y 0.00 0.000 0.347 \"TYPE_CHNGE\"\n",
+ " 7.2720 10.147 10.304 7 4 8894.6 58.8 y 0.00 0.000 0.347 \"End Carbon Star 1\"\n",
+ " 7.2721 10.147 10.302 4 4 8896.5 58.8 y 0.00 0.000 0.343 \"TYPE_CHNGE\"\n",
+ " 7.2721 10.147 10.302 4 4 8896.5 58.8 y 0.00 0.000 0.343 \"Start Carbon Star 1\"\n",
+ " 7.2721 10.147 10.300 7 4 8896.3 58.8 y 0.00 0.000 0.340 \"TYPE_CHNGE\"\n",
+ " 7.2721 10.147 10.300 7 4 8896.3 58.8 y 0.00 0.000 0.340 \"End Carbon Star 1\"\n",
+ " 7.2722 10.147 10.298 4 4 8898.2 58.9 y 0.00 0.000 0.335 \"TYPE_CHNGE\"\n",
+ " 7.2722 10.147 10.298 4 4 8898.2 58.9 y 0.00 0.000 0.335 \"Start Carbon Star 1\"\n",
+ " 7.2723 10.146 10.296 7 4 8897.9 58.9 y 0.00 0.000 0.331 \"TYPE_CHNGE\"\n",
+ " 7.2723 10.146 10.296 7 4 8897.9 58.9 y 0.00 0.000 0.331 \"End Carbon Star 1\"\n",
+ " 7.2724 10.146 10.294 4 4 8899.8 58.9 y 0.00 0.000 0.327 \"TYPE_CHNGE\"\n",
+ " 7.2724 10.146 10.294 4 4 8899.8 58.9 y 0.00 0.000 0.327 \"Start Carbon Star 1\"\n",
+ " 7.2724 10.145 10.292 7 4 8899.6 58.9 y 0.00 0.000 0.323 \"TYPE_CHNGE\"\n",
+ " 7.2724 10.145 10.292 7 4 8899.6 58.9 y 0.00 0.000 0.323 \"End Carbon Star 1\"\n",
+ " 7.2725 10.145 10.290 4 4 8901.5 58.9 y 0.00 0.000 0.318 \"TYPE_CHNGE\"\n",
+ " 7.2725 10.145 10.290 4 4 8901.5 58.9 y 0.00 0.000 0.318 \"Start Carbon Star 1\"\n",
+ " 7.2726 10.144 10.288 7 4 8901.2 58.9 y 0.00 0.000 0.314 \"TYPE_CHNGE\"\n",
+ " 7.2726 10.144 10.288 7 4 8901.2 58.9 y 0.00 0.000 0.314 \"End Carbon Star 1\"\n",
+ " 7.2727 10.144 10.286 4 4 8903.1 58.9 y 0.00 0.000 0.309 \"TYPE_CHNGE\"\n",
+ " 7.2727 10.144 10.286 4 4 8903.1 58.9 y 0.00 0.000 0.309 \"Start Carbon Star 1\"\n",
+ " 7.2727 10.143 10.284 7 4 8902.9 58.9 y 0.00 0.000 0.304 \"TYPE_CHNGE\"\n",
+ " 7.2727 10.143 10.284 7 4 8902.9 58.9 y 0.00 0.000 0.304 \"BEG_SYMB\"\n",
+ " 7.2727 10.143 10.284 7 4 8902.9 58.9 y 0.00 0.000 0.304 \"End Carbon Star 1\"\n",
+ " 7.2728 10.143 10.282 4 4 8904.8 59 y 0.00 0.000 0.299 \"TYPE_CHNGE\"\n",
+ " 7.2728 10.143 10.282 4 4 8904.8 59 y 0.00 0.000 0.299 \"END_SYMB\"\n",
+ " 7.2728 10.143 10.282 4 4 8904.8 59 y 0.00 0.000 0.299 \"Start Carbon Star 1\"\n",
+ " 7.2729 10.142 10.281 7 4 8904.5 59 y 0.00 0.000 0.294 \"TYPE_CHNGE\"\n",
+ " 7.2729 10.142 10.281 7 4 8904.5 59 y 0.00 0.000 0.294 \"BEG_SYMB\"\n",
+ " 7.2729 10.142 10.281 7 4 8904.5 59 y 0.00 0.000 0.294 \"End Carbon Star 1\"\n",
+ " 7.2730 10.142 10.279 4 4 8906.4 59 y 0.00 0.000 0.288 \"TYPE_CHNGE\"\n",
+ " 7.2730 10.142 10.279 4 4 8906.4 59 y 0.00 0.000 0.288 \"END_SYMB\"\n",
+ " 7.2730 10.142 10.279 4 4 8906.4 59 y 0.00 0.000 0.288 \"Start Carbon Star 1\"\n",
+ " 7.2730 10.141 10.277 7 4 8906.2 59 y 0.00 0.000 0.283 \"TYPE_CHNGE\"\n",
+ " 7.2730 10.141 10.277 7 4 8906.2 59 y 0.00 0.000 0.283 \"BEG_SYMB\"\n",
+ " 7.2730 10.141 10.277 7 4 8906.2 59 y 0.00 0.000 0.283 \"End Carbon Star 1\"\n",
+ " 7.2731 10.141 10.275 4 4 8908.1 59 y 0.00 0.000 0.277 \"TYPE_CHNGE\"\n",
+ " 7.2731 10.141 10.275 4 4 8908.1 59 y 0.00 0.000 0.277 \"END_SYMB\"\n",
+ " 7.2731 10.141 10.275 4 4 8908.1 59 y 0.00 0.000 0.277 \"Start Carbon Star 1\"\n",
+ " 7.2732 10.140 10.274 7 4 8907.8 59 y 0.00 0.000 0.272 \"TYPE_CHNGE\"\n",
+ " 7.2732 10.140 10.274 7 4 8907.8 59 y 0.00 0.000 0.272 \"BEG_SYMB\"\n",
+ " 7.2732 10.140 10.274 7 4 8907.8 59 y 0.00 0.000 0.272 \"End Carbon Star 1\"\n",
+ " 7.2733 10.140 10.272 4 4 8909.7 59 y 0.00 0.000 0.266 \"TYPE_CHNGE\"\n",
+ " 7.2733 10.140 10.272 4 4 8909.7 59 y 0.00 0.000 0.266 \"END_SYMB\"\n",
+ " 7.2733 10.140 10.272 4 4 8909.7 59 y 0.00 0.000 0.266 \"Start Carbon Star 1\"\n",
+ " 7.2734 10.139 10.270 7 4 8909.4 59 y 0.00 0.000 0.260 \"TYPE_CHNGE\"\n",
+ " 7.2734 10.139 10.270 7 4 8909.4 59 y 0.00 0.000 0.260 \"BEG_SYMB\"\n",
+ " 7.2734 10.139 10.270 7 4 8909.4 59 y 0.00 0.000 0.260 \"End Carbon Star 1\"\n",
+ " 7.2734 10.139 10.268 7 4 8911.4 59 y 0.00 0.000 0.253 \"END_SYMB\"\n",
+ " 7.2773 10.136 10.217 7 4 8934 59.4 y 0.00 0.000 0.020 \"BEG_SYMB\"\n",
+ " 7.2800 10.134 10.167 7 7 8949.5 59.6 y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.2800 10.134 10.167 7 7 8949.5 59.6 y 0.00 0.000 0.000 \"End Carbon Star 2\"\n",
+ " 7.3729 10.039 10.072 8 7 9043.1 60.8 y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.3781 10.034 10.067 8 8 9047.9 60.9 y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.3995 9.501 10.045 14 8 -102.91 -1 -1.00 0.000 0.000 Randbuf=69569 - Mers(0)=0.911093 - Mers(1)=0.184829 - Mers(2)=0.636985 - Mers(3)=0.611763 - Mers(4)=0.837816 \n",
+ " 7.3995 9.501 10.045 14 8 -102.91 -1 -1.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=10.0118 Mc\"CO\"=7.4101 type=8) -> kick 1(190) vk=183.098 vr=20.5462 omega=5.26416 phi=0.22543 -> vn=192.531 ; final sep -102.908 ecc -1 (random count 0) - Runaway v=(105.9,-150.89,-34.7432) |v|=187.589 : companion v=(-9.90695,-1.03221,-0.104427), |v|=9.96112 ; - , dm(exploder) = 0.511114, dm(companion) = 0\n",
+ " 7.3995 9.501 10.045 14 8 -102.91 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.3995 9.501 10.045 14 8 -102.91 -1 -1.00 0.000 0.000 \"DISRUPT \"\n",
+ " 7.3995 9.501 10.045 14 8 -102.91 -1 -1.00 0.000 0.000 \"END_SYMB\"\n",
+ " 7.3995 9.501 10.045 14 8 -102.91 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 7.4046 9.501 9.586 14 14 -102.91 -1 -1.00 0.000 0.000 Mers(5)=0.776523 - Mers(6)=0.809662 - Mers(7)=0.448242 - Mers(8)=0.54439 \n",
+ " 7.4046 9.501 9.586 14 14 -102.91 -1 -1.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=10.0399 Mc\"CO\"=7.43173 type=8) -> kick 1(190) vk=384.535 vr=0 omega=3.4205 phi=-0.103702 -> vn=384.535 ; final sep -102.908 ecc -1 (random count 5) - Runaway v=(-379.582,-106.329,10.8544) |v|=384.535 : companion v=(-5.13796e-51,-1.27569e-103,2.85406e-105), |v|=5.13796e-51 ; - , dm(exploder) = 0.454268, dm(companion) = 0\n",
+ " 7.4046 9.501 9.586 14 14 -102.91 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.4046 9.501 9.586 14 14 -102.91 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 9.501 9.586 14 14 -102.91 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n"
]
}
@@ -378,151 +384,310 @@
"text": [
"{'M_1': 60, 'M_2': 40, 'orbital_period': 2000, 'BH_prescription': 'BH_FRYER12_RAPID', 'wind_mass_loss': 'WIND_ALGORITHM_BINARY_C_2020'}\n",
"system 1 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -512.41}\n",
- "System 1 has separation -512.41\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -510.17}\n",
+ "System 1 has separation -510.17\n",
"system 2 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -110.23}\n",
- "System 2 has separation -110.23\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -60.265}\n",
+ "System 2 has separation -60.265\n",
"system 3 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -161.63}\n",
- "System 3 has separation -161.63\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -301.45}\n",
+ "System 3 has separation -301.45\n",
"system 4 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -212.67}\n",
- "System 4 has separation -212.67\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -261.9}\n",
+ "System 4 has separation -261.9\n",
"system 5 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -177.15}\n",
- "System 5 has separation -177.15\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -898.13}\n",
+ "System 5 has separation -898.13\n",
"system 6 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -720.06}\n",
- "System 6 has separation -720.06\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -553.0}\n",
+ "System 6 has separation -553.0\n",
"system 7 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -108.18}\n",
- "System 7 has separation -108.18\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -276.4}\n",
+ "System 7 has separation -276.4\n",
"system 8 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -73.642}\n",
- "System 8 has separation -73.642\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -163.54}\n",
+ "System 8 has separation -163.54\n",
"system 9 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -237.24}\n",
- "System 9 has separation -237.24\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -122.69}\n",
+ "System 9 has separation -122.69\n",
"system 10 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -166.42}\n",
- "System 10 has separation -166.42\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -158.09}\n",
+ "System 10 has separation -158.09\n",
"system 11 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -94.362}\n",
- "System 11 has separation -94.362\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -239.54}\n",
+ "System 11 has separation -239.54\n",
"system 12 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -1232.7}\n",
- "System 12 has separation -1232.7\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -231.49}\n",
+ "System 12 has separation -231.49\n",
"system 13 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -151.47}\n",
- "System 13 has separation -151.47\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -142.44}\n",
+ "System 13 has separation -142.44\n",
"system 14 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -216.78}\n",
- "System 14 has separation -216.78\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -341.55}\n",
+ "System 14 has separation -341.55\n",
"system 15 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -415.58}\n",
- "System 15 has separation -415.58\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -2421.7}\n",
+ "System 15 has separation -2421.7\n",
"system 16 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -263.93}\n",
- "System 16 has separation -263.93\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -125.38}\n",
+ "System 16 has separation -125.38\n",
"system 17 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -1313.3}\n",
- "System 17 has separation -1313.3\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -28369.0}\n",
+ "System 17 has separation -28369.0\n",
"system 18 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -112.14}\n",
- "System 18 has separation -112.14\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -402.88}\n",
+ "System 18 has separation -402.88\n",
"system 19 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -355.42}\n",
- "System 19 has separation -355.42\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -213.0}\n",
+ "System 19 has separation -213.0\n",
"system 20 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -132.94}\n",
- "System 20 has separation -132.94\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -128.5}\n",
+ "System 20 has separation -128.5\n",
"system 21 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -129.14}\n",
- "System 21 has separation -129.14\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -399.4}\n",
+ "System 21 has separation -399.4\n",
"system 22 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -317.18}\n",
- "System 22 has separation -317.18\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -921.08}\n",
+ "System 22 has separation -921.08\n",
"system 23 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -260.71}\n",
- "System 23 has separation -260.71\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -296.23}\n",
+ "System 23 has separation -296.23\n",
"system 24 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -330.87}\n",
- "System 24 has separation -330.87\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -321.6}\n",
+ "System 24 has separation -321.6\n",
"system 25 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -372.38}\n",
- "System 25 has separation -372.38\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -1876.7}\n",
+ "System 25 has separation -1876.7\n",
"system 26 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -195.85}\n",
- "System 26 has separation -195.85\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -118.2}\n",
+ "System 26 has separation -118.2\n",
"system 27 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -85.999}\n",
- "System 27 has separation -85.999\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -146.34}\n",
+ "System 27 has separation -146.34\n",
"system 28 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -22126.0}\n",
- "System 28 has separation -22126.0\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -20447.0}\n",
+ "System 28 has separation -20447.0\n",
"system 29 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -458.04}\n",
- "System 29 has separation -458.04\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -51.421}\n",
+ "System 29 has separation -51.421\n",
"system 30 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -147.38}\n",
- "System 30 has separation -147.38\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -115.29}\n",
+ "System 30 has separation -115.29\n",
"system 31 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -719.77}\n",
- "System 31 has separation -719.77\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -52.004}\n",
+ "System 31 has separation -52.004\n",
"system 32 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -263.0}\n",
- "System 32 has separation -263.0\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -113.05}\n",
+ "System 32 has separation -113.05\n",
"system 33 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -333.01}\n",
- "System 33 has separation -333.01\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -196.73}\n",
+ "System 33 has separation -196.73\n",
"system 34 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -138.19}\n",
- "System 34 has separation -138.19\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -141.15}\n",
+ "System 34 has separation -141.15\n",
"system 35 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -132.9}\n",
- "System 35 has separation -132.9\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -97.711}\n",
+ "System 35 has separation -97.711\n",
"system 36 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -382.2}\n",
- "System 36 has separation -382.2\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -151.78}\n",
+ "System 36 has separation -151.78\n",
"system 37 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -5740.8}\n",
- "System 37 has separation -5740.8\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -165.28}\n",
+ "System 37 has separation -165.28\n",
"system 38 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -102.8}\n",
- "System 38 has separation -102.8\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -857.02}\n",
+ "System 38 has separation -857.02\n",
"system 39 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -153.45}\n",
- "System 39 has separation -153.45\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -207.0}\n",
+ "System 39 has separation -207.0\n",
"system 40 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -176.8}\n",
- "System 40 has separation -176.8\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -96.881}\n",
+ "System 40 has separation -96.881\n",
"system 41 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -171.17}\n",
- "System 41 has separation -171.17\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -450.85}\n",
+ "System 41 has separation -450.85\n",
"system 42 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -212.25}\n",
- "System 42 has separation -212.25\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -58.875}\n",
+ "System 42 has separation -58.875\n",
"system 43 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -117.33}\n",
- "System 43 has separation -117.33\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -89.881}\n",
+ "System 43 has separation -89.881\n",
"system 44 / 100\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -64.853}\n",
- "System 44 has separation -64.853\n",
- "system 45 / 100\n"
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -187.79}\n",
+ "System 44 has separation -187.79\n",
+ "system 45 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -640.75}\n",
+ "System 45 has separation -640.75\n",
+ "system 46 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -384.58}\n",
+ "System 46 has separation -384.58\n",
+ "system 47 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -95.184}\n",
+ "System 47 has separation -95.184\n",
+ "system 48 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -19622.0}\n",
+ "System 48 has separation -19622.0\n",
+ "system 49 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -306.87}\n",
+ "System 49 has separation -306.87\n",
+ "system 50 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -444.87}\n",
+ "System 50 has separation -444.87\n",
+ "system 51 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -143.29}\n",
+ "System 51 has separation -143.29\n",
+ "system 52 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -117.81}\n",
+ "System 52 has separation -117.81\n",
+ "system 53 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -728.44}\n",
+ "System 53 has separation -728.44\n",
+ "system 54 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -706.96}\n",
+ "System 54 has separation -706.96\n",
+ "system 55 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -241.67}\n",
+ "System 55 has separation -241.67\n",
+ "system 56 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -803.32}\n",
+ "System 56 has separation -803.32\n",
+ "system 57 / 100\n",
+ "None\n",
+ "system 58 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -140.9}\n",
+ "System 58 has separation -140.9\n",
+ "system 59 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -2439.0}\n",
+ "System 59 has separation -2439.0\n"
]
},
{
- "ename": "KeyboardInterrupt",
- "evalue": "",
- "output_type": "error",
- "traceback": [
- "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
- "\u001b[0;31mKeyboardInterrupt\u001b[0m Traceback (most recent call last)",
- "\u001b[0;32m/tmp/ipykernel_26668/3037695552.py\u001b[0m in \u001b[0;36m<module>\u001b[0;34m\u001b[0m\n\u001b[1;32m 34\u001b[0m \u001b[0mwind_mass_loss\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0;34m'WIND_ALGORITHM_BINARY_C_2020'\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 35\u001b[0m )\n\u001b[0;32m---> 36\u001b[0;31m \u001b[0msearch_for_BHBH\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;36m100\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m**\u001b[0m\u001b[0margs\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0m",
- "\u001b[0;32m/tmp/ipykernel_26668/3037695552.py\u001b[0m in \u001b[0;36msearch_for_BHBH\u001b[0;34m(maxcount, **opts)\u001b[0m\n\u001b[1;32m 6\u001b[0m \u001b[0mcount\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0mcount\u001b[0m \u001b[0;34m+\u001b[0m \u001b[0;36m1\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 7\u001b[0m \u001b[0mprint\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;34m\"system {} / {}\"\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mformat\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mcount\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0mmaxcount\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m----> 8\u001b[0;31m output = run_system(**opts,\n\u001b[0m\u001b[1;32m 9\u001b[0m \u001b[0mlog_filename\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0mlog_filename\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 10\u001b[0m \u001b[0mapi_log_filename_prefix\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0mTMP_DIR\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
- "\u001b[0;32m~/.local/lib/python3.9/site-packages/binarycpython/utils/run_system_wrapper.py\u001b[0m in \u001b[0;36mrun_system\u001b[0;34m(**kwargs)\u001b[0m\n\u001b[1;32m 102\u001b[0m \u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 103\u001b[0m \u001b[0;31m# Call binary_c\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m--> 104\u001b[0;31m output = _binary_c_bindings.run_system(\n\u001b[0m\u001b[1;32m 105\u001b[0m \u001b[0mbinary_c_command\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 106\u001b[0m \u001b[0mcustom_logging_func_memaddr\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0mfunc_memaddr\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
- "\u001b[0;31mKeyboardInterrupt\u001b[0m: "
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "system 60 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -235.82}\n",
+ "System 60 has separation -235.82\n",
+ "system 61 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -210.06}\n",
+ "System 61 has separation -210.06\n",
+ "system 62 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -12522.0}\n",
+ "System 62 has separation -12522.0\n",
+ "system 63 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -91.149}\n",
+ "System 63 has separation -91.149\n",
+ "system 64 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -117.6}\n",
+ "System 64 has separation -117.6\n",
+ "system 65 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -285.39}\n",
+ "System 65 has separation -285.39\n",
+ "system 66 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -320.08}\n",
+ "System 66 has separation -320.08\n",
+ "system 67 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -1360.5}\n",
+ "System 67 has separation -1360.5\n",
+ "system 68 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -1398.2}\n",
+ "System 68 has separation -1398.2\n",
+ "system 69 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -246.91}\n",
+ "System 69 has separation -246.91\n",
+ "system 70 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -147.77}\n",
+ "System 70 has separation -147.77\n",
+ "system 71 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -386.49}\n",
+ "System 71 has separation -386.49\n",
+ "system 72 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -208.84}\n",
+ "System 72 has separation -208.84\n",
+ "system 73 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -254.0}\n",
+ "System 73 has separation -254.0\n",
+ "system 74 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -142.09}\n",
+ "System 74 has separation -142.09\n",
+ "system 75 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -1882.9}\n",
+ "System 75 has separation -1882.9\n",
+ "system 76 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -123.45}\n",
+ "System 76 has separation -123.45\n",
+ "system 77 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -87.56}\n",
+ "System 77 has separation -87.56\n",
+ "system 78 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -128.24}\n",
+ "System 78 has separation -128.24\n",
+ "system 79 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -132.86}\n",
+ "System 79 has separation -132.86\n",
+ "system 80 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -164.58}\n",
+ "System 80 has separation -164.58\n",
+ "system 81 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -65.79}\n",
+ "System 81 has separation -65.79\n",
+ "system 82 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -184.42}\n",
+ "System 82 has separation -184.42\n",
+ "system 83 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -240.35}\n",
+ "System 83 has separation -240.35\n",
+ "system 84 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -129.51}\n",
+ "System 84 has separation -129.51\n",
+ "system 85 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -127.93}\n",
+ "System 85 has separation -127.93\n",
+ "system 86 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -199.57}\n",
+ "System 86 has separation -199.57\n",
+ "system 87 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -267.16}\n",
+ "System 87 has separation -267.16\n",
+ "system 88 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -18139.0}\n",
+ "System 88 has separation -18139.0\n",
+ "system 89 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -103.48}\n",
+ "System 89 has separation -103.48\n",
+ "system 90 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -274.74}\n",
+ "System 90 has separation -274.74\n",
+ "system 91 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -180.54}\n",
+ "System 91 has separation -180.54\n",
+ "system 92 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -80.117}\n",
+ "System 92 has separation -80.117\n",
+ "system 93 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -274.32}\n",
+ "System 93 has separation -274.32\n",
+ "system 94 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -1254.8}\n",
+ "System 94 has separation -1254.8\n",
+ "system 95 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -167.76}\n",
+ "System 95 has separation -167.76\n",
+ "system 96 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -122.65}\n",
+ "System 96 has separation -122.65\n",
+ "system 97 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -172.51}\n",
+ "System 97 has separation -172.51\n",
+ "system 98 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -557.64}\n",
+ "System 98 has separation -557.64\n",
+ "system 99 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -3082.6}\n",
+ "System 99 has separation -3082.6\n",
+ "system 100 / 100\n",
+ "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': -154.61}\n",
+ "System 100 has separation -154.61\n"
]
}
],
@@ -583,203 +748,209 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "{'M_1': 60, 'M_2': 40, 'orbital_period': 2000, 'BH_prescription': 'BH_FRYER12_RAPID', 'wind_mass_loss': 'WIND_ALGORITHM_BINARY_C_2020', 'sn_kick_dispersion_II': 0, 'sn_kick_dispersion_IBC': 0, 'sn_kick_dispersion_GRB_COLLAPSAR': 0}\n",
+ "{'M_1': 60, 'M_2': 40, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_BINARY_C_2020', 'sn_kick_dispersion_II': 0, 'sn_kick_dispersion_IBC': 0, 'sn_kick_dispersion_GRB_COLLAPSAR': 0}\n",
"system 1 / 1\n",
- "{'time': 7.4046, 'M1': 5.851, 'M2': 5.873, 'K1': 14.0, 'K2': 14.0, 'separation': 15566.0}\n",
- "System 1 has separation 15566.0\n",
+ "{'time': 7.4046, 'M1': 9.501, 'M2': 9.586, 'K1': 14.0, 'K2': 14.0, 'separation': 9548.9}\n",
+ "System 1 has separation 9548.9\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=21216 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.009 0.009 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.009 0.009 \"BEG_SYMB\"\n",
- " 4.3583 42.081 35.930 1 1 3971 8.98y 0.00 0.023 0.014 \"Start tidal lock 1\"\n",
- " 4.3928 41.632 35.894 1 1 3995.8 9.1y 0.00 0.023 0.014 \"End tidal lock 1\"\n",
- " 6.1199 28.792 28.776 1 1 5374.9 16.5y 0.00 0.014 0.014 \"Start Carbon Star 1\"\n",
- " 6.4219 27.615 27.603 1 1 5603.4 17.9y 0.00 0.013 0.013 \"Start tidal lock 2\"\n",
- " 6.5403 27.157 27.151 1 1 5696.9 18.5y 0.00 0.012 0.012 \"End tidal lock 2\"\n",
- " 6.6475 26.763 26.731 2 1 5791.5 19.1y 0.00 0.010 0.011 \"TYPE_CHNGE\"\n",
- " 6.6548 26.730 26.729 2 1 5794.3 19.1y 0.00 0.203 0.010 \"Start tidal lock 2\"\n",
- " 6.6550 26.728 26.729 2 1 5794.5 19.1y 0.00 0.225 0.010 \"q-inv\"\n",
- " 6.6552 26.725 26.729 2 2 5795.5 19.1y 0.00 0.246 0.010 \"OFF_MS\"\n",
- " 6.6552 26.725 26.729 2 2 5795.5 19.1y 0.00 0.246 0.010 \"TYPE_CHNGE\"\n",
- " 6.6552 26.725 26.729 2 2 5795.5 19.1y 0.00 0.246 0.010 \"End tidal lock 2\"\n",
- " 6.6556 26.721 26.728 2 2 5796 19.1y 0.00 0.282 0.011 \"Start tidal lock 2\"\n",
- " 6.6559 26.716 26.727 2 2 5796.6 19.1y 0.00 0.321 0.013 \"End tidal lock 2\"\n",
- " 6.6571 26.691 26.724 4 2 5798.4 19.2y 0.00 0.546 0.021 \"TYPE_CHNGE\"\n",
- " 6.6649 26.502 26.683 4 4 5812 19.3y 0.00 0.548 0.543 \"TYPE_CHNGE\"\n",
- " 7.1021 15.167 15.598 4 4 7342.9 36y 0.00 0.588 0.574 \"Start Carbon Star 2\"\n",
- " 7.2663 10.178 10.480 4 4 8828.2 57.9y 0.00 0.000 0.460 \"END_SYMB\"\n",
- " 7.2670 10.171 10.458 7 4 8837.8 58y 0.00 0.000 0.455 \"TYPE_CHNGE\"\n",
- " 7.2670 10.171 10.458 7 4 8837.8 58y 0.00 0.000 0.455 \"End Carbon Star 1\"\n",
- " 7.2671 10.171 10.454 4 4 8840.9 58y 0.00 0.000 0.454 \"TYPE_CHNGE\"\n",
- " 7.2671 10.171 10.454 4 4 8840.9 58y 0.00 0.000 0.454 \"Start Carbon Star 1\"\n",
- " 7.2672 10.170 10.450 7 4 8840.6 58y 0.00 0.000 0.453 \"TYPE_CHNGE\"\n",
- " 7.2672 10.170 10.450 7 4 8840.6 58y 0.00 0.000 0.453 \"End Carbon Star 1\"\n",
- " 7.2673 10.170 10.446 4 4 8843.6 58.1y 0.00 0.000 0.452 \"TYPE_CHNGE\"\n",
- " 7.2673 10.170 10.446 4 4 8843.6 58.1y 0.00 0.000 0.452 \"Start Carbon Star 1\"\n",
- " 7.2674 10.169 10.442 7 4 8843.3 58.1y 0.00 0.000 0.451 \"TYPE_CHNGE\"\n",
- " 7.2674 10.169 10.442 7 4 8843.3 58.1y 0.00 0.000 0.451 \"End Carbon Star 1\"\n",
- " 7.2676 10.169 10.438 4 4 8846.3 58.1y 0.00 0.000 0.450 \"TYPE_CHNGE\"\n",
- " 7.2676 10.169 10.438 4 4 8846.3 58.1y 0.00 0.000 0.450 \"Start Carbon Star 1\"\n",
- " 7.2677 10.168 10.435 7 4 8846 58.1y 0.00 0.000 0.448 \"TYPE_CHNGE\"\n",
- " 7.2677 10.168 10.435 7 4 8846 58.1y 0.00 0.000 0.448 \"End Carbon Star 1\"\n",
- " 7.2678 10.168 10.431 4 4 8848.8 58.2y 0.00 0.000 0.447 \"TYPE_CHNGE\"\n",
- " 7.2678 10.168 10.431 4 4 8848.8 58.2y 0.00 0.000 0.447 \"Start Carbon Star 1\"\n",
- " 7.2679 10.167 10.427 7 4 8848.6 58.2y 0.00 0.000 0.446 \"TYPE_CHNGE\"\n",
- " 7.2679 10.167 10.427 7 4 8848.6 58.2y 0.00 0.000 0.446 \"End Carbon Star 1\"\n",
- " 7.2680 10.167 10.424 4 4 8851.3 58.2y 0.00 0.000 0.445 \"TYPE_CHNGE\"\n",
- " 7.2680 10.167 10.424 4 4 8851.3 58.2y 0.00 0.000 0.445 \"Start Carbon Star 1\"\n",
- " 7.2681 10.166 10.420 7 4 8851 58.2y 0.00 0.000 0.444 \"TYPE_CHNGE\"\n",
- " 7.2681 10.166 10.420 7 4 8851 58.2y 0.00 0.000 0.444 \"End Carbon Star 1\"\n",
- " 7.2682 10.166 10.417 4 4 8853.7 58.2y 0.00 0.000 0.442 \"TYPE_CHNGE\"\n",
- " 7.2682 10.166 10.417 4 4 8853.7 58.2y 0.00 0.000 0.442 \"Start Carbon Star 1\"\n",
- " 7.2683 10.165 10.413 7 4 8853.5 58.2y 0.00 0.000 0.441 \"TYPE_CHNGE\"\n",
- " 7.2683 10.165 10.413 7 4 8853.5 58.2y 0.00 0.000 0.441 \"End Carbon Star 1\"\n",
- " 7.2684 10.165 10.410 4 4 8856.1 58.3y 0.00 0.000 0.440 \"TYPE_CHNGE\"\n",
- " 7.2684 10.165 10.410 4 4 8856.1 58.3y 0.00 0.000 0.440 \"Start Carbon Star 1\"\n",
- " 7.2685 10.164 10.407 7 4 8855.8 58.3y 0.00 0.000 0.439 \"TYPE_CHNGE\"\n",
- " 7.2685 10.164 10.407 7 4 8855.8 58.3y 0.00 0.000 0.439 \"End Carbon Star 1\"\n",
- " 7.2686 10.164 10.404 4 4 8858.4 58.3y 0.00 0.000 0.437 \"TYPE_CHNGE\"\n",
- " 7.2686 10.164 10.404 4 4 8858.4 58.3y 0.00 0.000 0.437 \"Start Carbon Star 1\"\n",
- " 7.2687 10.163 10.400 7 4 8858.1 58.3y 0.00 0.000 0.436 \"TYPE_CHNGE\"\n",
- " 7.2687 10.163 10.400 7 4 8858.1 58.3y 0.00 0.000 0.436 \"End Carbon Star 1\"\n",
- " 7.2688 10.163 10.397 4 4 8860.6 58.3y 0.00 0.000 0.434 \"TYPE_CHNGE\"\n",
- " 7.2688 10.163 10.397 4 4 8860.6 58.3y 0.00 0.000 0.434 \"Start Carbon Star 1\"\n",
- " 7.2689 10.162 10.394 7 4 8860.4 58.3y 0.00 0.000 0.433 \"TYPE_CHNGE\"\n",
- " 7.2689 10.162 10.394 7 4 8860.4 58.3y 0.00 0.000 0.433 \"End Carbon Star 1\"\n",
- " 7.2690 10.162 10.391 4 4 8862.8 58.4y 0.00 0.000 0.432 \"TYPE_CHNGE\"\n",
- " 7.2690 10.162 10.391 4 4 8862.8 58.4y 0.00 0.000 0.432 \"Start Carbon Star 1\"\n",
- " 7.2691 10.161 10.388 7 4 8862.5 58.4y 0.00 0.000 0.430 \"TYPE_CHNGE\"\n",
- " 7.2691 10.161 10.388 7 4 8862.5 58.4y 0.00 0.000 0.430 \"End Carbon Star 1\"\n",
- " 7.2692 10.162 10.385 4 4 8864.9 58.4y 0.00 0.000 0.429 \"TYPE_CHNGE\"\n",
- " 7.2692 10.162 10.385 4 4 8864.9 58.4y 0.00 0.000 0.429 \"Start Carbon Star 1\"\n",
- " 7.2693 10.161 10.382 7 4 8864.7 58.4y 0.00 0.000 0.427 \"TYPE_CHNGE\"\n",
- " 7.2693 10.161 10.382 7 4 8864.7 58.4y 0.00 0.000 0.427 \"End Carbon Star 1\"\n",
- " 7.2694 10.161 10.379 4 4 8867 58.4y 0.00 0.000 0.425 \"TYPE_CHNGE\"\n",
- " 7.2694 10.161 10.379 4 4 8867 58.4y 0.00 0.000 0.425 \"Start Carbon Star 1\"\n",
- " 7.2695 10.160 10.376 7 4 8866.8 58.4y 0.00 0.000 0.424 \"TYPE_CHNGE\"\n",
- " 7.2695 10.160 10.376 7 4 8866.8 58.4y 0.00 0.000 0.424 \"End Carbon Star 1\"\n",
- " 7.2696 10.160 10.373 4 4 8869.1 58.4y 0.00 0.000 0.422 \"TYPE_CHNGE\"\n",
- " 7.2696 10.160 10.373 4 4 8869.1 58.4y 0.00 0.000 0.422 \"Start Carbon Star 1\"\n",
- " 7.2697 10.159 10.370 7 4 8868.9 58.4y 0.00 0.000 0.420 \"TYPE_CHNGE\"\n",
- " 7.2697 10.159 10.370 7 4 8868.9 58.4y 0.00 0.000 0.420 \"End Carbon Star 1\"\n",
- " 7.2698 10.159 10.368 4 4 8871.1 58.5y 0.00 0.000 0.419 \"TYPE_CHNGE\"\n",
- " 7.2698 10.159 10.368 4 4 8871.1 58.5y 0.00 0.000 0.419 \"Start Carbon Star 1\"\n",
- " 7.2699 10.158 10.365 7 4 8870.9 58.5y 0.00 0.000 0.417 \"TYPE_CHNGE\"\n",
- " 7.2699 10.158 10.365 7 4 8870.9 58.5y 0.00 0.000 0.417 \"End Carbon Star 1\"\n",
- " 7.2700 10.158 10.362 4 4 8873.1 58.5y 0.00 0.000 0.415 \"TYPE_CHNGE\"\n",
- " 7.2700 10.158 10.362 4 4 8873.1 58.5y 0.00 0.000 0.415 \"Start Carbon Star 1\"\n",
- " 7.2700 10.157 10.359 7 4 8872.9 58.5y 0.00 0.000 0.413 \"TYPE_CHNGE\"\n",
- " 7.2700 10.157 10.359 7 4 8872.9 58.5y 0.00 0.000 0.413 \"End Carbon Star 1\"\n",
- " 7.2701 10.157 10.357 4 4 8875.1 58.5y 0.00 0.000 0.411 \"TYPE_CHNGE\"\n",
- " 7.2701 10.157 10.357 4 4 8875.1 58.5y 0.00 0.000 0.411 \"Start Carbon Star 1\"\n",
- " 7.2702 10.156 10.354 7 4 8874.8 58.5y 0.00 0.000 0.409 \"TYPE_CHNGE\"\n",
- " 7.2702 10.156 10.354 7 4 8874.8 58.5y 0.00 0.000 0.409 \"End Carbon Star 1\"\n",
- " 7.2703 10.157 10.352 4 4 8877 58.6y 0.00 0.000 0.407 \"TYPE_CHNGE\"\n",
- " 7.2703 10.157 10.352 4 4 8877 58.6y 0.00 0.000 0.407 \"Start Carbon Star 1\"\n",
- " 7.2704 10.156 10.349 7 4 8876.7 58.6y 0.00 0.000 0.405 \"TYPE_CHNGE\"\n",
- " 7.2704 10.156 10.349 7 4 8876.7 58.6y 0.00 0.000 0.405 \"End Carbon Star 1\"\n",
- " 7.2705 10.156 10.346 4 4 8878.9 58.6y 0.00 0.000 0.403 \"TYPE_CHNGE\"\n",
- " 7.2705 10.156 10.346 4 4 8878.9 58.6y 0.00 0.000 0.403 \"Start Carbon Star 1\"\n",
- " 7.2706 10.155 10.344 7 4 8878.6 58.6y 0.00 0.000 0.400 \"TYPE_CHNGE\"\n",
- " 7.2706 10.155 10.344 7 4 8878.6 58.6y 0.00 0.000 0.400 \"End Carbon Star 1\"\n",
- " 7.2706 10.155 10.342 4 4 8880.7 58.6y 0.00 0.000 0.398 \"TYPE_CHNGE\"\n",
- " 7.2706 10.155 10.342 4 4 8880.7 58.6y 0.00 0.000 0.398 \"Start Carbon Star 1\"\n",
- " 7.2707 10.154 10.339 7 4 8880.5 58.6y 0.00 0.000 0.396 \"TYPE_CHNGE\"\n",
- " 7.2707 10.154 10.339 7 4 8880.5 58.6y 0.00 0.000 0.396 \"End Carbon Star 1\"\n",
- " 7.2708 10.154 10.337 4 4 8882.6 58.6y 0.00 0.000 0.393 \"TYPE_CHNGE\"\n",
- " 7.2708 10.154 10.337 4 4 8882.6 58.6y 0.00 0.000 0.393 \"Start Carbon Star 1\"\n",
- " 7.2709 10.153 10.334 7 4 8882.3 58.6y 0.00 0.000 0.391 \"TYPE_CHNGE\"\n",
- " 7.2709 10.153 10.334 7 4 8882.3 58.6y 0.00 0.000 0.391 \"End Carbon Star 1\"\n",
- " 7.2710 10.153 10.332 4 4 8884.4 58.7y 0.00 0.000 0.388 \"TYPE_CHNGE\"\n",
- " 7.2710 10.153 10.332 4 4 8884.4 58.7y 0.00 0.000 0.388 \"Start Carbon Star 1\"\n",
- " 7.2710 10.152 10.330 7 4 8884.2 58.7y 0.00 0.000 0.386 \"TYPE_CHNGE\"\n",
- " 7.2710 10.152 10.330 7 4 8884.2 58.7y 0.00 0.000 0.386 \"End Carbon Star 1\"\n",
- " 7.2711 10.152 10.327 4 4 8886.2 58.7y 0.00 0.000 0.383 \"TYPE_CHNGE\"\n",
- " 7.2711 10.152 10.327 4 4 8886.2 58.7y 0.00 0.000 0.383 \"Start Carbon Star 1\"\n",
- " 7.2712 10.152 10.325 7 4 8886 58.7y 0.00 0.000 0.380 \"TYPE_CHNGE\"\n",
- " 7.2712 10.152 10.325 7 4 8886 58.7y 0.00 0.000 0.380 \"End Carbon Star 1\"\n",
- " 7.2713 10.152 10.323 4 4 8887.9 58.7y 0.00 0.000 0.377 \"TYPE_CHNGE\"\n",
- " 7.2713 10.152 10.323 4 4 8887.9 58.7y 0.00 0.000 0.377 \"Start Carbon Star 1\"\n",
- " 7.2714 10.151 10.320 7 4 8887.7 58.7y 0.00 0.000 0.374 \"TYPE_CHNGE\"\n",
- " 7.2714 10.151 10.320 7 4 8887.7 58.7y 0.00 0.000 0.374 \"End Carbon Star 1\"\n",
- " 7.2714 10.151 10.318 4 4 8889.7 58.7y 0.00 0.000 0.371 \"TYPE_CHNGE\"\n",
- " 7.2714 10.151 10.318 4 4 8889.7 58.7y 0.00 0.000 0.371 \"Start Carbon Star 1\"\n",
- " 7.2715 10.150 10.316 7 4 8889.5 58.7y 0.00 0.000 0.368 \"TYPE_CHNGE\"\n",
- " 7.2715 10.150 10.316 7 4 8889.5 58.7y 0.00 0.000 0.368 \"End Carbon Star 1\"\n",
- " 7.2716 10.150 10.314 4 4 8891.4 58.8y 0.00 0.000 0.365 \"TYPE_CHNGE\"\n",
- " 7.2716 10.150 10.314 4 4 8891.4 58.8y 0.00 0.000 0.365 \"Start Carbon Star 1\"\n",
- " 7.2717 10.149 10.312 7 4 8891.2 58.8y 0.00 0.000 0.361 \"TYPE_CHNGE\"\n",
- " 7.2717 10.149 10.312 7 4 8891.2 58.8y 0.00 0.000 0.361 \"End Carbon Star 1\"\n",
- " 7.2718 10.149 10.310 4 4 8893.1 58.8y 0.00 0.000 0.358 \"TYPE_CHNGE\"\n",
- " 7.2718 10.149 10.310 4 4 8893.1 58.8y 0.00 0.000 0.358 \"Start Carbon Star 1\"\n",
- " 7.2718 10.148 10.308 7 4 8892.9 58.8y 0.00 0.000 0.355 \"TYPE_CHNGE\"\n",
- " 7.2718 10.148 10.308 7 4 8892.9 58.8y 0.00 0.000 0.355 \"End Carbon Star 1\"\n",
- " 7.2719 10.148 10.306 4 4 8894.8 58.8y 0.00 0.000 0.351 \"TYPE_CHNGE\"\n",
- " 7.2719 10.148 10.306 4 4 8894.8 58.8y 0.00 0.000 0.351 \"Start Carbon Star 1\"\n",
- " 7.2720 10.147 10.304 7 4 8894.6 58.8y 0.00 0.000 0.347 \"TYPE_CHNGE\"\n",
- " 7.2720 10.147 10.304 7 4 8894.6 58.8y 0.00 0.000 0.347 \"End Carbon Star 1\"\n",
- " 7.2721 10.147 10.302 4 4 8896.5 58.8y 0.00 0.000 0.343 \"TYPE_CHNGE\"\n",
- " 7.2721 10.147 10.302 4 4 8896.5 58.8y 0.00 0.000 0.343 \"Start Carbon Star 1\"\n",
- " 7.2721 10.147 10.300 7 4 8896.3 58.8y 0.00 0.000 0.340 \"TYPE_CHNGE\"\n",
- " 7.2721 10.147 10.300 7 4 8896.3 58.8y 0.00 0.000 0.340 \"End Carbon Star 1\"\n",
- " 7.2722 10.147 10.298 4 4 8898.2 58.9y 0.00 0.000 0.335 \"TYPE_CHNGE\"\n",
- " 7.2722 10.147 10.298 4 4 8898.2 58.9y 0.00 0.000 0.335 \"Start Carbon Star 1\"\n",
- " 7.2723 10.146 10.296 7 4 8897.9 58.9y 0.00 0.000 0.331 \"TYPE_CHNGE\"\n",
- " 7.2723 10.146 10.296 7 4 8897.9 58.9y 0.00 0.000 0.331 \"End Carbon Star 1\"\n",
- " 7.2724 10.146 10.294 4 4 8899.8 58.9y 0.00 0.000 0.327 \"TYPE_CHNGE\"\n",
- " 7.2724 10.146 10.294 4 4 8899.8 58.9y 0.00 0.000 0.327 \"Start Carbon Star 1\"\n",
- " 7.2724 10.145 10.292 7 4 8899.6 58.9y 0.00 0.000 0.323 \"TYPE_CHNGE\"\n",
- " 7.2724 10.145 10.292 7 4 8899.6 58.9y 0.00 0.000 0.323 \"End Carbon Star 1\"\n",
- " 7.2725 10.145 10.290 4 4 8901.5 58.9y 0.00 0.000 0.318 \"TYPE_CHNGE\"\n",
- " 7.2725 10.145 10.290 4 4 8901.5 58.9y 0.00 0.000 0.318 \"Start Carbon Star 1\"\n",
- " 7.2726 10.144 10.288 7 4 8901.2 58.9y 0.00 0.000 0.314 \"TYPE_CHNGE\"\n",
- " 7.2726 10.144 10.288 7 4 8901.2 58.9y 0.00 0.000 0.314 \"End Carbon Star 1\"\n",
- " 7.2727 10.144 10.286 4 4 8903.1 58.9y 0.00 0.000 0.309 \"TYPE_CHNGE\"\n",
- " 7.2727 10.144 10.286 4 4 8903.1 58.9y 0.00 0.000 0.309 \"Start Carbon Star 1\"\n",
- " 7.2727 10.143 10.284 7 4 8902.9 58.9y 0.00 0.000 0.304 \"TYPE_CHNGE\"\n",
- " 7.2727 10.143 10.284 7 4 8902.9 58.9y 0.00 0.000 0.304 \"BEG_SYMB\"\n",
- " 7.2727 10.143 10.284 7 4 8902.9 58.9y 0.00 0.000 0.304 \"End Carbon Star 1\"\n",
- " 7.2728 10.143 10.282 4 4 8904.8 59y 0.00 0.000 0.299 \"TYPE_CHNGE\"\n",
- " 7.2728 10.143 10.282 4 4 8904.8 59y 0.00 0.000 0.299 \"END_SYMB\"\n",
- " 7.2728 10.143 10.282 4 4 8904.8 59y 0.00 0.000 0.299 \"Start Carbon Star 1\"\n",
- " 7.2729 10.142 10.281 7 4 8904.5 59y 0.00 0.000 0.294 \"TYPE_CHNGE\"\n",
- " 7.2729 10.142 10.281 7 4 8904.5 59y 0.00 0.000 0.294 \"BEG_SYMB\"\n",
- " 7.2729 10.142 10.281 7 4 8904.5 59y 0.00 0.000 0.294 \"End Carbon Star 1\"\n",
- " 7.2730 10.142 10.279 4 4 8906.4 59y 0.00 0.000 0.288 \"TYPE_CHNGE\"\n",
- " 7.2730 10.142 10.279 4 4 8906.4 59y 0.00 0.000 0.288 \"END_SYMB\"\n",
- " 7.2730 10.142 10.279 4 4 8906.4 59y 0.00 0.000 0.288 \"Start Carbon Star 1\"\n",
- " 7.2730 10.141 10.277 7 4 8906.2 59y 0.00 0.000 0.283 \"TYPE_CHNGE\"\n",
- " 7.2730 10.141 10.277 7 4 8906.2 59y 0.00 0.000 0.283 \"BEG_SYMB\"\n",
- " 7.2730 10.141 10.277 7 4 8906.2 59y 0.00 0.000 0.283 \"End Carbon Star 1\"\n",
- " 7.2731 10.141 10.275 4 4 8908.1 59y 0.00 0.000 0.277 \"TYPE_CHNGE\"\n",
- " 7.2731 10.141 10.275 4 4 8908.1 59y 0.00 0.000 0.277 \"END_SYMB\"\n",
- " 7.2731 10.141 10.275 4 4 8908.1 59y 0.00 0.000 0.277 \"Start Carbon Star 1\"\n",
- " 7.2732 10.140 10.274 7 4 8907.8 59y 0.00 0.000 0.272 \"TYPE_CHNGE\"\n",
- " 7.2732 10.140 10.274 7 4 8907.8 59y 0.00 0.000 0.272 \"BEG_SYMB\"\n",
- " 7.2732 10.140 10.274 7 4 8907.8 59y 0.00 0.000 0.272 \"End Carbon Star 1\"\n",
- " 7.2733 10.140 10.272 4 4 8909.7 59y 0.00 0.000 0.266 \"TYPE_CHNGE\"\n",
- " 7.2733 10.140 10.272 4 4 8909.7 59y 0.00 0.000 0.266 \"END_SYMB\"\n",
- " 7.2733 10.140 10.272 4 4 8909.7 59y 0.00 0.000 0.266 \"Start Carbon Star 1\"\n",
- " 7.2734 10.139 10.270 7 4 8909.4 59y 0.00 0.000 0.260 \"TYPE_CHNGE\"\n",
- " 7.2734 10.139 10.270 7 4 8909.4 59y 0.00 0.000 0.260 \"BEG_SYMB\"\n",
- " 7.2734 10.139 10.270 7 4 8909.4 59y 0.00 0.000 0.260 \"End Carbon Star 1\"\n",
- " 7.2734 10.139 10.268 7 4 8911.4 59y 0.00 0.000 0.253 \"END_SYMB\"\n",
- " 7.2773 10.136 10.217 7 4 8934 59.4y 0.00 0.000 0.020 \"BEG_SYMB\"\n",
- " 7.2800 10.134 10.167 7 7 8949.5 59.6y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.2800 10.134 10.167 7 7 8949.5 59.6y 0.00 0.000 0.000 \"End Carbon Star 2\"\n",
- " 7.3729 10.039 10.072 8 7 9043.1 60.8y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.3781 10.034 10.067 8 8 9047.9 60.9y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.3995 5.851 10.045 14 8 12281 108y 0.26 0.000 0.000 Randbuf=41474 - Mers(0)=0.770358 - Mers(1)=0.292407 - Mers(2)=0.886301 - Mers(3)=0.795154 - Mers(4)=0.117081 \n",
- " 7.3995 5.851 10.045 14 8 12281 108y 0.26 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=10.0118 Mc\"CO\"=7.4101 type=8) -> kick 1(0) vk=0 vr=20.5462 omega=0.735643 phi=0.63144 -> vn=20.5462 ; final sep 12281.5 ecc 0.261755 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 4.16087, dm(companion) = 0\n",
- " 7.3995 5.851 10.045 14 8 12281 108y 0.26 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.3995 5.851 10.045 14 8 12281 108y 0.26 0.000 0.000 \"SN\"\n",
- " 7.4011 5.851 10.043 14 8 12280 108y 0.26 0.000 0.000 \"END_SYMB\"\n",
- " 7.4046 5.851 5.873 14 14 15566 180y 0.06 0.000 0.000 Mers(5)=0.544071 - Mers(6)=0.934445 - Mers(7)=0.999129 - Mers(8)=0.655767 - Mers(9)=0.990134 \n",
- " 7.4046 5.851 5.873 14 14 15566 180y 0.06 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=10.0399 Mc\"CO\"=7.43173 type=8) -> kick 1(0) vk=0 vr=12.0992 omega=6.22119 phi=0.316807 -> vn=12.0992 ; final sep 15566.3 ecc 0.0597467 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 4.16716, dm(companion) = 0\n",
- " 7.4046 5.851 5.873 14 14 15566 180y 0.06 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 7.4046 5.851 5.873 14 14 15566 180y 0.06 0.000 0.000 \"SN\"\n",
- " 7.4146 5.851 5.873 14 14 15566 180y 0.06 0.000 0.000 \"END_SYMB\"\n",
- " 15000.0000 5.851 5.873 14 14 15566 180y 0.06 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=32620 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.009 0.009 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.009 0.009 \"BEG_SYMB\"\n",
+ " 4.3583 42.081 35.930 1 1 3971 8.98 y 0.00 0.023 0.014 \"Start tidal lock 1\"\n",
+ " 4.3928 41.632 35.894 1 1 3995.8 9.1 y 0.00 0.023 0.014 \"End tidal lock 1\"\n",
+ " 6.1199 28.792 28.776 1 1 5374.9 16.5 y 0.00 0.014 0.014 \"Start Carbon Star 1\"\n",
+ " 6.4219 27.615 27.603 1 1 5603.4 17.9 y 0.00 0.013 0.013 \"Start tidal lock 2\"\n",
+ " 6.5403 27.157 27.151 1 1 5696.9 18.5 y 0.00 0.012 0.012 \"End tidal lock 2\"\n",
+ " 6.6475 26.763 26.731 2 1 5791.5 19.1 y 0.00 0.010 0.011 \"TYPE_CHNGE\"\n",
+ " 6.6548 26.730 26.729 2 1 5794.3 19.1 y 0.00 0.203 0.010 \"Start tidal lock 2\"\n",
+ " 6.6550 26.728 26.729 2 1 5794.5 19.1 y 0.00 0.225 0.010 \"q-inv\"\n",
+ " 6.6552 26.725 26.729 2 2 5795.5 19.1 y 0.00 0.246 0.010 \"OFF_MS\"\n",
+ " 6.6552 26.725 26.729 2 2 5795.5 19.1 y 0.00 0.246 0.010 \"TYPE_CHNGE\"\n",
+ " 6.6552 26.725 26.729 2 2 5795.5 19.1 y 0.00 0.246 0.010 \"End tidal lock 2\"\n",
+ " 6.6556 26.721 26.728 2 2 5796 19.1 y 0.00 0.282 0.011 \"Start tidal lock 2\"\n",
+ " 6.6559 26.716 26.727 2 2 5796.6 19.1 y 0.00 0.321 0.013 \"End tidal lock 2\"\n",
+ " 6.6571 26.691 26.724 4 2 5798.4 19.2 y 0.00 0.546 0.021 \"TYPE_CHNGE\"\n",
+ " 6.6649 26.502 26.683 4 4 5812 19.3 y 0.00 0.548 0.543 \"TYPE_CHNGE\"\n",
+ " 7.1021 15.167 15.598 4 4 7342.9 36 y 0.00 0.588 0.574 \"Start Carbon Star 2\"\n",
+ " 7.2663 10.178 10.480 4 4 8828.2 57.9 y 0.00 0.000 0.460 \"END_SYMB\"\n",
+ " 7.2670 10.171 10.458 7 4 8837.8 58 y 0.00 0.000 0.455 \"TYPE_CHNGE\"\n",
+ " 7.2670 10.171 10.458 7 4 8837.8 58 y 0.00 0.000 0.455 \"End Carbon Star 1\"\n",
+ " 7.2671 10.171 10.454 4 4 8840.9 58 y 0.00 0.000 0.454 \"TYPE_CHNGE\"\n",
+ " 7.2671 10.171 10.454 4 4 8840.9 58 y 0.00 0.000 0.454 \"Start Carbon Star 1\"\n",
+ " 7.2672 10.170 10.450 7 4 8840.6 58 y 0.00 0.000 0.453 \"TYPE_CHNGE\"\n",
+ " 7.2672 10.170 10.450 7 4 8840.6 58 y 0.00 0.000 0.453 \"End Carbon Star 1\"\n",
+ " 7.2673 10.170 10.446 4 4 8843.6 58.1 y 0.00 0.000 0.452 \"TYPE_CHNGE\"\n",
+ " 7.2673 10.170 10.446 4 4 8843.6 58.1 y 0.00 0.000 0.452 \"Start Carbon Star 1\"\n",
+ " 7.2674 10.169 10.442 7 4 8843.3 58.1 y 0.00 0.000 0.451 \"TYPE_CHNGE\"\n",
+ " 7.2674 10.169 10.442 7 4 8843.3 58.1 y 0.00 0.000 0.451 \"End Carbon Star 1\"\n",
+ " 7.2676 10.169 10.438 4 4 8846.3 58.1 y 0.00 0.000 0.450 \"TYPE_CHNGE\"\n",
+ " 7.2676 10.169 10.438 4 4 8846.3 58.1 y 0.00 0.000 0.450 \"Start Carbon Star 1\"\n",
+ " 7.2677 10.168 10.435 7 4 8846 58.1 y 0.00 0.000 0.448 \"TYPE_CHNGE\"\n",
+ " 7.2677 10.168 10.435 7 4 8846 58.1 y 0.00 0.000 0.448 \"End Carbon Star 1\"\n",
+ " 7.2678 10.168 10.431 4 4 8848.8 58.2 y 0.00 0.000 0.447 \"TYPE_CHNGE\"\n",
+ " 7.2678 10.168 10.431 4 4 8848.8 58.2 y 0.00 0.000 0.447 \"Start Carbon Star 1\"\n",
+ " 7.2679 10.167 10.427 7 4 8848.6 58.2 y 0.00 0.000 0.446 \"TYPE_CHNGE\"\n",
+ " 7.2679 10.167 10.427 7 4 8848.6 58.2 y 0.00 0.000 0.446 \"End Carbon Star 1\"\n",
+ " 7.2680 10.167 10.424 4 4 8851.3 58.2 y 0.00 0.000 0.445 \"TYPE_CHNGE\"\n",
+ " 7.2680 10.167 10.424 4 4 8851.3 58.2 y 0.00 0.000 0.445 \"Start Carbon Star 1\"\n",
+ " 7.2681 10.166 10.420 7 4 8851 58.2 y 0.00 0.000 0.444 \"TYPE_CHNGE\"\n",
+ " 7.2681 10.166 10.420 7 4 8851 58.2 y 0.00 0.000 0.444 \"End Carbon Star 1\"\n",
+ " 7.2682 10.166 10.417 4 4 8853.7 58.2 y 0.00 0.000 0.442 \"TYPE_CHNGE\"\n",
+ " 7.2682 10.166 10.417 4 4 8853.7 58.2 y 0.00 0.000 0.442 \"Start Carbon Star 1\"\n",
+ " 7.2683 10.165 10.413 7 4 8853.5 58.2 y 0.00 0.000 0.441 \"TYPE_CHNGE\"\n",
+ " 7.2683 10.165 10.413 7 4 8853.5 58.2 y 0.00 0.000 0.441 \"End Carbon Star 1\"\n",
+ " 7.2684 10.165 10.410 4 4 8856.1 58.3 y 0.00 0.000 0.440 \"TYPE_CHNGE\"\n",
+ " 7.2684 10.165 10.410 4 4 8856.1 58.3 y 0.00 0.000 0.440 \"Start Carbon Star 1\"\n",
+ " 7.2685 10.164 10.407 7 4 8855.8 58.3 y 0.00 0.000 0.439 \"TYPE_CHNGE\"\n",
+ " 7.2685 10.164 10.407 7 4 8855.8 58.3 y 0.00 0.000 0.439 \"End Carbon Star 1\"\n",
+ " 7.2686 10.164 10.404 4 4 8858.4 58.3 y 0.00 0.000 0.437 \"TYPE_CHNGE\"\n",
+ " 7.2686 10.164 10.404 4 4 8858.4 58.3 y 0.00 0.000 0.437 \"Start Carbon Star 1\"\n",
+ " 7.2687 10.163 10.400 7 4 8858.1 58.3 y 0.00 0.000 0.436 \"TYPE_CHNGE\"\n",
+ " 7.2687 10.163 10.400 7 4 8858.1 58.3 y 0.00 0.000 0.436 \"End Carbon Star 1\"\n",
+ " 7.2688 10.163 10.397 4 4 8860.6 58.3 y 0.00 0.000 0.434 \"TYPE_CHNGE\"\n",
+ " 7.2688 10.163 10.397 4 4 8860.6 58.3 y 0.00 0.000 0.434 \"Start Carbon Star 1\"\n",
+ " 7.2689 10.162 10.394 7 4 8860.4 58.3 y 0.00 0.000 0.433 \"TYPE_CHNGE\"\n",
+ " 7.2689 10.162 10.394 7 4 8860.4 58.3 y 0.00 0.000 0.433 \"End Carbon Star 1\"\n",
+ " 7.2690 10.162 10.391 4 4 8862.8 58.4 y 0.00 0.000 0.432 \"TYPE_CHNGE\"\n",
+ " 7.2690 10.162 10.391 4 4 8862.8 58.4 y 0.00 0.000 0.432 \"Start Carbon Star 1\"\n",
+ " 7.2691 10.161 10.388 7 4 8862.5 58.4 y 0.00 0.000 0.430 \"TYPE_CHNGE\"\n",
+ " 7.2691 10.161 10.388 7 4 8862.5 58.4 y 0.00 0.000 0.430 \"End Carbon Star 1\"\n",
+ " 7.2692 10.162 10.385 4 4 8864.9 58.4 y 0.00 0.000 0.429 \"TYPE_CHNGE\"\n",
+ " 7.2692 10.162 10.385 4 4 8864.9 58.4 y 0.00 0.000 0.429 \"Start Carbon Star 1\"\n",
+ " 7.2693 10.161 10.382 7 4 8864.7 58.4 y 0.00 0.000 0.427 \"TYPE_CHNGE\"\n",
+ " 7.2693 10.161 10.382 7 4 8864.7 58.4 y 0.00 0.000 0.427 \"End Carbon Star 1\"\n",
+ " 7.2694 10.161 10.379 4 4 8867 58.4 y 0.00 0.000 0.425 \"TYPE_CHNGE\"\n",
+ " 7.2694 10.161 10.379 4 4 8867 58.4 y 0.00 0.000 0.425 \"Start Carbon Star 1\"\n",
+ " 7.2695 10.160 10.376 7 4 8866.8 58.4 y 0.00 0.000 0.424 \"TYPE_CHNGE\"\n",
+ " 7.2695 10.160 10.376 7 4 8866.8 58.4 y 0.00 0.000 0.424 \"End Carbon Star 1\"\n",
+ " 7.2696 10.160 10.373 4 4 8869.1 58.4 y 0.00 0.000 0.422 \"TYPE_CHNGE\"\n",
+ " 7.2696 10.160 10.373 4 4 8869.1 58.4 y 0.00 0.000 0.422 \"Start Carbon Star 1\"\n",
+ " 7.2697 10.159 10.370 7 4 8868.9 58.4 y 0.00 0.000 0.420 \"TYPE_CHNGE\"\n",
+ " 7.2697 10.159 10.370 7 4 8868.9 58.4 y 0.00 0.000 0.420 \"End Carbon Star 1\"\n",
+ " 7.2698 10.159 10.368 4 4 8871.1 58.5 y 0.00 0.000 0.419 \"TYPE_CHNGE\"\n",
+ " 7.2698 10.159 10.368 4 4 8871.1 58.5 y 0.00 0.000 0.419 \"Start Carbon Star 1\"\n",
+ " 7.2699 10.158 10.365 7 4 8870.9 58.5 y 0.00 0.000 0.417 \"TYPE_CHNGE\"\n",
+ " 7.2699 10.158 10.365 7 4 8870.9 58.5 y 0.00 0.000 0.417 \"End Carbon Star 1\"\n",
+ " 7.2700 10.158 10.362 4 4 8873.1 58.5 y 0.00 0.000 0.415 \"TYPE_CHNGE\"\n",
+ " 7.2700 10.158 10.362 4 4 8873.1 58.5 y 0.00 0.000 0.415 \"Start Carbon Star 1\"\n",
+ " 7.2700 10.157 10.359 7 4 8872.9 58.5 y 0.00 0.000 0.413 \"TYPE_CHNGE\"\n",
+ " 7.2700 10.157 10.359 7 4 8872.9 58.5 y 0.00 0.000 0.413 \"End Carbon Star 1\"\n",
+ " 7.2701 10.157 10.357 4 4 8875.1 58.5 y 0.00 0.000 0.411 \"TYPE_CHNGE\"\n",
+ " 7.2701 10.157 10.357 4 4 8875.1 58.5 y 0.00 0.000 0.411 \"Start Carbon Star 1\"\n",
+ " 7.2702 10.156 10.354 7 4 8874.8 58.5 y 0.00 0.000 0.409 \"TYPE_CHNGE\"\n",
+ " 7.2702 10.156 10.354 7 4 8874.8 58.5 y 0.00 0.000 0.409 \"End Carbon Star 1\"\n",
+ " 7.2703 10.157 10.352 4 4 8877 58.6 y 0.00 0.000 0.407 \"TYPE_CHNGE\"\n",
+ " 7.2703 10.157 10.352 4 4 8877 58.6 y 0.00 0.000 0.407 \"Start Carbon Star 1\"\n",
+ " 7.2704 10.156 10.349 7 4 8876.7 58.6 y 0.00 0.000 0.405 \"TYPE_CHNGE\"\n",
+ " 7.2704 10.156 10.349 7 4 8876.7 58.6 y 0.00 0.000 0.405 \"End Carbon Star 1\"\n",
+ " 7.2705 10.156 10.346 4 4 8878.9 58.6 y 0.00 0.000 0.403 \"TYPE_CHNGE\"\n",
+ " 7.2705 10.156 10.346 4 4 8878.9 58.6 y 0.00 0.000 0.403 \"Start Carbon Star 1\"\n",
+ " 7.2706 10.155 10.344 7 4 8878.6 58.6 y 0.00 0.000 0.400 \"TYPE_CHNGE\"\n",
+ " 7.2706 10.155 10.344 7 4 8878.6 58.6 y 0.00 0.000 0.400 \"End Carbon Star 1\"\n",
+ " 7.2706 10.155 10.342 4 4 8880.7 58.6 y 0.00 0.000 0.398 \"TYPE_CHNGE\"\n",
+ " 7.2706 10.155 10.342 4 4 8880.7 58.6 y 0.00 0.000 0.398 \"Start Carbon Star 1\"\n",
+ " 7.2707 10.154 10.339 7 4 8880.5 58.6 y 0.00 0.000 0.396 \"TYPE_CHNGE\"\n",
+ " 7.2707 10.154 10.339 7 4 8880.5 58.6 y 0.00 0.000 0.396 \"End Carbon Star 1\"\n",
+ " 7.2708 10.154 10.337 4 4 8882.6 58.6 y 0.00 0.000 0.393 \"TYPE_CHNGE\"\n",
+ " 7.2708 10.154 10.337 4 4 8882.6 58.6 y 0.00 0.000 0.393 \"Start Carbon Star 1\"\n",
+ " 7.2709 10.153 10.334 7 4 8882.3 58.6 y 0.00 0.000 0.391 \"TYPE_CHNGE\"\n",
+ " 7.2709 10.153 10.334 7 4 8882.3 58.6 y 0.00 0.000 0.391 \"End Carbon Star 1\"\n",
+ " 7.2710 10.153 10.332 4 4 8884.4 58.7 y 0.00 0.000 0.388 \"TYPE_CHNGE\"\n",
+ " 7.2710 10.153 10.332 4 4 8884.4 58.7 y 0.00 0.000 0.388 \"Start Carbon Star 1\"\n",
+ " 7.2710 10.152 10.330 7 4 8884.2 58.7 y 0.00 0.000 0.386 \"TYPE_CHNGE\"\n",
+ " 7.2710 10.152 10.330 7 4 8884.2 58.7 y 0.00 0.000 0.386 \"End Carbon Star 1\"\n",
+ " 7.2711 10.152 10.327 4 4 8886.2 58.7 y 0.00 0.000 0.383 \"TYPE_CHNGE\"\n",
+ " 7.2711 10.152 10.327 4 4 8886.2 58.7 y 0.00 0.000 0.383 \"Start Carbon Star 1\"\n",
+ " 7.2712 10.152 10.325 7 4 8886 58.7 y 0.00 0.000 0.380 \"TYPE_CHNGE\"\n",
+ " 7.2712 10.152 10.325 7 4 8886 58.7 y 0.00 0.000 0.380 \"End Carbon Star 1\"\n",
+ " 7.2713 10.152 10.323 4 4 8887.9 58.7 y 0.00 0.000 0.377 \"TYPE_CHNGE\"\n",
+ " 7.2713 10.152 10.323 4 4 8887.9 58.7 y 0.00 0.000 0.377 \"Start Carbon Star 1\"\n",
+ " 7.2714 10.151 10.320 7 4 8887.7 58.7 y 0.00 0.000 0.374 \"TYPE_CHNGE\"\n",
+ " 7.2714 10.151 10.320 7 4 8887.7 58.7 y 0.00 0.000 0.374 \"End Carbon Star 1\"\n",
+ " 7.2714 10.151 10.318 4 4 8889.7 58.7 y 0.00 0.000 0.371 \"TYPE_CHNGE\"\n",
+ " 7.2714 10.151 10.318 4 4 8889.7 58.7 y 0.00 0.000 0.371 \"Start Carbon Star 1\"\n",
+ " 7.2715 10.150 10.316 7 4 8889.5 58.7 y 0.00 0.000 0.368 \"TYPE_CHNGE\"\n",
+ " 7.2715 10.150 10.316 7 4 8889.5 58.7 y 0.00 0.000 0.368 \"End Carbon Star 1\"\n",
+ " 7.2716 10.150 10.314 4 4 8891.4 58.8 y 0.00 0.000 0.365 \"TYPE_CHNGE\"\n",
+ " 7.2716 10.150 10.314 4 4 8891.4 58.8 y 0.00 0.000 0.365 \"Start Carbon Star 1\"\n",
+ " 7.2717 10.149 10.312 7 4 8891.2 58.8 y 0.00 0.000 0.361 \"TYPE_CHNGE\"\n",
+ " 7.2717 10.149 10.312 7 4 8891.2 58.8 y 0.00 0.000 0.361 \"End Carbon Star 1\"\n",
+ " 7.2718 10.149 10.310 4 4 8893.1 58.8 y 0.00 0.000 0.358 \"TYPE_CHNGE\"\n",
+ " 7.2718 10.149 10.310 4 4 8893.1 58.8 y 0.00 0.000 0.358 \"Start Carbon Star 1\"\n",
+ " 7.2718 10.148 10.308 7 4 8892.9 58.8 y 0.00 0.000 0.355 \"TYPE_CHNGE\"\n",
+ " 7.2718 10.148 10.308 7 4 8892.9 58.8 y 0.00 0.000 0.355 \"End Carbon Star 1\"\n",
+ " 7.2719 10.148 10.306 4 4 8894.8 58.8 y 0.00 0.000 0.351 \"TYPE_CHNGE\"\n",
+ " 7.2719 10.148 10.306 4 4 8894.8 58.8 y 0.00 0.000 0.351 \"Start Carbon Star 1\"\n",
+ " 7.2720 10.147 10.304 7 4 8894.6 58.8 y 0.00 0.000 0.347 \"TYPE_CHNGE\"\n",
+ " 7.2720 10.147 10.304 7 4 8894.6 58.8 y 0.00 0.000 0.347 \"End Carbon Star 1\"\n",
+ " 7.2721 10.147 10.302 4 4 8896.5 58.8 y 0.00 0.000 0.343 \"TYPE_CHNGE\"\n",
+ " 7.2721 10.147 10.302 4 4 8896.5 58.8 y 0.00 0.000 0.343 \"Start Carbon Star 1\"\n",
+ " 7.2721 10.147 10.300 7 4 8896.3 58.8 y 0.00 0.000 0.340 \"TYPE_CHNGE\"\n",
+ " 7.2721 10.147 10.300 7 4 8896.3 58.8 y 0.00 0.000 0.340 \"End Carbon Star 1\"\n",
+ " 7.2722 10.147 10.298 4 4 8898.2 58.9 y 0.00 0.000 0.335 \"TYPE_CHNGE\"\n",
+ " 7.2722 10.147 10.298 4 4 8898.2 58.9 y 0.00 0.000 0.335 \"Start Carbon Star 1\"\n",
+ " 7.2723 10.146 10.296 7 4 8897.9 58.9 y 0.00 0.000 0.331 \"TYPE_CHNGE\"\n",
+ " 7.2723 10.146 10.296 7 4 8897.9 58.9 y 0.00 0.000 0.331 \"End Carbon Star 1\"\n",
+ " 7.2724 10.146 10.294 4 4 8899.8 58.9 y 0.00 0.000 0.327 \"TYPE_CHNGE\"\n",
+ " 7.2724 10.146 10.294 4 4 8899.8 58.9 y 0.00 0.000 0.327 \"Start Carbon Star 1\"\n",
+ " 7.2724 10.145 10.292 7 4 8899.6 58.9 y 0.00 0.000 0.323 \"TYPE_CHNGE\"\n",
+ " 7.2724 10.145 10.292 7 4 8899.6 58.9 y 0.00 0.000 0.323 \"End Carbon Star 1\"\n",
+ " 7.2725 10.145 10.290 4 4 8901.5 58.9 y 0.00 0.000 0.318 \"TYPE_CHNGE\"\n",
+ " 7.2725 10.145 10.290 4 4 8901.5 58.9 y 0.00 0.000 0.318 \"Start Carbon Star 1\"\n",
+ " 7.2726 10.144 10.288 7 4 8901.2 58.9 y 0.00 0.000 0.314 \"TYPE_CHNGE\"\n",
+ " 7.2726 10.144 10.288 7 4 8901.2 58.9 y 0.00 0.000 0.314 \"End Carbon Star 1\"\n",
+ " 7.2727 10.144 10.286 4 4 8903.1 58.9 y 0.00 0.000 0.309 \"TYPE_CHNGE\"\n",
+ " 7.2727 10.144 10.286 4 4 8903.1 58.9 y 0.00 0.000 0.309 \"Start Carbon Star 1\"\n",
+ " 7.2727 10.143 10.284 7 4 8902.9 58.9 y 0.00 0.000 0.304 \"TYPE_CHNGE\"\n",
+ " 7.2727 10.143 10.284 7 4 8902.9 58.9 y 0.00 0.000 0.304 \"BEG_SYMB\"\n",
+ " 7.2727 10.143 10.284 7 4 8902.9 58.9 y 0.00 0.000 0.304 \"End Carbon Star 1\"\n",
+ " 7.2728 10.143 10.282 4 4 8904.8 59 y 0.00 0.000 0.299 \"TYPE_CHNGE\"\n",
+ " 7.2728 10.143 10.282 4 4 8904.8 59 y 0.00 0.000 0.299 \"END_SYMB\"\n",
+ " 7.2728 10.143 10.282 4 4 8904.8 59 y 0.00 0.000 0.299 \"Start Carbon Star 1\"\n",
+ " 7.2729 10.142 10.281 7 4 8904.5 59 y 0.00 0.000 0.294 \"TYPE_CHNGE\"\n",
+ " 7.2729 10.142 10.281 7 4 8904.5 59 y 0.00 0.000 0.294 \"BEG_SYMB\"\n",
+ " 7.2729 10.142 10.281 7 4 8904.5 59 y 0.00 0.000 0.294 \"End Carbon Star 1\"\n",
+ " 7.2730 10.142 10.279 4 4 8906.4 59 y 0.00 0.000 0.288 \"TYPE_CHNGE\"\n",
+ " 7.2730 10.142 10.279 4 4 8906.4 59 y 0.00 0.000 0.288 \"END_SYMB\"\n",
+ " 7.2730 10.142 10.279 4 4 8906.4 59 y 0.00 0.000 0.288 \"Start Carbon Star 1\"\n",
+ " 7.2730 10.141 10.277 7 4 8906.2 59 y 0.00 0.000 0.283 \"TYPE_CHNGE\"\n",
+ " 7.2730 10.141 10.277 7 4 8906.2 59 y 0.00 0.000 0.283 \"BEG_SYMB\"\n",
+ " 7.2730 10.141 10.277 7 4 8906.2 59 y 0.00 0.000 0.283 \"End Carbon Star 1\"\n",
+ " 7.2731 10.141 10.275 4 4 8908.1 59 y 0.00 0.000 0.277 \"TYPE_CHNGE\"\n",
+ " 7.2731 10.141 10.275 4 4 8908.1 59 y 0.00 0.000 0.277 \"END_SYMB\"\n",
+ " 7.2731 10.141 10.275 4 4 8908.1 59 y 0.00 0.000 0.277 \"Start Carbon Star 1\"\n",
+ " 7.2732 10.140 10.274 7 4 8907.8 59 y 0.00 0.000 0.272 \"TYPE_CHNGE\"\n",
+ " 7.2732 10.140 10.274 7 4 8907.8 59 y 0.00 0.000 0.272 \"BEG_SYMB\"\n",
+ " 7.2732 10.140 10.274 7 4 8907.8 59 y 0.00 0.000 0.272 \"End Carbon Star 1\"\n",
+ " 7.2733 10.140 10.272 4 4 8909.7 59 y 0.00 0.000 0.266 \"TYPE_CHNGE\"\n",
+ " 7.2733 10.140 10.272 4 4 8909.7 59 y 0.00 0.000 0.266 \"END_SYMB\"\n",
+ " 7.2733 10.140 10.272 4 4 8909.7 59 y 0.00 0.000 0.266 \"Start Carbon Star 1\"\n",
+ " 7.2734 10.139 10.270 7 4 8909.4 59 y 0.00 0.000 0.260 \"TYPE_CHNGE\"\n",
+ " 7.2734 10.139 10.270 7 4 8909.4 59 y 0.00 0.000 0.260 \"BEG_SYMB\"\n",
+ " 7.2734 10.139 10.270 7 4 8909.4 59 y 0.00 0.000 0.260 \"End Carbon Star 1\"\n",
+ " 7.2734 10.139 10.268 7 4 8911.4 59 y 0.00 0.000 0.253 \"END_SYMB\"\n",
+ " 7.2773 10.136 10.217 7 4 8934 59.4 y 0.00 0.000 0.020 \"BEG_SYMB\"\n",
+ " 7.2800 10.134 10.167 7 7 8949.5 59.6 y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.2800 10.134 10.167 7 7 8949.5 59.6 y 0.00 0.000 0.000 \"End Carbon Star 2\"\n",
+ " 7.3729 10.039 10.072 8 7 9043.1 60.8 y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.3781 10.034 10.067 8 8 9047.9 60.9 y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.3995 9.501 10.045 14 8 9310.2 64.4 y 0.03 0.000 0.000 Randbuf=60101 - Mers(0)=0.246604 - Mers(1)=0.283972 - Mers(2)=0.469524 - Mers(3)=0.55473 - Mers(4)=0.379292 \n",
+ " 7.3995 9.501 10.045 14 8 9310.2 64.4 y 0.03 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=10.0118 Mc\"CO\"=7.4101 type=8) -> kick 1(0) vk=0 vr=20.5462 omega=2.38316 phi=0.109679 -> vn=20.5462 ; final sep 9310.19 ecc 0.0261496 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0.511114, dm(companion) = 0\n",
+ " 7.3995 9.501 10.045 14 8 9310.2 64.4 y 0.03 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.3995 9.501 10.045 14 8 9310.2 64.4 y 0.03 0.000 0.000 \"SN\"\n",
+ " 7.4011 9.501 10.043 14 8 9308.7 64.4 y 0.03 0.000 0.000 \"END_SYMB\"\n",
+ " 7.4046 9.501 9.586 14 14 9548.9 67.7 y 0.05 0.000 0.000 Mers(5)=0.107187 - Mers(6)=0.679223 - Mers(7)=0.238584 - Mers(8)=0.860402 - Mers(9)=0.891056 \n",
+ " 7.4046 9.501 9.586 14 14 9548.9 67.7 y 0.05 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=10.0399 Mc\"CO\"=7.43173 type=8) -> kick 1(0) vk=0 vr=20.4186 omega=5.59867 phi=0.804961 -> vn=20.4186 ; final sep 9548.86 ecc 0.0474572 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0.454268, dm(companion) = 0\n",
+ " 7.4046 9.501 9.586 14 14 9548.9 67.7 y 0.05 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 7.4046 9.501 9.586 14 14 9548.9 67.7 y 0.05 0.000 0.000 \"SN\"\n",
+ " 7.4146 9.501 9.586 14 14 9548.9 67.7 y 0.05 0.000 0.000 \"END_SYMB\"\n",
+ " 15000.0000 9.501 9.586 14 14 9548.9 67.7 y 0.05 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n"
]
}
@@ -818,50 +989,49 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_FRYER12_RAPID', 'wind_mass_loss': 'WIND_ALGORITHM_BINARY_C_2020', 'sn_kick_dispersion_II': 0, 'sn_kick_dispersion_IBC': 0, 'sn_kick_dispersion_GRB_COLLAPSAR': 0}\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_BINARY_C_2020', 'sn_kick_dispersion_II': 0, 'sn_kick_dispersion_IBC': 0, 'sn_kick_dispersion_GRB_COLLAPSAR': 0}\n",
"system 1 / 1\n",
- "{'time': 6.5041, 'M1': 17.582, 'M2': 7.798, 'K1': 14.0, 'K2': 14.0, 'separation': 8291.7}\n",
- "System 1 has separation 8291.7\n",
+ "{'time': 6.5064, 'M1': 19.536, 'M2': 11.468, 'K1': 14.0, 'K2': 14.0, 'separation': 6493.9}\n",
+ "System 1 has separation 6493.9\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=75582 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"BEG_SYMB\"\n",
- " 3.8674 57.840 39.505 2 1 3185.7 5.78y 0.00 0.017 0.010 \"TYPE_CHNGE\"\n",
- " 3.8704 57.600 39.509 2 1 3192.2 5.8y 0.00 0.393 0.010 \"Start tidal lock 1\"\n",
- " 3.8704 57.592 39.509 2 1 3192.4 5.8y 0.00 0.418 0.010 \"End tidal lock 1\"\n",
- " 3.8706 57.568 39.510 4 1 3193 5.81y 0.00 0.496 0.010 \"TYPE_CHNGE\"\n",
- " 3.8910 54.510 39.758 4 1 3246.3 6.04y 0.00 1.000 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.9650 42.495 42.571 4 1 3223.5 6.29y 0.00 1.913 0.009 \"q-inv\"\n",
- " 4.0585 24.961 50.453 4 1 3211.5 6.65y 0.00 0.999 0.007 \"END_RCHE 1!>2\"\n",
- " 4.0649 24.747 50.479 7 1 3216.1 6.67y 0.00 0.002 0.007 \"TYPE_CHNGE\"\n",
- " 4.0649 24.747 50.479 7 1 3216.1 6.67y 0.00 0.002 0.007 \"End Carbon Star 1\"\n",
- " 4.2967 19.576 50.392 7 1 3429.9 7.61y 0.00 0.001 0.007 \"BEG_BSS \"\n",
- " 4.2996 17.561 50.390 14 1 3564.6 8.19y 0.03 0.000 0.007 Randbuf=10632 - Mers(0)=0.721973 - Mers(1)=0.260253 - Mers(2)=0.508271 - Mers(3)=0.63323 - Mers(4)=0.721907 \n",
- " 4.2996 17.561 50.390 14 1 3564.6 8.19y 0.03 0.000 0.007 SN kick Ib/c (SN type 11 11, pre-explosion M=19.5117 Mc\"CO\"=14.7326 type=8) -> kick 1(0) vk=0 vr=62.0717 omega=4.53588 phi=0.269717 -> vn=62.0717 ; final sep 3564.57 ecc 0.0287144 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 1.95117, dm(companion) = 0\n",
- " 4.2996 17.561 50.390 14 1 3564.6 8.19y 0.03 0.000 0.007 \"TYPE_CHNGE\"\n",
- " 4.2996 17.561 50.390 14 1 3564.6 8.19y 0.03 0.000 0.007 \"SN\"\n",
- " 4.3096 17.561 50.386 14 1 3564.4 8.19y 0.03 0.000 0.007 \"END_SYMB\"\n",
- " 5.9074 17.561 49.493 14 2 3612.7 8.41y 0.03 0.000 0.012 \"OFF_MS\"\n",
- " 5.9074 17.561 49.493 14 2 3612.7 8.41y 0.03 0.000 0.012 \"TYPE_CHNGE\"\n",
- " 5.9074 17.561 49.493 14 2 3612.7 8.41y 0.03 0.000 0.012 \"END_BSS\"\n",
- " 5.9113 17.561 49.242 14 4 3636 8.51y 0.03 0.000 0.212 \"TYPE_CHNGE\"\n",
- " 5.9199 17.562 47.949 14 4 3705.2 8.84y 0.03 0.000 0.210 \"Start tidal lock 2\"\n",
- " 5.9209 17.562 47.795 14 4 3713.7 8.88y 0.03 0.000 0.210 \"End tidal lock 2\"\n",
- " 5.9805 17.567 38.862 14 4 4261.6 11.7y 0.03 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.9805 17.567 38.862 14 4 4258.2 11.7y 0.00 0.000 1.001 \"Circularized\"\n",
- " 6.0513 17.575 28.249 14 4 4931.4 16.2y 0.00 0.000 1.054 \"Start Carbon Star 2\"\n",
- " 6.0979 17.581 21.257 14 4 5378.6 20.1y 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
- " 6.1143 17.582 20.235 14 7 5443.7 20.7y 0.00 0.000 0.001 \"TYPE_CHNGE\"\n",
- " 6.1143 17.582 20.235 14 7 5443.7 20.7y 0.00 0.000 0.001 \"End Carbon Star 2\"\n",
- " 6.2370 17.582 17.497 14 7 5834.6 23.8y 0.00 0.000 0.001 \"q-inv\"\n",
- " 6.4857 17.582 11.948 14 8 7001.6 34.2y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.5041 17.582 7.798 14 14 8291.7 47.5y 0.15 0.000 0.000 Mers(5)=0.250315 - Mers(6)=0.00672711 - Mers(7)=0.253933 - Mers(8)=0.722036 - Mers(9)=0.427098 \n",
- " 6.5041 17.582 7.798 14 14 8291.7 47.5y 0.15 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=11.5384 Mc\"CO\"=8.88583 type=8) -> kick 1(0) vk=0 vr=28.0368 omega=2.68354 phi=0.460139 -> vn=28.0368 ; final sep 8291.72 ecc 0.147395 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 3.74082, dm(companion) = 0\n",
- " 6.5041 17.582 7.798 14 14 8291.7 47.5y 0.15 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.5041 17.582 7.798 14 14 8291.7 47.5y 0.15 0.000 0.000 \"SN\"\n",
- " 6.5141 17.582 7.798 14 14 8291.7 47.5y 0.15 0.000 0.000 \"END_SYMB\"\n",
- " 15000.0000 17.582 7.798 14 14 8291.7 47.5y 0.15 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=53854 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"BEG_SYMB\"\n",
+ " 3.8674 57.840 39.505 2 1 3185.7 5.78 y 0.00 0.017 0.010 \"TYPE_CHNGE\"\n",
+ " 3.8704 57.600 39.509 2 1 3192.2 5.8 y 0.00 0.393 0.010 \"Start tidal lock 1\"\n",
+ " 3.8704 57.592 39.509 2 1 3192.4 5.8 y 0.00 0.418 0.010 \"End tidal lock 1\"\n",
+ " 3.8706 57.568 39.510 4 1 3193 5.81 y 0.00 0.496 0.010 \"TYPE_CHNGE\"\n",
+ " 3.8910 54.510 39.758 4 1 3246.3 6.04 y 0.00 1.000 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.9650 42.495 42.571 4 1 3223.5 6.29 y 0.00 1.913 0.009 \"q-inv\"\n",
+ " 4.0585 24.961 50.453 4 1 3211.5 6.65 y 0.00 0.999 0.007 \"END_RCHE 1!>2\"\n",
+ " 4.0649 24.747 50.479 7 1 3216.1 6.67 y 0.00 0.002 0.007 \"TYPE_CHNGE\"\n",
+ " 4.0649 24.747 50.479 7 1 3216.1 6.67 y 0.00 0.002 0.007 \"End Carbon Star 1\"\n",
+ " 4.2967 19.576 50.392 7 1 3429.9 7.61 y 0.00 0.001 0.007 \"BEG_BSS \"\n",
+ " 4.2996 19.512 50.390 14 1 3462.2 7.73 y 0.00 0.000 0.007 Randbuf=59616 - Mers(0)=0.665406 - Mers(1)=0.861368 - Mers(2)=0.162038 - Mers(3)=0.282234 - Mers(4)=0.0511173 \n",
+ " 4.2996 19.512 50.390 14 1 3462.2 7.73 y 0.00 0.000 0.007 SN kick Ib/c (SN type 11 11, pre-explosion M=19.5117 Mc\"CO\"=14.7326 type=8) -> kick 1(0) vk=0 vr=62.0717 omega=0.32118 phi=-0.450629 -> vn=62.0717 ; final sep 3462.21 ecc 0 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.2996 19.512 50.390 14 1 3462.2 7.73 y 0.00 0.000 0.007 \"TYPE_CHNGE\"\n",
+ " 4.2996 19.512 50.390 14 1 3462.2 7.73 y 0.00 0.000 0.007 \"SN\"\n",
+ " 4.3096 19.512 50.386 14 1 3462.1 7.73 y 0.00 0.000 0.007 \"END_SYMB\"\n",
+ " 5.9074 19.512 49.493 14 2 3507.6 7.93 y 0.00 0.000 0.012 \"OFF_MS\"\n",
+ " 5.9074 19.512 49.493 14 2 3507.6 7.93 y 0.00 0.000 0.012 \"TYPE_CHNGE\"\n",
+ " 5.9074 19.512 49.493 14 2 3507.6 7.93 y 0.00 0.000 0.012 \"END_BSS\"\n",
+ " 5.9113 19.512 49.242 14 4 3529.1 8.02 y 0.00 0.000 0.223 \"TYPE_CHNGE\"\n",
+ " 5.9196 19.513 47.997 14 4 3591.4 8.31 y 0.00 0.000 0.221 \"Start tidal lock 2\"\n",
+ " 5.9206 19.513 47.843 14 4 3599.4 8.34 y 0.00 0.000 0.221 \"End tidal lock 2\"\n",
+ " 5.9797 19.519 38.984 14 4 4098.9 10.9 y 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 6.0512 19.528 28.256 14 4 4673 14.7 y 0.00 0.000 1.137 \"Start Carbon Star 2\"\n",
+ " 6.1012 19.535 20.742 14 4 5017.4 17.8 y 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
+ " 6.1130 19.536 20.245 14 7 5043.8 18 y 0.00 0.000 0.001 \"TYPE_CHNGE\"\n",
+ " 6.1130 19.536 20.245 14 7 5043.8 18 y 0.00 0.000 0.001 \"End Carbon Star 2\"\n",
+ " 6.1471 19.536 19.485 14 7 5114.7 18.5 y 0.00 0.000 0.001 \"q-inv\"\n",
+ " 6.4877 19.536 11.885 14 8 6409.9 29 y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.5064 19.536 11.468 14 14 6493.9 29.8 y 0.00 0.000 0.000 Mers(5)=0.845641 - Mers(6)=0.27734 - Mers(7)=0.925761 - Mers(8)=0.145632 - Mers(9)=0.67179 \n",
+ " 6.5064 19.536 11.468 14 14 6493.9 29.8 y 0.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=11.4683 Mc\"CO\"=8.83672 type=8) -> kick 1(0) vk=0 vr=30.1844 omega=4.22098 phi=-0.787705 -> vn=30.1844 ; final sep 6493.86 ecc 0 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.5064 19.536 11.468 14 14 6493.9 29.8 y 0.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.5064 19.536 11.468 14 14 6493.9 29.8 y 0.00 0.000 0.000 \"SN\"\n",
+ " 6.5164 19.536 11.468 14 14 6493.9 29.8 y 0.00 0.000 0.000 \"END_SYMB\"\n",
+ " 15000.0000 19.536 11.468 14 14 6493.9 29.8 y 0.00 0.000 0.000 \"MAX_TIME\"\n",
"\n"
]
}
@@ -899,58 +1069,10 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "{'M_1': 60, 'M_2': 40, 'metallicity': 0.0001, 'orbital_period': 2000, 'BH_prescription': 'BH_FRYER12_RAPID', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1, 'lambda_ce': 0.5}\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.0001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1, 'lambda_ce': 0.5}\n",
"system 1 / 1\n",
- "{'time': 6.0079, 'M1': 22.355, 'M2': 15.639, 'K1': 14.0, 'K2': 14.0, 'separation': 113.06}\n",
- "System 1 has separation 113.06\n",
- "Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=14419 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.005 \"INITIAL \"\n",
- " 3.8571 60.000 40.000 2 1 3101.2 5.48y 0.00 0.014 0.009 \"TYPE_CHNGE\"\n",
- " 3.8600 60.000 40.000 4 1 3101.2 5.48y 0.00 0.096 0.009 \"TYPE_CHNGE\"\n",
- " 4.0451 60.000 40.000 4 1 3101.2 5.48y 0.00 0.503 0.010 \"Start tidal lock 1\"\n",
- " 4.0491 60.000 40.000 4 1 3101.2 5.48y 0.00 0.561 0.010 \"End tidal lock 1\"\n",
- " 4.0678 60.000 40.000 4 1 3099.3 5.47y 0.00 1.000 0.010 \"BEG_RCHE 1>2\"\n",
- " 4.0681 60.000 40.000 4 1 3099.1 5.47y 0.00 1.009 0.010 \"BEG_SYMB\"\n",
- " 4.2094 56.978 43.022 5 1 2884 4.91y 0.00 1.672 0.010 \"TYPE_CHNGE\"\n",
- " 4.2094 56.978 43.022 5 1 2884 4.91y 0.00 1.672 0.010 Unstable RLOF : q=Mdonor/Maccretor=1.32438 > qc=0.733417 (prescription=float, donor [st=5 M=56.9778 Mc=25.8207 R=1945.85 Rc=1.67126], accretor [st=1 M=43.0222 Mc=0 R=10.1192 Rc=0] sep=2884.02 )\n",
- " 4.2094 56.978 43.022 5 1 2884 4.91y 0.00 1.672 0.010 COMENV n=0 presc=0 56.9778(Mc\"He\"=25.8207,\"CO\"=25.8207;EAGB)+43.0222(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=25.8207,l1=1.14773e+06,r1=1945.85,rzams=7.21541,convfrac=0.560301,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2884.02 P_in=1793.89 Jtot_in=8.09752e+55 Jorb_in=7.95297e+55 EorbI=7.31037e+47 EbindI=-6.92616e+48 - sepF=30.1221 1:Rc=1.67126~RL=10.1116 2:Rc=10.1193~RL=12.7646 - : Mf1=25.8207(19.6094,9) Mf2=43.0222(0,1) af=30.1221 Jf=4.44174e+54 Jej=7.82682e+55 Eorbf=-6.99926e+49 dE=6.92616e+48 Eej=1.89371e+48 alpha_ej=0.0273415\n",
- " 4.2095 25.821 43.022 9 1 30.122 2.31d 0.00 647.092 0.793 post-COMENV M=25.8207(Mc\"CO\"=19.6094;HeGB;Menv=19.6094,Mstart=25.8207,Teff=0.407726,age=3102.24) + M=43.0222(Mc;MS;Menv=43.0222,Mstart=43.0222,Teff=3.62709,age=46857.8) a_out=30.1221 P_out=0.00631839 (2.30747 d) Jorb_out=4.44174e+54 R1=6543.21 RL1=10.1116 (R1/RL1 = 647.099) R2=10.1193 RL2=12.7646 (R2/RL2 = 0.792766) SN? 0 0 Single? No : merge in 1.60828 Gyr at t = 1.61249 Gyr, events pending? 1\n",
- " 4.2095 25.821 43.022 9 1 30.122 2.31d 0.00 647.092 0.793 \"TYPE_CHNGE\"\n",
- " 4.2095 25.821 43.022 9 1 30.122 2.31d 0.00 647.092 0.793 \"q-inv\"\n",
- " 4.2095 22.323 43.622 14 1 51.305 5.24d 0.04 0.000 0.473 Randbuf=34102 - Mers(0)=0.705149 - Mers(1)=0.281979 - Mers(2)=0.499352 - Mers(3)=0.921211 - Mers(4)=0.89857 \n",
- " 4.2095 22.323 43.622 14 1 51.305 5.24d 0.04 0.000 0.473 SN kick Ib/c (SN type 11 11, pre-explosion M=24.803 Mc\"CO\"=19.6094 type=9) -> kick 1(190) vk=0 vr=514.256 omega=5.64588 phi=1.00176 -> vn=514.256 ; final sep 51.3049 ecc 0.0376117 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 2.4803, dm(companion) = 0\n",
- " 4.2095 22.323 43.622 14 1 51.305 5.24d 0.04 0.000 0.473 \"TYPE_CHNGE\"\n",
- " 4.2095 22.323 43.622 14 1 51.305 5.24d 0.04 0.000 0.473 \"END_RCHE 1!>2\"\n",
- " 4.2095 22.323 43.622 14 1 51.305 5.24d 0.04 0.000 0.473 \"SN\"\n",
- " 4.2095 22.323 43.622 14 1 57.681 6.25d 0.04 0.000 0.396 \"END_SYMB\"\n",
- " 4.8741 22.323 43.622 14 1 64.16 7.33d 0.04 0.000 0.454 \"BEG_BSS \"\n",
- " 5.0475 22.323 43.622 14 1 64.432 7.38d 0.04 0.000 0.493 \"Start tidal lock 2\"\n",
- " 5.5479 22.323 43.622 14 1 64.067 7.31d 0.02 0.000 0.584 \"End tidal lock 2\"\n",
- " 5.5526 22.323 43.622 14 2 64.096 7.32d 0.02 0.000 0.534 \"OFF_MS\"\n",
- " 5.5526 22.323 43.622 14 2 64.096 7.32d 0.02 0.000 0.534 \"TYPE_CHNGE\"\n",
- " 5.5526 22.323 43.622 14 2 64.096 7.32d 0.02 0.000 0.534 \"END_BSS\"\n",
- " 5.5540 22.323 43.622 14 2 64.097 7.32d 0.02 0.000 0.824 \"Start tidal lock 2\"\n",
- " 5.5544 22.323 43.622 14 2 64.097 7.32d 0.02 0.000 0.938 \"End tidal lock 2\"\n",
- " 5.5546 22.323 43.622 14 2 64.096 7.32d 0.02 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.5546 22.323 43.622 14 2 64.07 7.31d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.5546 22.323 43.622 14 2 64.07 7.31d 0.00 0.000 1.001 \"Circularized\"\n",
- " 5.5555 22.323 43.622 14 2 64.066 7.31d 0.00 0.000 1.297 \"Start tidal lock 2\"\n",
- " 5.5574 22.323 43.591 14 4 64.143 7.33d 0.00 0.000 2.329 \"TYPE_CHNGE\"\n",
- " 5.6650 22.335 38.868 14 4 69.249 8.53d 0.00 0.000 2.386 \"End tidal lock 2\"\n",
- " 5.8025 22.352 22.338 14 4 95.828 16.2d 0.00 0.000 4.659 \"q-inv\"\n",
- " 5.8257 22.355 17.376 14 4 107.89 20.6d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.8257 22.355 17.376 14 4 107.89 20.6d 0.00 0.000 0.992 \"END_SYMB\"\n",
- " 5.8508 22.355 17.376 14 7 107.89 20.6d 0.00 0.000 0.037 \"TYPE_CHNGE\"\n",
- " 6.0056 22.355 17.376 14 8 107.89 20.6d 0.00 0.000 0.034 \"TYPE_CHNGE\"\n",
- " 6.0056 22.355 17.376 14 8 107.89 20.6d 0.00 0.000 0.034 \"Start tidal lock 2\"\n",
- " 6.0079 22.355 15.639 14 14 113.06 22.6d 0.05 0.000 0.000 Mers(5)=0.554134 - Mers(6)=0.428655 - Mers(7)=0.798315 - Mers(8)=0.922564 - Mers(9)=0.621763 \n",
- " 6.0079 22.355 15.639 14 14 113.06 22.6d 0.05 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=17.3764 Mc\"CO\"=13.0819 type=8) -> kick 1(190) vk=0 vr=265.092 omega=3.90665 phi=1.0068 -> vn=265.092 ; final sep 113.064 ecc 0.0457344 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 1.73764, dm(companion) = 0\n",
- " 6.0079 22.355 15.639 14 14 113.06 22.6d 0.05 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.0079 22.355 15.639 14 14 113.06 22.6d 0.05 0.000 0.000 \"SN\"\n",
- " 6.0079 22.355 15.639 14 14 113.06 22.6d 0.05 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 22.355 15.639 14 14 112.83 22.5d 0.05 0.000 0.000 \"MAX_TIME\"\n",
- "\n"
+ "{'time': 6.0102, 'M1': 24.803, 'M2': 43.622, 'K1': 14.0, 'K2': 14.0, 'separation': -3069.7}\n",
+ "System 1 has separation -3069.7\n"
]
}
],
@@ -978,7 +1100,7 @@
},
{
"cell_type": "code",
- "execution_count": 13,
+ "execution_count": null,
"id": "490afee7-04c1-4f27-bb6e-52de3f3e8402",
"metadata": {},
"outputs": [
@@ -988,3932 +1110,4391 @@
"text": [
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -103.19}\n",
- "System 1 has separation -103.19\n",
- "system 2 / 100\n",
- "None\n",
- "system 3 / 100\n",
- "None\n",
- "system 4 / 100\n",
- "None\n",
- "system 5 / 100\n",
- "{'time': 6.1813, 'M1': 26.225, 'M2': 19.015, 'K1': 14.0, 'K2': 14.0, 'separation': -143.4}\n",
- "System 5 has separation -143.4\n",
- "system 6 / 100\n",
- "None\n",
- "system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -92.576}\n",
- "System 7 has separation -92.576\n",
- "system 8 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -677.44}\n",
- "System 8 has separation -677.44\n",
- "system 9 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -50.288}\n",
- "System 9 has separation -50.288\n",
- "system 10 / 100\n",
- "{'time': 6.1845, 'M1': 26.232, 'M2': 18.797, 'K1': 14.0, 'K2': 14.0, 'separation': -851.3}\n",
- "System 10 has separation -851.3\n",
- "system 11 / 100\n",
- "{'time': 6.1831, 'M1': 26.222, 'M2': 18.889, 'K1': 14.0, 'K2': 14.0, 'separation': 117.05}\n",
- "System 11 has separation 117.05\n",
- "Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=7567 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 67.888 7.49d 0.35 0.000 0.284 Randbuf=22177 - Mers(0)=0.235151 - Mers(1)=0.685023 - Mers(2)=0.644918 - Mers(3)=0.884027 - Mers(4)=0.836938 \n",
- " 4.1327 26.215 48.508 14 1 67.888 7.49d 0.35 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=354.099 vr=401.272 omega=5.25864 phi=0.875796 -> vn=334.655 ; final sep 67.8878 ecc 0.346447 (random count 0) - Runaway v=(263.383,-30.2748,-160.491) |v|=309.911 : companion v=(-42.9275,-88.3515,-38.8557), |v|=105.634 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 67.888 7.49d 0.35 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 67.888 7.49d 0.35 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 67.888 7.49d 0.35 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 74.872 8.68d 0.35 0.000 0.336 \"END_SYMB\"\n",
- " 4.4358 26.215 48.508 14 1 81.09 9.78d 0.36 0.000 0.338 \"BEG_BSS \"\n",
- " 5.6178 26.215 48.508 14 1 73.377 8.42d 0.12 0.000 0.741 \"Start tidal lock 2\"\n",
- " 5.7389 26.215 48.508 14 1 72.432 8.26d 0.01 0.000 0.676 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 72.481 8.27d 0.01 0.000 0.623 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 72.481 8.27d 0.01 0.000 0.623 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 72.481 8.27d 0.01 0.000 0.623 \"END_BSS\"\n",
- " 5.7424 26.215 48.508 14 2 72.482 8.27d 0.01 0.000 0.905 \"Start tidal lock 2\"\n",
- " 5.7425 26.215 48.508 14 2 72.482 8.27d 0.01 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7425 26.215 48.508 14 2 72.471 8.27d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7425 26.215 48.508 14 2 72.471 8.27d 0.00 0.000 1.001 \"Circularized\"\n",
- " 5.7431 26.215 48.507 14 2 72.473 8.27d 0.00 0.000 1.521 \"End tidal lock 2\"\n",
- " 5.7447 26.215 48.362 14 2 72.895 8.35d 0.00 0.000 4.611 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.223 14 2 73.252 8.42d 0.00 0.000 6.087 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.681 14 4 74.297 8.63d 0.00 0.000 10.506 \"TYPE_CHNGE\"\n",
- " 5.7702 26.219 27.155 14 4 103.04 16.6d 0.00 0.000 8.506 \"Start Carbon Star 2\"\n",
- " 5.7715 26.219 26.208 14 4 104.91 17.2d 0.00 0.000 8.443 \"q-inv\"\n",
- " 5.7859 26.222 18.889 14 4 122.08 23.3d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.7859 26.222 18.889 14 4 122.08 23.3d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8046 26.222 18.889 14 7 122.07 23.3d 0.00 0.000 0.033 \"TYPE_CHNGE\"\n",
- " 5.8046 26.222 18.889 14 7 122.07 23.3d 0.00 0.000 0.033 \"Start tidal lock 2\"\n",
- " 5.8046 26.222 18.889 14 7 122.07 23.3d 0.00 0.000 0.033 \"End Carbon Star 2\"\n",
- " 6.1817 26.222 18.889 14 7 122.07 23.3d 0.00 0.000 0.032 \"End tidal lock 2\"\n",
- " 6.1831 26.222 18.889 14 14 117.05 21.8d 0.35 0.000 0.000 Mers(5)=0.296644 - Mers(6)=0.157745 - Mers(7)=0.311941 - Mers(8)=0.207277 - Mers(9)=0.195394 \n",
- " 6.1831 26.222 18.889 14 14 117.05 21.8d 0.35 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8886 Mc\"CO\"=14.2509 type=8) -> kick 1(190) vk=119.552 vr=265.553 omega=1.2277 phi=-0.625429 -> vn=259.797 ; final sep 117.054 ecc 0.353612 (random count 5) - Runaway v=(-42.9275,-88.3515,-38.8557) |v|=105.634 : companion v=(263.383,-30.2748,-160.491), |v|=309.911 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1831 26.222 18.889 14 14 117.05 21.8d 0.35 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1831 26.222 18.889 14 14 117.05 21.8d 0.35 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.222 18.889 14 14 116.28 21.6d 0.35 0.000 0.000 \"MAX_TIME\"\n",
- "\n",
- "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
- "system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -222.88}\n",
- "System 1 has separation -222.88\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -266.67}\n",
+ "System 1 has separation -266.67\n",
"system 2 / 100\n",
- "{'time': 6.1827, 'M1': 26.222, 'M2': 18.913, 'K1': 14.0, 'K2': 14.0, 'separation': 324.11}\n",
- "System 2 has separation 324.11\n",
+ "{'time': 6.2266, 'M1': 26.334, 'M2': 16.879, 'K1': 14.0, 'K2': 14.0, 'separation': 41.945}\n",
+ "System 2 has separation 41.945\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=47308 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 72.885 8.34d 0.31 0.000 0.284 Randbuf=78406 - Mers(0)=0.908968 - Mers(1)=0.223217 - Mers(2)=0.224314 - Mers(3)=0.144672 - Mers(4)=0.132722 \n",
- " 4.1327 26.215 48.508 14 1 72.885 8.34d 0.31 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=152.749 vr=401.272 omega=0.833917 phi=-0.790431 -> vn=355.523 ; final sep 72.8855 ecc 0.30664 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 72.885 8.34d 0.31 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 72.885 8.34d 0.31 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 72.885 8.34d 0.31 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 80.009 9.59d 0.31 0.000 0.315 \"END_SYMB\"\n",
- " 4.4352 26.215 48.508 14 1 85.531 10.6d 0.31 0.000 0.321 \"BEG_BSS \"\n",
- " 5.7102 26.215 48.508 14 1 80.365 9.65d 0.12 0.000 0.747 \"Start tidal lock 2\"\n",
- " 5.7153 26.215 48.508 14 1 80.248 9.63d 0.12 0.000 0.744 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 80.266 9.63d 0.10 0.000 0.562 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 80.266 9.63d 0.10 0.000 0.562 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 80.266 9.63d 0.10 0.000 0.562 \"END_BSS\"\n",
- " 5.7425 26.215 48.508 14 2 80.267 9.63d 0.10 0.000 0.888 \"Start tidal lock 2\"\n",
- " 5.7427 26.215 48.508 14 2 80.266 9.63d 0.10 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7427 26.215 48.508 14 2 79.421 9.48d 0.00 0.000 1.012 \"BEG_SYMB\"\n",
- " 5.7427 26.215 48.508 14 2 79.421 9.48d 0.00 0.000 1.012 \"Circularized\"\n",
- " 5.7435 26.215 48.505 14 2 79.431 9.48d 0.00 0.000 1.805 \"End tidal lock 2\"\n",
- " 5.7446 26.215 48.409 14 2 79.729 9.54d 0.00 0.000 4.012 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.261 14 2 80.144 9.63d 0.00 0.000 5.716 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.800 14 4 81.149 9.84d 0.00 0.000 9.616 \"TYPE_CHNGE\"\n",
- " 5.7733 26.219 27.161 14 4 112.78 19d 0.00 0.000 7.973 \"Start Carbon Star 2\"\n",
- " 5.7747 26.220 26.209 14 4 114.84 19.7d 0.00 0.000 7.946 \"q-inv\"\n",
- " 5.7898 26.222 18.913 14 4 133.56 26.6d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.7898 26.222 18.913 14 4 133.56 26.6d 0.00 0.000 0.992 \"END_SYMB\"\n",
- " 5.8086 26.222 18.913 14 7 133.56 26.6d 0.00 0.000 0.030 \"TYPE_CHNGE\"\n",
- " 5.8086 26.222 18.913 14 7 133.56 26.6d 0.00 0.000 0.030 \"Start tidal lock 2\"\n",
- " 5.8086 26.222 18.913 14 7 133.56 26.6d 0.00 0.000 0.030 \"End Carbon Star 2\"\n",
- " 6.1827 26.222 18.913 14 14 324.11 101d 0.80 0.000 0.000 Mers(5)=0.584876 - Mers(6)=0.470906 - Mers(7)=0.414233 - Mers(8)=0.514937 - Mers(9)=0.237819 \n",
- " 6.1827 26.222 18.913 14 14 324.11 101d 0.80 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9134 Mc\"CO\"=14.27 type=8) -> kick 1(190) vk=215.098 vr=253.954 omega=1.49426 phi=0.0298775 -> vn=320.016 ; final sep 324.112 ecc 0.799558 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1827 26.222 18.913 14 14 324.11 101d 0.80 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1827 26.222 18.913 14 14 324.11 101d 0.80 0.000 0.000 \"SN\"\n",
- " 6.1827 26.222 18.913 14 14 324.11 101d 0.80 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.222 18.913 14 14 322.31 99.7d 0.80 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=60876 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 82.934 10.1 d 0.85 0.000 0.284 Randbuf=70365 - Mers(0)=0.455552 - Mers(1)=0.66554 - Mers(2)=0.0303129 - Mers(3)=0.454409 - Mers(4)=0.106368 \n",
+ " 4.1327 26.215 48.508 14 1 82.934 10.1 d 0.85 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=325.612 vr=401.272 omega=0.668328 phi=-0.0913095 -> vn=387.429 ; final sep 82.9342 ecc 0.851646 (random count 0) - Runaway v=(221.73,284.502,-10.154) |v|=360.844 : companion v=(18.2823,-45.1622,-4.45534), |v|=48.9256 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 82.934 10.1 d 0.85 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 82.934 10.1 d 0.85 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 82.934 10.1 d 0.85 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 96.91 12.8 d 0.85 0.000 0.260 \"END_SYMB\"\n",
+ " 4.1973 26.215 48.508 14 1 29.126 2.11 d 0.00 0.000 0.879 \"Circularized\"\n",
+ " 4.1987 26.215 48.508 14 1 30.288 2.23 d 0.00 0.000 0.846 \"Start tidal lock 2\"\n",
+ " 4.4184 26.215 48.508 14 1 30.316 2.24 d 0.00 0.000 0.900 \"BEG_BSS \"\n",
+ " 4.7052 26.215 48.508 14 1 30.131 2.22 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 4.7060 26.215 48.508 14 1 30.131 2.22 d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
+ " 5.7527 26.330 44.852 14 2 32.046 2.49 d 0.00 0.000 1.356 \"OFF_MS\"\n",
+ " 5.7527 26.330 44.852 14 2 32.046 2.49 d 0.00 0.000 1.356 \"TYPE_CHNGE\"\n",
+ " 5.7527 26.330 44.852 14 2 32.046 2.49 d 0.00 0.000 1.356 \"END_BSS\"\n",
+ " 5.7527 26.330 44.852 14 2 32.046 2.49 d 0.00 0.000 1.356 \"End tidal lock 2\"\n",
+ " 5.7554 26.331 44.465 14 2 32.888 2.6 d 0.00 0.000 6.427 \"Start tidal lock 2\"\n",
+ " 5.7557 26.331 44.328 14 2 33.051 2.62 d 0.00 0.000 7.416 \"End tidal lock 2\"\n",
+ " 5.7572 26.331 42.618 14 4 34.234 2.79 d 0.00 0.000 17.496 \"TYPE_CHNGE\"\n",
+ " 5.7669 26.332 27.160 14 4 43.999 4.62 d 0.00 0.000 14.375 \"Start Carbon Star 2\"\n",
+ " 5.7675 26.333 26.272 14 4 44.579 4.75 d 0.00 0.000 14.222 \"q-inv\"\n",
+ " 5.7779 26.334 16.879 14 4 54.541 7.1 d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
+ " 5.7779 26.334 16.879 14 4 54.54 7.1 d 0.00 0.000 0.991 \"END_SYMB\"\n",
+ " 5.7941 26.334 16.879 14 7 54.539 7.1 d 0.00 0.000 0.070 \"TYPE_CHNGE\"\n",
+ " 5.7941 26.334 16.879 14 7 54.539 7.1 d 0.00 0.000 0.070 \"Start tidal lock 2\"\n",
+ " 5.7941 26.334 16.879 14 7 54.539 7.1 d 0.00 0.000 0.070 \"End Carbon Star 2\"\n",
+ " 6.2191 26.334 16.879 14 7 54.539 7.1 d 0.00 0.000 0.070 \"End tidal lock 2\"\n",
+ " 6.2234 26.334 16.879 14 8 54.539 7.1 d 0.00 0.000 0.069 \"TYPE_CHNGE\"\n",
+ " 6.2266 26.334 16.879 14 14 41.945 4.79 d 0.37 0.000 0.000 Mers(5)=0.405577 - Mers(6)=0.425788 - Mers(7)=0.375537 - Mers(8)=0.574826 - Mers(9)=0.898786 \n",
+ " 6.2266 26.334 16.879 14 14 41.945 4.79 d 0.37 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=16.879 Mc\"CO\"=12.6975 type=8) -> kick 1(190) vk=282.878 vr=388.85 omega=5.64724 phi=0.150217 -> vn=325.275 ; final sep 41.9445 ecc 0.368345 (random count 5) - Runaway v=(300.215,-65.7093,-22.1502) |v|=283.233 : companion v=(-34.8377,-93.3046,-4.77416), |v|=99.7107 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.2266 26.334 16.879 14 14 41.945 4.79 d 0.37 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.2266 26.334 16.879 14 14 41.945 4.79 d 0.37 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.334 16.879 14 14 16.204 1.15 d 0.10 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -59.535}\n",
- "System 1 has separation -59.535\n",
+ "None\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -103.44}\n",
- "System 2 has separation -103.44\n",
+ "{'time': 6.1822, 'M1': 26.223, 'M2': 18.949, 'K1': 14.0, 'K2': 14.0, 'separation': -53.246}\n",
+ "System 2 has separation -53.246\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -87.467}\n",
- "System 3 has separation -87.467\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -87.105}\n",
+ "System 3 has separation -87.105\n",
"system 4 / 100\n",
- "{'time': 6.181, 'M1': 26.225, 'M2': 19.038, 'K1': 14.0, 'K2': 14.0, 'separation': -70.258}\n",
- "System 4 has separation -70.258\n",
+ "None\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -1488.1}\n",
- "System 5 has separation -1488.1\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -241.15}\n",
+ "System 5 has separation -241.15\n",
"system 6 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -51.72}\n",
- "System 6 has separation -51.72\n",
+ "{'time': 6.1814, 'M1': 26.225, 'M2': 19.011, 'K1': 14.0, 'K2': 14.0, 'separation': -784.04}\n",
+ "System 6 has separation -784.04\n",
"system 7 / 100\n",
- "{'time': 6.2108, 'M1': 26.313, 'M2': 17.51, 'K1': 14.0, 'K2': 14.0, 'separation': 61.89}\n",
- "System 7 has separation 61.89\n",
+ "{'time': 6.1818, 'M1': 26.224, 'M2': 18.979, 'K1': 14.0, 'K2': 14.0, 'separation': 94.352}\n",
+ "System 7 has separation 94.352\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=23402 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 51.51 4.95d 0.72 0.000 0.284 Randbuf=9580 - Mers(0)=0.267008 - Mers(1)=0.783572 - Mers(2)=0.209991 - Mers(3)=0.635214 - Mers(4)=0.801875 \n",
- " 4.1327 26.215 48.508 14 1 51.51 4.95d 0.72 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=343.463 vr=401.272 omega=5.03833 phi=0.273838 -> vn=212.625 ; final sep 51.51 ecc 0.719293 (random count 0) - Runaway v=(174.601,-111.778,-54.2801) |v|=214.304 : companion v=(-34.9237,-108.882,-18.2185), |v|=115.788 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 51.51 4.95d 0.72 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 51.51 4.95d 0.72 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 51.51 4.95d 0.72 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 59.805 6.2d 0.72 0.000 0.421 \"END_SYMB\"\n",
- " 4.2007 26.215 48.508 14 1 33.294 2.57d 0.11 0.000 0.770 \"Start tidal lock 2\"\n",
- " 4.4202 26.215 48.508 14 1 32.874 2.53d 0.00 0.000 0.831 \"BEG_BSS \"\n",
- " 4.4657 26.215 48.508 14 1 32.851 2.52d 0.00 0.000 0.843 \"Circularized\"\n",
- " 4.8891 26.215 48.508 14 1 32.552 2.49d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 4.8900 26.215 48.508 14 1 32.552 2.49d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
- " 5.7478 26.309 46.094 14 2 33.922 2.69d 0.00 0.000 1.298 \"OFF_MS\"\n",
- " 5.7478 26.309 46.094 14 2 33.922 2.69d 0.00 0.000 1.298 \"TYPE_CHNGE\"\n",
- " 5.7478 26.309 46.094 14 2 33.922 2.69d 0.00 0.000 1.298 \"END_BSS\"\n",
- " 5.7478 26.309 46.094 14 2 33.922 2.69d 0.00 0.000 1.298 \"End tidal lock 2\"\n",
- " 5.7505 26.309 45.710 14 2 34.839 2.81d 0.00 0.000 6.626 \"Start tidal lock 2\"\n",
- " 5.7507 26.309 45.571 14 2 35.011 2.83d 0.00 0.000 7.674 \"End tidal lock 2\"\n",
- " 5.7522 26.309 43.905 14 4 36.232 3.01d 0.00 0.000 18.144 \"TYPE_CHNGE\"\n",
- " 5.7624 26.311 27.124 14 4 47.304 5.15d 0.00 0.000 14.697 \"Start Carbon Star 2\"\n",
- " 5.7630 26.311 26.260 14 4 48.097 5.32d 0.00 0.000 14.482 \"q-inv\"\n",
- " 5.7727 26.313 17.510 14 4 57.963 7.72d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
- " 5.7727 26.313 17.510 14 4 57.963 7.72d 0.00 0.000 0.987 \"END_SYMB\"\n",
- " 5.7890 26.313 17.510 14 7 57.961 7.72d 0.00 0.000 0.067 \"TYPE_CHNGE\"\n",
- " 5.7890 26.313 17.510 14 7 57.961 7.72d 0.00 0.000 0.067 \"End Carbon Star 2\"\n",
- " 5.8577 26.313 17.510 14 7 57.961 7.72d 0.00 0.000 0.068 \"Start tidal lock 2\"\n",
- " 6.1871 26.313 17.510 14 7 57.961 7.72d 0.00 0.000 0.068 \"End tidal lock 2\"\n",
- " 6.2087 26.313 17.510 14 8 57.961 7.72d 0.00 0.000 0.066 \"TYPE_CHNGE\"\n",
- " 6.2108 26.313 17.510 14 14 61.89 8.52d 0.53 0.000 0.000 Mers(5)=0.545304 - Mers(6)=0.44499 - Mers(7)=0.336545 - Mers(8)=0.517195 - Mers(9)=0.785792 \n",
- " 6.2108 26.313 17.510 14 14 61.89 8.52d 0.53 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=17.5099 Mc\"CO\"=13.1851 type=8) -> kick 1(190) vk=212.423 vr=379.844 omega=4.93728 phi=0.0343973 -> vn=391.714 ; final sep 61.8898 ecc 0.531064 (random count 5) - Runaway v=(-34.9237,-108.882,-18.2185) |v|=115.788 : companion v=(174.601,-111.778,-54.2801), |v|=214.304 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.2108 26.313 17.510 14 14 61.89 8.52d 0.53 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.2108 26.313 17.510 14 14 61.89 8.52d 0.53 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.313 17.510 14 14 48.381 5.89d 0.44 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=19097 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 112.02 15.9 d 0.48 0.000 0.284 Randbuf=84502 - Mers(0)=0.824494 - Mers(1)=0.0987206 - Mers(2)=0.883252 - Mers(3)=0.726002 - Mers(4)=0.995824 \n",
+ " 4.1327 26.215 48.508 14 1 112.02 15.9 d 0.48 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=317.667 vr=401.272 omega=6.25694 phi=0.46901 -> vn=441.302 ; final sep 112.022 ecc 0.477791 (random count 0) - Runaway v=(368.781,123.206,-2.67059) |v|=388.826 : companion v=(-27.6816,-70.6008,-0.592733), |v|=75.836 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 112.02 15.9 d 0.48 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 112.02 15.9 d 0.48 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 112.02 15.9 d 0.48 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 121.56 18 d 0.48 0.000 0.207 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 127.96 19.4 d 0.48 0.000 0.218 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 131.34 20.2 d 0.48 0.000 0.344 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 131.34 20.2 d 0.48 0.000 0.344 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 131.34 20.2 d 0.48 0.000 0.344 \"END_BSS\"\n",
+ " 5.7434 26.215 48.508 14 2 131.09 20.1 d 0.48 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7434 26.215 48.508 14 2 101.05 13.6 d 0.00 0.000 1.298 \"BEG_SYMB\"\n",
+ " 5.7434 26.215 48.508 14 2 101.05 13.6 d 0.00 0.000 1.298 \"Circularized\"\n",
+ " 5.7455 26.215 48.245 14 2 102.23 13.9 d 0.00 0.000 5.870 \"Start tidal lock 2\"\n",
+ " 5.7458 26.215 48.123 14 2 102.67 14 d 0.00 0.000 6.995 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.055 14 4 102.9 14 d 0.00 0.000 7.577 \"TYPE_CHNGE\"\n",
+ " 5.7836 26.221 27.154 14 4 144.18 27.4 d 0.00 0.000 7.149 \"Start Carbon Star 2\"\n",
+ " 5.7852 26.221 26.217 14 4 146.77 28.4 d 0.00 0.000 7.252 \"q-inv\"\n",
+ " 5.8004 26.224 18.979 14 4 170.44 38.3 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.8004 26.224 18.979 14 4 170.44 38.3 d 0.00 0.000 0.992 \"END_SYMB\"\n",
+ " 5.8194 26.224 18.979 14 7 170.44 38.3 d 0.00 0.000 0.024 \"TYPE_CHNGE\"\n",
+ " 5.8194 26.224 18.979 14 7 170.44 38.3 d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
+ " 5.8194 26.224 18.979 14 7 170.44 38.3 d 0.00 0.000 0.024 \"End Carbon Star 2\"\n",
+ " 5.9725 26.224 18.979 14 7 170.44 38.3 d 0.00 0.000 0.025 \"End tidal lock 2\"\n",
+ " 6.1124 26.224 18.979 14 7 170.44 38.3 d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
+ " 6.1818 26.224 18.979 14 14 94.352 15.8 d 0.95 0.000 0.000 Mers(5)=0.825086 - Mers(6)=0.878253 - Mers(7)=0.783746 - Mers(8)=0.582318 - Mers(9)=0.354576 \n",
+ " 6.1818 26.224 18.979 14 14 94.352 15.8 d 0.95 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9794 Mc\"CO\"=14.3211 type=8) -> kick 1(190) vk=418.994 vr=224.969 omega=2.22787 phi=0.16539 -> vn=98.9739 ; final sep 94.3518 ecc 0.953182 (random count 5) - Runaway v=(-120.657,17.449,-3.20677) |v|=128.078 : companion v=(-117.932,173.102,41.4219), |v|=213.513 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1818 26.224 18.979 14 14 94.352 15.8 d 0.95 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1818 26.224 18.979 14 14 94.352 15.8 d 0.95 0.000 0.000 \"SN\"\n",
+ " 6.1818 26.224 18.979 14 14 94.352 15.8 d 0.95 0.000 0.000 \"End tidal lock 2\"\n",
+ " 265.4710 26.224 18.979 14 14 0.11686 0.0165 h 0.00 0.002 0.002 Contact reached R/RL = 0.00288661 0.00242158, st 14 14\n",
+ " 265.4710 45.203 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.393886 - Mers(11)=0.981555 \n",
+ " 265.4710 45.203 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.2033 Mc\"CO\"=45.2033,\"BH\"=45.2033 type=14) -> kick 0(0) vk=0 vr=0 omega=6.16729 phi=-0.213854 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(-117.932,173.102,41.4219) |v|=213.513 : companion v=(-120.657,17.449,-3.20677), |v|=128.078 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 265.4710 45.203 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 265.4710 45.203 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 265.4710 45.203 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 45.203 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1809, 'M1': 26.225, 'M2': 19.047, 'K1': 14.0, 'K2': 14.0, 'separation': -62.086}\n",
- "System 1 has separation -62.086\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -34.369}\n",
+ "System 1 has separation -34.369\n",
"system 2 / 100\n",
- "{'time': 6.1813, 'M1': 26.225, 'M2': 19.02, 'K1': 14.0, 'K2': 14.0, 'separation': -58.412}\n",
- "System 2 has separation -58.412\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -42.275}\n",
+ "System 2 has separation -42.275\n",
"system 3 / 100\n",
- "{'time': 6.1834, 'M1': 26.221, 'M2': 18.866, 'K1': 14.0, 'K2': 14.0, 'separation': -36.723}\n",
- "System 3 has separation -36.723\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -93.624}\n",
+ "System 3 has separation -93.624\n",
"system 4 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -161.98}\n",
- "System 4 has separation -161.98\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -133.6}\n",
+ "System 4 has separation -133.6\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -463.83}\n",
- "System 5 has separation -463.83\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -97.037}\n",
+ "System 5 has separation -97.037\n",
"system 6 / 100\n",
- "None\n",
+ "{'time': 6.1824, 'M1': 26.223, 'M2': 18.935, 'K1': 14.0, 'K2': 14.0, 'separation': -51.409}\n",
+ "System 6 has separation -51.409\n",
"system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -520.62}\n",
- "System 7 has separation -520.62\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -402.92}\n",
+ "System 7 has separation -402.92\n",
"system 8 / 100\n",
- "{'time': 6.1818, 'M1': 26.224, 'M2': 18.977, 'K1': 14.0, 'K2': 14.0, 'separation': -44.926}\n",
- "System 8 has separation -44.926\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -36.608}\n",
+ "System 8 has separation -36.608\n",
"system 9 / 100\n",
- "{'time': 6.2486, 'M1': 26.36, 'M2': 16.113, 'K1': 14.0, 'K2': 14.0, 'separation': -140.33}\n",
- "System 9 has separation -140.33\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -28.387}\n",
+ "System 9 has separation -28.387\n",
"system 10 / 100\n",
"None\n",
"system 11 / 100\n",
- "{'time': 6.1811, 'M1': 26.225, 'M2': 19.032, 'K1': 14.0, 'K2': 14.0, 'separation': 126.27}\n",
- "System 11 has separation 126.27\n",
+ "{'time': 6.1822, 'M1': 26.223, 'M2': 18.951, 'K1': 14.0, 'K2': 14.0, 'separation': -179.26}\n",
+ "System 11 has separation -179.26\n",
+ "system 12 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -29.408}\n",
+ "System 12 has separation -29.408\n",
+ "system 13 / 100\n",
+ "{'time': 6.1828, 'M1': 26.222, 'M2': 18.909, 'K1': 14.0, 'K2': 14.0, 'separation': -166.16}\n",
+ "System 13 has separation -166.16\n",
+ "system 14 / 100\n",
+ "None\n",
+ "system 15 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -3171.0}\n",
+ "System 15 has separation -3171.0\n",
+ "system 16 / 100\n",
+ "{'time': 6.1823, 'M1': 26.223, 'M2': 18.943, 'K1': 14.0, 'K2': 14.0, 'separation': -127.28}\n",
+ "System 16 has separation -127.28\n",
+ "system 17 / 100\n",
+ "None\n",
+ "system 18 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -66.165}\n",
+ "System 18 has separation -66.165\n",
+ "system 19 / 100\n",
+ "None\n",
+ "system 20 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -49.619}\n",
+ "System 20 has separation -49.619\n",
+ "system 21 / 100\n",
+ "None\n",
+ "system 22 / 100\n",
+ "{'time': 6.1826, 'M1': 26.223, 'M2': 18.925, 'K1': 14.0, 'K2': 14.0, 'separation': -46.587}\n",
+ "System 22 has separation -46.587\n",
+ "system 23 / 100\n",
+ "{'time': 6.1829, 'M1': 26.222, 'M2': 18.903, 'K1': 14.0, 'K2': 14.0, 'separation': -348.12}\n",
+ "System 23 has separation -348.12\n",
+ "system 24 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -126.71}\n",
+ "System 24 has separation -126.71\n",
+ "system 25 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -49.111}\n",
+ "System 25 has separation -49.111\n",
+ "system 26 / 100\n",
+ "{'time': 6.183, 'M1': 26.222, 'M2': 18.898, 'K1': 14.0, 'K2': 14.0, 'separation': 94.707}\n",
+ "System 26 has separation 94.707\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=34870 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 80.549 9.69 d 0.48 0.000 0.284 Randbuf=8909 - Mers(0)=0.376059 - Mers(1)=0.365763 - Mers(2)=0.371625 - Mers(3)=0.728797 - Mers(4)=0.817432 \n",
+ " 4.1327 26.215 48.508 14 1 80.549 9.69 d 0.48 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=220.905 vr=401.272 omega=5.13607 phi=0.475287 -> vn=380.803 ; final sep 80.5493 ecc 0.478315 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 80.549 9.69 d 0.48 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 80.549 9.69 d 0.48 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 80.549 9.69 d 0.48 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 88.672 11.2 d 0.48 0.000 0.284 \"END_SYMB\"\n",
+ " 4.4493 26.215 48.508 14 1 95.54 12.5 d 0.49 0.000 0.288 \"BEG_BSS \"\n",
+ " 5.6989 26.215 48.508 14 1 75.923 8.86 d 0.13 0.000 0.786 \"Start tidal lock 2\"\n",
+ " 5.7335 26.215 48.508 14 1 75.377 8.77 d 0.07 0.000 0.702 \"End tidal lock 2\"\n",
+ " 5.7418 26.215 48.508 14 2 75.489 8.79 d 0.07 0.000 0.598 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 75.489 8.79 d 0.07 0.000 0.598 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 75.489 8.79 d 0.07 0.000 0.598 \"END_BSS\"\n",
+ " 5.7424 26.215 48.508 14 2 75.49 8.79 d 0.07 0.000 0.901 \"Start tidal lock 2\"\n",
+ " 5.7426 26.215 48.508 14 2 75.489 8.79 d 0.07 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7426 26.215 48.508 14 2 75.1 8.72 d 0.00 0.000 1.006 \"BEG_SYMB\"\n",
+ " 5.7426 26.215 48.508 14 2 75.1 8.72 d 0.00 0.000 1.006 \"Circularized\"\n",
+ " 5.7432 26.215 48.507 14 2 75.104 8.72 d 0.00 0.000 1.591 \"End tidal lock 2\"\n",
+ " 5.7447 26.215 48.377 14 2 75.492 8.8 d 0.00 0.000 4.436 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.235 14 2 75.869 8.87 d 0.00 0.000 5.971 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.729 14 4 76.895 9.08 d 0.00 0.000 10.150 \"TYPE_CHNGE\"\n",
+ " 5.7714 26.219 27.148 14 4 106.75 17.5 d 0.00 0.000 8.284 \"Start Carbon Star 2\"\n",
+ " 5.7727 26.219 26.210 14 4 108.67 18.1 d 0.00 0.000 8.235 \"q-inv\"\n",
+ " 5.7874 26.222 18.898 14 4 126.43 24.5 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7874 26.222 18.898 14 4 126.43 24.5 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.8062 26.222 18.898 14 7 126.43 24.5 d 0.00 0.000 0.032 \"TYPE_CHNGE\"\n",
+ " 5.8062 26.222 18.898 14 7 126.43 24.5 d 0.00 0.000 0.032 \"Start tidal lock 2\"\n",
+ " 5.8062 26.222 18.898 14 7 126.43 24.5 d 0.00 0.000 0.032 \"End Carbon Star 2\"\n",
+ " 6.1830 26.222 18.898 14 14 94.707 15.9 d 0.58 0.000 0.000 Mers(5)=0.48809 - Mers(6)=0.946468 - Mers(7)=0.0278672 - Mers(8)=0.850309 - Mers(9)=0.663251 \n",
+ " 6.1830 26.222 18.898 14 14 94.707 15.9 d 0.58 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8982 Mc\"CO\"=14.2583 type=8) -> kick 1(190) vk=498.221 vr=260.97 omega=4.16733 phi=0.776263 -> vn=212.826 ; final sep 94.7069 ecc 0.577826 (random count 5) - Runaway v=(-107.238,-189.13,-232.147) |v|=318.06 : companion v=(-108.879,-82.7767,-47.8073), |v|=144.887 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1830 26.222 18.898 14 14 94.707 15.9 d 0.58 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1830 26.222 18.898 14 14 94.707 15.9 d 0.58 0.000 0.000 \"SN\"\n",
+ " 6.1830 26.222 18.898 14 14 94.707 15.9 d 0.58 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.222 18.898 14 14 89.066 14.5 d 0.56 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "{'time': 6.1818, 'M1': 26.224, 'M2': 18.982, 'K1': 14.0, 'K2': 14.0, 'separation': 136.16}\n",
+ "System 1 has separation 136.16\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=41887 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 122.32 18.1d 0.31 0.000 0.284 Randbuf=48672 - Mers(0)=0.544718 - Mers(1)=0.608074 - Mers(2)=0.436684 - Mers(3)=0.0218377 - Mers(4)=0.187423 \n",
- " 4.1327 26.215 48.508 14 1 122.32 18.1d 0.31 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=260.504 vr=401.272 omega=1.17761 phi=-1.27416 -> vn=453.286 ; final sep 122.325 ecc 0.313759 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 122.32 18.1d 0.31 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 122.32 18.1d 0.31 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 122.32 18.1d 0.31 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 131.53 20.2d 0.31 0.000 0.191 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 137.51 21.6d 0.31 0.000 0.203 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 141.18 22.5d 0.32 0.000 0.320 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 141.18 22.5d 0.32 0.000 0.320 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 141.18 22.5d 0.32 0.000 0.320 \"END_BSS\"\n",
- " 5.7435 26.215 48.508 14 2 141.17 22.5d 0.32 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7435 26.215 48.508 14 2 126.31 19d 0.00 0.000 1.118 \"BEG_SYMB\"\n",
- " 5.7435 26.215 48.508 14 2 126.31 19d 0.00 0.000 1.118 \"Circularized\"\n",
- " 5.7458 26.215 48.248 14 2 127.94 19.4d 0.00 0.000 5.842 \"Start tidal lock 2\"\n",
- " 5.7459 26.215 48.222 14 4 128.07 19.5d 0.00 0.000 6.085 \"TYPE_CHNGE\"\n",
- " 5.7461 26.215 48.134 14 4 128.43 19.5d 0.00 0.000 6.070 \"End tidal lock 2\"\n",
- " 5.7944 26.222 27.164 14 4 180.38 38.4d 0.00 0.000 7.349 \"Start Carbon Star 2\"\n",
- " 5.7959 26.223 26.203 14 4 183.7 39.8d 0.00 0.000 7.604 \"q-inv\"\n",
- " 5.8092 26.225 19.032 14 4 213 53.5d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.8092 26.225 19.032 14 4 213 53.5d 0.00 0.000 0.992 \"END_SYMB\"\n",
- " 5.8280 26.225 19.032 14 7 212.99 53.5d 0.00 0.000 0.019 \"TYPE_CHNGE\"\n",
- " 5.8280 26.225 19.032 14 7 212.99 53.5d 0.00 0.000 0.019 \"End Carbon Star 2\"\n",
- " 6.1730 26.225 19.032 14 7 212.99 53.5d 0.00 0.000 0.019 \"Start tidal lock 2\"\n",
- " 6.1811 26.225 19.032 14 14 126.27 24.4d 0.96 0.000 0.000 Mers(5)=0.516952 - Mers(6)=0.826542 - Mers(7)=0.516366 - Mers(8)=0.533048 - Mers(9)=0.353535 \n",
- " 6.1811 26.225 19.032 14 14 126.27 24.4d 0.96 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0323 Mc\"CO\"=14.3619 type=8) -> kick 1(190) vk=382.945 vr=201.366 omega=2.22133 phi=0.0661435 -> vn=112.691 ; final sep 126.271 ecc 0.96338 (random count 5) - Runaway v=(-77.4158,67.1761,-4.79028) |v|=102.61 : companion v=(-112.124,171.919,18.0937), |v|=206.047 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1811 26.225 19.032 14 14 126.27 24.4d 0.96 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1811 26.225 19.032 14 14 126.27 24.4d 0.96 0.000 0.000 \"SN\"\n",
- " 6.1811 26.225 19.032 14 14 126.27 24.4d 0.96 0.000 0.000 \"End tidal lock 2\"\n",
- " 378.7578 26.225 19.032 14 14 0.12562 0.0184h 0.00 0.002 0.002 Contact reached R/RL = 0.00254461 0.00213787, st 14 14\n",
- " 378.7578 45.257 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.315485 - Mers(11)=0.272318 \n",
- " 378.7578 45.257 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.2573 Mc\"CO\"=45.2573,\"BH\"=45.2573 type=14) -> kick 0(0) vk=0 vr=0 omega=1.71102 phi=-0.377964 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(-112.124,171.919,18.0937) |v|=206.047 : companion v=(-77.4158,67.1761,-4.79028), |v|=102.61 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 378.7578 45.257 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 378.7578 45.257 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
- " 378.7578 45.257 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 45.257 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=81705 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 91.372 11.7 d 0.21 0.000 0.284 Randbuf=47534 - Mers(0)=0.705715 - Mers(1)=0.41996 - Mers(2)=0.33295 - Mers(3)=0.061141 - Mers(4)=0.825648 \n",
+ " 4.1327 26.215 48.508 14 1 91.372 11.7 d 0.21 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=200.694 vr=401.272 omega=5.1877 phi=-1.07108 -> vn=407.406 ; final sep 91.372 ecc 0.212034 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 91.372 11.7 d 0.21 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 91.372 11.7 d 0.21 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 91.372 11.7 d 0.21 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 99.117 13.2 d 0.21 0.000 0.254 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 104.28 14.3 d 0.21 0.000 0.267 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 107.59 15 d 0.21 0.000 0.419 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 107.59 15 d 0.21 0.000 0.419 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 107.59 15 d 0.21 0.000 0.419 \"END_BSS\"\n",
+ " 5.7428 26.215 48.508 14 2 107.59 15 d 0.21 0.000 0.816 \"Start tidal lock 2\"\n",
+ " 5.7430 26.215 48.508 14 2 107.59 15 d 0.21 0.000 0.922 \"End tidal lock 2\"\n",
+ " 5.7431 26.215 48.508 14 2 107.59 15 d 0.21 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7431 26.215 48.508 14 2 102.72 13.9 d 0.00 0.000 1.048 \"Circularized\"\n",
+ " 5.7431 26.215 48.508 14 2 102.72 13.9 d 0.00 0.000 1.048 \"BEG_SYMB\"\n",
+ " 5.7437 26.215 48.507 14 2 102.72 13.9 d 0.00 0.000 1.572 \"Start tidal lock 2\"\n",
+ " 5.7450 26.215 48.402 14 2 103.08 14 d 0.00 0.000 4.109 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.067 14 4 104.08 14.3 d 0.00 0.000 7.491 \"TYPE_CHNGE\"\n",
+ " 5.7840 26.221 27.158 14 4 145.4 27.8 d 0.00 0.000 7.139 \"Start Carbon Star 2\"\n",
+ " 5.7856 26.221 26.200 14 4 148.08 28.8 d 0.00 0.000 7.250 \"q-inv\"\n",
+ " 5.8008 26.224 18.982 14 4 171.9 38.8 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.8008 26.224 18.982 14 4 171.9 38.8 d 0.00 0.000 0.993 \"END_SYMB\"\n",
+ " 5.8205 26.224 18.982 14 7 171.9 38.8 d 0.00 0.000 0.023 \"TYPE_CHNGE\"\n",
+ " 5.8205 26.224 18.982 14 7 171.9 38.8 d 0.00 0.000 0.023 \"Start tidal lock 2\"\n",
+ " 5.8205 26.224 18.982 14 7 171.9 38.8 d 0.00 0.000 0.023 \"End Carbon Star 2\"\n",
+ " 5.9648 26.224 18.982 14 7 171.9 38.8 d 0.00 0.000 0.024 \"End tidal lock 2\"\n",
+ " 6.1135 26.224 18.982 14 7 171.9 38.8 d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
+ " 6.1818 26.224 18.982 14 14 136.16 27.4 d 0.27 0.000 0.000 Mers(5)=0.364017 - Mers(6)=0.086004 - Mers(7)=0.422436 - Mers(8)=0.514898 - Mers(9)=0.872312 \n",
+ " 6.1818 26.224 18.982 14 14 136.16 27.4 d 0.27 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9816 Mc\"CO\"=14.3228 type=8) -> kick 1(190) vk=178.117 vr=224.018 omega=5.4809 phi=0.0298011 -> vn=192.379 ; final sep 136.156 ecc 0.274206 (random count 5) - Runaway v=(163.201,-44.5885,-2.82224) |v|=169.206 : companion v=(-28.5175,-60.3752,-0.719058), |v|=66.7752 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1818 26.224 18.982 14 14 136.16 27.4 d 0.27 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1818 26.224 18.982 14 14 136.16 27.4 d 0.27 0.000 0.000 \"SN\"\n",
+ " 6.1818 26.224 18.982 14 14 136.16 27.4 d 0.27 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.224 18.982 14 14 135.8 27.3 d 0.27 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -44.099}\n",
- "System 1 has separation -44.099\n",
+ "None\n",
"system 2 / 100\n",
- "{'time': 6.1817, 'M1': 26.224, 'M2': 18.984, 'K1': 14.0, 'K2': 14.0, 'separation': -43.084}\n",
- "System 2 has separation -43.084\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -57.503}\n",
+ "System 2 has separation -57.503\n",
"system 3 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.997, 'K1': 14.0, 'K2': 14.0, 'separation': -104.5}\n",
- "System 3 has separation -104.5\n",
+ "None\n",
"system 4 / 100\n",
- "{'time': 6.1825, 'M1': 26.223, 'M2': 18.929, 'K1': 14.0, 'K2': 14.0, 'separation': 152.41}\n",
- "System 4 has separation 152.41\n",
+ "None\n",
+ "system 5 / 100\n",
+ "{'time': 6.1814, 'M1': 26.225, 'M2': 19.011, 'K1': 14.0, 'K2': 14.0, 'separation': -122.41}\n",
+ "System 5 has separation -122.41\n",
+ "system 6 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -115.04}\n",
+ "System 6 has separation -115.04\n",
+ "system 7 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -115.86}\n",
+ "System 7 has separation -115.86\n",
+ "system 8 / 100\n",
+ "{'time': 6.1824, 'M1': 26.223, 'M2': 18.936, 'K1': 14.0, 'K2': 14.0, 'separation': 74.124}\n",
+ "System 8 has separation 74.124\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=58258 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 102.08 13.8d 0.56 0.000 0.284 Randbuf=35255 - Mers(0)=0.441008 - Mers(1)=0.621594 - Mers(2)=0.219244 - Mers(3)=0.747345 - Mers(4)=0.202644 \n",
- " 4.1327 26.215 48.508 14 1 102.08 13.8d 0.56 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=280.536 vr=401.272 omega=1.27325 phi=0.517479 -> vn=427.031 ; final sep 102.085 ecc 0.55702 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 102.08 13.8d 0.56 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 102.08 13.8d 0.56 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 102.08 13.8d 0.56 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 111.74 15.8d 0.56 0.000 0.225 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 118.84 17.4d 0.56 0.000 0.235 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 101.76 13.8d 0.42 0.000 0.443 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 101.76 13.8d 0.42 0.000 0.443 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 101.76 13.8d 0.42 0.000 0.443 \"END_BSS\"\n",
- " 5.7430 26.215 48.508 14 2 101.7 13.7d 0.42 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7430 26.215 48.508 14 2 83.42 10.2d 0.00 0.000 1.220 \"BEG_SYMB\"\n",
- " 5.7430 26.215 48.508 14 2 83.42 10.2d 0.00 0.000 1.220 \"Circularized\"\n",
- " 5.7453 26.215 48.220 14 2 84.801 10.5d 0.00 0.000 6.102 \"Start tidal lock 2\"\n",
- " 5.7455 26.215 48.100 14 2 85.161 10.6d 0.00 0.000 7.194 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.865 14 4 85.756 10.7d 0.00 0.000 9.097 \"TYPE_CHNGE\"\n",
- " 5.7755 26.220 27.158 14 4 119.55 20.7d 0.00 0.000 7.690 \"Start Carbon Star 2\"\n",
- " 5.7770 26.220 26.198 14 4 121.76 21.5d 0.00 0.000 7.691 \"q-inv\"\n",
- " 5.7923 26.223 18.929 14 4 141.51 29d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.7924 26.223 18.929 14 4 141.51 29d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.8113 26.223 18.929 14 7 141.51 29d 0.00 0.000 0.028 \"TYPE_CHNGE\"\n",
- " 5.8113 26.223 18.929 14 7 141.51 29d 0.00 0.000 0.028 \"Start tidal lock 2\"\n",
- " 5.8113 26.223 18.929 14 7 141.51 29d 0.00 0.000 0.028 \"End Carbon Star 2\"\n",
- " 6.1825 26.223 18.929 14 14 152.41 32.4d 0.22 0.000 0.000 Mers(5)=0.492945 - Mers(6)=0.0657235 - Mers(7)=0.113089 - Mers(8)=0.186282 - Mers(9)=0.753312 \n",
- " 6.1825 26.223 18.929 14 14 152.41 32.4d 0.22 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9294 Mc\"CO\"=14.2824 type=8) -> kick 1(190) vk=70.1057 vr=246.757 omega=4.7332 phi=-0.678256 -> vn=255.428 ; final sep 152.41 ecc 0.2248 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1825 26.223 18.929 14 14 152.41 32.4d 0.22 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1825 26.223 18.929 14 14 152.41 32.4d 0.22 0.000 0.000 \"SN\"\n",
- " 6.1825 26.223 18.929 14 14 152.41 32.4d 0.22 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.223 18.929 14 14 152.19 32.4d 0.22 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=27025 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 93.887 12.2 d 0.48 0.000 0.284 Randbuf=22936 - Mers(0)=0.0572914 - Mers(1)=0.50682 - Mers(2)=0.836621 - Mers(3)=0.272943 - Mers(4)=0.792721 \n",
+ " 4.1327 26.215 48.508 14 1 93.887 12.2 d 0.48 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=229.468 vr=401.272 omega=4.98081 phi=-0.471379 -> vn=412.505 ; final sep 93.8875 ecc 0.48046 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 93.887 12.2 d 0.48 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 93.887 12.2 d 0.48 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 93.887 12.2 d 0.48 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 102.65 13.9 d 0.48 0.000 0.245 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 109.05 15.3 d 0.48 0.000 0.256 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 98.658 13.1 d 0.37 0.000 0.457 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 98.658 13.1 d 0.37 0.000 0.457 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 98.658 13.1 d 0.37 0.000 0.457 \"END_BSS\"\n",
+ " 5.7430 26.215 48.508 14 2 98.637 13.1 d 0.37 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7430 26.215 48.508 14 2 85.48 10.6 d 0.00 0.000 1.155 \"BEG_SYMB\"\n",
+ " 5.7430 26.215 48.508 14 2 85.48 10.6 d 0.00 0.000 1.155 \"Circularized\"\n",
+ " 5.7453 26.215 48.223 14 2 86.768 10.8 d 0.00 0.000 6.077 \"Start tidal lock 2\"\n",
+ " 5.7456 26.215 48.099 14 2 87.146 10.9 d 0.00 0.000 7.195 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.891 14 4 87.691 11 d 0.00 0.000 8.896 \"TYPE_CHNGE\"\n",
+ " 5.7764 26.220 27.151 14 4 122.34 21.4 d 0.00 0.000 7.593 \"Start Carbon Star 2\"\n",
+ " 5.7779 26.220 26.200 14 4 124.58 22.2 d 0.00 0.000 7.604 \"q-inv\"\n",
+ " 5.7933 26.223 18.936 14 4 144.78 30 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7934 26.223 18.936 14 4 144.78 30 d 0.00 0.000 0.991 \"END_SYMB\"\n",
+ " 5.8123 26.223 18.936 14 7 144.78 30 d 0.00 0.000 0.028 \"TYPE_CHNGE\"\n",
+ " 5.8123 26.223 18.936 14 7 144.78 30 d 0.00 0.000 0.028 \"Start tidal lock 2\"\n",
+ " 5.8123 26.223 18.936 14 7 144.78 30 d 0.00 0.000 0.028 \"End Carbon Star 2\"\n",
+ " 6.1824 26.223 18.936 14 14 74.124 11 d 0.96 0.000 0.000 Mers(5)=0.114678 - Mers(6)=0.647161 - Mers(7)=0.438686 - Mers(8)=0.118229 - Mers(9)=0.734534 \n",
+ " 6.1824 26.223 18.936 14 14 74.124 11 d 0.96 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9357 Mc\"CO\"=14.2873 type=8) -> kick 1(190) vk=274.407 vr=243.973 omega=4.61521 phi=-0.86878 -> vn=52.7731 ; final sep 74.1237 ecc 0.956619 (random count 5) - Runaway v=(10.1468,-65.7748,107.888) |v|=126.764 : companion v=(-26.5528,-79.8577,72.6765), |v|=111.194 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1824 26.223 18.936 14 14 74.124 11 d 0.96 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1824 26.223 18.936 14 14 74.124 11 d 0.96 0.000 0.000 \"SN\"\n",
+ " 6.1824 26.223 18.936 14 14 74.124 11 d 0.96 0.000 0.000 \"End tidal lock 2\"\n",
+ " 83.5556 26.223 18.936 14 14 0.11376 0.0159 h 0.00 0.002 0.002 Contact reached R/RL = 0.00303761 0.00254512, st 14 14\n",
+ " 83.5556 45.159 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.332091 - Mers(11)=0.703545 \n",
+ " 83.5556 45.159 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.1586 Mc\"CO\"=45.1586,\"BH\"=45.1586 type=14) -> kick 0(0) vk=0 vr=0 omega=4.4205 phi=-0.342474 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(-26.5528,-79.8577,72.6765) |v|=111.194 : companion v=(10.1468,-65.7748,107.888), |v|=126.764 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 83.5556 45.159 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 83.5556 45.159 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 83.5556 45.159 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 45.159 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -40.433}\n",
- "System 1 has separation -40.433\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -232.96}\n",
+ "System 1 has separation -232.96\n",
"system 2 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -98.608}\n",
+ "System 2 has separation -98.608\n",
"system 3 / 100\n",
- "{'time': 6.1814, 'M1': 26.225, 'M2': 19.01, 'K1': 14.0, 'K2': 14.0, 'separation': -123.96}\n",
- "System 3 has separation -123.96\n",
+ "None\n",
"system 4 / 100\n",
- "{'time': 6.1817, 'M1': 26.224, 'M2': 18.988, 'K1': 14.0, 'K2': 14.0, 'separation': 801.84}\n",
- "System 4 has separation 801.84\n",
+ "{'time': 6.1851, 'M1': 26.242, 'M2': 18.754, 'K1': 14.0, 'K2': 14.0, 'separation': -137.17}\n",
+ "System 4 has separation -137.17\n",
+ "system 5 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -63.828}\n",
+ "System 5 has separation -63.828\n",
+ "system 6 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -133.92}\n",
+ "System 6 has separation -133.92\n",
+ "system 7 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -204.5}\n",
+ "System 7 has separation -204.5\n",
+ "system 8 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -113.45}\n",
+ "System 8 has separation -113.45\n",
+ "system 9 / 100\n",
+ "{'time': 6.1812, 'M1': 26.225, 'M2': 19.022, 'K1': 14.0, 'K2': 14.0, 'separation': -37.036}\n",
+ "System 9 has separation -37.036\n",
+ "system 10 / 100\n",
+ "{'time': 6.1812, 'M1': 26.225, 'M2': 19.024, 'K1': 14.0, 'K2': 14.0, 'separation': 106.6}\n",
+ "System 10 has separation 106.6\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=7459 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 108.3 15.1d 0.42 0.000 0.284 Randbuf=15193 - Mers(0)=0.164223 - Mers(1)=0.317691 - Mers(2)=0.350601 - Mers(3)=0.539952 - Mers(4)=0.252083 \n",
- " 4.1327 26.215 48.508 14 1 108.3 15.1d 0.42 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=166.162 vr=401.272 omega=1.58389 phi=0.0799884 -> vn=436.313 ; final sep 108.297 ecc 0.415353 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 108.3 15.1d 0.42 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 108.3 15.1d 0.42 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 108.3 15.1d 0.42 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 117.35 17d 0.42 0.000 0.215 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 123.38 18.4d 0.42 0.000 0.226 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 127.6 19.3d 0.42 0.000 0.354 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 127.6 19.3d 0.42 0.000 0.354 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 127.6 19.3d 0.42 0.000 0.354 \"END_BSS\"\n",
- " 5.7433 26.215 48.508 14 2 127.51 19.3d 0.42 0.000 0.974 \"Start tidal lock 2\"\n",
- " 5.7433 26.215 48.508 14 2 127.49 19.3d 0.42 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7433 26.215 48.508 14 2 104.74 14.4d 0.00 0.000 1.218 \"BEG_SYMB\"\n",
- " 5.7433 26.215 48.508 14 2 104.74 14.4d 0.00 0.000 1.218 \"End tidal lock 2\"\n",
- " 5.7433 26.215 48.508 14 2 104.74 14.4d 0.00 0.000 1.218 \"Circularized\"\n",
- " 5.7453 26.215 48.332 14 2 105.51 14.5d 0.00 0.000 4.957 \"Start tidal lock 2\"\n",
- " 5.7457 26.215 48.206 14 2 105.97 14.6d 0.00 0.000 6.242 \"End tidal lock 2\"\n",
- " 5.7459 26.215 48.085 14 4 106.37 14.7d 0.00 0.000 7.329 \"TYPE_CHNGE\"\n",
- " 5.7851 26.221 27.148 14 4 149.02 28.8d 0.00 0.000 7.119 \"Start Carbon Star 2\"\n",
- " 5.7868 26.221 26.202 14 4 151.73 29.9d 0.00 0.000 7.243 \"q-inv\"\n",
- " 5.8018 26.224 18.988 14 4 176.12 40.3d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.8018 26.224 18.988 14 4 176.12 40.3d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8208 26.224 18.988 14 7 176.12 40.3d 0.00 0.000 0.023 \"TYPE_CHNGE\"\n",
- " 5.8208 26.224 18.988 14 7 176.12 40.3d 0.00 0.000 0.023 \"Start tidal lock 2\"\n",
- " 5.8208 26.224 18.988 14 7 176.12 40.3d 0.00 0.000 0.023 \"End Carbon Star 2\"\n",
- " 5.9432 26.224 18.988 14 7 176.12 40.3d 0.00 0.000 0.024 \"End tidal lock 2\"\n",
- " 6.1268 26.224 18.988 14 7 176.12 40.3d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
- " 6.1817 26.224 18.988 14 14 801.84 1.07y 0.80 0.000 0.000 Mers(5)=0.00660564 - Mers(6)=0.4715 - Mers(7)=0.53471 - Mers(8)=0.997044 - Mers(9)=0.57582 \n",
- " 6.1817 26.224 18.988 14 14 801.84 1.07y 0.80 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9877 Mc\"CO\"=14.3275 type=8) -> kick 1(190) vk=614.896 vr=221.336 omega=3.61798 phi=1.462 -> vn=295.328 ; final sep 801.845 ecc 0.798228 (random count 5) - Runaway v=(-354.452,33.1463,-225.473) |v|=421.394 : companion v=(-139.003,-46.1691,-39.7048), |v|=151.756 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1817 26.224 18.988 14 14 801.84 1.07y 0.80 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1817 26.224 18.988 14 14 801.84 1.07y 0.80 0.000 0.000 \"SN\"\n",
- " 6.1817 26.224 18.988 14 14 801.84 1.07y 0.80 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.224 18.988 14 14 801.73 1.07y 0.80 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=66016 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 111.59 15.8 d 0.22 0.000 0.284 Randbuf=65976 - Mers(0)=0.420182 - Mers(1)=0.0755737 - Mers(2)=0.70235 - Mers(3)=0.0772781 - Mers(4)=0.362601 \n",
+ " 4.1327 26.215 48.508 14 1 111.59 15.8 d 0.22 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=90.147 vr=401.272 omega=2.27829 phi=-1.0074 -> vn=440.747 ; final sep 111.593 ecc 0.221832 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 111.59 15.8 d 0.22 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 111.59 15.8 d 0.22 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 111.59 15.8 d 0.22 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 120.15 17.6 d 0.22 0.000 0.210 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 125.73 18.9 d 0.22 0.000 0.222 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 129.35 19.7 d 0.23 0.000 0.349 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 129.35 19.7 d 0.23 0.000 0.349 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 129.35 19.7 d 0.23 0.000 0.349 \"END_BSS\"\n",
+ " 5.7433 26.215 48.508 14 2 129.35 19.7 d 0.23 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7433 26.215 48.508 14 2 122.39 18.1 d 0.00 0.000 1.057 \"BEG_SYMB\"\n",
+ " 5.7433 26.215 48.508 14 2 122.39 18.1 d 0.00 0.000 1.057 \"Circularized\"\n",
+ " 5.7455 26.215 48.338 14 2 123.26 18.4 d 0.00 0.000 4.899 \"Start tidal lock 2\"\n",
+ " 5.7459 26.215 48.215 14 2 123.79 18.5 d 0.00 0.000 6.158 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.201 14 4 123.85 18.5 d 0.00 0.000 6.293 \"TYPE_CHNGE\"\n",
+ " 5.7927 26.222 27.148 14 4 174.1 36.4 d 0.00 0.000 7.255 \"Start Carbon Star 2\"\n",
+ " 5.7942 26.222 26.220 14 4 177.19 37.7 d 0.00 0.000 7.478 \"q-inv\"\n",
+ " 5.8079 26.225 19.024 14 4 205.56 50.7 d 0.00 0.000 0.995 \"END_SYMB\"\n",
+ " 5.8079 26.225 19.024 14 4 205.56 50.7 d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
+ " 5.8268 26.225 19.024 14 7 205.56 50.7 d 0.00 0.000 0.020 \"TYPE_CHNGE\"\n",
+ " 5.8268 26.225 19.024 14 7 205.56 50.7 d 0.00 0.000 0.020 \"End Carbon Star 2\"\n",
+ " 6.1674 26.225 19.024 14 7 205.56 50.7 d 0.00 0.000 0.020 \"Start tidal lock 2\"\n",
+ " 6.1812 26.225 19.024 14 14 106.6 18.9 d 0.93 0.000 0.000 Mers(5)=0.0701913 - Mers(6)=0.836783 - Mers(7)=0.398419 - Mers(8)=0.681487 - Mers(9)=0.392487 \n",
+ " 6.1812 26.225 19.024 14 14 106.6 18.9 d 0.93 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0245 Mc\"CO\"=14.3559 type=8) -> kick 1(190) vk=425.653 vr=204.957 omega=2.46607 phi=0.371458 -> vn=54.8708 ; final sep 106.6 ecc 0.930943 (random count 5) - Runaway v=(-114.781,98.306,21.7267) |v|=152.679 : companion v=(-157.703,108.601,54.3231), |v|=199.036 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1812 26.225 19.024 14 14 106.6 18.9 d 0.93 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1812 26.225 19.024 14 14 106.6 18.9 d 0.93 0.000 0.000 \"SN\"\n",
+ " 6.1812 26.225 19.024 14 14 106.6 18.9 d 0.93 0.000 0.000 \"End tidal lock 2\"\n",
+ " 1473.7324 26.225 19.024 14 14 0.12495 0.0182 h 0.00 0.002 0.002 Contact reached R/RL = 0.00256681 0.00215604, st 14 14\n",
+ " 1473.7324 45.249 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.738524 - Mers(11)=0.014832 \n",
+ " 1473.7324 45.249 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.2493 Mc\"CO\"=45.2493,\"BH\"=45.2493 type=14) -> kick 0(0) vk=0 vr=0 omega=0.0931922 phi=0.497294 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(-157.703,108.601,54.3231) |v|=199.036 : companion v=(-114.781,98.306,21.7267), |v|=152.679 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 1473.7324 45.249 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 1473.7324 45.249 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 1473.7324 45.249 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 45.249 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -61.465}\n",
- "System 1 has separation -61.465\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -212.93}\n",
+ "System 1 has separation -212.93\n",
"system 2 / 100\n",
- "{'time': 6.1837, 'M1': 26.221, 'M2': 18.851, 'K1': 14.0, 'K2': 14.0, 'separation': -50.425}\n",
- "System 2 has separation -50.425\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -29.014}\n",
+ "System 2 has separation -29.014\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -715.51}\n",
- "System 3 has separation -715.51\n",
+ "None\n",
"system 4 / 100\n",
- "{'time': 6.1806, 'M1': 26.226, 'M2': 19.068, 'K1': 14.0, 'K2': 14.0, 'separation': -83.475}\n",
- "System 4 has separation -83.475\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -30.542}\n",
+ "System 4 has separation -30.542\n",
"system 5 / 100\n",
- "{'time': 6.1818, 'M1': 26.224, 'M2': 18.983, 'K1': 14.0, 'K2': 14.0, 'separation': -134.35}\n",
- "System 5 has separation -134.35\n",
+ "None\n",
"system 6 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -118.2}\n",
- "System 6 has separation -118.2\n",
+ "{'time': 6.1822, 'M1': 26.223, 'M2': 18.95, 'K1': 14.0, 'K2': 14.0, 'separation': -259.92}\n",
+ "System 6 has separation -259.92\n",
"system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -288.33}\n",
- "System 7 has separation -288.33\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -475.72}\n",
+ "System 7 has separation -475.72\n",
"system 8 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -34.485}\n",
- "System 8 has separation -34.485\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -68.595}\n",
+ "System 8 has separation -68.595\n",
"system 9 / 100\n",
"None\n",
"system 10 / 100\n",
- "{'time': 6.1825, 'M1': 26.223, 'M2': 18.927, 'K1': 14.0, 'K2': 14.0, 'separation': -80.558}\n",
- "System 10 has separation -80.558\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -115.81}\n",
+ "System 10 has separation -115.81\n",
"system 11 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -84.793}\n",
- "System 11 has separation -84.793\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -70.672}\n",
+ "System 11 has separation -70.672\n",
"system 12 / 100\n",
- "None\n",
+ "{'time': 6.1813, 'M1': 26.225, 'M2': 19.018, 'K1': 14.0, 'K2': 14.0, 'separation': -40.749}\n",
+ "System 12 has separation -40.749\n",
"system 13 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -46.375}\n",
+ "System 13 has separation -46.375\n",
"system 14 / 100\n",
- "{'time': 6.1913, 'M1': 26.273, 'M2': 18.414, 'K1': 14.0, 'K2': 14.0, 'separation': 123.31}\n",
- "System 14 has separation 123.31\n",
+ "{'time': 6.1818, 'M1': 26.224, 'M2': 18.976, 'K1': 14.0, 'K2': 14.0, 'separation': -67.906}\n",
+ "System 14 has separation -67.906\n",
+ "system 15 / 100\n",
+ "None\n",
+ "system 16 / 100\n",
+ "None\n",
+ "system 17 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -133.44}\n",
+ "System 17 has separation -133.44\n",
+ "system 18 / 100\n",
+ "{'time': 6.1838, 'M1': 26.221, 'M2': 18.844, 'K1': 14.0, 'K2': 14.0, 'separation': -36.664}\n",
+ "System 18 has separation -36.664\n",
+ "system 19 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -68.017}\n",
+ "System 19 has separation -68.017\n",
+ "system 20 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -67.196}\n",
+ "System 20 has separation -67.196\n",
+ "system 21 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -179.29}\n",
+ "System 21 has separation -179.29\n",
+ "system 22 / 100\n",
+ "{'time': 6.184, 'M1': 26.221, 'M2': 18.826, 'K1': 14.0, 'K2': 14.0, 'separation': -47.792}\n",
+ "System 22 has separation -47.792\n",
+ "system 23 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -49.033}\n",
+ "System 23 has separation -49.033\n",
+ "system 24 / 100\n",
+ "{'time': 6.1823, 'M1': 26.223, 'M2': 18.941, 'K1': 14.0, 'K2': 14.0, 'separation': -152.55}\n",
+ "System 24 has separation -152.55\n",
+ "system 25 / 100\n",
+ "None\n",
+ "system 26 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -23.204}\n",
+ "System 26 has separation -23.204\n",
+ "system 27 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -1099.3}\n",
+ "System 27 has separation -1099.3\n",
+ "system 28 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -48.989}\n",
+ "System 28 has separation -48.989\n",
+ "system 29 / 100\n",
+ "{'time': 6.1834, 'M1': 26.221, 'M2': 18.868, 'K1': 14.0, 'K2': 14.0, 'separation': 59.203}\n",
+ "System 29 has separation 59.203\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=16717 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 61.871 6.52d 0.71 0.000 0.284 Randbuf=41879 - Mers(0)=0.296063 - Mers(1)=0.400038 - Mers(2)=0.945387 - Mers(3)=0.258846 - Mers(4)=0.996913 \n",
- " 4.1327 26.215 48.508 14 1 61.871 6.52d 0.71 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=241.879 vr=401.272 omega=6.26379 phi=-0.503288 -> vn=302.602 ; final sep 61.871 ecc 0.713076 (random count 0) - Runaway v=(237.493,122.196,1.33098) |v|=267.089 : companion v=(2.34571,-68.2584,0.503591), |v|=68.3005 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 61.871 6.52d 0.71 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 61.871 6.52d 0.71 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 61.871 6.52d 0.71 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 70.877 7.99d 0.71 0.000 0.355 \"END_SYMB\"\n",
- " 4.4231 26.215 48.508 14 1 40.775 3.49d 0.19 0.000 0.670 \"BEG_BSS \"\n",
- " 4.4581 26.215 48.508 14 1 40.018 3.39d 0.12 0.000 0.690 \"Start tidal lock 2\"\n",
- " 4.9598 26.215 48.508 14 1 39.243 3.29d 0.00 0.000 0.858 \"Circularized\"\n",
- " 5.2187 26.215 48.508 14 1 38.942 3.26d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.2195 26.215 48.508 14 1 38.941 3.26d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7430 26.269 47.832 14 2 39.407 3.33d 0.00 0.000 1.138 \"OFF_MS\"\n",
- " 5.7430 26.269 47.832 14 2 39.407 3.33d 0.00 0.000 1.138 \"TYPE_CHNGE\"\n",
- " 5.7430 26.269 47.832 14 2 39.407 3.33d 0.00 0.000 1.138 \"END_BSS\"\n",
- " 5.7430 26.269 47.832 14 2 39.407 3.33d 0.00 0.000 1.138 \"End tidal lock 2\"\n",
- " 5.7456 26.270 47.460 14 2 40.516 3.48d 0.00 0.000 6.821 \"Start tidal lock 2\"\n",
- " 5.7459 26.270 47.323 14 2 40.713 3.51d 0.00 0.000 7.949 \"End tidal lock 2\"\n",
- " 5.7471 26.270 45.899 14 4 41.954 3.7d 0.00 0.000 17.785 \"TYPE_CHNGE\"\n",
- " 5.7589 26.272 27.121 14 4 56.425 6.71d 0.00 0.000 14.035 \"Start Carbon Star 2\"\n",
- " 5.7595 26.272 26.263 14 4 57.513 6.97d 0.00 0.000 13.789 \"q-inv\"\n",
- " 5.7689 26.273 18.414 14 4 67.693 9.65d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
- " 5.7689 26.273 18.414 14 4 67.693 9.65d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.7854 26.273 18.414 14 7 67.692 9.65d 0.00 0.000 0.058 \"TYPE_CHNGE\"\n",
- " 5.7854 26.273 18.414 14 7 67.692 9.65d 0.00 0.000 0.058 \"End Carbon Star 2\"\n",
- " 5.9144 26.273 18.414 14 7 67.692 9.65d 0.00 0.000 0.060 \"Start tidal lock 2\"\n",
- " 6.1501 26.273 18.414 14 7 67.692 9.65d 0.00 0.000 0.060 \"End tidal lock 2\"\n",
- " 6.1909 26.273 18.414 14 8 67.692 9.65d 0.00 0.000 0.058 \"TYPE_CHNGE\"\n",
- " 6.1913 26.273 18.414 14 14 123.31 23.7d 0.45 0.000 0.000 Mers(5)=0.84978 - Mers(6)=0.388967 - Mers(7)=0.726 - Mers(8)=0.996221 - Mers(9)=0.28306 \n",
- " 6.1913 26.273 18.414 14 14 123.31 23.7d 0.45 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.4136 Mc\"CO\"=13.8837 type=8) -> kick 1(190) vk=229.556 vr=354.935 omega=1.77852 phi=1.44778 -> vn=427.55 ; final sep 123.306 ecc 0.454681 (random count 5) - Runaway v=(2.34571,-68.2584,0.503591) |v|=68.3005 : companion v=(237.493,122.196,1.33098), |v|=267.089 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1913 26.273 18.414 14 14 123.31 23.7d 0.45 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1913 26.273 18.414 14 14 123.31 23.7d 0.45 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.273 18.414 14 14 122.24 23.4d 0.45 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=13267 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 65.683 7.13 d 0.41 0.000 0.284 Randbuf=19393 - Mers(0)=0.965167 - Mers(1)=0.024684 - Mers(2)=0.612281 - Mers(3)=0.280749 - Mers(4)=0.106545 \n",
+ " 4.1327 26.215 48.508 14 1 65.683 7.13 d 0.41 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=128.201 vr=401.272 omega=0.669442 phi=-0.453932 -> vn=323.952 ; final sep 65.6834 ecc 0.405068 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 65.683 7.13 d 0.41 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 65.683 7.13 d 0.41 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 65.683 7.13 d 0.41 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 72.739 8.31 d 0.41 0.000 0.346 \"END_SYMB\"\n",
+ " 4.4256 26.215 48.508 14 1 79.907 9.57 d 0.42 0.000 0.342 \"BEG_BSS \"\n",
+ " 5.5366 26.215 48.508 14 1 67.959 7.51 d 0.12 0.000 0.737 \"Start tidal lock 2\"\n",
+ " 5.7418 26.215 48.508 14 2 67.04 7.35 d 0.00 0.000 0.673 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 67.04 7.35 d 0.00 0.000 0.673 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 67.04 7.35 d 0.00 0.000 0.673 \"END_BSS\"\n",
+ " 5.7418 26.215 48.508 14 2 67.04 7.35 d 0.00 0.000 0.673 \"End tidal lock 2\"\n",
+ " 5.7423 26.215 48.508 14 2 67.042 7.35 d 0.00 0.000 0.950 \"Start tidal lock 2\"\n",
+ " 5.7424 26.215 48.508 14 2 67.042 7.35 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7424 26.215 48.508 14 2 67.042 7.35 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7424 26.215 48.508 14 2 67.042 7.35 d 0.00 0.000 1.001 \"Circularized\"\n",
+ " 5.7427 26.215 48.508 14 2 67.042 7.35 d 0.00 0.000 1.202 \"End tidal lock 2\"\n",
+ " 5.7448 26.215 48.291 14 2 67.653 7.47 d 0.00 0.000 5.400 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.158 14 2 67.971 7.52 d 0.00 0.000 6.688 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.570 14 4 69.005 7.73 d 0.00 0.000 11.316 \"TYPE_CHNGE\"\n",
+ " 5.7679 26.219 27.159 14 4 95.503 14.8 d 0.00 0.000 9.036 \"Start Carbon Star 2\"\n",
+ " 5.7691 26.219 26.196 14 4 97.272 15.3 d 0.00 0.000 8.944 \"q-inv\"\n",
+ " 5.7828 26.221 18.868 14 4 113.21 20.8 d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
+ " 5.7828 26.221 18.868 14 4 113.21 20.8 d 0.00 0.000 0.994 \"END_SYMB\"\n",
+ " 5.8013 26.221 18.868 14 7 113.21 20.8 d 0.00 0.000 0.035 \"TYPE_CHNGE\"\n",
+ " 5.8013 26.221 18.868 14 7 113.21 20.8 d 0.00 0.000 0.035 \"Start tidal lock 2\"\n",
+ " 5.8013 26.221 18.868 14 7 113.21 20.8 d 0.00 0.000 0.035 \"End Carbon Star 2\"\n",
+ " 6.1786 26.221 18.868 14 7 113.21 20.8 d 0.00 0.000 0.035 \"End tidal lock 2\"\n",
+ " 6.1834 26.221 18.868 14 14 59.203 7.86 d 0.94 0.000 0.000 Mers(5)=0.12741 - Mers(6)=0.970206 - Mers(7)=0.0192009 - Mers(8)=0.748832 - Mers(9)=0.618445 \n",
+ " 6.1834 26.221 18.868 14 14 59.203 7.86 d 0.94 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8683 Mc\"CO\"=14.2352 type=8) -> kick 1(190) vk=554.664 vr=275.691 omega=3.88581 phi=0.520903 -> vn=81.6764 ; final sep 59.2029 ecc 0.936762 (random count 5) - Runaway v=(-194.182,-161.067,-111.366) |v|=275.774 : companion v=(-153.876,-118.606,-54.414), |v|=201.757 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1834 26.221 18.868 14 14 59.203 7.86 d 0.94 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1834 26.221 18.868 14 14 59.203 7.86 d 0.94 0.000 0.000 \"SN\"\n",
+ " 112.8805 26.221 18.868 14 14 0.11707 0.0166 h 0.00 0.002 0.002 Contact reached R/RL = 0.00286793 0.00239838, st 14 14\n",
+ " 112.8805 45.090 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.985359 - Mers(11)=0.790941 \n",
+ " 112.8805 45.090 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.0896 Mc\"CO\"=45.0896,\"BH\"=45.0896 type=14) -> kick 0(0) vk=0 vr=0 omega=4.96963 phi=1.3282 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(-153.876,-118.606,-54.414) |v|=201.757 : companion v=(-194.182,-161.067,-111.366), |v|=275.774 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 112.8805 45.090 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 112.8805 45.090 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 112.8805 45.090 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 45.090 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1808, 'M1': 26.225, 'M2': 19.059, 'K1': 14.0, 'K2': 14.0, 'separation': -220.92}\n",
- "System 1 has separation -220.92\n",
+ "{'time': 6.1923, 'M1': 26.276, 'M2': 18.361, 'K1': 14.0, 'K2': 14.0, 'separation': -31.972}\n",
+ "System 1 has separation -31.972\n",
"system 2 / 100\n",
- "None\n",
+ "{'time': 6.181, 'M1': 26.225, 'M2': 19.043, 'K1': 14.0, 'K2': 14.0, 'separation': -218.21}\n",
+ "System 2 has separation -218.21\n",
"system 3 / 100\n",
- "{'time': 6.1853, 'M1': 26.245, 'M2': 18.741, 'K1': 14.0, 'K2': 14.0, 'separation': 75.049}\n",
- "System 3 has separation 75.049\n",
+ "None\n",
+ "system 4 / 100\n",
+ "{'time': 6.192, 'M1': 26.276, 'M2': 18.376, 'K1': 14.0, 'K2': 14.0, 'separation': 36.797}\n",
+ "System 4 has separation 36.797\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=84471 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 57.347 5.82d 0.59 0.000 0.284 Randbuf=47138 - Mers(0)=0.920378 - Mers(1)=0.103649 - Mers(2)=0.260274 - Mers(3)=0.337749 - Mers(4)=0.923231 \n",
- " 4.1327 26.215 48.508 14 1 57.347 5.82d 0.59 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=176.783 vr=401.272 omega=5.80083 phi=-0.330485 -> vn=270.896 ; final sep 57.3466 ecc 0.594904 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 57.347 5.82d 0.59 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 57.347 5.82d 0.59 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 57.347 5.82d 0.59 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 64.887 7d 0.59 0.000 0.388 \"END_SYMB\"\n",
- " 4.4939 26.215 48.508 14 1 63.077 6.71d 0.51 0.000 0.443 \"BEG_BSS \"\n",
- " 4.8795 26.215 48.508 14 1 47.765 4.42d 0.12 0.000 0.679 \"Start tidal lock 2\"\n",
- " 5.3569 26.215 48.508 14 1 46.659 4.27d 0.00 0.000 0.920 \"Circularized\"\n",
- " 5.4544 26.215 48.508 14 1 46.465 4.24d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.4553 26.215 48.508 14 1 46.465 4.24d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7419 26.240 48.416 14 1 46.477 4.25d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.7419 26.240 48.416 14 2 46.477 4.25d 0.00 0.000 0.970 \"OFF_MS\"\n",
- " 5.7419 26.240 48.416 14 2 46.477 4.25d 0.00 0.000 0.970 \"TYPE_CHNGE\"\n",
- " 5.7419 26.240 48.416 14 2 46.477 4.25d 0.00 0.000 0.970 \"END_SYMB\"\n",
- " 5.7419 26.240 48.416 14 2 46.477 4.25d 0.00 0.000 0.970 \"END_BSS\"\n",
- " 5.7419 26.240 48.416 14 2 46.477 4.25d 0.00 0.000 0.970 \"End tidal lock 2\"\n",
- " 5.7420 26.240 48.416 14 2 46.51 4.25d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7420 26.240 48.416 14 2 46.51 4.25d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
- " 5.7447 26.240 48.070 14 2 47.803 4.44d 0.00 0.000 6.647 \"Start tidal lock 2\"\n",
- " 5.7450 26.240 47.933 14 2 48.032 4.48d 0.00 0.000 7.815 \"End tidal lock 2\"\n",
- " 5.7460 26.240 46.832 14 4 49.228 4.68d 0.00 0.000 15.791 \"TYPE_CHNGE\"\n",
- " 5.7602 26.243 27.158 14 4 67.271 8.74d 0.00 0.000 12.341 \"Start Carbon Star 2\"\n",
- " 5.7610 26.243 26.226 14 4 68.478 9.06d 0.00 0.000 12.150 \"q-inv\"\n",
- " 5.7713 26.245 18.741 14 4 79.96 12.3d 0.00 0.000 0.994 \"END_RCHE 2!>1\"\n",
- " 5.7713 26.245 18.741 14 4 79.96 12.3d 0.00 0.000 0.987 \"END_SYMB\"\n",
- " 5.7885 26.245 18.741 14 7 79.958 12.3d 0.00 0.000 0.050 \"TYPE_CHNGE\"\n",
- " 5.7885 26.245 18.741 14 7 79.958 12.3d 0.00 0.000 0.050 \"End Carbon Star 2\"\n",
- " 5.8854 26.245 18.741 14 7 79.958 12.3d 0.00 0.000 0.051 \"Start tidal lock 2\"\n",
- " 6.1540 26.245 18.741 14 7 79.958 12.3d 0.00 0.000 0.051 \"End tidal lock 2\"\n",
- " 6.1853 26.245 18.741 14 14 75.049 11.2d 0.84 0.000 0.000 Mers(5)=0.555396 - Mers(6)=0.563527 - Mers(7)=0.661441 - Mers(8)=0.276656 - Mers(9)=0.113152 \n",
- " 6.1853 26.245 18.741 14 14 75.049 11.2d 0.84 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.7412 Mc\"CO\"=14.1369 type=8) -> kick 1(190) vk=270.706 vr=327.666 omega=0.710956 phi=-0.46306 -> vn=316.767 ; final sep 75.0487 ecc 0.840946 (random count 5) - Runaway v=(184.588,221.113,-47.5552) |v|=291.934 : companion v=(14.6649,-45.034,-22.389), |v|=52.3869 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1853 26.245 18.741 14 14 75.049 11.2d 0.84 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1853 26.245 18.741 14 14 75.049 11.2d 0.84 0.000 0.000 \"SN\"\n",
- " 4281.8299 26.245 18.741 14 14 0.12636 0.0186h 0.00 0.002 0.002 Contact reached R/RL = 0.00250507 0.00208623, st 14 14\n",
- " 4281.8299 44.986 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.818661 - Mers(11)=0.432552 \n",
- " 4281.8299 44.986 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=44.9858 Mc\"CO\"=44.9858,\"BH\"=44.9858 type=14) -> kick 0(0) vk=0 vr=0 omega=2.7178 phi=0.691017 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(14.6649,-45.034,-22.389) |v|=52.3869 : companion v=(184.588,221.113,-47.5552), |v|=291.934 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4281.8299 44.986 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 4281.8299 44.986 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
- " 4281.8299 44.986 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 44.986 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=57739 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 58.618 6.01 d 0.70 0.000 0.284 Randbuf=8140 - Mers(0)=0.645763 - Mers(1)=0.309361 - Mers(2)=0.0877243 - Mers(3)=0.351532 - Mers(4)=0.959422 \n",
+ " 4.1327 26.215 48.508 14 1 58.618 6.01 d 0.70 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=236.659 vr=401.272 omega=6.02823 phi=-0.301483 -> vn=280.674 ; final sep 58.6181 ecc 0.698517 (random count 0) - Runaway v=(231.942,80.9927,10.4807) |v|=245.9 : companion v=(-1.58504,-74.571,3.914), |v|=74.6905 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 58.618 6.01 d 0.70 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 58.618 6.01 d 0.70 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 58.618 6.01 d 0.70 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 67.208 7.38 d 0.70 0.000 0.375 \"END_SYMB\"\n",
+ " 4.4243 26.215 48.508 14 1 39.533 3.33 d 0.11 0.000 0.692 \"BEG_BSS \"\n",
+ " 4.4243 26.215 48.508 14 1 39.533 3.33 d 0.11 0.000 0.692 \"Start tidal lock 2\"\n",
+ " 4.9264 26.215 48.508 14 1 38.798 3.24 d 0.00 0.000 0.854 \"Circularized\"\n",
+ " 5.2005 26.215 48.508 14 1 38.491 3.2 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.2014 26.215 48.508 14 1 38.491 3.2 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7431 26.271 47.761 14 2 39.001 3.28 d 0.00 0.000 1.149 \"OFF_MS\"\n",
+ " 5.7431 26.271 47.761 14 2 39.001 3.28 d 0.00 0.000 1.149 \"TYPE_CHNGE\"\n",
+ " 5.7431 26.271 47.761 14 2 39.001 3.28 d 0.00 0.000 1.149 \"END_BSS\"\n",
+ " 5.7431 26.271 47.761 14 2 39.001 3.28 d 0.00 0.000 1.149 \"End tidal lock 2\"\n",
+ " 5.7458 26.272 47.387 14 2 40.097 3.43 d 0.00 0.000 6.828 \"Start tidal lock 2\"\n",
+ " 5.7460 26.272 47.250 14 2 40.293 3.45 d 0.00 0.000 7.952 \"End tidal lock 2\"\n",
+ " 5.7472 26.272 45.806 14 4 41.535 3.65 d 0.00 0.000 17.875 \"TYPE_CHNGE\"\n",
+ " 5.7589 26.274 27.121 14 4 55.778 6.6 d 0.00 0.000 14.122 \"Start Carbon Star 2\"\n",
+ " 5.7595 26.274 26.266 14 4 56.856 6.85 d 0.00 0.000 13.874 \"q-inv\"\n",
+ " 5.7689 26.276 18.376 14 4 66.981 9.5 d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
+ " 5.7690 26.276 18.376 14 4 66.981 9.5 d 0.00 0.000 0.988 \"END_SYMB\"\n",
+ " 5.7863 26.276 18.376 14 7 66.98 9.5 d 0.00 0.000 0.059 \"TYPE_CHNGE\"\n",
+ " 5.7863 26.276 18.376 14 7 66.98 9.5 d 0.00 0.000 0.059 \"End Carbon Star 2\"\n",
+ " 5.9110 26.276 18.376 14 7 66.98 9.5 d 0.00 0.000 0.061 \"Start tidal lock 2\"\n",
+ " 6.1514 26.276 18.376 14 7 66.98 9.5 d 0.00 0.000 0.061 \"End tidal lock 2\"\n",
+ " 6.1915 26.276 18.376 14 8 66.98 9.5 d 0.00 0.000 0.058 \"TYPE_CHNGE\"\n",
+ " 6.1920 26.276 18.376 14 14 36.797 3.87 d 0.95 0.000 0.000 Mers(5)=0.784972 - Mers(6)=0.231704 - Mers(7)=0.950733 - Mers(8)=0.127442 - Mers(9)=0.999122 \n",
+ " 6.1920 26.276 18.376 14 14 36.797 3.87 d 0.95 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.3758 Mc\"CO\"=13.8545 type=8) -> kick 1(190) vk=169.92 vr=356.674 omega=6.27767 phi=-0.84071 -> vn=151.218 ; final sep 36.7969 ecc 0.952496 (random count 5) - Runaway v=(115.721,0.4957,4.26441) |v|=139.269 : companion v=(36.7934,-52.9351,0.243583), |v|=64.4666 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1920 26.276 18.376 14 14 36.797 3.87 d 0.95 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1920 26.276 18.376 14 14 36.797 3.87 d 0.95 0.000 0.000 \"SN\"\n",
+ " 12.7426 26.276 18.376 14 14 0.11346 0.0159 h 0.00 0.002 0.002 Contact reached R/RL = 0.00300971 0.00247821, st 14 14\n",
+ " 12.7426 44.651 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.882017 - Mers(11)=0.700359 \n",
+ " 12.7426 44.651 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=44.6514 Mc\"CO\"=44.6514,\"BH\"=44.6514 type=14) -> kick 0(0) vk=0 vr=0 omega=4.40049 phi=0.869544 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(36.7934,-52.9351,0.243583) |v|=64.4666 : companion v=(115.721,0.4957,4.26441), |v|=139.269 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 12.7426 44.651 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 12.7426 44.651 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 12.7426 44.651 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 44.651 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "None\n",
- "system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -122.21}\n",
- "System 2 has separation -122.21\n",
- "system 3 / 100\n",
- "{'time': 6.1808, 'M1': 26.225, 'M2': 19.056, 'K1': 14.0, 'K2': 14.0, 'separation': -130.45}\n",
- "System 3 has separation -130.45\n",
- "system 4 / 100\n",
- "{'time': 6.1817, 'M1': 26.224, 'M2': 18.985, 'K1': 14.0, 'K2': 14.0, 'separation': 132.07}\n",
- "System 4 has separation 132.07\n",
+ "{'time': 6.1839, 'M1': 26.221, 'M2': 18.837, 'K1': 14.0, 'K2': 14.0, 'separation': 221.93}\n",
+ "System 1 has separation 221.93\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=1958 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 90.407 11.5d 0.14 0.000 0.284 Randbuf=81731 - Mers(0)=0.557138 - Mers(1)=0.0459728 - Mers(2)=0.301837 - Mers(3)=0.563048 - Mers(4)=0.249643 \n",
- " 4.1327 26.215 48.508 14 1 90.407 11.5d 0.14 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=58.2946 vr=401.272 omega=1.56855 phi=0.126433 -> vn=405.356 ; final sep 90.407 ecc 0.144092 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 90.407 11.5d 0.14 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 90.407 11.5d 0.14 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 90.407 11.5d 0.14 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 98.014 13d 0.14 0.000 0.257 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 103.06 14d 0.14 0.000 0.271 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 106.52 14.7d 0.15 0.000 0.424 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 106.52 14.7d 0.15 0.000 0.424 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 106.52 14.7d 0.15 0.000 0.424 \"END_BSS\"\n",
- " 5.7427 26.215 48.508 14 2 106.52 14.7d 0.15 0.000 0.766 \"Start tidal lock 2\"\n",
- " 5.7429 26.215 48.508 14 2 106.52 14.7d 0.15 0.000 0.863 \"End tidal lock 2\"\n",
- " 5.7431 26.215 48.508 14 2 106.52 14.7d 0.15 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7431 26.215 48.508 14 2 104.25 14.3d 0.00 0.000 1.022 \"BEG_SYMB\"\n",
- " 5.7431 26.215 48.508 14 2 104.25 14.3d 0.00 0.000 1.022 \"Circularized\"\n",
- " 5.7459 26.215 48.079 14 4 105.49 14.6d 0.00 0.000 7.391 \"TYPE_CHNGE\"\n",
- " 5.7846 26.221 27.153 14 4 147.35 28.3d 0.00 0.000 7.127 \"Start Carbon Star 2\"\n",
- " 5.7863 26.221 26.201 14 4 150.04 29.4d 0.00 0.000 7.245 \"q-inv\"\n",
- " 5.8013 26.224 18.985 14 4 174.17 39.6d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
- " 5.8013 26.224 18.985 14 4 174.17 39.6d 0.00 0.000 0.994 \"END_SYMB\"\n",
- " 5.8203 26.224 18.985 14 7 174.17 39.6d 0.00 0.000 0.023 \"TYPE_CHNGE\"\n",
- " 5.8203 26.224 18.985 14 7 174.17 39.6d 0.00 0.000 0.023 \"Start tidal lock 2\"\n",
- " 5.8203 26.224 18.985 14 7 174.17 39.6d 0.00 0.000 0.023 \"End Carbon Star 2\"\n",
- " 5.9515 26.224 18.985 14 7 174.17 39.6d 0.00 0.000 0.024 \"End tidal lock 2\"\n",
- " 6.1220 26.224 18.985 14 7 174.17 39.6d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
- " 6.1817 26.224 18.985 14 14 132.07 26.1d 0.38 0.000 0.000 Mers(5)=0.465683 - Mers(6)=0.433521 - Mers(7)=0.20197 - Mers(8)=0.953837 - Mers(9)=0.791753 \n",
- " 6.1817 26.224 18.985 14 14 132.07 26.1d 0.38 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9849 Mc\"CO\"=14.3253 type=8) -> kick 1(190) vk=236.575 vr=222.562 omega=4.97473 phi=1.13771 -> vn=183.695 ; final sep 132.07 ecc 0.383657 (random count 5) - Runaway v=(109.598,-16.2663,-148.325) |v|=185.14 : companion v=(-34.9265,-57.6423,-42.7571), |v|=79.8164 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1817 26.224 18.985 14 14 132.07 26.1d 0.38 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1817 26.224 18.985 14 14 132.07 26.1d 0.38 0.000 0.000 \"SN\"\n",
- " 6.1817 26.224 18.985 14 14 132.07 26.1d 0.38 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.224 18.985 14 14 131.45 26d 0.38 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=46220 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 93.787 12.2 d 0.70 0.000 0.284 Randbuf=82245 - Mers(0)=0.0531294 - Mers(1)=0.367268 - Mers(2)=0.912283 - Mers(3)=0.67023 - Mers(4)=0.0670735 \n",
+ " 4.1327 26.215 48.508 14 1 93.787 12.2 d 0.70 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=315.815 vr=401.272 omega=0.421436 phi=0.347405 -> vn=412.309 ; final sep 93.7875 ecc 0.70005 (random count 0) - Runaway v=(292.146,229.687,27.6185) |v|=372.65 : companion v=(-2.14212,-58.481,8.84428), |v|=59.1847 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 93.787 12.2 d 0.70 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 93.787 12.2 d 0.70 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 93.787 12.2 d 0.70 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 104.6 14.3 d 0.70 0.000 0.241 \"END_SYMB\"\n",
+ " 4.4455 26.215 48.508 14 1 116.06 16.8 d 0.71 0.000 0.237 \"BEG_BSS \"\n",
+ " 5.4540 26.215 48.508 14 1 59.765 6.19 d 0.12 0.000 0.777 \"Start tidal lock 2\"\n",
+ " 5.6822 26.215 48.508 14 1 58.482 5.99 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.6822 26.215 48.508 14 1 58.482 5.99 d 0.00 0.000 1.000 \"Circularized\"\n",
+ " 5.6831 26.215 48.508 14 1 58.481 5.99 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7214 26.215 48.508 14 1 58.483 5.99 d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
+ " 5.7219 26.215 48.508 14 1 58.481 5.99 d 0.00 0.000 0.998 \"END_SYMB\"\n",
+ " 5.7418 26.215 48.508 14 2 58.993 6.07 d 0.00 0.000 0.765 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 58.993 6.07 d 0.00 0.000 0.765 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 58.993 6.07 d 0.00 0.000 0.765 \"END_BSS\"\n",
+ " 5.7418 26.215 48.508 14 2 58.993 6.07 d 0.00 0.000 0.765 \"End tidal lock 2\"\n",
+ " 5.7422 26.215 48.508 14 2 58.995 6.07 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7422 26.215 48.508 14 2 58.995 6.07 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7449 26.215 48.189 14 2 59.893 6.22 d 0.00 0.000 6.397 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.059 14 2 60.166 6.27 d 0.00 0.000 7.534 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.365 14 4 61.216 6.47 d 0.00 0.000 12.763 \"TYPE_CHNGE\"\n",
+ " 5.7647 26.218 27.160 14 4 84.415 12.3 d 0.00 0.000 10.053 \"Start Carbon Star 2\"\n",
+ " 5.7657 26.218 26.205 14 4 85.965 12.7 d 0.00 0.000 9.922 \"q-inv\"\n",
+ " 5.7781 26.221 18.837 14 4 100.14 17.3 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7782 26.221 18.837 14 4 100.14 17.3 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.7962 26.221 18.837 14 7 100.14 17.3 d 0.00 0.000 0.040 \"TYPE_CHNGE\"\n",
+ " 5.7962 26.221 18.837 14 7 100.14 17.3 d 0.00 0.000 0.040 \"End Carbon Star 2\"\n",
+ " 5.8182 26.221 18.837 14 7 100.14 17.3 d 0.00 0.000 0.040 \"Start tidal lock 2\"\n",
+ " 6.1695 26.221 18.837 14 7 100.14 17.3 d 0.00 0.000 0.040 \"End tidal lock 2\"\n",
+ " 6.1839 26.221 18.837 14 14 221.93 57 d 0.71 0.000 0.000 Mers(5)=0.3038 - Mers(6)=0.0714679 - Mers(7)=0.144141 - Mers(8)=0.608655 - Mers(9)=0.0385396 \n",
+ " 6.1839 26.221 18.837 14 14 221.93 57 d 0.71 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8372 Mc\"CO\"=14.2112 type=8) -> kick 1(190) vk=263.048 vr=293.033 omega=0.242151 phi=0.219058 -> vn=364.681 ; final sep 221.929 ecc 0.706483 (random count 5) - Runaway v=(284.232,80.2053,19.0641) |v|=318.353 : companion v=(-22.2714,-55.4018,2.50537), |v|=59.7633 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1839 26.221 18.837 14 14 221.93 57 d 0.71 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1839 26.221 18.837 14 14 221.93 57 d 0.71 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.221 18.837 14 14 220.44 56.5 d 0.70 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
"None\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -173.88}\n",
- "System 2 has separation -173.88\n",
- "system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -41.688}\n",
- "System 3 has separation -41.688\n",
- "system 4 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.994, 'K1': 14.0, 'K2': 14.0, 'separation': -498.75}\n",
- "System 4 has separation -498.75\n",
- "system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -44.917}\n",
- "System 5 has separation -44.917\n",
- "system 6 / 100\n",
- "None\n",
- "system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -54.625}\n",
- "System 7 has separation -54.625\n",
- "system 8 / 100\n",
- "{'time': 6.1821, 'M1': 26.223, 'M2': 18.958, 'K1': 14.0, 'K2': 14.0, 'separation': 84.739}\n",
- "System 8 has separation 84.739\n",
+ "{'time': 6.1823, 'M1': 26.223, 'M2': 18.942, 'K1': 14.0, 'K2': 14.0, 'separation': 174.23}\n",
+ "System 2 has separation 174.23\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=50068 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 79.937 9.57d 0.11 0.000 0.284 Randbuf=23675 - Mers(0)=0.890807 - Mers(1)=0.0373488 - Mers(2)=0.704746 - Mers(3)=0.0446624 - Mers(4)=0.0614378 \n",
- " 4.1327 26.215 48.508 14 1 79.937 9.57d 0.11 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=74.6957 vr=401.272 omega=0.386025 phi=-1.14492 -> vn=379.02 ; final sep 79.9375 ecc 0.112058 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 79.937 9.57d 0.11 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 79.937 9.57d 0.11 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 79.937 9.57d 0.11 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 87.069 10.9d 0.11 0.000 0.289 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 91.956 11.8d 0.11 0.000 0.303 \"BEG_BSS \"\n",
- " 5.5624 26.215 48.508 14 1 95.198 12.4d 0.12 0.000 0.540 \"Start tidal lock 2\"\n",
- " 5.7321 26.215 48.508 14 1 94.56 12.3d 0.10 0.000 0.569 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 94.6 12.3d 0.10 0.000 0.477 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 94.6 12.3d 0.10 0.000 0.477 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 94.6 12.3d 0.10 0.000 0.477 \"END_BSS\"\n",
- " 5.7426 26.215 48.508 14 2 94.601 12.3d 0.10 0.000 0.819 \"Start tidal lock 2\"\n",
- " 5.7428 26.215 48.508 14 2 94.6 12.3d 0.10 0.000 0.917 \"End tidal lock 2\"\n",
- " 5.7429 26.215 48.508 14 2 94.599 12.3d 0.10 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7429 26.215 48.508 14 2 93.7 12.2d 0.00 0.000 1.010 \"BEG_SYMB\"\n",
- " 5.7429 26.215 48.508 14 2 93.7 12.2d 0.00 0.000 1.010 \"Circularized\"\n",
- " 5.7435 26.215 48.507 14 2 93.698 12.2d 0.00 0.000 1.582 \"Start tidal lock 2\"\n",
- " 5.7449 26.215 48.394 14 2 94.053 12.2d 0.00 0.000 4.216 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.982 14 4 95.133 12.5d 0.00 0.000 8.198 \"TYPE_CHNGE\"\n",
- " 5.7798 26.220 27.137 14 4 132.71 24.2d 0.00 0.000 7.318 \"Start Carbon Star 2\"\n",
- " 5.7814 26.221 26.216 14 4 135.05 25.1d 0.00 0.000 7.371 \"q-inv\"\n",
- " 5.7969 26.223 18.958 14 4 156.92 33.9d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.7969 26.223 18.958 14 4 156.92 33.9d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8159 26.223 18.958 14 7 156.92 33.9d 0.00 0.000 0.026 \"TYPE_CHNGE\"\n",
- " 5.8159 26.223 18.958 14 7 156.92 33.9d 0.00 0.000 0.026 \"Start tidal lock 2\"\n",
- " 5.8159 26.223 18.958 14 7 156.92 33.9d 0.00 0.000 0.026 \"End Carbon Star 2\"\n",
- " 6.1821 26.223 18.958 14 14 84.739 13.4d 0.95 0.000 0.000 Mers(5)=0.800814 - Mers(6)=0.799511 - Mers(7)=0.0183813 - Mers(8)=0.643482 - Mers(9)=0.687609 \n",
- " 6.1821 26.223 18.958 14 14 84.739 13.4d 0.95 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9576 Mc\"CO\"=14.3043 type=8) -> kick 1(190) vk=356.223 vr=234.406 omega=4.32037 phi=0.291055 -> vn=90.2484 ; final sep 84.7387 ecc 0.948603 (random count 5) - Runaway v=(-34.2904,-174.065,-61.5609) |v|=187.788 : companion v=(-73.598,-102.142,-23.7897), |v|=128.123 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1821 26.223 18.958 14 14 84.739 13.4d 0.95 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1821 26.223 18.958 14 14 84.739 13.4d 0.95 0.000 0.000 \"SN\"\n",
- " 6.1821 26.223 18.958 14 14 84.739 13.4d 0.95 0.000 0.000 \"End tidal lock 2\"\n",
- " 234.5606 26.223 18.958 14 14 0.11213 0.0155h 0.00 0.002 0.002 Contact reached R/RL = 0.00313089 0.0026249, st 14 14\n",
- " 234.5606 45.181 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.794619 - Mers(11)=0.367006 \n",
- " 234.5606 45.181 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.1811 Mc\"CO\"=45.1811,\"BH\"=45.1811 type=14) -> kick 0(0) vk=0 vr=0 omega=2.30596 phi=0.630117 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(-73.598,-102.142,-23.7897) |v|=128.123 : companion v=(-34.2904,-174.065,-61.5609), |v|=187.788 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 234.5606 45.181 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 234.5606 45.181 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
- " 234.5606 45.181 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 45.181 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=70054 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 80.524 9.68 d 0.28 0.000 0.284 Randbuf=60636 - Mers(0)=0.493975 - Mers(1)=0.450818 - Mers(2)=0.456519 - Mers(3)=0.938568 - Mers(4)=0.859977 \n",
+ " 4.1327 26.215 48.508 14 1 80.524 9.68 d 0.28 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=353.671 vr=401.272 omega=5.40339 phi=1.06987 -> vn=380.731 ; final sep 80.5244 ecc 0.281309 (random count 0) - Runaway v=(301.79,19.4176,-168.826) |v|=346.347 : companion v=(-41.2834,-81.2268,-37.9537), |v|=98.7046 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 80.524 9.68 d 0.28 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 80.524 9.68 d 0.28 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 80.524 9.68 d 0.28 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 87.941 11 d 0.28 0.000 0.286 \"END_SYMB\"\n",
+ " 4.4755 26.215 48.508 14 1 93.228 12.1 d 0.28 0.000 0.298 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 92.295 11.9 d 0.21 0.000 0.489 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 92.295 11.9 d 0.21 0.000 0.489 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 92.295 11.9 d 0.21 0.000 0.489 \"END_BSS\"\n",
+ " 5.7428 26.215 48.508 14 2 92.295 11.9 d 0.21 0.000 0.936 \"Start tidal lock 2\"\n",
+ " 5.7429 26.215 48.508 14 2 92.293 11.9 d 0.21 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7429 26.215 48.508 14 2 88.166 11.1 d 0.00 0.000 1.047 \"BEG_SYMB\"\n",
+ " 5.7429 26.215 48.508 14 2 88.166 11.1 d 0.00 0.000 1.047 \"Circularized\"\n",
+ " 5.7432 26.215 48.508 14 2 88.168 11.1 d 0.00 0.000 1.370 \"End tidal lock 2\"\n",
+ " 5.7449 26.215 48.369 14 2 88.661 11.2 d 0.00 0.000 4.529 \"Start tidal lock 2\"\n",
+ " 5.7453 26.215 48.233 14 2 89.084 11.3 d 0.00 0.000 5.986 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.921 14 4 89.886 11.5 d 0.00 0.000 8.678 \"TYPE_CHNGE\"\n",
+ " 5.7774 26.220 27.150 14 4 125.33 22.2 d 0.00 0.000 7.500 \"Start Carbon Star 2\"\n",
+ " 5.7789 26.220 26.207 14 4 127.6 23 d 0.00 0.000 7.524 \"q-inv\"\n",
+ " 5.7944 26.223 18.942 14 4 148.29 31.1 d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
+ " 5.7944 26.223 18.942 14 4 148.29 31.1 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.8141 26.223 18.942 14 7 148.28 31.1 d 0.00 0.000 0.027 \"TYPE_CHNGE\"\n",
+ " 5.8141 26.223 18.942 14 7 148.28 31.1 d 0.00 0.000 0.027 \"Start tidal lock 2\"\n",
+ " 5.8141 26.223 18.942 14 7 148.28 31.1 d 0.00 0.000 0.027 \"End Carbon Star 2\"\n",
+ " 6.1823 26.223 18.942 14 14 174.23 39.6 d 0.87 0.000 0.000 Mers(5)=0.498232 - Mers(6)=0.463455 - Mers(7)=0.752134 - Mers(8)=0.246625 - Mers(9)=0.139044 \n",
+ " 6.1823 26.223 18.942 14 14 174.23 39.6 d 0.87 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9423 Mc\"CO\"=14.2924 type=8) -> kick 1(190) vk=231.042 vr=241.091 omega=0.873639 phi=-0.531411 -> vn=258.422 ; final sep 174.234 ecc 0.872316 (random count 5) - Runaway v=(93.2224,113.233,-92.2632) |v|=242.602 : companion v=(9.99203,-30.1612,-25.6094), |v|=40.8091 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1823 26.223 18.942 14 14 174.23 39.6 d 0.87 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1823 26.223 18.942 14 14 174.23 39.6 d 0.87 0.000 0.000 \"SN\"\n",
+ " 6.1823 26.223 18.942 14 14 174.23 39.6 d 0.87 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.223 18.942 14 14 122 23.2 d 0.82 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1817, 'M1': 26.224, 'M2': 18.986, 'K1': 14.0, 'K2': 14.0, 'separation': -68.037}\n",
- "System 1 has separation -68.037\n",
- "system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -115.61}\n",
- "System 2 has separation -115.61\n",
- "system 3 / 100\n",
- "{'time': 6.1828, 'M1': 26.222, 'M2': 18.908, 'K1': 14.0, 'K2': 14.0, 'separation': 97.291}\n",
- "System 3 has separation 97.291\n",
+ "{'time': 6.1825, 'M1': 26.223, 'M2': 18.932, 'K1': 14.0, 'K2': 14.0, 'separation': 206.9}\n",
+ "System 1 has separation 206.9\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=20264 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 73.643 8.47d 0.35 0.000 0.284 Randbuf=16915 - Mers(0)=0.12579 - Mers(1)=0.13859 - Mers(2)=0.629265 - Mers(3)=0.769857 - Mers(4)=0.911868 \n",
- " 4.1327 26.215 48.508 14 1 73.643 8.47d 0.35 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=295.812 vr=401.272 omega=5.72944 phi=0.570096 -> vn=358.343 ; final sep 73.6433 ecc 0.347379 (random count 0) - Runaway v=(309.206,21.1014,-57.8666) |v|=315.282 : companion v=(-31.1287,-82.1762,-14.1004), |v|=88.9986 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 73.643 8.47d 0.35 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 73.643 8.47d 0.35 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 73.643 8.47d 0.35 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 80.913 9.75d 0.35 0.000 0.311 \"END_SYMB\"\n",
- " 4.4343 26.215 48.508 14 1 86.691 10.8d 0.35 0.000 0.316 \"BEG_BSS \"\n",
- " 5.7031 26.215 48.508 14 1 78.975 9.4d 0.13 0.000 0.759 \"Start tidal lock 2\"\n",
- " 5.7239 26.215 48.508 14 1 78.542 9.33d 0.10 0.000 0.735 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 78.688 9.35d 0.09 0.000 0.573 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 78.688 9.35d 0.09 0.000 0.573 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 78.688 9.35d 0.09 0.000 0.573 \"END_BSS\"\n",
- " 5.7425 26.215 48.508 14 2 78.688 9.35d 0.09 0.000 0.892 \"Start tidal lock 2\"\n",
- " 5.7426 26.215 48.508 14 2 78.688 9.35d 0.09 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7426 26.215 48.508 14 2 78.016 9.23d 0.00 0.000 1.009 \"BEG_SYMB\"\n",
- " 5.7426 26.215 48.508 14 2 78.016 9.23d 0.00 0.000 1.009 \"Circularized\"\n",
- " 5.7434 26.215 48.506 14 2 78.023 9.23d 0.00 0.000 1.739 \"End tidal lock 2\"\n",
- " 5.7446 26.215 48.399 14 2 78.348 9.3d 0.00 0.000 4.140 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.253 14 2 78.75 9.38d 0.00 0.000 5.790 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.778 14 4 79.763 9.59d 0.00 0.000 9.783 \"TYPE_CHNGE\"\n",
- " 5.7727 26.219 27.136 14 4 110.86 18.5d 0.00 0.000 8.067 \"Start Carbon Star 2\"\n",
- " 5.7741 26.219 26.209 14 4 112.83 19.2d 0.00 0.000 8.034 \"q-inv\"\n",
- " 5.7890 26.222 18.908 14 4 131.23 25.9d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.7891 26.222 18.908 14 4 131.23 25.9d 0.00 0.000 0.992 \"END_SYMB\"\n",
- " 5.8078 26.222 18.908 14 7 131.23 25.9d 0.00 0.000 0.031 \"TYPE_CHNGE\"\n",
- " 5.8078 26.222 18.908 14 7 131.23 25.9d 0.00 0.000 0.031 \"Start tidal lock 2\"\n",
- " 5.8078 26.222 18.908 14 7 131.23 25.9d 0.00 0.000 0.031 \"End Carbon Star 2\"\n",
- " 6.1828 26.222 18.908 14 14 97.291 16.5d 0.66 0.000 0.000 Mers(5)=0.526304 - Mers(6)=0.968786 - Mers(7)=0.711322 - Mers(8)=0.790433 - Mers(9)=0.627881 \n",
- " 6.1828 26.222 18.908 14 14 97.291 16.5d 0.66 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9085 Mc\"CO\"=14.2663 type=8) -> kick 1(190) vk=551.978 vr=256.177 omega=3.94509 phi=0.619792 -> vn=206.714 ; final sep 97.2907 ecc 0.664895 (random count 5) - Runaway v=(-237.822,-290.215,-194.659) |v|=344.389 : companion v=(-127.261,-83.1918,-36.2166), |v|=156.294 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1828 26.222 18.908 14 14 97.291 16.5d 0.66 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1828 26.222 18.908 14 14 97.291 16.5d 0.66 0.000 0.000 \"SN\"\n",
- " 6.1828 26.222 18.908 14 14 97.291 16.5d 0.66 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.222 18.908 14 14 85.99 13.7d 0.63 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=67245 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 74.356 8.59 d 0.21 0.000 0.284 Randbuf=42052 - Mers(0)=0.938576 - Mers(1)=0.0316266 - Mers(2)=0.659526 - Mers(3)=0.104997 - Mers(4)=0.0823499 \n",
+ " 4.1327 26.215 48.508 14 1 74.356 8.59 d 0.21 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=91.4867 vr=401.272 omega=0.51742 phi=-0.910817 -> vn=360.925 ; final sep 74.3563 ecc 0.205353 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 74.356 8.59 d 0.21 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 74.356 8.59 d 0.21 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 74.356 8.59 d 0.21 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 81.348 9.83 d 0.21 0.000 0.310 \"END_SYMB\"\n",
+ " 4.4670 26.215 48.508 14 1 86.43 10.8 d 0.21 0.000 0.321 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 86.435 10.8 d 0.12 0.000 0.522 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 86.435 10.8 d 0.12 0.000 0.522 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 86.435 10.8 d 0.12 0.000 0.522 \"END_BSS\"\n",
+ " 5.7426 26.215 48.508 14 2 86.436 10.8 d 0.12 0.000 0.884 \"Start tidal lock 2\"\n",
+ " 5.7428 26.215 48.508 14 2 86.435 10.8 d 0.12 0.000 0.999 \"End tidal lock 2\"\n",
+ " 5.7428 26.215 48.508 14 2 86.435 10.8 d 0.12 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7428 26.215 48.508 14 2 85.113 10.5 d 0.00 0.000 1.016 \"BEG_SYMB\"\n",
+ " 5.7428 26.215 48.508 14 2 85.113 10.5 d 0.00 0.000 1.016 \"Start tidal lock 2\"\n",
+ " 5.7428 26.215 48.508 14 2 85.113 10.5 d 0.00 0.000 1.016 \"Circularized\"\n",
+ " 5.7438 26.215 48.501 14 2 85.136 10.5 d 0.00 0.000 2.058 \"End tidal lock 2\"\n",
+ " 5.7446 26.215 48.438 14 2 85.341 10.6 d 0.00 0.000 3.574 \"Start tidal lock 2\"\n",
+ " 5.7452 26.215 48.284 14 2 85.805 10.7 d 0.00 0.000 5.481 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.881 14 4 86.77 10.9 d 0.00 0.000 8.991 \"TYPE_CHNGE\"\n",
+ " 5.7759 26.220 27.164 14 4 120.78 21 d 0.00 0.000 7.646 \"Start Carbon Star 2\"\n",
+ " 5.7774 26.220 26.207 14 4 123 21.8 d 0.00 0.000 7.651 \"q-inv\"\n",
+ " 5.7928 26.223 18.932 14 4 142.98 29.5 d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
+ " 5.7928 26.223 18.932 14 4 142.98 29.5 d 0.00 0.000 0.994 \"END_SYMB\"\n",
+ " 5.8121 26.223 18.932 14 7 142.98 29.5 d 0.00 0.000 0.028 \"TYPE_CHNGE\"\n",
+ " 5.8121 26.223 18.932 14 7 142.98 29.5 d 0.00 0.000 0.028 \"Start tidal lock 2\"\n",
+ " 5.8121 26.223 18.932 14 7 142.98 29.5 d 0.00 0.000 0.028 \"End Carbon Star 2\"\n",
+ " 6.1825 26.223 18.932 14 14 206.9 51.3 d 0.45 0.000 0.000 Mers(5)=0.852712 - Mers(6)=0.248871 - Mers(7)=0.398927 - Mers(8)=0.135164 - Mers(9)=0.756795 \n",
+ " 6.1825 26.223 18.932 14 14 206.9 51.3 d 0.45 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9323 Mc\"CO\"=14.2846 type=8) -> kick 1(190) vk=143.809 vr=245.497 omega=4.75508 phi=-0.817843 -> vn=280.872 ; final sep 206.899 ecc 0.454013 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1825 26.223 18.932 14 14 206.9 51.3 d 0.45 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1825 26.223 18.932 14 14 206.9 51.3 d 0.45 0.000 0.000 \"SN\"\n",
+ " 6.1825 26.223 18.932 14 14 206.9 51.3 d 0.45 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.223 18.932 14 14 206.67 51.2 d 0.45 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -58.551}\n",
- "System 1 has separation -58.551\n",
+ "None\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -258.11}\n",
- "System 2 has separation -258.11\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -140.21}\n",
+ "System 2 has separation -140.21\n",
"system 3 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -72.201}\n",
+ "System 3 has separation -72.201\n",
"system 4 / 100\n",
- "None\n",
+ "{'time': 6.1807, 'M1': 26.226, 'M2': 19.064, 'K1': 14.0, 'K2': 14.0, 'separation': -318.47}\n",
+ "System 4 has separation -318.47\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -207.88}\n",
- "System 5 has separation -207.88\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -50.581}\n",
+ "System 5 has separation -50.581\n",
"system 6 / 100\n",
- "{'time': 6.1872, 'M1': 26.258, 'M2': 18.63, 'K1': 14.0, 'K2': 14.0, 'separation': 135.33}\n",
- "System 6 has separation 135.33\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -85.235}\n",
+ "System 6 has separation -85.235\n",
+ "system 7 / 100\n",
+ "{'time': 6.1816, 'M1': 26.224, 'M2': 18.995, 'K1': 14.0, 'K2': 14.0, 'separation': -24.872}\n",
+ "System 7 has separation -24.872\n",
+ "system 8 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -33.648}\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "System 8 has separation -33.648\n",
+ "system 9 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -1713.8}\n",
+ "System 9 has separation -1713.8\n",
+ "system 10 / 100\n",
+ "{'time': 6.2081, 'M1': 26.308, 'M2': 17.625, 'K1': 14.0, 'K2': 14.0, 'separation': -171.02}\n",
+ "System 10 has separation -171.02\n",
+ "system 11 / 100\n",
+ "{'time': 6.1828, 'M1': 26.222, 'M2': 18.909, 'K1': 14.0, 'K2': 14.0, 'separation': -304.77}\n",
+ "System 11 has separation -304.77\n",
+ "system 12 / 100\n",
+ "None\n",
+ "system 13 / 100\n",
+ "{'time': 6.2182, 'M1': 26.323, 'M2': 17.206, 'K1': 14.0, 'K2': 14.0, 'separation': 136.87}\n",
+ "System 13 has separation 136.87\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=6659 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 58.767 6.04d 0.65 0.000 0.284 Randbuf=22946 - Mers(0)=0.207625 - Mers(1)=0.465874 - Mers(2)=0.474334 - Mers(3)=0.236615 - Mers(4)=0.929321 \n",
- " 4.1327 26.215 48.508 14 1 58.767 6.04d 0.65 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=247.333 vr=401.272 omega=5.8391 phi=-0.554796 -> vn=281.774 ; final sep 58.7675 ecc 0.653916 (random count 0) - Runaway v=(238.261,55.972,33.9681) |v|=247.093 : companion v=(-8.0623,-79.0611,11.8934), |v|=80.3562 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 58.767 6.04d 0.65 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 58.767 6.04d 0.65 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 58.767 6.04d 0.65 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 66.889 7.33d 0.65 0.000 0.376 \"END_SYMB\"\n",
- " 4.4265 26.215 48.508 14 1 54.897 5.45d 0.47 0.000 0.498 \"BEG_BSS \"\n",
- " 4.6693 26.215 48.508 14 1 43.746 3.88d 0.11 0.000 0.679 \"Start tidal lock 2\"\n",
- " 5.1815 26.215 48.508 14 1 42.867 3.76d 0.00 0.000 0.887 \"Circularized\"\n",
- " 5.3474 26.215 48.508 14 1 42.612 3.73d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.3483 26.215 48.508 14 1 42.612 3.73d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7422 26.254 48.228 14 2 42.802 3.76d 0.00 0.000 1.052 \"OFF_MS\"\n",
- " 5.7422 26.254 48.228 14 2 42.802 3.76d 0.00 0.000 1.052 \"TYPE_CHNGE\"\n",
- " 5.7422 26.254 48.228 14 2 42.802 3.76d 0.00 0.000 1.052 \"END_BSS\"\n",
- " 5.7422 26.254 48.228 14 2 42.802 3.76d 0.00 0.000 1.052 \"End tidal lock 2\"\n",
- " 5.7449 26.254 47.873 14 2 44.01 3.93d 0.00 0.000 6.723 \"Start tidal lock 2\"\n",
- " 5.7452 26.254 47.737 14 2 44.223 3.96d 0.00 0.000 7.873 \"End tidal lock 2\"\n",
- " 5.7463 26.254 46.467 14 4 45.459 4.16d 0.00 0.000 16.882 \"TYPE_CHNGE\"\n",
- " 5.7592 26.256 27.142 14 4 61.786 7.69d 0.00 0.000 13.218 \"Start Carbon Star 2\"\n",
- " 5.7599 26.256 26.242 14 4 62.861 7.96d 0.00 0.000 13.014 \"q-inv\"\n",
- " 5.7696 26.258 18.630 14 4 73.603 10.9d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
- " 5.7697 26.258 18.630 14 4 73.603 10.9d 0.00 0.000 0.988 \"END_SYMB\"\n",
- " 5.7865 26.258 18.630 14 7 73.601 10.9d 0.00 0.000 0.054 \"TYPE_CHNGE\"\n",
- " 5.7865 26.258 18.630 14 7 73.601 10.9d 0.00 0.000 0.054 \"End Carbon Star 2\"\n",
- " 5.9058 26.258 18.630 14 7 73.601 10.9d 0.00 0.000 0.056 \"Start tidal lock 2\"\n",
- " 6.1488 26.258 18.630 14 7 73.601 10.9d 0.00 0.000 0.055 \"End tidal lock 2\"\n",
- " 6.1871 26.258 18.630 14 8 73.601 10.9d 0.00 0.000 0.053 \"TYPE_CHNGE\"\n",
- " 6.1872 26.258 18.630 14 14 135.33 27.2d 0.54 0.000 0.000 Mers(5)=0.983953 - Mers(6)=0.334863 - Mers(7)=0.952341 - Mers(8)=0.557542 - Mers(9)=0.975828 \n",
- " 6.1872 26.258 18.630 14 14 135.33 27.2d 0.54 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.6301 Mc\"CO\"=14.0511 type=8) -> kick 1(190) vk=294.899 vr=341.153 omega=6.13131 phi=0.115339 -> vn=411.673 ; final sep 135.333 ecc 0.535984 (random count 5) - Runaway v=(341.369,-21.2964,7.90828) |v|=354.196 : companion v=(-41.0994,-72.4298,-0.815588), |v|=83.2821 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1872 26.258 18.630 14 14 135.33 27.2d 0.54 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1872 26.258 18.630 14 14 135.33 27.2d 0.54 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.258 18.630 14 14 133.95 26.8d 0.53 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=52058 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 53.222 5.2 d 0.74 0.000 0.284 Randbuf=1062 - Mers(0)=0.447918 - Mers(1)=0.0727584 - Mers(2)=0.93044 - Mers(3)=0.693944 - Mers(4)=0.896286 \n",
+ " 4.1327 26.215 48.508 14 1 53.222 5.2 d 0.74 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=243.913 vr=401.272 omega=5.63153 phi=0.39834 -> vn=232.62 ; final sep 53.2216 ecc 0.743837 (random count 0) - Runaway v=(202.385,19.8917,-33.0831) |v|=206.033 : companion v=(-4.56865,-84.4365,-13.1314), |v|=85.5735 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 53.222 5.2 d 0.74 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 53.222 5.2 d 0.74 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 53.222 5.2 d 0.74 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 61.976 6.54 d 0.74 0.000 0.406 \"END_SYMB\"\n",
+ " 4.1753 26.215 48.508 14 1 31.91 2.41 d 0.11 0.000 0.798 \"Start tidal lock 2\"\n",
+ " 4.3767 26.215 48.508 14 1 31.564 2.38 d 0.00 0.000 0.854 \"Circularized\"\n",
+ " 4.4192 26.215 48.508 14 1 31.542 2.37 d 0.00 0.000 0.865 \"BEG_BSS \"\n",
+ " 4.7988 26.215 48.508 14 1 31.29 2.34 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 4.7997 26.215 48.508 14 1 31.29 2.34 d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
+ " 5.7500 26.319 45.498 14 2 32.927 2.58 d 0.00 0.000 1.329 \"OFF_MS\"\n",
+ " 5.7500 26.319 45.498 14 2 32.927 2.58 d 0.00 0.000 1.329 \"TYPE_CHNGE\"\n",
+ " 5.7500 26.319 45.498 14 2 32.927 2.58 d 0.00 0.000 1.329 \"END_BSS\"\n",
+ " 5.7500 26.319 45.498 14 2 32.927 2.58 d 0.00 0.000 1.329 \"End tidal lock 2\"\n",
+ " 5.7527 26.320 45.110 14 2 33.809 2.69 d 0.00 0.000 6.553 \"Start tidal lock 2\"\n",
+ " 5.7530 26.320 44.972 14 2 33.976 2.72 d 0.00 0.000 7.571 \"End tidal lock 2\"\n",
+ " 5.7544 26.320 43.281 14 4 35.177 2.9 d 0.00 0.000 17.876 \"TYPE_CHNGE\"\n",
+ " 5.7644 26.321 27.151 14 4 45.482 4.85 d 0.00 0.000 14.611 \"Start Carbon Star 2\"\n",
+ " 5.7650 26.321 26.260 14 4 46.268 5.02 d 0.00 0.000 14.394 \"q-inv\"\n",
+ " 5.7750 26.323 17.206 14 4 56.158 7.39 d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
+ " 5.7750 26.323 17.206 14 4 56.158 7.39 d 0.00 0.000 0.991 \"END_SYMB\"\n",
+ " 5.7907 26.323 17.206 14 7 56.156 7.39 d 0.00 0.000 0.069 \"TYPE_CHNGE\"\n",
+ " 5.7907 26.323 17.206 14 7 56.156 7.39 d 0.00 0.000 0.069 \"End Carbon Star 2\"\n",
+ " 5.8276 26.323 17.206 14 7 56.156 7.39 d 0.00 0.000 0.069 \"Start tidal lock 2\"\n",
+ " 6.2019 26.323 17.206 14 7 56.156 7.39 d 0.00 0.000 0.069 \"End tidal lock 2\"\n",
+ " 6.2156 26.323 17.206 14 8 56.156 7.39 d 0.00 0.000 0.068 \"TYPE_CHNGE\"\n",
+ " 6.2182 26.323 17.206 14 14 136.87 28.1 d 0.65 0.000 0.000 Mers(5)=0.608269 - Mers(6)=0.309461 - Mers(7)=0.901988 - Mers(8)=0.741346 - Mers(9)=0.691586 \n",
+ " 6.2182 26.323 17.206 14 14 136.87 28.1 d 0.65 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=17.2063 Mc\"CO\"=12.9505 type=8) -> kick 1(190) vk=198.258 vr=384.609 omega=4.34537 phi=0.503726 -> vn=484.93 ; final sep 136.871 ecc 0.648549 (random count 5) - Runaway v=(-4.56865,-84.4365,-13.1314) |v|=85.5735 : companion v=(202.385,19.8917,-33.0831), |v|=206.033 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.2182 26.323 17.206 14 14 136.87 28.1 d 0.65 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.2182 26.323 17.206 14 14 136.87 28.1 d 0.65 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.323 17.206 14 14 133.83 27.2 d 0.64 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -38.978}\n",
- "System 1 has separation -38.978\n",
- "system 2 / 100\n",
- "{'time': 6.1817, 'M1': 26.224, 'M2': 18.984, 'K1': 14.0, 'K2': 14.0, 'separation': 1095.9}\n",
- "System 2 has separation 1095.9\n",
+ "{'time': 6.181, 'M1': 26.225, 'M2': 19.039, 'K1': 14.0, 'K2': 14.0, 'separation': 144.0}\n",
+ "System 1 has separation 144.0\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=56166 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 88.07 11.1d 0.01 0.000 0.284 Randbuf=68190 - Mers(0)=0.444777 - Mers(1)=0.0908102 - Mers(2)=0.51028 - Mers(3)=0.00364866 - Mers(4)=0.969388 \n",
- " 4.1327 26.215 48.508 14 1 88.07 11.1d 0.01 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=84.4264 vr=401.272 omega=6.09085 phi=-1.44991 -> vn=400.159 ; final sep 88.0696 ecc 0.0073718 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 88.07 11.1d 0.01 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 88.07 11.1d 0.01 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 88.07 11.1d 0.01 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 95.5 12.5d 0.01 0.000 0.264 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 100.43 13.5d 0.01 0.000 0.278 \"BEG_BSS \"\n",
- " 5.6489 26.215 48.508 14 1 103.82 14.2d 0.01 0.000 0.542 \"Start tidal lock 2\"\n",
- " 5.7383 26.215 48.508 14 1 103.85 14.2d 0.01 0.000 0.476 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 103.85 14.2d 0.01 0.000 0.435 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 103.85 14.2d 0.01 0.000 0.435 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 103.85 14.2d 0.01 0.000 0.435 \"END_BSS\"\n",
- " 5.7426 26.215 48.508 14 2 103.85 14.2d 0.01 0.000 0.746 \"Start tidal lock 2\"\n",
- " 5.7427 26.215 48.508 14 2 103.85 14.2d 0.01 0.000 0.820 \"End tidal lock 2\"\n",
- " 5.7430 26.215 48.508 14 2 103.85 14.2d 0.01 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7430 26.215 48.508 14 2 103.84 14.2d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7430 26.215 48.508 14 2 103.84 14.2d 0.00 0.000 1.001 \"Circularized\"\n",
- " 5.7459 26.215 48.075 14 4 105.03 14.5d 0.00 0.000 7.423 \"TYPE_CHNGE\"\n",
- " 5.7844 26.221 27.159 14 4 146.63 28.1d 0.00 0.000 7.131 \"Start Carbon Star 2\"\n",
- " 5.7860 26.221 26.205 14 4 149.31 29.2d 0.00 0.000 7.246 \"q-inv\"\n",
- " 5.8011 26.224 18.984 14 4 173.34 39.3d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.8011 26.224 18.984 14 4 173.34 39.3d 0.00 0.000 0.992 \"END_SYMB\"\n",
- " 5.8208 26.224 18.984 14 7 173.34 39.3d 0.00 0.000 0.023 \"TYPE_CHNGE\"\n",
- " 5.8208 26.224 18.984 14 7 173.34 39.3d 0.00 0.000 0.023 \"Start tidal lock 2\"\n",
- " 5.8208 26.224 18.984 14 7 173.34 39.3d 0.00 0.000 0.023 \"End Carbon Star 2\"\n",
- " 5.9564 26.224 18.984 14 7 173.34 39.3d 0.00 0.000 0.024 \"End tidal lock 2\"\n",
- " 6.1182 26.224 18.984 14 7 173.34 39.3d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
- " 6.1817 26.224 18.984 14 14 1095.9 1.71y 0.88 0.000 0.000 Mers(5)=0.246807 - Mers(6)=0.271729 - Mers(7)=0.514522 - Mers(8)=0.30625 - Mers(9)=0.0417865 \n",
- " 6.1817 26.224 18.984 14 14 1095.9 1.71y 0.88 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9837 Mc\"CO\"=14.3244 type=8) -> kick 1(190) vk=217.978 vr=223.094 omega=0.262552 phi=-0.397918 -> vn=302.77 ; final sep 1095.86 ecc 0.88405 (random count 5) - Runaway v=(240.289,109.74,-16.8856) |v|=264.702 : companion v=(-21.5589,-41.686,-3.64655), |v|=47.0724 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1817 26.224 18.984 14 14 1095.9 1.71y 0.88 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1817 26.224 18.984 14 14 1095.9 1.71y 0.88 0.000 0.000 \"SN\"\n",
- " 6.1817 26.224 18.984 14 14 1095.9 1.71y 0.88 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.224 18.984 14 14 1095.5 1.71y 0.88 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=37409 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 148.32 24.2 d 0.48 0.000 0.284 Randbuf=4013 - Mers(0)=0.828858 - Mers(1)=0.404962 - Mers(2)=0.512561 - Mers(3)=0.876382 - Mers(4)=0.718549 \n",
+ " 4.1327 26.215 48.508 14 1 148.32 24.2 d 0.48 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=208.084 vr=401.272 omega=4.51478 phi=0.852252 -> vn=475.291 ; final sep 148.324 ecc 0.478807 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 148.32 24.2 d 0.48 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 148.32 24.2 d 0.48 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 148.32 24.2 d 0.48 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 159.28 26.9 d 0.48 0.000 0.158 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 166.39 28.8 d 0.48 0.000 0.168 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 170.24 29.8 d 0.49 0.000 0.265 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 170.24 29.8 d 0.49 0.000 0.265 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 170.24 29.8 d 0.49 0.000 0.265 \"END_BSS\"\n",
+ " 5.7437 26.215 48.508 14 2 170.94 29.9 d 0.49 0.000 1.001 \"BEG_RCHE 2>1\"\n",
+ " 5.7437 26.215 48.508 14 2 130.53 20 d 0.00 0.000 1.311 \"BEG_SYMB\"\n",
+ " 5.7437 26.215 48.508 14 2 130.53 20 d 0.00 0.000 1.311 \"Circularized\"\n",
+ " 5.7459 26.215 48.250 14 2 132.27 20.4 d 0.00 0.000 5.821 \"Start tidal lock 2\"\n",
+ " 5.7459 26.215 48.243 14 4 132.3 20.4 d 0.00 0.000 5.890 \"TYPE_CHNGE\"\n",
+ " 5.7461 26.215 48.140 14 4 132.77 20.5 d 0.00 0.000 5.871 \"End tidal lock 2\"\n",
+ " 5.7960 26.222 27.142 14 4 186.56 40.4 d 0.00 0.000 7.468 \"Start Carbon Star 2\"\n",
+ " 5.7975 26.223 26.215 14 4 189.87 41.8 d 0.00 0.000 7.736 \"q-inv\"\n",
+ " 5.8104 26.225 19.039 14 4 220.16 56.2 d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
+ " 5.8104 26.225 19.039 14 4 220.16 56.2 d 0.00 0.000 0.995 \"END_SYMB\"\n",
+ " 5.8292 26.225 19.039 14 7 220.16 56.2 d 0.00 0.000 0.018 \"TYPE_CHNGE\"\n",
+ " 5.8292 26.225 19.039 14 7 220.16 56.2 d 0.00 0.000 0.018 \"End Carbon Star 2\"\n",
+ " 6.1784 26.225 19.039 14 7 220.16 56.2 d 0.00 0.000 0.018 \"Start tidal lock 2\"\n",
+ " 6.1810 26.225 19.039 14 14 144 29.7 d 0.62 0.000 0.000 Mers(5)=0.335642 - Mers(6)=0.191543 - Mers(7)=0.332777 - Mers(8)=0.97316 - Mers(9)=0.569581 \n",
+ " 6.1810 26.225 19.039 14 14 144 29.7 d 0.62 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0394 Mc\"CO\"=14.3674 type=8) -> kick 1(190) vk=479.308 vr=198.076 omega=3.57878 phi=1.24165 -> vn=135.95 ; final sep 143.999 ecc 0.624125 (random count 5) - Runaway v=(-238.907,3.15907,-126.53) |v|=270.364 : companion v=(-141.802,-49.9153,-47.5619), |v|=157.675 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1810 26.225 19.039 14 14 144 29.7 d 0.62 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1810 26.225 19.039 14 14 144 29.7 d 0.62 0.000 0.000 \"SN\"\n",
+ " 6.1810 26.225 19.039 14 14 144 29.7 d 0.62 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.225 19.039 14 14 141.62 29 d 0.62 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -681.62}\n",
- "System 1 has separation -681.62\n",
+ "None\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -105.08}\n",
- "System 2 has separation -105.08\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -99.873}\n",
+ "System 2 has separation -99.873\n",
"system 3 / 100\n",
- "{'time': 6.1855, 'M1': 26.246, 'M2': 18.733, 'K1': 14.0, 'K2': 14.0, 'separation': 269.89}\n",
- "System 3 has separation 269.89\n",
+ "{'time': 6.1838, 'M1': 26.221, 'M2': 18.84, 'K1': 14.0, 'K2': 14.0, 'separation': -67.504}\n",
+ "System 3 has separation -67.504\n",
+ "system 4 / 100\n",
+ "None\n",
+ "system 5 / 100\n",
+ "{'time': 6.1834, 'M1': 26.221, 'M2': 18.871, 'K1': 14.0, 'K2': 14.0, 'separation': -189.02}\n",
+ "System 5 has separation -189.02\n",
+ "system 6 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -850.64}\n",
+ "System 6 has separation -850.64\n",
+ "system 7 / 100\n",
+ "{'time': 6.1821, 'M1': 26.223, 'M2': 18.961, 'K1': 14.0, 'K2': 14.0, 'separation': 223.62}\n",
+ "System 7 has separation 223.62\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=76653 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 60.711 6.34d 0.63 0.000 0.284 Randbuf=10941 - Mers(0)=0.361066 - Mers(1)=0.26987 - Mers(2)=0.217514 - Mers(3)=0.419145 - Mers(4)=0.123808 \n",
- " 4.1327 26.215 48.508 14 1 60.711 6.34d 0.63 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=206.433 vr=401.272 omega=0.777909 phi=-0.162423 -> vn=295.238 ; final sep 60.7114 ecc 0.628911 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 60.711 6.34d 0.63 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 60.711 6.34d 0.63 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 60.711 6.34d 0.63 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 68.734 7.63d 0.63 0.000 0.366 \"END_SYMB\"\n",
- " 4.4694 26.215 48.508 14 1 66.793 7.31d 0.56 0.000 0.415 \"BEG_BSS \"\n",
- " 4.8806 26.215 48.508 14 1 47.283 4.36d 0.11 0.000 0.686 \"Start tidal lock 2\"\n",
- " 5.3423 26.215 48.508 14 1 46.267 4.22d 0.00 0.000 0.917 \"Circularized\"\n",
- " 5.4445 26.215 48.508 14 1 46.068 4.19d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.4454 26.215 48.508 14 1 46.068 4.19d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7420 26.241 48.404 14 2 46.094 4.19d 0.00 0.000 0.978 \"OFF_MS\"\n",
- " 5.7420 26.241 48.404 14 2 46.094 4.19d 0.00 0.000 0.978 \"TYPE_CHNGE\"\n",
- " 5.7420 26.241 48.404 14 2 46.094 4.19d 0.00 0.000 0.978 \"END_BSS\"\n",
- " 5.7420 26.241 48.404 14 2 46.094 4.19d 0.00 0.000 0.978 \"END_RCHE 2!>1\"\n",
- " 5.7420 26.241 48.404 14 2 46.094 4.19d 0.00 0.000 0.978 \"End tidal lock 2\"\n",
- " 5.7420 26.241 48.404 14 2 46.111 4.2d 0.00 0.000 0.980 \"END_SYMB\"\n",
- " 5.7420 26.241 48.404 14 2 46.117 4.2d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7420 26.241 48.404 14 2 46.118 4.2d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
- " 5.7447 26.242 48.055 14 2 47.41 4.39d 0.00 0.000 6.665 \"Start tidal lock 2\"\n",
- " 5.7450 26.242 47.920 14 2 47.635 4.42d 0.00 0.000 7.819 \"End tidal lock 2\"\n",
- " 5.7460 26.242 46.802 14 4 48.838 4.62d 0.00 0.000 15.904 \"TYPE_CHNGE\"\n",
- " 5.7601 26.244 27.150 14 4 66.714 8.63d 0.00 0.000 12.429 \"Start Carbon Star 2\"\n",
- " 5.7609 26.244 26.217 14 4 67.913 8.95d 0.00 0.000 12.236 \"q-inv\"\n",
- " 5.7711 26.246 18.733 14 4 79.3 12.2d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
- " 5.7711 26.246 18.733 14 4 79.299 12.2d 0.00 0.000 0.992 \"END_SYMB\"\n",
- " 5.7886 26.246 18.733 14 7 79.298 12.2d 0.00 0.000 0.050 \"TYPE_CHNGE\"\n",
- " 5.7886 26.246 18.733 14 7 79.298 12.2d 0.00 0.000 0.050 \"End Carbon Star 2\"\n",
- " 5.8855 26.246 18.733 14 7 79.298 12.2d 0.00 0.000 0.051 \"Start tidal lock 2\"\n",
- " 6.1498 26.246 18.733 14 7 79.298 12.2d 0.00 0.000 0.051 \"End tidal lock 2\"\n",
- " 6.1855 26.246 18.733 14 14 269.89 76.6d 0.81 0.000 0.000 Mers(5)=0.340085 - Mers(6)=0.703408 - Mers(7)=0.958901 - Mers(8)=0.805378 - Mers(9)=0.76236 \n",
- " 6.1855 26.246 18.733 14 14 269.89 76.6d 0.81 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.7333 Mc\"CO\"=14.1308 type=8) -> kick 1(190) vk=297.427 vr=329.003 omega=4.79005 phi=0.657015 -> vn=429.748 ; final sep 269.892 ecc 0.805198 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1855 26.246 18.733 14 14 269.89 76.6d 0.81 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1855 26.246 18.733 14 14 269.89 76.6d 0.81 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.246 18.733 14 14 266.49 75.1d 0.80 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=48336 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 82.618 10.1 d 0.18 0.000 0.284 Randbuf=16833 - Mers(0)=0.0910814 - Mers(1)=0.677623 - Mers(2)=0.874638 - Mers(3)=0.910419 - Mers(4)=0.847153 \n",
+ " 4.1327 26.215 48.508 14 1 82.618 10.1 d 0.18 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=372.785 vr=401.272 omega=5.32282 phi=0.962876 -> vn=386.579 ; final sep 82.6179 ecc 0.18148 (random count 0) - Runaway v=(304.085,-19.2816,-181.38) |v|=354.596 : companion v=(-48.8523,-83.8654,-37.4797), |v|=104.042 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 82.618 10.1 d 0.18 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 82.618 10.1 d 0.18 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 82.618 10.1 d 0.18 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 89.943 11.4 d 0.18 0.000 0.280 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 94.954 12.4 d 0.18 0.000 0.294 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 97.217 12.8 d 0.16 0.000 0.464 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 97.217 12.8 d 0.16 0.000 0.464 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 97.217 12.8 d 0.16 0.000 0.464 \"END_BSS\"\n",
+ " 5.7427 26.215 48.508 14 2 97.217 12.8 d 0.16 0.000 0.855 \"Start tidal lock 2\"\n",
+ " 5.7429 26.215 48.508 14 2 97.215 12.8 d 0.16 0.000 0.962 \"End tidal lock 2\"\n",
+ " 5.7429 26.215 48.508 14 2 97.214 12.8 d 0.16 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7429 26.215 48.508 14 2 94.646 12.3 d 0.00 0.000 1.028 \"BEG_SYMB\"\n",
+ " 5.7429 26.215 48.508 14 2 94.646 12.3 d 0.00 0.000 1.028 \"Circularized\"\n",
+ " 5.7432 26.215 48.508 14 2 94.644 12.3 d 0.00 0.000 1.207 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.343 14 2 95.187 12.5 d 0.00 0.000 4.841 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.992 14 4 96.132 12.7 d 0.00 0.000 8.112 \"TYPE_CHNGE\"\n",
+ " 5.7803 26.220 27.141 14 4 134.17 24.6 d 0.00 0.000 7.288 \"Start Carbon Star 2\"\n",
+ " 5.7819 26.221 26.200 14 4 136.6 25.5 d 0.00 0.000 7.349 \"q-inv\"\n",
+ " 5.7973 26.223 18.961 14 4 158.65 34.4 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.7974 26.223 18.961 14 4 158.65 34.4 d 0.00 0.000 0.992 \"END_SYMB\"\n",
+ " 5.8163 26.223 18.961 14 7 158.65 34.4 d 0.00 0.000 0.025 \"TYPE_CHNGE\"\n",
+ " 5.8163 26.223 18.961 14 7 158.65 34.4 d 0.00 0.000 0.025 \"Start tidal lock 2\"\n",
+ " 5.8163 26.223 18.961 14 7 158.65 34.4 d 0.00 0.000 0.025 \"End Carbon Star 2\"\n",
+ " 6.1821 26.223 18.961 14 14 223.62 57.6 d 0.74 0.000 0.000 Mers(5)=0.1637 - Mers(6)=0.567303 - Mers(7)=0.507104 - Mers(8)=0.0563088 - Mers(9)=0.15884 \n",
+ " 6.1821 26.223 18.961 14 14 223.62 57.6 d 0.74 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9606 Mc\"CO\"=14.3065 type=8) -> kick 1(190) vk=248.419 vr=233.128 omega=0.998023 phi=-1.09164 -> vn=264.835 ; final sep 223.618 ecc 0.741448 (random count 5) - Runaway v=(103.905,66.1005,-163.712) |v|=248.514 : companion v=(-13.1035,-38.8379,-42.6797), |v|=59.1747 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1821 26.223 18.961 14 14 223.62 57.6 d 0.74 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1821 26.223 18.961 14 14 223.62 57.6 d 0.74 0.000 0.000 \"SN\"\n",
+ " 6.1821 26.223 18.961 14 14 223.62 57.6 d 0.74 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.223 18.961 14 14 221.34 56.7 d 0.74 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
"None\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -39.356}\n",
- "System 2 has separation -39.356\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -101.65}\n",
+ "System 2 has separation -101.65\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -119.51}\n",
- "System 3 has separation -119.51\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -75.744}\n",
+ "System 3 has separation -75.744\n",
"system 4 / 100\n",
"None\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -112.9}\n",
- "System 5 has separation -112.9\n",
+ "None\n",
"system 6 / 100\n",
"None\n",
"system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -587.37}\n",
- "System 7 has separation -587.37\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -62.267}\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "System 7 has separation -62.267\n",
"system 8 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -41.43}\n",
- "System 8 has separation -41.43\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -42.878}\n",
+ "System 8 has separation -42.878\n",
"system 9 / 100\n",
- "{'time': 6.1826, 'M1': 26.223, 'M2': 18.926, 'K1': 14.0, 'K2': 14.0, 'separation': -31.116}\n",
- "System 9 has separation -31.116\n",
- "system 10 / 100\n",
- "None\n",
- "system 11 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -480.98}\n",
- "System 11 has separation -480.98\n",
- "system 12 / 100\n",
- "{'time': 6.1818, 'M1': 26.224, 'M2': 18.977, 'K1': 14.0, 'K2': 14.0, 'separation': 203.04}\n",
- "System 12 has separation 203.04\n",
+ "{'time': 6.1829, 'M1': 26.222, 'M2': 18.904, 'K1': 14.0, 'K2': 14.0, 'separation': 260.54}\n",
+ "System 9 has separation 260.54\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=16837 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 78.471 9.31 d 0.44 0.000 0.284 Randbuf=20980 - Mers(0)=0.962482 - Mers(1)=0.401263 - Mers(2)=0.689781 - Mers(3)=0.991224 - Mers(4)=0.841718 \n",
+ " 4.1327 26.215 48.508 14 1 78.471 9.31 d 0.44 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=372.235 vr=401.272 omega=5.28867 phi=1.38316 -> vn=374.597 ; final sep 78.4714 ecc 0.43618 (random count 0) - Runaway v=(267.92,81.7823,-207.451) |v|=348.576 : companion v=(-35.1736,-75.6604,-53.6032), |v|=99.1715 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 78.471 9.31 d 0.44 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 78.471 9.31 d 0.44 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 78.471 9.31 d 0.44 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 86.293 10.7 d 0.44 0.000 0.292 \"END_SYMB\"\n",
+ " 4.4380 26.215 48.508 14 1 92.679 12 d 0.44 0.000 0.296 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 77.386 9.12 d 0.10 0.000 0.583 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 77.386 9.12 d 0.10 0.000 0.583 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 77.386 9.12 d 0.10 0.000 0.583 \"END_BSS\"\n",
+ " 5.7425 26.215 48.508 14 2 77.387 9.12 d 0.10 0.000 0.903 \"Start tidal lock 2\"\n",
+ " 5.7426 26.215 48.508 14 2 77.386 9.12 d 0.10 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7426 26.215 48.508 14 2 76.658 8.99 d 0.00 0.000 1.010 \"BEG_SYMB\"\n",
+ " 5.7426 26.215 48.508 14 2 76.658 8.99 d 0.00 0.000 1.010 \"Circularized\"\n",
+ " 5.7433 26.215 48.507 14 2 76.662 8.99 d 0.00 0.000 1.600 \"End tidal lock 2\"\n",
+ " 5.7447 26.215 48.381 14 2 77.045 9.07 d 0.00 0.000 4.379 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.239 14 2 77.43 9.14 d 0.00 0.000 5.931 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.756 14 4 78.444 9.35 d 0.00 0.000 9.949 \"TYPE_CHNGE\"\n",
+ " 5.7721 26.219 27.153 14 4 108.94 18 d 0.00 0.000 8.164 \"Start Carbon Star 2\"\n",
+ " 5.7735 26.219 26.193 14 4 110.95 18.7 d 0.00 0.000 8.123 \"q-inv\"\n",
+ " 5.7883 26.222 18.904 14 4 129.02 25.3 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7883 26.222 18.904 14 4 129.02 25.3 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.8071 26.222 18.904 14 7 129.02 25.3 d 0.00 0.000 0.031 \"TYPE_CHNGE\"\n",
+ " 5.8071 26.222 18.904 14 7 129.02 25.3 d 0.00 0.000 0.031 \"Start tidal lock 2\"\n",
+ " 5.8071 26.222 18.904 14 7 129.02 25.3 d 0.00 0.000 0.031 \"End Carbon Star 2\"\n",
+ " 6.1829 26.222 18.904 14 14 260.54 72.5 d 0.52 0.000 0.000 Mers(5)=0.832981 - Mers(6)=0.367793 - Mers(7)=0.0528412 - Mers(8)=0.325965 - Mers(9)=0.929511 \n",
+ " 6.1829 26.222 18.904 14 14 260.54 72.5 d 0.52 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9038 Mc\"CO\"=14.2626 type=8) -> kick 1(190) vk=237.395 vr=258.351 omega=5.84029 phi=-0.355513 -> vn=316.92 ; final sep 260.544 ecc 0.518851 (random count 5) - Runaway v=(236.542,-90.0335,-25.1485) |v|=273.58 : companion v=(-41.2551,-58.3959,5.01561), |v|=71.6745 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1829 26.222 18.904 14 14 260.54 72.5 d 0.52 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1829 26.222 18.904 14 14 260.54 72.5 d 0.52 0.000 0.000 \"SN\"\n",
+ " 6.1829 26.222 18.904 14 14 260.54 72.5 d 0.52 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.222 18.904 14 14 260.37 72.4 d 0.52 0.000 0.000 \"MAX_TIME\"\n",
+ "\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -199.17}\n",
+ "System 1 has separation -199.17\n",
+ "system 2 / 100\n",
+ "{'time': 6.1825, 'M1': 26.223, 'M2': 18.926, 'K1': 14.0, 'K2': 14.0, 'separation': 161.5}\n",
+ "System 2 has separation 161.5\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=26444 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 85.918 10.7d 0.06 0.000 0.284 Randbuf=48053 - Mers(0)=0.993937 - Mers(1)=0.0101775 - Mers(2)=0.0795149 - Mers(3)=0.0784984 - Mers(4)=0.188002 \n",
- " 4.1327 26.215 48.508 14 1 85.918 10.7d 0.06 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=39.8728 vr=401.272 omega=1.18125 phi=-1.00284 -> vn=395.06 ; final sep 85.9178 ecc 0.0588549 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 85.918 10.7d 0.06 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 85.918 10.7d 0.06 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 85.918 10.7d 0.06 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 93.271 12.1d 0.06 0.000 0.270 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 98.181 13d 0.06 0.000 0.284 \"BEG_BSS \"\n",
- " 5.6219 26.215 48.508 14 1 101.55 13.7d 0.06 0.000 0.538 \"Start tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 1 101.49 13.7d 0.06 0.000 0.457 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 101.49 13.7d 0.06 0.000 0.445 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 101.49 13.7d 0.06 0.000 0.445 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 101.49 13.7d 0.06 0.000 0.445 \"END_BSS\"\n",
- " 5.7426 26.215 48.508 14 2 101.49 13.7d 0.06 0.000 0.753 \"Start tidal lock 2\"\n",
- " 5.7428 26.215 48.508 14 2 101.49 13.7d 0.06 0.000 0.843 \"End tidal lock 2\"\n",
- " 5.7430 26.215 48.508 14 2 101.49 13.7d 0.06 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7430 26.215 48.508 14 2 101.14 13.6d 0.00 0.000 1.004 \"BEG_SYMB\"\n",
- " 5.7430 26.215 48.508 14 2 101.14 13.6d 0.00 0.000 1.004 \"Circularized\"\n",
- " 5.7459 26.215 48.053 14 4 102.39 13.9d 0.00 0.000 7.615 \"TYPE_CHNGE\"\n",
- " 5.7832 26.221 27.146 14 4 142.92 27.1d 0.00 0.000 7.163 \"Start Carbon Star 2\"\n",
- " 5.7848 26.221 26.206 14 4 145.5 28.1d 0.00 0.000 7.260 \"q-inv\"\n",
- " 5.8001 26.224 18.977 14 4 168.95 37.8d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.8001 26.224 18.977 14 4 168.95 37.8d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.8190 26.224 18.977 14 7 168.95 37.8d 0.00 0.000 0.024 \"TYPE_CHNGE\"\n",
- " 5.8190 26.224 18.977 14 7 168.95 37.8d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
- " 5.8190 26.224 18.977 14 7 168.95 37.8d 0.00 0.000 0.024 \"End Carbon Star 2\"\n",
- " 5.9809 26.224 18.977 14 7 168.95 37.8d 0.00 0.000 0.025 \"End tidal lock 2\"\n",
- " 6.1077 26.224 18.977 14 7 168.95 37.8d 0.00 0.000 0.025 \"Start tidal lock 2\"\n",
- " 6.1818 26.224 18.977 14 14 203.04 49.8d 0.30 0.000 0.000 Mers(5)=0.809955 - Mers(6)=0.0702806 - Mers(7)=0.323565 - Mers(8)=0.23574 - Mers(9)=0.7327 \n",
- " 6.1818 26.224 18.977 14 14 203.04 49.8d 0.30 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9771 Mc\"CO\"=14.3193 type=8) -> kick 1(190) vk=74.0934 vr=225.956 omega=4.60369 phi=-0.556855 -> vn=244.191 ; final sep 203.043 ecc 0.303178 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1818 26.224 18.977 14 14 203.04 49.8d 0.30 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1818 26.224 18.977 14 14 203.04 49.8d 0.30 0.000 0.000 \"SN\"\n",
- " 6.1818 26.224 18.977 14 14 203.04 49.8d 0.30 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.224 18.977 14 14 202.92 49.8d 0.30 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=64463 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 90.001 11.4 d 0.48 0.000 0.284 Randbuf=41238 - Mers(0)=0.0789786 - Mers(1)=0.697827 - Mers(2)=0.336295 - Mers(3)=0.0232618 - Mers(4)=0.981292 \n",
+ " 4.1327 26.215 48.508 14 1 90.001 11.4 d 0.48 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=296.786 vr=401.272 omega=6.16564 phi=-1.26456 -> vn=404.478 ; final sep 90.0013 ecc 0.476589 (random count 0) - Runaway v=(334.007,121.405,22.6379) |v|=356.108 : companion v=(-21.2221,-71.2802,5.70043), |v|=74.5904 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 90.001 11.4 d 0.48 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 90.001 11.4 d 0.48 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 90.001 11.4 d 0.48 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 98.567 13.1 d 0.48 0.000 0.255 \"END_SYMB\"\n",
+ " 4.4734 26.215 48.508 14 1 104.99 14.4 d 0.48 0.000 0.264 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 91.801 11.8 d 0.31 0.000 0.492 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 91.801 11.8 d 0.31 0.000 0.492 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 91.801 11.8 d 0.31 0.000 0.492 \"END_BSS\"\n",
+ " 5.7429 26.215 48.508 14 2 91.79 11.8 d 0.31 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7429 26.215 48.508 14 2 82.861 10.1 d 0.00 0.000 1.108 \"BEG_SYMB\"\n",
+ " 5.7429 26.215 48.508 14 2 82.861 10.1 d 0.00 0.000 1.108 \"Circularized\"\n",
+ " 5.7452 26.215 48.242 14 2 83.836 10.3 d 0.00 0.000 5.893 \"Start tidal lock 2\"\n",
+ " 5.7455 26.215 48.119 14 2 84.2 10.4 d 0.00 0.000 7.026 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.853 14 4 84.856 10.5 d 0.00 0.000 9.194 \"TYPE_CHNGE\"\n",
+ " 5.7751 26.220 27.138 14 4 118.28 20.4 d 0.00 0.000 7.740 \"Start Carbon Star 2\"\n",
+ " 5.7766 26.220 26.202 14 4 120.41 21.1 d 0.00 0.000 7.735 \"q-inv\"\n",
+ " 5.7919 26.223 18.926 14 4 139.97 28.5 d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
+ " 5.7919 26.223 18.926 14 4 139.97 28.5 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.8111 26.223 18.926 14 7 139.96 28.5 d 0.00 0.000 0.029 \"TYPE_CHNGE\"\n",
+ " 5.8111 26.223 18.926 14 7 139.96 28.5 d 0.00 0.000 0.029 \"Start tidal lock 2\"\n",
+ " 5.8111 26.223 18.926 14 7 139.96 28.5 d 0.00 0.000 0.029 \"End Carbon Star 2\"\n",
+ " 6.1825 26.223 18.926 14 14 161.5 35.4 d 0.88 0.000 0.000 Mers(5)=0.659743 - Mers(6)=0.318753 - Mers(7)=0.774969 - Mers(8)=0.492302 - Mers(9)=0.125968 \n",
+ " 6.1825 26.223 18.926 14 14 161.5 35.4 d 0.88 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9263 Mc\"CO\"=14.2801 type=8) -> kick 1(190) vk=227.785 vr=248.108 omega=0.791478 phi=-0.0153961 -> vn=264.133 ; final sep 161.501 ecc 0.884461 (random count 5) - Runaway v=(118.112,131.982,4.2132) |v|=246.438 : companion v=(14.9779,-29.7631,-0.727196), |v|=33.3273 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1825 26.223 18.926 14 14 161.5 35.4 d 0.88 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1825 26.223 18.926 14 14 161.5 35.4 d 0.88 0.000 0.000 \"SN\"\n",
+ " 6.1825 26.223 18.926 14 14 161.5 35.4 d 0.88 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.223 18.926 14 14 75.019 11.2 d 0.76 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1826, 'M1': 26.223, 'M2': 18.921, 'K1': 14.0, 'K2': 14.0, 'separation': -65.378}\n",
- "System 1 has separation -65.378\n",
+ "{'time': 6.2437, 'M1': 26.355, 'M2': 16.273, 'K1': 14.0, 'K2': 14.0, 'separation': -57.215}\n",
+ "System 1 has separation -57.215\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -41.082}\n",
- "System 2 has separation -41.082\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -94.886}\n",
+ "System 2 has separation -94.886\n",
"system 3 / 100\n",
- "{'time': 6.1807, 'M1': 26.226, 'M2': 19.061, 'K1': 14.0, 'K2': 14.0, 'separation': 1808.4}\n",
- "System 3 has separation 1808.4\n",
+ "{'time': 6.1813, 'M1': 26.225, 'M2': 19.017, 'K1': 14.0, 'K2': 14.0, 'separation': 257.92}\n",
+ "System 3 has separation 257.92\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=20374 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 162.25 27.7d 0.45 0.000 0.284 Randbuf=18169 - Mers(0)=0.878478 - Mers(1)=0.228654 - Mers(2)=0.532549 - Mers(3)=0.0475214 - Mers(4)=0.507573 \n",
- " 4.1327 26.215 48.508 14 1 162.25 27.7d 0.45 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=149.17 vr=401.272 omega=3.18918 phi=-1.13128 -> vn=483.893 ; final sep 162.25 ecc 0.454224 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 162.25 27.7d 0.45 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 162.25 27.7d 0.45 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 162.25 27.7d 0.45 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 173.53 30.6d 0.45 0.000 0.145 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 180.82 32.6d 0.45 0.000 0.154 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 183.09 33.2d 0.46 0.000 0.246 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 183.09 33.2d 0.46 0.000 0.246 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 183.09 33.2d 0.46 0.000 0.246 \"END_BSS\"\n",
- " 5.7438 26.215 48.508 14 2 184.62 33.6d 0.46 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7438 26.215 48.508 14 2 145.96 23.6d 0.00 0.000 1.266 \"BEG_SYMB\"\n",
- " 5.7438 26.215 48.508 14 2 145.96 23.6d 0.00 0.000 1.266 \"Circularized\"\n",
- " 5.7459 26.215 48.302 14 4 147.46 24d 0.00 0.000 5.284 \"TYPE_CHNGE\"\n",
- " 5.7460 26.215 48.269 14 4 147.68 24.1d 0.00 0.000 5.276 \"Start tidal lock 2\"\n",
- " 5.7463 26.215 48.160 14 4 148.23 24.2d 0.00 0.000 5.258 \"End tidal lock 2\"\n",
- " 5.8011 26.223 27.165 14 4 208.26 47.6d 0.00 0.000 7.985 \"Start Carbon Star 2\"\n",
- " 5.8025 26.223 26.220 14 4 212.03 49.4d 0.00 0.000 8.326 \"q-inv\"\n",
- " 5.8141 26.226 19.061 14 4 245.75 66.3d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
- " 5.8141 26.226 19.061 14 4 245.75 66.3d 0.00 0.000 0.995 \"END_SYMB\"\n",
- " 5.8336 26.226 19.061 14 7 245.75 66.3d 0.00 0.000 0.016 \"TYPE_CHNGE\"\n",
- " 5.8336 26.226 19.061 14 7 245.75 66.3d 0.00 0.000 0.016 \"End Carbon Star 2\"\n",
- " 6.1807 26.226 19.061 14 14 1808.4 3.62y 0.86 0.000 0.000 Mers(5)=0.909678 - Mers(6)=0.222289 - Mers(7)=0.310135 - Mers(8)=0.288769 - Mers(9)=0.920915 \n",
- " 6.1807 26.226 19.061 14 14 1808.4 3.62y 0.86 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0615 Mc\"CO\"=14.3845 type=8) -> kick 1(190) vk=192.777 vr=187.527 omega=5.78628 phi=-0.43616 -> vn=256.035 ; final sep 1808.4 ecc 0.864574 (random count 5) - Runaway v=(218.491,-26.6742,32.3455) |v|=222.477 : companion v=(-35.6356,-41.1535,4.70848), |v|=54.6414 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1807 26.226 19.061 14 14 1808.4 3.62y 0.86 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1807 26.226 19.061 14 14 1808.4 3.62y 0.86 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.226 19.061 14 14 1808.4 3.62y 0.86 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=54371 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 110.23 15.5 d 0.27 0.000 0.284 Randbuf=36403 - Mers(0)=0.82064 - Mers(1)=0.137502 - Mers(2)=0.935816 - Mers(3)=0.181795 - Mers(4)=0.297187 \n",
+ " 4.1327 26.215 48.508 14 1 110.23 15.5 d 0.27 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=109.163 vr=401.272 omega=1.86728 phi=-0.689835 -> vn=438.952 ; final sep 110.231 ecc 0.266485 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 110.23 15.5 d 0.27 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 110.23 15.5 d 0.27 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 110.23 15.5 d 0.27 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 118.84 17.4 d 0.27 0.000 0.212 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 124.46 18.6 d 0.27 0.000 0.224 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 128.6 19.5 d 0.28 0.000 0.351 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 128.6 19.5 d 0.28 0.000 0.351 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 128.6 19.5 d 0.28 0.000 0.351 \"END_BSS\"\n",
+ " 5.7433 26.215 48.508 14 2 128.59 19.5 d 0.28 0.000 0.960 \"Start tidal lock 2\"\n",
+ " 5.7433 26.215 48.508 14 2 128.58 19.5 d 0.28 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7433 26.215 48.508 14 2 118.59 17.3 d 0.00 0.000 1.085 \"BEG_SYMB\"\n",
+ " 5.7433 26.215 48.508 14 2 118.59 17.3 d 0.00 0.000 1.085 \"Circularized\"\n",
+ " 5.7435 26.215 48.508 14 2 118.59 17.3 d 0.00 0.000 1.234 \"End tidal lock 2\"\n",
+ " 5.7453 26.215 48.385 14 2 119.18 17.4 d 0.00 0.000 4.336 \"Start tidal lock 2\"\n",
+ " 5.7457 26.215 48.256 14 2 119.72 17.6 d 0.00 0.000 5.759 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.179 14 4 120.01 17.7 d 0.00 0.000 6.494 \"TYPE_CHNGE\"\n",
+ " 5.7911 26.222 27.158 14 4 168.46 34.6 d 0.00 0.000 7.185 \"Start Carbon Star 2\"\n",
+ " 5.7927 26.222 26.217 14 4 171.5 35.9 d 0.00 0.000 7.389 \"q-inv\"\n",
+ " 5.8067 26.225 19.017 14 4 198.97 48.3 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.8067 26.225 19.017 14 4 198.97 48.3 d 0.00 0.000 0.992 \"END_SYMB\"\n",
+ " 5.8261 26.225 19.017 14 7 198.97 48.3 d 0.00 0.000 0.020 \"TYPE_CHNGE\"\n",
+ " 5.8261 26.225 19.017 14 7 198.97 48.3 d 0.00 0.000 0.020 \"Start tidal lock 2\"\n",
+ " 5.8261 26.225 19.017 14 7 198.97 48.3 d 0.00 0.000 0.020 \"End Carbon Star 2\"\n",
+ " 5.8435 26.225 19.017 14 7 198.97 48.3 d 0.00 0.000 0.020 \"End tidal lock 2\"\n",
+ " 6.1624 26.225 19.017 14 7 198.97 48.3 d 0.00 0.000 0.020 \"Start tidal lock 2\"\n",
+ " 6.1813 26.225 19.017 14 14 257.92 71.3 d 0.83 0.000 0.000 Mers(5)=0.209274 - Mers(6)=0.548864 - Mers(7)=0.783792 - Mers(8)=0.0770302 - Mers(9)=0.187694 \n",
+ " 6.1813 26.225 19.017 14 14 257.92 71.3 d 0.83 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0171 Mc\"CO\"=14.3502 type=8) -> kick 1(190) vk=241.481 vr=208.305 omega=1.17932 phi=-1.00832 -> vn=230.885 ; final sep 257.915 ecc 0.829668 (random count 5) - Runaway v=(103.707,159.679,-120.208) |v|=225.172 : companion v=(-8.38921,-29.474,-49.7572), |v|=58.4369 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1813 26.225 19.017 14 14 257.92 71.3 d 0.83 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1813 26.225 19.017 14 14 257.92 71.3 d 0.83 0.000 0.000 \"SN\"\n",
+ " 6.1813 26.225 19.017 14 14 257.92 71.3 d 0.83 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.225 19.017 14 14 251.59 68.7 d 0.83 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -108.69}\n",
- "System 1 has separation -108.69\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -147.73}\n",
+ "System 1 has separation -147.73\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -99.661}\n",
- "System 2 has separation -99.661\n",
+ "None\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -161.43}\n",
- "System 3 has separation -161.43\n",
- "system 4 / 100\n",
"None\n",
+ "system 4 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -33.163}\n",
+ "System 4 has separation -33.163\n",
"system 5 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -667.05}\n",
+ "System 5 has separation -667.05\n",
"system 6 / 100\n",
- "{'time': 6.1823, 'M1': 26.223, 'M2': 18.942, 'K1': 14.0, 'K2': 14.0, 'separation': -56.426}\n",
- "System 6 has separation -56.426\n",
- "system 7 / 100\n",
- "{'time': 6.1826, 'M1': 26.223, 'M2': 18.922, 'K1': 14.0, 'K2': 14.0, 'separation': -35.461}\n",
- "System 7 has separation -35.461\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -106.87}\n",
+ "System 6 has separation -106.87\n",
+ "system 7 / 100\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -89.768}\n",
+ "System 7 has separation -89.768\n",
"system 8 / 100\n",
"None\n",
"system 9 / 100\n",
- "None\n",
+ "{'time': 6.1824, 'M1': 26.223, 'M2': 18.937, 'K1': 14.0, 'K2': 14.0, 'separation': -91.23}\n",
+ "System 9 has separation -91.23\n",
"system 10 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.994, 'K1': 14.0, 'K2': 14.0, 'separation': 150.6}\n",
- "System 10 has separation 150.6\n",
- "Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=32165 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 92.553 11.9d 0.06 0.000 0.284 Randbuf=16351 - Mers(0)=0.73028 - Mers(1)=0.0886393 - Mers(2)=0.604072 - Mers(3)=0.989634 - Mers(4)=0.75904 \n",
- " 4.1327 26.215 48.508 14 1 92.553 11.9d 0.06 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=88.1161 vr=401.272 omega=4.76919 phi=1.36682 -> vn=409.842 ; final sep 92.5531 ecc 0.0612441 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 92.553 11.9d 0.06 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 92.553 11.9d 0.06 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 92.553 11.9d 0.06 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 100.18 13.4d 0.06 0.000 0.251 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 105.21 14.5d 0.06 0.000 0.265 \"BEG_BSS \"\n",
- " 5.7032 26.215 48.508 14 1 108.72 15.2d 0.06 0.000 0.551 \"Start tidal lock 2\"\n",
- " 5.7272 26.215 48.508 14 1 108.75 15.2d 0.06 0.000 0.519 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 108.77 15.2d 0.06 0.000 0.415 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 108.77 15.2d 0.06 0.000 0.415 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 108.77 15.2d 0.06 0.000 0.415 \"END_BSS\"\n",
- " 5.7427 26.215 48.508 14 2 108.77 15.2d 0.06 0.000 0.734 \"Start tidal lock 2\"\n",
- " 5.7428 26.215 48.508 14 2 108.77 15.2d 0.06 0.000 0.815 \"End tidal lock 2\"\n",
- " 5.7431 26.215 48.508 14 2 108.77 15.2d 0.06 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7431 26.215 48.508 14 2 108.33 15.1d 0.00 0.000 1.005 \"BEG_SYMB\"\n",
- " 5.7431 26.215 48.508 14 2 108.33 15.1d 0.00 0.000 1.005 \"Circularized\"\n",
- " 5.7459 26.215 48.110 14 4 109.47 15.4d 0.00 0.000 7.121 \"TYPE_CHNGE\"\n",
- " 5.7864 26.221 27.163 14 4 152.93 30d 0.00 0.000 7.107 \"Start Carbon Star 2\"\n",
- " 5.7880 26.221 26.204 14 4 155.75 31.1d 0.00 0.000 7.251 \"q-inv\"\n",
- " 5.8028 26.224 18.994 14 4 180.76 41.9d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
- " 5.8029 26.224 18.994 14 4 180.76 41.9d 0.00 0.000 0.995 \"END_SYMB\"\n",
- " 5.8222 26.224 18.994 14 7 180.76 41.9d 0.00 0.000 0.022 \"TYPE_CHNGE\"\n",
- " 5.8222 26.224 18.994 14 7 180.76 41.9d 0.00 0.000 0.022 \"Start tidal lock 2\"\n",
- " 5.8222 26.224 18.994 14 7 180.76 41.9d 0.00 0.000 0.022 \"End Carbon Star 2\"\n",
- " 5.9227 26.224 18.994 14 7 180.76 41.9d 0.00 0.000 0.023 \"End tidal lock 2\"\n",
- " 6.1369 26.224 18.994 14 7 180.76 41.9d 0.00 0.000 0.023 \"Start tidal lock 2\"\n",
- " 6.1816 26.224 18.994 14 14 150.6 31.8d 0.20 0.000 0.000 Mers(5)=0.887567 - Mers(6)=0.042006 - Mers(7)=0.891927 - Mers(8)=0.0541357 - Mers(9)=0.995708 \n",
- " 6.1816 26.224 18.994 14 14 150.6 31.8d 0.20 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9942 Mc\"CO\"=14.3325 type=8) -> kick 1(190) vk=84.3435 vr=218.493 omega=6.25622 phi=-1.10115 -> vn=195.394 ; final sep 150.597 ecc 0.200331 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1816 26.224 18.994 14 14 150.6 31.8d 0.20 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1816 26.224 18.994 14 14 150.6 31.8d 0.20 0.000 0.000 \"SN\"\n",
- " 6.1816 26.224 18.994 14 14 150.6 31.8d 0.20 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.224 18.994 14 14 150.38 31.8d 0.20 0.000 0.000 \"MAX_TIME\"\n",
- "\n",
- "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
- "system 1 / 100\n",
- "{'time': 6.1862, 'M1': 26.252, 'M2': 18.69, 'K1': 14.0, 'K2': 14.0, 'separation': 89.423}\n",
- "System 1 has separation 89.423\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -76.569}\n",
+ "System 10 has separation -76.569\n",
+ "system 11 / 100\n",
+ "{'time': 6.1819, 'M1': 26.224, 'M2': 18.97, 'K1': 14.0, 'K2': 14.0, 'separation': -159.42}\n",
+ "System 11 has separation -159.42\n",
+ "system 12 / 100\n",
+ "None\n",
+ "system 13 / 100\n",
+ "{'time': 6.1841, 'M1': 26.221, 'M2': 18.825, 'K1': 14.0, 'K2': 14.0, 'separation': 165.7}\n",
+ "System 13 has separation 165.7\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=54738 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 58.337 5.97d 0.63 0.000 0.284 Randbuf=60197 - Mers(0)=0.435262 - Mers(1)=0.169567 - Mers(2)=0.149304 - Mers(3)=0.930537 - Mers(4)=0.857649 \n",
- " 4.1327 26.215 48.508 14 1 58.337 5.97d 0.63 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=298.104 vr=401.272 omega=5.38877 phi=1.03738 -> vn=278.577 ; final sep 58.3367 ecc 0.63053 (random count 0) - Runaway v=(220.808,34.5258,-123.123) |v|=255.162 : companion v=(-18.4844,-82.5408,-41.6418), |v|=94.2799 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 58.337 5.97d 0.63 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 58.337 5.97d 0.63 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 58.337 5.97d 0.63 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 66.219 7.22d 0.63 0.000 0.380 \"END_SYMB\"\n",
- " 4.4387 26.215 48.508 14 1 60.504 6.31d 0.52 0.000 0.454 \"BEG_BSS \"\n",
- " 4.7651 26.215 48.508 14 1 45.536 4.12d 0.12 0.000 0.678 \"Start tidal lock 2\"\n",
- " 5.2653 26.215 48.508 14 1 44.544 3.98d 0.00 0.000 0.902 \"Circularized\"\n",
- " 5.3977 26.215 48.508 14 1 44.315 3.95d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.3981 26.215 48.508 14 1 44.315 3.95d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
- " 5.7421 26.247 48.332 14 2 44.415 3.97d 0.00 0.000 1.014 \"OFF_MS\"\n",
- " 5.7421 26.247 48.332 14 2 44.415 3.97d 0.00 0.000 1.014 \"TYPE_CHNGE\"\n",
- " 5.7421 26.247 48.332 14 2 44.415 3.97d 0.00 0.000 1.014 \"END_BSS\"\n",
- " 5.7421 26.247 48.332 14 2 44.415 3.97d 0.00 0.000 1.014 \"End tidal lock 2\"\n",
- " 5.7448 26.248 47.980 14 2 45.677 4.15d 0.00 0.000 6.698 \"Start tidal lock 2\"\n",
- " 5.7450 26.248 47.842 14 2 45.899 4.18d 0.00 0.000 7.869 \"End tidal lock 2\"\n",
- " 5.7461 26.248 46.651 14 4 47.112 4.39d 0.00 0.000 16.407 \"TYPE_CHNGE\"\n",
- " 5.7596 26.250 27.145 14 4 64.217 8.15d 0.00 0.000 12.828 \"Start Carbon Star 2\"\n",
- " 5.7603 26.250 26.232 14 4 65.347 8.44d 0.00 0.000 12.630 \"q-inv\"\n",
- " 5.7703 26.252 18.690 14 4 76.398 11.5d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
- " 5.7703 26.252 18.690 14 4 76.398 11.5d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.7873 26.252 18.690 14 7 76.396 11.5d 0.00 0.000 0.052 \"TYPE_CHNGE\"\n",
- " 5.7873 26.252 18.690 14 7 76.396 11.5d 0.00 0.000 0.052 \"End Carbon Star 2\"\n",
- " 5.8976 26.252 18.690 14 7 76.396 11.5d 0.00 0.000 0.054 \"Start tidal lock 2\"\n",
- " 6.1490 26.252 18.690 14 7 76.396 11.5d 0.00 0.000 0.053 \"End tidal lock 2\"\n",
- " 6.1862 26.252 18.690 14 14 89.423 14.6d 0.54 0.000 0.000 Mers(5)=0.234751 - Mers(6)=0.380025 - Mers(7)=0.083539 - Mers(8)=0.503604 - Mers(9)=0.774412 \n",
- " 6.1862 26.252 18.690 14 14 89.423 14.6d 0.54 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.6898 Mc\"CO\"=14.0972 type=8) -> kick 1(190) vk=188.938 vr=335.053 omega=4.86578 phi=0.00720714 -> vn=358.629 ; final sep 89.4234 ecc 0.535286 (random count 5) - Runaway v=(-18.4844,-82.5408,-41.6418) |v|=94.2799 : companion v=(220.808,34.5258,-123.123), |v|=255.162 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1862 26.252 18.690 14 14 89.423 14.6d 0.54 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1862 26.252 18.690 14 14 89.423 14.6d 0.54 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.252 18.690 14 14 84.604 13.4d 0.52 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=81562 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 129.98 19.9 d 0.81 0.000 0.284 Randbuf=32076 - Mers(0)=0.512617 - Mers(1)=0.817888 - Mers(2)=0.592309 - Mers(3)=0.885537 - Mers(4)=0.150681 \n",
+ " 4.1327 26.215 48.508 14 1 129.98 19.9 d 0.81 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=419.997 vr=401.272 omega=0.946757 phi=0.880528 -> vn=460.795 ; final sep 129.978 ecc 0.807361 (random count 0) - Runaway v=(258.611,310.245,162.311) |v|=435.289 : companion v=(-7.13298,-50.3771,54.3127), |v|=74.4218 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 129.98 19.9 d 0.81 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 129.98 19.9 d 0.81 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 129.98 19.9 d 0.81 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 145.4 23.5 d 0.81 0.000 0.173 \"END_SYMB\"\n",
+ " 4.4764 26.215 48.508 14 1 158.96 26.9 d 0.81 0.000 0.175 \"BEG_BSS \"\n",
+ " 5.4387 26.215 48.508 14 1 56.811 5.74 d 0.12 0.000 0.807 \"Start tidal lock 2\"\n",
+ " 5.6384 26.215 48.508 14 1 55.632 5.56 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.6388 26.215 48.508 14 1 55.631 5.56 d 0.00 0.000 1.001 \"Circularized\"\n",
+ " 5.6388 26.215 48.508 14 1 55.631 5.56 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7292 26.216 48.507 14 1 55.63 5.56 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7296 26.216 48.507 14 1 55.637 5.56 d 0.00 0.000 0.992 \"END_SYMB\"\n",
+ " 5.7418 26.216 48.507 14 2 56.035 5.62 d 0.00 0.000 0.805 \"OFF_MS\"\n",
+ " 5.7418 26.216 48.507 14 2 56.035 5.62 d 0.00 0.000 0.805 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.216 48.507 14 2 56.035 5.62 d 0.00 0.000 0.805 \"END_BSS\"\n",
+ " 5.7418 26.216 48.507 14 2 56.035 5.62 d 0.00 0.000 0.805 \"End tidal lock 2\"\n",
+ " 5.7422 26.216 48.507 14 2 56.037 5.62 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7422 26.216 48.507 14 2 56.037 5.62 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7448 26.216 48.184 14 2 57.019 5.78 d 0.00 0.000 6.436 \"Start tidal lock 2\"\n",
+ " 5.7451 26.216 48.052 14 2 57.283 5.83 d 0.00 0.000 7.587 \"End tidal lock 2\"\n",
+ " 5.7459 26.216 47.276 14 4 58.374 6.02 d 0.00 0.000 13.387 \"TYPE_CHNGE\"\n",
+ " 5.7635 26.219 27.162 14 4 80.362 11.4 d 0.00 0.000 10.511 \"Start Carbon Star 2\"\n",
+ " 5.7645 26.219 26.199 14 4 81.85 11.8 d 0.00 0.000 10.364 \"q-inv\"\n",
+ " 5.7764 26.221 18.825 14 4 95.357 16.1 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7765 26.221 18.825 14 4 95.356 16.1 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.7943 26.221 18.825 14 7 95.355 16.1 d 0.00 0.000 0.042 \"TYPE_CHNGE\"\n",
+ " 5.7943 26.221 18.825 14 7 95.355 16.1 d 0.00 0.000 0.042 \"End Carbon Star 2\"\n",
+ " 5.8339 26.221 18.825 14 7 95.355 16.1 d 0.00 0.000 0.042 \"Start tidal lock 2\"\n",
+ " 6.1678 26.221 18.825 14 7 95.355 16.1 d 0.00 0.000 0.042 \"End tidal lock 2\"\n",
+ " 6.1841 26.221 18.825 14 14 165.7 36.8 d 0.43 0.000 0.000 Mers(5)=0.551072 - Mers(6)=0.608485 - Mers(7)=0.94464 - Mers(8)=0.243214 - Mers(9)=0.899464 \n",
+ " 6.1841 26.221 18.825 14 14 165.7 36.8 d 0.43 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8251 Mc\"CO\"=14.2018 type=8) -> kick 1(190) vk=284.269 vr=300.25 omega=5.6515 phi=-0.539343 -> vn=358.36 ; final sep 165.701 ecc 0.428699 (random count 5) - Runaway v=(294.184,-96.8354,123.778) |v|=312.691 : companion v=(-51.6212,-70.0523,12.0208), |v|=87.8441 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1841 26.221 18.825 14 14 165.7 36.8 d 0.43 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1841 26.221 18.825 14 14 165.7 36.8 d 0.43 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.221 18.825 14 14 165.31 36.7 d 0.43 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1822, 'M1': 26.223, 'M2': 18.952, 'K1': 14.0, 'K2': 14.0, 'separation': -81.832}\n",
- "System 1 has separation -81.832\n",
+ "{'time': 6.1819, 'M1': 26.224, 'M2': 18.975, 'K1': 14.0, 'K2': 14.0, 'separation': -23.855}\n",
+ "System 1 has separation -23.855\n",
"system 2 / 100\n",
- "None\n",
+ "{'time': 6.1811, 'M1': 26.225, 'M2': 19.036, 'K1': 14.0, 'K2': 14.0, 'separation': -168.1}\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "System 2 has separation -168.1\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -50.067}\n",
- "System 3 has separation -50.067\n",
+ "None\n",
"system 4 / 100\n",
- "{'time': 6.1811, 'M1': 26.225, 'M2': 19.035, 'K1': 14.0, 'K2': 14.0, 'separation': -35.253}\n",
- "System 4 has separation -35.253\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -110.34}\n",
+ "System 4 has separation -110.34\n",
"system 5 / 100\n",
- "{'time': 6.2821, 'M1': 26.394, 'M2': 15.122, 'K1': 14.0, 'K2': 14.0, 'separation': -105.34}\n",
- "System 5 has separation -105.34\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -562.74}\n",
+ "System 5 has separation -562.74\n",
"system 6 / 100\n",
- "{'time': 6.1823, 'M1': 26.223, 'M2': 18.947, 'K1': 14.0, 'K2': 14.0, 'separation': 81.367}\n",
- "System 6 has separation 81.367\n",
+ "{'time': 6.1815, 'M1': 26.224, 'M2': 19.003, 'K1': 14.0, 'K2': 14.0, 'separation': 206.93}\n",
+ "System 6 has separation 206.93\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=32526 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 81.656 9.89d 0.28 0.000 0.284 Randbuf=21738 - Mers(0)=0.944307 - Mers(1)=0.234844 - Mers(2)=0.867951 - Mers(3)=0.737257 - Mers(4)=0.920017 \n",
- " 4.1327 26.215 48.508 14 1 81.656 9.89d 0.28 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=305.679 vr=401.272 omega=5.78064 phi=0.494413 -> vn=383.939 ; final sep 81.6556 ecc 0.276043 (random count 0) - Runaway v=(333.101,20.265,-49.4756) |v|=337.364 : companion v=(-35.244,-80.9905,-11.0183), |v|=89.0112 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 81.656 9.89d 0.28 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 81.656 9.89d 0.28 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 81.656 9.89d 0.28 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 89.111 11.3d 0.28 0.000 0.283 \"END_SYMB\"\n",
- " 4.4837 26.215 48.508 14 1 94.381 12.3d 0.28 0.000 0.295 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 94.091 12.2d 0.22 0.000 0.480 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 94.091 12.2d 0.22 0.000 0.480 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 94.091 12.2d 0.22 0.000 0.480 \"END_BSS\"\n",
- " 5.7428 26.215 48.508 14 2 94.09 12.2d 0.22 0.000 0.933 \"Start tidal lock 2\"\n",
- " 5.7429 26.215 48.508 14 2 94.087 12.2d 0.22 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7429 26.215 48.508 14 2 89.565 11.4d 0.00 0.000 1.051 \"BEG_SYMB\"\n",
- " 5.7429 26.215 48.508 14 2 89.565 11.4d 0.00 0.000 1.051 \"Circularized\"\n",
- " 5.7433 26.215 48.508 14 2 89.567 11.4d 0.00 0.000 1.393 \"End tidal lock 2\"\n",
- " 5.7450 26.215 48.374 14 2 90.05 11.5d 0.00 0.000 4.475 \"Start tidal lock 2\"\n",
- " 5.7454 26.215 48.239 14 2 90.475 11.5d 0.00 0.000 5.927 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.937 14 4 91.264 11.7d 0.00 0.000 8.546 \"TYPE_CHNGE\"\n",
- " 5.7780 26.220 27.152 14 4 127.29 22.8d 0.00 0.000 7.444 \"Start Carbon Star 2\"\n",
- " 5.7796 26.220 26.214 14 4 129.59 23.6d 0.00 0.000 7.476 \"q-inv\"\n",
- " 5.7951 26.223 18.947 14 4 150.6 31.8d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.7951 26.223 18.947 14 4 150.6 31.8d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.8140 26.223 18.947 14 7 150.6 31.8d 0.00 0.000 0.027 \"TYPE_CHNGE\"\n",
- " 5.8140 26.223 18.947 14 7 150.6 31.8d 0.00 0.000 0.027 \"Start tidal lock 2\"\n",
- " 5.8140 26.223 18.947 14 7 150.6 31.8d 0.00 0.000 0.027 \"End Carbon Star 2\"\n",
- " 6.1823 26.223 18.947 14 14 81.367 12.6d 0.88 0.000 0.000 Mers(5)=0.0147146 - Mers(6)=0.720972 - Mers(7)=0.378708 - Mers(8)=0.214955 - Mers(9)=0.279645 \n",
- " 6.1823 26.223 18.947 14 14 81.367 12.6d 0.88 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9465 Mc\"CO\"=14.2957 type=8) -> kick 1(190) vk=304.563 vr=239.241 omega=1.75706 phi=-0.606616 -> vn=92.3865 ; final sep 81.3671 ecc 0.883486 (random count 5) - Runaway v=(-93.8667,46.4295,-49.9581) |v|=145.564 : companion v=(1.60508,85.5996,-95.1442), |v|=127.993 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1823 26.223 18.947 14 14 81.367 12.6d 0.88 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1823 26.223 18.947 14 14 81.367 12.6d 0.88 0.000 0.000 \"SN\"\n",
- " 6.1823 26.223 18.947 14 14 81.367 12.6d 0.88 0.000 0.000 \"End tidal lock 2\"\n",
- " 2494.7992 26.223 18.947 14 14 0.11303 0.0157h 0.00 0.002 0.002 Contact reached R/RL = 0.00307837 0.00258006, st 14 14\n",
- " 2494.7992 45.170 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.789451 - Mers(11)=0.0120857 \n",
- " 2494.7992 45.170 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.1697 Mc\"CO\"=45.1697,\"BH\"=45.1697 type=14) -> kick 0(0) vk=0 vr=0 omega=0.0759366 phi=0.617381 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(1.60508,85.5996,-95.1442) |v|=127.993 : companion v=(-93.8667,46.4295,-49.9581), |v|=145.564 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 2494.7992 45.170 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 2494.7992 45.170 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
- " 2494.7992 45.170 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 45.170 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=68746 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 100.31 13.5 d 0.21 0.000 0.284 Randbuf=19907 - Mers(0)=0.768655 - Mers(1)=0.0583837 - Mers(2)=0.429398 - Mers(3)=0.789859 - Mers(4)=0.720749 \n",
+ " 4.1327 26.215 48.508 14 1 100.31 13.5 d 0.21 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=90.0295 vr=401.272 omega=4.5286 phi=0.618382 -> vn=424.128 ; final sep 100.31 ecc 0.205537 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 100.31 13.5 d 0.21 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 100.31 13.5 d 0.21 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 100.31 13.5 d 0.21 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 108.41 15.1 d 0.21 0.000 0.232 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 113.72 16.2 d 0.21 0.000 0.245 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 117.71 17.1 d 0.22 0.000 0.383 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 117.71 17.1 d 0.22 0.000 0.383 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 117.71 17.1 d 0.22 0.000 0.383 \"END_BSS\"\n",
+ " 5.7429 26.215 48.508 14 2 117.71 17.1 d 0.22 0.000 0.818 \"Start tidal lock 2\"\n",
+ " 5.7431 26.215 48.508 14 2 117.71 17.1 d 0.22 0.000 0.922 \"End tidal lock 2\"\n",
+ " 5.7432 26.215 48.508 14 2 117.7 17.1 d 0.22 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7432 26.215 48.508 14 2 112.24 15.9 d 0.00 0.000 1.049 \"BEG_SYMB\"\n",
+ " 5.7432 26.215 48.508 14 2 112.24 15.9 d 0.00 0.000 1.049 \"Circularized\"\n",
+ " 5.7438 26.215 48.506 14 2 112.24 15.9 d 0.00 0.000 1.644 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.418 14 2 112.57 16 d 0.00 0.000 3.888 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.139 14 4 113.49 16.2 d 0.00 0.000 6.868 \"TYPE_CHNGE\"\n",
+ " 5.7882 26.221 27.159 14 4 158.83 31.7 d 0.00 0.000 7.116 \"Start Carbon Star 2\"\n",
+ " 5.7898 26.222 26.217 14 4 161.7 32.9 d 0.00 0.000 7.282 \"q-inv\"\n",
+ " 5.8044 26.224 19.003 14 4 187.67 44.3 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.8044 26.224 19.003 14 4 187.67 44.3 d 0.00 0.000 0.992 \"END_SYMB\"\n",
+ " 5.8234 26.224 19.003 14 7 187.67 44.3 d 0.00 0.000 0.021 \"TYPE_CHNGE\"\n",
+ " 5.8234 26.224 19.003 14 7 187.67 44.3 d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
+ " 5.8234 26.224 19.003 14 7 187.67 44.3 d 0.00 0.000 0.021 \"End Carbon Star 2\"\n",
+ " 5.8889 26.224 19.003 14 7 187.67 44.3 d 0.00 0.000 0.022 \"End tidal lock 2\"\n",
+ " 6.1468 26.224 19.003 14 7 187.67 44.3 d 0.00 0.000 0.022 \"Start tidal lock 2\"\n",
+ " 6.1815 26.224 19.003 14 14 206.93 51.3 d 0.67 0.000 0.000 Mers(5)=0.123048 - Mers(6)=0.307199 - Mers(7)=0.581558 - Mers(8)=0.0991059 - Mers(9)=0.0907537 \n",
+ " 6.1815 26.224 19.003 14 14 206.93 51.3 d 0.67 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0034 Mc\"CO\"=14.3396 type=8) -> kick 1(190) vk=178.432 vr=214.451 omega=0.570222 phi=-0.930282 -> vn=224.209 ; final sep 206.931 ecc 0.670422 (random count 5) - Runaway v=(157.888,110.875,-52.5221) |v|=199.951 : companion v=(-5.57062,-38.633,-17.9036), |v|=42.9427 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1815 26.224 19.003 14 14 206.93 51.3 d 0.67 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1815 26.224 19.003 14 14 206.93 51.3 d 0.67 0.000 0.000 \"SN\"\n",
+ " 6.1815 26.224 19.003 14 14 206.93 51.3 d 0.67 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.224 19.003 14 14 205.68 50.8 d 0.67 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1812, 'M1': 26.225, 'M2': 19.022, 'K1': 14.0, 'K2': 14.0, 'separation': -53.365}\n",
- "System 1 has separation -53.365\n",
- "system 2 / 100\n",
"None\n",
+ "system 2 / 100\n",
+ "{'time': 6.1815, 'M1': 26.224, 'M2': 19.003, 'K1': 14.0, 'K2': 14.0, 'separation': -239.52}\n",
+ "System 2 has separation -239.52\n",
"system 3 / 100\n",
- "{'time': 6.1832, 'M1': 26.222, 'M2': 18.884, 'K1': 14.0, 'K2': 14.0, 'separation': -36.222}\n",
- "System 3 has separation -36.222\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -169.26}\n",
+ "System 3 has separation -169.26\n",
"system 4 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -37.896}\n",
- "System 4 has separation -37.896\n",
+ "{'time': 6.1826, 'M1': 26.223, 'M2': 18.923, 'K1': 14.0, 'K2': 14.0, 'separation': -189.18}\n",
+ "System 4 has separation -189.18\n",
"system 5 / 100\n",
"None\n",
"system 6 / 100\n",
- "{'time': 6.1818, 'M1': 26.224, 'M2': 18.982, 'K1': 14.0, 'K2': 14.0, 'separation': -39.411}\n",
- "System 6 has separation -39.411\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -98.879}\n",
+ "System 6 has separation -98.879\n",
"system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -736.84}\n",
- "System 7 has separation -736.84\n",
- "system 8 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -113.55}\n",
- "System 8 has separation -113.55\n",
- "system 9 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -267.16}\n",
- "System 9 has separation -267.16\n",
- "system 10 / 100\n",
- "{'time': 6.1806, 'M1': 26.226, 'M2': 19.068, 'K1': 14.0, 'K2': 14.0, 'separation': -45.072}\n",
- "System 10 has separation -45.072\n",
- "system 11 / 100\n",
- "None\n",
- "system 12 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -33.83}\n",
- "System 12 has separation -33.83\n",
- "system 13 / 100\n",
- "{'time': 6.1814, 'M1': 26.225, 'M2': 19.011, 'K1': 14.0, 'K2': 14.0, 'separation': -40.814}\n",
- "System 13 has separation -40.814\n",
- "system 14 / 100\n",
- "{'time': 6.1808, 'M1': 26.225, 'M2': 19.056, 'K1': 14.0, 'K2': 14.0, 'separation': -63.749}\n",
- "System 14 has separation -63.749\n",
- "system 15 / 100\n",
- "None\n",
- "system 16 / 100\n",
- "None\n",
- "system 17 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -163.79}\n",
- "System 17 has separation -163.79\n",
- "system 18 / 100\n",
- "None\n",
- "system 19 / 100\n",
- "{'time': 6.2319, 'M1': 26.341, 'M2': 16.686, 'K1': 14.0, 'K2': 14.0, 'separation': -31.604}\n",
- "System 19 has separation -31.604\n",
- "system 20 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -340.11}\n",
- "System 20 has separation -340.11\n",
- "system 21 / 100\n",
- "None\n",
- "system 22 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -74.781}\n",
- "System 22 has separation -74.781\n",
- "system 23 / 100\n",
- "{'time': 6.1821, 'M1': 26.223, 'M2': 18.96, 'K1': 14.0, 'K2': 14.0, 'separation': -90.943}\n",
- "System 23 has separation -90.943\n",
- "system 24 / 100\n",
- "{'time': 6.1808, 'M1': 26.225, 'M2': 19.054, 'K1': 14.0, 'K2': 14.0, 'separation': -29.262}\n",
- "System 24 has separation -29.262\n",
- "system 25 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -1547.5}\n",
- "System 25 has separation -1547.5\n",
- "system 26 / 100\n",
- "{'time': 6.2254, 'M1': 26.333, 'M2': 16.925, 'K1': 14.0, 'K2': 14.0, 'separation': 35.28}\n",
- "System 26 has separation 35.28\n",
- "Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=65328 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 95.586 12.5d 0.87 0.000 0.284 Randbuf=27164 - Mers(0)=0.842379 - Mers(1)=0.721781 - Mers(2)=0.803069 - Mers(3)=0.617927 - Mers(4)=0.122825 \n",
- " 4.1327 26.215 48.508 14 1 95.586 12.5d 0.87 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=357.843 vr=401.272 omega=0.771729 phi=0.238098 -> vn=415.763 ; final sep 95.586 ecc 0.87195 (random count 0) - Runaway v=(221.95,320.219,32.4586) |v|=390.968 : companion v=(18.6542,-41.9951,14.2666), |v|=48.1155 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 95.586 12.5d 0.87 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 95.586 12.5d 0.87 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 95.586 12.5d 0.87 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 111.66 15.8d 0.87 0.000 0.226 \"END_SYMB\"\n",
- " 4.2206 26.215 48.508 14 1 29.278 2.12d 0.00 0.000 0.880 \"Circularized\"\n",
- " 4.2220 26.215 48.508 14 1 30.44 2.25d 0.00 0.000 0.847 \"Start tidal lock 2\"\n",
- " 4.4183 26.215 48.508 14 1 30.478 2.25d 0.00 0.000 0.895 \"BEG_BSS \"\n",
- " 4.7181 26.215 48.508 14 1 30.283 2.23d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 4.7190 26.215 48.508 14 1 30.283 2.23d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
- " 5.7523 26.329 44.943 14 2 32.161 2.5d 0.00 0.000 1.352 \"OFF_MS\"\n",
- " 5.7523 26.329 44.943 14 2 32.161 2.5d 0.00 0.000 1.352 \"TYPE_CHNGE\"\n",
- " 5.7523 26.329 44.943 14 2 32.161 2.5d 0.00 0.000 1.352 \"END_BSS\"\n",
- " 5.7523 26.329 44.943 14 2 32.161 2.5d 0.00 0.000 1.352 \"End tidal lock 2\"\n",
- " 5.7550 26.329 44.557 14 2 33.006 2.61d 0.00 0.000 6.438 \"Start tidal lock 2\"\n",
- " 5.7553 26.329 44.419 14 2 33.17 2.63d 0.00 0.000 7.432 \"End tidal lock 2\"\n",
- " 5.7568 26.329 42.711 14 4 34.357 2.81d 0.00 0.000 17.554 \"TYPE_CHNGE\"\n",
- " 5.7666 26.331 27.078 14 4 44.111 4.64d 0.00 0.000 14.443 \"Start Carbon Star 2\"\n",
- " 5.7671 26.331 26.296 14 4 44.78 4.78d 0.00 0.000 14.256 \"q-inv\"\n",
- " 5.7775 26.333 16.925 14 4 54.752 7.13d 0.00 0.000 0.993 \"END_RCHE 2!>1\"\n",
- " 5.7775 26.333 16.925 14 4 54.752 7.13d 0.00 0.000 0.985 \"END_SYMB\"\n",
- " 5.7929 26.333 16.925 14 7 54.751 7.13d 0.00 0.000 0.070 \"TYPE_CHNGE\"\n",
- " 5.7929 26.333 16.925 14 7 54.751 7.13d 0.00 0.000 0.070 \"End Carbon Star 2\"\n",
- " 5.8022 26.333 16.925 14 7 54.751 7.13d 0.00 0.000 0.070 \"Start tidal lock 2\"\n",
- " 6.2173 26.333 16.925 14 7 54.751 7.13d 0.00 0.000 0.070 \"End tidal lock 2\"\n",
- " 6.2223 26.333 16.925 14 8 54.751 7.13d 0.00 0.000 0.069 \"TYPE_CHNGE\"\n",
- " 6.2254 26.333 16.925 14 14 35.28 3.69d 0.74 0.000 0.000 Mers(5)=0.78651 - Mers(6)=0.641304 - Mers(7)=0.925166 - Mers(8)=0.0127414 - Mers(9)=0.868799 \n",
- " 6.2254 26.333 16.925 14 14 35.28 3.69d 0.74 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=16.925 Mc\"CO\"=12.733 type=8) -> kick 1(190) vk=272.859 vr=388.297 omega=5.45882 phi=-1.34456 -> vn=259.93 ; final sep 35.2799 ecc 0.742669 (random count 5) - Runaway v=(211.434,34.7207,131.58) |v|=238.352 : companion v=(-4.82138,-78.1867,50.0636), |v|=92.9665 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.2254 26.333 16.925 14 14 35.28 3.69d 0.74 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.2254 26.333 16.925 14 14 35.28 3.69d 0.74 0.000 0.000 \"SN\"\n",
- " 1086.4937 26.333 16.925 14 14 0.11932 0.0174h 0.00 0.002 0.002 Contact reached R/RL = 0.00264159 0.00207744, st 14 14\n",
- " 1086.4937 43.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.700604 - Mers(11)=0.132844 \n",
- " 1086.4937 43.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=43.2579 Mc\"CO\"=43.2579,\"BH\"=43.2579 type=14) -> kick 0(0) vk=0 vr=0 omega=0.834686 phi=0.412835 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(-4.82138,-78.1867,50.0636) |v|=92.9665 : companion v=(211.434,34.7207,131.58), |v|=238.352 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 1086.4937 43.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 1086.4937 43.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
- " 1086.4937 43.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 43.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
- "\n",
- "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
- "system 1 / 100\n",
- "{'time': 6.1825, 'M1': 26.223, 'M2': 18.931, 'K1': 14.0, 'K2': 14.0, 'separation': 199.17}\n",
- "System 1 has separation 199.17\n",
+ "{'time': 6.1834, 'M1': 26.221, 'M2': 18.866, 'K1': 14.0, 'K2': 14.0, 'separation': 71.42}\n",
+ "System 7 has separation 71.42\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=84261 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 76.092 8.89d 0.27 0.000 0.284 Randbuf=48159 - Mers(0)=0.266348 - Mers(1)=0.0167844 - Mers(2)=0.675476 - Mers(3)=0.350443 - Mers(4)=0.168363 \n",
- " 4.1327 26.215 48.508 14 1 76.092 8.89d 0.27 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=93.4041 vr=401.272 omega=1.05785 phi=-0.303765 -> vn=366.935 ; final sep 76.0922 ecc 0.265377 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 76.092 8.89d 0.27 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 76.092 8.89d 0.27 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 76.092 8.89d 0.27 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 83.272 10.2d 0.27 0.000 0.302 \"END_SYMB\"\n",
- " 4.4450 26.215 48.508 14 1 88.497 11.2d 0.27 0.000 0.311 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 86.716 10.8d 0.16 0.000 0.520 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 86.716 10.8d 0.16 0.000 0.520 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 86.716 10.8d 0.16 0.000 0.520 \"END_BSS\"\n",
- " 5.7426 26.215 48.508 14 2 86.716 10.8d 0.16 0.000 0.903 \"Start tidal lock 2\"\n",
- " 5.7428 26.215 48.508 14 2 86.715 10.8d 0.16 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7428 26.215 48.508 14 2 84.525 10.4d 0.00 0.000 1.026 \"BEG_SYMB\"\n",
- " 5.7428 26.215 48.508 14 2 84.525 10.4d 0.00 0.000 1.026 \"Circularized\"\n",
- " 5.7435 26.215 48.506 14 2 84.531 10.4d 0.00 0.000 1.674 \"End tidal lock 2\"\n",
- " 5.7448 26.215 48.401 14 2 84.88 10.5d 0.00 0.000 4.117 \"Start tidal lock 2\"\n",
- " 5.7452 26.215 48.260 14 2 85.302 10.6d 0.00 0.000 5.725 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.874 14 4 86.225 10.8d 0.00 0.000 9.048 \"TYPE_CHNGE\"\n",
- " 5.7757 26.220 27.145 14 4 120.07 20.9d 0.00 0.000 7.672 \"Start Carbon Star 2\"\n",
- " 5.7772 26.220 26.214 14 4 122.22 21.6d 0.00 0.000 7.675 \"q-inv\"\n",
- " 5.7925 26.223 18.931 14 4 142.09 29.2d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.7925 26.223 18.931 14 4 142.09 29.2d 0.00 0.000 0.990 \"END_SYMB\"\n",
- " 5.8114 26.223 18.931 14 7 142.09 29.2d 0.00 0.000 0.028 \"TYPE_CHNGE\"\n",
- " 5.8114 26.223 18.931 14 7 142.09 29.2d 0.00 0.000 0.028 \"Start tidal lock 2\"\n",
- " 5.8114 26.223 18.931 14 7 142.09 29.2d 0.00 0.000 0.028 \"End Carbon Star 2\"\n",
- " 6.1825 26.223 18.931 14 14 199.17 48.4d 0.75 0.000 0.000 Mers(5)=0.167882 - Mers(6)=0.8882 - Mers(7)=0.777048 - Mers(8)=0.300054 - Mers(9)=0.733903 \n",
- " 6.1825 26.223 18.931 14 14 199.17 48.4d 0.75 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9305 Mc\"CO\"=14.2833 type=8) -> kick 1(190) vk=398.065 vr=246.254 omega=4.61125 phi=-0.4114 -> vn=279.32 ; final sep 199.173 ecc 0.745754 (random count 5) - Runaway v=(72.5881,-268.755,135.136) |v|=309.451 : companion v=(-81.4181,-68.0269,16.773), |v|=107.415 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1825 26.223 18.931 14 14 199.17 48.4d 0.75 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1825 26.223 18.931 14 14 199.17 48.4d 0.75 0.000 0.000 \"SN\"\n",
- " 6.1825 26.223 18.931 14 14 199.17 48.4d 0.75 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.223 18.931 14 14 195.77 47.2d 0.74 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=26051 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 65.546 7.11 d 0.41 0.000 0.284 Randbuf=82797 - Mers(0)=0.670413 - Mers(1)=0.0772021 - Mers(2)=0.151616 - Mers(3)=0.253705 - Mers(4)=0.893941 \n",
+ " 4.1327 26.215 48.508 14 1 65.546 7.11 d 0.41 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=137.316 vr=401.272 omega=5.61679 phi=-0.515062 -> vn=323.247 ; final sep 65.5456 ecc 0.411151 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 65.546 7.11 d 0.41 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 65.546 7.11 d 0.41 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 65.546 7.11 d 0.41 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 72.616 8.29 d 0.41 0.000 0.347 \"END_SYMB\"\n",
+ " 4.4304 26.215 48.508 14 1 79.934 9.57 d 0.43 0.000 0.343 \"BEG_BSS \"\n",
+ " 5.5301 26.215 48.508 14 1 67.42 7.42 d 0.12 0.000 0.738 \"Start tidal lock 2\"\n",
+ " 5.7418 26.215 48.508 14 2 66.543 7.27 d 0.00 0.000 0.678 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 66.543 7.27 d 0.00 0.000 0.678 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 66.543 7.27 d 0.00 0.000 0.678 \"END_BSS\"\n",
+ " 5.7418 26.215 48.508 14 2 66.543 7.27 d 0.00 0.000 0.678 \"End tidal lock 2\"\n",
+ " 5.7423 26.215 48.508 14 2 66.544 7.27 d 0.00 0.000 0.955 \"Start tidal lock 2\"\n",
+ " 5.7424 26.215 48.508 14 2 66.544 7.27 d 0.00 0.000 1.001 \"BEG_RCHE 2>1\"\n",
+ " 5.7424 26.215 48.508 14 2 66.544 7.27 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7424 26.215 48.508 14 2 66.544 7.27 d 0.00 0.000 1.001 \"Circularized\"\n",
+ " 5.7426 26.215 48.508 14 2 66.545 7.27 d 0.00 0.000 1.178 \"End tidal lock 2\"\n",
+ " 5.7448 26.215 48.286 14 2 67.169 7.39 d 0.00 0.000 5.453 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.153 14 2 67.484 7.44 d 0.00 0.000 6.730 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.559 14 4 68.524 7.65 d 0.00 0.000 11.396 \"TYPE_CHNGE\"\n",
+ " 5.7677 26.218 27.164 14 4 94.807 14.6 d 0.00 0.000 9.091 \"Start Carbon Star 2\"\n",
+ " 5.7689 26.219 26.199 14 4 96.566 15.2 d 0.00 0.000 8.996 \"q-inv\"\n",
+ " 5.7825 26.221 18.866 14 4 112.4 20.6 d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
+ " 5.7826 26.221 18.866 14 4 112.4 20.6 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.8010 26.221 18.866 14 7 112.4 20.6 d 0.00 0.000 0.036 \"TYPE_CHNGE\"\n",
+ " 5.8010 26.221 18.866 14 7 112.4 20.6 d 0.00 0.000 0.036 \"Start tidal lock 2\"\n",
+ " 5.8010 26.221 18.866 14 7 112.4 20.6 d 0.00 0.000 0.036 \"End Carbon Star 2\"\n",
+ " 6.1783 26.221 18.866 14 7 112.4 20.6 d 0.00 0.000 0.035 \"End tidal lock 2\"\n",
+ " 6.1834 26.221 18.866 14 14 71.42 10.4 d 0.90 0.000 0.000 Mers(5)=0.0283541 - Mers(6)=0.410828 - Mers(7)=0.567898 - Mers(8)=0.0335017 - Mers(9)=0.139732 \n",
+ " 6.1834 26.221 18.866 14 14 71.42 10.4 d 0.90 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8664 Mc\"CO\"=14.2338 type=8) -> kick 1(190) vk=197.99 vr=276.677 omega=0.877963 phi=-1.20265 -> vn=180.631 ; final sep 71.4202 ecc 0.896196 (random count 5) - Runaway v=(106.582,111.242,-78.3957) |v|=172.859 : companion v=(14.3025,-40.5919,-45.8605), |v|=62.8924 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1834 26.221 18.866 14 14 71.42 10.4 d 0.90 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1834 26.221 18.866 14 14 71.42 10.4 d 0.90 0.000 0.000 \"SN\"\n",
+ " 1088.5977 26.221 18.866 14 14 0.11506 0.0162 h 0.00 0.002 0.002 Contact reached R/RL = 0.00296406 0.00247864, st 14 14\n",
+ " 1088.5977 45.088 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.760064 - Mers(11)=0.126532 \n",
+ " 1088.5977 45.088 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.0877 Mc\"CO\"=45.0877,\"BH\"=45.0877 type=14) -> kick 0(0) vk=0 vr=0 omega=0.795024 phi=0.547002 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(14.3025,-40.5919,-45.8605) |v|=62.8924 : companion v=(106.582,111.242,-78.3957), |v|=172.859 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 1088.5977 45.088 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 1088.5977 45.088 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 1088.5977 45.088 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 45.088 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1817, 'M1': 26.224, 'M2': 18.991, 'K1': 14.0, 'K2': 14.0, 'separation': -251.94}\n",
- "System 1 has separation -251.94\n",
+ "{'time': 6.1825, 'M1': 26.223, 'M2': 18.927, 'K1': 14.0, 'K2': 14.0, 'separation': -490.65}\n",
+ "System 1 has separation -490.65\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -73.217}\n",
- "System 2 has separation -73.217\n",
- "system 3 / 100\n",
"None\n",
+ "system 3 / 100\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -844.54}\n",
+ "System 3 has separation -844.54\n",
"system 4 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -67.67}\n",
- "System 4 has separation -67.67\n",
+ "None\n",
"system 5 / 100\n",
- "{'time': 6.1833, 'M1': 26.221, 'M2': 18.875, 'K1': 14.0, 'K2': 14.0, 'separation': -592.8}\n",
- "System 5 has separation -592.8\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -43.855}\n",
+ "System 5 has separation -43.855\n",
"system 6 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -88.179}\n",
- "System 6 has separation -88.179\n",
+ "{'time': 6.1823, 'M1': 26.223, 'M2': 18.947, 'K1': 14.0, 'K2': 14.0, 'separation': -20.832}\n",
+ "System 6 has separation -20.832\n",
"system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -167.45}\n",
- "System 7 has separation -167.45\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -71.506}\n",
+ "System 7 has separation -71.506\n",
"system 8 / 100\n",
- "None\n",
- "system 9 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -97.538}\n",
- "System 9 has separation -97.538\n",
- "system 10 / 100\n",
- "{'time': 6.1809, 'M1': 26.225, 'M2': 19.049, 'K1': 14.0, 'K2': 14.0, 'separation': -57.337}\n",
- "System 10 has separation -57.337\n",
- "system 11 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -138.2}\n",
- "System 11 has separation -138.2\n",
- "system 12 / 100\n",
- "{'time': 6.1996, 'M1': 26.293, 'M2': 18.006, 'K1': 14.0, 'K2': 14.0, 'separation': -72.132}\n",
- "System 12 has separation -72.132\n",
- "system 13 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -300.6}\n",
- "System 13 has separation -300.6\n",
- "system 14 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -653.12}\n",
- "System 14 has separation -653.12\n",
- "system 15 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.994, 'K1': 14.0, 'K2': 14.0, 'separation': -70.0}\n",
- "System 15 has separation -70.0\n",
- "system 16 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -221.25}\n",
- "System 16 has separation -221.25\n",
- "system 17 / 100\n",
- "None\n",
- "system 18 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -106.67}\n",
- "System 18 has separation -106.67\n",
- "system 19 / 100\n",
- "{'time': 6.1815, 'M1': 26.224, 'M2': 19.0, 'K1': 14.0, 'K2': 14.0, 'separation': 366.21}\n",
- "System 19 has separation 366.21\n",
+ "{'time': 6.1819, 'M1': 26.224, 'M2': 18.974, 'K1': 14.0, 'K2': 14.0, 'separation': 304.09}\n",
+ "System 8 has separation 304.09\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=43248 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 125.06 18.7d 0.49 0.000 0.284 Randbuf=8346 - Mers(0)=0.530918 - Mers(1)=0.406581 - Mers(2)=0.688832 - Mers(3)=0.61114 - Mers(4)=0.259486 \n",
- " 4.1327 26.215 48.508 14 1 125.06 18.7d 0.49 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=194.73 vr=401.272 omega=1.6304 phi=0.224152 -> vn=456.087 ; final sep 125.057 ecc 0.4931 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 125.06 18.7d 0.49 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 125.06 18.7d 0.49 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 125.06 18.7d 0.49 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 135.23 21.1d 0.49 0.000 0.186 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 141.92 22.7d 0.49 0.000 0.196 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 147.91 24.1d 0.51 0.000 0.305 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 147.91 24.1d 0.51 0.000 0.305 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 147.91 24.1d 0.51 0.000 0.305 \"END_BSS\"\n",
- " 5.7435 26.215 48.508 14 2 147.49 24d 0.51 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7435 26.215 48.508 14 2 109.76 15.4d 0.00 0.000 1.345 \"BEG_SYMB\"\n",
- " 5.7435 26.215 48.508 14 2 109.76 15.4d 0.00 0.000 1.345 \"Circularized\"\n",
- " 5.7456 26.215 48.241 14 2 111.11 15.7d 0.00 0.000 5.912 \"Start tidal lock 2\"\n",
- " 5.7459 26.215 48.124 14 4 111.58 15.8d 0.00 0.000 6.986 \"TYPE_CHNGE\"\n",
- " 5.7459 26.215 48.124 14 4 111.58 15.8d 0.00 0.000 6.986 \"End tidal lock 2\"\n",
- " 5.7875 26.221 27.145 14 4 156.71 31.1d 0.00 0.000 7.111 \"Start Carbon Star 2\"\n",
- " 5.7891 26.222 26.221 14 4 159.49 32.2d 0.00 0.000 7.265 \"q-inv\"\n",
- " 5.8038 26.224 19.000 14 4 185.13 43.4d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.8039 26.224 19.000 14 4 185.13 43.4d 0.00 0.000 0.992 \"END_SYMB\"\n",
- " 5.8238 26.224 19.000 14 7 185.13 43.4d 0.00 0.000 0.022 \"TYPE_CHNGE\"\n",
- " 5.8238 26.224 19.000 14 7 185.13 43.4d 0.00 0.000 0.022 \"Start tidal lock 2\"\n",
- " 5.8238 26.224 19.000 14 7 185.13 43.4d 0.00 0.000 0.022 \"End Carbon Star 2\"\n",
- " 5.9024 26.224 19.000 14 7 185.13 43.4d 0.00 0.000 0.022 \"End tidal lock 2\"\n",
- " 6.1428 26.224 19.000 14 7 185.13 43.4d 0.00 0.000 0.022 \"Start tidal lock 2\"\n",
- " 6.1815 26.224 19.000 14 14 366.21 121d 0.52 0.000 0.000 Mers(5)=0.621971 - Mers(6)=0.369584 - Mers(7)=0.477614 - Mers(8)=0.136246 - Mers(9)=0.914346 \n",
- " 6.1815 26.224 19.000 14 14 366.21 121d 0.52 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19 Mc\"CO\"=14.337 type=8) -> kick 1(190) vk=202.751 vr=215.908 omega=5.745 phi=-0.814684 -> vn=263.944 ; final sep 366.213 ecc 0.515604 (random count 5) - Runaway v=(221.258,-4.22626,60.479) |v|=229.414 : companion v=(-34.174,-48.5983,10.9601), |v|=60.4134 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1815 26.224 19.000 14 14 366.21 121d 0.52 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1815 26.224 19.000 14 14 366.21 121d 0.52 0.000 0.000 \"SN\"\n",
- " 6.1815 26.224 19.000 14 14 366.21 121d 0.52 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.224 19.000 14 14 366.15 121d 0.52 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=75931 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 93.054 12 d 0.30 0.000 0.284 Randbuf=19521 - Mers(0)=0.859753 - Mers(1)=0.23894 - Mers(2)=0.62549 - Mers(3)=0.77541 - Mers(4)=0.227249 \n",
+ " 4.1327 26.215 48.508 14 1 93.054 12 d 0.30 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=147.994 vr=401.272 omega=1.42785 phi=0.583346 -> vn=410.852 ; final sep 93.0535 ecc 0.301129 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 93.054 12 d 0.30 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 93.054 12 d 0.30 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 93.054 12 d 0.30 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 101.07 13.6 d 0.30 0.000 0.249 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 106.46 14.7 d 0.30 0.000 0.262 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 109.26 15.3 d 0.30 0.000 0.413 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 109.26 15.3 d 0.30 0.000 0.413 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 109.26 15.3 d 0.30 0.000 0.413 \"END_BSS\"\n",
+ " 5.7429 26.215 48.508 14 2 109.26 15.3 d 0.30 0.000 0.892 \"Start tidal lock 2\"\n",
+ " 5.7431 26.215 48.508 14 2 109.25 15.3 d 0.30 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7431 26.215 48.508 14 2 99.629 13.3 d 0.00 0.000 1.097 \"BEG_SYMB\"\n",
+ " 5.7431 26.215 48.508 14 2 99.629 13.3 d 0.00 0.000 1.097 \"Circularized\"\n",
+ " 5.7440 26.215 48.502 14 2 99.653 13.3 d 0.00 0.000 2.006 \"End tidal lock 2\"\n",
+ " 5.7447 26.215 48.446 14 2 99.868 13.4 d 0.00 0.000 3.449 \"Start tidal lock 2\"\n",
+ " 5.7454 26.215 48.296 14 2 100.4 13.5 d 0.00 0.000 5.358 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.040 14 4 101.15 13.7 d 0.00 0.000 7.709 \"TYPE_CHNGE\"\n",
+ " 5.7827 26.221 27.159 14 4 141.35 26.6 d 0.00 0.000 7.177 \"Start Carbon Star 2\"\n",
+ " 5.7843 26.221 26.213 14 4 143.92 27.6 d 0.00 0.000 7.269 \"q-inv\"\n",
+ " 5.7996 26.224 18.974 14 4 167.15 37.2 d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
+ " 5.7996 26.224 18.974 14 4 167.15 37.2 d 0.00 0.000 0.995 \"END_SYMB\"\n",
+ " 5.8196 26.224 18.974 14 7 167.14 37.2 d 0.00 0.000 0.024 \"TYPE_CHNGE\"\n",
+ " 5.8196 26.224 18.974 14 7 167.14 37.2 d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
+ " 5.8196 26.224 18.974 14 7 167.14 37.2 d 0.00 0.000 0.024 \"End Carbon Star 2\"\n",
+ " 5.9902 26.224 18.974 14 7 167.14 37.2 d 0.00 0.000 0.025 \"End tidal lock 2\"\n",
+ " 6.0995 26.224 18.974 14 7 167.14 37.2 d 0.00 0.000 0.025 \"Start tidal lock 2\"\n",
+ " 6.1819 26.224 18.974 14 14 304.09 91.3 d 0.82 0.000 0.000 Mers(5)=0.123635 - Mers(6)=0.335153 - Mers(7)=0.0259932 - Mers(8)=0.335847 - Mers(9)=0.105082 \n",
+ " 6.1819 26.224 18.974 14 14 304.09 91.3 d 0.82 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9743 Mc\"CO\"=14.3172 type=8) -> kick 1(190) vk=218.872 vr=227.164 omega=0.66025 phi=-0.33451 -> vn=273.574 ; final sep 304.089 ecc 0.818294 (random count 5) - Runaway v=(174.143,174.689,-29.6909) |v|=248.443 : companion v=(-0.918543,-34.653,-10.4048), |v|=36.193 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1819 26.224 18.974 14 14 304.09 91.3 d 0.82 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1819 26.224 18.974 14 14 304.09 91.3 d 0.82 0.000 0.000 \"SN\"\n",
+ " 6.1819 26.224 18.974 14 14 304.09 91.3 d 0.82 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.224 18.974 14 14 301.01 90 d 0.82 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -121.53}\n",
- "System 1 has separation -121.53\n",
- "system 2 / 100\n",
"None\n",
+ "system 2 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -27.819}\n",
+ "System 2 has separation -27.819\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -124.76}\n",
- "System 3 has separation -124.76\n",
- "system 4 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -212.51}\n",
- "System 4 has separation -212.51\n",
- "system 5 / 100\n",
- "{'time': 6.1838, 'M1': 26.221, 'M2': 18.84, 'K1': 14.0, 'K2': 14.0, 'separation': 206.2}\n",
- "System 5 has separation 206.2\n",
+ "{'time': 6.1812, 'M1': 26.225, 'M2': 19.021, 'K1': 14.0, 'K2': 14.0, 'separation': 157.31}\n",
+ "System 3 has separation 157.31\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=45721 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 66.559 7.27d 0.52 0.000 0.284 Randbuf=55402 - Mers(0)=0.809334 - Mers(1)=0.0519603 - Mers(2)=0.268509 - Mers(3)=0.708428 - Mers(4)=0.860273 \n",
- " 4.1327 26.215 48.508 14 1 66.559 7.27d 0.52 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=200.394 vr=401.272 omega=5.40526 phi=0.429983 -> vn=328.332 ; final sep 66.5593 ecc 0.521095 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 66.559 7.27d 0.52 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 66.559 7.27d 0.52 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 66.559 7.27d 0.52 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 74.18 8.56d 0.52 0.000 0.339 \"END_SYMB\"\n",
- " 4.4250 26.215 48.508 14 1 83.31 10.2d 0.54 0.000 0.328 \"BEG_BSS \"\n",
- " 5.3991 26.215 48.508 14 1 60.751 6.34d 0.12 0.000 0.730 \"Start tidal lock 2\"\n",
- " 5.6927 26.215 48.508 14 1 59.213 6.1d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.6927 26.215 48.508 14 1 59.213 6.1d 0.00 0.000 1.000 \"Circularized\"\n",
- " 5.6936 26.215 48.508 14 1 59.211 6.1d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7184 26.215 48.508 14 1 59.213 6.1d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
- " 5.7188 26.215 48.508 14 1 59.212 6.1d 0.00 0.000 0.998 \"END_SYMB\"\n",
- " 5.7418 26.215 48.508 14 2 59.749 6.19d 0.00 0.000 0.755 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 59.749 6.19d 0.00 0.000 0.755 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 59.749 6.19d 0.00 0.000 0.755 \"END_BSS\"\n",
- " 5.7418 26.215 48.508 14 2 59.749 6.19d 0.00 0.000 0.755 \"End tidal lock 2\"\n",
- " 5.7422 26.215 48.508 14 2 59.751 6.19d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7422 26.215 48.508 14 2 59.751 6.19d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7449 26.215 48.188 14 2 60.634 6.34d 0.00 0.000 6.403 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.063 14 2 60.901 6.39d 0.00 0.000 7.504 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.387 14 4 61.943 6.58d 0.00 0.000 12.613 \"TYPE_CHNGE\"\n",
- " 5.7650 26.218 27.134 14 4 85.496 12.5d 0.00 0.000 9.941 \"Start Carbon Star 2\"\n",
- " 5.7660 26.218 26.211 14 4 87.012 13d 0.00 0.000 9.818 \"q-inv\"\n",
- " 5.7786 26.221 18.840 14 4 101.36 17.6d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.7786 26.221 18.840 14 4 101.36 17.6d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.7976 26.221 18.840 14 7 101.36 17.6d 0.00 0.000 0.039 \"TYPE_CHNGE\"\n",
- " 5.7976 26.221 18.840 14 7 101.36 17.6d 0.00 0.000 0.039 \"End Carbon Star 2\"\n",
- " 5.8151 26.221 18.840 14 7 101.36 17.6d 0.00 0.000 0.040 \"Start tidal lock 2\"\n",
- " 6.1708 26.221 18.840 14 7 101.36 17.6d 0.00 0.000 0.039 \"End tidal lock 2\"\n",
- " 6.1838 26.221 18.840 14 14 206.2 51.1d 0.65 0.000 0.000 Mers(5)=0.0979525 - Mers(6)=0.363304 - Mers(7)=0.134839 - Mers(8)=0.368036 - Mers(9)=0.0199361 \n",
- " 6.1838 26.221 18.840 14 14 206.2 51.1d 0.65 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8402 Mc\"CO\"=14.2135 type=8) -> kick 1(190) vk=255.368 vr=291.267 omega=0.125262 phi=-0.267092 -> vn=357.731 ; final sep 206.204 ecc 0.649994 (random count 5) - Runaway v=(289.621,110.756,-6.36056) |v|=310.141 : companion v=(-26.0491,-57.4699,-1.48007), |v|=63.1152 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1838 26.221 18.840 14 14 206.2 51.1d 0.65 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1838 26.221 18.840 14 14 206.2 51.1d 0.65 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.221 18.840 14 14 205.19 50.7d 0.65 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=57538 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 108.74 15.2 d 0.20 0.000 0.284 Randbuf=46057 - Mers(0)=0.517454 - Mers(1)=0.325743 - Mers(2)=0.975864 - Mers(3)=0.00707417 - Mers(4)=0.739962 \n",
+ " 4.1327 26.215 48.508 14 1 108.74 15.2 d 0.20 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=168.699 vr=401.272 omega=4.64932 phi=-1.40238 -> vn=436.931 ; final sep 108.743 ecc 0.196177 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 108.74 15.2 d 0.20 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 108.74 15.2 d 0.20 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 108.74 15.2 d 0.20 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 117.15 17 d 0.20 0.000 0.215 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 122.63 18.2 d 0.20 0.000 0.227 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 126.25 19 d 0.21 0.000 0.357 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 126.25 19 d 0.21 0.000 0.357 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 126.25 19 d 0.21 0.000 0.357 \"END_BSS\"\n",
+ " 5.7433 26.215 48.508 14 2 126.25 19 d 0.21 0.000 0.963 \"Start tidal lock 2\"\n",
+ " 5.7433 26.215 48.508 14 2 126.25 19 d 0.21 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7433 26.215 48.508 14 2 120.9 17.8 d 0.00 0.000 1.045 \"BEG_SYMB\"\n",
+ " 5.7433 26.215 48.508 14 2 120.9 17.8 d 0.00 0.000 1.045 \"Circularized\"\n",
+ " 5.7435 26.215 48.508 14 2 120.9 17.8 d 0.00 0.000 1.234 \"End tidal lock 2\"\n",
+ " 5.7453 26.215 48.386 14 2 121.49 18 d 0.00 0.000 4.315 \"Start tidal lock 2\"\n",
+ " 5.7457 26.215 48.257 14 2 122.04 18.1 d 0.00 0.000 5.752 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.193 14 4 122.3 18.2 d 0.00 0.000 6.373 \"TYPE_CHNGE\"\n",
+ " 5.7920 26.222 27.163 14 4 171.71 35.7 d 0.00 0.000 7.221 \"Start Carbon Star 2\"\n",
+ " 5.7936 26.222 26.206 14 4 174.86 37 d 0.00 0.000 7.442 \"q-inv\"\n",
+ " 5.8074 26.225 19.021 14 4 202.81 49.7 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.8074 26.225 19.021 14 4 202.81 49.7 d 0.00 0.000 0.993 \"END_SYMB\"\n",
+ " 5.8263 26.225 19.021 14 7 202.81 49.7 d 0.00 0.000 0.020 \"TYPE_CHNGE\"\n",
+ " 5.8263 26.225 19.021 14 7 202.81 49.7 d 0.00 0.000 0.020 \"End Carbon Star 2\"\n",
+ " 6.1670 26.225 19.021 14 7 202.81 49.7 d 0.00 0.000 0.020 \"Start tidal lock 2\"\n",
+ " 6.1812 26.225 19.021 14 14 157.31 34 d 0.29 0.000 0.000 Mers(5)=0.973135 - Mers(6)=0.35487 - Mers(7)=0.431313 - Mers(8)=0.180453 - Mers(9)=0.831236 \n",
+ " 6.1812 26.225 19.021 14 14 157.31 34 d 0.29 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0214 Mc\"CO\"=14.3536 type=8) -> kick 1(190) vk=187.283 vr=206.334 omega=5.22281 phi=-0.693321 -> vn=173.949 ; final sep 157.306 ecc 0.293512 (random count 5) - Runaway v=(133.478,-47.605,77.2214) |v|=161.387 : companion v=(-30.4507,-56.6328,19.739), |v|=67.2618 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1812 26.225 19.021 14 14 157.31 34 d 0.29 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1812 26.225 19.021 14 14 157.31 34 d 0.29 0.000 0.000 \"SN\"\n",
+ " 6.1812 26.225 19.021 14 14 157.31 34 d 0.29 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.225 19.021 14 14 157.05 33.9 d 0.29 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
"None\n",
"system 2 / 100\n",
- "{'time': 6.1832, 'M1': 26.222, 'M2': 18.879, 'K1': 14.0, 'K2': 14.0, 'separation': -54.006}\n",
- "System 2 has separation -54.006\n",
+ "{'time': 6.1821, 'M1': 26.223, 'M2': 18.957, 'K1': 14.0, 'K2': 14.0, 'separation': -35.046}\n",
+ "System 2 has separation -35.046\n",
"system 3 / 100\n",
- "None\n",
+ "{'time': 6.1831, 'M1': 26.222, 'M2': 18.891, 'K1': 14.0, 'K2': 14.0, 'separation': 549.28}\n",
+ "System 3 has separation 549.28\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=80402 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 75.565 8.8 d 0.45 0.000 0.284 Randbuf=79911 - Mers(0)=0.897612 - Mers(1)=0.696284 - Mers(2)=0.954848 - Mers(3)=0.0469097 - Mers(4)=0.915148 \n",
+ " 4.1327 26.215 48.508 14 1 75.565 8.8 d 0.45 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=297.676 vr=401.272 omega=5.75005 phi=-1.13416 -> vn=365.15 ; final sep 75.5652 ecc 0.448401 (random count 0) - Runaway v=(300.495,77.2057,91.9912) |v|=323.605 : companion v=(-23.8493,-76.2991,24.3757), |v|=83.5734 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 75.565 8.8 d 0.45 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 75.565 8.8 d 0.45 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 75.565 8.8 d 0.45 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 83.297 10.2 d 0.45 0.000 0.302 \"END_SYMB\"\n",
+ " 4.4321 26.215 48.508 14 1 90.049 11.4 d 0.46 0.000 0.304 \"BEG_BSS \"\n",
+ " 5.6626 26.215 48.508 14 1 73.966 8.52 d 0.12 0.000 0.773 \"Start tidal lock 2\"\n",
+ " 5.7384 26.215 48.508 14 1 73.175 8.39 d 0.03 0.000 0.675 \"End tidal lock 2\"\n",
+ " 5.7418 26.215 48.508 14 2 73.23 8.4 d 0.03 0.000 0.616 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 73.23 8.4 d 0.03 0.000 0.616 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 73.23 8.4 d 0.03 0.000 0.616 \"END_BSS\"\n",
+ " 5.7424 26.215 48.508 14 2 73.231 8.4 d 0.03 0.000 0.902 \"Start tidal lock 2\"\n",
+ " 5.7425 26.215 48.508 14 2 73.231 8.4 d 0.03 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7425 26.215 48.508 14 2 73.174 8.39 d 0.00 0.000 1.001 \"Circularized\"\n",
+ " 5.7425 26.215 48.508 14 2 73.174 8.39 d 0.00 0.000 1.002 \"BEG_SYMB\"\n",
+ " 5.7432 26.215 48.507 14 2 73.177 8.39 d 0.00 0.000 1.558 \"End tidal lock 2\"\n",
+ " 5.7447 26.215 48.369 14 2 73.581 8.46 d 0.00 0.000 4.530 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.228 14 2 73.947 8.53 d 0.00 0.000 6.042 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.695 14 4 74.995 8.75 d 0.00 0.000 10.408 \"TYPE_CHNGE\"\n",
+ " 5.7705 26.219 27.148 14 4 104.03 16.8 d 0.00 0.000 8.444 \"Start Carbon Star 2\"\n",
+ " 5.7718 26.219 26.203 14 4 105.92 17.4 d 0.00 0.000 8.385 \"q-inv\"\n",
+ " 5.7863 26.222 18.891 14 4 123.23 23.6 d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
+ " 5.7864 26.222 18.891 14 4 123.23 23.6 d 0.00 0.000 0.989 \"END_SYMB\"\n",
+ " 5.8050 26.222 18.891 14 7 123.23 23.6 d 0.00 0.000 0.032 \"TYPE_CHNGE\"\n",
+ " 5.8050 26.222 18.891 14 7 123.23 23.6 d 0.00 0.000 0.032 \"Start tidal lock 2\"\n",
+ " 5.8050 26.222 18.891 14 7 123.23 23.6 d 0.00 0.000 0.032 \"End Carbon Star 2\"\n",
+ " 6.1821 26.222 18.891 14 7 123.23 23.6 d 0.00 0.000 0.032 \"End tidal lock 2\"\n",
+ " 6.1831 26.222 18.891 14 14 549.28 222 d 0.91 0.000 0.000 Mers(5)=0.263235 - Mers(6)=0.959492 - Mers(7)=0.915221 - Mers(8)=0.263079 - Mers(9)=0.72611 \n",
+ " 6.1831 26.222 18.891 14 14 549.28 222 d 0.91 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8912 Mc\"CO\"=14.2529 type=8) -> kick 1(190) vk=481.647 vr=264.311 omega=4.56228 phi=-0.493648 -> vn=352.204 ; final sep 549.282 ecc 0.906299 (random count 5) - Runaway v=(34.8975,-403.958,223.211) |v|=387.746 : companion v=(-94.2147,-66.0745,19.3243), |v|=116.686 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1831 26.222 18.891 14 14 549.28 222 d 0.91 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1831 26.222 18.891 14 14 549.28 222 d 0.91 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.222 18.891 14 14 544.05 219 d 0.91 0.000 0.000 \"MAX_TIME\"\n",
+ "\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "{'time': 6.1823, 'M1': 26.223, 'M2': 18.942, 'K1': 14.0, 'K2': 14.0, 'separation': -77.017}\n",
+ "System 1 has separation -77.017\n",
+ "system 2 / 100\n",
+ "{'time': 6.2295, 'M1': 26.338, 'M2': 16.772, 'K1': 14.0, 'K2': 14.0, 'separation': 116.51}\n",
+ "System 2 has separation 116.51\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=1781 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 55.907 5.6 d 0.77 0.000 0.284 Randbuf=64611 - Mers(0)=0.101955 - Mers(1)=0.189239 - Mers(2)=0.951597 - Mers(3)=0.398381 - Mers(4)=0.970505 \n",
+ " 4.1327 26.215 48.508 14 1 55.907 5.6 d 0.77 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=224.917 vr=401.272 omega=6.09786 phi=-0.204663 -> vn=258.811 ; final sep 55.9073 ecc 0.773166 (random count 0) - Runaway v=(208.809,90.6344,4.7315) |v|=227.68 : companion v=(6.62366,-70.9105,1.995), |v|=71.2472 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 55.907 5.6 d 0.77 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 55.907 5.6 d 0.77 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 55.907 5.6 d 0.77 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 65.343 7.08 d 0.77 0.000 0.385 \"END_SYMB\"\n",
+ " 4.1575 26.215 48.508 14 1 30.079 2.21 d 0.07 0.000 0.843 \"Start tidal lock 2\"\n",
+ " 4.2914 26.215 48.508 14 1 30.013 2.2 d 0.00 0.000 0.876 \"Circularized\"\n",
+ " 4.4183 26.215 48.508 14 1 29.95 2.2 d 0.00 0.000 0.911 \"BEG_BSS \"\n",
+ " 4.6749 26.215 48.508 14 1 29.785 2.18 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 4.6758 26.215 48.508 14 1 29.785 2.18 d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
+ " 5.7536 26.334 44.638 14 2 31.791 2.46 d 0.00 0.000 1.363 \"OFF_MS\"\n",
+ " 5.7536 26.334 44.638 14 2 31.791 2.46 d 0.00 0.000 1.363 \"TYPE_CHNGE\"\n",
+ " 5.7536 26.334 44.638 14 2 31.791 2.46 d 0.00 0.000 1.363 \"END_BSS\"\n",
+ " 5.7536 26.334 44.638 14 2 31.791 2.46 d 0.00 0.000 1.363 \"End tidal lock 2\"\n",
+ " 5.7564 26.334 44.251 14 2 32.622 2.57 d 0.00 0.000 6.400 \"Start tidal lock 2\"\n",
+ " 5.7566 26.334 44.113 14 2 32.783 2.59 d 0.00 0.000 7.377 \"End tidal lock 2\"\n",
+ " 5.7582 26.335 42.403 14 4 33.958 2.76 d 0.00 0.000 17.355 \"TYPE_CHNGE\"\n",
+ " 5.7678 26.336 27.162 14 4 43.329 4.51 d 0.00 0.000 14.360 \"Start Carbon Star 2\"\n",
+ " 5.7684 26.336 26.334 14 4 44.196 4.69 d 0.00 0.000 14.110 \"q-inv\"\n",
+ " 5.7790 26.338 16.772 14 4 54.065 7.01 d 0.00 0.000 0.993 \"END_RCHE 2!>1\"\n",
+ " 5.7790 26.338 16.772 14 4 54.065 7.01 d 0.00 0.000 0.985 \"END_SYMB\"\n",
+ " 5.7944 26.338 16.772 14 7 54.064 7.01 d 0.00 0.000 0.071 \"TYPE_CHNGE\"\n",
+ " 5.7944 26.338 16.772 14 7 54.064 7.01 d 0.00 0.000 0.071 \"Start tidal lock 2\"\n",
+ " 5.7944 26.338 16.772 14 7 54.064 7.01 d 0.00 0.000 0.071 \"End Carbon Star 2\"\n",
+ " 6.2210 26.338 16.772 14 7 54.063 7.01 d 0.00 0.000 0.070 \"End tidal lock 2\"\n",
+ " 6.2261 26.338 16.772 14 8 54.063 7.01 d 0.00 0.000 0.070 \"TYPE_CHNGE\"\n",
+ " 6.2295 26.338 16.772 14 14 116.51 22.2 d 0.95 0.000 0.000 Mers(5)=0.12806 - Mers(6)=0.912327 - Mers(7)=0.690746 - Mers(8)=0.544482 - Mers(9)=0.155342 \n",
+ " 6.2295 26.338 16.772 14 14 116.51 22.2 d 0.95 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=16.7717 Mc\"CO\"=12.6145 type=8) -> kick 1(190) vk=439.964 vr=390.087 omega=0.976041 phi=0.0890815 -> vn=483.451 ; final sep 116.507 ecc 0.951344 (random count 5) - Runaway v=(210.192,345.292,20.0907) |v|=463.673 : companion v=(27.3471,-33.8972,9.12136), |v|=44.4981 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.2295 26.338 16.772 14 14 116.51 22.2 d 0.95 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.2295 26.338 16.772 14 14 116.51 22.2 d 0.95 0.000 0.000 \"SN\"\n",
+ " 812.5051 26.338 16.772 14 14 0.10782 0.015 h 0.00 0.002 0.002 Contact reached R/RL = 0.00317508 0.00248439, st 14 14\n",
+ " 812.5051 43.110 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.600593 - Mers(11)=0.164714 \n",
+ " 812.5051 43.110 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=43.1098 Mc\"CO\"=43.1098,\"BH\"=43.1098 type=14) -> kick 0(0) vk=0 vr=0 omega=1.03493 phi=0.202569 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(27.3471,-33.8972,9.12136) |v|=44.4981 : companion v=(210.192,345.292,20.0907), |v|=463.673 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 812.5051 43.110 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 812.5051 43.110 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 812.5051 43.110 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 43.110 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -9339.5}\n",
+ "System 1 has separation -9339.5\n",
+ "system 2 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -53.902}\n",
+ "System 2 has separation -53.902\n",
+ "system 3 / 100\n",
+ "{'time': 6.1824, 'M1': 26.223, 'M2': 18.938, 'K1': 14.0, 'K2': 14.0, 'separation': -44.187}\n",
+ "System 3 has separation -44.187\n",
"system 4 / 100\n",
"None\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -128.99}\n",
- "System 5 has separation -128.99\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -60.936}\n",
+ "System 5 has separation -60.936\n",
"system 6 / 100\n",
- "{'time': 6.1809, 'M1': 26.225, 'M2': 19.051, 'K1': 14.0, 'K2': 14.0, 'separation': -43.335}\n",
- "System 6 has separation -43.335\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -219.4}\n",
+ "System 6 has separation -219.4\n",
"system 7 / 100\n",
- "{'time': 6.1817, 'M1': 26.224, 'M2': 18.99, 'K1': 14.0, 'K2': 14.0, 'separation': -199.07}\n",
- "System 7 has separation -199.07\n",
- "system 8 / 100\n",
"None\n",
+ "system 8 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -27.148}\n",
+ "System 8 has separation -27.148\n",
"system 9 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -173.88}\n",
- "System 9 has separation -173.88\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -33.01}\n",
+ "System 9 has separation -33.01\n",
"system 10 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -133.29}\n",
+ "System 10 has separation -133.29\n",
"system 11 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -234.94}\n",
- "System 11 has separation -234.94\n",
+ "None\n",
"system 12 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -33.044}\n",
- "System 12 has separation -33.044\n",
+ "None\n",
"system 13 / 100\n",
- "{'time': 6.181, 'M1': 26.225, 'M2': 19.038, 'K1': 14.0, 'K2': 14.0, 'separation': -51.295}\n",
- "System 13 has separation -51.295\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -48.8}\n",
+ "System 13 has separation -48.8\n",
"system 14 / 100\n",
"None\n",
"system 15 / 100\n",
"None\n",
"system 16 / 100\n",
- "{'time': 6.1815, 'M1': 26.224, 'M2': 19.002, 'K1': 14.0, 'K2': 14.0, 'separation': -225.56}\n",
- "System 16 has separation -225.56\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -615.36}\n",
+ "System 16 has separation -615.36\n",
"system 17 / 100\n",
- "None\n",
+ "{'time': 6.1843, 'M1': 26.228, 'M2': 18.808, 'K1': 14.0, 'K2': 14.0, 'separation': -54.263}\n",
+ "System 17 has separation -54.263\n",
"system 18 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -137.12}\n",
- "System 18 has separation -137.12\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -511.69}\n",
+ "System 18 has separation -511.69\n",
"system 19 / 100\n",
- "{'time': 6.1812, 'M1': 26.225, 'M2': 19.024, 'K1': 14.0, 'K2': 14.0, 'separation': -65.808}\n",
- "System 19 has separation -65.808\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -160.85}\n",
+ "System 19 has separation -160.85\n",
"system 20 / 100\n",
"None\n",
"system 21 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -74.143}\n",
- "System 21 has separation -74.143\n",
+ "{'time': 6.1823, 'M1': 26.223, 'M2': 18.943, 'K1': 14.0, 'K2': 14.0, 'separation': -176.13}\n",
+ "System 21 has separation -176.13\n",
"system 22 / 100\n",
+ "{'time': 6.1844, 'M1': 26.229, 'M2': 18.804, 'K1': 14.0, 'K2': 14.0, 'separation': 164.59}\n",
+ "System 22 has separation 164.59\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=34175 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 57.953 5.91 d 0.53 0.000 0.284 Randbuf=78012 - Mers(0)=0.970783 - Mers(1)=0.761478 - Mers(2)=0.514087 - Mers(3)=0.706029 - Mers(4)=0.819715 \n",
+ " 4.1327 26.215 48.508 14 1 57.953 5.91 d 0.53 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=345.524 vr=401.272 omega=5.15042 phi=0.424712 -> vn=275.656 ; final sep 57.953 ecc 0.528102 (random count 0) - Runaway v=(225.604,-99.3719,-86.2291) |v|=261.166 : companion v=(-42.7184,-100.373,-23.0784), |v|=111.499 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 57.953 5.91 d 0.53 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 57.953 5.91 d 0.53 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 57.953 5.91 d 0.53 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 65.116 7.04 d 0.53 0.000 0.387 \"END_SYMB\"\n",
+ " 4.4357 26.215 48.508 14 1 72.568 8.28 d 0.53 0.000 0.378 \"BEG_BSS \"\n",
+ " 5.1334 26.215 48.508 14 1 53.121 5.19 d 0.12 0.000 0.695 \"Start tidal lock 2\"\n",
+ " 5.5324 26.215 48.508 14 1 51.878 5.01 d 0.00 0.000 0.962 \"Circularized\"\n",
+ " 5.5703 26.215 48.508 14 1 51.776 4.99 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.5712 26.215 48.508 14 1 51.775 4.99 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7354 26.224 48.497 14 1 51.763 4.99 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.7359 26.224 48.497 14 1 51.768 4.99 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.7419 26.224 48.497 14 2 52.003 5.02 d 0.00 0.000 0.868 \"OFF_MS\"\n",
+ " 5.7419 26.224 48.497 14 2 52.003 5.02 d 0.00 0.000 0.868 \"TYPE_CHNGE\"\n",
+ " 5.7419 26.224 48.497 14 2 52.003 5.02 d 0.00 0.000 0.868 \"END_BSS\"\n",
+ " 5.7419 26.224 48.497 14 2 52.003 5.02 d 0.00 0.000 0.868 \"End tidal lock 2\"\n",
+ " 5.7421 26.224 48.497 14 2 52.005 5.02 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7421 26.224 48.497 14 2 52.005 5.02 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7447 26.225 48.164 14 2 53.126 5.2 d 0.00 0.000 6.525 \"Start tidal lock 2\"\n",
+ " 5.7450 26.225 48.033 14 2 53.37 5.24 d 0.00 0.000 7.656 \"End tidal lock 2\"\n",
+ " 5.7459 26.225 47.129 14 4 54.513 5.44 d 0.00 0.000 14.332 \"TYPE_CHNGE\"\n",
+ " 5.7620 26.227 27.141 14 4 74.883 10.3 d 0.00 0.000 11.213 \"Start Carbon Star 2\"\n",
+ " 5.7629 26.227 26.200 14 4 76.239 10.6 d 0.00 0.000 11.049 \"q-inv\"\n",
+ " 5.7741 26.229 18.804 14 4 88.859 14.5 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7742 26.229 18.804 14 4 88.859 14.5 d 0.00 0.000 0.989 \"END_SYMB\"\n",
+ " 5.7918 26.229 18.804 14 7 88.857 14.5 d 0.00 0.000 0.045 \"TYPE_CHNGE\"\n",
+ " 5.7918 26.229 18.804 14 7 88.857 14.5 d 0.00 0.000 0.045 \"End Carbon Star 2\"\n",
+ " 5.8533 26.229 18.804 14 7 88.857 14.5 d 0.00 0.000 0.046 \"Start tidal lock 2\"\n",
+ " 6.1610 26.229 18.804 14 7 88.857 14.5 d 0.00 0.000 0.045 \"End tidal lock 2\"\n",
+ " 6.1844 26.229 18.804 14 14 164.59 36.4 d 0.46 0.000 0.000 Mers(5)=0.179142 - Mers(6)=0.296544 - Mers(7)=0.237203 - Mers(8)=0.0156945 - Mers(9)=0.617224 \n",
+ " 6.1844 26.229 18.804 14 14 164.59 36.4 d 0.46 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8039 Mc\"CO\"=14.1854 type=8) -> kick 1(190) vk=161.317 vr=310.99 omega=3.87813 phi=-1.31958 -> vn=375.785 ; final sep 164.585 ecc 0.464494 (random count 5) - Runaway v=(-42.7184,-100.373,-23.0784) |v|=111.499 : companion v=(225.604,-99.3719,-86.2291), |v|=261.166 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1844 26.229 18.804 14 14 164.59 36.4 d 0.46 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1844 26.229 18.804 14 14 164.59 36.4 d 0.46 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.229 18.804 14 14 164.1 36.3 d 0.46 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "{'time': 6.181, 'M1': 26.225, 'M2': 19.041, 'K1': 14.0, 'K2': 14.0, 'separation': 1633.0}\n",
+ "System 1 has separation 1633.0\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=68376 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 127.53 19.3 d 0.31 0.000 0.284 Randbuf=35051 - Mers(0)=0.566263 - Mers(1)=0.0474164 - Mers(2)=0.750149 - Mers(3)=0.0787729 - Mers(4)=0.537743 \n",
+ " 4.1327 26.215 48.508 14 1 127.53 19.3 d 0.31 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=95.4162 vr=401.272 omega=3.37874 phi=-1.00182 -> vn=458.504 ; final sep 127.529 ecc 0.306619 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 127.53 19.3 d 0.31 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 127.53 19.3 d 0.31 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 127.53 19.3 d 0.31 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 136.9 21.5 d 0.31 0.000 0.184 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 142.97 22.9 d 0.31 0.000 0.195 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 146.04 23.6 d 0.32 0.000 0.309 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 146.04 23.6 d 0.32 0.000 0.309 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 146.04 23.6 d 0.32 0.000 0.309 \"END_BSS\"\n",
+ " 5.7435 26.215 48.508 14 2 146.42 23.7 d 0.31 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7435 26.215 48.508 14 2 131.9 20.3 d 0.00 0.000 1.111 \"BEG_SYMB\"\n",
+ " 5.7435 26.215 48.508 14 2 131.9 20.3 d 0.00 0.000 1.111 \"Circularized\"\n",
+ " 5.7459 26.215 48.248 14 2 133.58 20.7 d 0.00 0.000 5.833 \"Start tidal lock 2\"\n",
+ " 5.7459 26.215 48.248 14 4 133.59 20.7 d 0.00 0.000 5.833 \"TYPE_CHNGE\"\n",
+ " 5.7462 26.215 48.140 14 4 134.08 20.9 d 0.00 0.000 5.814 \"End tidal lock 2\"\n",
+ " 5.7965 26.223 27.154 14 4 188.36 41 d 0.00 0.000 7.503 \"Start Carbon Star 2\"\n",
+ " 5.7980 26.223 26.208 14 4 191.77 42.5 d 0.00 0.000 7.782 \"q-inv\"\n",
+ " 5.8107 26.225 19.041 14 4 222.33 57.1 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.8108 26.225 19.041 14 4 222.33 57.1 d 0.00 0.000 0.992 \"END_SYMB\"\n",
+ " 5.8295 26.225 19.041 14 7 222.33 57.1 d 0.00 0.000 0.018 \"TYPE_CHNGE\"\n",
+ " 5.8295 26.225 19.041 14 7 222.33 57.1 d 0.00 0.000 0.018 \"End Carbon Star 2\"\n",
+ " 6.1810 26.225 19.041 14 14 1633 3.11 y 0.94 0.000 0.000 Mers(5)=0.473762 - Mers(6)=0.894041 - Mers(7)=0.457987 - Mers(8)=0.738399 - Mers(9)=0.315223 \n",
+ " 6.1810 26.225 19.041 14 14 1633 3.11 y 0.94 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0414 Mc\"CO\"=14.369 type=8) -> kick 1(190) vk=421.233 vr=197.114 omega=1.98061 phi=0.497008 -> vn=269.106 ; final sep 1633.01 ecc 0.942854 (random count 5) - Runaway v=(-86.7879,259.783,-24.3589) |v|=274.978 : companion v=(-58.8452,57.9595,151.438), |v|=172.498 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1810 26.225 19.041 14 14 1633 3.11 y 0.94 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1810 26.225 19.041 14 14 1633 3.11 y 0.94 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.225 19.041 14 14 1631.9 3.11 y 0.94 0.000 0.000 \"MAX_TIME\"\n",
+ "\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -79.367}\n",
+ "System 1 has separation -79.367\n",
+ "system 2 / 100\n",
"None\n",
- "system 23 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -39.456}\n",
- "System 23 has separation -39.456\n",
- "system 24 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -24.787}\n",
- "System 24 has separation -24.787\n",
- "system 25 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -129.32}\n",
- "System 25 has separation -129.32\n",
- "system 26 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -209.23}\n",
- "System 26 has separation -209.23\n",
- "system 27 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -59.775}\n",
- "System 27 has separation -59.775\n",
- "system 28 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -47.979}\n",
- "System 28 has separation -47.979\n",
- "system 29 / 100\n",
- "{'time': 6.1815, 'M1': 26.224, 'M2': 19.0, 'K1': 14.0, 'K2': 14.0, 'separation': -315.04}\n",
- "System 29 has separation -315.04\n",
- "system 30 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -36.992}\n",
- "System 30 has separation -36.992\n",
- "system 31 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -317.86}\n",
- "System 31 has separation -317.86\n",
- "system 32 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.995, 'K1': 14.0, 'K2': 14.0, 'separation': -80.214}\n",
- "System 32 has separation -80.214\n",
- "system 33 / 100\n",
+ "system 3 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -37.454}\n",
+ "System 3 has separation -37.454\n",
+ "system 4 / 100\n",
"None\n",
- "system 34 / 100\n",
- "{'time': 6.182, 'M1': 26.224, 'M2': 18.966, 'K1': 14.0, 'K2': 14.0, 'separation': 104.88}\n",
- "System 34 has separation 104.88\n",
+ "system 5 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -2305.9}\n",
+ "System 5 has separation -2305.9\n",
+ "system 6 / 100\n",
+ "None\n",
+ "system 7 / 100\n",
+ "{'time': 6.183, 'M1': 26.222, 'M2': 18.894, 'K1': 14.0, 'K2': 14.0, 'separation': 305.95}\n",
+ "System 7 has separation 305.95\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=82905 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 83.03 10.1d 0.13 0.000 0.284 Randbuf=25831 - Mers(0)=0.0524689 - Mers(1)=0.85014 - Mers(2)=0.443676 - Mers(3)=0.33882 - Mers(4)=0.840851 \n",
- " 4.1327 26.215 48.508 14 1 83.03 10.1d 0.13 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=381.786 vr=401.272 omega=5.28322 phi=-0.328222 -> vn=387.685 ; final sep 83.0298 ecc 0.132655 (random count 0) - Runaway v=(318.823,-135.629,78.3392) |v|=355.219 : companion v=(-60.8143,-91.0476,13.6297), |v|=110.335 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 83.03 10.1d 0.13 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 83.03 10.1d 0.13 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 83.03 10.1d 0.13 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 90.314 11.5d 0.13 0.000 0.279 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 95.25 12.5d 0.13 0.000 0.293 \"BEG_BSS \"\n",
- " 5.6281 26.215 48.508 14 1 98.568 13.1d 0.14 0.000 0.558 \"Start tidal lock 2\"\n",
- " 5.7205 26.215 48.508 14 1 98.084 13d 0.13 0.000 0.599 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 98.08 13d 0.12 0.000 0.460 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 98.08 13d 0.12 0.000 0.460 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 98.08 13d 0.12 0.000 0.460 \"END_BSS\"\n",
- " 5.7426 26.215 48.508 14 2 98.08 13d 0.12 0.000 0.801 \"Start tidal lock 2\"\n",
- " 5.7428 26.215 48.508 14 2 98.08 13d 0.12 0.000 0.908 \"End tidal lock 2\"\n",
- " 5.7429 26.215 48.508 14 2 98.078 13d 0.12 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7429 26.215 48.508 14 2 96.588 12.7d 0.00 0.000 1.016 \"BEG_SYMB\"\n",
- " 5.7429 26.215 48.508 14 2 96.588 12.7d 0.00 0.000 1.016 \"Circularized\"\n",
- " 5.7437 26.215 48.505 14 2 96.59 12.7d 0.00 0.000 1.750 \"Start tidal lock 2\"\n",
- " 5.7449 26.215 48.415 14 2 96.878 12.8d 0.00 0.000 3.925 \"End tidal lock 2\"\n",
- " 5.7459 26.215 48.011 14 4 97.979 13d 0.00 0.000 7.959 \"TYPE_CHNGE\"\n",
- " 5.7811 26.220 27.161 14 4 136.68 25.3d 0.00 0.000 7.242 \"Start Carbon Star 2\"\n",
- " 5.7828 26.221 26.201 14 4 139.21 26.3d 0.00 0.000 7.315 \"q-inv\"\n",
- " 5.7982 26.224 18.966 14 4 161.66 35.4d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.7982 26.224 18.966 14 4 161.66 35.4d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8181 26.224 18.966 14 7 161.66 35.4d 0.00 0.000 0.025 \"TYPE_CHNGE\"\n",
- " 5.8181 26.224 18.966 14 7 161.66 35.4d 0.00 0.000 0.025 \"Start tidal lock 2\"\n",
- " 5.8181 26.224 18.966 14 7 161.66 35.4d 0.00 0.000 0.025 \"End Carbon Star 2\"\n",
- " 6.1820 26.224 18.966 14 14 104.88 18.5d 0.70 0.000 0.000 Mers(5)=0.124072 - Mers(6)=0.64613 - Mers(7)=0.855856 - Mers(8)=0.547534 - Mers(9)=0.753489 \n",
- " 6.1820 26.224 18.966 14 14 104.88 18.5d 0.70 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9656 Mc\"CO\"=14.3104 type=8) -> kick 1(190) vk=273.917 vr=230.96 omega=4.73431 phi=0.0952125 -> vn=156.401 ; final sep 104.879 ecc 0.700228 (random count 5) - Runaway v=(18.3138,-253.396,-5.71375) |v|=181.638 : companion v=(-52.8856,-79.7448,-4.83933), |v|=95.8099 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1820 26.224 18.966 14 14 104.88 18.5d 0.70 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1820 26.224 18.966 14 14 104.88 18.5d 0.70 0.000 0.000 \"SN\"\n",
- " 6.1820 26.224 18.966 14 14 104.88 18.5d 0.70 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.224 18.966 14 14 91.678 15.1d 0.66 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=39521 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 70.198 7.88 d 0.36 0.000 0.284 Randbuf=3419 - Mers(0)=0.32684 - Mers(1)=0.0533803 - Mers(2)=0.740494 - Mers(3)=0.317663 - Mers(4)=0.857699 \n",
+ " 4.1327 26.215 48.508 14 1 70.198 7.88 d 0.36 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=121.585 vr=401.272 omega=5.38908 phi=-0.373282 -> vn=344.827 ; final sep 70.1977 ecc 0.359784 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 70.198 7.88 d 0.36 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 70.198 7.88 d 0.36 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 70.198 7.88 d 0.36 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 77.336 9.11 d 0.36 0.000 0.326 \"END_SYMB\"\n",
+ " 4.4311 26.215 48.508 14 1 83.458 10.2 d 0.37 0.000 0.328 \"BEG_BSS \"\n",
+ " 5.6474 26.215 48.508 14 1 74.903 8.68 d 0.13 0.000 0.750 \"Start tidal lock 2\"\n",
+ " 5.7380 26.215 48.508 14 1 73.996 8.53 d 0.03 0.000 0.672 \"End tidal lock 2\"\n",
+ " 5.7418 26.215 48.508 14 2 74.056 8.54 d 0.03 0.000 0.609 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 74.056 8.54 d 0.03 0.000 0.609 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 74.056 8.54 d 0.03 0.000 0.609 \"END_BSS\"\n",
+ " 5.7424 26.215 48.508 14 2 74.056 8.54 d 0.03 0.000 0.898 \"Start tidal lock 2\"\n",
+ " 5.7426 26.215 48.508 14 2 74.056 8.54 d 0.03 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7426 26.215 48.508 14 2 74 8.53 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7426 26.215 48.508 14 2 74 8.53 d 0.00 0.000 1.001 \"Circularized\"\n",
+ " 5.7432 26.215 48.507 14 2 74.004 8.53 d 0.00 0.000 1.625 \"End tidal lock 2\"\n",
+ " 5.7447 26.215 48.379 14 2 74.378 8.6 d 0.00 0.000 4.402 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.238 14 2 74.749 8.67 d 0.00 0.000 5.942 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.710 14 4 75.803 8.89 d 0.00 0.000 10.297 \"TYPE_CHNGE\"\n",
+ " 5.7709 26.219 27.136 14 4 105.21 17.1 d 0.00 0.000 8.374 \"Start Carbon Star 2\"\n",
+ " 5.7722 26.219 26.195 14 4 107.11 17.7 d 0.00 0.000 8.319 \"q-inv\"\n",
+ " 5.7868 26.222 18.894 14 4 124.58 24 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.7868 26.222 18.894 14 4 124.58 24 d 0.00 0.000 0.993 \"END_SYMB\"\n",
+ " 5.8055 26.222 18.894 14 7 124.58 24 d 0.00 0.000 0.032 \"TYPE_CHNGE\"\n",
+ " 5.8055 26.222 18.894 14 7 124.58 24 d 0.00 0.000 0.032 \"Start tidal lock 2\"\n",
+ " 5.8055 26.222 18.894 14 7 124.58 24 d 0.00 0.000 0.032 \"End Carbon Star 2\"\n",
+ " 6.1825 26.222 18.894 14 7 124.58 24 d 0.00 0.000 0.032 \"End tidal lock 2\"\n",
+ " 6.1830 26.222 18.894 14 14 305.95 92.3 d 0.61 0.000 0.000 Mers(5)=0.709965 - Mers(6)=0.260676 - Mers(7)=0.438861 - Mers(8)=0.0625403 - Mers(9)=0.328066 \n",
+ " 6.1830 26.222 18.894 14 14 305.95 92.3 d 0.61 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8941 Mc\"CO\"=14.2552 type=8) -> kick 1(190) vk=151.131 vr=262.883 omega=2.0613 phi=-1.06527 -> vn=331.775 ; final sep 305.952 ecc 0.613167 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1830 26.222 18.894 14 14 305.95 92.3 d 0.61 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1830 26.222 18.894 14 14 305.95 92.3 d 0.61 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.222 18.894 14 14 305.73 92.2 d 0.61 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "None\n",
+ "{'time': 6.1823, 'M1': 26.223, 'M2': 18.947, 'K1': 14.0, 'K2': 14.0, 'separation': -24.568}\n",
+ "System 1 has separation -24.568\n",
"system 2 / 100\n",
- "{'time': 6.1825, 'M1': 26.223, 'M2': 18.931, 'K1': 14.0, 'K2': 14.0, 'separation': -182.98}\n",
- "System 2 has separation -182.98\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -72.076}\n",
+ "System 2 has separation -72.076\n",
"system 3 / 100\n",
- "{'time': 6.1834, 'M1': 26.221, 'M2': 18.869, 'K1': 14.0, 'K2': 14.0, 'separation': -62.998}\n",
- "System 3 has separation -62.998\n",
+ "{'time': 6.182, 'M1': 26.224, 'M2': 18.965, 'K1': 14.0, 'K2': 14.0, 'separation': -183.79}\n",
+ "System 3 has separation -183.79\n",
"system 4 / 100\n",
- "{'time': 6.1815, 'M1': 26.224, 'M2': 19.004, 'K1': 14.0, 'K2': 14.0, 'separation': -33.151}\n",
- "System 4 has separation -33.151\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -416.16}\n",
+ "System 4 has separation -416.16\n",
"system 5 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -539.55}\n",
+ "System 5 has separation -539.55\n",
"system 6 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -64.564}\n",
- "System 6 has separation -64.564\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -298.58}\n",
+ "System 6 has separation -298.58\n",
"system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -170.26}\n",
- "System 7 has separation -170.26\n",
+ "{'time': 6.2004, 'M1': 26.295, 'M2': 17.971, 'K1': 14.0, 'K2': 14.0, 'separation': -39.104}\n",
+ "System 7 has separation -39.104\n",
"system 8 / 100\n",
- "{'time': 6.1808, 'M1': 26.225, 'M2': 19.057, 'K1': 14.0, 'K2': 14.0, 'separation': -64.183}\n",
- "System 8 has separation -64.183\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -633.06}\n",
+ "System 8 has separation -633.06\n",
"system 9 / 100\n",
- "None\n",
- "system 10 / 100\n",
- "None\n",
- "system 11 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -80.759}\n",
- "System 11 has separation -80.759\n",
- "system 12 / 100\n",
- "{'time': 6.1831, 'M1': 26.222, 'M2': 18.888, 'K1': 14.0, 'K2': 14.0, 'separation': -36.808}\n",
- "System 12 has separation -36.808\n",
- "system 13 / 100\n",
- "None\n",
- "system 14 / 100\n",
- "{'time': 6.1913, 'M1': 26.274, 'M2': 18.412, 'K1': 14.0, 'K2': 14.0, 'separation': -276.33}\n",
- "System 14 has separation -276.33\n",
- "system 15 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.992, 'K1': 14.0, 'K2': 14.0, 'separation': -249.3}\n",
- "System 15 has separation -249.3\n",
- "system 16 / 100\n",
- "{'time': 6.1831, 'M1': 26.222, 'M2': 18.89, 'K1': 14.0, 'K2': 14.0, 'separation': 1249.0}\n",
- "System 16 has separation 1249.0\n",
+ "{'time': 6.1829, 'M1': 26.222, 'M2': 18.903, 'K1': 14.0, 'K2': 14.0, 'separation': 87.909}\n",
+ "System 9 has separation 87.909\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=6675 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 107.87 15d 0.67 0.000 0.284 Randbuf=37468 - Mers(0)=0.356052 - Mers(1)=0.848439 - Mers(2)=0.238055 - Mers(3)=0.0479607 - Mers(4)=0.123488 \n",
- " 4.1327 26.215 48.508 14 1 107.87 15d 0.67 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=371.527 vr=401.272 omega=0.775898 phi=-1.12922 -> vn=435.709 ; final sep 107.866 ecc 0.665768 (random count 0) - Runaway v=(295.322,223.369,-153.93) |v|=401.003 : companion v=(-16.282,-60.6176,-43.943), |v|=76.6197 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 107.87 15d 0.67 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 107.87 15d 0.67 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 107.87 15d 0.67 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 118.93 17.4d 0.67 0.000 0.212 \"END_SYMB\"\n",
- " 4.4754 26.215 48.508 14 1 127.99 19.4d 0.67 0.000 0.217 \"BEG_BSS \"\n",
- " 5.7175 26.215 48.508 14 1 73.321 8.41d 0.11 0.000 0.810 \"Start tidal lock 2\"\n",
- " 5.7320 26.215 48.508 14 1 73.175 8.39d 0.09 0.000 0.736 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 73.301 8.41d 0.08 0.000 0.616 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 73.301 8.41d 0.08 0.000 0.616 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 73.301 8.41d 0.08 0.000 0.616 \"END_BSS\"\n",
- " 5.7424 26.215 48.508 14 2 73.302 8.41d 0.08 0.000 0.923 \"Start tidal lock 2\"\n",
- " 5.7425 26.215 48.508 14 2 73.302 8.41d 0.08 0.000 1.001 \"BEG_RCHE 2>1\"\n",
- " 5.7425 26.215 48.508 14 2 72.779 8.32d 0.00 0.000 1.009 \"BEG_SYMB\"\n",
- " 5.7425 26.215 48.508 14 2 72.779 8.32d 0.00 0.000 1.009 \"Circularized\"\n",
- " 5.7430 26.215 48.508 14 2 72.78 8.32d 0.00 0.000 1.390 \"End tidal lock 2\"\n",
- " 5.7448 26.215 48.342 14 2 73.27 8.41d 0.00 0.000 4.844 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.206 14 2 73.621 8.48d 0.00 0.000 6.246 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.688 14 4 74.642 8.69d 0.00 0.000 10.458 \"TYPE_CHNGE\"\n",
- " 5.7704 26.219 27.137 14 4 103.56 16.7d 0.00 0.000 8.474 \"Start Carbon Star 2\"\n",
- " 5.7717 26.219 26.193 14 4 105.44 17.3d 0.00 0.000 8.413 \"q-inv\"\n",
- " 5.7861 26.222 18.890 14 4 122.65 23.4d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.7862 26.222 18.890 14 4 122.65 23.4d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.8051 26.222 18.890 14 7 122.65 23.4d 0.00 0.000 0.033 \"TYPE_CHNGE\"\n",
- " 5.8051 26.222 18.890 14 7 122.65 23.4d 0.00 0.000 0.033 \"Start tidal lock 2\"\n",
- " 5.8051 26.222 18.890 14 7 122.65 23.4d 0.00 0.000 0.033 \"End Carbon Star 2\"\n",
- " 6.1822 26.222 18.890 14 7 122.65 23.4d 0.00 0.000 0.032 \"End tidal lock 2\"\n",
- " 6.1831 26.222 18.890 14 14 1249 2.08y 0.91 0.000 0.000 Mers(5)=0.408992 - Mers(6)=0.0909411 - Mers(7)=0.912871 - Mers(8)=0.254935 - Mers(9)=0.620471 \n",
- " 6.1831 26.222 18.890 14 14 1249 2.08y 0.91 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8899 Mc\"CO\"=14.2519 type=8) -> kick 1(190) vk=134.58 vr=264.931 omega=3.89853 phi=-0.512239 -> vn=365.355 ; final sep 1248.97 ecc 0.906818 (random count 5) - Runaway v=(-16.282,-60.6176,-43.943) |v|=76.6197 : companion v=(295.322,223.369,-153.93), |v|=401.003 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1831 26.222 18.890 14 14 1249 2.08y 0.91 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1831 26.222 18.890 14 14 1249 2.08y 0.91 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.222 18.890 14 14 1248.5 2.08y 0.91 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=36957 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 74.11 8.55 d 0.38 0.000 0.284 Randbuf=86334 - Mers(0)=0.215638 - Mers(1)=0.175004 - Mers(2)=0.932839 - Mers(3)=0.339587 - Mers(4)=0.829017 \n",
+ " 4.1327 26.215 48.508 14 1 74.11 8.55 d 0.38 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=143.827 vr=401.272 omega=5.20887 phi=-0.326601 -> vn=360.042 ; final sep 74.1104 ecc 0.38009 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 74.11 8.55 d 0.38 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 74.11 8.55 d 0.38 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 74.11 8.55 d 0.38 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 81.506 9.86 d 0.38 0.000 0.309 \"END_SYMB\"\n",
+ " 4.4438 26.215 48.508 14 1 87.598 11 d 0.39 0.000 0.314 \"BEG_BSS \"\n",
+ " 5.6934 26.215 48.508 14 1 77.41 9.12 d 0.13 0.000 0.765 \"Start tidal lock 2\"\n",
+ " 5.7322 26.215 48.508 14 1 76.82 9.02 d 0.08 0.000 0.700 \"End tidal lock 2\"\n",
+ " 5.7418 26.215 48.508 14 2 76.94 9.04 d 0.07 0.000 0.587 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 76.94 9.04 d 0.07 0.000 0.587 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 76.94 9.04 d 0.07 0.000 0.587 \"END_BSS\"\n",
+ " 5.7424 26.215 48.508 14 2 76.941 9.04 d 0.07 0.000 0.893 \"Start tidal lock 2\"\n",
+ " 5.7426 26.215 48.508 14 2 76.941 9.04 d 0.07 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7426 26.215 48.508 14 2 76.529 8.97 d 0.00 0.000 1.006 \"BEG_SYMB\"\n",
+ " 5.7426 26.215 48.508 14 2 76.529 8.97 d 0.00 0.000 1.006 \"Circularized\"\n",
+ " 5.7434 26.215 48.506 14 2 76.535 8.97 d 0.00 0.000 1.705 \"End tidal lock 2\"\n",
+ " 5.7446 26.215 48.393 14 2 76.875 9.04 d 0.00 0.000 4.224 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.249 14 2 77.264 9.11 d 0.00 0.000 5.830 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.754 14 4 78.295 9.33 d 0.00 0.000 9.968 \"TYPE_CHNGE\"\n",
+ " 5.7720 26.219 27.149 14 4 108.74 18 d 0.00 0.000 8.175 \"Start Carbon Star 2\"\n",
+ " 5.7734 26.219 26.215 14 4 110.69 18.6 d 0.00 0.000 8.134 \"q-inv\"\n",
+ " 5.7882 26.222 18.903 14 4 128.77 25.2 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.7882 26.222 18.903 14 4 128.77 25.2 d 0.00 0.000 0.992 \"END_SYMB\"\n",
+ " 5.8076 26.222 18.903 14 7 128.77 25.2 d 0.00 0.000 0.031 \"TYPE_CHNGE\"\n",
+ " 5.8076 26.222 18.903 14 7 128.77 25.2 d 0.00 0.000 0.031 \"Start tidal lock 2\"\n",
+ " 5.8076 26.222 18.903 14 7 128.77 25.2 d 0.00 0.000 0.031 \"End Carbon Star 2\"\n",
+ " 6.1829 26.222 18.903 14 14 87.909 14.2 d 0.94 0.000 0.000 Mers(5)=0.124496 - Mers(6)=0.659469 - Mers(7)=0.0744186 - Mers(8)=0.706126 - Mers(9)=0.225135 \n",
+ " 6.1829 26.222 18.903 14 14 87.909 14.2 d 0.94 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9032 Mc\"CO\"=14.2622 type=8) -> kick 1(190) vk=282.698 vr=258.602 omega=1.41457 phi=0.424924 -> vn=189.19 ; final sep 87.9093 ecc 0.939378 (random count 5) - Runaway v=(-21.3649,207.937,33.0868) |v|=211.634 : companion v=(47.1108,33.5094,59.1392), |v|=82.7028 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1829 26.222 18.903 14 14 87.909 14.2 d 0.94 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1829 26.222 18.903 14 14 87.909 14.2 d 0.94 0.000 0.000 \"SN\"\n",
+ " 6.1829 26.222 18.903 14 14 87.909 14.2 d 0.94 0.000 0.000 \"End tidal lock 2\"\n",
+ " 457.8881 26.222 18.903 14 14 0.12548 0.0184 h 0.00 0.002 0.002 Contact reached R/RL = 0.00254115 0.0021272, st 14 14\n",
+ " 457.8881 45.125 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.826831 - Mers(11)=0.573703 \n",
+ " 457.8881 45.125 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.1254 Mc\"CO\"=45.1254,\"BH\"=45.1254 type=14) -> kick 0(0) vk=0 vr=0 omega=3.60468 phi=0.712414 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(47.1108,33.5094,59.1392) |v|=82.7028 : companion v=(-21.3649,207.937,33.0868), |v|=211.634 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 457.8881 45.125 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 457.8881 45.125 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 457.8881 45.125 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 45.125 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1834, 'M1': 26.221, 'M2': 18.868, 'K1': 14.0, 'K2': 14.0, 'separation': -117.07}\n",
- "System 1 has separation -117.07\n",
+ "{'time': 6.1816, 'M1': 26.224, 'M2': 18.995, 'K1': 14.0, 'K2': 14.0, 'separation': -86.517}\n",
+ "System 1 has separation -86.517\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -52.649}\n",
- "System 2 has separation -52.649\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -83.446}\n",
+ "System 2 has separation -83.446\n",
"system 3 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -69.817}\n",
+ "System 3 has separation -69.817\n",
+ "system 4 / 100\n",
+ "{'time': 6.2157, 'M1': 26.32, 'M2': 17.305, 'K1': 14.0, 'K2': 14.0, 'separation': -40.065}\n",
+ "System 4 has separation -40.065\n",
+ "system 5 / 100\n",
+ "{'time': 6.1817, 'M1': 26.224, 'M2': 18.99, 'K1': 14.0, 'K2': 14.0, 'separation': -3008.0}\n",
+ "System 5 has separation -3008.0\n",
+ "system 6 / 100\n",
+ "{'time': 6.1835, 'M1': 26.221, 'M2': 18.861, 'K1': 14.0, 'K2': 14.0, 'separation': 379.16}\n",
+ "System 6 has separation 379.16\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=33719 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 76.104 8.89 d 0.55 0.000 0.284 Randbuf=81352 - Mers(0)=0.202196 - Mers(1)=0.453412 - Mers(2)=0.935069 - Mers(3)=0.374905 - Mers(4)=0.177551 \n",
+ " 4.1327 26.215 48.508 14 1 76.104 8.89 d 0.55 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=223.987 vr=401.272 omega=1.11558 phi=-0.252877 -> vn=366.976 ; final sep 76.1043 ecc 0.548589 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 76.104 8.89 d 0.55 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 76.104 8.89 d 0.55 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 76.104 8.89 d 0.55 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 84.413 10.4 d 0.55 0.000 0.298 \"END_SYMB\"\n",
+ " 4.4333 26.215 48.508 14 1 93.127 12 d 0.56 0.000 0.294 \"BEG_BSS \"\n",
+ " 5.5423 26.215 48.508 14 1 65.939 7.17 d 0.12 0.000 0.764 \"Start tidal lock 2\"\n",
+ " 5.7418 26.215 48.508 14 2 65.113 7.04 d 0.00 0.000 0.693 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 65.113 7.04 d 0.00 0.000 0.693 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 65.113 7.04 d 0.00 0.000 0.693 \"END_BSS\"\n",
+ " 5.7418 26.215 48.508 14 2 65.113 7.04 d 0.00 0.000 0.693 \"End tidal lock 2\"\n",
+ " 5.7423 26.215 48.508 14 2 65.115 7.04 d 0.00 0.000 0.970 \"Start tidal lock 2\"\n",
+ " 5.7424 26.215 48.508 14 2 65.115 7.04 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7424 26.215 48.508 14 2 65.115 7.04 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7424 26.215 48.508 14 2 65.115 7.04 d 0.00 0.000 1.001 \"Circularized\"\n",
+ " 5.7425 26.215 48.508 14 2 65.115 7.04 d 0.00 0.000 1.137 \"End tidal lock 2\"\n",
+ " 5.7448 26.215 48.265 14 2 65.795 7.16 d 0.00 0.000 5.672 \"Start tidal lock 2\"\n",
+ " 5.7451 26.215 48.134 14 2 66.098 7.22 d 0.00 0.000 6.900 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.526 14 4 67.137 7.42 d 0.00 0.000 11.632 \"TYPE_CHNGE\"\n",
+ " 5.7671 26.218 27.149 14 4 92.858 14.2 d 0.00 0.000 9.251 \"Start Carbon Star 2\"\n",
+ " 5.7683 26.219 26.210 14 4 94.535 14.7 d 0.00 0.000 9.152 \"q-inv\"\n",
+ " 5.7817 26.221 18.861 14 4 110.07 19.9 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.7817 26.221 18.861 14 4 110.07 19.9 d 0.00 0.000 0.991 \"END_SYMB\"\n",
+ " 5.8001 26.221 18.861 14 7 110.07 19.9 d 0.00 0.000 0.036 \"TYPE_CHNGE\"\n",
+ " 5.8001 26.221 18.861 14 7 110.07 19.9 d 0.00 0.000 0.036 \"Start tidal lock 2\"\n",
+ " 5.8001 26.221 18.861 14 7 110.07 19.9 d 0.00 0.000 0.036 \"End Carbon Star 2\"\n",
+ " 6.1775 26.221 18.861 14 7 110.07 19.9 d 0.00 0.000 0.036 \"End tidal lock 2\"\n",
+ " 6.1835 26.221 18.861 14 14 379.16 127 d 0.74 0.000 0.000 Mers(5)=0.912238 - Mers(6)=0.432729 - Mers(7)=0.998563 - Mers(8)=0.996798 - Mers(9)=0.823767 \n",
+ " 6.1835 26.221 18.861 14 14 379.16 127 d 0.74 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.861 Mc\"CO\"=14.2295 type=8) -> kick 1(190) vk=351.887 vr=279.57 omega=5.17588 phi=1.45757 -> vn=365.553 ; final sep 379.164 ecc 0.737411 (random count 5) - Runaway v=(231.573,45.5557,-249.499) |v|=343.439 : companion v=(-53.4102,-58.3495,-45.4945), |v|=91.2528 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1835 26.221 18.861 14 14 379.16 127 d 0.74 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1835 26.221 18.861 14 14 379.16 127 d 0.74 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.221 18.861 14 14 378.72 127 d 0.74 0.000 0.000 \"MAX_TIME\"\n",
+ "\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -168.81}\n",
+ "System 1 has separation -168.81\n",
+ "system 2 / 100\n",
"None\n",
+ "system 3 / 100\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "{'time': 6.1808, 'M1': 26.225, 'M2': 19.057, 'K1': 14.0, 'K2': 14.0, 'separation': -26.38}\n",
+ "System 3 has separation -26.38\n",
"system 4 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -178.55}\n",
- "System 4 has separation -178.55\n",
+ "{'time': 6.2629, 'M1': 26.375, 'M2': 15.668, 'K1': 14.0, 'K2': 14.0, 'separation': -160.2}\n",
+ "System 4 has separation -160.2\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.241, 'M2': 18.759, 'K1': 14.0, 'K2': 14.0, 'separation': 43.674}\n",
- "System 5 has separation 43.674\n",
+ "None\n",
+ "system 6 / 100\n",
+ "{'time': 6.181, 'M1': 26.225, 'M2': 19.042, 'K1': 14.0, 'K2': 14.0, 'separation': 187.43}\n",
+ "System 6 has separation 187.43\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=33086 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 57.542 5.85d 0.58 0.000 0.284 Randbuf=55555 - Mers(0)=0.275381 - Mers(1)=0.129266 - Mers(2)=0.144211 - Mers(3)=0.30894 - Mers(4)=0.927656 \n",
- " 4.1327 26.215 48.508 14 1 57.542 5.85d 0.58 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=177.569 vr=401.272 omega=5.82864 phi=-0.39209 -> vn=272.452 ; final sep 57.5422 ecc 0.583209 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 57.542 5.85d 0.58 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 57.542 5.85d 0.58 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 57.542 5.85d 0.58 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 65.014 7.02d 0.58 0.000 0.387 \"END_SYMB\"\n",
- " 4.4950 26.215 48.508 14 1 65.624 7.12d 0.52 0.000 0.426 \"BEG_BSS \"\n",
- " 4.9342 26.215 48.508 14 1 48.824 4.57d 0.12 0.000 0.681 \"Start tidal lock 2\"\n",
- " 5.3963 26.215 48.508 14 1 47.675 4.41d 0.00 0.000 0.929 \"Circularized\"\n",
- " 5.4795 26.215 48.508 14 1 47.499 4.39d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.4799 26.215 48.508 14 1 47.498 4.39d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
- " 5.7408 26.237 48.443 14 1 47.5 4.39d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.7412 26.237 48.443 14 1 47.5 4.39d 0.00 0.000 0.989 \"END_SYMB\"\n",
- " 5.7419 26.237 48.443 14 2 47.531 4.39d 0.00 0.000 0.949 \"OFF_MS\"\n",
- " 5.7419 26.237 48.443 14 2 47.531 4.39d 0.00 0.000 0.949 \"TYPE_CHNGE\"\n",
- " 5.7419 26.237 48.443 14 2 47.531 4.39d 0.00 0.000 0.949 \"END_BSS\"\n",
- " 5.7419 26.237 48.443 14 2 47.531 4.39d 0.00 0.000 0.949 \"End tidal lock 2\"\n",
- " 5.7420 26.237 48.443 14 2 47.534 4.39d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7420 26.237 48.443 14 2 47.534 4.39d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7447 26.237 48.099 14 2 48.833 4.58d 0.00 0.000 6.625 \"Start tidal lock 2\"\n",
- " 5.7449 26.237 47.966 14 2 49.06 4.62d 0.00 0.000 7.766 \"End tidal lock 2\"\n",
- " 5.7460 26.237 46.903 14 4 50.252 4.82d 0.00 0.000 15.496 \"TYPE_CHNGE\"\n",
- " 5.7605 26.239 27.134 14 4 68.78 9.04d 0.00 0.000 12.106 \"Start Carbon Star 2\"\n",
- " 5.7613 26.240 26.237 14 4 69.965 9.35d 0.00 0.000 11.928 \"q-inv\"\n",
- " 5.7718 26.241 18.759 14 4 81.682 12.7d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.7718 26.241 18.759 14 4 81.682 12.7d 0.00 0.000 0.990 \"END_SYMB\"\n",
- " 5.7891 26.241 18.759 14 7 81.681 12.7d 0.00 0.000 0.049 \"TYPE_CHNGE\"\n",
- " 5.7891 26.241 18.759 14 7 81.681 12.7d 0.00 0.000 0.049 \"End Carbon Star 2\"\n",
- " 5.8772 26.241 18.759 14 7 81.681 12.7d 0.00 0.000 0.050 \"Start tidal lock 2\"\n",
- " 6.1545 26.241 18.759 14 7 81.681 12.7d 0.00 0.000 0.050 \"End tidal lock 2\"\n",
- " 6.1851 26.241 18.759 14 14 43.674 4.98d 1.00 0.000 0.000 Mers(5)=0.869416 - Mers(6)=0.0615039 - Mers(7)=0.175475 - Mers(8)=0.683847 - Mers(9)=0.140331 \n",
- " 6.1851 26.241 18.759 14 14 43.674 4.98d 1.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.759 Mc\"CO\"=14.1507 type=8) -> kick 1(190) vk=195.433 vr=324.245 omega=0.881725 phi=0.376527 -> vn=116.792 ; final sep 43.6736 ecc 0.998696 (random count 5) - Runaway v=(44.7939,126.215,22.2544) |v|=135.764 : companion v=(56.8073,10.0514,23.74), |v|=62.3834 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1851 26.241 18.759 14 14 43.674 4.98d 1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1851 26.241 18.759 14 14 43.674 4.98d 1.00 0.000 0.000 \"SN\"\n",
- " 6.1851 26.241 18.759 14 14 43.674 4.98d 1.00 0.000 0.000 Contact reached R/RL = 0.00396556 0.00330446, st 14 14\n",
- " 6.1951 45.000 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.019827 - Mers(11)=0.905871 \n",
- " 6.1951 45.000 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.0004 Mc\"CO\"=45.0004,\"BH\"=45.0004 type=14) -> kick 0(0) vk=0 vr=0 omega=5.69175 phi=-1.28824 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(56.8073,10.0514,23.74) |v|=62.3834 : companion v=(44.7939,126.215,22.2544), |v|=135.764 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1951 45.000 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1951 45.000 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
- " 6.1951 45.000 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 45.000 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=14764 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 140.8 22.4 d 0.42 0.000 0.284 Randbuf=77631 - Mers(0)=0.524755 - Mers(1)=0.166559 - Mers(2)=0.560118 - Mers(3)=0.228555 - Mers(4)=0.671001 \n",
+ " 4.1327 26.215 48.508 14 1 140.8 22.4 d 0.42 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=131.922 vr=401.272 omega=4.21603 phi=-0.573874 -> vn=469.857 ; final sep 140.802 ecc 0.418029 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 140.8 22.4 d 0.42 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 140.8 22.4 d 0.42 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 140.8 22.4 d 0.42 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 151.12 24.9 d 0.42 0.000 0.167 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 157.8 26.6 d 0.42 0.000 0.177 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 161.22 27.4 d 0.43 0.000 0.280 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 161.22 27.4 d 0.43 0.000 0.280 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 161.22 27.4 d 0.43 0.000 0.280 \"END_BSS\"\n",
+ " 5.7437 26.215 48.508 14 2 161.96 27.6 d 0.43 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7437 26.215 48.508 14 2 132.57 20.5 d 0.00 0.000 1.223 \"BEG_SYMB\"\n",
+ " 5.7437 26.215 48.508 14 2 132.57 20.5 d 0.00 0.000 1.223 \"Circularized\"\n",
+ " 5.7459 26.215 48.251 14 4 134.28 20.9 d 0.00 0.000 5.803 \"TYPE_CHNGE\"\n",
+ " 5.7459 26.215 48.249 14 4 134.29 20.9 d 0.00 0.000 5.803 \"Start tidal lock 2\"\n",
+ " 5.7462 26.215 48.141 14 4 134.78 21 d 0.00 0.000 5.783 \"End tidal lock 2\"\n",
+ " 5.7967 26.223 27.150 14 4 189.37 41.3 d 0.00 0.000 7.525 \"Start Carbon Star 2\"\n",
+ " 5.7982 26.223 26.205 14 4 192.79 42.8 d 0.00 0.000 7.807 \"q-inv\"\n",
+ " 5.8109 26.225 19.042 14 4 223.49 57.5 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.8109 26.225 19.042 14 4 223.49 57.5 d 0.00 0.000 0.993 \"END_SYMB\"\n",
+ " 5.8300 26.225 19.042 14 7 223.49 57.5 d 0.00 0.000 0.018 \"TYPE_CHNGE\"\n",
+ " 5.8300 26.225 19.042 14 7 223.49 57.5 d 0.00 0.000 0.018 \"End Carbon Star 2\"\n",
+ " 6.1810 26.225 19.042 14 14 187.43 44.2 d 0.62 0.000 0.000 Mers(5)=0.492707 - Mers(6)=0.583436 - Mers(7)=0.489077 - Mers(8)=0.445821 - Mers(9)=0.760389 \n",
+ " 6.1810 26.225 19.042 14 14 187.43 44.2 d 0.62 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0425 Mc\"CO\"=14.3698 type=8) -> kick 1(190) vk=251.809 vr=196.602 omega=4.77766 phi=-0.108571 -> vn=176.675 ; final sep 187.426 ecc 0.615165 (random count 5) - Runaway v=(88.4788,-166.023,21.8791) |v|=189.396 : companion v=(-52.3193,-60.8271,3.88343), |v|=80.3264 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1810 26.225 19.042 14 14 187.43 44.2 d 0.62 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1810 26.225 19.042 14 14 187.43 44.2 d 0.62 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.225 19.042 14 14 186.43 43.8 d 0.61 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.995, 'K1': 14.0, 'K2': 14.0, 'separation': -60.703}\n",
- "System 1 has separation -60.703\n",
+ "None\n",
"system 2 / 100\n",
"None\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -35.997}\n",
- "System 3 has separation -35.997\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -1551.2}\n",
+ "System 3 has separation -1551.2\n",
"system 4 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.998, 'K1': 14.0, 'K2': 14.0, 'separation': -48.045}\n",
- "System 4 has separation -48.045\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -35.966}\n",
+ "System 4 has separation -35.966\n",
"system 5 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -151.69}\n",
+ "System 5 has separation -151.69\n",
"system 6 / 100\n",
"None\n",
"system 7 / 100\n",
"None\n",
"system 8 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -182.44}\n",
+ "System 8 has separation -182.44\n",
"system 9 / 100\n",
- "None\n",
+ "{'time': 6.3154, 'M1': 26.424, 'M2': 14.293, 'K1': 14.0, 'K2': 14.0, 'separation': -80.062}\n",
+ "System 9 has separation -80.062\n",
"system 10 / 100\n",
- "{'time': 6.181, 'M1': 26.225, 'M2': 19.039, 'K1': 14.0, 'K2': 14.0, 'separation': -91.39}\n",
- "System 10 has separation -91.39\n",
+ "{'time': 6.1809, 'M1': 26.225, 'M2': 19.049, 'K1': 14.0, 'K2': 14.0, 'separation': -27.951}\n",
+ "System 10 has separation -27.951\n",
"system 11 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -47.414}\n",
- "System 11 has separation -47.414\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -96.476}\n",
+ "System 11 has separation -96.476\n",
"system 12 / 100\n",
- "{'time': 6.1843, 'M1': 26.228, 'M2': 18.807, 'K1': 14.0, 'K2': 14.0, 'separation': 243.89}\n",
- "System 12 has separation 243.89\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -70.328}\n",
+ "System 12 has separation -70.328\n",
+ "system 13 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -374.05}\n",
+ "System 13 has separation -374.05\n",
+ "system 14 / 100\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "{'time': 6.181, 'M1': 26.225, 'M2': 19.041, 'K1': 14.0, 'K2': 14.0, 'separation': 236.64}\n",
+ "System 14 has separation 236.64\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=49829 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 64.758 6.98d 0.59 0.000 0.284 Randbuf=82964 - Mers(0)=0.654356 - Mers(1)=0.259163 - Mers(2)=0.37941 - Mers(3)=0.49775 - Mers(4)=0.144164 \n",
- " 4.1327 26.215 48.508 14 1 64.758 6.98d 0.59 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=201.468 vr=401.272 omega=0.905812 phi=-0.00449932 -> vn=319.126 ; final sep 64.7577 ecc 0.59037 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 64.758 6.98d 0.59 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 64.758 6.98d 0.59 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 64.758 6.98d 0.59 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 72.722 8.31d 0.59 0.000 0.346 \"END_SYMB\"\n",
- " 4.4319 26.215 48.508 14 1 81.456 9.85d 0.60 0.000 0.336 \"BEG_BSS \"\n",
- " 5.1838 26.215 48.508 14 1 53.52 5.25d 0.11 0.000 0.712 \"Start tidal lock 2\"\n",
- " 5.5465 26.215 48.508 14 1 52.308 5.07d 0.00 0.000 0.967 \"Circularized\"\n",
- " 5.5787 26.215 48.508 14 1 52.219 5.06d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.5796 26.215 48.508 14 1 52.218 5.06d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7350 26.223 48.499 14 1 52.205 5.05d 0.00 0.000 0.994 \"END_RCHE 2!>1\"\n",
- " 5.7354 26.223 48.499 14 1 52.216 5.05d 0.00 0.000 0.988 \"END_SYMB\"\n",
- " 5.7419 26.223 48.499 14 2 52.467 5.09d 0.00 0.000 0.860 \"OFF_MS\"\n",
- " 5.7419 26.223 48.499 14 2 52.467 5.09d 0.00 0.000 0.860 \"TYPE_CHNGE\"\n",
- " 5.7419 26.223 48.499 14 2 52.467 5.09d 0.00 0.000 0.860 \"END_BSS\"\n",
- " 5.7419 26.223 48.499 14 2 52.467 5.09d 0.00 0.000 0.860 \"End tidal lock 2\"\n",
- " 5.7421 26.223 48.499 14 2 52.469 5.09d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7421 26.223 48.499 14 2 52.469 5.09d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7448 26.223 48.167 14 2 53.574 5.26d 0.00 0.000 6.517 \"Start tidal lock 2\"\n",
- " 5.7450 26.223 48.033 14 2 53.825 5.31d 0.00 0.000 7.678 \"End tidal lock 2\"\n",
- " 5.7459 26.223 47.148 14 4 54.959 5.51d 0.00 0.000 14.217 \"TYPE_CHNGE\"\n",
- " 5.7622 26.226 27.140 14 4 75.519 10.4d 0.00 0.000 11.127 \"Start Carbon Star 2\"\n",
- " 5.7631 26.226 26.199 14 4 76.884 10.8d 0.00 0.000 10.965 \"q-inv\"\n",
- " 5.7744 26.228 18.807 14 4 89.605 14.6d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.7744 26.228 18.807 14 4 89.605 14.6d 0.00 0.000 0.989 \"END_SYMB\"\n",
- " 5.7921 26.228 18.807 14 7 89.603 14.6d 0.00 0.000 0.044 \"TYPE_CHNGE\"\n",
- " 5.7921 26.228 18.807 14 7 89.603 14.6d 0.00 0.000 0.044 \"End Carbon Star 2\"\n",
- " 5.8492 26.228 18.807 14 7 89.603 14.6d 0.00 0.000 0.045 \"Start tidal lock 2\"\n",
- " 6.1613 26.228 18.807 14 7 89.603 14.6d 0.00 0.000 0.045 \"End tidal lock 2\"\n",
- " 6.1843 26.228 18.807 14 14 243.89 65.7d 0.78 0.000 0.000 Mers(5)=0.0820501 - Mers(6)=0.294026 - Mers(7)=0.253191 - Mers(8)=0.608012 - Mers(9)=0.0575427 \n",
- " 6.1843 26.228 18.807 14 14 243.89 65.7d 0.78 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8069 Mc\"CO\"=14.1878 type=8) -> kick 1(190) vk=290.336 vr=309.698 omega=0.361551 phi=0.217741 -> vn=395.713 ; final sep 243.895 ecc 0.780321 (random count 5) - Runaway v=(299.368,177.818,16.3626) |v|=348.581 : companion v=(-19.936,-55.6026,4.17541), |v|=59.2159 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1843 26.228 18.807 14 14 243.89 65.7d 0.78 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1843 26.228 18.807 14 14 243.89 65.7d 0.78 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.228 18.807 14 14 240.84 64.5d 0.78 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=80954 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 162.85 27.8 d 0.54 0.000 0.284 Randbuf=62200 - Mers(0)=0.492484 - Mers(1)=0.298194 - Mers(2)=0.807403 - Mers(3)=0.382144 - Mers(4)=0.303533 \n",
+ " 4.1327 26.215 48.508 14 1 162.85 27.8 d 0.54 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=171.327 vr=401.272 omega=1.90716 phi=-0.237951 -> vn=484.226 ; final sep 162.847 ecc 0.539941 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 162.85 27.8 d 0.54 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 162.85 27.8 d 0.54 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 162.85 27.8 d 0.54 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 174.82 31 d 0.54 0.000 0.144 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 182.58 33.1 d 0.54 0.000 0.153 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 186.39 34.1 d 0.55 0.000 0.242 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 186.39 34.1 d 0.55 0.000 0.242 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 186.39 34.1 d 0.55 0.000 0.242 \"END_BSS\"\n",
+ " 5.7439 26.215 48.508 14 2 186.93 34.2 d 0.54 0.000 1.001 \"BEG_RCHE 2>1\"\n",
+ " 5.7439 26.215 48.508 14 2 131.54 20.2 d 0.00 0.000 1.422 \"BEG_SYMB\"\n",
+ " 5.7439 26.215 48.508 14 2 131.54 20.2 d 0.00 0.000 1.422 \"Circularized\"\n",
+ " 5.7459 26.215 48.250 14 2 133.39 20.7 d 0.00 0.000 5.821 \"Start tidal lock 2\"\n",
+ " 5.7459 26.215 48.248 14 4 133.41 20.7 d 0.00 0.000 5.841 \"TYPE_CHNGE\"\n",
+ " 5.7462 26.215 48.140 14 4 133.9 20.8 d 0.00 0.000 5.822 \"End tidal lock 2\"\n",
+ " 5.7964 26.223 27.147 14 4 188.13 40.9 d 0.00 0.000 7.500 \"Start Carbon Star 2\"\n",
+ " 5.7979 26.223 26.222 14 4 191.46 42.4 d 0.00 0.000 7.772 \"q-inv\"\n",
+ " 5.8107 26.225 19.041 14 4 222.03 56.9 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.8107 26.225 19.041 14 4 222.03 56.9 d 0.00 0.000 0.993 \"END_SYMB\"\n",
+ " 5.8299 26.225 19.041 14 7 222.03 56.9 d 0.00 0.000 0.018 \"TYPE_CHNGE\"\n",
+ " 5.8299 26.225 19.041 14 7 222.03 56.9 d 0.00 0.000 0.018 \"End Carbon Star 2\"\n",
+ " 6.1792 26.225 19.041 14 7 222.03 56.9 d 0.00 0.000 0.018 \"Start tidal lock 2\"\n",
+ " 6.1810 26.225 19.041 14 14 236.64 62.7 d 0.83 0.000 0.000 Mers(5)=0.623354 - Mers(6)=0.732953 - Mers(7)=0.639951 - Mers(8)=0.492818 - Mers(9)=0.729193 \n",
+ " 6.1810 26.225 19.041 14 14 236.64 62.7 d 0.83 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0411 Mc\"CO\"=14.3688 type=8) -> kick 1(190) vk=310.098 vr=197.246 omega=4.58166 phi=-0.0143651 -> vn=203.243 ; final sep 236.637 ecc 0.828241 (random count 5) - Runaway v=(49.0791,-226.755,3.7188) |v|=232.035 : companion v=(-64.9851,-58.5681,0.50652), |v|=87.4845 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1810 26.225 19.041 14 14 236.64 62.7 d 0.83 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1810 26.225 19.041 14 14 236.64 62.7 d 0.83 0.000 0.000 \"SN\"\n",
+ " 6.1810 26.225 19.041 14 14 236.64 62.7 d 0.83 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.225 19.041 14 14 228.67 59.5 d 0.82 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -5488.6}\n",
- "System 1 has separation -5488.6\n",
+ "{'time': 6.1811, 'M1': 26.225, 'M2': 19.031, 'K1': 14.0, 'K2': 14.0, 'separation': -376.63}\n",
+ "System 1 has separation -376.63\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -304.04}\n",
- "System 2 has separation -304.04\n",
+ "None\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -402.57}\n",
- "System 3 has separation -402.57\n",
+ "None\n",
"system 4 / 100\n",
- "{'time': 6.1809, 'M1': 26.225, 'M2': 19.047, 'K1': 14.0, 'K2': 14.0, 'separation': 340.09}\n",
- "System 4 has separation 340.09\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -26.929}\n",
+ "System 4 has separation -26.929\n",
+ "system 5 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -32.565}\n",
+ "System 5 has separation -32.565\n",
+ "system 6 / 100\n",
+ "None\n",
+ "system 7 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -38.55}\n",
+ "System 7 has separation -38.55\n",
+ "system 8 / 100\n",
+ "{'time': 6.1829, 'M1': 26.222, 'M2': 18.902, 'K1': 14.0, 'K2': 14.0, 'separation': -100.06}\n",
+ "System 8 has separation -100.06\n",
+ "system 9 / 100\n",
+ "None\n",
+ "system 10 / 100\n",
+ "{'time': 6.1807, 'M1': 26.226, 'M2': 19.063, 'K1': 14.0, 'K2': 14.0, 'separation': -2371.5}\n",
+ "System 10 has separation -2371.5\n",
+ "system 11 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -4623.5}\n",
+ "System 11 has separation -4623.5\n",
+ "system 12 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -110.34}\n",
+ "System 12 has separation -110.34\n",
+ "system 13 / 100\n",
+ "{'time': 6.1827, 'M1': 26.222, 'M2': 18.914, 'K1': 14.0, 'K2': 14.0, 'separation': 99.202}\n",
+ "System 13 has separation 99.202\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=39563 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 152.41 25.2d 0.47 0.000 0.284 Randbuf=10731 - Mers(0)=0.616978 - Mers(1)=0.0571898 - Mers(2)=0.0112954 - Mers(3)=0.493682 - Mers(4)=0.332789 \n",
- " 4.1327 26.215 48.508 14 1 152.41 25.2d 0.47 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=128.028 vr=401.272 omega=2.09097 phi=-0.012637 -> vn=477.992 ; final sep 152.405 ecc 0.46908 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 152.41 25.2d 0.47 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 152.41 25.2d 0.47 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 152.41 25.2d 0.47 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 163.44 28d 0.47 0.000 0.154 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 170.59 29.8d 0.47 0.000 0.163 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 173.83 30.7d 0.48 0.000 0.260 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 173.83 30.7d 0.48 0.000 0.260 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 173.83 30.7d 0.48 0.000 0.260 \"END_BSS\"\n",
- " 5.7438 26.215 48.508 14 2 174.85 31d 0.48 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7438 26.215 48.508 14 2 135.4 21.1d 0.00 0.000 1.292 \"BEG_SYMB\"\n",
- " 5.7438 26.215 48.508 14 2 135.4 21.1d 0.00 0.000 1.292 \"Circularized\"\n",
- " 5.7459 26.215 48.264 14 4 137.08 21.5d 0.00 0.000 5.684 \"TYPE_CHNGE\"\n",
- " 5.7459 26.215 48.254 14 4 137.14 21.6d 0.00 0.000 5.682 \"Start tidal lock 2\"\n",
- " 5.7462 26.215 48.148 14 4 137.64 21.7d 0.00 0.000 5.663 \"End tidal lock 2\"\n",
- " 5.7977 26.223 27.160 14 4 193.37 42.6d 0.00 0.000 7.611 \"Start Carbon Star 2\"\n",
- " 5.7992 26.223 26.220 14 4 196.84 44.2d 0.00 0.000 7.904 \"q-inv\"\n",
- " 5.8116 26.225 19.047 14 4 228.23 59.3d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.8117 26.225 19.047 14 4 228.23 59.3d 0.00 0.000 0.994 \"END_SYMB\"\n",
- " 5.8304 26.225 19.047 14 7 228.23 59.3d 0.00 0.000 0.018 \"TYPE_CHNGE\"\n",
- " 5.8304 26.225 19.047 14 7 228.23 59.3d 0.00 0.000 0.018 \"End Carbon Star 2\"\n",
- " 6.1809 26.225 19.047 14 14 340.09 108d 0.43 0.000 0.000 Mers(5)=0.55763 - Mers(6)=0.109781 - Mers(7)=0.611216 - Mers(8)=0.15297 - Mers(9)=0.72671 \n",
- " 6.1809 26.225 19.047 14 14 340.09 108d 0.43 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0468 Mc\"CO\"=14.3732 type=8) -> kick 1(190) vk=93.0098 vr=194.56 omega=4.56606 phi=-0.767113 -> vn=224.284 ; final sep 340.086 ecc 0.431246 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1809 26.225 19.047 14 14 340.09 108d 0.43 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1809 26.225 19.047 14 14 340.09 108d 0.43 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.225 19.047 14 14 340.04 108d 0.43 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=61117 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 113.41 16.2 d 0.65 0.000 0.284 Randbuf=46822 - Mers(0)=0.585985 - Mers(1)=0.665969 - Mers(2)=0.751305 - Mers(3)=0.588396 - Mers(4)=0.216951 \n",
+ " 4.1327 26.215 48.508 14 1 113.41 16.2 d 0.65 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=286.17 vr=401.272 omega=1.36314 phi=0.177727 -> vn=443.068 ; final sep 113.414 ecc 0.645286 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 113.41 16.2 d 0.65 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 113.41 16.2 d 0.65 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 113.41 16.2 d 0.65 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 124.49 18.6 d 0.65 0.000 0.202 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 132.8 20.5 d 0.65 0.000 0.210 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 95.095 12.4 d 0.42 0.000 0.475 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 95.095 12.4 d 0.42 0.000 0.475 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 95.095 12.4 d 0.42 0.000 0.475 \"END_BSS\"\n",
+ " 5.7429 26.215 48.508 14 2 95.059 12.4 d 0.41 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7429 26.215 48.508 14 2 78.688 9.35 d 0.00 0.000 1.209 \"BEG_SYMB\"\n",
+ " 5.7429 26.215 48.508 14 2 78.688 9.35 d 0.00 0.000 1.209 \"Circularized\"\n",
+ " 5.7452 26.215 48.216 14 2 80.179 9.64 d 0.00 0.000 6.142 \"Start tidal lock 2\"\n",
+ " 5.7455 26.215 48.094 14 2 80.524 9.71 d 0.00 0.000 7.244 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.799 14 4 81.212 9.85 d 0.00 0.000 9.608 \"TYPE_CHNGE\"\n",
+ " 5.7734 26.219 27.149 14 4 113.05 19 d 0.00 0.000 7.961 \"Start Carbon Star 2\"\n",
+ " 5.7748 26.220 26.199 14 4 115.11 19.8 d 0.00 0.000 7.935 \"q-inv\"\n",
+ " 5.7899 26.222 18.914 14 4 133.84 26.7 d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
+ " 5.7899 26.222 18.914 14 4 133.84 26.7 d 0.00 0.000 0.994 \"END_SYMB\"\n",
+ " 5.8095 26.222 18.914 14 7 133.84 26.7 d 0.00 0.000 0.030 \"TYPE_CHNGE\"\n",
+ " 5.8095 26.222 18.914 14 7 133.84 26.7 d 0.00 0.000 0.030 \"Start tidal lock 2\"\n",
+ " 5.8095 26.222 18.914 14 7 133.84 26.7 d 0.00 0.000 0.030 \"End Carbon Star 2\"\n",
+ " 6.1827 26.222 18.914 14 14 99.202 17 d 0.44 0.000 0.000 Mers(5)=0.888123 - Mers(6)=0.610285 - Mers(7)=0.315404 - Mers(8)=0.683467 - Mers(9)=0.789064 \n",
+ " 6.1827 26.222 18.914 14 14 99.202 17 d 0.44 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9139 Mc\"CO\"=14.2705 type=8) -> kick 1(190) vk=270.075 vr=253.682 omega=4.95783 phi=0.375712 -> vn=204.65 ; final sep 99.2019 ecc 0.441158 (random count 5) - Runaway v=(136.532,-136.329,-73.1075) |v|=206.328 : companion v=(-51.1449,-77.4509,-16.6058), |v|=94.2878 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1827 26.222 18.914 14 14 99.202 17 d 0.44 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1827 26.222 18.914 14 14 99.202 17 d 0.44 0.000 0.000 \"SN\"\n",
+ " 6.1827 26.222 18.914 14 14 99.202 17 d 0.44 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.222 18.914 14 14 97.228 16.5 d 0.43 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1834, 'M1': 26.221, 'M2': 18.866, 'K1': 14.0, 'K2': 14.0, 'separation': 552.88}\n",
- "System 1 has separation 552.88\n",
+ "None\n",
+ "system 2 / 100\n",
+ "{'time': 6.1811, 'M1': 26.225, 'M2': 19.032, 'K1': 14.0, 'K2': 14.0, 'separation': 205.65}\n",
+ "System 2 has separation 205.65\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=5897 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 86.481 10.8d 0.61 0.000 0.284 Randbuf=60901 - Mers(0)=0.170103 - Mers(1)=0.568638 - Mers(2)=0.34811 - Mers(3)=0.483177 - Mers(4)=0.194869 \n",
- " 4.1327 26.215 48.508 14 1 86.481 10.8d 0.61 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=257.293 vr=401.272 omega=1.2244 phi=-0.0336528 -> vn=396.426 ; final sep 86.4811 ecc 0.610431 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 86.481 10.8d 0.61 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 86.481 10.8d 0.61 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 86.481 10.8d 0.61 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 95.828 12.6d 0.61 0.000 0.263 \"END_SYMB\"\n",
- " 4.4427 26.215 48.508 14 1 104.99 14.4d 0.62 0.000 0.262 \"BEG_BSS \"\n",
- " 5.5878 26.215 48.508 14 1 66.987 7.35d 0.12 0.000 0.787 \"Start tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 66.307 7.23d 0.00 0.000 0.681 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 66.307 7.23d 0.00 0.000 0.681 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 66.307 7.23d 0.00 0.000 0.681 \"END_BSS\"\n",
- " 5.7418 26.215 48.508 14 2 66.307 7.23d 0.00 0.000 0.681 \"End tidal lock 2\"\n",
- " 5.7423 26.215 48.508 14 2 66.308 7.23d 0.00 0.000 0.958 \"Start tidal lock 2\"\n",
- " 5.7424 26.215 48.508 14 2 66.308 7.23d 0.00 0.000 1.001 \"BEG_RCHE 2>1\"\n",
- " 5.7424 26.215 48.508 14 2 66.308 7.23d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7424 26.215 48.508 14 2 66.308 7.23d 0.00 0.000 1.001 \"Circularized\"\n",
- " 5.7426 26.215 48.508 14 2 66.308 7.23d 0.00 0.000 1.167 \"End tidal lock 2\"\n",
- " 5.7448 26.215 48.281 14 2 66.945 7.35d 0.00 0.000 5.503 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.149 14 2 67.257 7.41d 0.00 0.000 6.767 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.554 14 4 68.296 7.61d 0.00 0.000 11.434 \"TYPE_CHNGE\"\n",
- " 5.7676 26.218 27.149 14 4 94.507 14.6d 0.00 0.000 9.116 \"Start Carbon Star 2\"\n",
- " 5.7688 26.219 26.213 14 4 96.208 15.1d 0.00 0.000 9.023 \"q-inv\"\n",
- " 5.7824 26.221 18.866 14 4 112.02 20.4d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
- " 5.7824 26.221 18.866 14 4 112.02 20.4d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8013 26.221 18.866 14 7 112.01 20.4d 0.00 0.000 0.036 \"TYPE_CHNGE\"\n",
- " 5.8013 26.221 18.866 14 7 112.01 20.4d 0.00 0.000 0.036 \"Start tidal lock 2\"\n",
- " 5.8013 26.221 18.866 14 7 112.01 20.4d 0.00 0.000 0.036 \"End Carbon Star 2\"\n",
- " 6.1787 26.221 18.866 14 7 112.01 20.4d 0.00 0.000 0.035 \"End tidal lock 2\"\n",
- " 6.1834 26.221 18.866 14 14 552.88 224d 0.84 0.000 0.000 Mers(5)=0.617468 - Mers(6)=0.30084 - Mers(7)=0.504494 - Mers(8)=0.684495 - Mers(9)=0.701814 \n",
- " 6.1834 26.221 18.866 14 14 552.88 224d 0.84 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8655 Mc\"CO\"=14.2331 type=8) -> kick 1(190) vk=182.326 vr=277.149 omega=4.40963 phi=0.377922 -> vn=371.565 ; final sep 552.877 ecc 0.839556 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1834 26.221 18.866 14 14 552.88 224d 0.84 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1834 26.221 18.866 14 14 552.88 224d 0.84 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.221 18.866 14 14 552.09 224d 0.84 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=33879 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 126.45 19.1 d 0.36 0.000 0.284 Randbuf=8949 - Mers(0)=0.282623 - Mers(1)=0.472318 - Mers(2)=0.115722 - Mers(3)=0.685872 - Mers(4)=0.936532 \n",
+ " 4.1327 26.215 48.508 14 1 126.45 19.1 d 0.36 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=342.278 vr=401.272 omega=5.88441 phi=0.380887 -> vn=457.464 ; final sep 126.453 ecc 0.36016 (random count 0) - Runaway v=(400.361,18.8992,-37.3042) |v|=402.539 : companion v=(-45.9032,-76.8903,-6.54027), |v|=89.7886 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 126.45 19.1 d 0.36 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 126.45 19.1 d 0.36 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 126.45 19.1 d 0.36 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 135.98 21.2 d 0.36 0.000 0.185 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 142.17 22.7 d 0.36 0.000 0.196 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 146.1 23.7 d 0.37 0.000 0.309 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 146.1 23.7 d 0.37 0.000 0.309 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 146.1 23.7 d 0.37 0.000 0.309 \"END_BSS\"\n",
+ " 5.7435 26.215 48.508 14 2 146.16 23.7 d 0.37 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7435 26.215 48.508 14 2 126.02 19 d 0.00 0.000 1.161 \"BEG_SYMB\"\n",
+ " 5.7435 26.215 48.508 14 2 126.02 19 d 0.00 0.000 1.161 \"Circularized\"\n",
+ " 5.7458 26.215 48.246 14 2 127.7 19.4 d 0.00 0.000 5.857 \"Start tidal lock 2\"\n",
+ " 5.7459 26.215 48.221 14 4 127.82 19.4 d 0.00 0.000 6.097 \"TYPE_CHNGE\"\n",
+ " 5.7461 26.215 48.132 14 4 128.19 19.5 d 0.00 0.000 6.081 \"End tidal lock 2\"\n",
+ " 5.7943 26.222 27.161 14 4 180.04 38.3 d 0.00 0.000 7.344 \"Start Carbon Star 2\"\n",
+ " 5.7958 26.223 26.221 14 4 183.28 39.7 d 0.00 0.000 7.591 \"q-inv\"\n",
+ " 5.8091 26.225 19.032 14 4 212.58 53.4 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.8091 26.225 19.032 14 4 212.58 53.4 d 0.00 0.000 0.994 \"END_SYMB\"\n",
+ " 5.8280 26.225 19.032 14 7 212.58 53.4 d 0.00 0.000 0.019 \"TYPE_CHNGE\"\n",
+ " 5.8280 26.225 19.032 14 7 212.58 53.4 d 0.00 0.000 0.019 \"End Carbon Star 2\"\n",
+ " 6.1729 26.225 19.032 14 7 212.58 53.4 d 0.00 0.000 0.019 \"Start tidal lock 2\"\n",
+ " 6.1811 26.225 19.032 14 14 205.65 50.8 d 0.92 0.000 0.000 Mers(5)=0.433477 - Mers(6)=0.791274 - Mers(7)=0.413467 - Mers(8)=0.495924 - Mers(9)=0.706984 \n",
+ " 6.1811 26.225 19.032 14 14 205.65 50.8 d 0.92 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0319 Mc\"CO\"=14.3616 type=8) -> kick 1(190) vk=341.532 vr=201.56 omega=4.44211 phi=-0.0081514 -> vn=198.135 ; final sep 205.651 ecc 0.916093 (random count 5) - Runaway v=(-38.2021,-320.464,-4.2927) |v|=243.706 : companion v=(-71.766,-62.0837,0.315903), |v|=94.8939 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1811 26.225 19.032 14 14 205.65 50.8 d 0.92 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1811 26.225 19.032 14 14 205.65 50.8 d 0.92 0.000 0.000 \"SN\"\n",
+ " 6.1811 26.225 19.032 14 14 205.65 50.8 d 0.92 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.225 19.032 14 14 82.341 12.9 d 0.80 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
"None\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -402.64}\n",
- "System 2 has separation -402.64\n",
- "system 3 / 100\n",
- "{'time': 6.1811, 'M1': 26.225, 'M2': 19.035, 'K1': 14.0, 'K2': 14.0, 'separation': 143.36}\n",
- "System 3 has separation 143.36\n",
+ "{'time': 6.1858, 'M1': 26.249, 'M2': 18.711, 'K1': 14.0, 'K2': 14.0, 'separation': 98.616}\n",
+ "System 2 has separation 98.616\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=25589 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 142.95 22.9d 0.47 0.000 0.284 Randbuf=74463 - Mers(0)=0.137403 - Mers(1)=0.921878 - Mers(2)=0.868462 - Mers(3)=0.533179 - Mers(4)=0.836284 \n",
- " 4.1327 26.215 48.508 14 1 142.95 22.9d 0.47 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=445.776 vr=401.272 omega=5.25452 phi=0.066407 -> vn=471.472 ; final sep 142.948 ecc 0.466016 (random count 0) - Runaway v=(373.282,-222.72,-20.6341) |v|=435.167 : companion v=(-77.4297,-85.5447,-2.54272), |v|=115.411 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 142.95 22.9d 0.47 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 142.95 22.9d 0.47 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 142.95 22.9d 0.47 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 153.62 25.5d 0.47 0.000 0.164 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 160.55 27.3d 0.47 0.000 0.174 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 164.71 28.3d 0.48 0.000 0.274 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 164.71 28.3d 0.48 0.000 0.274 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 164.71 28.3d 0.48 0.000 0.274 \"END_BSS\"\n",
- " 5.7437 26.215 48.508 14 2 165.21 28.5d 0.47 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7437 26.215 48.508 14 2 127.96 19.4d 0.00 0.000 1.292 \"BEG_SYMB\"\n",
- " 5.7437 26.215 48.508 14 2 127.96 19.4d 0.00 0.000 1.292 \"Circularized\"\n",
- " 5.7458 26.215 48.248 14 2 129.68 19.8d 0.00 0.000 5.837 \"Start tidal lock 2\"\n",
- " 5.7459 26.215 48.231 14 4 129.77 19.8d 0.00 0.000 6.005 \"TYPE_CHNGE\"\n",
- " 5.7461 26.215 48.134 14 4 130.18 19.9d 0.00 0.000 5.988 \"End tidal lock 2\"\n",
- " 5.7951 26.222 27.143 14 4 182.9 39.2d 0.00 0.000 7.398 \"Start Carbon Star 2\"\n",
- " 5.7966 26.223 26.210 14 4 186.17 40.6d 0.00 0.000 7.654 \"q-inv\"\n",
- " 5.8097 26.225 19.035 14 4 215.88 54.6d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.8097 26.225 19.035 14 4 215.88 54.6d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8285 26.225 19.035 14 7 215.87 54.6d 0.00 0.000 0.019 \"TYPE_CHNGE\"\n",
- " 5.8285 26.225 19.035 14 7 215.87 54.6d 0.00 0.000 0.019 \"End Carbon Star 2\"\n",
- " 6.1778 26.225 19.035 14 7 215.87 54.6d 0.00 0.000 0.018 \"Start tidal lock 2\"\n",
- " 6.1811 26.225 19.035 14 14 143.36 29.5d 0.56 0.000 0.000 Mers(5)=0.761944 - Mers(6)=0.40724 - Mers(7)=0.147277 - Mers(8)=0.419579 - Mers(9)=0.789449 \n",
- " 6.1811 26.225 19.035 14 14 143.36 29.5d 0.56 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0352 Mc\"CO\"=14.3642 type=8) -> kick 1(190) vk=200.305 vr=200.024 omega=4.96025 phi=-0.161544 -> vn=140.611 ; final sep 143.359 ecc 0.557938 (random count 5) - Runaway v=(21.0104,-188.386,20.3417) |v|=144.189 : companion v=(-35.7826,-64.4647,6.05965), |v|=73.9784 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1811 26.225 19.035 14 14 143.36 29.5d 0.56 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1811 26.225 19.035 14 14 143.36 29.5d 0.56 0.000 0.000 \"SN\"\n",
- " 6.1811 26.225 19.035 14 14 143.36 29.5d 0.56 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.225 19.035 14 14 141.96 29.1d 0.55 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=5112 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 66.013 7.19 d 0.68 0.000 0.284 Randbuf=82486 - Mers(0)=0.619099 - Mers(1)=0.101038 - Mers(2)=0.840994 - Mers(3)=0.542419 - Mers(4)=0.00585495 \n",
+ " 4.1327 26.215 48.508 14 1 66.013 7.19 d 0.68 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=253.101 vr=401.272 omega=0.0367878 phi=0.0849409 -> vn=325.62 ; final sep 66.0128 ecc 0.676215 (random count 0) - Runaway v=(254.424,134.518,0.477089) |v|=287.796 : companion v=(-0.807331,-67.6832,0.168972), |v|=67.6883 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 66.013 7.19 d 0.68 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 66.013 7.19 d 0.68 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 66.013 7.19 d 0.68 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 74.845 8.67 d 0.68 0.000 0.336 \"END_SYMB\"\n",
+ " 4.4961 26.215 48.508 14 1 67.594 7.45 d 0.58 0.000 0.414 \"BEG_BSS \"\n",
+ " 4.8443 26.215 48.508 14 1 46.334 4.23 d 0.12 0.000 0.689 \"Start tidal lock 2\"\n",
+ " 5.3034 26.215 48.508 14 1 45.298 4.08 d 0.00 0.000 0.911 \"Circularized\"\n",
+ " 5.4188 26.215 48.508 14 1 45.087 4.06 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.4197 26.215 48.508 14 1 45.086 4.06 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7420 26.245 48.367 14 2 45.152 4.07 d 0.00 0.000 0.998 \"OFF_MS\"\n",
+ " 5.7420 26.245 48.367 14 2 45.152 4.07 d 0.00 0.000 0.998 \"TYPE_CHNGE\"\n",
+ " 5.7420 26.245 48.367 14 2 45.152 4.07 d 0.00 0.000 0.998 \"END_BSS\"\n",
+ " 5.7420 26.245 48.367 14 2 45.152 4.07 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.7420 26.245 48.367 14 2 45.152 4.07 d 0.00 0.000 0.998 \"End tidal lock 2\"\n",
+ " 5.7420 26.245 48.367 14 2 45.152 4.07 d 0.00 0.000 0.999 \"END_SYMB\"\n",
+ " 5.7420 26.245 48.367 14 2 45.152 4.07 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7420 26.245 48.367 14 2 45.152 4.07 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7448 26.245 48.018 14 2 46.436 4.25 d 0.00 0.000 6.675 \"Start tidal lock 2\"\n",
+ " 5.7450 26.245 47.880 14 2 46.662 4.29 d 0.00 0.000 7.851 \"End tidal lock 2\"\n",
+ " 5.7461 26.245 46.722 14 4 47.869 4.49 d 0.00 0.000 16.186 \"TYPE_CHNGE\"\n",
+ " 5.7598 26.247 27.142 14 4 65.323 8.37 d 0.00 0.000 12.651 \"Start Carbon Star 2\"\n",
+ " 5.7605 26.247 26.234 14 4 66.465 8.66 d 0.00 0.000 12.458 \"q-inv\"\n",
+ " 5.7706 26.249 18.711 14 4 77.672 11.8 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.7706 26.249 18.711 14 4 77.672 11.8 d 0.00 0.000 0.991 \"END_SYMB\"\n",
+ " 5.7877 26.249 18.711 14 7 77.671 11.8 d 0.00 0.000 0.051 \"TYPE_CHNGE\"\n",
+ " 5.7877 26.249 18.711 14 7 77.671 11.8 d 0.00 0.000 0.051 \"End Carbon Star 2\"\n",
+ " 5.8935 26.249 18.711 14 7 77.671 11.8 d 0.00 0.000 0.053 \"Start tidal lock 2\"\n",
+ " 6.1492 26.249 18.711 14 7 77.671 11.8 d 0.00 0.000 0.053 \"End tidal lock 2\"\n",
+ " 6.1858 26.249 18.711 14 14 98.616 16.9 d 0.47 0.000 0.000 Mers(5)=0.478253 - Mers(6)=0.42097 - Mers(7)=0.939376 - Mers(8)=0.196311 - Mers(9)=0.22518 \n",
+ " 6.1858 26.249 18.711 14 14 98.616 16.9 d 0.47 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.7108 Mc\"CO\"=14.1135 type=8) -> kick 1(190) vk=199.576 vr=332.361 omega=1.41485 phi=-0.652755 -> vn=365.958 ; final sep 98.6161 ecc 0.469056 (random count 5) - Runaway v=(-0.807331,-67.6832,0.168972) |v|=67.6883 : companion v=(254.424,134.518,0.477089), |v|=287.796 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1858 26.249 18.711 14 14 98.616 16.9 d 0.47 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1858 26.249 18.711 14 14 98.616 16.9 d 0.47 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.249 18.711 14 14 96.287 16.3 d 0.46 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -44.022}\n",
- "System 1 has separation -44.022\n",
+ "{'time': 6.1833, 'M1': 26.221, 'M2': 18.875, 'K1': 14.0, 'K2': 14.0, 'separation': -257.67}\n",
+ "System 1 has separation -257.67\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -162.07}\n",
- "System 2 has separation -162.07\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -269.21}\n",
+ "System 2 has separation -269.21\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -111.96}\n",
- "System 3 has separation -111.96\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -33.67}\n",
+ "System 3 has separation -33.67\n",
"system 4 / 100\n",
- "{'time': 6.2347, 'M1': 26.344, 'M2': 16.585, 'K1': 14.0, 'K2': 14.0, 'separation': -31.696}\n",
- "System 4 has separation -31.696\n",
+ "None\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -57.211}\n",
- "System 5 has separation -57.211\n",
- "system 6 / 100\n",
- "{'time': 6.203, 'M1': 26.3, 'M2': 17.85, 'K1': 14.0, 'K2': 14.0, 'separation': -23.811}\n",
- "System 6 has separation -23.811\n",
- "system 7 / 100\n",
- "{'time': 6.1837, 'M1': 26.221, 'M2': 18.849, 'K1': 14.0, 'K2': 14.0, 'separation': 96.658}\n",
- "System 7 has separation 96.658\n",
+ "{'time': 6.1828, 'M1': 26.222, 'M2': 18.909, 'K1': 14.0, 'K2': 14.0, 'separation': 314.09}\n",
+ "System 5 has separation 314.09\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=39465 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 66.546 7.27d 0.49 0.000 0.284 Randbuf=2698 - Mers(0)=0.436175 - Mers(1)=0.224797 - Mers(2)=0.851276 - Mers(3)=0.332598 - Mers(4)=0.859539 \n",
- " 4.1327 26.215 48.508 14 1 66.546 7.27d 0.49 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=173.676 vr=401.272 omega=5.40064 phi=-0.341397 -> vn=328.265 ; final sep 66.5458 ecc 0.49138 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 66.546 7.27d 0.49 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 66.546 7.27d 0.49 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 66.546 7.27d 0.49 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 74.009 8.53d 0.49 0.000 0.340 \"END_SYMB\"\n",
- " 4.4295 26.215 48.508 14 1 82.632 10.1d 0.51 0.000 0.331 \"BEG_BSS \"\n",
- " 5.4510 26.215 48.508 14 1 62.967 6.69d 0.12 0.000 0.736 \"Start tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 62.023 6.54d 0.00 0.000 0.728 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 62.023 6.54d 0.00 0.000 0.728 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 62.023 6.54d 0.00 0.000 0.728 \"END_BSS\"\n",
- " 5.7418 26.215 48.508 14 2 62.023 6.54d 0.00 0.000 0.728 \"End tidal lock 2\"\n",
- " 5.7423 26.215 48.508 14 2 62.024 6.54d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7423 26.215 48.508 14 2 62.024 6.54d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7423 26.215 48.508 14 2 62.024 6.54d 0.00 0.000 1.001 \"Circularized\"\n",
- " 5.7449 26.215 48.218 14 2 62.821 6.68d 0.00 0.000 6.124 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.088 14 2 63.108 6.74d 0.00 0.000 7.293 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.448 14 4 64.143 6.93d 0.00 0.000 12.178 \"TYPE_CHNGE\"\n",
- " 5.7659 26.218 27.152 14 4 88.592 13.2d 0.00 0.000 9.633 \"Start Carbon Star 2\"\n",
- " 5.7670 26.218 26.205 14 4 90.206 13.7d 0.00 0.000 9.518 \"q-inv\"\n",
- " 5.7799 26.221 18.849 14 4 105.05 18.6d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
- " 5.7799 26.221 18.849 14 4 105.05 18.6d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.7990 26.221 18.849 14 7 105.05 18.6d 0.00 0.000 0.038 \"TYPE_CHNGE\"\n",
- " 5.7990 26.221 18.849 14 7 105.05 18.6d 0.00 0.000 0.038 \"End Carbon Star 2\"\n",
- " 5.8034 26.221 18.849 14 7 105.05 18.6d 0.00 0.000 0.038 \"Start tidal lock 2\"\n",
- " 6.1722 26.221 18.849 14 7 105.05 18.6d 0.00 0.000 0.038 \"End tidal lock 2\"\n",
- " 6.1837 26.221 18.849 14 14 96.658 16.4d 0.17 0.000 0.000 Mers(5)=0.252172 - Mers(6)=0.0586466 - Mers(7)=0.851227 - Mers(8)=0.0979407 - Mers(9)=0.832735 \n",
- " 6.1837 26.221 18.849 14 14 96.658 16.4d 0.17 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.849 Mc\"CO\"=14.2203 type=8) -> kick 1(190) vk=78.7391 vr=286.138 omega=5.23223 phi=-0.934191 -> vn=273.439 ; final sep 96.6579 ecc 0.171581 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1837 26.221 18.849 14 14 96.658 16.4d 0.17 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1837 26.221 18.849 14 14 96.658 16.4d 0.17 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.221 18.849 14 14 95.907 16.2d 0.17 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=25164 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 77.367 9.12 d 0.40 0.000 0.284 Randbuf=1998 - Mers(0)=0.391798 - Mers(1)=0.388321 - Mers(2)=0.507443 - Mers(3)=0.208169 - Mers(4)=0.830541 \n",
+ " 4.1327 26.215 48.508 14 1 77.367 9.12 d 0.40 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=198.618 vr=401.272 omega=5.21844 phi=-0.623232 -> vn=371.119 ; final sep 77.367 ecc 0.402961 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 77.367 9.12 d 0.40 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 77.367 9.12 d 0.40 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 77.367 9.12 d 0.40 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 85.001 10.5 d 0.40 0.000 0.296 \"END_SYMB\"\n",
+ " 4.4501 26.215 48.508 14 1 91.143 11.7 d 0.41 0.000 0.302 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 79.137 9.43 d 0.12 0.000 0.570 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 79.137 9.43 d 0.12 0.000 0.570 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 79.137 9.43 d 0.12 0.000 0.570 \"END_BSS\"\n",
+ " 5.7425 26.215 48.508 14 2 79.138 9.43 d 0.12 0.000 0.906 \"Start tidal lock 2\"\n",
+ " 5.7426 26.215 48.508 14 2 79.137 9.43 d 0.12 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7426 26.215 48.508 14 2 78.036 9.24 d 0.00 0.000 1.015 \"BEG_SYMB\"\n",
+ " 5.7426 26.215 48.508 14 2 78.036 9.24 d 0.00 0.000 1.015 \"Circularized\"\n",
+ " 5.7433 26.215 48.507 14 2 78.04 9.24 d 0.00 0.000 1.588 \"End tidal lock 2\"\n",
+ " 5.7447 26.215 48.382 14 2 78.428 9.31 d 0.00 0.000 4.369 \"Start tidal lock 2\"\n",
+ " 5.7452 26.215 48.241 14 2 78.818 9.39 d 0.00 0.000 5.915 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.779 14 4 79.807 9.6 d 0.00 0.000 9.778 \"TYPE_CHNGE\"\n",
+ " 5.7727 26.219 27.158 14 4 110.88 18.5 d 0.00 0.000 8.064 \"Start Carbon Star 2\"\n",
+ " 5.7741 26.219 26.202 14 4 112.92 19.2 d 0.00 0.000 8.030 \"q-inv\"\n",
+ " 5.7891 26.222 18.909 14 4 131.32 25.9 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.7891 26.222 18.909 14 4 131.32 25.9 d 0.00 0.000 0.992 \"END_SYMB\"\n",
+ " 5.8079 26.222 18.909 14 7 131.32 25.9 d 0.00 0.000 0.031 \"TYPE_CHNGE\"\n",
+ " 5.8079 26.222 18.909 14 7 131.32 25.9 d 0.00 0.000 0.031 \"Start tidal lock 2\"\n",
+ " 5.8079 26.222 18.909 14 7 131.32 25.9 d 0.00 0.000 0.031 \"End Carbon Star 2\"\n",
+ " 6.1828 26.222 18.909 14 14 314.09 96 d 0.73 0.000 0.000 Mers(5)=0.917439 - Mers(6)=0.479973 - Mers(7)=0.922199 - Mers(8)=0.806722 - Mers(9)=0.769195 \n",
+ " 6.1828 26.222 18.909 14 14 314.09 96 d 0.73 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9087 Mc\"CO\"=14.2664 type=8) -> kick 1(190) vk=221.196 vr=256.092 omega=4.833 phi=0.660415 -> vn=322.096 ; final sep 314.087 ecc 0.728237 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1828 26.222 18.909 14 14 314.09 96 d 0.73 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1828 26.222 18.909 14 14 314.09 96 d 0.73 0.000 0.000 \"SN\"\n",
+ " 6.1828 26.222 18.909 14 14 314.09 96 d 0.73 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.222 18.909 14 14 313.4 95.6 d 0.73 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -55.48}\n",
- "System 1 has separation -55.48\n",
+ "{'time': 6.1834, 'M1': 26.221, 'M2': 18.867, 'K1': 14.0, 'K2': 14.0, 'separation': -61.853}\n",
+ "System 1 has separation -61.853\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -21.529}\n",
- "System 2 has separation -21.529\n",
- "system 3 / 100\n",
- "{'time': 6.1837, 'M1': 26.221, 'M2': 18.85, 'K1': 14.0, 'K2': 14.0, 'separation': -85.973}\n",
- "System 3 has separation -85.973\n",
- "system 4 / 100\n",
- "{'time': 6.1812, 'M1': 26.225, 'M2': 19.027, 'K1': 14.0, 'K2': 14.0, 'separation': 138.12}\n",
- "System 4 has separation 138.12\n",
+ "{'time': 6.1818, 'M1': 26.224, 'M2': 18.977, 'K1': 14.0, 'K2': 14.0, 'separation': 112.24}\n",
+ "System 2 has separation 112.24\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=41318 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 120.57 17.7d 0.33 0.000 0.284 Randbuf=675 - Mers(0)=0.983365 - Mers(1)=0.427847 - Mers(2)=0.798786 - Mers(3)=0.964094 - Mers(4)=0.808737 \n",
- " 4.1327 26.215 48.508 14 1 120.57 17.7d 0.33 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=267.526 vr=401.272 omega=5.08145 phi=1.18951 -> vn=451.408 ; final sep 120.568 ecc 0.331377 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 120.57 17.7d 0.33 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 120.57 17.7d 0.33 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 120.57 17.7d 0.33 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 129.76 19.8d 0.33 0.000 0.194 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 135.75 21.2d 0.33 0.000 0.205 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 139.83 22.2d 0.34 0.000 0.323 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 139.83 22.2d 0.34 0.000 0.323 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 139.83 22.2d 0.34 0.000 0.323 \"END_BSS\"\n",
- " 5.7435 26.215 48.508 14 2 139.82 22.1d 0.34 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7435 26.215 48.508 14 2 123.33 18.3d 0.00 0.000 1.134 \"BEG_SYMB\"\n",
- " 5.7435 26.215 48.508 14 2 123.33 18.3d 0.00 0.000 1.134 \"Circularized\"\n",
- " 5.7458 26.215 48.247 14 2 124.77 18.7d 0.00 0.000 5.846 \"Start tidal lock 2\"\n",
- " 5.7459 26.215 48.206 14 4 124.96 18.8d 0.00 0.000 6.237 \"TYPE_CHNGE\"\n",
- " 5.7460 26.215 48.133 14 4 125.25 18.8d 0.00 0.000 6.224 \"End tidal lock 2\"\n",
- " 5.7932 26.222 27.159 14 4 175.92 37d 0.00 0.000 7.279 \"Start Carbon Star 2\"\n",
- " 5.7947 26.222 26.211 14 4 179.12 38.3d 0.00 0.000 7.513 \"q-inv\"\n",
- " 5.8083 26.225 19.027 14 4 207.74 51.5d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.8083 26.225 19.027 14 4 207.74 51.5d 0.00 0.000 0.994 \"END_SYMB\"\n",
- " 5.8273 26.225 19.027 14 7 207.74 51.5d 0.00 0.000 0.019 \"TYPE_CHNGE\"\n",
- " 5.8273 26.225 19.027 14 7 207.74 51.5d 0.00 0.000 0.019 \"End Carbon Star 2\"\n",
- " 6.1679 26.225 19.027 14 7 207.74 51.5d 0.00 0.000 0.019 \"Start tidal lock 2\"\n",
- " 6.1812 26.225 19.027 14 14 138.12 27.9d 0.58 0.000 0.000 Mers(5)=0.196861 - Mers(6)=0.367143 - Mers(7)=0.0922489 - Mers(8)=0.0542312 - Mers(9)=0.812389 \n",
- " 6.1812 26.225 19.027 14 14 138.12 27.9d 0.58 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0268 Mc\"CO\"=14.3577 type=8) -> kick 1(190) vk=183.357 vr=203.883 omega=5.10439 phi=-1.10073 -> vn=143.581 ; final sep 138.121 ecc 0.581982 (random count 5) - Runaway v=(98.0601,-4.2433,101.355) |v|=141.091 : companion v=(-20.322,-52.6062,36.0692), |v|=66.9431 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1812 26.225 19.027 14 14 138.12 27.9d 0.58 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1812 26.225 19.027 14 14 138.12 27.9d 0.58 0.000 0.000 \"SN\"\n",
- " 6.1812 26.225 19.027 14 14 138.12 27.9d 0.58 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.225 19.027 14 14 136.23 27.4d 0.58 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=36298 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 98.829 13.2 d 0.37 0.000 0.284 Randbuf=9189 - Mers(0)=0.308203 - Mers(1)=0.0621119 - Mers(2)=0.366259 - Mers(3)=0.740929 - Mers(4)=0.96161 \n",
+ " 4.1327 26.215 48.508 14 1 98.829 13.2 d 0.37 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=310.777 vr=401.272 omega=6.04198 phi=0.502775 -> vn=421.61 ; final sep 98.8293 ecc 0.366392 (random count 0) - Runaway v=(361.594,73.8635,-25.5612) |v|=369.945 : companion v=(-32.3244,-75.0719,-5.51819), |v|=81.9214 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 98.829 13.2 d 0.37 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 98.829 13.2 d 0.37 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 98.829 13.2 d 0.37 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 107.29 14.9 d 0.37 0.000 0.235 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 112.98 16.1 d 0.37 0.000 0.247 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 115.93 16.7 d 0.36 0.000 0.389 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 115.93 16.7 d 0.36 0.000 0.389 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 115.93 16.7 d 0.36 0.000 0.389 \"END_BSS\"\n",
+ " 5.7431 26.215 48.508 14 2 115.9 16.7 d 0.36 0.000 0.946 \"Start tidal lock 2\"\n",
+ " 5.7432 26.215 48.508 14 2 115.89 16.7 d 0.36 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7432 26.215 48.508 14 2 100.48 13.5 d 0.00 0.000 1.154 \"BEG_SYMB\"\n",
+ " 5.7432 26.215 48.508 14 2 100.48 13.5 d 0.00 0.000 1.154 \"Circularized\"\n",
+ " 5.7433 26.215 48.508 14 2 100.48 13.5 d 0.00 0.000 1.252 \"End tidal lock 2\"\n",
+ " 5.7451 26.215 48.367 14 2 101.06 13.6 d 0.00 0.000 4.549 \"Start tidal lock 2\"\n",
+ " 5.7455 26.215 48.238 14 2 101.51 13.7 d 0.00 0.000 5.937 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.049 14 4 102.1 13.9 d 0.00 0.000 7.637 \"TYPE_CHNGE\"\n",
+ " 5.7831 26.221 27.146 14 4 142.84 27.1 d 0.00 0.000 7.163 \"Start Carbon Star 2\"\n",
+ " 5.7848 26.221 26.206 14 4 145.42 28 d 0.00 0.000 7.260 \"q-inv\"\n",
+ " 5.8000 26.224 18.977 14 4 168.85 37.8 d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
+ " 5.8000 26.224 18.977 14 4 168.85 37.8 d 0.00 0.000 0.995 \"END_SYMB\"\n",
+ " 5.8195 26.224 18.977 14 7 168.85 37.8 d 0.00 0.000 0.024 \"TYPE_CHNGE\"\n",
+ " 5.8195 26.224 18.977 14 7 168.85 37.8 d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
+ " 5.8195 26.224 18.977 14 7 168.85 37.8 d 0.00 0.000 0.024 \"End Carbon Star 2\"\n",
+ " 5.9814 26.224 18.977 14 7 168.85 37.8 d 0.00 0.000 0.025 \"End tidal lock 2\"\n",
+ " 6.1082 26.224 18.977 14 7 168.85 37.8 d 0.00 0.000 0.025 \"Start tidal lock 2\"\n",
+ " 6.1818 26.224 18.977 14 14 112.24 20.5 d 0.99 0.000 0.000 Mers(5)=0.171096 - Mers(6)=0.480045 - Mers(7)=0.808134 - Mers(8)=0.257278 - Mers(9)=0.205527 \n",
+ " 6.1818 26.224 18.977 14 14 112.24 20.5 d 0.99 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.977 Mc\"CO\"=14.3192 type=8) -> kick 1(190) vk=221.028 vr=226.023 omega=1.29136 phi=-0.50687 -> vn=159.137 ; final sep 112.243 ecc 0.988755 (random count 5) - Runaway v=(-21.7765,93.8399,-43.4108) |v|=173.431 : companion v=(36.4822,12.1796,-47.2127), |v|=60.8961 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1818 26.224 18.977 14 14 112.24 20.5 d 0.99 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1818 26.224 18.977 14 14 112.24 20.5 d 0.99 0.000 0.000 \"SN\"\n",
+ " 6.1818 26.224 18.977 14 14 112.24 20.5 d 0.99 0.000 0.000 \"End tidal lock 2\"\n",
+ " 10.8252 26.224 18.977 14 14 0.11239 0.0156 h 0.01 0.002 0.002 Contact reached R/RL = 0.00311757 0.00261516, st 14 14\n",
+ " 10.8252 45.201 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.6429 - Mers(11)=0.208453 \n",
+ " 10.8252 45.201 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.2008 Mc\"CO\"=45.2008,\"BH\"=45.2008 type=14) -> kick 0(0) vk=0 vr=0 omega=1.30975 phi=0.28984 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(36.4822,12.1796,-47.2127) |v|=60.8961 : companion v=(-21.7765,93.8399,-43.4108), |v|=173.431 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 10.8252 45.201 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 10.8252 45.201 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 10.8252 45.201 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 45.201 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1813, 'M1': 26.225, 'M2': 19.021, 'K1': 14.0, 'K2': 14.0, 'separation': -60.499}\n",
- "System 1 has separation -60.499\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -122.94}\n",
+ "System 1 has separation -122.94\n",
"system 2 / 100\n",
- "{'time': 6.1814, 'M1': 26.225, 'M2': 19.009, 'K1': 14.0, 'K2': 14.0, 'separation': -47.896}\n",
- "System 2 has separation -47.896\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -83.351}\n",
+ "System 2 has separation -83.351\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -127.77}\n",
- "System 3 has separation -127.77\n",
+ "{'time': 6.1825, 'M1': 26.223, 'M2': 18.931, 'K1': 14.0, 'K2': 14.0, 'separation': -206.77}\n",
+ "System 3 has separation -206.77\n",
"system 4 / 100\n",
- "{'time': 6.1814, 'M1': 26.225, 'M2': 19.008, 'K1': 14.0, 'K2': 14.0, 'separation': -24.938}\n",
- "System 4 has separation -24.938\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -62.061}\n",
+ "System 4 has separation -62.061\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -110.15}\n",
- "System 5 has separation -110.15\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -106.13}\n",
+ "System 5 has separation -106.13\n",
"system 6 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -223.05}\n",
+ "System 6 has separation -223.05\n",
"system 7 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -65.525}\n",
+ "System 7 has separation -65.525\n",
"system 8 / 100\n",
"None\n",
"system 9 / 100\n",
- "{'time': 6.1812, 'M1': 26.225, 'M2': 19.027, 'K1': 14.0, 'K2': 14.0, 'separation': -392.4}\n",
- "System 9 has separation -392.4\n",
+ "None\n",
"system 10 / 100\n",
- "{'time': 6.1854, 'M1': 26.245, 'M2': 18.736, 'K1': 14.0, 'K2': 14.0, 'separation': 41.13}\n",
- "System 10 has separation 41.13\n",
+ "None\n",
+ "system 11 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -47.263}\n",
+ "System 11 has separation -47.263\n",
+ "system 12 / 100\n",
+ "{'time': 6.1824, 'M1': 26.223, 'M2': 18.94, 'K1': 14.0, 'K2': 14.0, 'separation': -38.59}\n",
+ "System 12 has separation -38.59\n",
+ "system 13 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -392.15}\n",
+ "System 13 has separation -392.15\n",
+ "system 14 / 100\n",
+ "{'time': 6.2836, 'M1': 26.395, 'M2': 15.08, 'K1': 14.0, 'K2': 14.0, 'separation': -37.734}\n",
+ "System 14 has separation -37.734\n",
+ "system 15 / 100\n",
+ "{'time': 6.1818, 'M1': 26.224, 'M2': 18.98, 'K1': 14.0, 'K2': 14.0, 'separation': -26.532}\n",
+ "System 15 has separation -26.532\n",
+ "system 16 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -121.49}\n",
+ "System 16 has separation -121.49\n",
+ "system 17 / 100\n",
+ "None\n",
+ "system 18 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -23.872}\n",
+ "System 18 has separation -23.872\n",
+ "system 19 / 100\n",
+ "{'time': 6.1823, 'M1': 26.223, 'M2': 18.942, 'K1': 14.0, 'K2': 14.0, 'separation': 87.8}\n",
+ "System 19 has separation 87.8\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=16566 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 60.35 6.28d 0.62 0.000 0.284 Randbuf=63562 - Mers(0)=0.173746 - Mers(1)=0.981758 - Mers(2)=0.51484 - Mers(3)=0.765997 - Mers(4)=0.734007 \n",
- " 4.1327 26.215 48.508 14 1 60.35 6.28d 0.62 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=538.651 vr=401.272 omega=4.6119 phi=0.560953 -> vn=292.846 ; final sep 60.35 ecc 0.6244 (random count 0) - Runaway v=(110.86,-248.238,-206.617) |v|=341.471 : companion v=(-89.113,-111.09,-42.4207), |v|=148.599 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 60.35 6.28d 0.62 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 60.35 6.28d 0.62 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 60.35 6.28d 0.62 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 68.311 7.56d 0.62 0.000 0.369 \"END_SYMB\"\n",
- " 4.4720 26.215 48.508 14 1 66.643 7.29d 0.56 0.000 0.416 \"BEG_BSS \"\n",
- " 4.8841 26.215 48.508 14 1 47.453 4.38d 0.12 0.000 0.684 \"Start tidal lock 2\"\n",
- " 5.3480 26.215 48.508 14 1 46.402 4.23d 0.00 0.000 0.919 \"Circularized\"\n",
- " 5.4480 26.215 48.508 14 1 46.207 4.21d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.4489 26.215 48.508 14 1 46.206 4.21d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7420 26.241 48.408 14 2 46.228 4.21d 0.00 0.000 0.975 \"OFF_MS\"\n",
- " 5.7420 26.241 48.408 14 2 46.228 4.21d 0.00 0.000 0.975 \"TYPE_CHNGE\"\n",
- " 5.7420 26.241 48.408 14 2 46.228 4.21d 0.00 0.000 0.975 \"END_BSS\"\n",
- " 5.7420 26.241 48.408 14 2 46.228 4.21d 0.00 0.000 0.975 \"END_RCHE 2!>1\"\n",
- " 5.7420 26.241 48.408 14 2 46.228 4.21d 0.00 0.000 0.975 \"End tidal lock 2\"\n",
- " 5.7420 26.241 48.408 14 2 46.247 4.22d 0.00 0.000 0.977 \"END_SYMB\"\n",
- " 5.7420 26.241 48.408 14 2 46.254 4.22d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7420 26.241 48.408 14 2 46.254 4.22d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
- " 5.7447 26.241 48.061 14 2 47.546 4.4d 0.00 0.000 6.655 \"Start tidal lock 2\"\n",
- " 5.7450 26.241 47.928 14 2 47.769 4.44d 0.00 0.000 7.797 \"End tidal lock 2\"\n",
- " 5.7460 26.241 46.812 14 4 48.971 4.64d 0.00 0.000 15.865 \"TYPE_CHNGE\"\n",
- " 5.7601 26.243 27.151 14 4 66.911 8.67d 0.00 0.000 12.398 \"Start Carbon Star 2\"\n",
- " 5.7609 26.244 26.218 14 4 68.112 8.99d 0.00 0.000 12.206 \"q-inv\"\n",
- " 5.7711 26.245 18.736 14 4 79.529 12.2d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.7712 26.245 18.736 14 4 79.529 12.2d 0.00 0.000 0.990 \"END_SYMB\"\n",
- " 5.7883 26.245 18.736 14 7 79.528 12.2d 0.00 0.000 0.050 \"TYPE_CHNGE\"\n",
- " 5.7883 26.245 18.736 14 7 79.528 12.2d 0.00 0.000 0.050 \"End Carbon Star 2\"\n",
- " 5.8852 26.245 18.736 14 7 79.528 12.2d 0.00 0.000 0.051 \"Start tidal lock 2\"\n",
- " 6.1539 26.245 18.736 14 7 79.528 12.2d 0.00 0.000 0.051 \"End tidal lock 2\"\n",
- " 6.1854 26.245 18.736 14 14 41.13 4.55d 1.00 0.000 0.000 Mers(5)=0.38239 - Mers(6)=0.291183 - Mers(7)=0.177962 - Mers(8)=0.0769031 - Mers(9)=0.106795 \n",
- " 6.1854 26.245 18.736 14 14 41.13 4.55d 1.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.7361 Mc\"CO\"=14.133 type=8) -> kick 1(190) vk=168.5 vr=328.536 omega=0.671011 phi=-1.0088 -> vn=84.6667 ; final sep 41.1297 ecc 0.999036 (random count 5) - Runaway v=(-28.2011,-38.8077,-80.4924) |v|=101.904 : companion v=(50.7254,-11.746,-36.1105), |v|=63.3641 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1854 26.245 18.736 14 14 41.13 4.55d 1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1854 26.245 18.736 14 14 41.13 4.55d 1.00 0.000 0.000 \"SN\"\n",
- " 6.1854 26.245 18.736 14 14 41.13 4.55d 1.00 0.000 0.000 Contact reached R/RL = 0.0500148 0.0416457, st 14 14\n",
- " 6.1954 44.982 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.498982 - Mers(11)=0.612102 \n",
- " 6.1954 44.982 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=44.9816 Mc\"CO\"=44.9816,\"BH\"=44.9816 type=14) -> kick 0(0) vk=0 vr=0 omega=3.84595 phi=-0.00203571 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(50.7254,-11.746,-36.1105) |v|=63.3641 : companion v=(-28.2011,-38.8077,-80.4924), |v|=101.904 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1954 44.982 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1954 44.982 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
- " 6.1954 44.982 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 44.982 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=54307 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 84.05 10.3 d 0.34 0.000 0.284 Randbuf=77455 - Mers(0)=0.359881 - Mers(1)=0.325197 - Mers(2)=0.29816 - Mers(3)=0.208923 - Mers(4)=0.805733 \n",
+ " 4.1327 26.215 48.508 14 1 84.05 10.3 d 0.34 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=174.328 vr=401.272 omega=5.06257 phi=-0.621375 -> vn=390.364 ; final sep 84.0501 ecc 0.344772 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 84.05 10.3 d 0.34 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 84.05 10.3 d 0.34 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 84.05 10.3 d 0.34 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 91.797 11.8 d 0.34 0.000 0.274 \"END_SYMB\"\n",
+ " 4.4825 26.215 48.508 14 1 97.354 12.9 d 0.35 0.000 0.286 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 94.554 12.3 d 0.27 0.000 0.477 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 94.554 12.3 d 0.27 0.000 0.477 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 94.554 12.3 d 0.27 0.000 0.477 \"END_BSS\"\n",
+ " 5.7429 26.215 48.508 14 2 94.549 12.3 d 0.27 0.000 0.993 \"Start tidal lock 2\"\n",
+ " 5.7429 26.215 48.508 14 2 94.548 12.3 d 0.27 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7429 26.215 48.508 14 2 87.907 11 d 0.00 0.000 1.076 \"BEG_SYMB\"\n",
+ " 5.7429 26.215 48.508 14 2 87.907 11 d 0.00 0.000 1.076 \"End tidal lock 2\"\n",
+ " 5.7429 26.215 48.508 14 2 87.907 11 d 0.00 0.000 1.076 \"Circularized\"\n",
+ " 5.7452 26.215 48.305 14 2 88.663 11.2 d 0.00 0.000 5.260 \"Start tidal lock 2\"\n",
+ " 5.7455 26.215 48.176 14 2 89.065 11.3 d 0.00 0.000 6.523 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.918 14 4 89.732 11.4 d 0.00 0.000 8.693 \"TYPE_CHNGE\"\n",
+ " 5.7773 26.220 27.164 14 4 125.15 22.2 d 0.00 0.000 7.504 \"Start Carbon Star 2\"\n",
+ " 5.7789 26.220 26.219 14 4 127.42 23 d 0.00 0.000 7.527 \"q-inv\"\n",
+ " 5.7943 26.223 18.942 14 4 148.12 31.1 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7944 26.223 18.942 14 4 148.12 31.1 d 0.00 0.000 0.991 \"END_SYMB\"\n",
+ " 5.8138 26.223 18.942 14 7 148.12 31.1 d 0.00 0.000 0.027 \"TYPE_CHNGE\"\n",
+ " 5.8138 26.223 18.942 14 7 148.12 31.1 d 0.00 0.000 0.027 \"Start tidal lock 2\"\n",
+ " 5.8138 26.223 18.942 14 7 148.12 31.1 d 0.00 0.000 0.027 \"End Carbon Star 2\"\n",
+ " 6.1823 26.223 18.942 14 14 87.8 14.2 d 0.83 0.000 0.000 Mers(5)=0.953798 - Mers(6)=0.649327 - Mers(7)=0.456313 - Mers(8)=0.316118 - Mers(9)=0.249106 \n",
+ " 6.1823 26.223 18.942 14 14 87.8 14.2 d 0.83 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.942 Mc\"CO\"=14.2921 type=8) -> kick 1(190) vk=275.062 vr=241.226 omega=1.56518 phi=-0.376604 -> vn=134.963 ; final sep 87.8003 ecc 0.834303 (random count 5) - Runaway v=(-54.2275,158.324,-19.5593) |v|=168.492 : companion v=(40.2871,70.3978,-58.9411), |v|=100.264 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1823 26.223 18.942 14 14 87.8 14.2 d 0.83 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1823 26.223 18.942 14 14 87.8 14.2 d 0.83 0.000 0.000 \"SN\"\n",
+ " 6.1823 26.223 18.942 14 14 87.8 14.2 d 0.83 0.000 0.000 \"End tidal lock 2\"\n",
+ " 8031.6562 26.223 18.942 14 14 0.11854 0.0169 h 0.00 0.002 0.002 Contact reached R/RL = 0.00280816 0.00235329, st 14 14\n",
+ " 8031.6562 45.165 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.559889 - Mers(11)=0.750806 \n",
+ " 8031.6562 45.165 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.165 Mc\"CO\"=45.165,\"BH\"=45.165 type=14) -> kick 0(0) vk=0 vr=0 omega=4.71746 phi=0.120066 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(40.2871,70.3978,-58.9411) |v|=100.264 : companion v=(-54.2275,158.324,-19.5593), |v|=168.492 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 8031.6562 45.165 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 8031.6562 45.165 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 8031.6562 45.165 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 45.165 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
"None\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -70.111}\n",
- "System 2 has separation -70.111\n",
+ "None\n",
"system 3 / 100\n",
- "{'time': 6.183, 'M1': 26.222, 'M2': 18.899, 'K1': 14.0, 'K2': 14.0, 'separation': -41.915}\n",
- "System 3 has separation -41.915\n",
+ "None\n",
"system 4 / 100\n",
- "{'time': 6.1828, 'M1': 26.222, 'M2': 18.906, 'K1': 14.0, 'K2': 14.0, 'separation': 128.58}\n",
- "System 4 has separation 128.58\n",
+ "None\n",
+ "system 5 / 100\n",
+ "None\n",
+ "system 6 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -138.9}\n",
+ "System 6 has separation -138.9\n",
+ "system 7 / 100\n",
+ "None\n",
+ "system 8 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -123.89}\n",
+ "System 8 has separation -123.89\n",
+ "system 9 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -48.198}\n",
+ "System 9 has separation -48.198\n",
+ "system 10 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -72.201}\n",
+ "System 10 has separation -72.201\n",
+ "system 11 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -51.344}\n",
+ "System 11 has separation -51.344\n",
+ "system 12 / 100\n",
+ "None\n",
+ "system 13 / 100\n",
+ "{'time': 6.1847, 'M1': 26.236, 'M2': 18.783, 'K1': 14.0, 'K2': 14.0, 'separation': 113.51}\n",
+ "System 13 has separation 113.51\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=8569 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 64.742 6.98 d 0.62 0.000 0.284 Randbuf=76134 - Mers(0)=0.0393944 - Mers(1)=0.347623 - Mers(2)=0.960734 - Mers(3)=0.465867 - Mers(4)=0.145296 \n",
+ " 4.1327 26.215 48.508 14 1 64.742 6.98 d 0.62 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=218.555 vr=401.272 omega=0.912919 phi=-0.0683196 -> vn=319.045 ; final sep 64.7424 ecc 0.623052 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 64.742 6.98 d 0.62 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 64.742 6.98 d 0.62 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 64.742 6.98 d 0.62 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 72.968 8.35 d 0.62 0.000 0.345 \"END_SYMB\"\n",
+ " 4.4379 26.215 48.508 14 1 79.232 9.45 d 0.61 0.000 0.347 \"BEG_BSS \"\n",
+ " 5.0608 26.215 48.508 14 1 50.631 4.83 d 0.12 0.000 0.700 \"Start tidal lock 2\"\n",
+ " 5.4622 26.215 48.508 14 1 49.477 4.66 d 0.00 0.000 0.945 \"Circularized\"\n",
+ " 5.5208 26.215 48.508 14 1 49.338 4.64 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.5217 26.215 48.508 14 1 49.337 4.64 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7386 26.231 48.475 14 1 49.328 4.64 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.7390 26.231 48.475 14 1 49.329 4.64 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.7419 26.231 48.475 14 2 49.451 4.66 d 0.00 0.000 0.912 \"OFF_MS\"\n",
+ " 5.7419 26.231 48.475 14 2 49.451 4.66 d 0.00 0.000 0.912 \"TYPE_CHNGE\"\n",
+ " 5.7419 26.231 48.475 14 2 49.451 4.66 d 0.00 0.000 0.912 \"END_BSS\"\n",
+ " 5.7419 26.231 48.475 14 2 49.451 4.66 d 0.00 0.000 0.912 \"End tidal lock 2\"\n",
+ " 5.7420 26.231 48.475 14 2 49.452 4.66 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7420 26.231 48.475 14 2 49.452 4.66 d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
+ " 5.7447 26.231 48.136 14 2 50.673 4.84 d 0.00 0.000 6.578 \"Start tidal lock 2\"\n",
+ " 5.7449 26.231 48.005 14 2 50.905 4.88 d 0.00 0.000 7.707 \"End tidal lock 2\"\n",
+ " 5.7459 26.232 47.012 14 4 52.078 5.09 d 0.00 0.000 14.983 \"TYPE_CHNGE\"\n",
+ " 5.7612 26.234 27.133 14 4 71.41 9.56 d 0.00 0.000 11.708 \"Start Carbon Star 2\"\n",
+ " 5.7620 26.234 26.214 14 4 72.671 9.9 d 0.00 0.000 11.536 \"q-inv\"\n",
+ " 5.7728 26.236 18.783 14 4 84.761 13.5 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7728 26.236 18.783 14 4 84.76 13.5 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.7902 26.236 18.783 14 7 84.759 13.5 d 0.00 0.000 0.047 \"TYPE_CHNGE\"\n",
+ " 5.7902 26.236 18.783 14 7 84.759 13.5 d 0.00 0.000 0.047 \"End Carbon Star 2\"\n",
+ " 5.8694 26.236 18.783 14 7 84.759 13.5 d 0.00 0.000 0.048 \"Start tidal lock 2\"\n",
+ " 6.1553 26.236 18.783 14 7 84.759 13.5 d 0.00 0.000 0.048 \"End tidal lock 2\"\n",
+ " 6.1847 26.236 18.783 14 14 113.51 20.9 d 0.29 0.000 0.000 Mers(5)=0.197729 - Mers(6)=0.670337 - Mers(7)=0.663976 - Mers(8)=0.124931 - Mers(9)=0.888613 \n",
+ " 6.1847 26.236 18.783 14 14 113.51 20.9 d 0.29 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.7828 Mc\"CO\"=14.1691 type=8) -> kick 1(190) vk=292.843 vr=318.368 omega=5.58332 phi=-0.84827 -> vn=356.413 ; final sep 113.509 ecc 0.292641 (random count 5) - Runaway v=(292.122,-20.5681,110.861) |v|=313.127 : companion v=(-48.7666,-74.5738,21.9304), |v|=91.7626 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1847 26.236 18.783 14 14 113.51 20.9 d 0.29 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1847 26.236 18.783 14 14 113.51 20.9 d 0.29 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.236 18.783 14 14 112.85 20.7 d 0.29 0.000 0.000 \"MAX_TIME\"\n",
+ "\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -48.404}\n",
+ "System 1 has separation -48.404\n",
+ "system 2 / 100\n",
+ "{'time': 6.1814, 'M1': 26.225, 'M2': 19.009, 'K1': 14.0, 'K2': 14.0, 'separation': 120.69}\n",
+ "System 2 has separation 120.69\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=14771 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 76.322 8.93d 0.40 0.000 0.284 Randbuf=16147 - Mers(0)=0.683927 - Mers(1)=0.269846 - Mers(2)=0.259684 - Mers(3)=0.295092 - Mers(4)=0.822367 \n",
- " 4.1327 26.215 48.508 14 1 76.322 8.93d 0.40 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=166.063 vr=401.272 omega=5.16709 phi=-0.422253 -> vn=367.703 ; final sep 76.3218 ecc 0.398941 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 76.322 8.93d 0.40 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 76.322 8.93d 0.40 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 76.322 8.93d 0.40 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 83.891 10.3d 0.40 0.000 0.300 \"END_SYMB\"\n",
- " 4.4466 26.215 48.508 14 1 90.041 11.4d 0.41 0.000 0.306 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 78.126 9.25d 0.10 0.000 0.578 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 78.126 9.25d 0.10 0.000 0.578 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 78.126 9.25d 0.10 0.000 0.578 \"END_BSS\"\n",
- " 5.7425 26.215 48.508 14 2 78.127 9.25d 0.10 0.000 0.900 \"Start tidal lock 2\"\n",
- " 5.7426 26.215 48.508 14 2 78.126 9.25d 0.10 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7426 26.215 48.508 14 2 77.361 9.12d 0.00 0.000 1.010 \"BEG_SYMB\"\n",
- " 5.7426 26.215 48.508 14 2 77.361 9.12d 0.00 0.000 1.010 \"Circularized\"\n",
- " 5.7433 26.215 48.506 14 2 77.366 9.12d 0.00 0.000 1.645 \"End tidal lock 2\"\n",
- " 5.7447 26.215 48.388 14 2 77.727 9.19d 0.00 0.000 4.288 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.244 14 2 78.123 9.27d 0.00 0.000 5.886 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.768 14 4 79.125 9.48d 0.00 0.000 9.863 \"TYPE_CHNGE\"\n",
- " 5.7724 26.219 27.152 14 4 109.92 18.3d 0.00 0.000 8.113 \"Start Carbon Star 2\"\n",
- " 5.7738 26.219 26.194 14 4 111.95 18.9d 0.00 0.000 8.075 \"q-inv\"\n",
- " 5.7887 26.222 18.906 14 4 130.17 25.6d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.7887 26.222 18.906 14 4 130.17 25.6d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8075 26.222 18.906 14 7 130.17 25.6d 0.00 0.000 0.031 \"TYPE_CHNGE\"\n",
- " 5.8075 26.222 18.906 14 7 130.17 25.6d 0.00 0.000 0.031 \"Start tidal lock 2\"\n",
- " 5.8075 26.222 18.906 14 7 130.17 25.6d 0.00 0.000 0.031 \"End Carbon Star 2\"\n",
- " 6.1828 26.222 18.906 14 14 128.58 25.1d 0.07 0.000 0.000 Mers(5)=0.890607 - Mers(6)=0.353912 - Mers(7)=0.17764 - Mers(8)=0.738926 - Mers(9)=0.843218 \n",
- " 6.1828 26.222 18.906 14 14 128.58 25.1d 0.07 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9062 Mc\"CO\"=14.2645 type=8) -> kick 1(190) vk=247.32 vr=257.211 omega=5.29809 phi=0.498208 -> vn=255.615 ; final sep 128.583 ecc 0.0735899 (random count 5) - Runaway v=(200.988,-86.6225,-77.1882) |v|=232.072 : companion v=(-46.3409,-68.0781,-15.3544), |v|=83.7727 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1828 26.222 18.906 14 14 128.58 25.1d 0.07 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1828 26.222 18.906 14 14 128.58 25.1d 0.07 0.000 0.000 \"SN\"\n",
- " 6.1828 26.222 18.906 14 14 128.58 25.1d 0.07 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.222 18.906 14 14 128.31 25.1d 0.07 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=39831 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 100.11 13.4 d 0.13 0.000 0.284 Randbuf=8908 - Mers(0)=0.953738 - Mers(1)=0.256488 - Mers(2)=0.181244 - Mers(3)=0.00666382 - Mers(4)=0.226424 \n",
+ " 4.1327 26.215 48.508 14 1 100.11 13.4 d 0.13 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=146.316 vr=401.272 omega=1.42266 phi=-1.40735 -> vn=423.802 ; final sep 100.115 ecc 0.127957 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 100.11 13.4 d 0.13 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 100.11 13.4 d 0.13 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 100.11 13.4 d 0.13 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 108.09 15.1 d 0.13 0.000 0.233 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 113.31 16.2 d 0.13 0.000 0.246 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 116.99 17 d 0.13 0.000 0.386 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 116.99 17 d 0.13 0.000 0.386 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 116.99 17 d 0.13 0.000 0.386 \"END_BSS\"\n",
+ " 5.7429 26.215 48.508 14 2 116.99 17 d 0.13 0.000 0.818 \"Start tidal lock 2\"\n",
+ " 5.7431 26.215 48.508 14 2 116.99 17 d 0.13 0.000 0.914 \"End tidal lock 2\"\n",
+ " 5.7432 26.215 48.508 14 2 116.99 17 d 0.13 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7432 26.215 48.508 14 2 114.86 16.5 d 0.00 0.000 1.019 \"BEG_SYMB\"\n",
+ " 5.7432 26.215 48.508 14 2 114.86 16.5 d 0.00 0.000 1.019 \"Circularized\"\n",
+ " 5.7440 26.215 48.504 14 2 114.87 16.5 d 0.00 0.000 1.851 \"Start tidal lock 2\"\n",
+ " 5.7450 26.215 48.437 14 2 115.12 16.6 d 0.00 0.000 3.590 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.156 14 4 116.07 16.8 d 0.00 0.000 6.716 \"TYPE_CHNGE\"\n",
+ " 5.7893 26.222 27.157 14 4 162.49 32.8 d 0.00 0.000 7.135 \"Start Carbon Star 2\"\n",
+ " 5.7909 26.222 26.201 14 4 165.47 34 d 0.00 0.000 7.318 \"q-inv\"\n",
+ " 5.8053 26.225 19.009 14 4 191.97 45.8 d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
+ " 5.8053 26.225 19.009 14 4 191.97 45.8 d 0.00 0.000 0.994 \"END_SYMB\"\n",
+ " 5.8250 26.225 19.009 14 7 191.96 45.8 d 0.00 0.000 0.021 \"TYPE_CHNGE\"\n",
+ " 5.8250 26.225 19.009 14 7 191.96 45.8 d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
+ " 5.8250 26.225 19.009 14 7 191.96 45.8 d 0.00 0.000 0.021 \"End Carbon Star 2\"\n",
+ " 5.8731 26.225 19.009 14 7 191.96 45.8 d 0.00 0.000 0.021 \"End tidal lock 2\"\n",
+ " 6.1527 26.225 19.009 14 7 191.96 45.8 d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
+ " 6.1814 26.225 19.009 14 14 120.69 22.8 d 1.00 0.000 0.000 Mers(5)=0.00518983 - Mers(6)=0.196046 - Mers(7)=0.634261 - Mers(8)=0.332251 - Mers(9)=0.153852 \n",
+ " 6.1814 26.225 19.009 14 14 120.69 22.8 d 1.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0087 Mc\"CO\"=14.3438 type=8) -> kick 1(190) vk=158.628 vr=212.053 omega=0.966681 phi=-0.342134 -> vn=135.688 ; final sep 120.69 ecc 0.997751 (random count 5) - Runaway v=(44.3331,130.078,-19.3438) |v|=138.78 : companion v=(33.1786,-5.14112,-17.7269), |v|=37.967 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1814 26.225 19.009 14 14 120.69 22.8 d 1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1814 26.225 19.009 14 14 120.69 22.8 d 1.00 0.000 0.000 \"SN\"\n",
+ " 6.1814 26.225 19.009 14 14 120.69 22.8 d 1.00 0.000 0.000 \"End tidal lock 2\"\n",
+ " 6.2075 26.225 19.009 14 14 0.11182 0.0155 h 0.09 0.002 0.002 Contact reached R/RL = 0.00319483 0.00268237, st 14 14\n",
+ " 6.2075 45.233 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.202339 - Mers(11)=0.130725 \n",
+ " 6.2075 45.233 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.2333 Mc\"CO\"=45.2333,\"BH\"=45.2333 type=14) -> kick 0(0) vk=0 vr=0 omega=0.821367 phi=-0.637666 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(33.1786,-5.14112,-17.7269) |v|=37.967 : companion v=(44.3331,130.078,-19.3438), |v|=138.78 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.2075 45.233 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.2075 45.233 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 6.2075 45.233 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 45.233 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1821, 'M1': 26.223, 'M2': 18.955, 'K1': 14.0, 'K2': 14.0, 'separation': -134.96}\n",
- "System 1 has separation -134.96\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -53.979}\n",
+ "System 1 has separation -53.979\n",
"system 2 / 100\n",
- "{'time': 6.1812, 'M1': 26.225, 'M2': 19.021, 'K1': 14.0, 'K2': 14.0, 'separation': -160.03}\n",
- "System 2 has separation -160.03\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -160.6}\n",
+ "System 2 has separation -160.6\n",
"system 3 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -317.93}\n",
+ "System 3 has separation -317.93\n",
"system 4 / 100\n",
- "None\n",
+ "{'time': 6.1829, 'M1': 26.222, 'M2': 18.902, 'K1': 14.0, 'K2': 14.0, 'separation': -75.878}\n",
+ "System 4 has separation -75.878\n",
"system 5 / 100\n",
- "{'time': 6.1809, 'M1': 26.225, 'M2': 19.051, 'K1': 14.0, 'K2': 14.0, 'separation': -71.187}\n",
- "System 5 has separation -71.187\n",
+ "{'time': 6.1817, 'M1': 26.224, 'M2': 18.986, 'K1': 14.0, 'K2': 14.0, 'separation': -94.836}\n",
+ "System 5 has separation -94.836\n",
"system 6 / 100\n",
- "{'time': 6.1828, 'M1': 26.222, 'M2': 18.91, 'K1': 14.0, 'K2': 14.0, 'separation': -62.924}\n",
- "System 6 has separation -62.924\n",
+ "None\n",
"system 7 / 100\n",
"None\n",
"system 8 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -163.0}\n",
+ "System 8 has separation -163.0\n",
"system 9 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -162.68}\n",
- "System 9 has separation -162.68\n",
- "system 10 / 100\n",
"None\n",
+ "system 10 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -430.39}\n",
+ "System 10 has separation -430.39\n",
"system 11 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -591.43}\n",
- "System 11 has separation -591.43\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -69.673}\n",
+ "System 11 has separation -69.673\n",
"system 12 / 100\n",
- "None\n",
- "system 13 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -128.34}\n",
- "System 13 has separation -128.34\n",
- "system 14 / 100\n",
- "{'time': 6.1822, 'M1': 26.223, 'M2': 18.955, 'K1': 14.0, 'K2': 14.0, 'separation': -93.607}\n",
- "System 14 has separation -93.607\n",
- "system 15 / 100\n",
- "None\n",
- "system 16 / 100\n",
- "{'time': 6.1815, 'M1': 26.224, 'M2': 19.003, 'K1': 14.0, 'K2': 14.0, 'separation': 499.44}\n",
- "System 16 has separation 499.44\n",
+ "{'time': 6.1817, 'M1': 26.224, 'M2': 18.984, 'K1': 14.0, 'K2': 14.0, 'separation': 763.92}\n",
+ "System 12 has separation 763.92\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=14846 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 100.17 13.4d 0.21 0.000 0.284 Randbuf=74309 - Mers(0)=0.259331 - Mers(1)=0.141143 - Mers(2)=0.622702 - Mers(3)=0.871356 - Mers(4)=0.266268 \n",
- " 4.1327 26.215 48.508 14 1 100.17 13.4d 0.21 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=111.924 vr=401.272 omega=1.67301 phi=0.837113 -> vn=423.891 ; final sep 100.168 ecc 0.209652 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 100.17 13.4d 0.21 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 100.17 13.4d 0.21 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 100.17 13.4d 0.21 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 108.27 15.1d 0.21 0.000 0.233 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 113.58 16.2d 0.21 0.000 0.245 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 117.59 17.1d 0.22 0.000 0.384 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 117.59 17.1d 0.22 0.000 0.384 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 117.59 17.1d 0.22 0.000 0.384 \"END_BSS\"\n",
- " 5.7429 26.215 48.508 14 2 117.59 17.1d 0.22 0.000 0.818 \"Start tidal lock 2\"\n",
- " 5.7431 26.215 48.508 14 2 117.58 17.1d 0.22 0.000 0.922 \"End tidal lock 2\"\n",
- " 5.7432 26.215 48.508 14 2 117.58 17.1d 0.22 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7432 26.215 48.508 14 2 111.91 15.9d 0.00 0.000 1.051 \"BEG_SYMB\"\n",
- " 5.7432 26.215 48.508 14 2 111.91 15.9d 0.00 0.000 1.051 \"Circularized\"\n",
- " 5.7438 26.215 48.506 14 2 111.91 15.9d 0.00 0.000 1.647 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.417 14 2 112.24 15.9d 0.00 0.000 3.894 \"End tidal lock 2\"\n",
- " 5.7459 26.215 48.136 14 4 113.17 16.2d 0.00 0.000 6.888 \"TYPE_CHNGE\"\n",
- " 5.7881 26.221 27.153 14 4 158.38 31.6d 0.00 0.000 7.115 \"Start Carbon Star 2\"\n",
- " 5.7897 26.222 26.210 14 4 161.25 32.7d 0.00 0.000 7.279 \"q-inv\"\n",
- " 5.8043 26.224 19.003 14 4 187.12 44.1d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.8043 26.224 19.003 14 4 187.12 44.1d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.8239 26.224 19.003 14 7 187.12 44.1d 0.00 0.000 0.022 \"TYPE_CHNGE\"\n",
- " 5.8239 26.224 19.003 14 7 187.12 44.1d 0.00 0.000 0.022 \"Start tidal lock 2\"\n",
- " 5.8239 26.224 19.003 14 7 187.12 44.1d 0.00 0.000 0.022 \"End Carbon Star 2\"\n",
- " 5.8938 26.224 19.003 14 7 187.12 44.1d 0.00 0.000 0.022 \"End tidal lock 2\"\n",
- " 6.1473 26.224 19.003 14 7 187.12 44.1d 0.00 0.000 0.022 \"Start tidal lock 2\"\n",
- " 6.1815 26.224 19.003 14 14 499.44 192d 0.63 0.000 0.000 Mers(5)=0.223547 - Mers(6)=0.0468071 - Mers(7)=0.590671 - Mers(8)=0.104715 - Mers(9)=0.401664 \n",
- " 6.1815 26.224 19.003 14 14 499.44 192d 0.63 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0027 Mc\"CO\"=14.339 type=8) -> kick 1(190) vk=93.6339 vr=214.763 omega=2.52373 phi=-0.91174 -> vn=273.799 ; final sep 499.44 ecc 0.632458 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1815 26.224 19.003 14 14 499.44 192d 0.63 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1815 26.224 19.003 14 14 499.44 192d 0.63 0.000 0.000 \"SN\"\n",
- " 6.1815 26.224 19.003 14 14 499.44 192d 0.63 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.224 19.003 14 14 499.38 192d 0.63 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=47419 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 99.442 13.3 d 0.34 0.000 0.284 Randbuf=56631 - Mers(0)=0.460081 - Mers(1)=0.633684 - Mers(2)=0.547729 - Mers(3)=0.321082 - Mers(4)=0.954624 \n",
+ " 4.1327 26.215 48.508 14 1 99.442 13.3 d 0.34 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=313.457 vr=401.272 omega=5.99808 phi=-0.365949 -> vn=422.663 ; final sep 99.4422 ecc 0.335428 (random count 0) - Runaway v=(365.316,58.6413,22.7413) |v|=370.691 : companion v=(-34.8638,-76.181,4.75921), |v|=83.9147 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 99.442 13.3 d 0.34 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 99.442 13.3 d 0.34 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 99.442 13.3 d 0.34 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 107.82 15 d 0.34 0.000 0.234 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 113.41 16.2 d 0.34 0.000 0.246 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 116.91 16.9 d 0.34 0.000 0.386 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 116.91 16.9 d 0.34 0.000 0.386 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 116.91 16.9 d 0.34 0.000 0.386 \"END_BSS\"\n",
+ " 5.7431 26.215 48.508 14 2 116.9 16.9 d 0.34 0.000 0.912 \"Start tidal lock 2\"\n",
+ " 5.7432 26.215 48.508 14 2 116.88 16.9 d 0.34 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7432 26.215 48.508 14 2 103.5 14.1 d 0.00 0.000 1.130 \"Circularized\"\n",
+ " 5.7432 26.215 48.508 14 2 103.5 14.1 d 0.00 0.000 1.130 \"BEG_SYMB\"\n",
+ " 5.7437 26.215 48.507 14 2 103.5 14.1 d 0.00 0.000 1.631 \"End tidal lock 2\"\n",
+ " 5.7450 26.215 48.417 14 2 103.87 14.2 d 0.00 0.000 3.894 \"Start tidal lock 2\"\n",
+ " 5.7455 26.215 48.277 14 2 104.38 14.3 d 0.00 0.000 5.553 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.074 14 4 105.01 14.5 d 0.00 0.000 7.425 \"TYPE_CHNGE\"\n",
+ " 5.7844 26.221 27.162 14 4 146.91 28.2 d 0.00 0.000 7.128 \"Start Carbon Star 2\"\n",
+ " 5.7861 26.221 26.208 14 4 149.6 29.3 d 0.00 0.000 7.245 \"q-inv\"\n",
+ " 5.8012 26.224 18.984 14 4 173.68 39.4 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.8012 26.224 18.984 14 4 173.68 39.4 d 0.00 0.000 0.991 \"END_SYMB\"\n",
+ " 5.8202 26.224 18.984 14 7 173.68 39.4 d 0.00 0.000 0.023 \"TYPE_CHNGE\"\n",
+ " 5.8202 26.224 18.984 14 7 173.68 39.4 d 0.00 0.000 0.023 \"Start tidal lock 2\"\n",
+ " 5.8202 26.224 18.984 14 7 173.68 39.4 d 0.00 0.000 0.023 \"End Carbon Star 2\"\n",
+ " 5.9557 26.224 18.984 14 7 173.68 39.4 d 0.00 0.000 0.024 \"End tidal lock 2\"\n",
+ " 6.1219 26.224 18.984 14 7 173.68 39.4 d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
+ " 6.1817 26.224 18.984 14 14 763.92 364 d 0.79 0.000 0.000 Mers(5)=0.224923 - Mers(6)=0.249848 - Mers(7)=0.781046 - Mers(8)=0.0784722 - Mers(9)=0.326147 \n",
+ " 6.1817 26.224 18.984 14 14 763.92 364 d 0.79 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9842 Mc\"CO\"=14.3248 type=8) -> kick 1(190) vk=148.347 vr=222.876 omega=2.04924 phi=-1.00294 -> vn=296.739 ; final sep 763.922 ecc 0.787368 (random count 5) - Runaway v=(-34.8638,-76.181,4.75921) |v|=83.9147 : companion v=(365.316,58.6413,22.7413), |v|=370.691 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1817 26.224 18.984 14 14 763.92 364 d 0.79 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1817 26.224 18.984 14 14 763.92 364 d 0.79 0.000 0.000 \"SN\"\n",
+ " 6.1817 26.224 18.984 14 14 763.92 364 d 0.79 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.224 18.984 14 14 763.81 364 d 0.79 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -66.939}\n",
+ "System 1 has separation -66.939\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -82.397}\n",
- "System 2 has separation -82.397\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -23.457}\n",
+ "System 2 has separation -23.457\n",
"system 3 / 100\n",
- "{'time': 6.1825, 'M1': 26.223, 'M2': 18.93, 'K1': 14.0, 'K2': 14.0, 'separation': -27.981}\n",
- "System 3 has separation -27.981\n",
+ "{'time': 6.1813, 'M1': 26.225, 'M2': 19.016, 'K1': 14.0, 'K2': 14.0, 'separation': 178.37}\n",
+ "System 3 has separation 178.37\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=83762 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 114.43 16.4 d 0.33 0.000 0.284 Randbuf=64359 - Mers(0)=0.776818 - Mers(1)=0.472105 - Mers(2)=0.63923 - Mers(3)=0.939757 - Mers(4)=0.21764 \n",
+ " 4.1327 26.215 48.508 14 1 114.43 16.4 d 0.33 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=233.229 vr=401.272 omega=1.36747 phi=1.07484 -> vn=444.33 ; final sep 114.433 ecc 0.328512 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 114.43 16.4 d 0.33 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 114.43 16.4 d 0.33 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 114.43 16.4 d 0.33 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 123.39 18.4 d 0.33 0.000 0.204 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 129.24 19.7 d 0.33 0.000 0.216 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 133.77 20.7 d 0.34 0.000 0.337 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 133.77 20.7 d 0.34 0.000 0.337 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 133.77 20.7 d 0.34 0.000 0.337 \"END_BSS\"\n",
+ " 5.7434 26.215 48.508 14 2 133.75 20.7 d 0.34 0.000 0.998 \"Start tidal lock 2\"\n",
+ " 5.7434 26.215 48.508 14 2 133.75 20.7 d 0.34 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7434 26.215 48.508 14 2 118.09 17.2 d 0.00 0.000 1.134 \"BEG_SYMB\"\n",
+ " 5.7434 26.215 48.508 14 2 118.09 17.2 d 0.00 0.000 1.134 \"End tidal lock 2\"\n",
+ " 5.7434 26.215 48.508 14 2 118.09 17.2 d 0.00 0.000 1.134 \"Circularized\"\n",
+ " 5.7455 26.215 48.334 14 2 118.95 17.4 d 0.00 0.000 4.939 \"Start tidal lock 2\"\n",
+ " 5.7458 26.215 48.212 14 2 119.46 17.5 d 0.00 0.000 6.188 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.177 14 4 119.6 17.6 d 0.00 0.000 6.517 \"TYPE_CHNGE\"\n",
+ " 5.7909 26.222 27.149 14 4 168 34.5 d 0.00 0.000 7.182 \"Start Carbon Star 2\"\n",
+ " 5.7925 26.222 26.207 14 4 171.03 35.8 d 0.00 0.000 7.384 \"q-inv\"\n",
+ " 5.8065 26.225 19.016 14 4 198.4 48.1 d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
+ " 5.8066 26.225 19.016 14 4 198.4 48.1 d 0.00 0.000 0.995 \"END_SYMB\"\n",
+ " 5.8254 26.225 19.016 14 7 198.4 48.1 d 0.00 0.000 0.020 \"TYPE_CHNGE\"\n",
+ " 5.8254 26.225 19.016 14 7 198.4 48.1 d 0.00 0.000 0.020 \"Start tidal lock 2\"\n",
+ " 5.8254 26.225 19.016 14 7 198.4 48.1 d 0.00 0.000 0.020 \"End Carbon Star 2\"\n",
+ " 5.8429 26.225 19.016 14 7 198.4 48.1 d 0.00 0.000 0.020 \"End tidal lock 2\"\n",
+ " 6.1618 26.225 19.016 14 7 198.4 48.1 d 0.00 0.000 0.020 \"Start tidal lock 2\"\n",
+ " 6.1813 26.225 19.016 14 14 178.37 41 d 0.52 0.000 0.000 Mers(5)=0.942154 - Mers(6)=0.0122109 - Mers(7)=0.00984861 - Mers(8)=0.664546 - Mers(9)=0.183974 \n",
+ " 6.1813 26.225 19.016 14 14 178.37 41 d 0.52 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0164 Mc\"CO\"=14.3497 type=8) -> kick 1(190) vk=117.041 vr=208.602 omega=1.15594 phi=0.335342 -> vn=196.541 ; final sep 178.373 ecc 0.523561 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1813 26.225 19.016 14 14 178.37 41 d 0.52 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1813 26.225 19.016 14 14 178.37 41 d 0.52 0.000 0.000 \"SN\"\n",
+ " 6.1813 26.225 19.016 14 14 178.37 41 d 0.52 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.225 19.016 14 14 177.81 40.8 d 0.52 0.000 0.000 \"MAX_TIME\"\n",
+ "\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "{'time': 6.1818, 'M1': 26.224, 'M2': 18.98, 'K1': 14.0, 'K2': 14.0, 'separation': -46.572}\n",
+ "System 1 has separation -46.572\n",
+ "system 2 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -204.2}\n",
+ "System 2 has separation -204.2\n",
+ "system 3 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -224.39}\n",
+ "System 3 has separation -224.39\n",
"system 4 / 100\n",
- "{'time': 6.1833, 'M1': 26.221, 'M2': 18.872, 'K1': 14.0, 'K2': 14.0, 'separation': -71.061}\n",
- "System 4 has separation -71.061\n",
+ "None\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -66.972}\n",
- "System 5 has separation -66.972\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -1722.6}\n",
+ "System 5 has separation -1722.6\n",
"system 6 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -1571.7}\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "System 6 has separation -1571.7\n",
"system 7 / 100\n",
- "{'time': 6.1837, 'M1': 26.221, 'M2': 18.851, 'K1': 14.0, 'K2': 14.0, 'separation': 88.347}\n",
- "System 7 has separation 88.347\n",
+ "None\n",
+ "system 8 / 100\n",
+ "None\n",
+ "system 9 / 100\n",
+ "{'time': 6.1824, 'M1': 26.223, 'M2': 18.94, 'K1': 14.0, 'K2': 14.0, 'separation': -54.56}\n",
+ "System 9 has separation -54.56\n",
+ "system 10 / 100\n",
+ "{'time': 6.1809, 'M1': 26.225, 'M2': 19.046, 'K1': 14.0, 'K2': 14.0, 'separation': 224.69}\n",
+ "System 10 has separation 224.69\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=29865 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 67.934 7.5d 0.50 0.000 0.284 Randbuf=16603 - Mers(0)=0.156888 - Mers(1)=0.375547 - Mers(2)=0.782802 - Mers(3)=0.432846 - Mers(4)=0.94836 \n",
- " 4.1327 26.215 48.508 14 1 67.934 7.5d 0.50 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=266.049 vr=401.272 omega=5.95872 phi=-0.134715 -> vn=334.871 ; final sep 67.9345 ecc 0.500439 (random count 0) - Runaway v=(285.968,61.2849,7.4396) |v|=292.556 : companion v=(-18.2667,-78.5411,2.13576), |v|=80.6655 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 67.934 7.5d 0.50 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 67.934 7.5d 0.50 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 67.934 7.5d 0.50 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 75.52 8.79d 0.50 0.000 0.333 \"END_SYMB\"\n",
- " 4.4263 26.215 48.508 14 1 84.135 10.3d 0.52 0.000 0.325 \"BEG_BSS \"\n",
- " 5.4686 26.215 48.508 14 1 63.408 6.76d 0.12 0.000 0.742 \"Start tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 62.527 6.62d 0.00 0.000 0.722 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 62.527 6.62d 0.00 0.000 0.722 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 62.527 6.62d 0.00 0.000 0.722 \"END_BSS\"\n",
- " 5.7418 26.215 48.508 14 2 62.527 6.62d 0.00 0.000 0.722 \"End tidal lock 2\"\n",
- " 5.7423 26.215 48.508 14 2 62.528 6.62d 0.00 0.000 1.000 \"Start tidal lock 2\"\n",
- " 5.7423 26.215 48.508 14 2 62.528 6.62d 0.00 0.000 1.001 \"BEG_RCHE 2>1\"\n",
- " 5.7423 26.215 48.508 14 2 62.528 6.62d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7423 26.215 48.508 14 2 62.528 6.62d 0.00 0.000 1.001 \"Circularized\"\n",
- " 5.7425 26.215 48.508 14 2 62.529 6.62d 0.00 0.000 1.110 \"End tidal lock 2\"\n",
- " 5.7449 26.215 48.226 14 2 63.305 6.76d 0.00 0.000 6.048 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.096 14 2 63.595 6.81d 0.00 0.000 7.228 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.462 14 4 64.627 7.01d 0.00 0.000 12.086 \"TYPE_CHNGE\"\n",
- " 5.7661 26.218 27.146 14 4 89.297 13.4d 0.00 0.000 9.567 \"Start Carbon Star 2\"\n",
- " 5.7672 26.218 26.201 14 4 90.92 13.9d 0.00 0.000 9.455 \"q-inv\"\n",
- " 5.7802 26.221 18.851 14 4 105.87 18.8d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.7802 26.221 18.851 14 4 105.87 18.8d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.7985 26.221 18.851 14 7 105.87 18.8d 0.00 0.000 0.038 \"TYPE_CHNGE\"\n",
- " 5.7985 26.221 18.851 14 7 105.87 18.8d 0.00 0.000 0.038 \"End Carbon Star 2\"\n",
- " 5.8029 26.221 18.851 14 7 105.87 18.8d 0.00 0.000 0.038 \"Start tidal lock 2\"\n",
- " 6.1760 26.221 18.851 14 7 105.87 18.8d 0.00 0.000 0.038 \"End tidal lock 2\"\n",
- " 6.1837 26.221 18.851 14 14 88.347 14.3d 0.42 0.000 0.000 Mers(5)=0.170422 - Mers(6)=0.211753 - Mers(7)=0.282722 - Mers(8)=0.193152 - Mers(9)=0.153213 \n",
- " 6.1837 26.221 18.851 14 14 88.347 14.3d 0.42 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.851 Mc\"CO\"=14.2218 type=8) -> kick 1(190) vk=149.123 vr=285.037 omega=0.962668 phi=-0.660733 -> vn=255.217 ; final sep 88.3474 ecc 0.420756 (random count 5) - Runaway v=(-18.2667,-78.5411,2.13576) |v|=80.6655 : companion v=(285.968,61.2849,7.4396), |v|=292.556 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1837 26.221 18.851 14 14 88.347 14.3d 0.42 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1837 26.221 18.851 14 14 88.347 14.3d 0.42 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.221 18.851 14 14 85.847 13.7d 0.41 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=44170 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 167.58 29.1 d 0.54 0.000 0.284 Randbuf=7319 - Mers(0)=0.174169 - Mers(1)=0.242309 - Mers(2)=0.841284 - Mers(3)=0.736112 - Mers(4)=0.693128 \n",
+ " 4.1327 26.215 48.508 14 1 167.58 29.1 d 0.54 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=178.332 vr=401.272 omega=4.35505 phi=0.491811 -> vn=486.774 ; final sep 167.581 ecc 0.541792 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 167.58 29.1 d 0.54 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 167.58 29.1 d 0.54 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 167.58 29.1 d 0.54 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 179.74 32.3 d 0.54 0.000 0.140 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 187.62 34.4 d 0.54 0.000 0.149 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 191.02 35.4 d 0.55 0.000 0.236 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 191.02 35.4 d 0.55 0.000 0.236 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 191.02 35.4 d 0.55 0.000 0.236 \"END_BSS\"\n",
+ " 5.7439 26.215 48.508 14 2 191.73 35.6 d 0.55 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7439 26.215 48.508 14 2 134.76 21 d 0.00 0.000 1.423 \"BEG_SYMB\"\n",
+ " 5.7439 26.215 48.508 14 2 134.76 21 d 0.00 0.000 1.423 \"Circularized\"\n",
+ " 5.7459 26.215 48.261 14 4 136.58 21.4 d 0.00 0.000 5.705 \"TYPE_CHNGE\"\n",
+ " 5.7459 26.215 48.254 14 4 136.62 21.4 d 0.00 0.000 5.704 \"Start tidal lock 2\"\n",
+ " 5.7462 26.215 48.144 14 4 137.13 21.6 d 0.00 0.000 5.684 \"End tidal lock 2\"\n",
+ " 5.7975 26.223 27.157 14 4 192.65 42.4 d 0.00 0.000 7.595 \"Start Carbon Star 2\"\n",
+ " 5.7990 26.223 26.216 14 4 196.12 43.9 d 0.00 0.000 7.887 \"q-inv\"\n",
+ " 5.8115 26.225 19.046 14 4 227.38 59 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.8115 26.225 19.046 14 4 227.38 59 d 0.00 0.000 0.993 \"END_SYMB\"\n",
+ " 5.8303 26.225 19.046 14 7 227.38 59 d 0.00 0.000 0.018 \"TYPE_CHNGE\"\n",
+ " 5.8303 26.225 19.046 14 7 227.38 59 d 0.00 0.000 0.018 \"End Carbon Star 2\"\n",
+ " 6.1809 26.225 19.046 14 14 224.69 58 d 0.64 0.000 0.000 Mers(5)=0.675689 - Mers(6)=0.111583 - Mers(7)=0.429122 - Mers(8)=0.183048 - Mers(9)=0.0536749 \n",
+ " 6.1809 26.225 19.046 14 14 224.69 58 d 0.64 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0461 Mc\"CO\"=14.3726 type=8) -> kick 1(190) vk=146.769 vr=194.922 omega=0.337249 phi=-0.686591 -> vn=193.753 ; final sep 224.695 ecc 0.64265 (random count 5) - Runaway v=(143.904,87.9255,-20.8585) |v|=169.924 : companion v=(-3.92382,-36.5775,-7.20938), |v|=37.4872 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1809 26.225 19.046 14 14 224.69 58 d 0.64 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1809 26.225 19.046 14 14 224.69 58 d 0.64 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.225 19.046 14 14 223.95 57.7 d 0.64 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -327.24}\n",
- "System 1 has separation -327.24\n",
+ "None\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -40.906}\n",
- "System 2 has separation -40.906\n",
- "system 3 / 100\n",
"None\n",
+ "system 3 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -105.93}\n",
+ "System 3 has separation -105.93\n",
"system 4 / 100\n",
"None\n",
"system 5 / 100\n",
"None\n",
"system 6 / 100\n",
- "{'time': 6.1813, 'M1': 26.225, 'M2': 19.014, 'K1': 14.0, 'K2': 14.0, 'separation': 164.28}\n",
- "System 6 has separation 164.28\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -74.697}\n",
+ "System 6 has separation -74.697\n",
+ "system 7 / 100\n",
+ "None\n",
+ "system 8 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -92.2}\n",
+ "System 8 has separation -92.2\n",
+ "system 9 / 100\n",
+ "{'time': 6.1826, 'M1': 26.223, 'M2': 18.922, 'K1': 14.0, 'K2': 14.0, 'separation': 1691.7}\n",
+ "System 9 has separation 1691.7\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=44031 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 106.7 14.8d 0.23 0.000 0.284 Randbuf=34851 - Mers(0)=0.261227 - Mers(1)=0.415156 - Mers(2)=0.116405 - Mers(3)=0.0351282 - Mers(4)=0.781494 \n",
- " 4.1327 26.215 48.508 14 1 106.7 14.8d 0.23 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=197.05 vr=401.272 omega=4.91027 phi=-1.19372 -> vn=434.052 ; final sep 106.702 ecc 0.234525 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 106.7 14.8d 0.23 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 106.7 14.8d 0.23 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 106.7 14.8d 0.23 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 115.1 16.5d 0.23 0.000 0.219 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 120.59 17.7d 0.23 0.000 0.231 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 124.63 18.6d 0.25 0.000 0.362 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 124.63 18.6d 0.25 0.000 0.362 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 124.63 18.6d 0.25 0.000 0.362 \"END_BSS\"\n",
- " 5.7432 26.215 48.508 14 2 124.63 18.6d 0.25 0.000 0.907 \"Start tidal lock 2\"\n",
- " 5.7433 26.215 48.508 14 2 124.63 18.6d 0.25 0.000 1.001 \"BEG_RCHE 2>1\"\n",
- " 5.7433 26.215 48.508 14 2 117.08 17d 0.00 0.000 1.065 \"BEG_SYMB\"\n",
- " 5.7433 26.215 48.508 14 2 117.08 17d 0.00 0.000 1.065 \"Circularized\"\n",
- " 5.7442 26.215 48.502 14 2 117.11 17d 0.00 0.000 1.991 \"End tidal lock 2\"\n",
- " 5.7449 26.215 48.455 14 2 117.32 17d 0.00 0.000 3.288 \"Start tidal lock 2\"\n",
- " 5.7456 26.215 48.308 14 2 117.93 17.2d 0.00 0.000 5.232 \"End tidal lock 2\"\n",
- " 5.7459 26.215 48.170 14 4 118.44 17.3d 0.00 0.000 6.581 \"TYPE_CHNGE\"\n",
- " 5.7904 26.222 27.158 14 4 166.07 33.9d 0.00 0.000 7.162 \"Start Carbon Star 2\"\n",
- " 5.7920 26.222 26.211 14 4 169.09 35.2d 0.00 0.000 7.358 \"q-inv\"\n",
- " 5.8061 26.225 19.014 14 4 196.17 47.3d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
- " 5.8061 26.225 19.014 14 4 196.17 47.3d 0.00 0.000 0.994 \"END_SYMB\"\n",
- " 5.8250 26.225 19.014 14 7 196.17 47.3d 0.00 0.000 0.021 \"TYPE_CHNGE\"\n",
- " 5.8250 26.225 19.014 14 7 196.17 47.3d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
- " 5.8250 26.225 19.014 14 7 196.17 47.3d 0.00 0.000 0.021 \"End Carbon Star 2\"\n",
- " 5.8556 26.225 19.014 14 7 196.17 47.3d 0.00 0.000 0.021 \"End tidal lock 2\"\n",
- " 6.1571 26.225 19.014 14 7 196.17 47.3d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
- " 6.1813 26.225 19.014 14 14 164.28 36.3d 0.52 0.000 0.000 Mers(5)=0.0907098 - Mers(6)=0.0813927 - Mers(7)=0.848429 - Mers(8)=0.322576 - Mers(9)=0.829735 \n",
- " 6.1813 26.225 19.014 14 14 164.28 36.3d 0.52 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0138 Mc\"CO\"=14.3477 type=8) -> kick 1(190) vk=112.321 vr=209.778 omega=5.21338 phi=-0.362751 -> vn=188.314 ; final sep 164.275 ecc 0.517604 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1813 26.225 19.014 14 14 164.28 36.3d 0.52 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1813 26.225 19.014 14 14 164.28 36.3d 0.52 0.000 0.000 \"SN\"\n",
- " 6.1813 26.225 19.014 14 14 164.28 36.3d 0.52 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.225 19.014 14 14 163.58 36d 0.52 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=64137 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 75.905 8.86 d 0.32 0.000 0.284 Randbuf=63818 - Mers(0)=0.295543 - Mers(1)=0.0290733 - Mers(2)=0.983229 - Mers(3)=0.514916 - Mers(4)=0.177444 \n",
+ " 4.1327 26.215 48.508 14 1 75.905 8.86 d 0.32 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=110.698 vr=401.272 omega=1.11491 phi=0.0298364 -> vn=366.304 ; final sep 75.9046 ecc 0.315124 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 75.905 8.86 d 0.32 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 75.905 8.86 d 0.32 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 75.905 8.86 d 0.32 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 83.192 10.2 d 0.32 0.000 0.303 \"END_SYMB\"\n",
+ " 4.4454 26.215 48.508 14 1 88.679 11.2 d 0.32 0.000 0.310 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 83.917 10.3 d 0.15 0.000 0.538 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 83.917 10.3 d 0.15 0.000 0.538 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 83.917 10.3 d 0.15 0.000 0.538 \"END_BSS\"\n",
+ " 5.7426 26.215 48.508 14 2 83.918 10.3 d 0.15 0.000 0.907 \"Start tidal lock 2\"\n",
+ " 5.7427 26.215 48.508 14 2 83.917 10.3 d 0.15 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7427 26.215 48.508 14 2 81.933 9.94 d 0.00 0.000 1.025 \"BEG_SYMB\"\n",
+ " 5.7427 26.215 48.508 14 2 81.933 9.94 d 0.00 0.000 1.025 \"Circularized\"\n",
+ " 5.7434 26.215 48.507 14 2 81.938 9.94 d 0.00 0.000 1.615 \"End tidal lock 2\"\n",
+ " 5.7448 26.215 48.391 14 2 82.312 10 d 0.00 0.000 4.250 \"Start tidal lock 2\"\n",
+ " 5.7452 26.215 48.250 14 2 82.721 10.1 d 0.00 0.000 5.823 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.838 14 4 83.669 10.3 d 0.00 0.000 9.325 \"TYPE_CHNGE\"\n",
+ " 5.7745 26.219 27.149 14 4 116.41 19.9 d 0.00 0.000 7.814 \"Start Carbon Star 2\"\n",
+ " 5.7759 26.220 26.208 14 4 118.52 20.6 d 0.00 0.000 7.802 \"q-inv\"\n",
+ " 5.7912 26.223 18.922 14 4 137.8 27.9 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.7912 26.223 18.922 14 4 137.8 27.9 d 0.00 0.000 0.993 \"END_SYMB\"\n",
+ " 5.8101 26.223 18.922 14 7 137.8 27.9 d 0.00 0.000 0.029 \"TYPE_CHNGE\"\n",
+ " 5.8101 26.223 18.922 14 7 137.8 27.9 d 0.00 0.000 0.029 \"Start tidal lock 2\"\n",
+ " 5.8101 26.223 18.922 14 7 137.8 27.9 d 0.00 0.000 0.029 \"End Carbon Star 2\"\n",
+ " 6.1826 26.223 18.922 14 14 1691.7 3.28 y 0.98 0.000 0.000 Mers(5)=0.752438 - Mers(6)=0.590877 - Mers(7)=0.920832 - Mers(8)=0.48926 - Mers(9)=0.135101 \n",
+ " 6.1826 26.223 18.922 14 14 1691.7 3.28 y 0.98 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.922 Mc\"CO\"=14.2767 type=8) -> kick 1(190) vk=292.767 vr=250.037 omega=0.848866 phi=-0.0214824 -> vn=346.329 ; final sep 1691.67 ecc 0.97797 (random count 5) - Runaway v=(187.31,262.914,-3.10877) |v|=322.829 : companion v=(4.44558,-31.1967,-1.16265), |v|=31.5333 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1826 26.223 18.922 14 14 1691.7 3.28 y 0.98 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1826 26.223 18.922 14 14 1691.7 3.28 y 0.98 0.000 0.000 \"SN\"\n",
+ " 6.1826 26.223 18.922 14 14 1691.7 3.28 y 0.98 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.223 18.922 14 14 1663.3 3.2 y 0.98 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -65.484}\n",
- "System 1 has separation -65.484\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -239.69}\n",
+ "System 1 has separation -239.69\n",
"system 2 / 100\n",
- "{'time': 6.1837, 'M1': 26.221, 'M2': 18.845, 'K1': 14.0, 'K2': 14.0, 'separation': -26.134}\n",
- "System 2 has separation -26.134\n",
+ "None\n",
"system 3 / 100\n",
"None\n",
"system 4 / 100\n",
- "{'time': 6.1826, 'M1': 26.223, 'M2': 18.921, 'K1': 14.0, 'K2': 14.0, 'separation': -97.324}\n",
- "System 4 has separation -97.324\n",
- "system 5 / 100\n",
+ "{'time': 6.1845, 'M1': 26.232, 'M2': 18.797, 'K1': 14.0, 'K2': 14.0, 'separation': 107.94}\n",
+ "System 4 has separation 107.94\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=21824 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 62.296 6.59 d 0.58 0.000 0.284 Randbuf=15186 - Mers(0)=0.618705 - Mers(1)=0.0958704 - Mers(2)=0.380393 - Mers(3)=0.596161 - Mers(4)=0.941478 \n",
+ " 4.1327 26.215 48.508 14 1 62.296 6.59 d 0.58 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=253.541 vr=401.272 omega=5.91548 phi=0.193528 -> vn=305.189 ; final sep 62.2961 ecc 0.584622 (random count 0) - Runaway v=(260.193,57.1204,-11.0187) |v|=266.617 : companion v=(-12.7536,-79.2044,-3.51809), |v|=80.3017 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 62.296 6.59 d 0.58 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 62.296 6.59 d 0.58 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 62.296 6.59 d 0.58 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 70.071 7.86 d 0.58 0.000 0.359 \"END_SYMB\"\n",
+ " 4.4330 26.215 48.508 14 1 77.63 9.16 d 0.59 0.000 0.353 \"BEG_BSS \"\n",
+ " 5.1178 26.215 48.508 14 1 52.232 5.06 d 0.12 0.000 0.701 \"Start tidal lock 2\"\n",
+ " 5.5089 26.215 48.508 14 1 51.012 4.88 d 0.00 0.000 0.956 \"Circularized\"\n",
+ " 5.5532 26.215 48.508 14 1 50.898 4.86 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.5532 26.215 48.508 14 1 50.898 4.86 d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
+ " 5.7365 26.227 48.491 14 1 50.887 4.86 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.7370 26.227 48.491 14 1 50.885 4.86 d 0.00 0.000 0.992 \"END_SYMB\"\n",
+ " 5.7419 26.227 48.491 14 2 51.085 4.89 d 0.00 0.000 0.883 \"OFF_MS\"\n",
+ " 5.7419 26.227 48.491 14 2 51.085 4.89 d 0.00 0.000 0.883 \"TYPE_CHNGE\"\n",
+ " 5.7419 26.227 48.491 14 2 51.085 4.89 d 0.00 0.000 0.883 \"END_BSS\"\n",
+ " 5.7419 26.227 48.491 14 2 51.085 4.89 d 0.00 0.000 0.883 \"End tidal lock 2\"\n",
+ " 5.7420 26.227 48.491 14 2 51.086 4.89 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7420 26.227 48.491 14 2 51.086 4.89 d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
+ " 5.7447 26.227 48.156 14 2 52.241 5.07 d 0.00 0.000 6.539 \"Start tidal lock 2\"\n",
+ " 5.7450 26.227 48.023 14 2 52.485 5.11 d 0.00 0.000 7.693 \"End tidal lock 2\"\n",
+ " 5.7459 26.227 47.090 14 4 53.64 5.31 d 0.00 0.000 14.561 \"TYPE_CHNGE\"\n",
+ " 5.7617 26.230 27.143 14 4 73.625 10 d 0.00 0.000 11.388 \"Start Carbon Star 2\"\n",
+ " 5.7626 26.230 26.228 14 4 74.921 10.4 d 0.00 0.000 11.224 \"q-inv\"\n",
+ " 5.7736 26.232 18.797 14 4 87.381 14.1 d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
+ " 5.7737 26.232 18.797 14 4 87.381 14.1 d 0.00 0.000 0.989 \"END_SYMB\"\n",
+ " 5.7913 26.232 18.797 14 7 87.38 14.1 d 0.00 0.000 0.046 \"TYPE_CHNGE\"\n",
+ " 5.7913 26.232 18.797 14 7 87.38 14.1 d 0.00 0.000 0.046 \"End Carbon Star 2\"\n",
+ " 5.8573 26.232 18.797 14 7 87.38 14.1 d 0.00 0.000 0.046 \"Start tidal lock 2\"\n",
+ " 6.1606 26.232 18.797 14 7 87.38 14.1 d 0.00 0.000 0.046 \"End tidal lock 2\"\n",
+ " 6.1845 26.232 18.797 14 14 107.94 19.4 d 0.25 0.000 0.000 Mers(5)=0.86323 - Mers(6)=0.0440989 - Mers(7)=0.389749 - Mers(8)=0.19366 - Mers(9)=0.310029 \n",
+ " 6.1845 26.232 18.797 14 14 107.94 19.4 d 0.25 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.7974 Mc\"CO\"=14.1804 type=8) -> kick 1(190) vk=73.2413 vr=313.594 omega=1.94797 phi=-0.659448 -> vn=342.164 ; final sep 107.944 ecc 0.245223 (random count 5) - Runaway v=(-12.7536,-79.2044,-3.51809) |v|=80.3017 : companion v=(260.193,57.1204,-11.0187), |v|=266.617 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1845 26.232 18.797 14 14 107.94 19.4 d 0.25 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1845 26.232 18.797 14 14 107.94 19.4 d 0.25 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.232 18.797 14 14 107.29 19.2 d 0.24 0.000 0.000 \"MAX_TIME\"\n",
+ "\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "{'time': 6.1806, 'M1': 26.226, 'M2': 19.069, 'K1': 14.0, 'K2': 14.0, 'separation': -142.38}\n",
+ "System 1 has separation -142.38\n",
+ "system 2 / 100\n",
"None\n",
+ "system 3 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -72.573}\n",
+ "System 3 has separation -72.573\n",
+ "system 4 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -121.45}\n",
+ "System 4 has separation -121.45\n",
+ "system 5 / 100\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -209.29}\n",
+ "System 5 has separation -209.29\n",
"system 6 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -124.8}\n",
- "System 6 has separation -124.8\n",
+ "None\n",
"system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -59.603}\n",
- "System 7 has separation -59.603\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -92.576}\n",
+ "System 7 has separation -92.576\n",
"system 8 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -4076.9}\n",
+ "System 8 has separation -4076.9\n",
"system 9 / 100\n",
- "{'time': 6.1815, 'M1': 26.224, 'M2': 19.002, 'K1': 14.0, 'K2': 14.0, 'separation': -97.964}\n",
- "System 9 has separation -97.964\n",
+ "None\n",
"system 10 / 100\n",
"None\n",
"system 11 / 100\n",
"None\n",
"system 12 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -68.874}\n",
- "System 12 has separation -68.874\n",
+ "None\n",
"system 13 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -5968.5}\n",
- "System 13 has separation -5968.5\n",
+ "None\n",
"system 14 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -65.88}\n",
- "System 14 has separation -65.88\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -333.47}\n",
+ "System 14 has separation -333.47\n",
"system 15 / 100\n",
"None\n",
"system 16 / 100\n",
- "None\n",
+ "{'time': 6.181, 'M1': 26.225, 'M2': 19.036, 'K1': 14.0, 'K2': 14.0, 'separation': -184.68}\n",
+ "System 16 has separation -184.68\n",
"system 17 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -256.96}\n",
- "System 17 has separation -256.96\n",
- "system 18 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -102.82}\n",
- "System 18 has separation -102.82\n",
- "system 19 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -71.675}\n",
- "System 19 has separation -71.675\n",
- "system 20 / 100\n",
- "{'time': 6.1813, 'M1': 26.225, 'M2': 19.017, 'K1': 14.0, 'K2': 14.0, 'separation': 263.5}\n",
- "System 20 has separation 263.5\n",
+ "{'time': 6.1825, 'M1': 26.223, 'M2': 18.931, 'K1': 14.0, 'K2': 14.0, 'separation': 355.75}\n",
+ "System 17 has separation 355.75\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=27963 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 115.39 16.6d 0.34 0.000 0.284 Randbuf=14077 - Mers(0)=0.862238 - Mers(1)=0.367681 - Mers(2)=0.0358403 - Mers(3)=0.107709 - Mers(4)=0.257618 \n",
- " 4.1327 26.215 48.508 14 1 115.39 16.6d 0.34 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=181.968 vr=401.272 omega=1.61866 phi=-0.902022 -> vn=445.493 ; final sep 115.392 ecc 0.338543 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 115.39 16.6d 0.34 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 115.39 16.6d 0.34 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 115.39 16.6d 0.34 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 124.42 18.6d 0.34 0.000 0.202 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 130.31 19.9d 0.34 0.000 0.214 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 134.91 21d 0.35 0.000 0.334 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 134.91 21d 0.35 0.000 0.334 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 134.91 21d 0.35 0.000 0.334 \"END_BSS\"\n",
- " 5.7434 26.215 48.508 14 2 134.88 21d 0.35 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7434 26.215 48.508 14 2 118.14 17.2d 0.00 0.000 1.143 \"BEG_SYMB\"\n",
- " 5.7434 26.215 48.508 14 2 118.14 17.2d 0.00 0.000 1.143 \"Circularized\"\n",
- " 5.7455 26.215 48.323 14 2 119.06 17.4d 0.00 0.000 5.057 \"Start tidal lock 2\"\n",
- " 5.7458 26.215 48.203 14 2 119.56 17.6d 0.00 0.000 6.270 \"End tidal lock 2\"\n",
- " 5.7459 26.215 48.177 14 4 119.67 17.6d 0.00 0.000 6.513 \"TYPE_CHNGE\"\n",
- " 5.7910 26.222 27.154 14 4 168.11 34.5d 0.00 0.000 7.182 \"Start Carbon Star 2\"\n",
- " 5.7926 26.222 26.212 14 4 171.14 35.8d 0.00 0.000 7.385 \"q-inv\"\n",
- " 5.8066 26.225 19.017 14 4 198.55 48.2d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.8066 26.225 19.017 14 4 198.55 48.2d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8255 26.225 19.017 14 7 198.55 48.2d 0.00 0.000 0.020 \"TYPE_CHNGE\"\n",
- " 5.8255 26.225 19.017 14 7 198.55 48.2d 0.00 0.000 0.020 \"Start tidal lock 2\"\n",
- " 5.8255 26.225 19.017 14 7 198.55 48.2d 0.00 0.000 0.020 \"End Carbon Star 2\"\n",
- " 5.8430 26.225 19.017 14 7 198.55 48.2d 0.00 0.000 0.020 \"End tidal lock 2\"\n",
- " 6.1619 26.225 19.017 14 7 198.55 48.2d 0.00 0.000 0.020 \"Start tidal lock 2\"\n",
- " 6.1813 26.225 19.017 14 14 263.5 73.6d 0.41 0.000 0.000 Mers(5)=0.96056 - Mers(6)=0.0879311 - Mers(7)=0.773061 - Mers(8)=0.709096 - Mers(9)=0.734375 \n",
- " 6.1813 26.225 19.017 14 14 263.5 73.6d 0.41 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0166 Mc\"CO\"=14.3498 type=8) -> kick 1(190) vk=86.6125 vr=208.525 omega=4.61422 phi=0.431455 -> vn=232.81 ; final sep 263.499 ecc 0.408641 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1813 26.225 19.017 14 14 263.5 73.6d 0.41 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1813 26.225 19.017 14 14 263.5 73.6d 0.41 0.000 0.000 \"SN\"\n",
- " 6.1813 26.225 19.017 14 14 263.5 73.6d 0.41 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.225 19.017 14 14 263.41 73.6d 0.41 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=36323 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 113.19 16.1 d 0.61 0.000 0.284 Randbuf=6588 - Mers(0)=0.347169 - Mers(1)=0.666661 - Mers(2)=0.916207 - Mers(3)=0.695505 - Mers(4)=0.213396 \n",
+ " 4.1327 26.215 48.508 14 1 113.19 16.1 d 0.61 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=289.448 vr=401.272 omega=1.34081 phi=0.401728 -> vn=442.787 ; final sep 113.19 ecc 0.611785 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 113.19 16.1 d 0.61 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 113.19 16.1 d 0.61 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 113.19 16.1 d 0.61 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 123.86 18.5 d 0.61 0.000 0.203 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 131.56 20.2 d 0.61 0.000 0.212 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 111.39 15.8 d 0.50 0.000 0.405 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 111.39 15.8 d 0.50 0.000 0.405 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 111.39 15.8 d 0.50 0.000 0.405 \"END_BSS\"\n",
+ " 5.7431 26.215 48.508 14 2 111.46 15.8 d 0.50 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7431 26.215 48.508 14 2 83.694 10.3 d 0.00 0.000 1.333 \"BEG_SYMB\"\n",
+ " 5.7431 26.215 48.508 14 2 83.694 10.3 d 0.00 0.000 1.333 \"Circularized\"\n",
+ " 5.7453 26.215 48.222 14 2 85.251 10.6 d 0.00 0.000 6.091 \"Start tidal lock 2\"\n",
+ " 5.7456 26.215 48.097 14 2 85.624 10.6 d 0.00 0.000 7.214 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.872 14 4 86.197 10.8 d 0.00 0.000 9.051 \"TYPE_CHNGE\"\n",
+ " 5.7757 26.220 27.164 14 4 120.17 20.9 d 0.00 0.000 7.667 \"Start Carbon Star 2\"\n",
+ " 5.7772 26.220 26.205 14 4 122.39 21.7 d 0.00 0.000 7.670 \"q-inv\"\n",
+ " 5.7926 26.223 18.931 14 4 142.26 29.2 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7926 26.223 18.931 14 4 142.26 29.2 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.8115 26.223 18.931 14 7 142.26 29.2 d 0.00 0.000 0.028 \"TYPE_CHNGE\"\n",
+ " 5.8115 26.223 18.931 14 7 142.26 29.2 d 0.00 0.000 0.028 \"Start tidal lock 2\"\n",
+ " 5.8115 26.223 18.931 14 7 142.26 29.2 d 0.00 0.000 0.028 \"End Carbon Star 2\"\n",
+ " 6.1825 26.223 18.931 14 14 355.75 116 d 0.77 0.000 0.000 Mers(5)=0.725718 - Mers(6)=0.420316 - Mers(7)=0.312637 - Mers(8)=0.321643 - Mers(9)=0.755323 \n",
+ " 6.1825 26.223 18.931 14 14 355.75 116 d 0.77 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9309 Mc\"CO\"=14.2835 type=8) -> kick 1(190) vk=198.494 vr=246.109 omega=4.74583 phi=-0.364747 -> vn=311.316 ; final sep 355.749 ecc 0.766094 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1825 26.223 18.931 14 14 355.75 116 d 0.77 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1825 26.223 18.931 14 14 355.75 116 d 0.77 0.000 0.000 \"SN\"\n",
+ " 6.1825 26.223 18.931 14 14 355.75 116 d 0.77 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.223 18.931 14 14 354.95 115 d 0.77 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -99.327}\n",
- "System 1 has separation -99.327\n",
+ "None\n",
"system 2 / 100\n",
- "{'time': 6.1809, 'M1': 26.225, 'M2': 19.049, 'K1': 14.0, 'K2': 14.0, 'separation': -460.63}\n",
- "System 2 has separation -460.63\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -238.82}\n",
+ "System 2 has separation -238.82\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -643.11}\n",
- "System 3 has separation -643.11\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -88.716}\n",
+ "System 3 has separation -88.716\n",
"system 4 / 100\n",
- "None\n",
+ "{'time': 6.1827, 'M1': 26.222, 'M2': 18.919, 'K1': 14.0, 'K2': 14.0, 'separation': -59.916}\n",
+ "System 4 has separation -59.916\n",
"system 5 / 100\n",
- "{'time': 6.1811, 'M1': 26.225, 'M2': 19.033, 'K1': 14.0, 'K2': 14.0, 'separation': 410.72}\n",
- "System 5 has separation 410.72\n",
- "Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=84136 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 132.3 20.4d 0.40 0.000 0.284 Randbuf=55750 - Mers(0)=0.317188 - Mers(1)=0.692999 - Mers(2)=0.484374 - Mers(3)=0.371434 - Mers(4)=0.950259 \n",
- " 4.1327 26.215 48.508 14 1 132.3 20.4d 0.40 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=340.023 vr=401.272 omega=5.97065 phi=-0.260052 -> vn=462.883 ; final sep 132.304 ecc 0.404303 (random count 0) - Runaway v=(404.527,38.6353,20.2242) |v|=406.871 : companion v=(-43.7608,-75.4786,3.59812), |v|=87.3211 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 132.3 20.4d 0.40 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 132.3 20.4d 0.40 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 132.3 20.4d 0.40 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 142.24 22.7d 0.40 0.000 0.177 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 148.69 24.3d 0.40 0.000 0.188 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 152.77 25.3d 0.42 0.000 0.295 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 152.77 25.3d 0.42 0.000 0.295 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 152.77 25.3d 0.42 0.000 0.295 \"END_BSS\"\n",
- " 5.7436 26.215 48.508 14 2 153.01 25.4d 0.41 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7436 26.215 48.508 14 2 126.68 19.1d 0.00 0.000 1.208 \"BEG_SYMB\"\n",
- " 5.7436 26.215 48.508 14 2 126.68 19.1d 0.00 0.000 1.208 \"Circularized\"\n",
- " 5.7458 26.215 48.247 14 2 128.37 19.5d 0.00 0.000 5.850 \"Start tidal lock 2\"\n",
- " 5.7459 26.215 48.224 14 4 128.48 19.5d 0.00 0.000 6.066 \"TYPE_CHNGE\"\n",
- " 5.7461 26.215 48.133 14 4 128.86 19.6d 0.00 0.000 6.049 \"End tidal lock 2\"\n",
- " 5.7946 26.222 27.146 14 4 181.04 38.6d 0.00 0.000 7.364 \"Start Carbon Star 2\"\n",
- " 5.7961 26.223 26.209 14 4 184.28 40d 0.00 0.000 7.614 \"q-inv\"\n",
- " 5.8093 26.225 19.033 14 4 213.7 53.8d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.8093 26.225 19.033 14 4 213.7 53.8d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8281 26.225 19.033 14 7 213.7 53.8d 0.00 0.000 0.019 \"TYPE_CHNGE\"\n",
- " 5.8281 26.225 19.033 14 7 213.7 53.8d 0.00 0.000 0.019 \"End Carbon Star 2\"\n",
- " 6.1731 26.225 19.033 14 7 213.7 53.8d 0.00 0.000 0.019 \"Start tidal lock 2\"\n",
- " 6.1811 26.225 19.033 14 14 410.72 143d 0.53 0.000 0.000 Mers(5)=0.390494 - Mers(6)=0.322317 - Mers(7)=0.595791 - Mers(8)=0.59093 - Mers(9)=0.846912 \n",
- " 6.1811 26.225 19.033 14 14 410.72 143d 0.53 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.033 Mc\"CO\"=14.3625 type=8) -> kick 1(190) vk=221.822 vr=201.036 omega=5.3213 phi=0.182878 -> vn=244.547 ; final sep 410.722 ecc 0.525865 (random count 5) - Runaway v=(146.269,-185.516,-24.1095) |v|=221.331 : companion v=(-45.8333,-49.9918,-3.90642), |v|=67.9348 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1811 26.225 19.033 14 14 410.72 143d 0.53 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1811 26.225 19.033 14 14 410.72 143d 0.53 0.000 0.000 \"SN\"\n",
- " 6.1811 26.225 19.033 14 14 410.72 143d 0.53 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.225 19.033 14 14 410.67 143d 0.53 0.000 0.000 \"MAX_TIME\"\n",
- "\n",
- "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
- "system 1 / 100\n",
- "{'time': 6.182, 'M1': 26.224, 'M2': 18.967, 'K1': 14.0, 'K2': 14.0, 'separation': 144.35}\n",
- "System 1 has separation 144.35\n",
+ "None\n",
+ "system 6 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -42.805}\n",
+ "System 6 has separation -42.805\n",
+ "system 7 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -86.593}\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "System 7 has separation -86.593\n",
+ "system 8 / 100\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -33.049}\n",
+ "System 8 has separation -33.049\n",
+ "system 9 / 100\n",
+ "{'time': 6.2898, 'M1': 26.401, 'M2': 14.918, 'K1': 14.0, 'K2': 14.0, 'separation': 74.496}\n",
+ "System 9 has separation 74.496\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=29700 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 86.381 10.8d 0.22 0.000 0.284 Randbuf=83890 - Mers(0)=0.675082 - Mers(1)=0.0679086 - Mers(2)=0.892712 - Mers(3)=0.862001 - Mers(4)=0.797505 \n",
- " 4.1327 26.215 48.508 14 1 86.381 10.8d 0.22 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=132.071 vr=401.272 omega=5.01087 phi=0.809585 -> vn=396.184 ; final sep 86.3808 ecc 0.221154 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 86.381 10.8d 0.22 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 86.381 10.8d 0.22 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 86.381 10.8d 0.22 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 93.931 12.2d 0.22 0.000 0.268 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 99.053 13.2d 0.22 0.000 0.281 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 101.53 13.7d 0.21 0.000 0.444 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 101.53 13.7d 0.21 0.000 0.444 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 101.53 13.7d 0.21 0.000 0.444 \"END_BSS\"\n",
- " 5.7428 26.215 48.508 14 2 101.53 13.7d 0.21 0.000 0.852 \"Start tidal lock 2\"\n",
- " 5.7429 26.215 48.508 14 2 101.53 13.7d 0.21 0.000 0.966 \"End tidal lock 2\"\n",
- " 5.7430 26.215 48.508 14 2 101.52 13.7d 0.21 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7430 26.215 48.508 14 2 97.084 12.8d 0.00 0.000 1.046 \"BEG_SYMB\"\n",
- " 5.7430 26.215 48.508 14 2 97.084 12.8d 0.00 0.000 1.046 \"Circularized\"\n",
- " 5.7432 26.215 48.508 14 2 97.083 12.8d 0.00 0.000 1.181 \"Start tidal lock 2\"\n",
- " 5.7452 26.215 48.341 14 2 97.648 12.9d 0.00 0.000 4.859 \"End tidal lock 2\"\n",
- " 5.7459 26.215 48.016 14 4 98.551 13.1d 0.00 0.000 7.913 \"TYPE_CHNGE\"\n",
- " 5.7814 26.220 27.157 14 4 137.59 25.6d 0.00 0.000 7.228 \"Start Carbon Star 2\"\n",
- " 5.7831 26.221 26.200 14 4 140.12 26.5d 0.00 0.000 7.305 \"q-inv\"\n",
- " 5.7984 26.224 18.967 14 4 162.72 35.8d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.7985 26.224 18.967 14 4 162.72 35.8d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8179 26.224 18.967 14 7 162.72 35.8d 0.00 0.000 0.025 \"TYPE_CHNGE\"\n",
- " 5.8179 26.224 18.967 14 7 162.72 35.8d 0.00 0.000 0.025 \"Start tidal lock 2\"\n",
- " 5.8179 26.224 18.967 14 7 162.72 35.8d 0.00 0.000 0.025 \"End Carbon Star 2\"\n",
- " 6.0322 26.224 18.967 14 7 162.72 35.8d 0.00 0.000 0.026 \"End tidal lock 2\"\n",
- " 6.0716 26.224 18.967 14 7 162.72 35.8d 0.00 0.000 0.026 \"Start tidal lock 2\"\n",
- " 6.1820 26.224 18.967 14 14 144.35 29.9d 0.22 0.000 0.000 Mers(5)=0.679453 - Mers(6)=0.0586744 - Mers(7)=0.604467 - Mers(8)=0.0954058 - Mers(9)=0.85388 \n",
- " 6.1820 26.224 18.967 14 14 144.35 29.9d 0.22 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9673 Mc\"CO\"=14.3117 type=8) -> kick 1(190) vk=83.8804 vr=230.213 omega=5.36508 phi=-0.942769 -> vn=215.064 ; final sep 144.349 ecc 0.220921 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1820 26.224 18.967 14 14 144.35 29.9d 0.22 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1820 26.224 18.967 14 14 144.35 29.9d 0.22 0.000 0.000 \"SN\"\n",
- " 6.1820 26.224 18.967 14 14 144.35 29.9d 0.22 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.224 18.967 14 14 144.09 29.8d 0.22 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=42362 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 58.486 5.99 d 0.82 0.000 0.284 Randbuf=18108 - Mers(0)=0.785539 - Mers(1)=0.0547419 - Mers(2)=0.829757 - Mers(3)=0.994118 - Mers(4)=0.162941 \n",
+ " 4.1327 26.215 48.508 14 1 58.486 5.99 d 0.82 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=323.085 vr=401.272 omega=1.02379 phi=1.41726 -> vn=279.698 ; final sep 58.4865 ecc 0.824848 (random count 0) - Runaway v=(166.896,151.349,147.371) |v|=269.219 : companion v=(0.622494,-58.9859,67.7282), |v|=89.8155 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 58.486 5.99 d 0.82 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 58.486 5.99 d 0.82 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 58.486 5.99 d 0.82 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 68.998 7.68 d 0.82 0.000 0.365 \"END_SYMB\"\n",
+ " 4.1379 26.215 48.508 14 1 25.503 1.73 d 0.11 0.000 0.989 \"Start tidal lock 2\"\n",
+ " 4.1517 26.215 48.508 14 1 25.304 1.71 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 4.1521 26.215 48.508 14 1 25.304 1.71 d 0.00 0.000 1.000 \"Circularized\"\n",
+ " 4.1521 26.215 48.508 14 1 25.304 1.71 d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
+ " 4.4182 26.216 48.506 14 1 25.398 1.71 d 0.00 0.000 1.074 \"BEG_BSS \"\n",
+ " 5.7761 26.396 40.884 14 2 28.745 2.18 d 0.00 0.000 1.445 \"OFF_MS\"\n",
+ " 5.7761 26.396 40.884 14 2 28.745 2.18 d 0.00 0.000 1.445 \"TYPE_CHNGE\"\n",
+ " 5.7761 26.396 40.884 14 2 28.745 2.18 d 0.00 0.000 1.445 \"END_BSS\"\n",
+ " 5.7761 26.396 40.884 14 2 28.745 2.18 d 0.00 0.000 1.445 \"End tidal lock 2\"\n",
+ " 5.7792 26.396 40.493 14 2 29.445 2.26 d 0.00 0.000 5.796 \"Start tidal lock 2\"\n",
+ " 5.7795 26.397 40.360 14 2 29.588 2.28 d 0.00 0.000 6.592 \"End tidal lock 2\"\n",
+ " 5.7813 26.397 38.743 14 4 30.633 2.43 d 0.00 0.000 14.349 \"TYPE_CHNGE\"\n",
+ " 5.7901 26.398 27.146 14 4 37.128 3.58 d 0.00 0.000 12.428 \"Start Carbon Star 2\"\n",
+ " 5.7907 26.398 26.374 14 4 37.684 3.69 d 0.00 0.000 12.284 \"q-inv\"\n",
+ " 5.8048 26.401 14.918 14 4 48.213 6.03 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.8048 26.401 14.918 14 4 48.213 6.03 d 0.00 0.000 0.988 \"END_SYMB\"\n",
+ " 5.8200 26.401 14.918 14 7 48.212 6.03 d 0.00 0.000 0.076 \"TYPE_CHNGE\"\n",
+ " 5.8200 26.401 14.918 14 7 48.212 6.03 d 0.00 0.000 0.076 \"Start tidal lock 2\"\n",
+ " 5.8200 26.401 14.918 14 7 48.212 6.03 d 0.00 0.000 0.076 \"End Carbon Star 2\"\n",
+ " 5.9253 26.401 14.918 14 7 48.212 6.03 d 0.00 0.000 0.078 \"End tidal lock 2\"\n",
+ " 6.2514 26.401 14.918 14 7 48.211 6.03 d 0.00 0.000 0.078 \"Start tidal lock 2\"\n",
+ " 6.2819 26.401 14.918 14 8 48.211 6.03 d 0.00 0.000 0.075 \"TYPE_CHNGE\"\n",
+ " 6.2819 26.401 14.918 14 8 48.211 6.03 d 0.00 0.000 0.075 \"End tidal lock 2\"\n",
+ " 6.2898 26.401 14.918 14 14 74.496 11.6 d 0.47 0.000 0.000 Mers(5)=0.770532 - Mers(6)=0.458064 - Mers(7)=0.288353 - Mers(8)=0.635703 - Mers(9)=0.971941 \n",
+ " 6.2898 26.401 14.918 14 14 74.496 11.6 d 0.47 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=14.9179 Mc\"CO\"=11.1815 type=8) -> kick 1(190) vk=338.96 vr=404.412 omega=6.10689 phi=0.274854 -> vn=470.377 ; final sep 74.4959 ecc 0.465133 (random count 5) - Runaway v=(405.384,17.7085,55.6885) |v|=412.139 : companion v=(-40.1498,-75.6674,-2.31408), |v|=85.6908 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.2898 26.401 14.918 14 14 74.496 11.6 d 0.47 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.2898 26.401 14.918 14 14 74.496 11.6 d 0.47 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.401 14.918 14 14 70.565 10.7 d 0.44 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -1401.7}\n",
- "System 1 has separation -1401.7\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -175.41}\n",
+ "System 1 has separation -175.41\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -236.79}\n",
- "System 2 has separation -236.79\n",
+ "{'time': 6.1826, 'M1': 26.223, 'M2': 18.92, 'K1': 14.0, 'K2': 14.0, 'separation': -37.291}\n",
+ "System 2 has separation -37.291\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -51.235}\n",
- "System 3 has separation -51.235\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -203.58}\n",
+ "System 3 has separation -203.58\n",
"system 4 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -28.145}\n",
- "System 4 has separation -28.145\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -190.55}\n",
+ "System 4 has separation -190.55\n",
"system 5 / 100\n",
- "{'time': 6.1829, 'M1': 26.222, 'M2': 18.902, 'K1': 14.0, 'K2': 14.0, 'separation': 830.24}\n",
- "System 5 has separation 830.24\n",
- "Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=31095 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 71.769 8.15d 0.35 0.000 0.284 Randbuf=16086 - Mers(0)=0.58482 - Mers(1)=0.887664 - Mers(2)=0.545347 - Mers(3)=0.454506 - Mers(4)=0.810479 \n",
- " 4.1327 26.215 48.508 14 1 71.769 8.15d 0.35 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=404.807 vr=401.272 omega=5.09239 phi=-0.0911146 -> vn=351.215 ; final sep 71.7686 ecc 0.348724 (random count 0) - Runaway v=(272.041,-191.987,25.6075) |v|=333.948 : companion v=(-65.8715,-98.5634,4.64645), |v|=118.64 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 71.769 8.15d 0.35 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 71.769 8.15d 0.35 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 71.769 8.15d 0.35 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 78.951 9.4d 0.35 0.000 0.319 \"END_SYMB\"\n",
- " 4.4310 26.215 48.508 14 1 84.844 10.5d 0.36 0.000 0.323 \"BEG_BSS \"\n",
- " 5.6787 26.215 48.508 14 1 76.997 9.05d 0.12 0.000 0.756 \"Start tidal lock 2\"\n",
- " 5.7344 26.215 48.508 14 1 76.284 8.93d 0.06 0.000 0.686 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 76.384 8.94d 0.06 0.000 0.591 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 76.384 8.94d 0.06 0.000 0.591 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 76.384 8.94d 0.06 0.000 0.591 \"END_BSS\"\n",
- " 5.7424 26.215 48.508 14 2 76.385 8.94d 0.06 0.000 0.889 \"Start tidal lock 2\"\n",
- " 5.7426 26.215 48.508 14 2 76.385 8.94d 0.06 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7426 26.215 48.508 14 2 76.138 8.9d 0.00 0.000 1.004 \"BEG_SYMB\"\n",
- " 5.7426 26.215 48.508 14 2 76.138 8.9d 0.00 0.000 1.004 \"Circularized\"\n",
- " 5.7434 26.215 48.506 14 2 76.145 8.9d 0.00 0.000 1.737 \"End tidal lock 2\"\n",
- " 5.7446 26.215 48.396 14 2 76.472 8.97d 0.00 0.000 4.185 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.251 14 2 76.863 9.04d 0.00 0.000 5.815 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.747 14 4 77.904 9.26d 0.00 0.000 10.018 \"TYPE_CHNGE\"\n",
- " 5.7718 26.219 27.149 14 4 108.17 17.8d 0.00 0.000 8.206 \"Start Carbon Star 2\"\n",
- " 5.7732 26.219 26.214 14 4 110.12 18.5d 0.00 0.000 8.162 \"q-inv\"\n",
- " 5.7880 26.222 18.902 14 4 128.11 25d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
- " 5.7880 26.222 18.902 14 4 128.11 25d 0.00 0.000 0.994 \"END_SYMB\"\n",
- " 5.8068 26.222 18.902 14 7 128.11 25d 0.00 0.000 0.031 \"TYPE_CHNGE\"\n",
- " 5.8068 26.222 18.902 14 7 128.11 25d 0.00 0.000 0.031 \"Start tidal lock 2\"\n",
- " 5.8068 26.222 18.902 14 7 128.11 25d 0.00 0.000 0.031 \"End Carbon Star 2\"\n",
- " 6.1829 26.222 18.902 14 14 830.24 1.13y 0.85 0.000 0.000 Mers(5)=0.224703 - Mers(6)=0.735747 - Mers(7)=0.368141 - Mers(8)=0.890668 - Mers(9)=0.814128 \n",
- " 6.1829 26.222 18.902 14 14 830.24 1.13y 0.85 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9018 Mc\"CO\"=14.2611 type=8) -> kick 1(190) vk=347.358 vr=259.265 omega=5.11532 phi=0.896805 -> vn=352.228 ; final sep 830.241 ecc 0.850197 (random count 5) - Runaway v=(161.927,-215.597,-207.732) |v|=332.707 : companion v=(-66.0254,-59.3931,-26.8801), |v|=92.7871 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1829 26.222 18.902 14 14 830.24 1.13y 0.85 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1829 26.222 18.902 14 14 830.24 1.13y 0.85 0.000 0.000 \"SN\"\n",
- " 6.1829 26.222 18.902 14 14 830.24 1.13y 0.85 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.222 18.902 14 14 829.95 1.13y 0.85 0.000 0.000 \"MAX_TIME\"\n",
- "\n",
- "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
- "system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -226.73}\n",
- "System 1 has separation -226.73\n",
- "system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -268.71}\n",
- "System 2 has separation -268.71\n",
- "system 3 / 100\n",
- "{'time': 6.1854, 'M1': 26.245, 'M2': 18.738, 'K1': 14.0, 'K2': 14.0, 'separation': 322.04}\n",
- "System 3 has separation 322.04\n",
+ "{'time': 6.1817, 'M1': 26.224, 'M2': 18.986, 'K1': 14.0, 'K2': 14.0, 'separation': -78.905}\n",
+ "System 5 has separation -78.905\n",
+ "system 6 / 100\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -58.583}\n",
+ "System 6 has separation -58.583\n",
+ "system 7 / 100\n",
+ "None\n",
+ "system 8 / 100\n",
+ "None\n",
+ "system 9 / 100\n",
+ "{'time': 6.1828, 'M1': 26.222, 'M2': 18.908, 'K1': 14.0, 'K2': 14.0, 'separation': -553.84}\n",
+ "System 9 has separation -553.84\n",
+ "system 10 / 100\n",
+ "{'time': 6.1816, 'M1': 26.224, 'M2': 18.993, 'K1': 14.0, 'K2': 14.0, 'separation': -108.88}\n",
+ "System 10 has separation -108.88\n",
+ "system 11 / 100\n",
+ "None\n",
+ "system 12 / 100\n",
+ "None\n",
+ "system 13 / 100\n",
+ "{'time': 6.1814, 'M1': 26.225, 'M2': 19.012, 'K1': 14.0, 'K2': 14.0, 'separation': -82.402}\n",
+ "System 13 has separation -82.402\n",
+ "system 14 / 100\n",
+ "{'time': 6.1814, 'M1': 26.224, 'M2': 19.005, 'K1': 14.0, 'K2': 14.0, 'separation': 645.28}\n",
+ "System 14 has separation 645.28\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=18100 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 75.903 8.86d 0.72 0.000 0.284 Randbuf=58521 - Mers(0)=0.717488 - Mers(1)=0.0127528 - Mers(2)=0.492837 - Mers(3)=0.716174 - Mers(4)=0.0562564 \n",
- " 4.1327 26.215 48.508 14 1 75.903 8.86d 0.72 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=284.534 vr=401.272 omega=0.353469 phi=0.447095 -> vn=366.298 ; final sep 75.9029 ecc 0.716623 (random count 0) - Runaway v=(261.514,199.241,25.6366) |v|=329.763 : companion v=(2.93407,-59.678,9.1582), |v|=60.4479 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 75.903 8.86d 0.72 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 75.903 8.86d 0.72 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 75.903 8.86d 0.72 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 85.901 10.7d 0.72 0.000 0.293 \"END_SYMB\"\n",
- " 4.4704 26.215 48.508 14 1 85.998 10.7d 0.68 0.000 0.323 \"BEG_BSS \"\n",
- " 4.9587 26.215 48.508 14 1 47.466 4.38d 0.11 0.000 0.709 \"Start tidal lock 2\"\n",
- " 5.3583 26.215 48.508 14 1 46.505 4.25d 0.00 0.000 0.924 \"Circularized\"\n",
- " 5.4508 26.215 48.508 14 1 46.321 4.22d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.4517 26.215 48.508 14 1 46.321 4.22d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7420 26.240 48.412 14 2 46.34 4.23d 0.00 0.000 0.973 \"OFF_MS\"\n",
- " 5.7420 26.240 48.412 14 2 46.34 4.23d 0.00 0.000 0.973 \"TYPE_CHNGE\"\n",
- " 5.7420 26.240 48.412 14 2 46.34 4.23d 0.00 0.000 0.973 \"END_BSS\"\n",
- " 5.7420 26.240 48.412 14 2 46.34 4.23d 0.00 0.000 0.973 \"END_RCHE 2!>1\"\n",
- " 5.7420 26.240 48.412 14 2 46.34 4.23d 0.00 0.000 0.973 \"End tidal lock 2\"\n",
- " 5.7420 26.240 48.412 14 2 46.36 4.23d 0.00 0.000 0.975 \"END_SYMB\"\n",
- " 5.7420 26.240 48.412 14 2 46.367 4.23d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7420 26.240 48.412 14 2 46.368 4.23d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
- " 5.7447 26.241 48.063 14 2 47.663 4.42d 0.00 0.000 6.666 \"Start tidal lock 2\"\n",
- " 5.7450 26.241 47.931 14 2 47.885 4.46d 0.00 0.000 7.801 \"End tidal lock 2\"\n",
- " 5.7460 26.241 46.820 14 4 49.091 4.66d 0.00 0.000 15.830 \"TYPE_CHNGE\"\n",
- " 5.7602 26.243 27.138 14 4 67.092 8.71d 0.00 0.000 12.369 \"Start Carbon Star 2\"\n",
- " 5.7609 26.243 26.236 14 4 68.256 9.01d 0.00 0.000 12.184 \"q-inv\"\n",
- " 5.7712 26.245 18.738 14 4 79.721 12.3d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.7712 26.245 18.738 14 4 79.721 12.3d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.7889 26.245 18.738 14 7 79.719 12.3d 0.00 0.000 0.050 \"TYPE_CHNGE\"\n",
- " 5.7889 26.245 18.738 14 7 79.719 12.3d 0.00 0.000 0.050 \"End Carbon Star 2\"\n",
- " 5.8858 26.245 18.738 14 7 79.719 12.3d 0.00 0.000 0.051 \"Start tidal lock 2\"\n",
- " 6.1501 26.245 18.738 14 7 79.719 12.3d 0.00 0.000 0.051 \"End tidal lock 2\"\n",
- " 6.1854 26.245 18.738 14 14 322.04 99.8d 0.82 0.000 0.000 Mers(5)=0.0659861 - Mers(6)=0.494443 - Mers(7)=0.0766063 - Mers(8)=0.366583 - Mers(9)=0.715904 \n",
- " 6.1854 26.245 18.738 14 14 322.04 99.8d 0.82 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.7384 Mc\"CO\"=14.1348 type=8) -> kick 1(190) vk=225.249 vr=328.149 omega=4.49816 phi=-0.270107 -> vn=434.405 ; final sep 322.043 ecc 0.818308 (random count 5) - Runaway v=(2.93407,-59.678,9.1582) |v|=60.4479 : companion v=(261.514,199.241,25.6366), |v|=329.763 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1854 26.245 18.738 14 14 322.04 99.8d 0.82 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1854 26.245 18.738 14 14 322.04 99.8d 0.82 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.245 18.738 14 14 319.49 98.6d 0.82 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=6747 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 113.62 16.2 d 0.38 0.000 0.284 Randbuf=65262 - Mers(0)=0.633148 - Mers(1)=0.26637 - Mers(2)=0.057949 - Mers(3)=0.676181 - Mers(4)=0.732983 \n",
+ " 4.1327 26.215 48.508 14 1 113.62 16.2 d 0.38 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=152.614 vr=401.272 omega=4.60547 phi=0.360093 -> vn=443.331 ; final sep 113.625 ecc 0.382472 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 113.62 16.2 d 0.38 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 113.62 16.2 d 0.38 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 113.62 16.2 d 0.38 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 122.75 18.2 d 0.38 0.000 0.205 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 128.74 19.6 d 0.38 0.000 0.217 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 133.84 20.7 d 0.40 0.000 0.337 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 133.84 20.7 d 0.40 0.000 0.337 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 133.84 20.7 d 0.40 0.000 0.337 \"END_BSS\"\n",
+ " 5.7433 26.215 48.508 14 2 133.79 20.7 d 0.40 0.000 0.970 \"Start tidal lock 2\"\n",
+ " 5.7434 26.215 48.508 14 2 133.77 20.7 d 0.40 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7434 26.215 48.508 14 2 112.71 16 d 0.00 0.000 1.188 \"BEG_SYMB\"\n",
+ " 5.7434 26.215 48.508 14 2 112.71 16 d 0.00 0.000 1.188 \"End tidal lock 2\"\n",
+ " 5.7434 26.215 48.508 14 2 112.71 16 d 0.00 0.000 1.188 \"Circularized\"\n",
+ " 5.7454 26.215 48.352 14 2 113.44 16.2 d 0.00 0.000 4.739 \"Start tidal lock 2\"\n",
+ " 5.7457 26.215 48.225 14 2 113.94 16.3 d 0.00 0.000 6.063 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.143 14 4 114.25 16.4 d 0.00 0.000 6.823 \"TYPE_CHNGE\"\n",
+ " 5.7886 26.221 27.151 14 4 160.27 32.2 d 0.00 0.000 7.123 \"Start Carbon Star 2\"\n",
+ " 5.7903 26.222 26.212 14 4 163.16 33.3 d 0.00 0.000 7.294 \"q-inv\"\n",
+ " 5.8047 26.224 19.005 14 4 189.34 44.9 d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
+ " 5.8047 26.224 19.005 14 4 189.34 44.9 d 0.00 0.000 0.995 \"END_SYMB\"\n",
+ " 5.8245 26.224 19.005 14 7 189.34 44.9 d 0.00 0.000 0.021 \"TYPE_CHNGE\"\n",
+ " 5.8245 26.224 19.005 14 7 189.34 44.9 d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
+ " 5.8245 26.224 19.005 14 7 189.34 44.9 d 0.00 0.000 0.021 \"End Carbon Star 2\"\n",
+ " 5.8813 26.224 19.005 14 7 189.34 44.9 d 0.00 0.000 0.022 \"End tidal lock 2\"\n",
+ " 6.1478 26.224 19.005 14 7 189.34 44.9 d 0.00 0.000 0.022 \"Start tidal lock 2\"\n",
+ " 6.1814 26.224 19.005 14 14 645.28 282 d 0.79 0.000 0.000 Mers(5)=0.912289 - Mers(6)=0.389208 - Mers(7)=0.840796 - Mers(8)=0.834483 - Mers(9)=0.760389 \n",
+ " 6.1814 26.224 19.005 14 14 645.28 282 d 0.79 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0055 Mc\"CO\"=14.3412 type=8) -> kick 1(190) vk=190.124 vr=213.511 omega=4.77766 phi=0.732818 -> vn=278.923 ; final sep 645.277 ecc 0.791991 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1814 26.224 19.005 14 14 645.28 282 d 0.79 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1814 26.224 19.005 14 14 645.28 282 d 0.79 0.000 0.000 \"SN\"\n",
+ " 6.1814 26.224 19.005 14 14 645.28 282 d 0.79 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.224 19.005 14 14 645.07 282 d 0.79 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
"None\n",
"system 2 / 100\n",
- "{'time': 6.2496, 'M1': 26.361, 'M2': 16.081, 'K1': 14.0, 'K2': 14.0, 'separation': 42.564}\n",
- "System 2 has separation 42.564\n",
+ "{'time': 6.1822, 'M1': 26.223, 'M2': 18.952, 'K1': 14.0, 'K2': 14.0, 'separation': 133.24}\n",
+ "System 2 has separation 133.24\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=1797 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 58.522 6d 0.80 0.000 0.284 Randbuf=32351 - Mers(0)=0.898635 - Mers(1)=0.339822 - Mers(2)=0.846803 - Mers(3)=0.286689 - Mers(4)=0.0183162 \n",
- " 4.1327 26.215 48.508 14 1 58.522 6d 0.80 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=232.489 vr=401.272 omega=0.115084 phi=-0.440755 -> vn=279.964 ; final sep 58.5223 ecc 0.802415 (random count 0) - Runaway v=(207.376,139.09,-6.27194) |v|=249.78 : companion v=(12.7405,-62.1182,-2.7656), |v|=63.4716 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 58.522 6d 0.80 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 58.522 6d 0.80 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 58.522 6d 0.80 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 68.722 7.63d 0.80 0.000 0.366 \"END_SYMB\"\n",
- " 4.1450 26.215 48.508 14 1 26.921 1.87d 0.00 0.000 0.938 \"Circularized\"\n",
- " 4.1457 26.215 48.508 14 1 27.888 1.97d 0.00 0.000 0.906 \"Start tidal lock 2\"\n",
- " 4.4183 26.215 48.508 14 1 27.89 1.97d 0.00 0.000 0.978 \"BEG_BSS \"\n",
- " 4.4829 26.215 48.508 14 1 27.851 1.97d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 4.4838 26.215 48.508 14 1 27.851 1.97d 0.00 0.000 1.000 \"BEG_SYMB\"\n",
- " 5.7605 26.357 43.257 14 2 30.411 2.33d 0.00 0.000 1.404 \"OFF_MS\"\n",
- " 5.7605 26.357 43.257 14 2 30.411 2.33d 0.00 0.000 1.404 \"TYPE_CHNGE\"\n",
- " 5.7605 26.357 43.257 14 2 30.411 2.33d 0.00 0.000 1.404 \"END_BSS\"\n",
- " 5.7605 26.357 43.257 14 2 30.411 2.33d 0.00 0.000 1.404 \"End tidal lock 2\"\n",
- " 5.7634 26.357 42.867 14 2 31.183 2.42d 0.00 0.000 6.178 \"Start tidal lock 2\"\n",
- " 5.7637 26.357 42.725 14 2 31.343 2.44d 0.00 0.000 7.125 \"End tidal lock 2\"\n",
- " 5.7653 26.357 41.030 14 4 32.469 2.61d 0.00 0.000 16.324 \"TYPE_CHNGE\"\n",
- " 5.7746 26.359 27.076 14 4 40.64 4.1d 0.00 0.000 13.749 \"Start Carbon Star 2\"\n",
- " 5.7752 26.359 26.344 14 4 41.39 4.25d 0.00 0.000 13.532 \"q-inv\"\n",
- " 5.7868 26.361 16.081 14 4 51.472 6.56d 0.00 0.000 0.993 \"END_RCHE 2!>1\"\n",
- " 5.7869 26.361 16.081 14 4 51.472 6.56d 0.00 0.000 0.985 \"END_SYMB\"\n",
- " 5.8027 26.361 16.081 14 7 51.471 6.56d 0.00 0.000 0.073 \"TYPE_CHNGE\"\n",
- " 5.8027 26.361 16.081 14 7 51.471 6.56d 0.00 0.000 0.073 \"Start tidal lock 2\"\n",
- " 5.8027 26.361 16.081 14 7 51.471 6.56d 0.00 0.000 0.073 \"End Carbon Star 2\"\n",
- " 6.2446 26.361 16.081 14 8 51.471 6.56d 0.00 0.000 0.072 \"TYPE_CHNGE\"\n",
- " 6.2446 26.361 16.081 14 8 51.471 6.56d 0.00 0.000 0.072 \"End tidal lock 2\"\n",
- " 6.2496 26.361 16.081 14 14 42.564 4.94d 0.35 0.000 0.000 Mers(5)=0.0981467 - Mers(6)=0.0234622 - Mers(7)=0.480289 - Mers(8)=0.49024 - Mers(9)=0.833457 \n",
- " 6.2496 26.361 16.081 14 14 42.564 4.94d 0.35 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=16.0813 Mc\"CO\"=12.0809 type=8) -> kick 1(190) vk=117.938 vr=396.684 omega=5.23677 phi=-0.0195218 -> vn=352.745 ; final sep 42.5638 ecc 0.351931 (random count 5) - Runaway v=(12.7405,-62.1182,-2.7656) |v|=63.4716 : companion v=(207.376,139.09,-6.27194), |v|=249.78 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.2496 26.361 16.081 14 14 42.564 4.94d 0.35 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.2496 26.361 16.081 14 14 42.564 4.94d 0.35 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.361 16.081 14 14 24.733 2.19d 0.18 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=72764 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 85.947 10.7 d 0.32 0.000 0.284 Randbuf=44852 - Mers(0)=0.646273 - Mers(1)=0.2556 - Mers(2)=0.70429 - Mers(3)=0.245209 - Mers(4)=0.792744 \n",
+ " 4.1327 26.215 48.508 14 1 85.947 10.7 d 0.32 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=150.804 vr=401.272 omega=4.98096 phi=-0.534699 -> vn=395.132 ; final sep 85.9471 ecc 0.317921 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 85.947 10.7 d 0.32 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 85.947 10.7 d 0.32 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 85.947 10.7 d 0.32 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 93.699 12.2 d 0.32 0.000 0.269 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 99.12 13.2 d 0.32 0.000 0.281 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 98.782 13.2 d 0.27 0.000 0.457 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 98.782 13.2 d 0.27 0.000 0.457 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 98.782 13.2 d 0.27 0.000 0.457 \"END_BSS\"\n",
+ " 5.7429 26.215 48.508 14 2 98.778 13.2 d 0.27 0.000 0.967 \"Start tidal lock 2\"\n",
+ " 5.7430 26.215 48.508 14 2 98.775 13.2 d 0.27 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7430 26.215 48.508 14 2 91.452 11.7 d 0.00 0.000 1.081 \"BEG_SYMB\"\n",
+ " 5.7430 26.215 48.508 14 2 91.452 11.7 d 0.00 0.000 1.081 \"Circularized\"\n",
+ " 5.7431 26.215 48.508 14 2 91.453 11.7 d 0.00 0.000 1.196 \"End tidal lock 2\"\n",
+ " 5.7451 26.215 48.337 14 2 92.101 11.9 d 0.00 0.000 4.911 \"Start tidal lock 2\"\n",
+ " 5.7455 26.215 48.207 14 2 92.519 11.9 d 0.00 0.000 6.232 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.959 14 4 93.201 12.1 d 0.00 0.000 8.368 \"TYPE_CHNGE\"\n",
+ " 5.7790 26.220 27.155 14 4 130.09 23.5 d 0.00 0.000 7.373 \"Start Carbon Star 2\"\n",
+ " 5.7806 26.220 26.200 14 4 132.48 24.4 d 0.00 0.000 7.417 \"q-inv\"\n",
+ " 5.7960 26.223 18.952 14 4 153.9 32.9 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.7960 26.223 18.952 14 4 153.9 32.9 d 0.00 0.000 0.993 \"END_SYMB\"\n",
+ " 5.8151 26.223 18.952 14 7 153.9 32.9 d 0.00 0.000 0.026 \"TYPE_CHNGE\"\n",
+ " 5.8151 26.223 18.952 14 7 153.9 32.9 d 0.00 0.000 0.026 \"Start tidal lock 2\"\n",
+ " 5.8151 26.223 18.952 14 7 153.9 32.9 d 0.00 0.000 0.026 \"End Carbon Star 2\"\n",
+ " 6.1822 26.223 18.952 14 14 133.24 26.5 d 0.42 0.000 0.000 Mers(5)=0.502451 - Mers(6)=0.121263 - Mers(7)=0.690203 - Mers(8)=0.229591 - Mers(9)=0.829726 \n",
+ " 6.1822 26.223 18.952 14 14 133.24 26.5 d 0.42 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9524 Mc\"CO\"=14.3002 type=8) -> kick 1(190) vk=116.947 vr=236.679 omega=5.21333 phi=-0.57141 -> vn=217.558 ; final sep 133.241 ecc 0.421365 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1822 26.223 18.952 14 14 133.24 26.5 d 0.42 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1822 26.223 18.952 14 14 133.24 26.5 d 0.42 0.000 0.000 \"SN\"\n",
+ " 6.1822 26.223 18.952 14 14 133.24 26.5 d 0.42 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.223 18.952 14 14 132.51 26.3 d 0.42 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1833, 'M1': 26.221, 'M2': 18.878, 'K1': 14.0, 'K2': 14.0, 'separation': -6131.9}\n",
- "System 1 has separation -6131.9\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -111.36}\n",
+ "System 1 has separation -111.36\n",
"system 2 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -39.789}\n",
+ "System 2 has separation -39.789\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -60.816}\n",
- "System 3 has separation -60.816\n",
- "system 4 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -7374.9}\n",
- "System 4 has separation -7374.9\n",
- "system 5 / 100\n",
- "{'time': 6.1837, 'M1': 26.221, 'M2': 18.851, 'K1': 14.0, 'K2': 14.0, 'separation': -329.49}\n",
- "System 5 has separation -329.49\n",
- "system 6 / 100\n",
- "None\n",
- "system 7 / 100\n",
- "None\n",
- "system 8 / 100\n",
- "None\n",
- "system 9 / 100\n",
- "None\n",
- "system 10 / 100\n",
- "{'time': 6.181, 'M1': 26.225, 'M2': 19.037, 'K1': 14.0, 'K2': 14.0, 'separation': 190.42}\n",
- "System 10 has separation 190.42\n",
+ "{'time': 6.1814, 'M1': 26.225, 'M2': 19.012, 'K1': 14.0, 'K2': 14.0, 'separation': 1306.6}\n",
+ "System 3 has separation 1306.6\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=63889 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 125.31 18.8d 0.32 0.000 0.284 Randbuf=45715 - Mers(0)=0.449828 - Mers(1)=0.124664 - Mers(2)=0.314817 - Mers(3)=0.973212 - Mers(4)=0.298449 \n",
- " 4.1327 26.215 48.508 14 1 125.31 18.8d 0.32 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=181.916 vr=401.272 omega=1.87521 phi=1.24197 -> vn=456.338 ; final sep 125.309 ecc 0.315916 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 125.31 18.8d 0.32 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 125.31 18.8d 0.32 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 125.31 18.8d 0.32 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 134.63 20.9d 0.32 0.000 0.187 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 140.68 22.4d 0.32 0.000 0.198 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 144.08 23.2d 0.33 0.000 0.313 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 144.08 23.2d 0.33 0.000 0.313 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 144.08 23.2d 0.33 0.000 0.313 \"END_BSS\"\n",
- " 5.7435 26.215 48.508 14 2 144.25 23.2d 0.33 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7435 26.215 48.508 14 2 128.97 19.6d 0.00 0.000 1.119 \"BEG_SYMB\"\n",
- " 5.7435 26.215 48.508 14 2 128.97 19.6d 0.00 0.000 1.119 \"Circularized\"\n",
- " 5.7459 26.215 48.250 14 2 130.64 20d 0.00 0.000 5.822 \"Start tidal lock 2\"\n",
- " 5.7459 26.215 48.235 14 4 130.71 20.1d 0.00 0.000 5.962 \"TYPE_CHNGE\"\n",
- " 5.7461 26.215 48.137 14 4 131.14 20.2d 0.00 0.000 5.944 \"End tidal lock 2\"\n",
- " 5.7954 26.222 27.154 14 4 184.22 39.6d 0.00 0.000 7.420 \"Start Carbon Star 2\"\n",
- " 5.7969 26.223 26.222 14 4 187.51 41.1d 0.00 0.000 7.681 \"q-inv\"\n",
- " 5.8099 26.225 19.037 14 4 217.47 55.2d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
- " 5.8100 26.225 19.037 14 4 217.47 55.2d 0.00 0.000 0.995 \"END_SYMB\"\n",
- " 5.8289 26.225 19.037 14 7 217.47 55.2d 0.00 0.000 0.019 \"TYPE_CHNGE\"\n",
- " 5.8289 26.225 19.037 14 7 217.47 55.2d 0.00 0.000 0.019 \"End Carbon Star 2\"\n",
- " 6.1781 26.225 19.037 14 7 217.47 55.2d 0.00 0.000 0.018 \"Start tidal lock 2\"\n",
- " 6.1810 26.225 19.037 14 14 190.42 45.2d 0.29 0.000 0.000 Mers(5)=0.97632 - Mers(6)=0.0735303 - Mers(7)=0.3572 - Mers(8)=0.117156 - Mers(9)=0.147557 \n",
- " 6.1810 26.225 19.037 14 14 190.42 45.2d 0.29 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0367 Mc\"CO\"=14.3654 type=8) -> kick 1(190) vk=93.5651 vr=199.293 omega=0.927126 phi=-0.872111 -> vn=184.597 ; final sep 190.423 ecc 0.294636 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1810 26.225 19.037 14 14 190.42 45.2d 0.29 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1810 26.225 19.037 14 14 190.42 45.2d 0.29 0.000 0.000 \"SN\"\n",
- " 6.1810 26.225 19.037 14 14 190.42 45.2d 0.29 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.225 19.037 14 14 190.28 45.2d 0.29 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=21043 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 102.29 13.9 d 0.15 0.000 0.284 Randbuf=79412 - Mers(0)=0.055188 - Mers(1)=0.239704 - Mers(2)=0.41862 - Mers(3)=0.0131145 - Mers(4)=0.261343 \n",
+ " 4.1327 26.215 48.508 14 1 102.29 13.9 d 0.15 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=140.681 vr=401.272 omega=1.64207 phi=-1.34126 -> vn=427.364 ; final sep 102.293 ecc 0.153329 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 102.29 13.9 d 0.15 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 102.29 13.9 d 0.15 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 102.29 13.9 d 0.15 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 110.39 15.5 d 0.15 0.000 0.228 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 115.68 16.7 d 0.15 0.000 0.241 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 119.39 17.5 d 0.16 0.000 0.378 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 119.39 17.5 d 0.16 0.000 0.378 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 119.39 17.5 d 0.16 0.000 0.378 \"END_BSS\"\n",
+ " 5.7430 26.215 48.508 14 2 119.39 17.5 d 0.16 0.000 0.847 \"Start tidal lock 2\"\n",
+ " 5.7432 26.215 48.508 14 2 119.39 17.5 d 0.16 0.000 0.954 \"End tidal lock 2\"\n",
+ " 5.7432 26.215 48.508 14 2 119.39 17.5 d 0.16 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7432 26.215 48.508 14 2 116.27 16.8 d 0.00 0.000 1.027 \"Circularized\"\n",
+ " 5.7432 26.215 48.508 14 2 116.27 16.8 d 0.00 0.000 1.028 \"BEG_SYMB\"\n",
+ " 5.7436 26.215 48.508 14 2 116.27 16.8 d 0.00 0.000 1.312 \"Start tidal lock 2\"\n",
+ " 5.7453 26.215 48.384 14 2 116.76 16.9 d 0.00 0.000 4.348 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.165 14 4 117.53 17.1 d 0.00 0.000 6.632 \"TYPE_CHNGE\"\n",
+ " 5.7899 26.222 27.158 14 4 164.63 33.5 d 0.00 0.000 7.150 \"Start Carbon Star 2\"\n",
+ " 5.7916 26.222 26.207 14 4 167.64 34.7 d 0.00 0.000 7.341 \"q-inv\"\n",
+ " 5.8058 26.225 19.012 14 4 194.49 46.7 d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
+ " 5.8058 26.225 19.012 14 4 194.49 46.7 d 0.00 0.000 0.995 \"END_SYMB\"\n",
+ " 5.8247 26.225 19.012 14 7 194.48 46.7 d 0.00 0.000 0.021 \"TYPE_CHNGE\"\n",
+ " 5.8247 26.225 19.012 14 7 194.48 46.7 d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
+ " 5.8247 26.225 19.012 14 7 194.48 46.7 d 0.00 0.000 0.021 \"End Carbon Star 2\"\n",
+ " 5.8596 26.225 19.012 14 7 194.48 46.7 d 0.00 0.000 0.021 \"End tidal lock 2\"\n",
+ " 6.1567 26.225 19.012 14 7 194.48 46.7 d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
+ " 6.1814 26.225 19.012 14 14 1306.6 2.23 y 0.87 0.000 0.000 Mers(5)=0.392194 - Mers(6)=0.816958 - Mers(7)=0.606169 - Mers(8)=0.906059 - Mers(9)=0.754141 \n",
+ " 6.1814 26.225 19.012 14 14 1306.6 2.23 y 0.87 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0118 Mc\"CO\"=14.3461 type=8) -> kick 1(190) vk=350.306 vr=210.682 omega=4.7384 phi=0.947774 -> vn=286.648 ; final sep 1306.62 ecc 0.865806 (random count 5) - Runaway v=(100.698,-136.086,-244.863) |v|=297.687 : companion v=(-66.3963,-49.4752,-28.6579), |v|=87.6215 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1814 26.225 19.012 14 14 1306.6 2.23 y 0.87 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1814 26.225 19.012 14 14 1306.6 2.23 y 0.87 0.000 0.000 \"SN\"\n",
+ " 6.1814 26.225 19.012 14 14 1306.6 2.23 y 0.87 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.225 19.012 14 14 1306.5 2.23 y 0.87 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "None\n",
+ "{'time': 6.183, 'M1': 26.222, 'M2': 18.892, 'K1': 14.0, 'K2': 14.0, 'separation': -49.11}\n",
+ "System 1 has separation -49.11\n",
"system 2 / 100\n",
"None\n",
"system 3 / 100\n",
- "{'time': 6.1854, 'M1': 26.245, 'M2': 18.736, 'K1': 14.0, 'K2': 14.0, 'separation': -210.41}\n",
- "System 3 has separation -210.41\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -196.65}\n",
+ "System 3 has separation -196.65\n",
"system 4 / 100\n",
- "{'time': 6.1836, 'M1': 26.221, 'M2': 18.854, 'K1': 14.0, 'K2': 14.0, 'separation': -25.172}\n",
- "System 4 has separation -25.172\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -36.294}\n",
+ "System 4 has separation -36.294\n",
"system 5 / 100\n",
- "{'time': 6.1818, 'M1': 26.224, 'M2': 18.98, 'K1': 14.0, 'K2': 14.0, 'separation': -47.471}\n",
- "System 5 has separation -47.471\n",
- "system 6 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -66.04}\n",
- "System 6 has separation -66.04\n",
- "system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -55.372}\n",
- "System 7 has separation -55.372\n",
- "system 8 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -266.21}\n",
- "System 8 has separation -266.21\n",
- "system 9 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.996, 'K1': 14.0, 'K2': 14.0, 'separation': 250.86}\n",
- "System 9 has separation 250.86\n",
+ "{'time': 6.1814, 'M1': 26.225, 'M2': 19.013, 'K1': 14.0, 'K2': 14.0, 'separation': 195.2}\n",
+ "System 5 has separation 195.2\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=31626 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 94.283 12.3d 0.12 0.000 0.284 Randbuf=12325 - Mers(0)=0.345978 - Mers(1)=0.131951 - Mers(2)=0.885621 - Mers(3)=0.951016 - Mers(4)=0.75217 \n",
- " 4.1327 26.215 48.508 14 1 94.283 12.3d 0.12 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=101.279 vr=401.272 omega=4.72603 phi=1.12445 -> vn=413.278 ; final sep 94.2834 ecc 0.121801 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 94.283 12.3d 0.12 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 94.283 12.3d 0.12 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 94.283 12.3d 0.12 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 102.02 13.8d 0.12 0.000 0.247 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 107.12 14.9d 0.12 0.000 0.260 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 110.79 15.6d 0.13 0.000 0.407 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 110.79 15.6d 0.13 0.000 0.407 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 110.79 15.6d 0.13 0.000 0.407 \"END_BSS\"\n",
- " 5.7427 26.215 48.508 14 2 110.79 15.6d 0.13 0.000 0.759 \"Start tidal lock 2\"\n",
- " 5.7429 26.215 48.508 14 2 110.79 15.6d 0.13 0.000 0.845 \"End tidal lock 2\"\n",
- " 5.7431 26.215 48.508 14 2 110.78 15.6d 0.13 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7431 26.215 48.508 14 2 109 15.2d 0.00 0.000 1.017 \"BEG_SYMB\"\n",
- " 5.7431 26.215 48.508 14 2 109 15.2d 0.00 0.000 1.017 \"Circularized\"\n",
- " 5.7459 26.215 48.116 14 4 110.17 15.5d 0.00 0.000 7.076 \"TYPE_CHNGE\"\n",
- " 5.7867 26.221 27.144 14 4 154.02 30.3d 0.00 0.000 7.109 \"Start Carbon Star 2\"\n",
- " 5.7883 26.222 26.213 14 4 156.77 31.4d 0.00 0.000 7.253 \"q-inv\"\n",
- " 5.8031 26.224 18.996 14 4 181.97 42.3d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.8032 26.224 18.996 14 4 181.97 42.3d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8221 26.224 18.996 14 7 181.97 42.3d 0.00 0.000 0.022 \"TYPE_CHNGE\"\n",
- " 5.8221 26.224 18.996 14 7 181.97 42.3d 0.00 0.000 0.022 \"Start tidal lock 2\"\n",
- " 5.8221 26.224 18.996 14 7 181.97 42.3d 0.00 0.000 0.022 \"End Carbon Star 2\"\n",
- " 5.9139 26.224 18.996 14 7 181.97 42.3d 0.00 0.000 0.023 \"End tidal lock 2\"\n",
- " 6.1368 26.224 18.996 14 7 181.97 42.3d 0.00 0.000 0.023 \"Start tidal lock 2\"\n",
- " 6.1816 26.224 18.996 14 14 250.86 68.4d 0.35 0.000 0.000 Mers(5)=0.282074 - Mers(6)=0.0709522 - Mers(7)=0.215421 - Mers(8)=0.9555 - Mers(9)=0.790007 \n",
- " 6.1816 26.224 18.996 14 14 250.86 68.4d 0.35 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9959 Mc\"CO\"=14.3338 type=8) -> kick 1(190) vk=138.621 vr=217.766 omega=4.96376 phi=1.1457 -> vn=245.855 ; final sep 250.86 ecc 0.349729 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1816 26.224 18.996 14 14 250.86 68.4d 0.35 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1816 26.224 18.996 14 14 250.86 68.4d 0.35 0.000 0.000 \"SN\"\n",
- " 6.1816 26.224 18.996 14 14 250.86 68.4d 0.35 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.224 18.996 14 14 250.78 68.4d 0.35 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=2477 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 110.67 15.6 d 0.31 0.000 0.284 Randbuf=72983 - Mers(0)=0.105704 - Mers(1)=0.115297 - Mers(2)=0.826771 - Mers(3)=0.681473 - Mers(4)=0.713946 \n",
+ " 4.1327 26.215 48.508 14 1 110.67 15.6 d 0.31 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=114.068 vr=401.272 omega=4.48586 phi=0.371427 -> vn=439.534 ; final sep 110.668 ecc 0.305334 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 110.67 15.6 d 0.31 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 110.67 15.6 d 0.31 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 110.67 15.6 d 0.31 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 119.4 17.5 d 0.31 0.000 0.211 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 125.12 18.7 d 0.31 0.000 0.223 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 129.6 19.8 d 0.32 0.000 0.348 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 129.6 19.8 d 0.32 0.000 0.348 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 129.6 19.8 d 0.32 0.000 0.348 \"END_BSS\"\n",
+ " 5.7433 26.215 48.508 14 2 129.59 19.8 d 0.32 0.000 0.949 \"Start tidal lock 2\"\n",
+ " 5.7433 26.215 48.508 14 2 129.58 19.8 d 0.32 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7433 26.215 48.508 14 2 116.41 16.8 d 0.00 0.000 1.114 \"BEG_SYMB\"\n",
+ " 5.7433 26.215 48.508 14 2 116.41 16.8 d 0.00 0.000 1.114 \"Circularized\"\n",
+ " 5.7435 26.215 48.508 14 2 116.41 16.8 d 0.00 0.000 1.280 \"End tidal lock 2\"\n",
+ " 5.7453 26.215 48.389 14 2 116.97 17 d 0.00 0.000 4.281 \"Start tidal lock 2\"\n",
+ " 5.7457 26.215 48.258 14 2 117.51 17.1 d 0.00 0.000 5.748 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.166 14 4 117.85 17.2 d 0.00 0.000 6.614 \"TYPE_CHNGE\"\n",
+ " 5.7901 26.222 27.159 14 4 165.34 33.7 d 0.00 0.000 7.155 \"Start Carbon Star 2\"\n",
+ " 5.7918 26.222 26.210 14 4 168.34 34.9 d 0.00 0.000 7.349 \"q-inv\"\n",
+ " 5.8059 26.225 19.013 14 4 195.31 47 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.8060 26.225 19.013 14 4 195.31 47 d 0.00 0.000 0.993 \"END_SYMB\"\n",
+ " 5.8249 26.225 19.013 14 7 195.31 47 d 0.00 0.000 0.021 \"TYPE_CHNGE\"\n",
+ " 5.8249 26.225 19.013 14 7 195.31 47 d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
+ " 5.8249 26.225 19.013 14 7 195.31 47 d 0.00 0.000 0.021 \"End Carbon Star 2\"\n",
+ " 5.8598 26.225 19.013 14 7 195.31 47 d 0.00 0.000 0.021 \"End tidal lock 2\"\n",
+ " 6.1569 26.225 19.013 14 7 195.31 47 d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
+ " 6.1814 26.225 19.013 14 14 195.2 47 d 0.11 0.000 0.000 Mers(5)=0.168558 - Mers(6)=0.82325 - Mers(7)=0.838423 - Mers(8)=0.947719 - Mers(9)=0.637754 \n",
+ " 6.1814 26.225 19.013 14 14 195.2 47 d 0.11 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0128 Mc\"CO\"=14.3469 type=8) -> kick 1(190) vk=463.312 vr=210.237 omega=4.00712 phi=1.10941 -> vn=210.178 ; final sep 195.202 ecc 0.111023 (random count 5) - Runaway v=(-159.439,-79.5358,-249.214) |v|=306.356 : companion v=(-102.149,-56.2015,-48.3448), |v|=126.215 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1814 26.225 19.013 14 14 195.2 47 d 0.11 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1814 26.225 19.013 14 14 195.2 47 d 0.11 0.000 0.000 \"SN\"\n",
+ " 6.1814 26.225 19.013 14 14 195.2 47 d 0.11 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.225 19.013 14 14 195.12 46.9 d 0.11 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -175.7}\n",
- "System 1 has separation -175.7\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -66.471}\n",
+ "System 1 has separation -66.471\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -1129.9}\n",
- "System 2 has separation -1129.9\n",
+ "None\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -47.425}\n",
- "System 3 has separation -47.425\n",
+ "{'time': 6.1833, 'M1': 26.221, 'M2': 18.876, 'K1': 14.0, 'K2': 14.0, 'separation': -29.986}\n",
+ "System 3 has separation -29.986\n",
"system 4 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -113.45}\n",
+ "System 4 has separation -113.45\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -91.654}\n",
- "System 5 has separation -91.654\n",
+ "None\n",
"system 6 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -337.14}\n",
- "System 6 has separation -337.14\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -106.03}\n",
+ "System 6 has separation -106.03\n",
"system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -54.006}\n",
- "System 7 has separation -54.006\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -173.33}\n",
+ "System 7 has separation -173.33\n",
"system 8 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -131.35}\n",
- "System 8 has separation -131.35\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -109.51}\n",
+ "System 8 has separation -109.51\n",
"system 9 / 100\n",
"None\n",
"system 10 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -36.357}\n",
- "System 10 has separation -36.357\n",
+ "{'time': 6.1833, 'M1': 26.221, 'M2': 18.877, 'K1': 14.0, 'K2': 14.0, 'separation': -68.174}\n",
+ "System 10 has separation -68.174\n",
"system 11 / 100\n",
- "{'time': 6.1832, 'M1': 26.222, 'M2': 18.88, 'K1': 14.0, 'K2': 14.0, 'separation': -249.64}\n",
- "System 11 has separation -249.64\n",
+ "None\n",
"system 12 / 100\n",
- "{'time': 6.1824, 'M1': 26.223, 'M2': 18.937, 'K1': 14.0, 'K2': 14.0, 'separation': -30.593}\n",
- "System 12 has separation -30.593\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -40.601}\n",
+ "System 12 has separation -40.601\n",
"system 13 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -55.03}\n",
- "System 13 has separation -55.03\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -164.14}\n",
+ "System 13 has separation -164.14\n",
"system 14 / 100\n",
"None\n",
"system 15 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -596.36}\n",
+ "System 15 has separation -596.36\n",
"system 16 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -328.25}\n",
- "System 16 has separation -328.25\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -428.89}\n",
+ "System 16 has separation -428.89\n",
"system 17 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -25.601}\n",
- "System 17 has separation -25.601\n",
- "system 18 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -230.83}\n",
- "System 18 has separation -230.83\n",
- "system 19 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -293.99}\n",
- "System 19 has separation -293.99\n",
- "system 20 / 100\n",
- "None\n",
- "system 21 / 100\n",
- "None\n",
- "system 22 / 100\n",
- "None\n",
- "system 23 / 100\n",
"None\n",
- "system 24 / 100\n",
- "{'time': 6.1811, 'M1': 26.225, 'M2': 19.033, 'K1': 14.0, 'K2': 14.0, 'separation': 123.04}\n",
- "System 24 has separation 123.04\n",
- "Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=38843 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 119.34 17.5d 0.27 0.000 0.284 Randbuf=60747 - Mers(0)=0.811129 - Mers(1)=0.472192 - Mers(2)=0.00476578 - Mers(3)=0.00668026 - Mers(4)=0.776277 \n",
- " 4.1327 26.215 48.508 14 1 119.34 17.5d 0.27 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=214.827 vr=401.272 omega=4.87749 phi=-1.40715 -> vn=450.059 ; final sep 119.341 ecc 0.26838 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 119.34 17.5d 0.27 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 119.34 17.5d 0.27 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 119.34 17.5d 0.27 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 128.3 19.5d 0.27 0.000 0.196 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 134.12 20.8d 0.27 0.000 0.208 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 137.52 21.6d 0.28 0.000 0.328 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 137.52 21.6d 0.28 0.000 0.328 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 137.52 21.6d 0.28 0.000 0.328 \"END_BSS\"\n",
- " 5.7434 26.215 48.508 14 2 137.52 21.6d 0.28 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7434 26.215 48.508 14 2 126.88 19.1d 0.00 0.000 1.085 \"BEG_SYMB\"\n",
- " 5.7434 26.215 48.508 14 2 126.88 19.1d 0.00 0.000 1.085 \"Circularized\"\n",
- " 5.7458 26.215 48.248 14 2 128.43 19.5d 0.00 0.000 5.840 \"Start tidal lock 2\"\n",
- " 5.7459 26.215 48.225 14 4 128.55 19.6d 0.00 0.000 6.062 \"TYPE_CHNGE\"\n",
- " 5.7461 26.215 48.134 14 4 128.93 19.7d 0.00 0.000 6.046 \"End tidal lock 2\"\n",
- " 5.7946 26.222 27.155 14 4 181.11 38.6d 0.00 0.000 7.364 \"Start Carbon Star 2\"\n",
- " 5.7961 26.223 26.217 14 4 184.36 40d 0.00 0.000 7.614 \"q-inv\"\n",
- " 5.8093 26.225 19.033 14 4 213.82 53.8d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.8094 26.225 19.033 14 4 213.82 53.8d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.8287 26.225 19.033 14 7 213.82 53.8d 0.00 0.000 0.019 \"TYPE_CHNGE\"\n",
- " 5.8287 26.225 19.033 14 7 213.82 53.8d 0.00 0.000 0.019 \"End Carbon Star 2\"\n",
- " 6.1736 26.225 19.033 14 7 213.82 53.8d 0.00 0.000 0.019 \"Start tidal lock 2\"\n",
- " 6.1811 26.225 19.033 14 14 123.04 23.5d 0.98 0.000 0.000 Mers(5)=0.248231 - Mers(6)=0.019482 - Mers(7)=0.109998 - Mers(8)=0.230018 - Mers(9)=0.10213 \n",
- " 6.1811 26.225 19.033 14 14 123.04 23.5d 0.98 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0331 Mc\"CO\"=14.3626 type=8) -> kick 1(190) vk=116.324 vr=200.98 omega=0.641703 phi=-0.570395 -> vn=102.93 ; final sep 123.045 ecc 0.980321 (random count 5) - Runaway v=(56.4877,81.6824,-18.0218) |v|=100.934 : companion v=(26.6331,-16.7493,-14.2062), |v|=34.5207 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1811 26.225 19.033 14 14 123.04 23.5d 0.98 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1811 26.225 19.033 14 14 123.04 23.5d 0.98 0.000 0.000 \"SN\"\n",
- " 6.1811 26.225 19.033 14 14 123.04 23.5d 0.98 0.000 0.000 \"End tidal lock 2\"\n",
- " 49.5698 26.225 19.033 14 14 0.12705 0.0187h 0.00 0.002 0.002 Contact reached R/RL = 0.00249796 0.00209872, st 14 14\n",
- " 49.5698 45.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.21425 - Mers(11)=0.631711 \n",
- " 49.5698 45.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.2582 Mc\"CO\"=45.2582,\"BH\"=45.2582 type=14) -> kick 0(0) vk=0 vr=0 omega=3.96915 phi=-0.608333 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(26.6331,-16.7493,-14.2062) |v|=34.5207 : companion v=(56.4877,81.6824,-18.0218), |v|=100.934 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 49.5698 45.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 49.5698 45.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
- " 49.5698 45.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 45.258 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
- "\n",
- "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
- "system 1 / 100\n",
- "{'time': 6.1823, 'M1': 26.223, 'M2': 18.948, 'K1': 14.0, 'K2': 14.0, 'separation': 134.49}\n",
- "System 1 has separation 134.49\n",
+ "system 18 / 100\n",
+ "{'time': 6.1819, 'M1': 26.224, 'M2': 18.975, 'K1': 14.0, 'K2': 14.0, 'separation': 132.77}\n",
+ "System 18 has separation 132.77\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=49377 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 81.857 9.92d 0.27 0.000 0.284 Randbuf=40484 - Mers(0)=0.0525733 - Mers(1)=0.643548 - Mers(2)=0.829997 - Mers(3)=0.954402 - Mers(4)=0.842866 \n",
- " 4.1327 26.215 48.508 14 1 81.857 9.92d 0.27 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=377.03 vr=401.272 omega=5.29589 phi=1.14041 -> vn=384.498 ; final sep 81.857 ecc 0.271437 (random count 0) - Runaway v=(291.063,18.76,-202.769) |v|=355.226 : companion v=(-45.0387,-81.0835,-44.9536), |v|=103.072 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 81.857 9.92d 0.27 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 81.857 9.92d 0.27 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 81.857 9.92d 0.27 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 89.311 11.3d 0.27 0.000 0.282 \"END_SYMB\"\n",
- " 4.4851 26.215 48.508 14 1 94.564 12.3d 0.27 0.000 0.295 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 94.534 12.3d 0.22 0.000 0.477 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 94.534 12.3d 0.22 0.000 0.477 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 94.534 12.3d 0.22 0.000 0.477 \"END_BSS\"\n",
- " 5.7428 26.215 48.508 14 2 94.533 12.3d 0.22 0.000 0.930 \"Start tidal lock 2\"\n",
- " 5.7429 26.215 48.508 14 2 94.531 12.3d 0.22 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7429 26.215 48.508 14 2 90.004 11.4d 0.00 0.000 1.051 \"BEG_SYMB\"\n",
- " 5.7429 26.215 48.508 14 2 90.004 11.4d 0.00 0.000 1.051 \"Circularized\"\n",
- " 5.7433 26.215 48.508 14 2 90.006 11.4d 0.00 0.000 1.435 \"End tidal lock 2\"\n",
- " 5.7449 26.215 48.381 14 2 90.464 11.5d 0.00 0.000 4.386 \"Start tidal lock 2\"\n",
- " 5.7454 26.215 48.243 14 2 90.901 11.6d 0.00 0.000 5.891 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.942 14 4 91.684 11.8d 0.00 0.000 8.507 \"TYPE_CHNGE\"\n",
- " 5.7783 26.220 27.137 14 4 127.93 22.9d 0.00 0.000 7.429 \"Start Carbon Star 2\"\n",
- " 5.7798 26.220 26.203 14 4 130.23 23.8d 0.00 0.000 7.463 \"q-inv\"\n",
- " 5.7953 26.223 18.948 14 4 151.31 32.1d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.7953 26.223 18.948 14 4 151.31 32.1d 0.00 0.000 0.991 \"END_SYMB\"\n",
- " 5.8143 26.223 18.948 14 7 151.31 32.1d 0.00 0.000 0.027 \"TYPE_CHNGE\"\n",
- " 5.8143 26.223 18.948 14 7 151.31 32.1d 0.00 0.000 0.027 \"Start tidal lock 2\"\n",
- " 5.8143 26.223 18.948 14 7 151.31 32.1d 0.00 0.000 0.027 \"End Carbon Star 2\"\n",
- " 6.1823 26.223 18.948 14 14 134.49 26.9d 0.40 0.000 0.000 Mers(5)=0.896761 - Mers(6)=0.0895115 - Mers(7)=0.264324 - Mers(8)=0.287811 - Mers(9)=0.184756 \n",
- " 6.1823 26.223 18.948 14 14 134.49 26.9d 0.40 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9478 Mc\"CO\"=14.2966 type=8) -> kick 1(190) vk=103.262 vr=238.683 omega=1.16086 phi=-0.438276 -> vn=223.256 ; final sep 134.487 ecc 0.401098 (random count 5) - Runaway v=(-45.0387,-81.0835,-44.9536) |v|=103.072 : companion v=(291.063,18.76,-202.769), |v|=355.226 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1823 26.223 18.948 14 14 134.49 26.9d 0.40 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1823 26.223 18.948 14 14 134.49 26.9d 0.40 0.000 0.000 \"SN\"\n",
- " 6.1823 26.223 18.948 14 14 134.49 26.9d 0.40 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.223 18.948 14 14 133.85 26.7d 0.40 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=79264 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 86.269 10.7 d 0.13 0.000 0.284 Randbuf=70052 - Mers(0)=0.421475 - Mers(1)=0.12974 - Mers(2)=0.216067 - Mers(3)=0.0727126 - Mers(4)=0.806431 \n",
+ " 4.1327 26.215 48.508 14 1 86.269 10.7 d 0.13 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=103.393 vr=401.272 omega=5.06696 phi=-1.02473 -> vn=395.915 ; final sep 86.2693 ecc 0.129879 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 86.269 10.7 d 0.13 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 86.269 10.7 d 0.13 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 86.269 10.7 d 0.13 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 93.689 12.1 d 0.13 0.000 0.269 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 98.66 13.1 d 0.13 0.000 0.283 \"BEG_BSS \"\n",
+ " 5.6489 26.215 48.508 14 1 102.11 13.8 d 0.13 0.000 0.551 \"Start tidal lock 2\"\n",
+ " 5.7210 26.215 48.508 14 1 101.85 13.8 d 0.13 0.000 0.575 \"End tidal lock 2\"\n",
+ " 5.7418 26.215 48.508 14 2 101.84 13.8 d 0.13 0.000 0.443 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 101.84 13.8 d 0.13 0.000 0.443 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 101.84 13.8 d 0.13 0.000 0.443 \"END_BSS\"\n",
+ " 5.7426 26.215 48.508 14 2 101.84 13.8 d 0.13 0.000 0.775 \"Start tidal lock 2\"\n",
+ " 5.7428 26.215 48.508 14 2 101.84 13.8 d 0.13 0.000 0.871 \"End tidal lock 2\"\n",
+ " 5.7430 26.215 48.508 14 2 101.84 13.8 d 0.13 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7430 26.215 48.508 14 2 100.19 13.4 d 0.00 0.000 1.017 \"BEG_SYMB\"\n",
+ " 5.7430 26.215 48.508 14 2 100.19 13.4 d 0.00 0.000 1.017 \"Circularized\"\n",
+ " 5.7459 26.215 48.044 14 4 101.49 13.7 d 0.00 0.000 7.683 \"TYPE_CHNGE\"\n",
+ " 5.7828 26.221 27.141 14 4 141.71 26.7 d 0.00 0.000 7.176 \"Start Carbon Star 2\"\n",
+ " 5.7844 26.221 26.198 14 4 144.27 27.7 d 0.00 0.000 7.269 \"q-inv\"\n",
+ " 5.7997 26.224 18.975 14 4 167.5 37.3 d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
+ " 5.7997 26.224 18.975 14 4 167.5 37.3 d 0.00 0.000 0.995 \"END_SYMB\"\n",
+ " 5.8194 26.224 18.975 14 7 167.5 37.3 d 0.00 0.000 0.024 \"TYPE_CHNGE\"\n",
+ " 5.8194 26.224 18.975 14 7 167.5 37.3 d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
+ " 5.8194 26.224 18.975 14 7 167.5 37.3 d 0.00 0.000 0.024 \"End Carbon Star 2\"\n",
+ " 5.9900 26.224 18.975 14 7 167.5 37.3 d 0.00 0.000 0.025 \"End tidal lock 2\"\n",
+ " 6.0993 26.224 18.975 14 7 167.5 37.3 d 0.00 0.000 0.025 \"Start tidal lock 2\"\n",
+ " 6.1819 26.224 18.975 14 14 132.77 26.4 d 0.97 0.000 0.000 Mers(5)=0.645339 - Mers(6)=0.239197 - Mers(7)=0.451732 - Mers(8)=0.787102 - Mers(9)=0.172014 \n",
+ " 6.1819 26.224 18.975 14 14 132.77 26.4 d 0.97 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9749 Mc\"CO\"=14.3176 type=8) -> kick 1(190) vk=210.893 vr=226.925 omega=1.0808 phi=0.611632 -> vn=195.004 ; final sep 132.774 ecc 0.971686 (random count 5) - Runaway v=(67.9869,173.653,53.4773) |v|=194.003 : companion v=(22.6225,-15.4183,38.617), |v|=47.3368 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1819 26.224 18.975 14 14 132.77 26.4 d 0.97 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1819 26.224 18.975 14 14 132.77 26.4 d 0.97 0.000 0.000 \"SN\"\n",
+ " 6.1819 26.224 18.975 14 14 132.77 26.4 d 0.97 0.000 0.000 \"End tidal lock 2\"\n",
+ " 202.9610 26.224 18.975 14 14 0.11802 0.0168 h 0.00 0.002 0.002 Contact reached R/RL = 0.00283345 0.00237669, st 14 14\n",
+ " 202.9610 45.199 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.48749 - Mers(11)=0.764629 \n",
+ " 202.9610 45.199 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.1987 Mc\"CO\"=45.1987,\"BH\"=45.1987 type=14) -> kick 0(0) vk=0 vr=0 omega=4.8043 phi=-0.0250231 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(22.6225,-15.4183,38.617) |v|=47.3368 : companion v=(67.9869,173.653,53.4773), |v|=194.003 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 202.9610 45.199 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 202.9610 45.199 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
+ " 202.9610 45.199 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
+ " 15000.0000 45.199 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
"None\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -2335.9}\n",
- "System 2 has separation -2335.9\n",
+ "None\n",
"system 3 / 100\n",
"None\n",
"system 4 / 100\n",
- "{'time': 6.1833, 'M1': 26.221, 'M2': 18.873, 'K1': 14.0, 'K2': 14.0, 'separation': -117.63}\n",
- "System 4 has separation -117.63\n",
+ "{'time': 6.1812, 'M1': 26.225, 'M2': 19.025, 'K1': 14.0, 'K2': 14.0, 'separation': -81.007}\n",
+ "System 4 has separation -81.007\n",
"system 5 / 100\n",
- "{'time': 6.1809, 'M1': 26.225, 'M2': 19.045, 'K1': 14.0, 'K2': 14.0, 'separation': -118.52}\n",
- "System 5 has separation -118.52\n",
+ "None\n",
"system 6 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -163.57}\n",
- "System 6 has separation -163.57\n",
+ "None\n",
"system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -525.03}\n",
- "System 7 has separation -525.03\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -51.147}\n",
+ "System 7 has separation -51.147\n",
"system 8 / 100\n",
- "{'time': 6.1832, 'M1': 26.222, 'M2': 18.88, 'K1': 14.0, 'K2': 14.0, 'separation': 166.23}\n",
- "System 8 has separation 166.23\n",
+ "{'time': 6.1826, 'M1': 26.223, 'M2': 18.92, 'K1': 14.0, 'K2': 14.0, 'separation': 430.52}\n",
+ "System 8 has separation 430.52\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=74740 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 126.09 19d 0.74 0.000 0.284 Randbuf=26098 - Mers(0)=0.296001 - Mers(1)=0.775873 - Mers(2)=0.601913 - Mers(3)=0.278587 - Mers(4)=0.0851238 \n",
- " 4.1327 26.215 48.508 14 1 126.09 19d 0.74 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=354.16 vr=401.272 omega=0.534849 phi=-0.458747 -> vn=457.105 ; final sep 126.086 ecc 0.73634 (random count 0) - Runaway v=(315.871,266.127,-51.7071) |v|=416.259 : companion v=(-6.0371,-56.3506,-15.2568), |v|=58.6907 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 126.09 19d 0.74 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 126.09 19d 0.74 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 126.09 19d 0.74 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 139.29 22d 0.74 0.000 0.181 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 149.84 24.6d 0.74 0.000 0.186 \"BEG_BSS \"\n",
- " 5.6986 26.215 48.508 14 1 70.753 7.97d 0.12 0.000 0.843 \"Start tidal lock 2\"\n",
- " 5.7396 26.215 48.508 14 1 70.255 7.89d 0.04 0.000 0.688 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 70.297 7.9d 0.04 0.000 0.642 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 70.297 7.9d 0.04 0.000 0.642 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 70.297 7.9d 0.04 0.000 0.642 \"END_BSS\"\n",
- " 5.7424 26.215 48.508 14 2 70.298 7.9d 0.04 0.000 0.927 \"Start tidal lock 2\"\n",
- " 5.7425 26.215 48.508 14 2 70.298 7.9d 0.04 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7425 26.215 48.508 14 2 70.202 7.88d 0.00 0.000 1.002 \"BEG_SYMB\"\n",
- " 5.7425 26.215 48.508 14 2 70.202 7.88d 0.00 0.000 1.002 \"Circularized\"\n",
- " 5.7429 26.215 48.508 14 2 70.203 7.88d 0.00 0.000 1.348 \"End tidal lock 2\"\n",
- " 5.7448 26.215 48.331 14 2 70.714 7.98d 0.00 0.000 4.977 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.194 14 2 71.054 8.04d 0.00 0.000 6.357 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.637 14 4 72.094 8.25d 0.00 0.000 10.829 \"TYPE_CHNGE\"\n",
- " 5.7693 26.219 27.139 14 4 99.93 15.8d 0.00 0.000 8.712 \"Start Carbon Star 2\"\n",
- " 5.7705 26.219 26.215 14 4 101.71 16.4d 0.00 0.000 8.639 \"q-inv\"\n",
- " 5.7846 26.222 18.880 14 4 118.38 22.2d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
- " 5.7847 26.222 18.880 14 4 118.38 22.2d 0.00 0.000 0.994 \"END_SYMB\"\n",
- " 5.8039 26.222 18.880 14 7 118.38 22.2d 0.00 0.000 0.034 \"TYPE_CHNGE\"\n",
- " 5.8039 26.222 18.880 14 7 118.38 22.2d 0.00 0.000 0.034 \"Start tidal lock 2\"\n",
- " 5.8039 26.222 18.880 14 7 118.38 22.2d 0.00 0.000 0.034 \"End Carbon Star 2\"\n",
- " 6.1811 26.222 18.880 14 7 118.38 22.2d 0.00 0.000 0.033 \"End tidal lock 2\"\n",
- " 6.1832 26.222 18.880 14 14 166.23 37d 0.59 0.000 0.000 Mers(5)=0.312727 - Mers(6)=0.939033 - Mers(7)=0.522304 - Mers(8)=0.376859 - Mers(9)=0.273952 \n",
- " 6.1832 26.222 18.880 14 14 166.23 37d 0.59 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8802 Mc\"CO\"=14.2444 type=8) -> kick 1(190) vk=450.268 vr=269.638 omega=1.72129 phi=-0.248842 -> vn=305.992 ; final sep 166.226 ecc 0.592806 (random count 5) - Runaway v=(-165.799,220.536,10.1759) |v|=320.682 : companion v=(66.4253,111.302,-97.2556), |v|=162.047 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1832 26.222 18.880 14 14 166.23 37d 0.59 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1832 26.222 18.880 14 14 166.23 37d 0.59 0.000 0.000 \"SN\"\n",
- " 15000.0000 26.222 18.880 14 14 165.06 36.6d 0.59 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=55982 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 89.618 11.4 d 0.49 0.000 0.284 Randbuf=34018 - Mers(0)=0.216496 - Mers(1)=0.518397 - Mers(2)=0.821301 - Mers(3)=0.789188 - Mers(4)=0.814387 \n",
+ " 4.1327 26.215 48.508 14 1 89.618 11.4 d 0.49 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=264.889 vr=401.272 omega=5.11695 phi=0.616737 -> vn=403.64 ; final sep 89.6182 ecc 0.492242 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 89.618 11.4 d 0.49 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 89.618 11.4 d 0.49 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 89.618 11.4 d 0.49 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 98.253 13 d 0.49 0.000 0.256 \"END_SYMB\"\n",
+ " 4.4588 26.215 48.508 14 1 104.81 14.4 d 0.50 0.000 0.264 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 88.123 11.1 d 0.28 0.000 0.512 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 88.123 11.1 d 0.28 0.000 0.512 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 88.123 11.1 d 0.28 0.000 0.512 \"END_BSS\"\n",
+ " 5.7428 26.215 48.508 14 2 88.117 11.1 d 0.28 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7428 26.215 48.508 14 2 81.118 9.79 d 0.00 0.000 1.087 \"BEG_SYMB\"\n",
+ " 5.7428 26.215 48.508 14 2 81.118 9.79 d 0.00 0.000 1.087 \"Circularized\"\n",
+ " 5.7452 26.215 48.259 14 2 82.001 9.96 d 0.00 0.000 5.730 \"Start tidal lock 2\"\n",
+ " 5.7454 26.215 48.132 14 2 82.366 10 d 0.00 0.000 6.911 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.828 14 4 83.085 10.2 d 0.00 0.000 9.391 \"TYPE_CHNGE\"\n",
+ " 5.7743 26.219 27.137 14 4 115.72 19.7 d 0.00 0.000 7.843 \"Start Carbon Star 2\"\n",
+ " 5.7757 26.220 26.195 14 4 117.82 20.5 d 0.00 0.000 7.828 \"q-inv\"\n",
+ " 5.7909 26.223 18.920 14 4 136.96 27.6 d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
+ " 5.7909 26.223 18.920 14 4 136.96 27.6 d 0.00 0.000 0.991 \"END_SYMB\"\n",
+ " 5.8105 26.223 18.920 14 7 136.96 27.6 d 0.00 0.000 0.029 \"TYPE_CHNGE\"\n",
+ " 5.8105 26.223 18.920 14 7 136.96 27.6 d 0.00 0.000 0.029 \"Start tidal lock 2\"\n",
+ " 5.8105 26.223 18.920 14 7 136.96 27.6 d 0.00 0.000 0.029 \"End Carbon Star 2\"\n",
+ " 6.1826 26.223 18.920 14 14 430.52 154 d 0.76 0.000 0.000 Mers(5)=0.453348 - Mers(6)=0.9148 - Mers(7)=0.661725 - Mers(8)=0.141361 - Mers(9)=0.743118 \n",
+ " 6.1826 26.223 18.920 14 14 430.52 154 d 0.76 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9203 Mc\"CO\"=14.2754 type=8) -> kick 1(190) vk=421.701 vr=250.798 omega=4.66915 phi=-0.799889 -> vn=325.252 ; final sep 430.519 ecc 0.757025 (random count 5) - Runaway v=(95.2881,-207.974,260.398) |v|=346.612 : companion v=(-81.9057,-61.7537,30.1571), |v|=106.918 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1826 26.223 18.920 14 14 430.52 154 d 0.76 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1826 26.223 18.920 14 14 430.52 154 d 0.76 0.000 0.000 \"SN\"\n",
+ " 6.1826 26.223 18.920 14 14 430.52 154 d 0.76 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.223 18.920 14 14 430.12 154 d 0.76 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
"None\n",
"system 2 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.993, 'K1': 14.0, 'K2': 14.0, 'separation': -467.85}\n",
- "System 2 has separation -467.85\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -118.79}\n",
+ "System 2 has separation -118.79\n",
+ "system 3 / 100\n",
+ "{'time': 6.1816, 'M1': 26.224, 'M2': 18.996, 'K1': 14.0, 'K2': 14.0, 'separation': -18.099}\n",
+ "System 3 has separation -18.099\n",
+ "system 4 / 100\n",
+ "{'time': 6.1817, 'M1': 26.224, 'M2': 18.984, 'K1': 14.0, 'K2': 14.0, 'separation': 239.33}\n",
+ "System 4 has separation 239.33\n",
+ "Found bound BHBH system\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=10522 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 126.4 19 d 0.55 0.000 0.284 Randbuf=1807 - Mers(0)=0.659581 - Mers(1)=0.610184 - Mers(2)=0.685255 - Mers(3)=0.768339 - Mers(4)=0.230955 \n",
+ " 4.1327 26.215 48.508 14 1 126.4 19 d 0.55 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=263.672 vr=401.272 omega=1.45114 phi=0.566495 -> vn=457.414 ; final sep 126.401 ecc 0.54949 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 126.4 19 d 0.55 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 126.4 19 d 0.55 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 126.4 19 d 0.55 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 137.05 21.5 d 0.55 0.000 0.184 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 144.14 23.2 d 0.55 0.000 0.193 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 149.27 24.4 d 0.56 0.000 0.302 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 149.27 24.4 d 0.56 0.000 0.302 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 149.27 24.4 d 0.56 0.000 0.302 \"END_BSS\"\n",
+ " 5.7435 26.215 48.508 14 2 148.27 24.2 d 0.55 0.000 1.001 \"BEG_RCHE 2>1\"\n",
+ " 5.7435 26.215 48.508 14 2 102.62 13.9 d 0.00 0.000 1.446 \"BEG_SYMB\"\n",
+ " 5.7435 26.215 48.508 14 2 102.62 13.9 d 0.00 0.000 1.446 \"Circularized\"\n",
+ " 5.7456 26.215 48.237 14 2 104.18 14.3 d 0.00 0.000 5.953 \"Start tidal lock 2\"\n",
+ " 5.7458 26.215 48.119 14 2 104.61 14.4 d 0.00 0.000 7.033 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.071 14 4 104.78 14.4 d 0.00 0.000 7.441 \"TYPE_CHNGE\"\n",
+ " 5.7845 26.221 27.146 14 4 146.93 28.2 d 0.00 0.000 7.130 \"Start Carbon Star 2\"\n",
+ " 5.7861 26.221 26.217 14 4 149.55 29.2 d 0.00 0.000 7.243 \"q-inv\"\n",
+ " 5.8012 26.224 18.984 14 4 173.65 39.4 d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
+ " 5.8012 26.224 18.984 14 4 173.65 39.4 d 0.00 0.000 0.993 \"END_SYMB\"\n",
+ " 5.8205 26.224 18.984 14 7 173.65 39.4 d 0.00 0.000 0.023 \"TYPE_CHNGE\"\n",
+ " 5.8205 26.224 18.984 14 7 173.65 39.4 d 0.00 0.000 0.023 \"Start tidal lock 2\"\n",
+ " 5.8205 26.224 18.984 14 7 173.65 39.4 d 0.00 0.000 0.023 \"End Carbon Star 2\"\n",
+ " 5.9561 26.224 18.984 14 7 173.65 39.4 d 0.00 0.000 0.024 \"End tidal lock 2\"\n",
+ " 6.1222 26.224 18.984 14 7 173.65 39.4 d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
+ " 6.1817 26.224 18.984 14 14 239.33 63.8 d 0.62 0.000 0.000 Mers(5)=0.132057 - Mers(6)=0.274445 - Mers(7)=0.86794 - Mers(8)=0.353432 - Mers(9)=0.774954 \n",
+ " 6.1817 26.224 18.984 14 14 239.33 63.8 d 0.62 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9841 Mc\"CO\"=14.3247 type=8) -> kick 1(190) vk=154.696 vr=222.895 omega=4.86918 phi=-0.297506 -> vn=251.63 ; final sep 239.333 ecc 0.622081 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1817 26.224 18.984 14 14 239.33 63.8 d 0.62 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1817 26.224 18.984 14 14 239.33 63.8 d 0.62 0.000 0.000 \"SN\"\n",
+ " 6.1817 26.224 18.984 14 14 239.33 63.8 d 0.62 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.224 18.984 14 14 238.83 63.6 d 0.62 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "\n",
+ "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
+ "system 1 / 100\n",
+ "None\n",
+ "system 2 / 100\n",
+ "{'time': 6.1833, 'M1': 26.221, 'M2': 18.875, 'K1': 14.0, 'K2': 14.0, 'separation': -54.446}\n",
+ "System 2 has separation -54.446\n",
"system 3 / 100\n",
"None\n",
"system 4 / 100\n",
"None\n",
"system 5 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -70.21}\n",
+ "System 5 has separation -70.21\n",
"system 6 / 100\n",
- "{'time': 6.1814, 'M1': 26.224, 'M2': 19.006, 'K1': 14.0, 'K2': 14.0, 'separation': -90.431}\n",
- "System 6 has separation -90.431\n",
- "system 7 / 100\n",
- "{'time': 6.181, 'M1': 26.225, 'M2': 19.039, 'K1': 14.0, 'K2': 14.0, 'separation': -16.026}\n",
- "System 7 has separation -16.026\n",
- "system 8 / 100\n",
- "{'time': 6.1841, 'M1': 26.223, 'M2': 18.819, 'K1': 14.0, 'K2': 14.0, 'separation': -122.49}\n",
- "System 8 has separation -122.49\n",
- "system 9 / 100\n",
- "{'time': 6.184, 'M1': 26.221, 'M2': 18.829, 'K1': 14.0, 'K2': 14.0, 'separation': 73.204}\n",
- "System 9 has separation 73.204\n",
+ "{'time': 6.1818, 'M1': 26.224, 'M2': 18.982, 'K1': 14.0, 'K2': 14.0, 'separation': 230.9}\n",
+ "System 6 has separation 230.9\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=1366 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 61.158 6.41d 0.50 0.000 0.284 Randbuf=38134 - Mers(0)=0.875586 - Mers(1)=0.0311296 - Mers(2)=0.80299 - Mers(3)=0.314795 - Mers(4)=0.911977 \n",
- " 4.1327 26.215 48.508 14 1 61.158 6.41d 0.50 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=148.479 vr=401.272 omega=5.73012 phi=-0.37945 -> vn=298.13 ; final sep 61.1582 ecc 0.497906 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 61.158 6.41d 0.50 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 61.158 6.41d 0.50 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 61.158 6.41d 0.50 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 68.353 7.57d 0.50 0.000 0.368 \"END_SYMB\"\n",
- " 4.4251 26.215 48.508 14 1 77.201 9.09d 0.52 0.000 0.354 \"BEG_BSS \"\n",
- " 5.3017 26.215 48.508 14 1 57.974 5.91d 0.12 0.000 0.711 \"Start tidal lock 2\"\n",
- " 5.6467 26.215 48.508 14 1 56.472 5.69d 0.00 0.000 0.994 \"Circularized\"\n",
- " 5.6516 26.215 48.508 14 1 56.456 5.68d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.6524 26.215 48.508 14 1 56.455 5.68d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7273 26.215 48.508 14 1 56.456 5.68d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.7278 26.215 48.508 14 1 56.458 5.68d 0.00 0.000 0.994 \"END_SYMB\"\n",
- " 5.7418 26.215 48.508 14 2 56.891 5.75d 0.00 0.000 0.793 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 56.891 5.75d 0.00 0.000 0.793 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 56.891 5.75d 0.00 0.000 0.793 \"END_BSS\"\n",
- " 5.7418 26.215 48.508 14 2 56.891 5.75d 0.00 0.000 0.793 \"End tidal lock 2\"\n",
- " 5.7422 26.215 48.508 14 2 56.893 5.75d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7422 26.215 48.508 14 2 56.893 5.75d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
- " 5.7448 26.215 48.186 14 2 57.85 5.91d 0.00 0.000 6.423 \"Start tidal lock 2\"\n",
- " 5.7451 26.216 48.055 14 2 58.116 5.95d 0.00 0.000 7.570 \"End tidal lock 2\"\n",
- " 5.7459 26.216 47.303 14 4 59.197 6.15d 0.00 0.000 13.201 \"TYPE_CHNGE\"\n",
- " 5.7639 26.218 27.142 14 4 81.563 11.7d 0.00 0.000 10.370 \"Start Carbon Star 2\"\n",
- " 5.7648 26.219 26.212 14 4 83.022 12.1d 0.00 0.000 10.232 \"q-inv\"\n",
- " 5.7769 26.221 18.829 14 4 96.739 16.4d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
- " 5.7770 26.221 18.829 14 4 96.739 16.4d 0.00 0.000 0.989 \"END_SYMB\"\n",
- " 5.7958 26.221 18.829 14 7 96.737 16.4d 0.00 0.000 0.041 \"TYPE_CHNGE\"\n",
- " 5.7958 26.221 18.829 14 7 96.737 16.4d 0.00 0.000 0.041 \"End Carbon Star 2\"\n",
- " 5.8266 26.221 18.829 14 7 96.737 16.4d 0.00 0.000 0.042 \"Start tidal lock 2\"\n",
- " 6.1692 26.221 18.829 14 7 96.737 16.4d 0.00 0.000 0.041 \"End tidal lock 2\"\n",
- " 6.1840 26.221 18.829 14 14 73.204 10.8d 0.83 0.000 0.000 Mers(5)=0.762637 - Mers(6)=0.152616 - Mers(7)=0.700021 - Mers(8)=0.396255 - Mers(9)=0.0738552 \n",
- " 6.1840 26.221 18.829 14 14 73.204 10.8d 0.83 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.8288 Mc\"CO\"=14.2046 type=8) -> kick 1(190) vk=202.709 vr=298.108 omega=0.464046 phi=-0.209008 -> vn=245.56 ; final sep 73.2042 ecc 0.828992 (random count 5) - Runaway v=(160.113,152.43,-11.1802) |v|=221.35 : companion v=(15.1941,-45.7263,-5.48941), |v|=48.4962 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1840 26.221 18.829 14 14 73.204 10.8d 0.83 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1840 26.221 18.829 14 14 73.204 10.8d 0.83 0.000 0.000 \"SN\"\n",
- " 4732.7598 26.221 18.829 14 14 0.11328 0.0158h 0.00 0.002 0.002 Contact reached R/RL = 0.0030537 0.00255085, st 14 14\n",
- " 4732.7598 45.050 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.988635 - Mers(11)=0.305868 \n",
- " 4732.7598 45.050 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.0495 Mc\"CO\"=45.0495,\"BH\"=45.0495 type=14) -> kick 0(0) vk=0 vr=0 omega=1.92183 phi=1.35718 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(15.1941,-45.7263,-5.48941) |v|=48.4962 : companion v=(160.113,152.43,-11.1802), |v|=221.35 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4732.7598 45.050 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 4732.7598 45.050 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
- " 4732.7598 45.050 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 45.050 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=24098 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 120.68 17.8 d 0.52 0.000 0.284 Randbuf=22036 - Mers(0)=0.995687 - Mers(1)=0.502841 - Mers(2)=0.600258 - Mers(3)=0.531293 - Mers(4)=0.00730797 \n",
+ " 4.1327 26.215 48.508 14 1 120.68 17.8 d 0.52 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=324.119 vr=401.272 omega=0.0459174 phi=0.0626266 -> vn=451.529 ; final sep 120.679 ecc 0.523485 (random count 0) - Runaway v=(372.686,142.282,0.659393) |v|=398.923 : companion v=(-26.4311,-68.8678,0.146844), |v|=73.7659 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 120.68 17.8 d 0.52 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 120.68 17.8 d 0.52 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 120.68 17.8 d 0.52 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 130.89 20.1 d 0.52 0.000 0.192 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 137.7 21.6 d 0.52 0.000 0.202 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 142.11 22.7 d 0.53 0.000 0.318 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 142.11 22.7 d 0.53 0.000 0.318 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 142.11 22.7 d 0.53 0.000 0.318 \"END_BSS\"\n",
+ " 5.7435 26.215 48.508 14 2 141.52 22.6 d 0.53 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7435 26.215 48.508 14 2 102.1 13.8 d 0.00 0.000 1.386 \"BEG_SYMB\"\n",
+ " 5.7435 26.215 48.508 14 2 102.1 13.8 d 0.00 0.000 1.386 \"Circularized\"\n",
+ " 5.7456 26.215 48.235 14 2 103.51 14.1 d 0.00 0.000 5.969 \"Start tidal lock 2\"\n",
+ " 5.7458 26.215 48.116 14 2 103.94 14.2 d 0.00 0.000 7.055 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.065 14 4 104.12 14.3 d 0.00 0.000 7.488 \"TYPE_CHNGE\"\n",
+ " 5.7842 26.221 27.138 14 4 145.99 28 d 0.00 0.000 7.137 \"Start Carbon Star 2\"\n",
+ " 5.7858 26.221 26.208 14 4 148.6 29 d 0.00 0.000 7.246 \"q-inv\"\n",
+ " 5.8009 26.224 18.982 14 4 172.52 39 d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
+ " 5.8010 26.224 18.982 14 4 172.52 39 d 0.00 0.000 0.990 \"END_SYMB\"\n",
+ " 5.8199 26.224 18.982 14 7 172.52 39 d 0.00 0.000 0.023 \"TYPE_CHNGE\"\n",
+ " 5.8199 26.224 18.982 14 7 172.52 39 d 0.00 0.000 0.023 \"Start tidal lock 2\"\n",
+ " 5.8199 26.224 18.982 14 7 172.52 39 d 0.00 0.000 0.023 \"End Carbon Star 2\"\n",
+ " 5.9598 26.224 18.982 14 7 172.52 39 d 0.00 0.000 0.024 \"End tidal lock 2\"\n",
+ " 6.1173 26.224 18.982 14 7 172.52 39 d 0.00 0.000 0.024 \"Start tidal lock 2\"\n",
+ " 6.1818 26.224 18.982 14 14 230.9 60.4 d 0.55 0.000 0.000 Mers(5)=0.184464 - Mers(6)=0.215504 - Mers(7)=0.314533 - Mers(8)=0.333032 - Mers(9)=0.235464 \n",
+ " 6.1818 26.224 18.982 14 14 230.9 60.4 d 0.55 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9825 Mc\"CO\"=14.3235 type=8) -> kick 1(190) vk=133.294 vr=223.616 omega=1.47946 phi=-0.340477 -> vn=250.292 ; final sep 230.899 ecc 0.545743 (random count 5) - Runaway v=(-26.4311,-68.8678,0.146844) |v|=73.7659 : companion v=(372.686,142.282,0.659393), |v|=398.923 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1818 26.224 18.982 14 14 230.9 60.4 d 0.55 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1818 26.224 18.982 14 14 230.9 60.4 d 0.55 0.000 0.000 \"SN\"\n",
+ " 6.1818 26.224 18.982 14 14 230.9 60.4 d 0.55 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.224 18.982 14 14 230.59 60.3 d 0.55 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1813, 'M1': 26.225, 'M2': 19.015, 'K1': 14.0, 'K2': 14.0, 'separation': 200.82}\n",
- "System 1 has separation 200.82\n",
+ "None\n",
+ "system 2 / 100\n",
+ "{'time': 6.1821, 'M1': 26.223, 'M2': 18.957, 'K1': 14.0, 'K2': 14.0, 'separation': 144.61}\n",
+ "System 2 has separation 144.61\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=32641 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 109.7 15.4d 0.28 0.000 0.284 Randbuf=50040 - Mers(0)=0.35975 - Mers(1)=0.303685 - Mers(2)=0.595506 - Mers(3)=0.959708 - Mers(4)=0.185853 \n",
- " 4.1327 26.215 48.508 14 1 109.7 15.4d 0.28 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=248.606 vr=401.272 omega=1.16775 phi=1.16659 -> vn=438.232 ; final sep 109.695 ecc 0.278726 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 109.7 15.4d 0.28 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 109.7 15.4d 0.28 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 109.7 15.4d 0.28 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 118.32 17.2d 0.28 0.000 0.213 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 123.95 18.5d 0.28 0.000 0.225 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 128.23 19.5d 0.29 0.000 0.352 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 128.23 19.5d 0.29 0.000 0.352 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 128.23 19.5d 0.29 0.000 0.352 \"END_BSS\"\n",
- " 5.7432 26.215 48.508 14 2 128.22 19.5d 0.29 0.000 0.944 \"Start tidal lock 2\"\n",
- " 5.7433 26.215 48.508 14 2 128.21 19.4d 0.29 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7433 26.215 48.508 14 2 117.32 17d 0.00 0.000 1.093 \"BEG_SYMB\"\n",
- " 5.7433 26.215 48.508 14 2 117.32 17d 0.00 0.000 1.093 \"Circularized\"\n",
- " 5.7436 26.215 48.508 14 2 117.32 17d 0.00 0.000 1.359 \"End tidal lock 2\"\n",
- " 5.7452 26.215 48.399 14 2 117.83 17.1d 0.00 0.000 4.149 \"Start tidal lock 2\"\n",
- " 5.7457 26.215 48.267 14 2 118.38 17.3d 0.00 0.000 5.655 \"End tidal lock 2\"\n",
- " 5.7459 26.215 48.172 14 4 118.74 17.4d 0.00 0.000 6.564 \"TYPE_CHNGE\"\n",
- " 5.7905 26.222 27.147 14 4 166.63 34.1d 0.00 0.000 7.169 \"Start Carbon Star 2\"\n",
- " 5.7921 26.222 26.202 14 4 169.64 35.3d 0.00 0.000 7.367 \"q-inv\"\n",
- " 5.8062 26.225 19.015 14 4 196.78 47.5d 0.00 0.000 0.997 \"END_RCHE 2!>1\"\n",
- " 5.8063 26.225 19.015 14 4 196.78 47.5d 0.00 0.000 0.992 \"END_SYMB\"\n",
- " 5.8261 26.225 19.015 14 7 196.78 47.5d 0.00 0.000 0.021 \"TYPE_CHNGE\"\n",
- " 5.8261 26.225 19.015 14 7 196.78 47.5d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
- " 5.8261 26.225 19.015 14 7 196.78 47.5d 0.00 0.000 0.021 \"End Carbon Star 2\"\n",
- " 5.8523 26.225 19.015 14 7 196.78 47.5d 0.00 0.000 0.021 \"End tidal lock 2\"\n",
- " 6.1581 26.225 19.015 14 7 196.78 47.5d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
- " 6.1813 26.225 19.015 14 14 200.82 49d 0.17 0.000 0.000 Mers(5)=0.604393 - Mers(6)=0.0253496 - Mers(7)=0.961749 - Mers(8)=0.224765 - Mers(9)=0.760948 \n",
- " 6.1813 26.225 19.015 14 14 200.82 49d 0.17 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0145 Mc\"CO\"=14.3482 type=8) -> kick 1(190) vk=44.0531 vr=209.456 omega=4.78117 phi=-0.582926 -> vn=211.551 ; final sep 200.815 ecc 0.174564 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1813 26.225 19.015 14 14 200.82 49d 0.17 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1813 26.225 19.015 14 14 200.82 49d 0.17 0.000 0.000 \"SN\"\n",
- " 6.1813 26.225 19.015 14 14 200.82 49d 0.17 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.225 19.015 14 14 200.73 49d 0.17 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=72617 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 84.375 10.4 d 0.26 0.000 0.284 Randbuf=83843 - Mers(0)=0.482668 - Mers(1)=0.103789 - Mers(2)=0.125553 - Mers(3)=0.477535 - Mers(4)=0.786062 \n",
+ " 4.1327 26.215 48.508 14 1 84.375 10.4 d 0.26 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=101.376 vr=401.272 omega=4.93898 phi=-0.0449442 -> vn=391.2 ; final sep 84.375 ecc 0.256783 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 84.375 10.4 d 0.26 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 84.375 10.4 d 0.26 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 84.375 10.4 d 0.26 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 91.908 11.8 d 0.26 0.000 0.274 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 97.11 12.8 d 0.26 0.000 0.287 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 98.407 13.1 d 0.23 0.000 0.459 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 98.407 13.1 d 0.23 0.000 0.459 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 98.407 13.1 d 0.23 0.000 0.459 \"END_BSS\"\n",
+ " 5.7428 26.215 48.508 14 2 98.406 13.1 d 0.23 0.000 0.902 \"Start tidal lock 2\"\n",
+ " 5.7430 26.215 48.508 14 2 98.402 13.1 d 0.23 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7430 26.215 48.508 14 2 93.323 12.1 d 0.00 0.000 1.055 \"BEG_SYMB\"\n",
+ " 5.7430 26.215 48.508 14 2 93.323 12.1 d 0.00 0.000 1.055 \"Circularized\"\n",
+ " 5.7437 26.215 48.505 14 2 93.335 12.1 d 0.00 0.000 1.808 \"End tidal lock 2\"\n",
+ " 5.7448 26.215 48.424 14 2 93.626 12.1 d 0.00 0.000 3.785 \"Start tidal lock 2\"\n",
+ " 5.7453 26.215 48.280 14 2 94.102 12.2 d 0.00 0.000 5.519 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 47.979 14 4 94.926 12.4 d 0.00 0.000 8.216 \"TYPE_CHNGE\"\n",
+ " 5.7797 26.220 27.162 14 4 132.46 24.2 d 0.00 0.000 7.320 \"Start Carbon Star 2\"\n",
+ " 5.7813 26.221 26.213 14 4 134.87 25 d 0.00 0.000 7.374 \"q-inv\"\n",
+ " 5.7968 26.223 18.957 14 4 156.7 33.8 d 0.00 0.000 1.000 \"END_RCHE 2!>1\"\n",
+ " 5.7968 26.223 18.957 14 4 156.7 33.8 d 0.00 0.000 0.995 \"END_SYMB\"\n",
+ " 5.8158 26.223 18.957 14 7 156.7 33.8 d 0.00 0.000 0.026 \"TYPE_CHNGE\"\n",
+ " 5.8158 26.223 18.957 14 7 156.7 33.8 d 0.00 0.000 0.026 \"Start tidal lock 2\"\n",
+ " 5.8158 26.223 18.957 14 7 156.7 33.8 d 0.00 0.000 0.026 \"End Carbon Star 2\"\n",
+ " 6.1821 26.223 18.957 14 14 144.61 30 d 0.23 0.000 0.000 Mers(5)=0.854649 - Mers(6)=0.895821 - Mers(7)=0.257437 - Mers(8)=0.92995 - Mers(9)=0.671551 \n",
+ " 6.1821 26.223 18.957 14 14 144.61 30 d 0.23 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9573 Mc\"CO\"=14.304 type=8) -> kick 1(190) vk=454.17 vr=234.569 omega=4.21948 phi=1.03507 -> vn=224.555 ; final sep 144.613 ecc 0.230102 (random count 5) - Runaway v=(-82.9127,-113.737,-271.434) |v|=305.757 : companion v=(-95.4229,-65.4251,-52.4949), |v|=127.05 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1821 26.223 18.957 14 14 144.61 30 d 0.23 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1821 26.223 18.957 14 14 144.61 30 d 0.23 0.000 0.000 \"SN\"\n",
+ " 6.1821 26.223 18.957 14 14 144.61 30 d 0.23 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.223 18.957 14 14 144.35 29.9 d 0.23 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "None\n",
+ "{'time': 6.1825, 'M1': 26.223, 'M2': 18.93, 'K1': 14.0, 'K2': 14.0, 'separation': -42.768}\n",
+ "System 1 has separation -42.768\n",
"system 2 / 100\n",
- "{'time': 6.1812, 'M1': 26.225, 'M2': 19.027, 'K1': 14.0, 'K2': 14.0, 'separation': -909.36}\n",
- "System 2 has separation -909.36\n",
+ "{'time': 6.1827, 'M1': 26.222, 'M2': 18.915, 'K1': 14.0, 'K2': 14.0, 'separation': -67.006}\n",
+ "System 2 has separation -67.006\n",
"system 3 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -55.639}\n",
+ "System 3 has separation -55.639\n",
"system 4 / 100\n",
- "{'time': 6.1814, 'M1': 26.225, 'M2': 19.012, 'K1': 14.0, 'K2': 14.0, 'separation': -57.687}\n",
- "System 4 has separation -57.687\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -50.147}\n",
+ "System 4 has separation -50.147\n",
"system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -270.19}\n",
- "System 5 has separation -270.19\n",
+ "{'time': 6.1838, 'M1': 26.221, 'M2': 18.839, 'K1': 14.0, 'K2': 14.0, 'separation': -60.462}\n",
+ "System 5 has separation -60.462\n",
"system 6 / 100\n",
- "{'time': 6.1808, 'M1': 26.225, 'M2': 19.055, 'K1': 14.0, 'K2': 14.0, 'separation': -251.57}\n",
- "System 6 has separation -251.57\n",
+ "None\n",
"system 7 / 100\n",
- "{'time': 6.182, 'M1': 26.224, 'M2': 18.965, 'K1': 14.0, 'K2': 14.0, 'separation': -22.904}\n",
- "System 7 has separation -22.904\n",
+ "{'time': 6.1807, 'M1': 26.226, 'M2': 19.061, 'K1': 14.0, 'K2': 14.0, 'separation': -58.614}\n",
+ "System 7 has separation -58.614\n",
"system 8 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -24.424}\n",
+ "System 8 has separation -24.424\n",
"system 9 / 100\n",
- "None\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -1560.5}\n",
+ "System 9 has separation -1560.5\n",
"system 10 / 100\n",
"None\n",
"system 11 / 100\n",
- "{'time': 6.1827, 'M1': 26.222, 'M2': 18.912, 'K1': 14.0, 'K2': 14.0, 'separation': 84.322}\n",
- "System 11 has separation 84.322\n",
+ "{'time': 6.1816, 'M1': 26.224, 'M2': 18.998, 'K1': 14.0, 'K2': 14.0, 'separation': 246.46}\n",
+ "System 11 has separation 246.46\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=31282 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 70.672 7.96d 0.26 0.000 0.284 Randbuf=9722 - Mers(0)=0.532901 - Mers(1)=0.0577653 - Mers(2)=0.907642 - Mers(3)=0.119019 - Mers(4)=0.0623708 \n",
- " 4.1327 26.215 48.508 14 1 70.672 7.96d 0.26 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=110.048 vr=401.272 omega=0.391888 phi=-0.866337 -> vn=346.799 ; final sep 70.6721 ecc 0.264223 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 70.672 7.96d 0.26 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 70.672 7.96d 0.26 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 70.672 7.96d 0.26 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 77.595 9.16d 0.26 0.000 0.325 \"END_SYMB\"\n",
- " 4.4438 26.215 48.508 14 1 82.992 10.1d 0.27 0.000 0.331 \"BEG_BSS \"\n",
- " 5.6793 26.215 48.508 14 1 80.259 9.63d 0.13 0.000 0.726 \"Start tidal lock 2\"\n",
- " 5.7281 26.215 48.508 14 1 79.482 9.49d 0.08 0.000 0.704 \"End tidal lock 2\"\n",
- " 5.7418 26.215 48.508 14 2 79.626 9.52d 0.08 0.000 0.567 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 79.626 9.52d 0.08 0.000 0.567 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 79.626 9.52d 0.08 0.000 0.567 \"END_BSS\"\n",
- " 5.7425 26.215 48.508 14 2 79.627 9.52d 0.08 0.000 0.879 \"Start tidal lock 2\"\n",
- " 5.7427 26.215 48.508 14 2 79.626 9.52d 0.08 0.000 0.999 \"End tidal lock 2\"\n",
- " 5.7427 26.215 48.508 14 2 79.626 9.52d 0.08 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7427 26.215 48.508 14 2 79.12 9.43d 0.00 0.000 1.007 \"BEG_SYMB\"\n",
- " 5.7427 26.215 48.508 14 2 79.12 9.43d 0.00 0.000 1.007 \"Start tidal lock 2\"\n",
- " 5.7427 26.215 48.508 14 2 79.12 9.43d 0.00 0.000 1.007 \"Circularized\"\n",
- " 5.7436 26.215 48.503 14 2 79.134 9.43d 0.00 0.000 1.937 \"End tidal lock 2\"\n",
- " 5.7446 26.215 48.421 14 2 79.386 9.48d 0.00 0.000 3.837 \"Start tidal lock 2\"\n",
- " 5.7451 26.215 48.271 14 2 79.806 9.57d 0.00 0.000 5.616 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.795 14 4 80.836 9.78d 0.00 0.000 9.653 \"TYPE_CHNGE\"\n",
- " 5.7732 26.219 27.145 14 4 112.36 18.9d 0.00 0.000 7.994 \"Start Carbon Star 2\"\n",
- " 5.7746 26.220 26.194 14 4 114.41 19.6d 0.00 0.000 7.966 \"q-inv\"\n",
- " 5.7896 26.222 18.912 14 4 133.02 26.4d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
- " 5.7896 26.222 18.912 14 4 133.02 26.4d 0.00 0.000 0.994 \"END_SYMB\"\n",
- " 5.8094 26.222 18.912 14 7 133.02 26.4d 0.00 0.000 0.030 \"TYPE_CHNGE\"\n",
- " 5.8094 26.222 18.912 14 7 133.02 26.4d 0.00 0.000 0.030 \"Start tidal lock 2\"\n",
- " 5.8094 26.222 18.912 14 7 133.02 26.4d 0.00 0.000 0.030 \"End Carbon Star 2\"\n",
- " 6.1827 26.222 18.912 14 14 84.322 13.3d 1.00 0.000 0.000 Mers(5)=0.587056 - Mers(6)=0.880685 - Mers(7)=0.615033 - Mers(8)=0.0635842 - Mers(9)=0.300118 \n",
- " 6.1827 26.222 18.912 14 14 84.322 13.3d 1.00 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9122 Mc\"CO\"=14.2692 type=8) -> kick 1(190) vk=392.367 vr=254.461 omega=1.8857 phi=-1.06097 -> vn=165.393 ; final sep 84.3218 ecc 0.997013 (random count 5) - Runaway v=(-54.3568,171.949,-128.029) |v|=221.162 : companion v=(-48.4429,7.29775,-142.515), |v|=150.7 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1827 26.222 18.912 14 14 84.322 13.3d 1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1827 26.222 18.912 14 14 84.322 13.3d 1.00 0.000 0.000 \"SN\"\n",
- " 6.1827 26.222 18.912 14 14 84.322 13.3d 1.00 0.000 0.000 \"End tidal lock 2\"\n",
- " 6.2012 26.222 18.912 14 14 0.12787 0.0189h 0.13 0.002 0.002 Contact reached R/RL = 0.00250277 0.00209561, st 14 14\n",
- " 6.2012 45.135 0.000 14 15 -1 -1 -1.00 0.000 0.000 Mers(10)=0.0609448 - Mers(11)=0.743785 \n",
- " 6.2012 45.135 0.000 14 15 -1 -1 -1.00 0.000 0.000 SN kick BH_BH (SN type 17 17, pre-explosion M=45.1346 Mc\"CO\"=45.1346,\"BH\"=45.1346 type=14) -> kick 0(0) vk=0 vr=0 omega=4.67334 phi=-1.0719 -> vn=0 ; final sep 0 ecc -1 (random count 10) - Runaway v=(-48.4429,7.29775,-142.515) |v|=150.7 : companion v=(-54.3568,171.949,-128.029), |v|=221.162 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.2012 45.135 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.2012 45.135 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"COALESCE\"\n",
- " 6.2012 45.135 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"SN\"\n",
- " 15000.0000 45.135 0.000 14 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=21927 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 113.13 16.1 d 0.41 0.000 0.284 Randbuf=69808 - Mers(0)=0.280723 - Mers(1)=0.418757 - Mers(2)=0.552711 - Mers(3)=0.793832 - Mers(4)=0.244645 \n",
+ " 4.1327 26.215 48.508 14 1 113.13 16.1 d 0.41 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=198.252 vr=401.272 omega=1.53715 phi=0.628169 -> vn=442.71 ; final sep 113.129 ecc 0.414875 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 113.13 16.1 d 0.41 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 113.13 16.1 d 0.41 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 113.13 16.1 d 0.41 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 122.38 18.1 d 0.41 0.000 0.206 \"END_SYMB\"\n",
+ " 4.4862 26.215 48.508 14 1 128.48 19.5 d 0.42 0.000 0.217 \"BEG_BSS \"\n",
+ " 5.7418 26.215 48.508 14 2 133.65 20.7 d 0.43 0.000 0.338 \"OFF_MS\"\n",
+ " 5.7418 26.215 48.508 14 2 133.65 20.7 d 0.43 0.000 0.338 \"TYPE_CHNGE\"\n",
+ " 5.7418 26.215 48.508 14 2 133.65 20.7 d 0.43 0.000 0.338 \"END_BSS\"\n",
+ " 5.7433 26.215 48.508 14 2 133.56 20.7 d 0.43 0.000 0.973 \"Start tidal lock 2\"\n",
+ " 5.7434 26.215 48.508 14 2 133.53 20.7 d 0.43 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7434 26.215 48.508 14 2 109.09 15.3 d 0.00 0.000 1.225 \"BEG_SYMB\"\n",
+ " 5.7434 26.215 48.508 14 2 109.09 15.3 d 0.00 0.000 1.225 \"End tidal lock 2\"\n",
+ " 5.7434 26.215 48.508 14 2 109.09 15.3 d 0.00 0.000 1.225 \"Circularized\"\n",
+ " 5.7454 26.215 48.338 14 2 109.86 15.4 d 0.00 0.000 4.892 \"Start tidal lock 2\"\n",
+ " 5.7457 26.215 48.213 14 2 110.34 15.6 d 0.00 0.000 6.175 \"End tidal lock 2\"\n",
+ " 5.7459 26.215 48.117 14 4 110.68 15.6 d 0.00 0.000 7.043 \"TYPE_CHNGE\"\n",
+ " 5.7871 26.221 27.141 14 4 155.21 30.6 d 0.00 0.000 7.110 \"Start Carbon Star 2\"\n",
+ " 5.7887 26.222 26.213 14 4 157.97 31.7 d 0.00 0.000 7.258 \"q-inv\"\n",
+ " 5.8034 26.224 18.998 14 4 183.36 42.8 d 0.00 0.000 0.999 \"END_RCHE 2!>1\"\n",
+ " 5.8034 26.224 18.998 14 4 183.36 42.8 d 0.00 0.000 0.995 \"END_SYMB\"\n",
+ " 5.8224 26.224 18.998 14 7 183.36 42.8 d 0.00 0.000 0.022 \"TYPE_CHNGE\"\n",
+ " 5.8224 26.224 18.998 14 7 183.36 42.8 d 0.00 0.000 0.022 \"Start tidal lock 2\"\n",
+ " 5.8224 26.224 18.998 14 7 183.36 42.8 d 0.00 0.000 0.022 \"End Carbon Star 2\"\n",
+ " 5.9098 26.224 18.998 14 7 183.36 42.8 d 0.00 0.000 0.022 \"End tidal lock 2\"\n",
+ " 6.1415 26.224 18.998 14 7 183.36 42.8 d 0.00 0.000 0.022 \"Start tidal lock 2\"\n",
+ " 6.1816 26.224 18.998 14 14 246.46 66.6 d 0.33 0.000 0.000 Mers(5)=0.496312 - Mers(6)=0.075416 - Mers(7)=0.7607 - Mers(8)=0.125886 - Mers(9)=0.290684 \n",
+ " 6.1816 26.224 18.998 14 14 246.46 66.6 d 0.33 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9977 Mc\"CO\"=14.3352 type=8) -> kick 1(190) vk=79.2613 vr=216.947 omega=1.82642 phi=-0.845387 -> vn=243.141 ; final sep 246.464 ecc 0.32631 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1816 26.224 18.998 14 14 246.46 66.6 d 0.33 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1816 26.224 18.998 14 14 246.46 66.6 d 0.33 0.000 0.000 \"SN\"\n",
+ " 6.1816 26.224 18.998 14 14 246.46 66.6 d 0.33 0.000 0.000 \"End tidal lock 2\"\n",
+ " 15000.0000 26.224 18.998 14 14 246.39 66.6 d 0.33 0.000 0.000 \"MAX_TIME\"\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -55.426}\n",
- "System 1 has separation -55.426\n",
+ "None\n",
"system 2 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -98.948}\n",
- "System 2 has separation -98.948\n",
+ "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -76.074}\n",
+ "System 2 has separation -76.074\n",
"system 3 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -318.43}\n",
- "System 3 has separation -318.43\n",
- "system 4 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -118.97}\n",
- "System 4 has separation -118.97\n",
- "system 5 / 100\n",
- "{'time': 6.1816, 'M1': 26.224, 'M2': 18.997, 'K1': 14.0, 'K2': 14.0, 'separation': -29.618}\n",
- "System 5 has separation -29.618\n",
- "system 6 / 100\n",
- "{'time': 6.1821, 'M1': 26.223, 'M2': 18.958, 'K1': 14.0, 'K2': 14.0, 'separation': -230.94}\n",
- "System 6 has separation -230.94\n",
- "system 7 / 100\n",
- "{'time': 6.1822, 'M1': 26.223, 'M2': 18.951, 'K1': 14.0, 'K2': 14.0, 'separation': 167.09}\n",
- "System 7 has separation 167.09\n",
- "Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=35037 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 88.878 11.2d 0.37 0.000 0.284 Randbuf=21339 - Mers(0)=0.221127 - Mers(1)=0.322291 - Mers(2)=0.486212 - Mers(3)=0.81619 - Mers(4)=0.801722 \n",
- " 4.1327 26.215 48.508 14 1 88.878 11.2d 0.37 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=201.385 vr=401.272 omega=5.03737 phi=0.684623 -> vn=401.996 ; final sep 88.8782 ecc 0.367778 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 88.878 11.2d 0.37 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 88.878 11.2d 0.37 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 88.878 11.2d 0.37 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 96.916 12.8d 0.37 0.000 0.260 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 102.56 13.9d 0.37 0.000 0.272 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 101.28 13.7d 0.32 0.000 0.446 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 101.28 13.7d 0.32 0.000 0.446 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 101.28 13.7d 0.32 0.000 0.446 \"END_BSS\"\n",
- " 5.7430 26.215 48.508 14 2 101.26 13.7d 0.32 0.000 0.991 \"Start tidal lock 2\"\n",
- " 5.7430 26.215 48.508 14 2 101.26 13.7d 0.32 0.000 1.001 \"BEG_RCHE 2>1\"\n",
- " 5.7430 26.215 48.508 14 2 90.935 11.6d 0.00 0.000 1.114 \"BEG_SYMB\"\n",
- " 5.7430 26.215 48.508 14 2 90.935 11.6d 0.00 0.000 1.114 \"End tidal lock 2\"\n",
- " 5.7430 26.215 48.508 14 2 90.935 11.6d 0.00 0.000 1.114 \"Circularized\"\n",
- " 5.7452 26.215 48.307 14 2 91.707 11.8d 0.00 0.000 5.232 \"Start tidal lock 2\"\n",
- " 5.7455 26.215 48.180 14 2 92.117 11.9d 0.00 0.000 6.484 \"End tidal lock 2\"\n",
- " 5.7459 26.215 47.954 14 4 92.738 12d 0.00 0.000 8.410 \"TYPE_CHNGE\"\n",
- " 5.7788 26.220 27.144 14 4 129.5 23.4d 0.00 0.000 7.388 \"Start Carbon Star 2\"\n",
- " 5.7803 26.220 26.214 14 4 131.82 24.2d 0.00 0.000 7.429 \"q-inv\"\n",
- " 5.7958 26.223 18.951 14 4 153.17 32.7d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.7958 26.223 18.951 14 4 153.17 32.7d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8151 26.223 18.951 14 7 153.17 32.7d 0.00 0.000 0.026 \"TYPE_CHNGE\"\n",
- " 5.8151 26.223 18.951 14 7 153.17 32.7d 0.00 0.000 0.026 \"Start tidal lock 2\"\n",
- " 5.8151 26.223 18.951 14 7 153.17 32.7d 0.00 0.000 0.026 \"End Carbon Star 2\"\n",
- " 6.1822 26.223 18.951 14 14 167.09 37.2d 0.35 0.000 0.000 Mers(5)=0.511555 - Mers(6)=0.0780381 - Mers(7)=0.943979 - Mers(8)=0.857062 - Mers(9)=0.20741 \n",
- " 6.1822 26.223 18.951 14 14 167.09 37.2d 0.35 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.9511 Mc\"CO\"=14.2992 type=8) -> kick 1(190) vk=125.245 vr=237.237 omega=1.3032 phi=0.795373 -> vn=246.918 ; final sep 167.086 ecc 0.351262 (random count 5) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1822 26.223 18.951 14 14 167.09 37.2d 0.35 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1822 26.223 18.951 14 14 167.09 37.2d 0.35 0.000 0.000 \"SN\"\n",
- " 6.1822 26.223 18.951 14 14 167.09 37.2d 0.35 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.223 18.951 14 14 166.82 37.1d 0.35 0.000 0.000 \"MAX_TIME\"\n",
- "\n",
- "{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
- "system 1 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -47.307}\n",
- "System 1 has separation -47.307\n",
- "system 2 / 100\n",
- "{'time': 6.1814, 'M1': 26.225, 'M2': 19.012, 'K1': 14.0, 'K2': 14.0, 'separation': 2352.5}\n",
- "System 2 has separation 2352.5\n",
+ "{'time': 6.1846, 'M1': 26.235, 'M2': 18.788, 'K1': 14.0, 'K2': 14.0, 'separation': 96.088}\n",
+ "System 3 has separation 96.088\n",
"Found bound BHBH system\n",
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=75338 RANDOM_COUNT=0\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"INITIAL \"\n",
- " 0.0000 60.000 40.000 1 1 3101.2 5.48y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
- " 3.7617 60.000 40.000 2 1 3101.2 5.48y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
- " 3.7647 60.000 40.000 2 1 3101.2 5.48y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
- " 3.7647 60.000 40.000 4 1 3101.2 5.48y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
- " 3.7721 60.000 40.000 4 1 3101.2 5.48y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
- " 3.7785 60.000 40.000 4 1 3100.8 5.48y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
- " 4.1326 52.305 47.695 5 1 2791.6 4.68y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"q-inv\"\n",
- " 4.1327 27.028 47.695 9 1 55.711 5.57d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
- " 4.1327 26.215 48.508 14 1 113.09 16.1d 0.34 0.000 0.284 Randbuf=50699 - Mers(0)=0.383992 - Mers(1)=0.329633 - Mers(2)=0.381873 - Mers(3)=0.148373 - Mers(4)=0.259864 \n",
- " 4.1327 26.215 48.508 14 1 113.09 16.1d 0.34 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=170.057 vr=401.272 omega=1.63278 phi=-0.779965 -> vn=442.661 ; final sep 113.09 ecc 0.343321 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 4.1327 26.215 48.508 14 1 113.09 16.1d 0.34 0.000 0.284 \"TYPE_CHNGE\"\n",
- " 4.1327 26.215 48.508 14 1 113.09 16.1d 0.34 0.000 0.284 \"END_RCHE 1!>2\"\n",
- " 4.1327 26.215 48.508 14 1 113.09 16.1d 0.34 0.000 0.284 \"SN\"\n",
- " 4.1327 26.215 48.508 14 1 122.04 18.1d 0.34 0.000 0.206 \"END_SYMB\"\n",
- " 4.4862 26.215 48.508 14 1 127.9 19.4d 0.34 0.000 0.218 \"BEG_BSS \"\n",
- " 5.7418 26.215 48.508 14 2 132.67 20.5d 0.36 0.000 0.340 \"OFF_MS\"\n",
- " 5.7418 26.215 48.508 14 2 132.67 20.5d 0.36 0.000 0.340 \"TYPE_CHNGE\"\n",
- " 5.7418 26.215 48.508 14 2 132.67 20.5d 0.36 0.000 0.340 \"END_BSS\"\n",
- " 5.7433 26.215 48.508 14 2 132.64 20.5d 0.36 0.000 0.970 \"Start tidal lock 2\"\n",
- " 5.7434 26.215 48.508 14 2 132.63 20.5d 0.36 0.000 1.000 \"BEG_RCHE 2>1\"\n",
- " 5.7434 26.215 48.508 14 2 115.69 16.7d 0.00 0.000 1.147 \"BEG_SYMB\"\n",
- " 5.7434 26.215 48.508 14 2 115.69 16.7d 0.00 0.000 1.147 \"End tidal lock 2\"\n",
- " 5.7434 26.215 48.508 14 2 115.69 16.7d 0.00 0.000 1.147 \"Circularized\"\n",
- " 5.7454 26.215 48.359 14 2 116.39 16.8d 0.00 0.000 4.654 \"Start tidal lock 2\"\n",
- " 5.7457 26.215 48.233 14 2 116.91 17d 0.00 0.000 5.990 \"End tidal lock 2\"\n",
- " 5.7459 26.215 48.162 14 4 117.17 17d 0.00 0.000 6.652 \"TYPE_CHNGE\"\n",
- " 5.7899 26.222 27.157 14 4 164.44 33.4d 0.00 0.000 7.148 \"Start Carbon Star 2\"\n",
- " 5.7915 26.222 26.206 14 4 167.44 34.6d 0.00 0.000 7.339 \"q-inv\"\n",
- " 5.8057 26.225 19.012 14 4 194.26 46.6d 0.00 0.000 0.998 \"END_RCHE 2!>1\"\n",
- " 5.8057 26.225 19.012 14 4 194.26 46.6d 0.00 0.000 0.993 \"END_SYMB\"\n",
- " 5.8254 26.225 19.012 14 7 194.26 46.6d 0.00 0.000 0.021 \"TYPE_CHNGE\"\n",
- " 5.8254 26.225 19.012 14 7 194.26 46.6d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
- " 5.8254 26.225 19.012 14 7 194.26 46.6d 0.00 0.000 0.021 \"End Carbon Star 2\"\n",
- " 5.8603 26.225 19.012 14 7 194.26 46.6d 0.00 0.000 0.021 \"End tidal lock 2\"\n",
- " 6.1574 26.225 19.012 14 7 194.26 46.6d 0.00 0.000 0.021 \"Start tidal lock 2\"\n",
- " 6.1814 26.225 19.012 14 14 2352.5 5.38y 0.96 0.000 0.000 Mers(5)=0.0317437 - Mers(6)=0.390641 - Mers(7)=0.74508 - Mers(8)=0.290805 - Mers(9)=0.100226 \n",
- " 6.1814 26.225 19.012 14 14 2352.5 5.38y 0.96 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=19.0115 Mc\"CO\"=14.3459 type=8) -> kick 1(190) vk=227.967 vr=210.804 omega=0.629737 phi=-0.431673 -> vn=291.902 ; final sep 2352.48 ecc 0.957953 (random count 5) - Runaway v=(198.238,168.496,-40.7853) |v|=263.349 : companion v=(-10.1489,-33.7503,-11.1544), |v|=36.9663 ; - , dm(exploder) = 0, dm(companion) = 0\n",
- " 6.1814 26.225 19.012 14 14 2352.5 5.38y 0.96 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 6.1814 26.225 19.012 14 14 2352.5 5.38y 0.96 0.000 0.000 \"SN\"\n",
- " 6.1814 26.225 19.012 14 14 2352.5 5.38y 0.96 0.000 0.000 \"End tidal lock 2\"\n",
- " 15000.0000 26.225 19.012 14 14 2351.4 5.38y 0.96 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=77624 RANDOM_COUNT=0\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"INITIAL \"\n",
+ " 0.0000 60.000 40.000 1 1 3101.2 5.48 y 0.00 0.006 0.006 \"Start Carbon Star 1\"\n",
+ " 3.7617 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.018 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7647 60.000 40.000 2 1 3101.2 5.48 y 0.00 0.572 0.010 \"Start tidal lock 1\"\n",
+ " 3.7647 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.583 0.010 \"TYPE_CHNGE\"\n",
+ " 3.7721 60.000 40.000 4 1 3101.2 5.48 y 0.00 0.633 0.010 \"End tidal lock 1\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_RCHE 1>2\"\n",
+ " 3.7785 60.000 40.000 4 1 3100.8 5.48 y 0.00 1.001 0.010 \"BEG_SYMB\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 \"TYPE_CHNGE\"\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 Unstable RLOF : q=Mdonor/Maccretor=1.09665 > qc=0.714712 (prescription=float, donor [st=5 M=52.3048 Mc=27.0276 R=2332.11 Rc=1.71818], accretor [st=1 M=47.6952 Mc=0 R=10.9757 Rc=0] sep=2791.57 )\n",
+ " 4.1326 52.305 47.695 5 1 2791.6 4.68 y 0.00 2.159 0.011 COMENV n=0 presc=0 52.3048(Mc\"He\"=27.0276,\"CO\"=27.0276;EAGB)+47.6952(Mc;MS) - LAMBDA(fixed,st=5,m01=60,mc1=27.0276,l1=1.44223e+06,r1=2332.11,rzams=8.33552,convfrac=0.467851,lambda_ion=0.5)=0.5 - alpha=0.1 lambda=0.5 - a_in=2791.57 P_in=1708.33 Jtot_in=8.09706e+55 Jorb_in=7.96557e+55 EorbI=8.76416e+47 EbindI=-4.30388e+48 - sepF=55.7114 1:Rc=1.71818~RL=18.4385 2:Rc=10.9758~RL=23.8926 - : Mf1=27.0276(20.5423,9) Mf2=47.6952(0,1) af=55.7114 Jf=6.72832e+54 Jej=7.63566e+55 Eorbf=-4.39152e+49 dE=4.30388e+48 Eej=1.03996e+48 alpha_ej=0.0241634\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 post-COMENV M=27.0276(Mc\"CO\"=20.5423;HeGB;Menv=20.5423,Mstart=27.0276,Teff=0.397754,age=3084.58) + M=47.6952(Mc;MS;Menv=47.6952,Mstart=47.6952,Teff=2.9071,age=46089.5) a_out=55.7114 P_out=0.0152545 (5.57093 d) Jorb_out=6.72832e+54 R1=6771.28 RL1=18.4385 (R1/RL1 = 367.236) R2=10.9758 RL2=23.8926 (R2/RL2 = 0.459382) SN? 0 0 Single? No : merge in 14.9411 Gyr at t = 14.9452 Gyr, events pending? 1\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"TYPE_CHNGE\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"q-inv\"\n",
+ " 4.1327 27.028 47.695 9 1 55.711 5.57 d 0.00 367.232 0.459 \"End Carbon Star 1\"\n",
+ " 4.1327 26.215 48.508 14 1 61.888 6.52 d 0.59 0.000 0.284 Randbuf=77505 - Mers(0)=0.50973 - Mers(1)=0.0448877 - Mers(2)=0.0251003 - Mers(3)=0.655371 - Mers(4)=0.876084 \n",
+ " 4.1327 26.215 48.508 14 1 61.888 6.52 d 0.59 0.000 0.284 SN kick Ib/c (SN type 11 11, pre-explosion M=26.2147 Mc\"CO\"=20.5423 type=9) -> kick 1(190) vk=205.661 vr=401.272 omega=5.5046 phi=0.315973 -> vn=302.706 ; final sep 61.888 ecc 0.59429 (random count 0) - Runaway v=(0,0,0) |v|=0 : companion v=(0,0,0), |v|=0 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 4.1327 26.215 48.508 14 1 61.888 6.52 d 0.59 0.000 0.284 \"TYPE_CHNGE\"\n",
+ " 4.1327 26.215 48.508 14 1 61.888 6.52 d 0.59 0.000 0.284 \"END_RCHE 1!>2\"\n",
+ " 4.1327 26.215 48.508 14 1 61.888 6.52 d 0.59 0.000 0.284 \"SN\"\n",
+ " 4.1327 26.215 48.508 14 1 69.708 7.8 d 0.59 0.000 0.361 \"END_SYMB\"\n",
+ " 4.4433 26.215 48.508 14 1 75.997 8.88 d 0.59 0.000 0.362 \"BEG_BSS \"\n",
+ " 5.0722 26.215 48.508 14 1 51.082 4.89 d 0.11 0.000 0.698 \"Start tidal lock 2\"\n",
+ " 5.4759 26.215 48.508 14 1 49.942 4.73 d 0.00 0.000 0.948 \"Circularized\"\n",
+ " 5.5309 26.215 48.508 14 1 49.809 4.71 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.5317 26.215 48.508 14 1 49.808 4.71 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7381 26.230 48.480 14 1 49.796 4.71 d 0.00 0.000 0.996 \"END_RCHE 2!>1\"\n",
+ " 5.7385 26.230 48.480 14 1 49.8 4.71 d 0.00 0.000 0.989 \"END_SYMB\"\n",
+ " 5.7419 26.230 48.480 14 2 49.944 4.73 d 0.00 0.000 0.903 \"OFF_MS\"\n",
+ " 5.7419 26.230 48.480 14 2 49.944 4.73 d 0.00 0.000 0.903 \"TYPE_CHNGE\"\n",
+ " 5.7419 26.230 48.480 14 2 49.944 4.73 d 0.00 0.000 0.903 \"END_BSS\"\n",
+ " 5.7419 26.230 48.480 14 2 49.944 4.73 d 0.00 0.000 0.903 \"End tidal lock 2\"\n",
+ " 5.7420 26.230 48.480 14 2 49.946 4.73 d 0.00 0.000 1.000 \"BEG_RCHE 2>1\"\n",
+ " 5.7420 26.230 48.480 14 2 49.946 4.73 d 0.00 0.000 1.001 \"BEG_SYMB\"\n",
+ " 5.7447 26.230 48.142 14 2 51.148 4.91 d 0.00 0.000 6.578 \"Start tidal lock 2\"\n",
+ " 5.7450 26.230 48.008 14 2 51.387 4.95 d 0.00 0.000 7.732 \"End tidal lock 2\"\n",
+ " 5.7459 26.230 47.037 14 4 52.553 5.15 d 0.00 0.000 14.853 \"TYPE_CHNGE\"\n",
+ " 5.7613 26.233 27.147 14 4 72.062 9.69 d 0.00 0.000 11.612 \"Start Carbon Star 2\"\n",
+ " 5.7622 26.233 26.228 14 4 73.335 10 d 0.00 0.000 11.442 \"q-inv\"\n",
+ " 5.7730 26.235 18.788 14 4 85.551 13.7 d 0.00 0.000 0.995 \"END_RCHE 2!>1\"\n",
+ " 5.7731 26.235 18.788 14 4 85.551 13.7 d 0.00 0.000 0.988 \"END_SYMB\"\n",
+ " 5.7905 26.235 18.788 14 7 85.549 13.7 d 0.00 0.000 0.047 \"TYPE_CHNGE\"\n",
+ " 5.7905 26.235 18.788 14 7 85.549 13.7 d 0.00 0.000 0.047 \"End Carbon Star 2\"\n",
+ " 5.8653 26.235 18.788 14 7 85.549 13.7 d 0.00 0.000 0.047 \"Start tidal lock 2\"\n",
+ " 6.1599 26.235 18.788 14 7 85.549 13.7 d 0.00 0.000 0.047 \"End tidal lock 2\"\n",
+ " 6.1846 26.235 18.788 14 14 96.088 16.3 d 0.19 0.000 0.000 Mers(5)=0.435809 - Mers(6)=0.148721 - Mers(7)=0.45889 - Mers(8)=0.674645 - Mers(9)=0.910981 \n",
+ " 6.1846 26.235 18.788 14 14 96.088 16.3 d 0.19 0.000 0.000 SN kick Ib/c (SN type 11 11, pre-explosion M=18.7877 Mc\"CO\"=14.1729 type=8) -> kick 1(190) vk=264.328 vr=316.907 omega=5.72386 phi=0.356812 -> vn=333.833 ; final sep 96.0878 ecc 0.187993 (random count 5) - Runaway v=(284.929,-24.9603,-37.7797) |v|=288.504 : companion v=(-43.5982,-76.2406,-8.02786), |v|=88.1923 ; - , dm(exploder) = 0, dm(companion) = 0\n",
+ " 6.1846 26.235 18.788 14 14 96.088 16.3 d 0.19 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 6.1846 26.235 18.788 14 14 96.088 16.3 d 0.19 0.000 0.000 \"SN\"\n",
+ " 15000.0000 26.235 18.788 14 14 95.297 16.1 d 0.19 0.000 0.000 \"MAX_TIME\"\n",
"\n",
"{'M_1': 60, 'M_2': 40, 'metallicity': 0.001, 'orbital_period': 2000, 'BH_prescription': 'BH_BELCZYNSKI', 'wind_mass_loss': 'WIND_ALGORITHM_NONE', 'alpha_ce': 0.1}\n",
"system 1 / 100\n",
- "None\n",
- "system 2 / 100\n",
- "None\n",
- "system 3 / 100\n",
- "None\n",
- "system 4 / 100\n",
- "{'time': 6.181, 'M1': 26.225, 'M2': 19.042, 'K1': 14.0, 'K2': 14.0, 'separation': -77.195}\n",
- "System 4 has separation -77.195\n",
- "system 5 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -133.98}\n",
- "System 5 has separation -133.98\n",
- "system 6 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -215.54}\n",
- "System 6 has separation -215.54\n",
- "system 7 / 100\n",
- "{'time': 6.1851, 'M1': 26.215, 'M2': 48.508, 'K1': 14.0, 'K2': 14.0, 'separation': -66.123}\n",
- "System 7 has separation -66.123\n",
- "system 8 / 100\n",
- "{'time': 6.1823, 'M1': 26.223, 'M2': 18.946, 'K1': 14.0, 'K2': 14.0, 'separation': -229.74}\n",
- "System 8 has separation -229.74\n",
- "system 9 / 100\n"
- ]
- },
- {
- "ename": "KeyboardInterrupt",
- "evalue": "",
- "output_type": "error",
- "traceback": [
- "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
- "\u001b[0;31mKeyboardInterrupt\u001b[0m Traceback (most recent call last)",
- "\u001b[0;32m/tmp/ipykernel_26668/2128365523.py\u001b[0m in \u001b[0;36m<module>\u001b[0;34m\u001b[0m\n\u001b[1;32m 11\u001b[0m \u001b[0mfound\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0;32mFalse\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 12\u001b[0m \u001b[0;32mwhile\u001b[0m \u001b[0mfound\u001b[0m \u001b[0;34m==\u001b[0m \u001b[0;32mFalse\u001b[0m\u001b[0;34m:\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m---> 13\u001b[0;31m \u001b[0md\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0msearch_for_BHBH\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;36m100\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m**\u001b[0m\u001b[0margs\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0m\u001b[1;32m 14\u001b[0m \u001b[0;32mif\u001b[0m \u001b[0md\u001b[0m \u001b[0;34m!=\u001b[0m \u001b[0;32mNone\u001b[0m \u001b[0;32mand\u001b[0m \u001b[0md\u001b[0m\u001b[0;34m[\u001b[0m\u001b[0;34m'separation'\u001b[0m\u001b[0;34m]\u001b[0m \u001b[0;34m<\u001b[0m \u001b[0;36m10.0\u001b[0m\u001b[0;34m:\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 15\u001b[0m \u001b[0mfound\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0;32mTrue\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
- "\u001b[0;32m/tmp/ipykernel_26668/3037695552.py\u001b[0m in \u001b[0;36msearch_for_BHBH\u001b[0;34m(maxcount, **opts)\u001b[0m\n\u001b[1;32m 6\u001b[0m \u001b[0mcount\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0mcount\u001b[0m \u001b[0;34m+\u001b[0m \u001b[0;36m1\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 7\u001b[0m \u001b[0mprint\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;34m\"system {} / {}\"\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mformat\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mcount\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0mmaxcount\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m----> 8\u001b[0;31m output = run_system(**opts,\n\u001b[0m\u001b[1;32m 9\u001b[0m \u001b[0mlog_filename\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0mlog_filename\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 10\u001b[0m \u001b[0mapi_log_filename_prefix\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0mTMP_DIR\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
- "\u001b[0;32m~/.local/lib/python3.9/site-packages/binarycpython/utils/run_system_wrapper.py\u001b[0m in \u001b[0;36mrun_system\u001b[0;34m(**kwargs)\u001b[0m\n\u001b[1;32m 102\u001b[0m \u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 103\u001b[0m \u001b[0;31m# Call binary_c\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m--> 104\u001b[0;31m output = _binary_c_bindings.run_system(\n\u001b[0m\u001b[1;32m 105\u001b[0m \u001b[0mbinary_c_command\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 106\u001b[0m \u001b[0mcustom_logging_func_memaddr\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0mfunc_memaddr\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
- "\u001b[0;31mKeyboardInterrupt\u001b[0m: "
+ "{'time': 6.1809, 'M1': 26.225, 'M2': 19.044, 'K1': 14.0, 'K2': 14.0, 'separation': -23.933}\n",
+ "System 1 has separation -23.933\n",
+ "system 2 / 100\n"
]
}
],
@@ -4947,7 +5528,7 @@
],
"metadata": {
"kernelspec": {
- "display_name": "Python 3",
+ "display_name": "Python 3 (ipykernel)",
"language": "python",
"name": "python3"
},
@@ -4961,7 +5542,7 @@
"name": "python",
"nbconvert_exporter": "python",
"pygments_lexer": "ipython3",
- "version": "3.6.4"
+ "version": "3.9.5"
}
},
"nbformat": 4,
diff --git a/examples/notebook_HRD.ipynb b/examples/notebook_HRD.ipynb
index bf95d554d..ee40c35d2 100644
--- a/examples/notebook_HRD.ipynb
+++ b/examples/notebook_HRD.ipynb
@@ -82,20 +82,23 @@
"text": [
"Added grid variable: {\n",
" \"name\": \"M_1\",\n",
+ " \"parameter_name\": \"M_1\",\n",
" \"longname\": \"Primary mass\",\n",
" \"valuerange\": [\n",
" 1,\n",
" 11\n",
" ],\n",
- " \"resolution\": \"10\",\n",
- " \"spacingfunc\": \"const(1,2,1)\",\n",
+ " \"samplerfunc\": \"const(1,10,9)\",\n",
" \"precode\": null,\n",
+ " \"postcode\": null,\n",
" \"probdist\": \"1\",\n",
" \"dphasevol\": \"dM_1\",\n",
- " \"parameter_name\": \"M_1\",\n",
" \"condition\": \"\",\n",
" \"gridtype\": \"edge\",\n",
" \"branchpoint\": 0,\n",
+ " \"branchcode\": null,\n",
+ " \"topcode\": null,\n",
+ " \"bottomcode\": null,\n",
" \"grid_variable_number\": 0\n",
"}\n"
]
@@ -111,8 +114,7 @@
" name=\"M_1\",\n",
" longname=\"Primary mass\", # == single-star mass\n",
" valuerange=massrange,\n",
- " resolution=\"{res}\".format(res = resolution[\"M_1\"]),\n",
- " spacingfunc=\"const(1,2,1)\", # space by unit masses\n",
+ " samplerfunc=\"const(1,10,9)\", # space by unit masses\n",
" probdist=\"1\", # dprob/dm1 : we don't care, so just set it to 1\n",
" dphasevol=\"dM_1\",\n",
" parameter_name=\"M_1\",\n",
@@ -213,7 +215,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "adding: parse_function=<function parse_function at 0x14565763dca0> to grid_options\n"
+ "adding: parse_function=<function parse_function at 0x14bf2250fdc0> to grid_options\n"
]
}
],
@@ -231,7 +233,6 @@
" \n",
" # Loop over the output.\n",
" for line in output.splitlines():\n",
- " \n",
" match = re.search('HRD(\\d)',line) \n",
" if match:\n",
" nstar = match.group(1) \n",
@@ -266,7 +267,7 @@
"\n",
"This will start up the processing of all the systems. We can control how many cores are used by settings `num_cores`. By setting the `verbosity` of the population object to a higher value we can get a lot of verbose information about the run, but for now we will set it to 0.\n",
"\n",
- "There are many grid_options that can lead to different behaviour of the evolution of the grid. Please do have a look at those: [grid options docs](https://ri0005.pages.surrey.ac.uk/binary_c-python/grid_options_descriptions.html), and try "
+ "There are many grid_options that can lead to different behaviour of the evolution of the grid. Please do have a look at the [grid options docs] (https://ri0005.pages.surrey.ac.uk/binary_c-python/grid_options_descriptions.html) for more details."
]
},
{
@@ -281,33 +282,128 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "adding: verbosity=0 to grid_options\n",
+ "adding: verbosity=1 to grid_options\n",
+ "adding: num_cores=1 to grid_options\n",
+ "Creating and loading custom logging functionality\n",
+ "Doing dry run to calculate total starcount and probability\n",
"Generating grid code\n",
- "Constructing/adding: M_1\n",
- "Grid has handled 10 stars\n",
- "with a total probability of 10.0\n",
- "Total starcount for this run will be: 10\n",
"Generating grid code\n",
- "Constructing/adding: M_1\n",
- "Population-20bee5b0c58d49c5bc47eced240685bb finished! The total probability was: 10.0. It took a total of 0.543649435043335s to run 10 systems on 4 cores\n",
- "There were no errors found in this run.\n"
+ "Saving grid code to grid_options\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_8a7d52edc59346ce991063d9e05e9ba7.py [dry_run = True]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid-latest0 \n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_8a7d52edc59346ce991063d9e05e9ba7.py\n",
+ "Grid code loaded\n",
+ "Dry run of the grid\n",
+ "Grid has handled 9 stars with a total probability of 9\n",
+ "**************************************\n",
+ "* Total starcount for this run is 9 *\n",
+ "* Total probability is 9 *\n",
+ "**************************************\n",
+ "\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:52,836 DEBUG MainProcess] --- setting up the system_queue_filler now\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "Generating grid code\n",
+ "Generating grid code\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:52,838 DEBUG Process-2] --- Setting up processor: process-0\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "Saving grid code to grid_options\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_8a7d52edc59346ce991063d9e05e9ba7.py [dry_run = False]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid-latest1 \n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_8a7d52edc59346ce991063d9e05e9ba7.py\n",
+ "Grid code loaded\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:52,846 DEBUG MainProcess] --- Signaling stop to processes\n",
+ "[2021-11-01 09:49:53,800 DEBUG Process-2] --- Process-0 is finishing.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 0 free memory and return \n",
+ "****************************************************\n",
+ "* Process 0 finished: *\n",
+ "* generator started at 2021-11-01T09:49:52.838411 *\n",
+ "* generator finished at 2021-11-01T09:49:53.802706 *\n",
+ "* total: 0.96s *\n",
+ "* of which 0.94s with binary_c *\n",
+ "* Ran 9 systems *\n",
+ "* with a total probability of 9 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 0 queue put output_dict \n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:53,809 DEBUG Process-2] --- Process-0 is finished.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 0 return \n",
+ "**********************************************************\n",
+ "* Population-8a7d52edc59346ce991063d9e05e9ba7 finished! *\n",
+ "* The total probability is 9. *\n",
+ "* It took a total of 1.21s to run 9 systems on 1 cores *\n",
+ "* = 1.21s of CPU time. *\n",
+ "* Maximum memory use 235.098 MB *\n",
+ "**********************************************************\n",
+ "\n",
+ "There were no errors found in this run.\n",
+ "dict_keys([1.0, 2.0, 3.0, 4.0, 5.0, 6.0, 7.0, 8.0, 9.0])\n"
]
}
],
"source": [
"# set number of threads\n",
"population.set(\n",
- " # verbose output is not required \n",
- " verbosity=0,\n",
+ " # verbose output at level 1 is sufficient \n",
+ " verbosity=1,\n",
" # set number of threads (i.e. number of CPU cores we use)\n",
- " num_cores=4,\n",
+ " num_cores=1,\n",
" )\n",
"\n",
"# Evolve the population - this is the slow, number-crunching step\n",
"analytics = population.evolve() \n",
"\n",
"# Show the results (debugging)\n",
- "#print (population.grid_results)"
+ "print (population.grid_results['HRD']['0'].keys())"
]
},
{
@@ -328,7 +424,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "{'population_name': '20bee5b0c58d49c5bc47eced240685bb', 'evolution_type': 'grid', 'failed_count': 0, 'failed_prob': 0, 'failed_systems_error_codes': [], 'errors_exceeded': False, 'errors_found': False, 'total_probability': 10.0, 'total_count': 10, 'start_timestamp': 1631304519.45189, 'end_timestamp': 1631304519.9955394, 'total_mass_run': 55.0, 'total_probability_weighted_mass_run': 55.0, 'zero_prob_stars_skipped': 0}\n"
+ "{'population_name': '8a7d52edc59346ce991063d9e05e9ba7', 'evolution_type': 'grid', 'failed_count': 0, 'failed_prob': 0, 'failed_systems_error_codes': [], 'errors_exceeded': False, 'errors_found': False, 'total_probability': 9.0, 'total_count': 9, 'start_timestamp': 1635760192.8124797, 'end_timestamp': 1635760194.0176575, 'total_mass_run': 45.0, 'total_probability_weighted_mass_run': 45.0, 'zero_prob_stars_skipped': 0}\n"
]
}
],
@@ -355,8 +451,7 @@
"zams mass 6.0\n",
"zams mass 7.0\n",
"zams mass 8.0\n",
- "zams mass 9.0\n",
- "zams mass 10.0\n"
+ "zams mass 9.0\n"
]
},
{
@@ -371,7 +466,7 @@
},
{
"data": {
- "image/png": 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+ "image/png": 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"text/plain": [
"<Figure size 1440x720 with 1 Axes>"
]
@@ -381,7 +476,7 @@
}
],
"source": [
- "# make a plot of the luminosity distribution using Seaborn and Pandas\n",
+ "# make an HRD using Seaborn and Pandas\n",
"import seaborn as sns\n",
"import pandas as pd\n",
"pd.set_option(\"display.max_rows\", None, \"display.max_columns\", None)\n",
@@ -457,14 +552,110 @@
"name": "stdout",
"output_type": "stream",
"text": [
+ "adding: M_2=0.5 to BSE_options\n",
+ "adding: separation=10 to BSE_options\n",
+ "adding: multiplicity=2 to BSE_options\n",
+ "Custom logging library already loaded. Not setting them again.\n",
+ "Doing dry run to calculate total starcount and probability\n",
+ "Generating grid code\n",
"Generating grid code\n",
- "Constructing/adding: M_1\n",
- "Grid has handled 10 stars\n",
- "with a total probability of 10.0\n",
- "Total starcount for this run will be: 10\n",
+ "Saving grid code to grid_options\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_f4e5925effeb42e69b5be956f400ae41.py [dry_run = True]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid-latest2 \n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_f4e5925effeb42e69b5be956f400ae41.py\n",
+ "Grid code loaded\n",
+ "Dry run of the grid\n",
+ "Grid has handled 9 stars with a total probability of 9\n",
+ "**************************************\n",
+ "* Total starcount for this run is 9 *\n",
+ "* Total probability is 9 *\n",
+ "**************************************\n",
+ "\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:55,079 DEBUG MainProcess] --- setting up the system_queue_filler now\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
"Generating grid code\n",
- "Constructing/adding: M_1\n",
- "Population-cff93424298e4862bb72096e72b98a2d finished! The total probability was: 10.0. It took a total of 0.9686374664306641s to run 10 systems on 4 cores\n",
+ "Generating grid code\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:55,081 DEBUG Process-4] --- Setting up processor: process-0\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "Saving grid code to grid_options\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_f4e5925effeb42e69b5be956f400ae41.py [dry_run = False]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid-latest3 \n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_f4e5925effeb42e69b5be956f400ae41.py\n",
+ "Grid code loaded\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:55,093 DEBUG MainProcess] --- Signaling stop to processes\n",
+ "[2021-11-01 09:49:57,243 DEBUG Process-4] --- Process-0 is finishing.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 0 free memory and return \n",
+ "****************************************************\n",
+ "* Process 0 finished: *\n",
+ "* generator started at 2021-11-01T09:49:55.081024 *\n",
+ "* generator finished at 2021-11-01T09:49:57.246671 *\n",
+ "* total: 2.17s *\n",
+ "* of which 2.14s with binary_c *\n",
+ "* Ran 9 systems *\n",
+ "* with a total probability of 9 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 0 queue put output_dict \n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:57,256 DEBUG Process-4] --- Process-0 is finished.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 0 return \n",
+ "**********************************************************\n",
+ "* Population-f4e5925effeb42e69b5be956f400ae41 finished! *\n",
+ "* The total probability is 9. *\n",
+ "* It took a total of 2.49s to run 9 systems on 1 cores *\n",
+ "* = 2.49s of CPU time. *\n",
+ "* Maximum memory use 294.551 MB *\n",
+ "**********************************************************\n",
+ "\n",
"There were no errors found in this run.\n"
]
}
@@ -499,7 +690,6 @@
"zams mass 7.0\n",
"zams mass 8.0\n",
"zams mass 9.0\n",
- "zams mass 10.0\n",
"star 1\n"
]
},
@@ -515,7 +705,7 @@
},
{
"data": {
- "image/png": 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\n",
+ "image/png": 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\n",
"text/plain": [
"<Figure size 1440x720 with 1 Axes>"
]
@@ -584,14 +774,111 @@
"name": "stdout",
"output_type": "stream",
"text": [
+ "adding: M_2=1 to BSE_options\n",
+ "adding: separation=100 to BSE_options\n",
+ "adding: multiplicity=2 to BSE_options\n",
+ "adding: alpha_ce=1.0 to BSE_options\n",
+ "Custom logging library already loaded. Not setting them again.\n",
+ "Doing dry run to calculate total starcount and probability\n",
"Generating grid code\n",
- "Constructing/adding: M_1\n",
- "Grid has handled 10 stars\n",
- "with a total probability of 10.0\n",
- "Total starcount for this run will be: 10\n",
"Generating grid code\n",
- "Constructing/adding: M_1\n",
- "Population-2ea4759ed05544ef8f1b7a887f0f36d2 finished! The total probability was: 10.0. It took a total of 0.7215321063995361s to run 10 systems on 4 cores\n",
+ "Saving grid code to grid_options\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_26171201413c43f5b91552a374879940.py [dry_run = True]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid-latest4 \n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_26171201413c43f5b91552a374879940.py\n",
+ "Grid code loaded\n",
+ "Dry run of the grid\n",
+ "Grid has handled 9 stars with a total probability of 9\n",
+ "**************************************\n",
+ "* Total starcount for this run is 9 *\n",
+ "* Total probability is 9 *\n",
+ "**************************************\n",
+ "\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:57,844 DEBUG MainProcess] --- setting up the system_queue_filler now\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "Generating grid code\n",
+ "Generating grid code\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:57,846 DEBUG Process-6] --- Setting up processor: process-0\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "Saving grid code to grid_options\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_26171201413c43f5b91552a374879940.py [dry_run = False]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid-latest5 \n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/notebooks/notebook_HRD/binary_c_grid_26171201413c43f5b91552a374879940.py\n",
+ "Grid code loaded\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:57,858 DEBUG MainProcess] --- Signaling stop to processes\n",
+ "[2021-11-01 09:49:59,413 DEBUG Process-6] --- Process-0 is finishing.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 0 free memory and return \n",
+ "****************************************************\n",
+ "* Process 0 finished: *\n",
+ "* generator started at 2021-11-01T09:49:57.846045 *\n",
+ "* generator finished at 2021-11-01T09:49:59.416141 *\n",
+ "* total: 1.57s *\n",
+ "* of which 1.55s with binary_c *\n",
+ "* Ran 9 systems *\n",
+ "* with a total probability of 9 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 0 queue put output_dict \n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:49:59,424 DEBUG Process-6] --- Process-0 is finished.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 0 return \n",
+ "**********************************************************\n",
+ "* Population-26171201413c43f5b91552a374879940 finished! *\n",
+ "* The total probability is 9. *\n",
+ "* It took a total of 1.89s to run 9 systems on 1 cores *\n",
+ "* = 1.89s of CPU time. *\n",
+ "* Maximum memory use 312.051 MB *\n",
+ "**********************************************************\n",
+ "\n",
"There were no errors found in this run.\n"
]
}
@@ -627,7 +914,6 @@
"primary zams mass 7.0\n",
"primary zams mass 8.0\n",
"primary zams mass 9.0\n",
- "primary zams mass 10.0\n",
"star 1\n"
]
},
@@ -643,7 +929,7 @@
},
{
"data": {
- "image/png": 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\n",
"text/plain": [
"<Figure size 1440x720 with 1 Axes>"
]
@@ -721,8 +1007,7 @@
"primary zams mass 6.0\n",
"primary zams mass 7.0\n",
"primary zams mass 8.0\n",
- "primary zams mass 9.0\n",
- "primary zams mass 10.0\n"
+ "primary zams mass 9.0\n"
]
},
{
@@ -737,7 +1022,7 @@
},
{
"data": {
- "image/png": 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\n",
"text/plain": [
"<Figure size 1440x720 with 1 Axes>"
]
@@ -792,6 +1077,14 @@
"source": [
"This is, of course, a very simple introduction to what happens in binaries. We haven't talked about the remnants that are produced by interactions. When the stars do evolve on the giant branch, white dwarfs are made which can go on to suffer novae and (perhaps) thermonuclear explosions. The merging process itself leads to luminosus red novae and, in the case of neutron stars and black holes, kilonovae and gravitational wave events. "
]
+ },
+ {
+ "cell_type": "code",
+ "execution_count": null,
+ "id": "67ac4920",
+ "metadata": {},
+ "outputs": [],
+ "source": []
}
],
"metadata": {
diff --git a/examples/notebook_api_functionality.ipynb b/examples/notebook_api_functionality.ipynb
index 020d2dc7c..fb6ea05bd 100644
--- a/examples/notebook_api_functionality.ipynb
+++ b/examples/notebook_api_functionality.ipynb
@@ -105,7 +105,7 @@
" Function that contains random snippets. Do not expect this to remain available, or reliable. i.e. dont use it.\n",
"\n",
"FILE\n",
- " /home/david/.pyenv/versions/3.6.4/envs/dev-binarycpython3.6.4/lib/python3.6/site-packages/binarycpython/_binary_c_bindings.cpython-36m-x86_64-linux-gnu.so\n",
+ " /home/izzard/.local/lib/python3.9/site-packages/binarycpython/_binary_c_bindings.cpython-39-x86_64-linux-gnu.so\n",
"\n",
"\n"
]
@@ -166,7 +166,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "<capsule object \"STORE\" at 0x7fa6a45ed180>\n",
+ "<capsule object \"STORE\" at 0x146f912dbc60>\n",
"SINGLE_STAR_LIFETIME 10 28.4838\n",
"\n"
]
@@ -599,7 +599,7 @@
"comenv_ns_accretion_fraction : Experimental. During common envelope evolution, a neutron star may accrete a fraction of the envelope's mass. Requires COMENV_NS_ACCRETION. See also comenv_ns_accretion_mass. : (null)\n",
"alpha_ce : Common envelope energy formalism parameter. A fraction alpha of the orbital energy is used to eject the envelope. See Hurley et al 2002 for details. : (null)\n",
"alpha_ce%d : Common envelope energy formalism parameter. A fraction alpha of the orbital energy is used to eject the envelope. See Hurley et al 2002 for details. : (null)\n",
- "lambda_ce : Common envelope parameter. The binding energy of the common envelope is G*M*Menv/(lambda*R). Typically this is taken to be 0.5, but if set to -1 binary_c uses the Dewi and Tauris fits instead, -2 uses the formalism of Wang, Jia and Li (2016) and if -3 then a polytropic formalism is used (see also comenv_splitmass). : (null)\n",
+ "lambda_ce : Common envelope parameter. The binding energy of the common envelope is G*M*Menv/(lambda*R). Typically this is taken to be 0.5, but if set to LAMBDA_CE_DEWI_TAURIS == -1 binary_c uses the Dewi and Tauris fits instead, LAMBDA_CE_WANG_2016 == -2 uses the formalism of Wang, Jia and Li (2016), if LAMBDA_CE_POLYTROPE == -3 then a polytropic formalism is used (see also comenv_splitmass) and if LAMBDA_CE_KLENCKI_2020 == -4 use Klencki et al. (2020). : (null)\n",
"lambda_ce%d : Common envelope parameter. The binding energy of the common envelope is G*M*Menv/(lambda*R). Typically this is taken to be 0.5, but if set to -1 binary_c uses the Dewi and Tauris fits instead, -2 uses the formalism of Wang, Jia and Li (2016) and if -3 then a polytropic formalism is used (see also comenv_splitmass). : (null)\n",
"comenv_splitmass : When lambda_ce=-2, the envelope binding energy, lambda, is calculated using a polytropic formalism. The comenv_splitmass defines the point, in the units of the core mass, above which material is ejected. : (null)\n",
"nelemans_recalc_eccentricity : If True, recalculate the eccentricity after angular momentum is removed. : (null)\n",
@@ -786,6 +786,7 @@
"version : Display binary_c version and build information. Also performs timing tests. : Ignore\n",
"dumpversion : Display binary_c version number (short format). : Ignore\n",
"version_only : Display binary_c version number and build information, but do not perform timing tests or anything that requires stardata to be non-NULL. : Ignore\n",
+ "tides_diagnosis_log : Enable logging to test MINT tides. Requires MINT. Choices are: 0 disabled, 1 enable lambda test. : Ignore\n",
"\n",
"############################################################\n",
"##### Section Input\n",
@@ -965,7 +966,7 @@
],
"metadata": {
"kernelspec": {
- "display_name": "Python 3",
+ "display_name": "Python 3 (ipykernel)",
"language": "python",
"name": "python3"
},
@@ -979,7 +980,7 @@
"name": "python",
"nbconvert_exporter": "python",
"pygments_lexer": "ipython3",
- "version": "3.6.4"
+ "version": "3.9.5"
}
},
"nbformat": 4,
diff --git a/examples/notebook_common_envelope_evolution.ipynb b/examples/notebook_common_envelope_evolution.ipynb
index feb6b18e6..83f3e239c 100644
--- a/examples/notebook_common_envelope_evolution.ipynb
+++ b/examples/notebook_common_envelope_evolution.ipynb
@@ -96,56 +96,65 @@
"text": [
"Added grid variable: {\n",
" \"name\": \"lnm1\",\n",
+ " \"parameter_name\": \"M_1\",\n",
" \"longname\": \"Primary mass\",\n",
" \"valuerange\": [\n",
" 1,\n",
" 6\n",
" ],\n",
- " \"resolution\": \"10\",\n",
- " \"spacingfunc\": \"const(math.log(1), math.log(6), 10)\",\n",
+ " \"samplerfunc\": \"const(math.log(1), math.log(6), 10)\",\n",
" \"precode\": \"M_1=math.exp(lnm1)\",\n",
+ " \"postcode\": null,\n",
" \"probdist\": \"three_part_powerlaw(M_1, 0.1, 0.5, 1.0, 150, -1.3, -2.3, -2.3)*M_1\",\n",
" \"dphasevol\": \"dlnm1\",\n",
- " \"parameter_name\": \"M_1\",\n",
" \"condition\": \"\",\n",
" \"gridtype\": \"centred\",\n",
" \"branchpoint\": 0,\n",
+ " \"branchcode\": null,\n",
+ " \"topcode\": null,\n",
+ " \"bottomcode\": null,\n",
" \"grid_variable_number\": 0\n",
"}\n",
"Added grid variable: {\n",
" \"name\": \"q\",\n",
+ " \"parameter_name\": \"M_2\",\n",
" \"longname\": \"Mass ratio\",\n",
" \"valuerange\": [\n",
" \"0.1/M_1\",\n",
" 1\n",
" ],\n",
- " \"resolution\": \"10\",\n",
- " \"spacingfunc\": \"const(1/M_1, 1, 10)\",\n",
+ " \"samplerfunc\": \"const(1/M_1, 1, 10)\",\n",
" \"precode\": \"M_2 = q * M_1\",\n",
+ " \"postcode\": null,\n",
" \"probdist\": \"flatsections(q, [{'min': 1/M_1, 'max': 1.0, 'height': 1}])\",\n",
" \"dphasevol\": \"dq\",\n",
- " \"parameter_name\": \"M_2\",\n",
" \"condition\": \"\",\n",
" \"gridtype\": \"centred\",\n",
" \"branchpoint\": 0,\n",
+ " \"branchcode\": null,\n",
+ " \"topcode\": null,\n",
+ " \"bottomcode\": null,\n",
" \"grid_variable_number\": 1\n",
"}\n",
"Added grid variable: {\n",
" \"name\": \"log10per\",\n",
+ " \"parameter_name\": \"orbital_period\",\n",
" \"longname\": \"log10(Orbital_Period)\",\n",
" \"valuerange\": [\n",
" 0.15,\n",
" 5.5\n",
" ],\n",
- " \"resolution\": \"10\",\n",
- " \"spacingfunc\": \"const(0.15, 4, 10)\",\n",
+ " \"samplerfunc\": \"const(0.15, 4, 10)\",\n",
" \"precode\": \"orbital_period = 10.0 ** log10per\\nsep = calc_sep_from_period(M_1, M_2, orbital_period)\\nsep_min = calc_sep_from_period(M_1, M_2, 10**0.15)\\nsep_max = calc_sep_from_period(M_1, M_2, 10**4)\",\n",
+ " \"postcode\": null,\n",
" \"probdist\": \"sana12(M_1, M_2, sep, orbital_period, sep_min, sep_max, math.log10(10**0.15), math.log10(10**4), -0.55)\",\n",
" \"dphasevol\": \"dlog10per\",\n",
- " \"parameter_name\": \"orbital_period\",\n",
" \"condition\": null,\n",
" \"gridtype\": \"centred\",\n",
" \"branchpoint\": 0,\n",
+ " \"branchcode\": null,\n",
+ " \"topcode\": null,\n",
+ " \"bottomcode\": null,\n",
" \"grid_variable_number\": 2\n",
"}\n"
]
@@ -162,8 +171,7 @@
" name=\"lnm1\",\n",
" longname=\"Primary mass\",\n",
" valuerange=massrange,\n",
- " resolution=\"{}\".format(resolution[\"M_1\"]),\n",
- " spacingfunc=\"const(math.log({min}), math.log({max}), {res})\".format(min=massrange[0],max=massrange[1],res=resolution[\"M_1\"]),\n",
+ " samplerfunc=\"const(math.log({min}), math.log({max}), {res})\".format(min=massrange[0],max=massrange[1],res=resolution[\"M_1\"]),\n",
" precode=\"M_1=math.exp(lnm1)\",\n",
" probdist=\"three_part_powerlaw(M_1, 0.1, 0.5, 1.0, 150, -1.3, -2.3, -2.3)*M_1\",\n",
" dphasevol=\"dlnm1\",\n",
@@ -176,8 +184,7 @@
" name=\"q\",\n",
" longname=\"Mass ratio\",\n",
" valuerange=[\"0.1/M_1\", 1],\n",
- " resolution=\"{}\".format(resolution['q']),\n",
- " spacingfunc=\"const({}/M_1, 1, {})\".format(massrange[0],resolution['q']),\n",
+ " samplerfunc=\"const({}/M_1, 1, {})\".format(massrange[0],resolution['q']),\n",
" probdist=\"flatsections(q, [{{'min': {}/M_1, 'max': 1.0, 'height': 1}}])\".format(massrange[0]),\n",
" dphasevol=\"dq\",\n",
" precode=\"M_2 = q * M_1\",\n",
@@ -190,8 +197,7 @@
" name=\"log10per\", # in days\n",
" longname=\"log10(Orbital_Period)\",\n",
" valuerange=[0.15, 5.5],\n",
- " resolution=\"{}\".format(resolution[\"per\"]),\n",
- " spacingfunc=\"const({}, {}, {})\".format(logperrange[0],logperrange[1],resolution[\"per\"]),\n",
+ " samplerfunc=\"const({}, {}, {})\".format(logperrange[0],logperrange[1],resolution[\"per\"]),\n",
" precode=\"\"\"orbital_period = 10.0 ** log10per\n",
"sep = calc_sep_from_period(M_1, M_2, orbital_period)\n",
"sep_min = calc_sep_from_period(M_1, M_2, 10**{})\n",
@@ -306,7 +312,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "adding: parse_function=<function parse_function at 0x14736bebc040> to grid_options\n"
+ "adding: parse_function=<function parse_function at 0x149c95c56c10> to grid_options\n"
]
}
],
@@ -380,158 +386,262 @@
"text": [
"adding: num_cores=4 to grid_options\n",
"Creating and loading custom logging functionality\n",
+ "Doing dry run to calculate total starcount and probability\n",
"Generating grid code\n",
"Generating grid code\n",
- "Constructing/adding: lnm1\n",
- "Constructing/adding: q\n",
- "Constructing/adding: log10per\n",
"Saving grid code to grid_options\n",
- "Writing grid code to /tmp/binary_c_python/notebooks/notebook_comenv/binary_c_grid_ad303100d719457c83256568f9a9887c.py\n",
- "Loading grid code function from /tmp/binary_c_python/notebooks/notebook_comenv/binary_c_grid_ad303100d719457c83256568f9a9887c.py\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/notebooks/notebook_comenv/binary_c_grid_2b66f805db424c48a1d29c45092b6e3c.py [dry_run = True]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/notebooks/notebook_comenv/binary_c_grid-latest0 \n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/notebooks/notebook_comenv/binary_c_grid_2b66f805db424c48a1d29c45092b6e3c.py\n",
"Grid code loaded\n",
- "Grid has handled 1000 stars\n",
- "with a total probability of 0.0645905996773004\n",
- "Total starcount for this run will be: 1000\n"
+ "Dry run of the grid\n",
+ "Grid has handled 1000 stars with a total probability of 0.0645906\n",
+ "****************************************\n",
+ "* Total starcount for this run is 1000 *\n",
+ "* Total probability is 0.0645906 *\n",
+ "****************************************\n",
+ "\n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-12 18:07:39,950 DEBUG Process-2] --- Setting up processor: process-0\n",
- "[2021-09-12 18:07:39,953 DEBUG Process-3] --- Setting up processor: process-1\n",
- "[2021-09-12 18:07:39,959 DEBUG Process-4] --- Setting up processor: process-2\n",
- "[2021-09-12 18:07:39,962 DEBUG MainProcess] --- setting up the system_queue_filler now\n",
- "[2021-09-12 18:07:39,965 DEBUG Process-5] --- Setting up processor: process-3\n"
+ "[2021-11-01 09:50:56,156 DEBUG Process-2] --- Setting up processor: process-0\n",
+ "[2021-11-01 09:50:56,159 DEBUG Process-3] --- Setting up processor: process-1\n",
+ "[2021-11-01 09:50:56,163 DEBUG Process-4] --- Setting up processor: process-2\n",
+ "[2021-11-01 09:50:56,166 DEBUG MainProcess] --- setting up the system_queue_filler now\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Process 0 started at 2021-09-12T18:07:39.965721.\tUsing store memaddr <capsule object \"STORE\" at 0x14736bee47e0>\n",
- "Process 1 started at 2021-09-12T18:07:39.970949.\tUsing store memaddr <capsule object \"STORE\" at 0x14736bee4870>\n",
- "Process 2 started at 2021-09-12T18:07:39.978355.\tUsing store memaddr <capsule object \"STORE\" at 0x14736bee4f30>\n",
- "Process 3 started at 2021-09-12T18:07:39.983689.\tUsing store memaddr <capsule object \"STORE\" at 0x14736bee4870>\n"
+ "Generating grid code\n",
+ "Generating grid code\n",
+ "Saving grid code to grid_options"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-12 18:07:40,066 DEBUG MainProcess] --- Signaling stop to processes\n"
+ "[2021-11-01 09:50:56,168 DEBUG Process-5] --- Setting up processor: process-3\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Generating grid code\n",
- "Generating grid code\n",
- "Constructing/adding: lnm1\n",
- "Constructing/adding: q\n",
- "Constructing/adding: log10per\n",
- "Saving grid code to grid_options\n",
- "Writing grid code to /tmp/binary_c_python/notebooks/notebook_comenv/binary_c_grid_ad303100d719457c83256568f9a9887c.py\n",
- "Loading grid code function from /tmp/binary_c_python/notebooks/notebook_comenv/binary_c_grid_ad303100d719457c83256568f9a9887c.py\n",
- "Grid code loaded\n",
- "163/1000 16.3% complete 18:07:49 ETA= 51.5s tpr=6.16e-02 ETF=18:08:41 mem:594.9MB\n",
- "322/1000 32.2% complete 18:07:59 ETA= 42.9s tpr=6.33e-02 ETF=18:08:42 mem:538.2MB\n",
- "465/1000 46.5% complete 18:08:09 ETA= 38.1s tpr=7.12e-02 ETF=18:08:47 mem:538.2MB\n",
- "586/1000 58.6% complete 18:08:19 ETA= 34.3s tpr=8.29e-02 ETF=18:08:54 mem:540.0MB\n",
- "682/1000 68.2% complete 18:08:30 ETA= 34.0s tpr=1.07e-01 ETF=18:09:04 mem:540.1MB\n",
- "784/1000 78.4% complete 18:08:40 ETA= 21.2s tpr=9.81e-02 ETF=18:09:01 mem:541.8MB\n",
- "872/1000 87.2% complete 18:08:50 ETA= 15.0s tpr=1.17e-01 ETF=18:09:05 mem:546.1MB\n",
- "963/1000 96.3% complete 18:09:00 ETA= 4.2s tpr=1.14e-01 ETF=18:09:04 mem:546.9MB\n"
+ "\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/notebooks/notebook_comenv/binary_c_grid_2b66f805db424c48a1d29c45092b6e3c.py [dry_run = False]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/notebooks/notebook_comenv/binary_c_grid-latest1 \n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/notebooks/notebook_comenv/binary_c_grid_2b66f805db424c48a1d29c45092b6e3c.py\n",
+ "Grid code loaded\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:50:56,258 DEBUG MainProcess] --- Signaling stop to processes\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "177/1000 17.7% complete 09:51:05 ETA= 46.9s tpr=2.28e-01 ETF=09:51:52 mem:941.1MB M1=1.3 M2=1.2 P=1.1e+3\n",
+ "348/1000 34.8% complete 09:51:15 ETA= 38.1s tpr=2.34e-01 ETF=09:51:53 mem:679.5MB M1=1.9 M2=1.4 P=2.6e+3\n",
+ "451/1000 45.1% complete 09:51:25 ETA= 32.1s tpr=2.34e-01 ETF=09:51:57 mem:682.6MB M1=2.2 M2=1.7 P=5.3\n",
+ "555/1000 55.5% complete 09:51:35 ETA= 32.8s tpr=2.95e-01 ETF=09:52:08 mem:684.4MB M1=2.7 M2=1.9 P=1.9e+2\n",
+ "631/1000 63.1% complete 09:51:46 ETA= 29.7s tpr=3.22e-01 ETF=09:52:15 mem:685.3MB M1=3.2 M2=1.8 P=5.3\n",
+ "682/1000 68.2% complete 09:51:56 ETA= 28.4s tpr=3.58e-01 ETF=09:52:24 mem:687.5MB M1=3.2 M2=2.9 P=13\n",
+ "757/1000 75.7% complete 09:52:06 ETA= 24.4s tpr=4.02e-01 ETF=09:52:30 mem:687.9MB M1=3.8 M2=2.6 P=1.1e+3\n",
+ "810/1000 81.0% complete 09:52:16 ETA= 19.9s tpr=4.20e-01 ETF=09:52:36 mem:688.0MB M1=4.6 M2=1.5 P=2.2\n",
+ "863/1000 86.3% complete 09:52:27 ETA= 15.3s tpr=4.48e-01 ETF=09:52:42 mem:691.9MB M1=4.6 M2=3.3 P=31\n",
+ "915/1000 91.5% complete 09:52:37 ETA= 10.1s tpr=4.76e-01 ETF=09:52:47 mem:693.2MB M1=5.5 M2=1.7 P=1.9e+2\n",
+ "963/1000 96.3% complete 09:52:47 ETA= 4.6s tpr=4.97e-01 ETF=09:52:52 mem:694.2MB M1=5.5 M2=3.9 P=31\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:52:56,316 DEBUG Process-5] --- Process-3 is finishing.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 3 free memory and return \n",
+ "****************************************************\n",
+ "* Process 3 finished: *\n",
+ "* generator started at 2021-11-01T09:50:56.168379 *\n",
+ "* generator finished at 2021-11-01T09:52:56.323359 *\n",
+ "* total: 2m 0.15s *\n",
+ "* of which 2m 0.03s with binary_c *\n",
+ "* Ran 251 systems *\n",
+ "* with a total probability of 0.0163656 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 3 queue put output_dict \n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-12 18:09:06,366 DEBUG Process-5] --- Process-3 is finishing.\n"
+ "[2021-11-01 09:52:56,329 DEBUG Process-5] --- Process-3 is finished.\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Process 3 finished:\n",
- "\tgenerator started at 2021-09-12T18:07:39.964604, done at 2021-09-12T18:09:06.370832 (total: 86.406228s of which 86.24177551269531s interfacing with binary_c).\n",
- "\tRan 222 systems with a total probability of 0.014137215791516371.\n",
- "\tThis thread had 0 failing systems with a total probability of 0.\n",
- "\tSkipped a total of 0 systems because they had 0 probability\n"
+ "process 3 return \n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-12 18:09:06,374 DEBUG Process-5] --- Process-3 is finished.\n",
- "[2021-09-12 18:09:06,979 DEBUG Process-3] --- Process-1 is finishing.\n"
+ "[2021-11-01 09:52:56,986 DEBUG Process-2] --- Process-0 is finishing.\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Process 1 finished:\n",
- "\tgenerator started at 2021-09-12T18:07:39.953039, done at 2021-09-12T18:09:06.982866 (total: 87.029827s of which 86.82909393310547s interfacing with binary_c).\n",
- "\tRan 273 systems with a total probability of 0.01877334232598154.\n",
- "\tThis thread had 0 failing systems with a total probability of 0.\n",
- "\tSkipped a total of 0 systems because they had 0 probability\n"
+ "process 0 free memory and return \n",
+ "****************************************************\n",
+ "* Process 0 finished: *\n",
+ "* generator started at 2021-11-01T09:50:56.155678 *\n",
+ "* generator finished at 2021-11-01T09:52:56.991657 *\n",
+ "* total: 2m 0.84s *\n",
+ "* of which 2m 0.70s with binary_c *\n",
+ "* Ran 267 systems *\n",
+ "* with a total probability of 0.0175264 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 0 queue put output_dict \n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-12 18:09:06,985 DEBUG Process-3] --- Process-1 is finished.\n",
- "[2021-09-12 18:09:07,174 DEBUG Process-2] --- Process-0 is finishing.\n"
+ "[2021-11-01 09:52:56,996 DEBUG Process-2] --- Process-0 is finished.\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Process 0 finished:\n",
- "\tgenerator started at 2021-09-12T18:07:39.949775, done at 2021-09-12T18:09:07.176660 (total: 87.226885s of which 87.02672934532166s interfacing with binary_c).\n",
- "\tRan 268 systems with a total probability of 0.016469813170514686.\n",
- "\tThis thread had 0 failing systems with a total probability of 0.\n",
- "\tSkipped a total of 0 systems because they had 0 probability\n"
+ "process 0 return \n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-12 18:09:07,179 DEBUG Process-2] --- Process-0 is finished.\n",
- "[2021-09-12 18:09:07,233 DEBUG Process-4] --- Process-2 is finishing.\n"
+ "[2021-11-01 09:52:57,094 DEBUG Process-3] --- Process-1 is finishing.\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Process 2 finished:\n",
- "\tgenerator started at 2021-09-12T18:07:39.958802, done at 2021-09-12T18:09:07.236252 (total: 87.27745s of which 87.0905077457428s interfacing with binary_c).\n",
- "\tRan 237 systems with a total probability of 0.015210228389288167.\n",
- "\tThis thread had 0 failing systems with a total probability of 0.\n",
- "\tSkipped a total of 0 systems because they had 0 probability\n"
+ "process 1 free memory and return \n",
+ "****************************************************\n",
+ "* Process 1 finished: *\n",
+ "* generator started at 2021-11-01T09:50:56.158640 *\n",
+ "* generator finished at 2021-11-01T09:52:57.099417 *\n",
+ "* total: 2m 0.94s *\n",
+ "* of which 2m 0.83s with binary_c *\n",
+ "* Ran 234 systems *\n",
+ "* with a total probability of 0.0143896 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 1 queue put output_dict \n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-12 18:09:07,238 DEBUG Process-4] --- Process-2 is finished.\n"
+ "[2021-11-01 09:52:57,104 DEBUG Process-3] --- Process-1 is finished.\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Population-ad303100d719457c83256568f9a9887c finished! The total probability was: 0.06459059967730076. It took a total of 87.54819011688232s to run 1000 systems on 4 cores\n",
+ "process 1 return \n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:52:57,728 DEBUG Process-4] --- Process-2 is finishing.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 2 free memory and return \n",
+ "****************************************************\n",
+ "* Process 2 finished: *\n",
+ "* generator started at 2021-11-01T09:50:56.163481 *\n",
+ "* generator finished at 2021-11-01T09:52:57.732244 *\n",
+ "* total: 2m 1.57s *\n",
+ "* of which 2m 1.45s with binary_c *\n",
+ "* Ran 248 systems *\n",
+ "* with a total probability of 0.016309 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 2 queue put output_dict \n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 09:52:57,736 DEBUG Process-4] --- Process-2 is finished.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 2 return \n",
+ "**************************************************************\n",
+ "* Population-2b66f805db424c48a1d29c45092b6e3c finished! *\n",
+ "* The total probability is 0.0645906. *\n",
+ "* It took a total of 2m 1.85s to run 1000 systems on 4 cores *\n",
+ "* = 8m 7.40s of CPU time. *\n",
+ "* Maximum memory use 941.109 MB *\n",
+ "**************************************************************\n",
+ "\n",
"There were no errors found in this run.\n"
]
}
@@ -568,7 +678,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "{'population_name': 'ad303100d719457c83256568f9a9887c', 'evolution_type': 'grid', 'failed_count': 0, 'failed_prob': 0, 'failed_systems_error_codes': [], 'errors_exceeded': False, 'errors_found': False, 'total_probability': 0.06459059967730076, 'total_count': 1000, 'start_timestamp': 1631462859.9342952, 'end_timestamp': 1631462947.4824853, 'total_mass_run': 4680.235689312421, 'total_probability_weighted_mass_run': 0.22611318083528567, 'zero_prob_stars_skipped': 0}\n"
+ "{'population_name': '2b66f805db424c48a1d29c45092b6e3c', 'evolution_type': 'grid', 'failed_count': 0, 'failed_prob': 0, 'failed_systems_error_codes': [], 'errors_exceeded': False, 'errors_found': False, 'total_probability': 0.06459059967730083, 'total_count': 1000, 'start_timestamp': 1635760256.1239555, 'end_timestamp': 1635760377.9739752, 'total_mass_run': 4680.235689312423, 'total_probability_weighted_mass_run': 0.22611318083528548, 'zero_prob_stars_skipped': 0}\n"
]
}
],
@@ -586,7 +696,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "{'merged': 0.035263029200000025, 'unmerged': 0.019388724199999995}\n"
+ "{'merged': 0.03502960360000004, 'unmerged': 0.019715467199999996}\n"
]
},
{
@@ -601,7 +711,7 @@
},
{
"data": {
- "image/png": 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\n",
+ "image/png": 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Cc8yEFOwDOwhsWoDvvJ9hGJqQISJytuyc/YR2bTxlO6tJh7LXHUgr13WOP7/M18e75qf3Ph39+g0sLWQBXHjhxUyc+FdWrfoBgBYtWpYWsgCWL/8Wy7I4//x+BIPB0vP9+w9kwYK57NqVSZMmSWec52yomCUiIiIiUkU5/gLsvakAWMknn2J4NG/7/hQt2oFz5C9enqSOlRVRRKTWMOMaYDVpX652Zb5OaF6u+xu+6DJfH+9ZP7336WjQILHM13Xr1gUgJycHgKioss/Pzs4iFApxySX9j3u//fv3qZglIiIiIiJlhXZtAMcGwHM6xaw2F1C05B2wgwQ2zFcxS0SkAnjbDzijKX6RfW88o+dF/2zcGV13IllZWWW+Pnz4EAD16tU7bvuYmFhiY2OZNOmfx/28efOU454PB403FhERERGpooIl62WZVrlGA5QwImPxdr4YX4+riOh1dSWlExGR6mTp0sVlpgt+/fUcDMOge/eex21/7rnnkZubi2VZdOjQqfSftWvX8OabrwJGmJIfSyOzRERERESqqFDGOgCsRm0wvBGndW3kBSMrI5KIiFRTu3dn8sgjDzJixLVs357Kyy//iyuuuJLk5KbHbd+3b3+6dOnG2LH3c/PNt9OsWXNWr17J66+/zKWXXlZm/a1wUzFLRERERKQKcorysHMPAKe3XpaIiMjxDBlyGT5fJI8+OpaYmFhuuGEUt9xyxwnbm6bJ3/72D15++QVef/1lsrIO07BhI0aNuo1Ro24LY/JjqZglIiIiIlIFGRExxN78PKE9WzDjEs74Po5jE8rcgFknETMu8dQXiIhIjeT1+hg79hHGjn3kmM+mTHnpuNdER8dw770PcO+9D1R2vNOiYpaIiIiISBVlWB48SWe+DbvjLyDvgz/i5OzD23UYkedfV4HpRERE3KEF4EVEREREaijDF4UZU7xLVXDzQhw7eIorREREqj6NzBIRERERqWLs7H0Ed67Gk9wZo05DDOPMd4zyth9AaPcmnIJsQumr8aR0r8CkIiJSHbz//v/cjlChNDJLRERERKSKCe74nqJvppL3zlic7D1ndS9Pq17gKd4JMbDxm4qIJyIi4ioVs0REREREqphgxjoAjJj6GHUandW9DG8knla9i++7YwV2QfZZ5xMREXGTilkiIiIiIlWIEwoSytwAgJXc+aymGJbwdhhQcnOCmxef9f1ERGoyx3HcjlDjne2vsYpZIiIiIiJVSGjvVggWAeBp2qlC7mk1aosRXzzCK7Bpgf6iJiJyApblIRDwux2jxgsEivB4vGd8vYpZIiIiIiJVSOjIFEMAK6liilmGYeBtVzw6yz64E3v/9gq5r4hITRMbW5fDh/fh9xep8F/BHMchFAqSl5fD4cP7iYmJP+N7aTdDEREREZEqJJixFgCzfjPM6DP/Rv+nvO364V/+ATgOga1LsRJbVti9RURqiqioGACysvYTCgVdTlOzmKYJGHi9PurVa4jX6zvje6mYJSIiIiJSRTj+Auy9qQBYyRUzKquEGVMPX48RWPWbYTXvUqH3FhGpSaKiYkqLWlJxEhPj2Lcvp0LupWKWiIiIiEgVEcrcAI4NgCe5c4XfP+K8n1f4PUVERMJNa2aJiIiIiFQRJVMMMS2sJu3dDSMiIlJFaWSWiIiIiEgV4esyFLNeEk7+YQxvRKU9x87PIrhlEZ5WvTFjEyrtOSIiIpVBxSwRERERkSrCrJOIr9PgSn2Gnb2PvHceBieEEwxo6qGIiFQ7mmYoIiIiIlKLmHUSMesnARDYuADnyBpdIiIi1YWKWSIiIiIiVYB9eBdOmLaB97YfCICTs4/Qrk1heaaIiEhFUTFLRERERMRljuOQ/7+nyH3zboq+/6TSn+dpcz6YFlA8OktERKQ6UTFLRERERMRl9qEMnIJsCPoxImIq/XlmZByelO4ABLd9i+MvqPRnioiIVBQVs0REREREXBbKWFt67EnuHJZnetsPKD4I+gmkLgvLM0VERCqCilkiIiIiIi4L7iwuZhkx9THiG4XlmVbTczCi6wKaaigiItWLilkiIiIiIi5yQkFCuzYC4GnaGcMwwvJcw7TwtusHgL1nC6HDmWF5roiIyNlSMUtERERExEWhvVshWASAFaYphiW87Y5MNcTQroYiIlJteNwOICIiIiJSmx29XpaV3CmszzbrNiZi4K14kjtjxjUI67NFRETOlIpZIiIiIiIuCmasA8BMaIYZVSfsz/d1uDDszxQRETkbmmYoIiIiIuISx5+PvTcVCP8UQxERkepKxSwREREREZc4QT/eToMx6zbBE+YphmVyODbBjHUUfPUidkG2azlERETKw/Vi1qeffsrll19O165dGTZsGB999NFJ2+fl5TF+/Hj69etH9+7dufPOO9m+ffsJ20+bNo1LL730mPN+v58XXniByy67jHPPPZfLLruMf/7zn/j9/rN8IxERERGR8jGj6xLZ7yZifvkUVtMuruWw92yl4LNnCG5ZTHDLYtdyiIiIlIerxawZM2YwZswY+vfvz/PPP0/v3r0ZO3Yss2bNOuE19913H7NmzWLMmDFMmDCBPXv2MGrUKHJyco5p+8UXX/DUU08d9z6PP/44L7zwAldffTX/+te/uPrqq3nxxRd5/PHHK+z9RERERETKyzAM155tNmqDUacRAIGNC3Acx7UsIiIip+LqAvATJ05k2LBhjBs3DoABAwaQlZXFc889x2WXXXZM++XLlzNv3jxefvllBg4cCEDPnj25+OKLefvtt7nrrrsAyMrKYvLkybz11lvUqXPsIppZWVm8++67jBkzhjvuuAOACy64AIC//e1vPPDAA8THx1fKO4uIiIiIADiO42oB62iGYeBt1w//8g+xD+7E3r8DK7GF27FERESOy7WRWenp6aSlpTFkyJAy54cOHUpqairp6enHXLNw4UJiYmLo169f6bn69evTq1cv5s+fX3pu6tSpzJ49m4kTJzJ48OBj7pObm8vIkSOP+axVq1al2UREREREKlNw8yLyPniUwiX/xfEXuB0Hb7v+QHFxLbBxgbthRERETsK1YlZqavGuLS1btixzPiUlBYBt27Yd95qUlBQsyypzvnnz5mXaX3HFFcyePZthw4Yd99nJycn86U9/Ki1elZgzZw5er7c0g4iIiIhIZQnuXIN9IJ3Ahnng8bkdBzO2PlbT4h0VA1sW4wS1lqyIiFRNrhWzSta4io2NLXM+JiYGKB499VO5ubnHtC+55uj2LVu2xOc7vW8IZs+ezfTp07nhhhuIi4s7rWtFRERERE6H4ziEMtYC4EnqhGFap7giPLzti5fywJ9PcMcP7oYRERE5AdfWzDrVopKmeWyd7WTXHK99eX3xxRc88MAD9OjRgwceeOC0r09IOLbAdjKJiSqWSfiov0k4qb9JOKm/SThVdH/z700jtyAbgPj25xFfRfqzXW8AaQunYhfmYmxbROL5l7gdqVbS728STupvEk4V1d9cK2aVjH7Ky8src75khNXxRkfFxsayc+fOY87n5eUdd8RWebzxxhtMmDCB3r178/zzzxMREXHa9zhwIBfbLt+OL4mJcezbd+zOiyKVQf1Nwkn9TcJJ/U3CqTL6m3/1stLjwvjW+KtQf7Za98FeO4eC1FXs2bYdMzbB7Ui1in5/k3BSf5NwOp3+ZprGSQcOuTbNsGStrLS0tDLnd+zYUebzn16Tnp5+zAitHTt2HLf9qTz55JM89dRTDB8+nJdffvmMC2IiIiIiIqcjeGSKoRGbgBHfyOU0ZXnbDwDAiIrDPrzb5TQiIiLHcq2YlZKSQtOmTZk1a1aZ81988QUtWrQgKSnpmGv69+9PdnY2ixYtKj138OBBli9fTt++fU/r+ZMmTeLNN9/k1ltv5dlnnz3tNbZERERERM6EEwoS2rURAE9yJwzDcDlRWWZCClHDHyTmxr/jObIgvIiISFXi2jRDgNGjRzNu3Dji4+MZNGgQc+bMYebMmUycOBEoLlSlpaXRpk0bYmNj6dWrF7179+b+++9nzJgx1K1bl8mTJxMXF8fIkSPL/dyNGzfy4osv0qVLFy677DJWrlxZ5vOS54mIiIiIVLTQ3q0QLALASq56xSLDMFTEEhGRKs3VYtbVV1+N3+/ntdde47333qNZs2ZMmDCB4cOHAzB37lzGjRvH1KlT6dOnDwBTpkzh6aef5plnnsG2bXr06MGkSZOIj48v93Nnz56NbdusXr2a66677pjPp02bRs+ePSvmJUVEREREjlKyiyGAldzJxSQiIiLVk+GcaltBOSUtAC9VlfqbhJP6m4ST+puEU0X3t8JF0wis/xqzbhNifvGXCrtvRbMLsgluXkhg67dEX/4ghi/K7Ui1gn5/k3BSf5NwqsgF4F0dmSUiIiIiUttE9r2RiN7X4uQddDvKSdn7Uila8g4AwdRv8XYY6HIiERGRYq4tAC8iIiIiUlsZHh9mfGO3Y5yU1bQLRnRdAAIbF7gbRkRE5CgqZomIiIiIyDEM08LbtnjH8NCezdiHd7ucSEREpJiKWSIiIiIiYVK4+G0CG+Zj5x1yO0q5eNsPKD0ObNLoLBERqRpUzBIRERERCQM79wCB1Z9TOP+1ajNtz6zbBLNRGwACmxbi2CGXE4mIiKiYJSIiIiISFqGMdaXHnqadXUxyekpGZzn5hwntXONyGhERERWzRERERETCIpixtvjAF4XZoIWrWU6Ht1Vv8PgALQQvIiJVg4pZIiIiIiKVzHGc0pFZnqROGKblcqLyM3xReFr1AiC44wfswhyXE4mISG2nYpaIiIiISCWzD+3EKcgGwEru5HKa0+dtNwAwsJp0gMJct+OIiEgt53E7gIiIiIhITRfaubb02JNcfdbLKmE1aU/MDc9ixia4HUVERETFLBERERGRyhY8MsXQiE3AiG/kcprTZxgGhgpZIiJSRWiaoYiIiIhIJXJCQUK7NgDgSe6EYRguJzp7jh1yO4KIiNRiKmaJiIiIiFSi0N6tEPQDYFXDKYZHC+3fTsFXL5L39hicI+8kIiISbppmKCIiIiJSiazG7Yi+9glCO9diNa3exSz78G6CWxYDENyxAm/r3i4nEhGR2kgjs0REREREKpFhGFj1kvF1GYIZGed2nLPiaXEe+KIBCGxa4HIaERGprVTMEhERERGRcjE8PrxtzgcglL4GO/egy4lERKQ2UjFLRERERKSShA5nEtqzpUYtmO5tP+DIkUNg80JXs4iISO2kYpaIiIiISCUJrJlD/sePkzftPhw76HacCmE2aIFZvykAgY3f4DiOy4lERKS2UTFLRERERKSShDLWAmDWS8Ywa8beS4Zh4G1XPDrLyd5DaPcmlxOJiEhto2KWiIiIiEglsHMPYGftBsBK7uRymorlaXsBGBZQPDpLREQknFTMEhERERGpBKGMdaXHnuTOLiapeGZUHTwp5wIQTF2GEyh0N5CIiNQqKmaJiIiIiFSC4JEphviiMRu0cDVLZfC2H4ARVQdvp8EQqhnrgYmISPVQMybui4iIiIhUIY7jlI7M8iR1xDBr3s+QrWZdibnx7zVmLTAREak+9CePiIiIiEgFsw/uxCnIBsBqWrOmGJYoLtDVvCKdiIhUffrTR0RERESkgpXsYgg1b72s43EcBzv/sNsxRESkltDILBERERGRChY8MsXQiE3AqNPQ5TSVK7B1Gf7vP8bx5xMz8m81ckqliIhULSpmiYiIiIhUMF/HiwjG1MeIisMwDLfjVCrHn499KAOAUMYaPM26upxIRERqOv3YRERERESkgnladCdy4C1E9PqF21Eqnbd1H7B8AAQ2LnA5jYiI1AYqZomIiIiIyBkzfFF4WvUEILj9B5zCXJcTiYhITadiloiIiIhIBXIChW5HCDtv+wHFB3aQwJbF7oYREZEaT8UsEREREZEK4hTlkfvmaPKmjyeYtsrtOGFjNWmPEZcIQGDjNy6nERGRmk7FLBERERGRChLM3AB2CHvfNqjhC78fzTBMvO37A2Af2EFo/w6XE4mISE2mYpaIiIiISAUJZawtPjA9WE3auRsmzLzt+gPFBbzAJo3OEhGRyqNiloiIiIhIBQlmrAPAatwWwxPhcprwMmMTsJI7ARDYvAgnFHA5kYiI1FQetwOIiIiIiNQEdu4BnKzdAKVFndrG22Fg8b/b/zhKS0REpKKpmCUiIiIiUgFCO9eWHnuSO7uYxD3e1n3wtu7jdgwREanhNM1QRERERKQClEwxxBeN2aCFq1lERERqMhWzRERERETOkuPYpYu/e5I6Ypj6Ntvx52tXQxERqRSaZigiIiIicpbsgztxCnMAsJrWzimGRyta/iH+lTMxYusT88unMQytnyUiIhVHPzISERERETlbQT9W43ZgWLV2vayjGb5oCAVwsvYQ2rPF7TgiIlLDaGSWiIiIiMhZshq1Ifrnv8cJFIInwu04rvO07UvR0vfACRHcOB9P47ZuRxIRkRpEI7NERERERCqI4Y3UlDrAjKqDJ6UbAIHUb4uLfCIiIhVExSwREREREalw3nYDig8ChQRTv3U3jIiI1CgqZomIiIiInAX/qs8pmPsygS2L3Y5SpVjNu2BE1QEgsOkbl9OIiEhNomKWiIiIiMhZCKQuJbhpIf6Vs9yOUqUYpgdP274AhHZtxM7a43IiERGpKVTMEhERERE5Q05RHva+bQBYyZ1cTlP1eNsPKD3W6CwREakoKmaJiIiIiJyhYOYGcBwAPE07u5ym6rHqJWM2bAVAYNNCHMd2OZGIiNQEHrcDiIiIiIhUV6GMtcUHlgercTt3w1RRvnOGENq/A2/7/hiGfpYuIiJnT8UsEREREZEzFMxYB4DVqC2Gx+dymqrJ2+Z8vG3OdzuGiIjUIPrRiIiIiIjIGbBzD+Bk7QbAStYUQxERkXBRMUtERERE5AyEdq4tPdZ6WafmOA6hvakEM9e7HUVERKo5TTMUERERETkDJVMMiYjBTEhxN0w1UPD5JEJpKzEbpOC5erzbcUREpBrTyCwRERERkTNgH0wDwJPUEcPUt9WnYiW2BMDev4PQgTSX04iISHWmkVkiIiIiImcg+prHsQ+kux2j2vC264//u48Bh8DGBVh9b3Q7koiIVFP6EZKIiIiIyBkwDBOrQQpWA00xLA8zrgFWckcAgpsX44SCLicSEZHqSsUsEREREREJC2+7/gA4RbkEd/zgchoREamuVMwSERERETkNTihA0YoZhPZvx3Fst+NUK56WPcEXBUBg0zcupxERkepKxSwRERERkdMQ2rMF/7J3yf/wMYLblrsdp1oxPD68rfsAEEpfhZ13yOVEIiJSHamYJSIiIiJyGkI715YeW0kdXUxSPXnbDyw+cBwCmxe5G0ZERKolFbNERERERE5DMGMdAGZCCmZknMtpqh8zsSVmvSQAgtu/czmNiIhUR64Xsz799FMuv/xyunbtyrBhw/joo49O2j4vL4/x48fTr18/unfvzp133sn27dtP2H7atGlceumlx/3szTff5NJLL6Vr166MGDGCefPmncWbiIiIiEhN5xTlYe/fBoCV3MnlNNWTYRj4eowgcvBviL7iYbfjiIhINeRqMWvGjBmMGTOG/v378/zzz9O7d2/Gjh3LrFmzTnjNfffdx6xZsxgzZgwTJkxgz549jBo1ipycnGPafvHFFzz11FPHvc8rr7zChAkTGDFiBJMnT6ZZs2bcfffdrFixoqJeT0RERERqmGDmenAcADxNO7ucpvrytuqFt835GB6f21FERKQa8rj58IkTJzJs2DDGjRsHwIABA8jKyuK5557jsssuO6b98uXLmTdvHi+//DIDBxbPte/ZsycXX3wxb7/9NnfddRcAWVlZTJ48mbfeeos6deocc5/8/HxeeOEFbrvtNu6++24ABg4cyPXXX8+UKVN45ZVXKuuVRURERKQaCx2ZYojlwWrczt0wIiIitZRrI7PS09NJS0tjyJAhZc4PHTqU1NRU0tPTj7lm4cKFxMTE0K9fv9Jz9evXp1evXsyfP7/03NSpU5k9ezYTJ05k8ODBx9xn5cqV5OTklHm2YRhceumlLF68GL/fXxGvKCIiIiI1TPDI4u9Wo7YaVVQBHH8+/nVfE0xb5XYUERGpRlwrZqWmpgLQsmXLMudTUlIA2LZt23GvSUlJwbKsMuebN29epv0VV1zB7NmzGTZs2Emf3apVq2OeHQwGj1tIExEREZHazc7Zh5O9BwArWVMMz5bjOOR98EeKvnkT/8rP3I4jIiLViGvTDEvWuIqNjS1zPiYmBoDc3NxjrsnNzT2mfck1R7f/aYHsePc5+lk/fXZeXt6p4peRkHBsppNJTNSuNxI+6m8STupvEk7qbxJOiYlxZGcspeS7xMRzehGhPnjWDnTqS9bSTwjt2khdTx7eeo3djlQl6Pc3CSf1NwmniupvrhWznCMLZ56IaR47aOxk1xyv/Zk+2zCMct8L4MCBXGz75PcskZgYx759xy5WL1IZ1N8knNTfJJzU3yScSvqbXb8jkRfdRWj3JrKsRAz1wbMWatYHln4CwJ7Fs4jo9QuXE7lPv79JOKm/STidTn8zTeOkA4dcm2YYF1dcjfvpKKiSUVMlnx8tNjb2uKOm8vLyjjtiqyKfLSIiIiK1mxlVB2/bvkQOuAXjNH6QKidm1U/GTCxe+iOwaSGObbucSEREqgPX/hQumQqYlpZW5vyOHTvKfP7Ta9LT048ZWbVjx45TTi0s77N9Ph9JSUnlvpeIiIiIiJw5b/sBADh5BwllrnM5jYiIVAeuFbNSUlJo2rQps2bNKnP+iy++oEWLFsctKPXv35/s7GwWLVpUeu7gwYMsX76cvn37lvvZ3bt3Jzo6ms8//7z0nOM4zJ49m169euHzaWcaEREREfmRnb0Px1/gdowaydumD1heAAIbF7icRkREqgPX1swCGD16NOPGjSM+Pp5BgwYxZ84cZs6cycSJE4HiQlVaWhpt2rQhNjaWXr160bt3b+6//37GjBlD3bp1mTx5MnFxcYwcObLcz42KiuK2227jn//8J5Zl0a1bNz744APWrl3L1KlTK+t1RURERKSaKvzmTUIZ6/G06kXUxb9xO06NYvii8bTsQXDLEoLbv8MpysOIiDn1hSIiUmu5Wsy6+uqr8fv9vPbaa7z33ns0a9aMCRMmMHz4cADmzp3LuHHjmDp1Kn369AFgypQpPP300zzzzDPYtk2PHj2YNGkS8fHxp/Xs0aNHY1kW7777Lq+88gpt2rThn//8Jz169Kjw9xQRERGR6ssJBgjt2gROCMMb4XacGsnbfiDBLUsgFCSwZQm+zhe7HUlERKowwznV1n5yStrNUKoq9TcJJ/U3CSf1Nwmn2Lzt7Jr2GACRF9+Nt3VvdwPVQI5jk/f2gzi5B/C2H0jkhbe5Hck1+v1Nwkn9TcKpInczdHVkloiIiIhIVVewbdWRIwMruaOrWWoqwzCJHHgrRkx9rHrajElERE5OxSwRERERkZMo2L4aALNBc8zIOJfT1Fyepue4HUFERKoJ13YzFBERERGp6pyiPIp2bQXAk9zZ5TQiIiICKmaJiIiIiJxQMHM9ODYAlopZlc5xHEJ7Uylc8AbBtJVuxxERkSpK0wxFRERERE4glLGu+MDyYDVu626Y2iAUIP+zv0KgADvvMJ7m3dxOJCIiVZBGZomIiIiInEBw51oArMbtMDw+l9PUfIbHh7d1HwBC6auw8w+7G0hERKokFbNERERERI7DsUN4W/UiIqktnqZd3I5Ta3jb9y8+cGyCmxe5G0ZERKokTTMUERERETkOw7SI6H0NiYlx7N2b7XacWsNs2BqzbhL24UwCGxfg7ToMwzDcjiUiIlWIRmaJiIiIiJyCiinhYxhG6egs+/Au7L1bXU4kIiJVjYpZIiIiIiI/4TiO2xFqNU/bvmAU/1UlsHGBy2lERKSqUTFLREREROQn7ANp5L79IIXzXydwaLfbcWodM7ouVrOuAAS2LsUJFrmcSEREqhIVs0REREREfiKUsQ4nZx+BDfPcjlJreTsMKD4IFBJMXe5uGBERqVJUzBIRERER+YlgxloAjLhEvPUau5ymdvI074YRGQe+KBx/vttxRESkCtFuhiIiIiIiR3GCfkK7NgHgSe7kcprayzA9RA0fg1m3CYbH53YcERGpQlTMEhERERE5SmjvVgj5AbCadnY5Te1mNUhxO4KIiFRBmmYoIiIiInKU0M61R44MrKSOrmYRERGRY6mYJSIiIiJylJL1sswGzTEj41xOI06gCP+6r8n76M8Ed65xO46IiFQBKmaJiIiIiBzhFOVh79sOgCdZUwyrBDtI0eL/YO9NJbDxG7fTiIhIFaBiloiIiIjIEcHM9YADgKViVpVgRMTgadEDgOD25ThFeS4nEhERt6mYJSIiIiJyhFOQA74osDxYjdu6HUeO8LbvX3wQChLYutTdMCIi4jrtZigiIiIicoSv00V4OwzEztqD4fG5HUeOsJI6YcQm4OQeILBxAb5Og92OJCIiLtLILBERERGRoximhVUvye0YchTDNPG26weAvW8boYM7XU4kIiJuUjFLRERERESqPG+7/qXHgY0LXEwiIiJuUzFLRERERATwr5yBf/XnhA5luh1FjsOs0xCrSQcAgpsX4dhBlxOJiIhbVMwSERERkVrPcWz8K2dStPht/N9NdzuOnIC3/QAAnMIcgmkrXU4jIiJuUTFLRERERGo9+0A6TmEOAFZyZ5fTyIl4WvYEbyRmozYYngi344iIiEu0m6GIiIiI1HqhjLWlxx4Vs6oswxtBzPXPYEbVcTuKiIi4SCOzRERERKTWC2asA8CIS8Ssk+hyGjkZFbJERETFLBERERGp1Zygn9CujYBGZVU3TtCP4zhuxxARkTBTMUtEREREarXQni0QCgBgNe3kchopDzv3IIUL3iD33/di70t1O46IiISZilkiIiIiUquFjkwxBANPkopZ1YJpEtgwHwIFBDYucDuNiIiEmYpZIiIiIlKrBY8s/m42SMGIjHU5jZSHGV0Xq1kXAAJbluIEi1xOJCIi4aRiloiIiIjUWk5RHva+7QB4kjUqqzrxth9QfBAoILjtO3fDiIhIWHncDiAiIiIi4hYjIoaYG54llLEOs0ELt+PIafA0PxcjMg6nMIfAxgV42/Z1O5KIiISJRmaJiIiISK1mxibgbT8AK6GZ21HkNBiWB0+bCwAIZa7HztnnciIREQkXFbNERERERKRa8nYYUHoc2PiNi0lERCScVMwSERERkVrJLsgmuHONFg+vxqz6zUqnhwY2fYPj2O4GEhGRsFAxS0RERERqpeCOHyiY8Sy5b4zGPrzb7ThyhkoWgndyDxDK3OByGhERCQcVs0RERESkVgrtXFt84I3AiG/obhg5Y94252NExePtNBgzpr7bcUREJAy0m6GIiIiI1DqOYxPKXA+AJ7kThqGf8VZXRkQMMTdOxDD131BEpLbQ7/giIiIiUuvYB9JxCnMAsJI7u5xGzpYKWSIitYt+1xcRERGRWieUsbb02KNiVo1iZ+91O4KIiFQyTTMUERERkVoneGS9LCMuEbNOostppCKE9qZSuPAt7H2pRF/7BFa9ZLcjiYhIJdHILBERERGpVZygn9DuTQB4mmpUVk1hRMRg70sFILBxgctpRESkMqmYJSIiIiK1SmjPFggFAK2XVZOY8Y2wmrQHILh5EY4ddDmRiIhUFhWzRERERKRW+XG9LANPUkdXs0jF8rYfAIBTkE0obbXLaUREpLKc9ppZBQUFREVFAXDo0CFmzJiBaZoMGzaMunXrVnQ+EREREZEK5UnpjmOHcPKzMCJj3Y4jFcjTshcsfAsChQQ2zsfTorvbkUREpBKUu5iVnZ3NfffdR3Z2Nu+99x65ubn84he/YNeuXTiOwz//+U/+85//0KxZs8rMKyIiIiJyVqxGbbAatXE7hlQCwxuBt1VvAhvnE0xbhZ2fhRkd73YsERGpYOWeZjhp0iSWLl3KgAHFQ3fff/99MjMzefDBB5k6dSqmaTJp0qTKyikiIiIiInJKniNTDXFCBLcscjeMiIhUinKPzPrqq6+46aabuOeeewD48ssvSUhI4LbbbgPgxhtv5PXXX6+clCIiIiIiFcDxF2D4otyOIZXIatQGI74xTtZuAhu/wdvlMgzDcDuWSK3mODYE/TiBIggWAQZmncTSz0MH0gnt3QrBoiNt/Jh1m+Bt18+90FKllbuYdeDAAdq2bQtATk4OK1asYPjw4aWf16tXj4KCgopPKCIiIiJSQfI+/BOGYeI951J8nS92O45UAsMw8Lbvj3/Z+9iHMrD3bcNq2MrtWCLVTuhAWmnx6Zh/B4sgUPzviAtGYpjFpYXQwQwK571SpijlBIog5C9zbzOxFTEj/lj6dTB9Ff5l7x2TwYiphye5U+W+qFRL5S5mNWrUiPT0dKB4VFYoFGLQoEGln3///fc0adKkwgOKiIiIiFQEO3sfTvZeHMAJFLodRyqRt20/QjtW4mnXD7Ou/o4iNYdjB4uLSEcVlcoWmvyY8Y3KrAvoX/dV8ainQBFO0F+mKJVvBwgVFUCwiKiLR5fZNCH/kyehHL9XRvS8GiKOlBacEPa+bad+kWBRmS8NT8Txm6WvUjFLjqvcxayLLrqIN998k9zcXD777DPi4+MZPHgwe/bs4eWXX+bjjz/m7rvvrsysIiIiIiJnLJixtvTY07Szi0mkspkx9Yi+8hG3Y4jgFOVhZ+/FTGhWOnrJKcwlsGVJ8eim4xSjSkY9GTH1iLrkx79j+9d8SdGit075TG+nwWWKWaGMdQS3LT911uMUmE5a+Dct8ETghAKUTOQ1ImKxmnUpLk55IjC8EeDxYZQeF//biKxTNnO7vnhadC++zhtB/v+ext67lVDm+lPmltqp3MWsBx98kIKCAt5//30aNWrEY489RmRkJJs2bWLatGn8/Oc/56677qrMrCIiIiIiZyyUsa74ICIGM6G5u2FEpEZzgn78K2fiX/EZhPzE3DgRI6Ze8WeFueUqShlxiWVPeLzlfPZPilLRdTFiE0oLRYbHV1pUioyNpShoYngjjhnFGDnojuIDb0RxMero670RpcW5o5mx9Yke9kC5cpbJ6IvG8EWXfu1J6oh/71bs/Wk4hbkYkbGnfU+p2cpdzNqxYwd/+ctfePzxx8uc79ChA/PmzaNhw4YVHk5EREREpCI4jl1azPIkd8Iwyr2pt1RzTtBPaPcmPE3PcTuK1AKO4xDc/j1FS97Gydn/4wdHF5g8vrIXHRm5VFI0Kh29FFO/TDMrsSW+nlcfW1QqU2iKwIiIKXNdZL+boN9Nx82bmBjHvn05x/3M06xL+V+8gllJHWHFp4BDcNdGvC17uJZFqqZyF7NuueUWRowYwZgxY8qc9/l8KmSJiIiISJVmH0jDKcoFwErWFMPaIpC6jML5r4O/kJiRz2D+dKSLSAUKHcqkaNE0QkdNaTbrN8PX9TKM6Lql54zousTc9ByGNxI83nIX162E5li1ZFSp1bhN8TRGwMndf4rWUhuVu5iVn59P06ZNKzOLiIiIiEilCO5cV3rsUTGr1jDjG4O/eMf1wKaFRPS4yt1AUiM5/nyKvvuYwJovwQkVn4yIIaLXL/B2uBDjSFGmhGGaGNHxLiStPgxPBNE/fwSzfvIJF4eX2q3c46tvvvlmXn/9dVavXl2ZeUREREREKlzJSAkjLhGzjkbn1BZWQnPMBikABDZ9g+PYLieSmsbOP0zeOw8TWP15cSHLMPB2GkzsdRPwdRp8TCFLys9q2EqFLDmhco/MWrNmDXv37uWXv/wlkZGR1K1bF9MsWwszDIMvv/yywkOKiIiIiJyp4jWTNgLaxbA28rYbQNH+HTg5+wllbsCT3MntSFKDmNF1MRNbEkpbidW4HRF9b8Q6UkAVkcpT7mJWUVER55xT8Ysmfvrpp/zrX/8iPT2d5ORkfv3rX3PVVVedsH1eXh7PPvssX3zxBfn5+fTs2ZNHHnmEFi1alLYJBoNMmTKF6dOnc/jwYTp37szDDz9M165dS9sEAgFefvllpk+fzv79+2ndujW/+93v6N+/f4W/o4iIiIi4xynMxUrqRGjXRq2XVQt525xP0ZL/gh0ksHGBillyVuz8LEK7N+Jt1bv0XOQFNxBqcwGe1n0wDMPFdDWPnXugdPMOb/sBLqeRqqTcxax///vfFf7wGTNmMGbMGG6++Wb69+/Pl19+ydixY4mMjOSyyy477jX33Xcfq1ev5qGHHiImJoYpU6YwatQoPvvsM+Li4gB44oknmD59OmPGjCEpKYnXX3+dW265hY8//phmzZoBMHnyZF555RXuvfdeunTpwocffshdd93FtGnT6N69e4W/q4iIiIi4o3ir+PtxQkG3o4gLjMhYPC3OI5i6jOC25Tj+X2H4ot2OJdWMYwcJrPmSou8+hpAfq34zzLpNADDjG2HGN3I5Yc1UOO81QhlrMeIbqZglZVTonsTr1q07daOjTJw4kWHDhjFu3DgGDBjA+PHjGTZsGM8999xx2y9fvpx58+YxYcIERowYwZAhQ3jjjTfIycnh7bffBmDnzp288847jB07lptuuonBgwfz6quvEh8fzyuvvFJ6rw8//JArr7ySX//61/Tt25cJEybQuHFj3n333TP/BRARERGRKsuwPBhWuX+WKzWIt/2R2RehAIGty9wNI9VOcOca8t9/tHiEX6AA7BCBVPWjcLCSOgDgZO3Bzj3ochqpSsr9p7nf7+cf//gHCxYsID8/H9v+cfHEUChEXl4eubm5rF+/vlz3S09PJy0tjfvvv7/M+aFDhzJz5kzS09NLR1GVWLhwITExMfTr16/0XP369enVqxfz58/nrrvuYsmSJYRCIYYOHVraxufzMWjQIObOnVvmfWJiYkq/tiyLOnXqcOjQoXLlFxERERGR6sFKPgcjph5O3iECG+fj6zjI7UhSDdjZeyla8l+C278vPWfENybyghvwNO96kiuloniSOuI/chzKXI/Zrt9J20vtUe6RWc899xyvvPIKWVlZREVFkZGRQZMmTfB4POzevZtAIMAjjzxS7genpqYC0LJlyzLnU1KKF8vbtm3bca9JSUnBssruCNG8efPS9qmpqcTHx1O/fv1j7puZmUlhYSEAo0aN4qOPPmLx4sXk5OTw1ltvsX79en7+85+X+x1EREREpGoLpq2g4IvJ+NfOwQkUuR1HXGKYJt62xX8JtvemYh/e7XIiqcqcYBFFyz8k773f/1jI8kYS0eeXxFzzuApZYWQmtgBvJADBzA3uhpEqpdwjs2bNmkXv3r1544032LdvHxdeeCF//OMfadeuHfPmzWP06NF4vd5yPzgnJweA2NjYMudLRkvl5uYec01ubu4x7UuuKWl/sjZQvIB8ZGQkt9xyC99//z233HJLaZvRo0czfPjwcr+DiIiIiFRtwR0rCG7/jmD6Kq23Ust52w/A8efjbT8AQ+sbyQk4oSB57/8RJ3tP6TlP235E9LkWM7que8FqKcP0YDVuRyh9FaHM01vWSGq2chez9uzZw6233oppmjRq1IiEhAR++OEH2rVrx4UXXsiIESN49913ue6668p1P8dxTvq5aR47aOxk15S0P9V9DcPA7/dzww03cODAAR5//HGaN2/OokWLePHFF4mNjeW2224rxxv8KCHh2OLZySQmxp1We5Gzof4m4aT+JuGk/iblkbareAmMqOadaNgk4Yzvo/5WAyTGQZs2pV86oQCYFoZRocsIVwj1N3cd6HwBWYs/wte4NQ2G3k5k0/ZuR6pUVb2/HW53LgfTV+HkHqCuNx9vXRWjq7OK6m/lLmZFRkaWGXnVvHlzNm3aVPp1165d+fzzz8v94JKdB/Py8sqcLxlhVfL50WJjY9m5c+cx5/Py8kpHY8XGxh5zz6PvGxsby+eff87GjRuZOnUqffr0AaBPnz44jsPf//53RowYQb169cr9LgcO5GLbJy+ilUhMjGPfvpxy31vkbKi/STipv0k4qb9JedjZewkeLh5dYTdsf8Z9Rv2tZvKv/pzAuq/xnnMJ3rb9MHxRbkcC1N/CzSnKI7B1Kb5Og388134okb4EPG37kWOa5NTg/x7Vob+F4luVHu9d/S2+Dhe6mEbOxun0N9M0TjpwqNw/hujYsSPz588v/bpVq1b88MMPpV/v2bMHwzDKe7vStbLS0tLKnN+xY0eZz396TXp6+jGjr3bs2FHavlWrVhw+fJisrKxj2jRt2hSfz0dmZiYA3bt3L9OmZ8+eBAKBYzKJiIiISPUTzPhxSoqV3NnFJFLVOLaNf82X2Fm7KVr4FrnT7qdw0TTsrD2nvlhqBMe28a+fS95/x1L0zVSCaStKPzN8UcXTUY8zW0jCz6zfHHzRQPEi8CJwGsWsG264gTlz5nDDDTeQm5vL5Zdfzrp16xg3bhwvv/wyb7zxBl26dCn3g1NSUmjatCmzZs0qc/6LL76gRYsWJCUlHXNN//79yc7OZtGiRaXnDh48yPLly+nbty9A6b+PHiXm9/uZO3du6Wclha/vv/9xVwqAFStWYBgGTZo0Kfd7iIiIiEjVFMpYC4ARGYeZ0OwUraVWcUL4Ol+CEZdY/HWggMCa2eS98zD5syYSTF+N49gnv4dUW6Hdm8n/aDxFC97AKSqewRPc9p3LqeREDNPEk9QBgFDmhlMuLSS1Q7mnGQ4bNozc3Fxef/11oqKi6Nu3LzfeeCPTpk0DICkpiYcffvi0Hj569GjGjRtHfHw8gwYNYs6cOcycOZOJEycCxYWqtLQ02rRpQ2xsLL169aJ3797cf//9jBkzhrp16zJ58mTi4uIYOXIkAMnJyYwYMYLHH3+c/Px8UlJSeP3118nOzuaOO+4AYPDgwXTp0oUHHniA3/3udzRt2pRly5bx8ssvc/3119OwYcPTeg8RERERqVocxy4dmWUldayS6yKJewzLi6/rULznXEoofSX+NV8eKX46hNJWUpC2EjO+Md5zLsXbafBpzUCRqsvOO0TR0ncJbllces6ITSDi/OvxtOzpYjI5FW+HgVhN2mMldXI7ilQRhnOWZc3MzEyysrJo3bo1Pp/vtK//73//y2uvvcauXbto1qwZd911F1dddRUAH374IePGjSuztlVWVhZPP/00X375JbZt06NHDx5++GFatfpxHq3f7+fZZ5/l008/JT8/n86dO/PQQw/RrVu30jY5OTn87W9/Y/bs2eTm5tK8eXOuv/56Ro4cedzF509Ga2ZJVaX+JuGk/ibhpP4mpxLav538Dx8DIGLgrWe1xor6W+0QOphBYO2XBDYvhKAfKJ6eGn35g2HNof5W8ZxQAP/q2fh/+AQChcUnLS++bsPxnTscwxPhbkAXqb9JOFXkmlnlLmaNGjWK//f//h8XXHDBcT//6quv+Nvf/sZnn31WrmA1iYpZUlWpv0k4qb9JOKm/yakUrfgM/7L3AIgZ+VfMkulkZ0D9rXZxivIIbJyPf+0cIvvehCfl3NLP/GtmY9ZtgpXcudJGa6m/Vbz8/z1FaNfG0q89LXoQccH1Z/X7Qk2h/ibhVJHFrBNOMywoKODQoUOlXy9btoxLL72UlJSUY9rats38+fOPu9OgiIiIiEi42QeLvy816jTSX1jltBgRMfi6DsN7zlA4ql5lF2RTtOQdsIOYdZOO7ILYF8Mb6V5YKRdv+wGEdm3ErJtERN8b8TTVhhDVlWPb2Ad2YDZI0fTxWu6kxayrrrqKnJziqplhGDz55JM8+eSTx23vOA79+vWrnJQiIiIiIqch8qK7cHqOwM47dOrGIsfx053s7H3bwDTBBvtwJkXfTKVo2Xt42w/E1/lizDpad7cqcAKF+NfOwddlCIblBcDTti+RhomndW8Ms9zLRksVE0xbRcFX/wJ/AdG/+AuWNvao1U74f3L9+vX561//yurVq3Ech+eff55LL72U9u3bH9PWNE3q16/P5ZdfXqlhRURERETKwzAMjDoNVWCQCuNp3o3YGyeWTkF0cvaDv4DA6s8JrP4Cq3k3fOdcipXcSQvGu8BxHIJbl1C05B2c/MOAQcS5wwEwDBNv276u5pOzZ9ZpCP4CAEKZ61XMquVOWpa+8MILufDC4sUyMzMzuf7668ssoi4iIiIiIlJbHD0FMZi2gsCa2YQy11O8C+IKCtJW4Ot1DRHdr3A7aq0S2r+DokXTCO3e9OO5jDU43YapsFiDGPGNMGLq4eQdKv7/rssQtyOJi8o9xvKpp5467vnNmzdjmiatW7eusFAiIiIiImfKv+ZLzPrJWI3alE4zEqlIhmnibXEe3hbnETq4k8CaLwlsXgShAN7WfUrbOY6Dk3cQMzbBxbQ1l1OYS9G3HxDYMBeO7GtmRNUhove1eNr1UyGrhjEMA6tJB4JbFhPctQHHto+ZDiy1x2lNGH7ppZfYtm0bTz31FLZt85vf/IYFCxYA0LdvX/7xj38QExNTKUFFRERERE7FLsyhaNE0wMF37hVE9L7G7UhSw1n1m2INvIWI3tcQ3LUBs86PGw6E9mym4JOn8KSci/ecS7GSOqrAUgEcO0Rg/dcULZ8ORXnFJw0L7zmXENHjSgxftLsBpdJ4kjsR3LIY/AXYB3ZgJbZ0O5K4pNxlzFdeeYW///3v7N+/H4CZM2cyf/58hgwZwujRo1m+fDnPP/98pQUVERERETmVkilfAFZyJ3fDSK1iRMbibdmzzLnAmtmAQ3DHDxR89gz57z+Cf91XOIEid0LWEIXzX6do4VulhSwruTPR1/yFyAtGqpBVw1lJHUqPi3+/l9qq3COzpk+fzqWXXsrkyZMBmDFjBlFRUUyYMIHIyEjy8vKYNWsWDz30UKWFFRERERE5mdDOdcUHlherURt3w0it5zvvSgxfzJEpiH7sQyW7IL6Pt8NAfJ0uLjOSS8rH12kwwU3fYMQ1IOKCkXhSztOIt1rCjEvEiEvEydlHMHM9vm7D3Y4kLil3MSs9PZ1bbrkFgEAgwOLFi+nduzeRkZEAtG7dunTUloiIiIiIG4IZawGwGrfD8PhcTiO13dFTEEt3Qcw9AP58AqtmEVj1OZ6Uc4kYcDNmdF2341ZJTtCPf/UXeNv3L/01shq2ImrovVjJnfX/eS3kSepAYOM+Qrs24dhBDPO0Vk+SGqLc/9Xr1KlDbm4uAEuXLiU/P5+BAweWfp6WlkaDBg0qPqGIiIiISDnY2XtxcvYB4Gna2eU0Ij8yImPxdRuOt8tQgjuO7IK4awPgENq7FSNC6w7/lOMUT88sWvw2Ts4+7KxdRA26s/RzT0p3F9OJm6ykjgQ2LoBgEfbebViN27odSVxQ7mJW9+7deeutt0hOTuaFF17A4/EwZMgQAoEAX3/9NW+//TaXXHJJZWYVERERETmhYMa60mMrWcUsqXoM08Lbsgfelj0IHUgnsHY2Rp2GZXbdzFn5FYVpW/F1vhgzrnZOQQwdzqRo0X8I7VxTes7en4YTLMLwRLiYTKoCK6kjRlwinuSO4ItyO464pNzFrN///vfcfvvt3HPPPRiGwUMPPURiYiJLly7lnnvuoVWrVtx7772VmVVERERE5IRK/uJrRMZhJjRzOY3IyVkJzbAG3lbmnOPYHF48ncCBTAKrP8eT0r14F8QmHWrFmlCOv4Ci7z8msHo2OKHik75oInpejbfTRRim5W5AqRLMmHrEjvyr2zHEZeUuZjVp0oRPPvmEdevW0ahRIxo1agRAhw4d+Pvf/85FF11EVJSqoiIiIiISfo5tEzyys5WV1BHDKPem3SJVhlOUhxVbj8CBTHAcgtu/J7j9e8x6TfGecwnethfUyJFJjmMT3LyYoqXv4hRkHTlr4O14Ib5ev8CMjHM1n4hUPae1UprH46Fr165lzsXHxzN8uHYQEBERERH32AfSoCgPAEvrZUk1ZUbG0eimP7N7wzoCa2cT2LwYQgHsQzspWvAGRcvew9t+IL7Og2vUFET/D5/iX/5h6ddmozZE9rsJq0EL90JJteE4Tq0YuShladl/EREREan2zLpNiBpyL8GMtXianuN2HJGzUjIFMaL3L/FvmEdg7RycvINQlEdg1UzsfduI/tnDbsesMN4OA/GvnIHhjSSizy/xtLlAxQk5Kcdx8H/7AcHMdXiadSOix5VuR5IwUzFLRERERKo9wxuBp0V3PC20w5nUHEZkLBHnXo6v62UEt39PYO2XhHZtxHtO2Y23grs2YiW2qBZTEB07SGDd11gNW2M1bAWAGV2XqMvuw0pojqEFvaUcDMMgmLYC++BOQqYHVMyqdVTMEhERERERqcIM08LbqhfeVr0IHUjDrJdc+plTmEvBjL+Bx4uvw4V4Ow3GjGvgYtoTC2aso2jRNOxDGZiJrYi+6g+l69t5mrR3OZ1UN1ZSx+Ji1t6tOIEiDG/VL+ZKxTnhyphz585l//794cwiIiIiInLa7PzD2PlZp24oUgNYCc3L7OoX2LIYQn4oysO/cgZ5/32Qgi8mE8zcgOM4Lib9kZ2zj4LZUyj47BnsQxkAOEW5OHmHXE4m1ZmV1LH4wA4R2rPZ3TASdicsZo0ZM4a5c+eWfj1q1CgWL14cjkwiIiIiIuUWWP0FeW/dS94Hf8Sxg27HEQkrb6eLiLzkbqzG7YpPOA7B7d9R8OnT5H/wR/wb5uEE/a5kc4J+ir77iLx3f09w2/Lik54IfL2vIebaJzBjE1zJJTWDp0l7OLK2WihjnctpJNxOWMxyHIfvvvuOgoICAJYtW8aBAwfCFkxEREREpDyCGWuLD0wLw9QqGlK7GKYHb6veRP/890RfPR5PuwFgFf9/YB9Mp2j+6+ROu4/gjh/ClslxHAKp35L37jj8330EoQAAnjbnE3Pd00ScewWG5Q1bHqmZjIgYzIQUAIKZG1xOI+F2wj/thwwZwvTp0/noo49Kzz344IM8+OCDJ7yZYRisW6eKqIiIiIiEh12Yg70/DQBPcmeX04i4y2qQQtSg27H7XEtgw3wC6+YUT+UrysOs26RMW8dxKm3HwODWJRR+9WLp12ZCcyL63YSnZPSYSAWxkjpi79+OvX8bjj8fwxftdiQJkxMWs8aPH0/nzp3ZtGkTfr+fjz/+mB49etCsWbNw5hMREREROaFQ5nqgeF0gq6mKWSIAZlQdIrpfga9b8S6I9v4dmPGNSz8P7d1K4YI38HW+FE+b8zE8vgp9vqdlT4z4j6AwD1+vX+DtcCGGecJJQSJnzJPUkcCqmeA4hHZtxJOiHW1rixMWs3w+HzfddFPp1x999BHXXXcdP/vZz8ISTERERETkVEI7j0wxtHxYDVu7G0akiimZgkir3mXO+9d8iX0gncL5r2EsfRdvxyO7IJ7BGlaOYxPYuADDF423Va/i51peoi75LWZMPYzI2Ap5F5HjsRq3BcMCJ0Qwc4OKWbVIuRcV2LDhxzmo+/fvJzMzE6/XS6NGjahfv36lhBMREREROZngkUV/rSbtKnx0iUhNZSU0I7RrA07eIZyiXPwrPsO/ciaeFufhPedSrMbtyjUFMbRnC4WLpmHv24YRFY+n6TkYvqjSZ4hUNsMXhdmwJfbeVJyiXLfjSBid1gqZa9as4c9//jOrV68uc75bt2488sgjdOnSpULDiYiIiIiciJ29FydnH6D1skROh6/bcLxdhhDc9j2BNbMJ7dkMjk1w23KC25ZjJjTH1/kSPG0vOO5C7Xb+YYqWvUdw08IfT5oWdvZerAYpYXwTEYgadAdGVHxpIVVqh3IXszZu3MivfvUrAH75y1/SunVrbNsmNTWV//3vf4waNYp3332Xtm3bVlpYEREREZESwaO2YreSO7mYRKT6MUwP3ta98bbuTWjfdvxrZxPcshTsIPaBNIqWvounzfllrnFCQQJrZlP0/ccQKCw+aXnwdR2G79wrMLwRLryJ1HZHrwcntUe5i1mTJk0iJiaGd955h+Tk5DKf3X333VxzzTVMmTKF5557rsJDioiIiIj8VGjnGgCMyDhMTWkSOWNWYguiBt2J3ec6AuvnElj3Fd52/cpM3Q1sXEDRtx/g5B8uPedJ6U7EBSMx6zR0IbWI1GblLmYtX76cW2+99ZhCFkDjxo0ZOXIk//73vys0nIiIiIjIiVhJHYq3Yo+pj2FopzSRs2VG1SHivJ/jO3c4BAOl5x3Hwb/q89JClhnfmIi+N+JppmVmpGqw8w8TyliHfSiTiN7XuB1HwqDcxSy/309MTMwJP4+NjaWwsLBCQomIiIiInIqv8yX4Ol+C4zhuRxGpUQzTA74f/6poZ+3CztoN3kgielyJt/OlGNZpLb8sUqkC6+fh/246AN5zLsGMrutuIKl05f4RVseOHfn0008JBoPHfBYIBPjf//5Hu3btKjSciIiIiMiplGfXNRE5c1bdJGJHTSb2pufwdR2mQpZUOVZyx9LjUOYGF5NIuJS7mHXHHXewevVqbrrpJj7//HM2btzIxo0bmTlzJjfddBNr167ltttuq8ysIiIiIiIAGo0lEmaGL0oLvEuVZSW2giNrvIUy17ucRsKh3CX1Sy65hEcffZRnn32W3/3ud6XnHcchIiKCsWPHctlll1VGRhERERGRUk6wiLx3xmE1aoP3nEvxNNZu2iIitZlhebAatyO0cw1BFbNqhdMaH3rjjTdy+eWXs3jxYnbu3InjODRt2pS+fftSt27dSoooIiIiIvKj0O7NOHkHCaYuw9O6t9txRESkCrCSOhDauQYney927gHM2AS3I0klOu3JznXr1mXYsGGVkUVERERE5JRCGeuOHBl4kjqetK2IiNQOnqRO+I8chzLXY7br72oeqVzaw1hEREREqpVgxloAzMQWGBEn3m1bRERqD7NBCngjAQhmaKphTadiloiIiIhUG3ZhDvb+NAA8yZ1dTiMiIlWFYVpYTdoDxSOztFFIzaZiloiIiIhUG6GM9UDxX1CspipmiYjIjzxJnQBw8g7iZO91OY1UpnKvmWXbNqap2peIiIiIuCd0ZIohlg+rURt3w4iISJXiSekGTggrqRNGXKLbcaQSlbs6deWVV/Lmm29WZhYRERERkZMKHln83WrSDsPyupxGRESqEjO+Mb5uw7ESW2BoME6NVu7/utu3bycqKqoys4iIiIiInJCdvRcnZx+g9bJERERqs3IXs/r3788XX3yB3+8/dWMRERERkQpm5x7AiK4LgJXcyd0wIiJSZTmOTWj/DuyCbLejSCUp95pZHTp04M0332TAgAF06dKFhISEY9bQMgyDJ598ssJDioiIiIh4kjoSc+NE7EOZmPWauB1HRESqIDvvEHnv/wGK8ojodxO+zpe4HUkqQbmLWf/6179Kj7/55pvjtlExS0REREQqk2EYWPWT3Y4hIiJVlBFdF8O0cDiyA66KWTVSuYtZGzZsqMwcIiIiIiIiIiJnxTAMrKSOBLcuJbhrA45jYxhaDL6mOaP/orZts3//fq2fJSIiIiJhEdiyhKLvPia0ZwuO47gdR0REqjArqWPxQVEe9oF0d8NIpTitYtaOHTv4v//7P3r06MGAAQP47rvvWLx4Mddeey3Lly+vrIwiIiIiUssFNszD/910Cua+jGEYbscREZEqzFNSzAJCmetdTCKVpdzFrO3bt3PttdeybNkyBgwYUHresixSU1O57bbbWLFiRWVkFBEREZFazAkWEdq9GQBPcmeX04iISFVn1GmIEVMfgKCKWTVSuYtZf//734mMjGTGjBk89thjpcO7e/fuzYwZM2jQoAFTpkyptKAiIiIiUjuFdm8GOwiApWKWiIicQsm6WQChXRtx7JDLiaSilbuYtWTJEkaOHElCQsIxQ7sbNWrEDTfcwJo1ayo8oIiIiIjUbsGda4sPDANPUgd3w4iISLXgST4y1TBQiL1/h7thpMKVu5jl9/upU6fOCT/3er0UFRVVSCgRERERkRKhjHUAmIktMSJiXE4jIiLVgXXUulnBzHUuJpHKUO5iVocOHfjqq6+O+1kwGOSTTz6hffv2FRZMRERERMQuzME+UPwTda2XJSIi5WXGJmA16YCnXT+sBi3djiMVzFPehr/+9a+5++67GTNmDBdffDEAGRkZzJkzh1dffZV169YxadKkysopIiIiIrVQKOPHhXut5E4uJhERkeom+mcPux1BKkm5i1kXXXQRTzzxBE8++SSfffYZAI8++iiO4xAREcHYsWMZOnRopQUVERERkdonlHFkTVaPD6tRG3fDiIiISJVQ7mIWwNVXX82QIUNYuHAh6enp2LZNcnIyffv2pV69epWVUURERERqqeCRkVlWk/YYltflNCIiUl05jnPMZnZSfZ1WMQsgNjaWIUOGcPDgQUzTVBFLRERERCpNzIg/Ecxcj+GLcjuKiIhUQ/51XxHcsgQ8PqKHj3E7jlSQ0ypmbd26leeee45vvvmGgoICAOLi4rj44ou59957ady4caWEFBEREZHayYiMxduql9sxRESkmrIPZhDavQlMD07Qj+HxuR1JKkC5i1mrV69m1KhRBAIBBg4cSPPmzXEch23btvHJJ58wf/583n77bZo3b16ZeUVEREREREREysVK6kBg3Rywg4T2bMGjzURqhHIXs5599lliY2OZNm3aMQWrTZs2MWrUKCZMmMDzzz9f4SFFREREpHZxbJvgju/xNOmAERnrdhwREammrKQOpcehzPUqZtUQZnkbrly5klGjRh135FW7du0YNWoUixcvrtBwIiIiIlI72Qd2UDh7CrlT/4/Atu/cjiMiItWUGRmHmdAMgGDmepfTSEUpdzGrTp06hEKhE34eExNDZGRkhYQSERERkdotuHPtkSMHK7GFm1FERKSas5p0BMDeuw0nUOhyGqkI5S5m3Xjjjbzxxhts2bLlmM/27NnDv//9b375y1+edoBPP/2Uyy+/nK5duzJs2DA++uijk7bPy8tj/Pjx9OvXj+7du3PnnXeyffv2Mm2CwSCTJk3iwgsvpFu3btxwww2sWrXqmHvNnj2bESNG0LVrVy666CKee+45gsHgab+DiIiIiFSsUEZxMcuIb4QZm+ByGhERqc48ycXFLJxQ8WLwUu2dcM2scePGHXOuqKiIq666igEDBtCyZUsMwyAjI4P58+cTERFx2g+fMWMGY8aM4eabb6Z///58+eWXjB07lsjISC677LLjXnPfffexevVqHnroIWJiYpgyZQqjRo3is88+Iy4uDoAnnniC6dOnM2bMGJKSknj99de55ZZb+Pjjj2nWrHh44eeff869997Lddddx0MPPcSaNWv4xz/+QSAQYMwYbdcpIiIi4hYnWERo92YAPMmdXU4jIiLVndWkPRgGOA6hzA14mnV1O5KcpRMWs6ZPn37Ci77++mu+/vrrMufy8/N58cUX+d3vflfuh0+cOJFhw4aVFs4GDBhAVlYWzz333HGLWcuXL2fevHm8/PLLDBw4EICePXty8cUX8/bbb3PXXXexc+dO3nnnHR599FFGjhwJQP/+/Rk6dCivvPIK48ePx3EcJkyYwM9+9jPGjx8PwAUXXEBWVpbW/RIRERFxWWj3ZrCLR8tbKmaJiMhZMnzRmA1aYO/bRjBzPac/FEeqmhMWszZs2FCpD05PTyctLY3777+/zPmhQ4cyc+ZM0tPTS0dRlVi4cCExMTH069ev9Fz9+vXp1asX8+fP56677mLJkiWEQiGGDh1a2sbn8zFo0CDmzp0LwNq1a8nIyODvf/97mftrRJaIiIiI+0rXyzIMPEftQiUiInKmPEkd8e/fDoaBY4cwTMvtSHIWyr1mVkVLTU0FoGXLlmXOp6SkALBt27bjXpOSkoJlle10zZs3L22fmppKfHw89evXP+a+mZmZFBYWsnHjRgA8Hg+3334755xzDueffz6TJk3Ctu2KeUEREREROSOhjHUAmIktMSJiXE4jIiI1gbfrZcSOmkLMVX9UIasGOOHIrOP56KOPWLhwIfv27Ttu0ccwDN58881y3SsnJweA2NjYMudjYoq/YcnNzT3mmtzc3GPal1xT0v5kbaB4AfmDBw8CMHr0aK666iruvPNOli1bxgsvvIBlWfzf//1fud5BRERERCqWXZiDfWAHoPWyRESk4phRddyOIBWo3MWsiRMn8uKLL+L1eklISMA0z25Ql+M4J/38ePc/2TUl7U91X8MwCAQCAAwfPpz77rsPgPPPP5/s7Gxefvll7rzzTiIjI096n6MlJBxbPDuZxMS402ovcjbU3ySc1N8knNTfaqbcdavIO3Kc0LknUVXkv7P6m4ST+puEk/qbhFNF9bdyF7OmT59O//79mTx5MlFRUWf94JKdB/Py8sqcLxlhVfL50WJjY9m5c+cx5/Py8kpHY8XGxh5zz6PvGxsbWzpKq2QR+RL9+/fn3//+N9u3b6dDh/Kvz3DgQC62ffIiWonExDj27csp971Fzob6m4ST+puEk/pbzWV7G+LrMYLQ7o3kRCSRWwX+O6u/STipv0k41bb+5hTlEdy5llDmOnw9r9ZorTA7nf5mmsZJBw6Ve3hVbm4uQ4cOrZBCFvy4VlZaWlqZ8zt27Cjz+U+vSU9PP2b01Y4dO0rbt2rVisOHD5OVlXVMm6ZNm+Lz+WjRogUAfr+/TJuSEVsiIiIi4g6zbmMielxJ9OUPYVhet+OIiEgNEjqQRuGcfxJYP5fQrsrd9E4qV7mLWQMGDGDJkiUV9uCUlBSaNm3KrFmzypz/4osvaNGiBUlJScdc079/f7Kzs1m0aFHpuYMHD7J8+XL69u0LUPrvzz//vLSN3+9n7ty5pZ/16NGDqKgoZsyYUeb+X3/9NXXr1qV169YV85IiIiIiIiIiUiVYDVuDVTxBLZSpYlZ1Vu5pho8++ii33norDzzwAJdccgkJCQkYhnFMu169epX74aNHj2bcuHHEx8czaNAg5syZw8yZM5k4cSJQXKhKS0ujTZs2xMbG0qtXL3r37s3999/PmDFjqFu3LpMnTyYuLo6RI0cCkJyczIgRI3j88cfJz88nJSWF119/nezsbO644w6geKrh6NGjefbZZ4mPj+eiiy7im2++4cMPP+T3v/89Xq9+CigiIiISbo6/ALyRx/0eU0RE5GwZHh9Wo7aEMteX7pwr1VO5i1mZmZnk5OTw2WefHTOiCYoXXjcMg/Xr15f74VdffTV+v5/XXnuN9957j2bNmjFhwgSGDx8OwNy5cxk3bhxTp06lT58+AEyZMoWnn36aZ555Btu26dGjB5MmTSI+Pr70vn/+85+pU6cOL730Evn5+XTu3JnXX3+dlJSU0jZ33nknderU4Y033uA///kPycnJPPbYY1x//fXlzi8iIiIiFadw7iuE9m7F07oPkReMdDuOiIjUQFZSR0KZ67GzdmPnHcKMqed2JDkDhnOq7f+OuOaaa0hNTWXkyJG0aNECj+f4dbARI0ZUaMDqQAvAS1Wl/ibhpP4m4aT+VvM4tk3u1N+CPx9P6/OJuvg3bkcqpf4m4aT+JuFUG/tbcPdmCj55AoDIi+7C27avy4lqj4pcAL7cI7M2b97Mb3/7W+68887yXiIiIiIiUi72/u3gzwfAk9zJ3TAiIlJjWYktwRMBwSJCmRtUzKqmyr0AfOPGjTHNcjcXERERESm3YMba0mOraWcXk4iISE1mWB6sxm0BCGaWf5kkqVrKXZ264447ePPNN9myZUtl5hERERGRWqhkIV4jvjFmbILLaUREpCazkopHADs5+7Bz9rucRs5EuacZbtiwAcMw+PnPf06zZs1o0KABlmWVaWMYBm+++WaFhxQRERGRmssJFhHavRnQFEMREal8nqQO+I8chzLXY7Yf4GoeOX3lLmZ9/fXXWJZF48aNCQQC7Nq1qzJziYiIiFQrjuOwfschEupE0qh+tNtxqpXQ7s1gBwGwkjXFUEREKpfZoAW+3tfgadIBM7GF23HkDJS7mPXVV19VZg4RERGRau3dr7fw+bJ0TMPgir4pXNG3BR5L642WR3DnmuIDw8CT1MHdMCIiUuMZpknEuVe4HUPOgr7DEhERETlLs79N5/Nl6QDYjsMnC7fz+NTl7NyX63Ky6qFkvSwzsSVGRIzLaURERKSqK/fIrFGjRpWr3dSpU884jIiIiEh1s3zDXv47p3i9p/gYH3HRXnbuyyNtTy5/fuNbRgxoxdDezTFNw+WkVZNj25h1m+DkHcKjKYYiIhJGjuNgH8oEHKz6Td2OI6eh3MWsnTt3HnPOtm0OHTpEUVERycnJtG3btkLDiYiIiFRlm9IP89L/1uEAET6L313bjaQGMXyycBszluwgGHJ4b+5Wvt+8jzsu76S1tI7DME2iLv5/OI4NoYDbcUREpBbJf/8P2Icy8LTqTdQld7sdR07DWa+ZFQqFmDNnDn/4wx+4/fbbKyyYiIiISFW260Aekz9YRTBkY5kGo0ecQ0rjOAB+cWFrzm3TgFc+W8+eg/lszcjmT68t49qL2nDRecmYhkZp2Yd3gy8KMzoeAMMwwRPhcioREalNzLpNsA9lENq1AcdxMPTnc7Vx1mtmWZbFkCFDuPbaa3n22WcrIpOIiIhIlZaVW8Tf31lJXmHxDnw3X9aBc1omlGnTOjmex27txSU9iqct+IM202Zv4m//XcH+rIKwZ65KAqnfkjf9MQq/egHHDrkdR0REaikrqSMATkH2kemGUl1U2ALwLVq0YMOGDRV1OxEREZEqqaAoyKT3VnEguxCAqwa0pH/XJsdtG+G1uOHSdjw4sjsJdSIBWL/jEH98dRkLVmXiOE7YclcFjh2kcPHbFH75PAQKCWWuJ5S53u1YIiJSS5UUswBCmetcTCKnq0KKWX6/n08++YSEhIRTNxYRERGppoIhm399vIYde3IAGNitCT/r2+KU13VMqcefb+/NwG7FRa9Cf4jXZ2zgH++v4nBuUWVGrjLsvEMUfPoMgdWfF5/wRRE19F48Tc9xN5iIiNRaZt0mGFHF091DmRqcU52c9W6Gfr+fbdu2kZ2dzf/93/9VWDARERGRqsRxHKZ+vpE1qQcB6No6gV8NbV/u9TWiIjzcMqwj57VL5PWZG8jK9bNy6wEefWUpvxrant4dG1VmfFcFM9dTOOdfOAXZAJgJKURdOhqzTkOXk4mISG1mGAZWUkeCW5cQ3LUBx7GL13CUKu+sdjOE4jWzWrVqxRVXXMENN9xQYcFEREREqpJPFm7nm1W7AEhpHMdvruyMZZ7+N7xdWzfgL7f34T+zN7Fk3R7yCoO88PFavtu4j5uGtCMu2lfR0V3jOA7+lTPxf/seHJlS6W0/kIh+N2F4as57iohI9WUlFxezKMrDPpCO1SDF7UhSDme9m6GIiIhITbdgZSYff7MNgAbxkfzu2m5E+sr9bdQxYqO83PXzzpzXLpGpn28ktyDAtxv2sjH9MLdc1oFz2zaoqOiuKlrwOoEN84u/sLxE9vsV3g4D3Q0lIiJyFE9SR0om/Icy16mYVU1o/JyIiIjISaxOPcCbszYCEBPp4b5fdiM+pmJGFfXs0JC/3NGH7keKV9l5fv7xwSpe/Wwd+Ud2SqzOPK36AAZGXCLRV/5BhSwREalyjLhEjNji9b+DWjer2jjhjxSnTJlyRjf87W9/e8ZhRERERKqSHbtz+Of0NdiOg9djcu813WiSEFOhz4iP8fHbq7uwaM1u/vPlZgqKgixcvZv1Ow5x6/COdG5Rv0KfV9mOXm/E07QzkZfcjSe5E0ZExf66iYiIVATDMPC06oWTfxhPs65ux5FyMpwT7AndoUOH8t3gJ4uerl9f+7ZXPnAgF9su39baiYlx7NuXU8mJRIqpv0k4qb9JOIWjv+0/XMDj//6O7Dw/BnD3iHPo0b5yFyw/mF3I6zPWs3b7odJzg89L5tpBbYjwWZX67LPlBP0ULXoLvFFEXjDS7TgVSr+/STipv0k4qb9JOJ1OfzNNg4SE2BN+fsKRWXPmzDnlzXNzc5k4cSJz587F4/GccMdDERERkeoktyDA399dSXaeH4CRl7St9EIWQP06kdx/3bnMXZHJu19toSgQ4qvvM1iTepDbr+hI26Z1Kz3DmbCz91Hw5RTs/TsAsBq1wduql8upREREpKY6YTErOTn5pBfOmDGDp59+mr1793Leeefx2GOP0a5duwoPKCIiIhJOgWCIf3ywit0H8wG4rHdzLunZLGzPNwyDi7on07lFPV79bD2bd2ax93ABT7/1PUP7NGfEgJZ4PVVnlFYwbQUFX70E/uJfL7NRG6xGbVxOJSIicmYcO4RhVp0/Z+X4TnsbnvT0dMaPH8/ChQuJj4/n8ccf55prrqmMbCIiIiJhZTsOL/1vHVt2ZgHQu2NDrrmotStZGtaLZuwN5zF7eTofzEslGLKZtTSNVVsPcMcVHWnRuI4ruUo4to3/u+n4f/hf6TnvOUOIOP+XGOaZ7/QoIiLihmDaSvyrZhE6kEbsTZMwLK/bkeQkyv2dRiAQ4KWXXuLll1+mqKiIESNG8OCDD1KvXr3KzCciIiISNu/M2cJ3G/cB0L5ZXW6/vBPmT9YHDSfTNBjauzldWiXwyqfr2L47h8z9eTwx9Tuu6NuCyy9IwWOFf3NquyCbwq9eIJSxrviEN5LIgbfhbd077FlEREQqguMvIJRZvAZ4aG8qnibtXU4kJ1OuYtaSJUsYP34827Zto23btvzpT3+iZ8+elZ1NREREJGy+WJbG7OXpACQ1iOG3v+iC1xP+QtHxJDWI4fe/6sGMJTv438LthGyHj7/ZxorN+7njio4kJ554gdSKFtqzhYIv/4mTdxAAs14SkZf+FqtuUtgyiIiIVDQrqWPpcShzvYpZVdxJv0M7ePAgY8aM4dZbb2X37t088MADTJ8+XYUsERERqVGWrd/Df7/aAkB8rI/7ru1GTGTVml7gsUx+3q8lfxjVk+TEGAB27Mlh/BvfMnPpjnLvrHy2Qnu2lBayPG3OJ/qqP6qQJSIi1Z4ZHY9Zr/jPs5IRWlJ1nXBk1ttvv82kSZPIzs5m8ODB/OEPf6BJkybhzCYiIiJS6TamHeKVT4uny0X6LO67thsJ8ZEupzqxlMZx/PHmXnz8zTZmLt1BMOTw3tdb+WHTfm6/oiON6kVX6vO9XYYS2rcdq3FbvJ0GY7g4DVNERKQiWUkdsQ9lEtqzFSdYhOGJcDuSnIDhOM5xf4zXoUOHHxuV85sUwzBYt25dxSSrRg4cyC33T0MTE+PYty+nkhOJFFN/k3BSf5Nwqqj+lrE/j6f+/R35RUEs0+B313ajc8v6FZAwPLZkZPHqp+vYc6gAAJ/X5NpBbbjovOQKW+srdCgTO2s33hbnlZ5zHKdWFbH0+5uEk/qbhJP6W1mBbcspnD0FgKjhD+Jp2tnlRDXL6fQ30zRISDjxMgonHJl11VVX1apvUkRERKR2OZRTxKR3V5BfFATg1uEdqlUhC6BNcjyP3dqb9+dtZc53O/EHbKbN3sQPm/dx67COZz3CLLBlCYXzXwfHwRzxKFb9ZkD5f9ApIiJSnXiadAAMwCleN0vFrCrrhMWsp59+Opw5RERERMKmoCjIc++t5EB2EQBXD2xF33Oq53IKET6LGy9tx3ltG/DajPUcyC5i3fZD/PG1pYy8uB39ujQ+7eKTEwpStPQdAmtml54L7dpYWswSERGpiYzIWMyE5tgHdhDMXI8mGVZdVWOLHhEREZEwCYZs/vnRGtL25gIw6NwkLr8gxeVUZ69ji/r8+fY+DOhaXJQrKArx2oz1TP5gNVm5ReW+j517kPxPn/6xkBURQ9Rl9+HrfEllxBYREalSrKTiJZfsfdtw/AUup5ETUTFLREREag3HcXhz1gbWbiveja9b6wRuHNKuxkybi4rwcOvwjtx7TVfiY3wArNiynz+8spRl6/ec8vpgxjryP/wT9p7inR3NBi2IufoxPM27VWZsERGRKsOT3BEAs34ydt4hl9PIiZxwmqGIiIhITfPRgm0sXL0bgJZN4vjNledgmTXvZ3vd2jTgL3f0YdrsTSxdt4e8wiAvfLyW7zft46Yh7YmN8pZp7zg2/hWf4V/+IRzZG8jbcRARF9yA4fG58QoiIiKusJI6ETNqMmZknNtR5CRUzBIREZFaYd6KDP63aDsAiXUjufeabkT4LHdDVaLYKC+//nlnzmuXyL8/30huQYBl6/eyMe0wNw/rwLltGpS2Dayejf/bD4q/sHxEDrgZb7t+LiUXERFxj+Hx6Qc51UDN+1GkiIiIyE+s3LKff3++CSgu8tz/y3OpE1M7vlHt1aEhf7mjT2nxKivPzz/eX8VrM9aTX1i8k6O34yDMeskYdRoRfdWjKmSJiIhIlaaRWSIiIlKjbduVzb8+XoPtOHg9Jvde05VG9aPdjhVW8TE+/u8XXVi0Zjf/+XITBUVBfli9jfXbD3Lr8I50alGfqMt+hxERg+GrXb82IiIiP+WEAgTTVhHKXIenZU88SR3djiQ/oWKWiIiI1Fh7Dxfw3Hsr8QdsDAN+8/POtE6OdzuWKwzDoF+XJnRMjmHrxy+QWLiDZ7Ov4Nn/ruDi85pyzaDWNXrapYiISLk5NoVz/gl2CAxTxawqSNMMRUREpEbKyfcz8Z0VZOcHALjhknZ0b5focip32Vl7iPj6r3QIrCPByuMXscsBmPP9Tv70+jK27MxyOaGIiIj7DE8EVsPWAIQy1rucRo5HxSwRERGpcfyBEP/4YBV7DhUAMOz85lzco6nLqdwV2P49edMfwz6QDoDVuB2dRtxB26bFI9X2HirgqWnf8d7XWwgEQ25GFRERcZ11ZDSWfWgndkG2y2nkp1TMEhERkRrFth1e+t86tmYUf+N5fqdG/OLC1i6nco9jhyha+i6FX/wD/MXFPW/Xy4i64iEaJTVh7A3n8cuL2uCxTBwHZi5N489vLGfH7hyXk4uIiLjHOmpqYShzg4tJ5HhUzBIREZEaw3Ec3v5yM99v2gdAh+Z1uXV4R0zDcDmZO+z8LAo++yv+lTOKT3gjibz0t0Sefz2GWbx0qmkaXNanOX+6pScpjeMAyNifx+NTl/PxN9sIhmy34ouIiLjGatQaLC8Aocx1LqeRn1IxS0RERGqMz5elM+f7nQAkJ8bw26u74PXUzm93QntTyf/wT4R2Ff802azflJgRj+Ft2fO47ZMTY3nkVz24qn9LLNMgZDt8/M02nvj3d2TszwtndBEREdcZlhercVsAghqZVeXUzu/uREREpMZZum4P7369BYB6cRHcd203oiO9LqdyjxEZixP0A+Bp25foqx7FrNv4pNd4LJOf92/JH0b1JLlBDAA7ducw/vVvmbU0Ddt2Kj23iIhIVVEy1dDJ2o2dd8jlNHI0FbNERESk2tuw4xCvflY8BSAqwuK+a7tRv06ky6ncZdZpSNTgu4jofzORg+7E8ESU+9qUxnH88ZZeDDu/OYYBwZDNu19v4en/fM+eQ/mVmFpERKTq8JRZN0u7GlYlKmaJiIhItZaxL5fJH64mGHKwTIPfjuhC04axbscKu9DBnRTOfx3H/nGNK0/zc/F1ugjjDNYM83pMrh3UhnE39qBhvSgAtuzM4k+vLePr73fiOBqlJSIiNZuZ2AK8xT8cK5m2L1WDx+0AIiIiImfqUE4RE99bSUFREIDbLu9Ixxb1XU4VfoHNiyhc8AYE/RiRcUT0vqbC7t2maTzjb+3N+3O3Muf7nfgDNv/+YhPfb9rHrcM71voRcCIiUnMZpofI/qMwYhOwGrZyO44cRSOzREREpFoqKAoy8d2VHMwuAuAXF7bigs4nXxOqpnFCAQq/mUrh1y9B0A8Y4Kn4dcIifBY3DmnHmOvPJaFO8XTFtdsP8eirS1m4epdGaYmISI3lbdsXT5P2GFbtXYezKlIxS0RERKqdQNDm+emr2bkvF4CLuicz/PwUl1OFl517gPxPniKw7isAjIhYooY/QMR5V1baMzu1qM/42/rQv2sTAAqKQrz62Xomf7CarNyiSnuuiIiIyNFUzBIREZFqxXEcJr/7A+u2F+8qdG6bBtx4abszWhequgqmryb/gz9h70sFwExsRfQvxuNpek6lPzs60sNtwztyzzVdiY/xAbBiy34efXUZ327YW+nPFxERCTfHcbAP7yaYsc7tKHKE1swSERGRamX6glS+/m4nAK2S6vDrKztjmrWjkOU4Nv7v/4f/u4+A4ql93k4XE3HB9WGf/nBumwa0uaMPb32xkWXr95JbEOBfH63hu44NuWlIe2KjNB1DRERqhsJ5rxLc9A1GdF1ibpxYq36AVlVpZJaIiIhUG3N/yODTRTsAaFgvinuu6UqE13I5VfjY+7b/WMjy+Igc/Gsi+//KtXU8YqO8/ObKc/jNlZ1Li1fL1u/l0VeWsnLLflcyiYiIVDSrQfFSBk7+YZys3S6nEVAxS0RERKqJFVv28+8vNgJQJ8bHfb/sRp1on8upwstq2Apfz6sw4xsTfdWf8La5wO1IAPTu2Ii/3N6bc9s0ACArz89z76/itRnrS3eaFBERqa6spA6lx8HM9S4mkRIqZomIiEiVl5qZzQsfr8FxwOcx+ePtfWhUL9rtWJXOcRxCuzeXOefr/jOir34Mq36yO6FOID42gv/7RRduG96RqIji0XLfrNrFH19dyvrtB11OJyIicubMeskYkXEAhFTMqhJUzBIREZEqbe+hfJ57fyX+gI1hwK+v7Ez7lPpux6p0TqCIwq9fIv+TJwikflt63jBMDG+ki8lOzDAM+ndtwp9v60PHlHoAHMgu4q//XcG02ZsoCoRcTigiInL6DMMsHZ0VytyA49guJxIVs0RERKTKys738/d3V5KTHwDgpiHt6d420eVUlc8+vJv8j/5CcMtiAPzLP8Sxq883zgnxkTxw/bncNKQdPm/xt5tzvtvJY68tY0tGlsvpRERETp+V1BEApzAH+1CGy2lExSwRERGpkooCISa/v4q9hwoAuPyCFC7qXrWm1lWGwLbl5E1/DPtQ8Y6NVlJHoq54GMOsXt+2mYbB4POaMv623rRpGg/AnkMFPPXWd7w3dwuBYPUpzomIiHiSOpUehzI01dBt1eu7IhEREakVbNvhpU/WsjUzG4ALOjfi6oGtXE5VuRw7SOGS/1I4ewoECgHwnXsFUcPHYEbHu5zuzDWqF83DN5zHtRe1xmMZOA7MXJLGn9/8lh27c9yOJyIiUi5GfCOM6LqA1s2qClTMEhERkSrFcRymzd7ED5v3A9AxpR63Du+IYRguJ6s8dv5hCj59hsCqWcUnfFFEDbmXiN7XYJiWu+EqgGkaDOuTwp9u6UVKo+IFdDP25fH41OV8snAbwZBGaYmISNVmGEbpVMPgrg3Vavp/TeRxO4CIiIjI0WYuTePrH4rXomiaGMvoEV3wWDX352927gHyp4/HKSgehWYmNCfq0t9i1mnocrKKl5wYyyOjevDZ4h18umg7IdvhowXbWLF5P7df0YnkBjFuRxQRETkhT0p3sIPFRS07CKbP7Ui1Vs39zlBERESqncVrd/P+3K0A1IuL4L5fdiM6smb/7M2IqY/VqC0A3vYDiL7yDzWykFXCY5lc2b8lj4zqUVq82r47h8ffXM6qrftdTiciInJi3ta9ibpkNL5OgzE8KmS5ScUsERERqRLWbz/Ia58Vr0ERFeHhvl92o15chMupKsfRW3obhkHkoNuJHPxrIi+8vdZ8c9yicR3+eEtPhvVpjkHxgv//eH81c1dohygRERE5OdeLWZ9++imXX345Xbt2ZdiwYXz00UcnbZ+Xl8f48ePp168f3bt3584772T79u1l2gSDQSZNmsSFF15It27duOGGG1i1atUJ7xkMBrnmmmu45ZZbzv6FRERE5LTt3JvLlOmrCdkOHsvg/67uQtPEWLdjVYrQgTTyP/wToYM7S88Zvmi8bS5wMZU7vB6Lay9qw+iru+D1mNiOw9RZG/lg3lYcx3E7noiIyAk5oaDWzXKRq8WsGTNmMGbMGPr378/zzz9P7969GTt2LLNmzTrhNffddx+zZs1izJgxTJgwgT179jBq1Chycn7cDeeJJ57gjTfe4M4772TixIlYlsUtt9xCenr6ce/50ksvsXr16gp/PxERETm1g9mFTHxvJQVFIQBuu7wjHVLquZyqcgQ2fUP+R3/BPpBOwewpOEd2LaztzmuXyEMjuxMb5QXgs8U7ePl/6wgE9ZcEERGpWkKHMsif8Sy5b96NvS/V7Ti1lqvFrIkTJzJs2DDGjRvHgAEDGD9+PMOGDeO55547bvvly5czb948JkyYwIgRIxgyZAhvvPEGOTk5vP322wDs3LmTd955h7Fjx3LTTTcxePBgXn31VeLj43nllVeOueeGDRt48cUXSUxMrNR3FRERkWPlFwaZ+N5KDuUUAXDtRa05v1Njl1NVPCfop3D+GxTOfQVCATAMvO36Qy2ZUlgerZPj+cOoHjSqFwXAknV7mPjuCvILAy4nExER+ZHhiya0cw0E/QQz1rkdp9ZyrZiVnp5OWloaQ4YMKXN+6NChpKamHncU1cKFC4mJiaFfv36l5+rXr0+vXr2YP38+AEuWLCEUCjF06NDSNj6fj0GDBpW2KeH3+3nooYf41a9+RcuWLSvy9UREROQUgiGbKR+uImNfHgAXn9eUy3o3dzlVxbNz9pH/yZMENswFwIiMI2r4g0R0vwLDcH3FhyqlYb1ofv+rHrRJjgdgQ9phnnzre/ZnFbicTEREpJgZUw8jvvgHb6FdG1xOU3u59h1UamrxcLyfFpFSUlIA2LZt23GvSUlJwbKsMuebN29e2j41NZX4+Hjq169/zH0zMzMpLPxxOP/zzz9PMBjknnvuOfsXEhERkXKzHYfXZqxnQ9phALq3bcDIS9piGIa7wSpYMG0leR8+hr1/OwBmozZE/+LPeJI7uRusCouL9jHm+nPp0b541Hzm/jyemPodO3bnnOJKERGR8PAkdQQgtHszTtDvcpraybW9rkvWuIqNLbu4a0xM8RbNubm5x1yTm5t7TPuSa0ran6wNFC8gHxkZyapVq3jttdeYNm0aPt/ZDfFPSDi9BWoTE+PO6nkip0P9TcJJ/U3K683P1rFk7R4AOqTU45HbzyfCa53iqrKqcn9z7BCHFrxLzjfvl56r0/sKEgb/CsNy7duvauWPd1zAa/9by8fzt5KV52fCf75n7Khe9OzYyJU8Vbm/Sc2j/ibhpP52+nI7dGfv+q8hFCDu/7d35/FR1Pcfx1+zu9ncJ3dCCDeEAHIjh4rKJVoPPBDxatW2Hu3PKlaxra1U61FbbNW2Koqi1ANUVOQSKyIqKiAgEJAzCQkEyH3uZnfn98cmCzGcmmSSzfv5eKRkZ2Zn30nHZPLZ7/fzde8nvENfqyM1G/V1vVl2N3WyFWpstrqDxk70nJrjT3ZewzBwuVzcd9993HDDDfTv3/8U0p5YXl4pPt+prbjTpk00hw7pnUVpHLrepDHpepNT9b/1+1jwvx0AtIsP59ZL0iguLD+tczT1682sclG+5XP/g5Awws7+GWa3YRzO13S503HJyBQinDZeX7GDSreXP7/wJddN6Mk5A5IaNUdTv94kuOh6k8ak6+2H8UV1Dnyet3U9oREp1oVpRk7nerPZjBMOHLJsmmF0tL8aV1ZWVmt7zQirmv1Hi4qKqnN8zTlqRmMd75ia80ZFRfHkk0/i8/m47bbb8Hg8eDweTNPENM3A5yIiIlL/vvnuEPM+/A6AmIgQfjNlANERwdcE3QgJJWzcHdjadiXi0gcI6TbM6kjN1rghydx2WT9CHDZ8psnLS7fz9qpdul8TERHL2MJjsCV0BMCbk25xmpbJsmJWTa+szMzMWtszMjJq7f/+c7KysurcvGRkZASO79q1K4WFhRQVFdU5pmPHjjidTpYtW8aePXsYOHAgaWlppKWl8fXXX7NmzRrS0tL46quv6u3rFBEREb9d2UU8+94WTBOcITb+78ozaBsXbnWsemNWVdZ6bI9LJOKSP2CPT7QoUfAY3KsNv506kKjwEAAWfZ7B7EVb8Xh9FicTEZGWyl7TN+vgLswql8VpWh7LilkpKSl07NiRpUuX1tq+fPlyOnfuTGJi3Ru/0aNHU1xczOeffx7Ylp+fz9q1axk5ciRA4N9ly5YFjnG73axcuTKw79///jcLFiyo9ZGWlkb//v0Dn4uIiEj9yc0v5x8LNuH2+DAMuPWSvnTpEGN1rHpjmj7K3/sLFcv/ia9wf2B7sDW0t1K3pFh+d/1g2sb7C6BfbMnl729soLyyyuJkIiLSEtUUs/B58ebusDZMC2RpB9Lbb7+dGTNmEBsby5gxY/joo49YsmQJs2bNAvyFqszMTLp3705UVBRDhw5l2LBh3HXXXUyfPp24uDieeuopoqOjmTp1KgBJSUlcdtllPPTQQ5SXl5OSksKcOXMoLi7m5ptvBqBXr151skRGRmK32+nXr1/jfQNERERagOIyN7Pe3Ehphb/ocN2EXpzRvbXFqeqXZ8cX+PIy8eVlYmudQuigS6yOFJTaxUfwu+sG88+3NrEru5htmYU88up67rzyDFrFhlkdT0REWhBHh15gGNhiO2hFQwtYWsyaPHkybrebF198kfnz55OcnMxjjz3GpEmTAFi5ciUzZsxg7ty5DB8+HICnn36aRx99lMcffxyfz8fgwYN58skniY2NDZx35syZxMTE8Nxzz1FeXk5aWhpz5swhJUVN2URERBqTy+3lHws2crDQ3/j8opGdGdPIzbsbmulx4/r6LQCMiDic/SZanCi4RUc4uefqgTz//lbWfXeI7MNlPPTKWu684gxS2mtFLhERaRxGaCRR1z2FEXb8JuXScAxT3TN/NK1mKE2VrjdpTLre5Pu8Ph9Pv/UtG3flATCyb3tuujC1XqbeNaXrzfXNItxfLwAg7OyfEdL7bIsTtQw+n8kb/9vJh2uzAAh12rnt0r7069qq3l+rKV1vEvx0vUlj0vUmjSkoVjMUERGR4GWaJvOWfxcoZKV1jufGC3oHXQ8pX0Ux7g2LALAldMTRc7TFiVoOm81g6tgeTD2/BwbVowDnb2LVxhyro4mIiEgDUzFLRERE6t3iNRms3OAvKiS3jeK2y/rhsAffbYd73btQvYph6PCrMGzB9zU2deOGJnPbZX0JcdjwmSYvLdnG26t211n9WkREpCF4sjZR+cVruL9dbnWUFkV3XCIiIlKvPt+8n7c+2Q1AQkwod155BuGhlrbpbBC+wgNUpa8EwJ6Uhr2jFpGxyuBebbln6kCiwkMAWPT5XmYvSsfj9VmcTEREgp1r/XtUfbuMqu9WWx2lRVExS0REROrNlr35zFm8DYCIUAe/ufIM4qNDLU7VMFxfzQfTCxiEnjkl6KZQNjfdk2L53XWDaRsfDsAXWw7w9zc2UF5ZZXEyEREJZo4OvQHw5WVhVpZanKblUDFLRERE6kVmbgnPvP0tXp+Jw27wq8v7kdQmOFf48VUU492/HQBHz5HYW3WyOJEAtEuI4P7rBtMtMQaAbZmFPPLqevKLKy1OJiIiwcqe1Kf6MxPP/m2WZmlJVMwSERGRHy2/uJIn52+k0u0F4OaL+tCrU7zFqRqOLTyGyKsfwzngQkKHXG51HDlKTISTe6YOZFDPNgBkHy7joblryczVal0iIlL/7O26g83fTsGbk25xmpZDxSwRERH5Ucorq5j15kYKS90AXHVud4altrM4VcMzQiMJHXYltqgEq6PI9zhD7Nx2aV/GDukIQGGpm0fmrWfz7jyLk4mISLAxHE7s7boBKmY1JhWzRERE5Aer8vh46q1vyT5cBsDYwR2ZMCzZ4lQNx/R5MH1eq2PIKbDZDK4Z25Orz++BAbjcXp6cv4lVG3OsjiYiIkHGnuifaugryMFXXmRxmpZBxSwRERH5QXymyQsfbGV7ViEAg3u28RcOgrgRetXmjyh/6wE8mRswTdPqOHIKxg9N5tZL+xLisOEzTV5aso13Vu3W/38iIlJv7Im9A59rdFbjUDFLREREfpAFK3fxVfpBwL+S3C0/6YPNFryFLNNVhuub9/AVZFP5xWvVKxlKczCkd1vuuXogUeEhALz/+V5mL0rH4/VZnExERIKBvW03sDsBFbMai4pZIiIictpWrM1i6ZeZgH8FuV9f0R9niN3iVA3L9c374PJPpwwddhVGdbNXaR66d4zld9cNpm1cOABfbDnArDc3Ul7psTiZiIg0d4bdgb19DwC8uTssTtMyqJglIiIip2Xd9kO8tsJ/oxYT6eSuq84IjHgJVr6SQ1RtXgGAvV0PHJ0HWZxIfoh2CRHcf/1guibGAJCeUcAj89aRX1xpcTIREWnunIMuJvzC3xJx2Z+sjtIiqJglIiIip2znviKee38LJhAaYufOK/vTpnqkSzBzff0W+PwjeEJHXB3UfcGCXUyEk3umDmRgj9YAZB8q46G5a8nMLbE4mYiINGeODr1wJPXBcDitjtIiqJglIiIip2R/Xhn/WLCRKo8Pm2Fw66V96dw+xupYDc57aA+enWsAcHQd5u+LIc1aaIid2y/rx9jBHQEoLHXzyLz1bN6dZ3EyERERORUqZomIiMhJFZW5mfXmRsqq+wtdP7EX/bu1sjhVwzNNE9ea1/0PbHZCh11hbSCpNzabwTXjenL1ed0xAJfby5PzN/Hpxhyro4mISDPmKzlE1Y7PtWpuA1PnUhERETmhSreHJ+dv5HCRv6/QxaM6c/YZiRanahzezA14928HIKTP+dhi2lqcSOrb+GGdSIgJ47n3t+Lx+pizZBt5xZVcMrqLppOKiMhpcW/9H67VcwGIbNcdQ/cNDUYjs0REROS4vD4f/3l3CxkH/P2ERvfrwCWju1icqvFU7fjC/4kzgtBBF1sbRhrMkN5tuWfqgMBCBu99tpcXPkjH4/VZnExERJqTo1sReHLSLUwS/FTMEhERkWMyTZNXln3Hpl3+PkJ9uyRw/cReLWq0Sth5vyRszM2EnjkFIyzK6jjSgHp0jOP+6wbTJi4MgM83H2DWmxspr55aKyIicjK2VskQGgmAN1vFrIakYpaIiIgc06LP97Kqun9Qp3ZR3HppXxz2lnXrYNhshPQcjbP3OVZHkUbQPiGC3103hK6J/oUN0jMKeGTeOg4VVFicTEREmgPDsOHo0BsAb066+mY1oJZ1RyoiIiKnZPWm/bzz6R4AWsWEceeVZxAe2nJabZo+jcZpqWIindwzdSADe7QGIPtQGfc8tYrM3BKLk4mISHNgT0wFwKwowle43+I0wUvFLBEREalle2YBLy/dBkBkmIPfXHUGcVGhFqdqPL6yAspeuwf3piWY3iqr44gFQkPs3H5ZP84f1BGAvKJKHp23ns178ixOJiIiTZ09KTXwuVd9sxqMilkiIiISUOHy8MIH6Xh9Jg67jV9d3p/E1pFWx2pU7rXvYJYV4FrzBt6Du62OIxax2QyuGdeDKed1B6DS7eUf8zfx6aYci5OJiEhTZotLxAj3T1dXMavhqJglIiIiAfM/3snhokoArjq3Gz2T46wN1Mi8+VlUbf8UAHunATg69LI4kVjJMAwmDOvEvdcPwWG34fWZzFm8jYWf7lYfFBEROSbDMAJTDT056ZimVsZtCCpmiYiICACb9+SxcoN/1EnvTnGcN7ijxYkan+vLNwETDBuhw6+yOo40EaPPSOKeqQOIDPP3jXvvs728+EE6Hq/+QBERkbpqilm4yvDl77M2TJBSMUtEREQor6xizmJ/n6xQp52fTUrFZhgWp2pcnn2b8WZ9C0BI73OwxydanEiakh4d4/jd9UNoExcGwGebD/Dk/I1UuLRYgIiI1OZI6oMjZSChI6dhhMdaHScoqZglIiIivP7RTgpKXABMOa87rePCLU7UuEyfD9eXb/gfhIThHHyppXmkaWqfEMHvrhtClw7RAGzdW8Ajr64nv7jS4mQiItKU2GLaEj7h/3D2HYctQsWshqBiloiISAu3YedhVn/rXzo6rUsC55zR8kYkeXZ+ji8vCwDnGZN04ynHFRPp5LdTBzGge2sA9h0q5eFX1pF1sNTiZCIiIi2HilkiIiItWGlFFS8v8U8vDA+189MLemO0sOmFpseF6+u3ATAi4nD2n2BxImnqQp127pjcj/MGJQFQUOLikVfXsWVPvsXJRESkqTF9XkyPy+oYQUfFLBERkRbsvyu+o6jMDcDU83uSEBNmcaLG58n6FrPMX4QIHTIZwxFqcSJpDmw2g2njenLVud0BqHR7eXL+RlZv2m9xMhERaQpMj5vypbMoffkO3JtXWB0n6KiYJSIi0kKt236INVtyATijWytG9WtvcSJrhHQZQsQlvyek11k4eo62Oo40I4ZhMHF4J269tC8Ouw2vz+TFxem8u3oPpmlaHU9ERCxkOJz4CnKgqgJvTrrVcYKOilkiIiItUHG5m7nL/NMLI8Mc3NACpxcezd6uO2Hn3IRh062RnL6hvdsy/eoBRIY5AHh39R5eXJyOx+uzOJmIiFjJkZQKgPfAd5herX5bn3THJiIi0sKYpsmry7ZTUl4FwLRxPYmLanlT60xThQapPz2T47j/usG0jvVP1f3s2wP8Y/5GKlz640VEpKWyJ/qLWXjceA/tsTZMkFExS0REpIX5ettB1m4/BMDgnm0Y3qedxYmsUbniX1R+8iK+sgKro0iQ6NAqkt9dP4QuHaIB2LK3gEdeXU9BiRr/ioi0RIFiFuDN2WphkuCjYpaIiEgLUlTq4pVl2wGICg/hugm9WuT0Qs/+7Xj2rKVq+yrca9+xOo4EkdhIJ7+dOogB3VsDsO9QKQ/NXcu+g6UWJxMRkcZmi4jDFtcBAG/ONovTBBcVs0RERFoI0zR5eel2yir9056un9CLmEinxakan2mauL58w//AHoJz8KWW5pHgE+q0c8fkfpw3KAmAghIXj8xbx5a9+RYnExGRxlYzOsubuwPT47Y4TfBQMUtERKSF+GLLATbsPAzAsNS2DOnd1uJE1vDs/hrfwd0AOPtNwBaVYHEiCUY2m8G0cT256tzuAFS4vDz55kY++3a/xclERKQxBaYaej14D+6yNkwQUTFLRESkBSgocTHvwx0AxEQ6uXZ8L4sTWcP0VuH6aj4ARlg0zgEXWpxIgplhGEwc3olfXpKGw27g9Zm88EE6763eg2maVscTEZFGYE/sHfjcm5NuYZLgomKWiIhIkDNNkzlL0gOrqt0wsRdR4SEWp7JG1Zb/YZb4m987B1+C4Qy3OJG0BMNS2zH96oFEhjkAWLh6D3OWbMPj1YqaIiLBzhYWjS0hGSOmHUaI7jvqi8PqACIiItKwPt20n827/b16RvZtz8AebSxOZA3TVYbrm/cAMGLbE5I6xtpA0qL0TI7j/usGM+vNjRwuqmT1pv0UlLi47dK+hIfqllxEJJhFXPI7jJAwq2MEFY3MEhERCWKHiyp4/SP/9MK4KCdTx/awOJF1XN+8D64yAEKHXYlhUwFBGleHVpH87vohdG4fDcCWPfk8Om89BSUui5OJiEhDUiGr/qmYJSIiEqR8psmcxduodHsB+OmkVCLDWub0QrOqkqrtnwJgb98TR+dBFieSlio20sm91wzijG6tAMg6WMpDc9ey72CpxclERESaDxWzREREgtTKb7JJzygA4OwzOtCvayuLE1nHCAkj8oqHCOl1NqFnTsEwDKsjSQsW6rRzx+X9OHdgEuBfoOGReevYujff4mQiItJQvLk7cX35JhUrX7A6SlBQMUtERCQIHSys4M2PdwLQKiaUKee13OmFNWyR8YSd8zPsbbtZHUUEu83GteN7cuW5/uuxwuVl1psb+ezb/RYnExGRhlC1Zx3ujYvx7FiN6S63Ok6zp2KWiIhIkPGZJi9+kI67yr9S2k8npbbYBtOmaWKaptUxRI7JMAwuGJ7CLy5Ow2E38PpMXvggnfc+26PrVkQkyDiSUv2fmCbe/dutDRMEVMwSEREJMivW7uO7rEIAzh2URJ/OCdYGspA3cwMV7/0Fb+5Oq6OIHNfwPu24e8oAIsP8ReeFn+7hpSXb8Hh9FicTEZH6Ym/fEww7AJ6cbRanaf5UzBIREQki+/PKeOuTXQC0iQvjyjEtd0qd6fPi+vJNvLk7KF86C7NKK8ZJ09WrUzwzrh1M61j/ilefbtrPPxdsosLlsTiZiIjUByMkDFvbLgB4c7ZanKb5UzFLREQkSPh8/umFVR4fBvCzSamEOVvm9EKAqm2f4Cv09x8KHXARRkioxYlETiyxdSS/u24wKe2jAdi8J59H562noESFWBGRYOBI9E819OVlYVZqFdsfQ8UsERGRILHsq0x25RQDMHZIMr06xVucyDqmuwL3uoUAGNGtCUk739pAIqcoNiqU+64ZxBnd/KuPZh0s5eFX1rLvkP7oERFp7uzVxSwAT066hUmaPxWzREREgkD2oVLe+XQ3AO0SIrj8nK4WJ7KWe9MSzAp/YS906BUYDqfFiUROXajTzh2X92PMwCQA8otdPPLqOtL35lucTEREfgx7u+5g94+a96qY9aOomCUiItLMebw+Zn+QjsdrYhhw84WpOEPsVseyjK+sAPfGpQDY2nTB0W2YxYlETp/dZuO68T0Dfe8qXF7+/uZGPt+83+JkIiLyQxkOJ/a23QHwqgn8j9JyG2mIiIgEiSVrMsg4UALAxGGd6JYUa3Eia7nXvg1eNwChw6dgGHrvTponwzC44MwU4mNCebG6YD17UTp5RZVcNLIzhmFYHdFSpmni9ZlUeXxUeX14PD7/59WPq+o89gYed+4QQ/cW/rNSRKxhT0rFu38bvuJczMpSjLAoqyM1SypmiYiINGOZuSW899lewN88+tKzulgbyGLe/Cyqtq8GwJEyEEdib4sTifx4Z/ZpT3xUKE+99S3lLg/vfLqHvOJKrh3fC4fd2mKt76hikr9Q5D12MemY27zHKTrVfez53mN39euY5g/PPnF4Jy4/pyt2mwreItJ4QrqPwN6mC/b2PTFCwqyO02ypmCUiItJMebw+Zi9Kx+szsRkGN12YSoij5U4vBHBvWgaYYNhwDr/S6jgi9aZXp3juv24ws97cSF5xJas27ie/xMWtl/TFbjNOrXjk9VJVdfyC0dGPPccrTHl9uKuOHOP1/YhqksWWfplJxoESfnlJGtER6qsnIo3DFtMWW0xbq2M0eypmiYiINFPvf7Y3sMLZpBEpdOkQY3Ei64WddQNVCUmYlaXY4xKtjiNSrxJbR/L76wfz5PxNZOSWsHl3PrfPWmV1rB/FMCDEYcPpsBPisBFitxHisOFw2Go9DjnhY/uJj6m1zU5ZRRXPvb+FfYfKSM8oYOZLa7ljcj9S2kdb/e0QEZFTpGKWiIhIM7RnfzEffJEBQHLbKC4e1dnaQE2EYQ/B2f8Cq2OINJjYqFDunTaQ/7y7hU278urlnMctAB2rWHSc4pLDYcPpOFIwOlERynHUY7vNaPTeX/HRofzuuiHMWZLOV+kHySuu5C+vruPGib0Z0bd9o2YRkZbLV5qPNycde8c0bBFxVsdpdlTMEhERaWaqPF5e+CAdn2lit/mnF1rdN8dqpmm2+GbY0nKEOR386vJ+rNmSy6HCiiMFpKOKRE7HsYtH3y82OeyNX0xqCkKddn5xcRqd28cwf+VOqjw+nl+0lT0Hirnq3O4t/meqiDQs7+EMyt/+IwBhY27G1nO0xYmaHxWzREREmpmFq/eQc7gMgJ+M6kyndi17aozpcVG+6HGcfc7F0X0khpo5Swtgt9kY1a+D1TGaNcMwmDi8E53aRfGfd7dQWlHFirX7yMot5dZL+xITqT5aItIwbAkdISQcqirwZKcTomLWadPdnoiISDOyK7uIpV9mApDSPppJZ6ZYnMh67m+X4zu4i8qVs/HsXWt1HBFpZvp0TuCBG4fQqV0UANuzCnnwpa/Zs7/Y4mQiEqwMmx17h54AeHPSMX/M0qwtlIpZIiIizYSrysvsD9IxTXDYDW7W9EJ8FcW4N3wA+N/ldHQeYnEiEWmOWseGc/+1gxmR5u+ZVVDi4pFX1/PpxhyLk4lIsHIk9gHALMvHLD5ocZrmx/I74EWLFnHhhRfSv39/LrjgAhYuXHjC48vKynjwwQcZNWoUAwcO5JZbbmHv3r21jvF4PDz55JOcc845nHHGGVxzzTVs2rSp1jFut5v//Oc/TJw4kQEDBjBx4kT+9a9/4Xa76/krFBERqR9vf7Kb3PxyAC47qytJbaIsTmQ997qFUFUJQOjwKZpiKCI/mDPEzs0XpXLN2B7YDAOP18ecJdt4Zdl2PF6f1fFEJMjYk1IDn3ty0i1M0jxZese3ePFipk+fzujRo3nmmWcYNmwY9957L0uXLj3uc37zm9+wdOlSpk+fzmOPPUZubi7XX389JSUlgWMefvhhXnrpJW655RZmzZqF3W7nxhtvJCsrK3DMQw89xH/+8x8mT57Mv//9byZPnsyzzz7LQw891KBfs4iIyA+xPbOAFWv9v8e6JcYwYVgnixNZz1e4n6r0lQDYk9JwJPezNpCINHuGYTB2SDL3TB1ATEQIAB9/k83j//2GwlKXxelEJJjYEjpihPrfmPSqmHXaLC1mzZo1iwsuuIAZM2Zw1lln8eCDD3LBBRfwj3/845jHr127lk8++YTHHnuMyy67jPHjx/PSSy9RUlLCa6+9BsC+fft44403uPfee7n22ms577zzeOGFF4iNjWX27NkAFBUV8eabb3LHHXfw85//nBEjRvDzn/+c22+/nTfeeIOioqJG+x6IiIicTKXbw4uL0zGBEIeNn12Yis3W8lYf+z7XV/PB9AEGoWdOsTqOiASRXp3ieeDGoXTpEAPAzuwiHnzpa3bu098JIlI/DMOGPbE3oL5ZP4RlxaysrCwyMzMZP358re0TJkxg9+7dtUZR1fjss8+IjIxk1KhRgW0JCQkMHTqUVatWAbBmzRq8Xi8TJkwIHON0OhkzZkzgmNLSUqZOncp5551X6/xdu3YNZBMREWkq5q/cxaFC/1S6y8/pRodWkRYnsl5F5lY8e9cD4Og5EnsrjVQTkfqVEBPGfdMGclZ//6qRRaVuHvvvej7+Jlt/dIpIvagpZpkVxfgK1aPvdFhWzNq9ezcAXbp0qbU9JcW/KtOePXuO+ZyUlBTsdnut7Z06dQocv3v3bmJjY0lISKhz3pycHCorK0lKSuKPf/xjoHhV46OPPiIkJCSQQURExGpb9+bz8fpsAHp2jGXskI4WJ7KeaZrkfzTX/8AeQuiQy60NJCJBK8Rh58YLenP9hF7YbQZen8kry7YzZ8k2qjxeq+OJSDNnr24CD+DN1lTD02FZMaumx1VUVO3mtZGR/nebS0tL6zyntLS0zvE1z6k5/kTHgL+B/LF8+OGHvPPOO1xzzTVER0efxlciIiLSMCpcHuYs9t/YOEOqpxcaml7ozd6CK2cHAM5+E7BFJZzkGSIiP5xhGIwZmMS90wYRG+UEYPWm/Tw6bz35xZUWpxOR5swW1wFH9zMJPXMKjuS+VsdpVhxWvfDJhubajrEa0YmeU3P8yc5rHOOPgOXLl3P33XczePBg7r777hM+/1hatTq91aTatFGxTBqPrjdpTLre6tdTb24gr9jfcPhnP+lLWs92FidqGszWZ1IRdT+FX75L+7FTsIVGWB1JWgD9fJM2baLp1bU1j778Nel789mzv4Q/z13LvdcPpV+31vX+WiKNRdebxabcY3WCRlVf15tlxaya0U/fHylVM8LqWKOjoqKi2LdvX53tZWVlgdFYUVFRxxx9VXPe74/aeumll3jssccYNmwYzzzzDKGhoaf9teTlleLzndq8+TZtojl0qOTkB4rUA11v0ph0vdWvTbvyWP5lBgCpKfEM6dFK39+jtOkxmLK4nuQVewF9X6Rh6eebHO03V/bntY928PH6bIpK3fz+358z5fzujB3c8ZhvnJ8uXW/SmHS9SWM6nevNZjNOOHDIsmmGNb2yMjMza23PyMiotf/7z8nKyqoz+iojIyNwfNeuXSksLKyzImFGRgYdO3bE6XQGtv3lL3/hkUceYdKkSTz//PPHnJ4oIiLS2Moqq3hpiX96YZjTzk8n9db0QhGRJsJht3Hd+F78dFJvHHYbPtPktRU7mL1oK64q9dESkR/GNH2YlXXbLcmxWVbMSklJoWPHjixdurTW9uXLl9O5c2cSExPrPGf06NEUFxfz+eefB7bl5+ezdu1aRo4cCRD4d9myZYFj3G43K1euDOwDePLJJ3n55Zf56U9/yhNPPFGryCUiImKl11bsoLDUDcDV5/egdWy4xYmaBtfXb+H68k1Md7nVUUREOKt/IjOuHUR8tH9mxxdbcnnk1XUcLqywOJmINDeVq1+hdO6vqFj5vNVRmg3LphkC3H777cyYMYPY2FjGjBnDRx99xJIlS5g1axbgL1RlZmbSvXt3oqKiGDp0KMOGDeOuu+5i+vTpxMXF8dRTTxEdHc3UqVMBSEpK4rLLLuOhhx6ivLyclJQU5syZQ3FxMTfffDMA27dv59lnn6Vfv35MnDiRjRs31spV83oiIiKN7Zsdh/h88wEA+nZNCCwJ39L5ig/h3rgEfB58hfvh2t9bHUlEhC4dYvjjjUP598LNbM8qJDO3lJkvr+UXl6SR1lmLU4jIqTE9leAqw7t/O6bPi2GzWx2pybO0mDV58mTcbjcvvvgi8+fPJzk5mccee4xJkyYBsHLlSmbMmMHcuXMZPnw4AE8//TSPPvoojz/+OD6fj8GDB/Pkk08SGxsbOO/MmTOJiYnhueeeo7y8nLS0NObMmUNKSgrgX7nQ5/Px7bffMmXKlDq55s2bx5AhQxrhOyAiInJEaUUVLy/dDkB4qIMbJ/aul/4rwcD19QLweQBwDrzI4jQiIkfERDq5++oBzP94Fx+uzaK0ooq/v7GBK8Z0Y+KwTvo5LiIn5UhMxfPdZ1BVie9wBva2Xa2O1OQZ5smW/5OTUgN4aap0vUlj0vX24/3n3c18lX4QgJsuTGVUP43KAvAe3E35wpkAOLoOI3zsbbrepFHpepNT9cWWA7y8ZBtujw+Aob3b8rNJqYQ6T32Uha43aUy63poGX2keZf+9GwDnsCsIHRCcb9wFRQN4EREROWLttoOBQtaA7q0Z2be9xYmaBtM0cX35hv+BzU7osCusDSQicgIj0tpz/3WDaR0bBsDX2w7y0CtryS1Qrz8ROT5bVCuMmLYAeHO2WZymeVAxS0RExGLFZW7mLvNPL4wMc3DDxF6allLNm7EB737/9yYkbSy26hs9EZGmqlO7aB64cSh9OscDkH2ojD+/tJZNu/IsTiYiTZkjMRUA7/7vML0ei9M0fSpmiYiIWMg0TeYu205pRRUA147vRWxUqMWpmgbT58X11Zv+B84IQgf+xNpAIiKnKCo8hLuuGsAFZ3YCoNzl4R/zN/L+53vxqcuLiByDvbqYhdeN9+Aua8M0AypmiYiIWOjLrbms/+4QAEN6tWFYqkYe1aja9ol/5UIgdNBPMMK00rCINB82m8GVY7rzy0vSCA2xYwLvrNrNM29/S4VLoy5EpDZ7Yu/A55pqeHIqZomIiFikoMTFvA+/AyA6IoRrJ2h6YQ3T58H9zfsAGNGtCUkba3EiEZEfZlhqO353/WDaxoUD8M2Owzw0dy3788osTiYiTYktIg5bfCIA3pytFqdp+lTMEhERsYBpmsxduo2ySv+789dP6EVMhNPiVE2HYXMQceFvcXQeROjQKzDsIVZHEhH5wTq2ieIPNw6hf7dWAOzPK+fPL6/lm+qRuSIiAPYOqRhRrbDFJWJqSvIJqZglIiJigc++PcDG6mbAZ/Zpx+Beml74fba4DoSP/zUh3c+0OoqIyI8WGRbCr6/oz09Gdgag0u3lqbe/5Z1Vu9VHS0QACB1xNZFTnyDsrBs0Wv8kVMwSERFpZPnFlbz2kX96YWykk2vG9bQ4kYiINAabYXDZ2V25Y3I/wpx2AN7/fC//XLCJ8soqi9OJiNUMe4iKWKdIxSwREZFGZJomc5Zso8LlBeCGC3oTFa4pdDW8eVlULP8n3sIcq6OIiDSYQT3b8IcbhtA+IQKATbvymPnyWrIPlVqcTESkeVAxS0REpBF9sjGHLXvyARjVrz0Dure2OFHT4vryDTx711P+1h/xVRRbHUdEpMF0aBXJH24YwsAe/t8DBwsqeGjuOj7bqGK+SEvmKzyA6+u3KH/vL5juCqvjNFkqZomIiDSSw4UVvPG/nQDER4cy9fweFidqWjz7NuPdtxmAkF5nYQuPsTiRiEjDCg91cPvkflx2VhcMwFXl5dG5XzN/5U58PvXREmmJfEUHcH/zPt4D3+E9sMPqOE2WilkiIiKNwGeavLg4HZfbP73wpxf0JiJM0wtrmD4frjVv+B+EhOEcdIm1gUREGonNMPjJqC7835X9CQ91ALBkTSaz5m+ktEJ9tERaGnuHnlDdN8uTk25xmqZLxSwREZFG8PH6bLZlFgJwzoBE+nZtZW2gJsaz4zN8+VkAOM+YhC0i1uJEIiKNq3+31jxw4xBS2kcDsGVPPjNf+prM3BKLk4lIYzKcEdhadwHAq2LWcamYJSIi0sByC8qZv9I/vbB1bBhXndvd4kRNi+lx4Vr7NgBGRBzO/hMsTiQiYo128RH89ddnM6R3WwAOF1Xyl1fWsWbLAYuTiUhjciT2BsB3OAPTVWZxmqZJxSwREZEG5POZvPBBOu4qHwA/nZQamEYifu5vl2OWFQAQOmQyhiPU4kQiItYJD3Vw6yVpXHluNwwD3B4fz72/ldc/2oHX57M6nog0AntSn+rPTDz7t1uapalSMUtERKQBLf86i537igA4f1BHUlPiLU7UtPgqinFv+AAAW0JHHD1HW5xIRMR6hmFwwfAU7rpqAJFh/jdAln+dxd9e30BxmdvidCLS0OzteoDNDmiq4fGomCUiItJA9ueV8faq3QC0jQ/nijHdLE7U9Lg3LoaqSgBCh0/BsOnWRESkRlqXBB64cSid2kYBsC2zkJkvf82e/cUWJxORhmSEhGJv679vVDHr2HTHKCIi0gC8Ph+zF6Xj8fowgJ9NSiXUabc6VpMTOuhinAMuxJEyEEdyP6vjiIg0OW3iwplx3WDOTGsHQH6xi0deXc/qTfstTiYiDcmemAqAL38fvgoVsL9PxSwREZEGsPTLzMA75+OGJtMzOc7aQE2U4YwgdNiVhI3/tdVRRESarNAQO7dc1Iep5/fAZhh4vD5eXJzOK8u34/Gqj5ZIMLJXN4HHMPDlZVobpglSB1oREZF6tu9gKQs/3QNAh1YRTD67q8WJmj7DMKyOICLSpBmGwbihySS3jeLf726mpLyKj9dnk3WwlNsv7UtslBbPEAkm9rbdCJ/wf9g79MJwRlgdp8nRyCwREZF65PH6mP3BVrw+E8OAn12YijNE0wuPZpo+Kv73LJ7MDZimaXUcEZFmpXdKPH+8cSid20cDsHNfEX966Wt2ZhdZnExE6pPhcOJIGahC1nGomCUiIlKPPvgig8zcUgAmnZlCt8RYixM1PZ5dX+HZ+QUVS5+katsnVscREWl2EmLCmHHtIEb36wBAUambx+atZ+WGbIuTiYg0DhWzRERE6knGgRIWfb4XgKQ2kVw8qou1gZog01uF6+sFABhh0YR0G25xIhGR5inEYeenk3pz3fie2G0GXp/J3KXbeWnJNqo86qMlEix85UVU7foSb+5Oq6M0KeqZJSIiUg+qPD5eqJ5eaLcZ3HxhH0Ices/o+6q2fIRZchgA5+BLMZzhFicSEWm+DMPg3EEd6dg2in+9s5miMjerNuaw71Apt1/Wj/ho9dESac5Mn5eyN+6FqkpCep2FvV13qyM1GbrLFhERqQfvfbaHfYfKALhwRAop1b1M5AjTVYbrm/cBMGLbE5J6jsWJRESCQ4+OcTxw41C6JcUAsDunmAdf+prvsgqtDSYiP4phs2Nv3wMAT842i9M0LSpmiYiI/Ei7c4pZvCYDgE5to7hoZGdrAzVRrm/eB5e/4Bc6/EoMmwaIi4jUl/joUO69ZhBjBiYBUFzm5q+vfcNH6/ZpsQ2RZsyRmAqAWXIIX/Ehi9M0HSpmiYiI/AhVHi8vfLAV08Q/vfCiPjjs+vX6fb7iQ1RtXgGAvX1PHCmDLE4kIhJ8HHYb10/oxY0X9MZh9/fRmvfhd7zwQTruKq/V8UTkB7BXF7MAvDnpFiZpWnS3LSIi8iO8s2oP+/PKAbhkdBc6to2yOFHT5Pr6LfB5AAg982oMw7A4kYhI8Dr7jETunTYo0DPr880HeOTV9RwuqrA4mYicLlurFKjuMepRMStAxSwREZEfaMe+QpZ9lQlAlw7RXHBmJ4sTNU3ewxl4dq0BwNF1GPa2XS1OJCIS/LolxvLAjUPp2TEWgIzcEma+tJb0vfkWJxOR02HYbDg69Ab8I7M0bdhPxSwREZEfwOX28sIH6Zj4p3XcdGEf7Db9Wj0WW0IyYWNuxohpS+iwK6yOIyLSYsRGOpk+dSBjB3cEoLSiiife2MCyrzL1B7FIM1Iz1dAsL8QsyrU4TdOgu24REZEf4K1PdnGwwD9dY/LZXUlsHWlxoqbLsNkI6TmayCmPYotpa3UcEZEWxWG3cc24ntx8USohDhumCW/8byfPvrcFl1t9tESaA3vSkb5ZnpytFiZpOlTMEhEROU3bMgpYsW4fAN2TYhk/NNniRM2DYei2Q0TEKiP7duD+awfTKsbfR+ur9IM8/Mo6Dhaqj5ZIU2eLT8IIiwbAm7PN4jRNg+4qRURETkOFy8OLi/3NN50OGzddmIrNpmbmx1L13WrcG5dgetxWRxERESClfTQP3DiU1JR4APYdKuXPL33N5t15FicTkRMxDBshfcfhHHoFzgGTrI7TJKiYJSIichrmr9zF4aJKAC4f0412CREWJ2qaTHcFri/fxPXlG1QsnWV1HBERqRYd4eSuKWcwcZh/0ZKySg+z3tzIB1/sVR8tkSYsdNDFhA68CHvrzlZHaRJUzBIRETlFW/bks/KbbAB6JcdxfnVDXanLvXExZkUxACG9z7E4jYiIHM1us3HVed35xcVpOENsmMBbn+zmXws3U+HyWB1PROSkVMwSERE5BeWVR6YXhobY+emFqdgMTS88Fl9ZAe5NywCwtemCo9twixOJiMixDO/Tjt9dN4Q2cWEArNt+iIdfWceB/HKLk4nI8Zimia9UU4NVzBIRETkFr/9vBwUlLgCuOq87bePCLU7UdLm+fhu8/j5ZoWdejaGin4hIk5XcNoo/3DCUvl0TAMg5XMafX/6aDTsPW5xMRL7PvXkFZa/+H2UL/oDp81kdx1IqZomIiJzExp2HWb1pPwBpneMZMyDR4kRNlzcvC893qwFwpAzE0aGXxYlERORkosJDuPOKM7hwRAoAFS4v/1ywiXdX78GnPloiTYcjxN/GwV2OLz/T6jSWUjFLRETkBEorqnhpqX8J5PBQOz+dlKqRRifg+vINwATDRujwq6yOIyIip8hmM7j8nG7cfllfQp12AN5dvYen3/qW8kr10RJpChyJfQKfe7PTLUxiPRWzRERETuC/K76jqNQ/Ze7q83qQEBNmcaKmy7NvM959mwEISR2DLa6DxYlEROR0De7Vlt9fPySwWu+GnYf589y1ZB8usziZiNhi2mBEtQLAk6NiloiIiBzDuu2HWLMlF4D+3Voxur+KM8djmmb1qCwgJAzn4EstzSMiIj9cUutI/nD9EAZ0bw1Abn45D81dy+pN+7XaoYjF7NWjs7wHvsP0tdz/HlXMEhEROYaScjevLPNPL4wIdXDDxN6aXngChmEQNvoG7O164DxjErbwGKsjiYjIjxAR5uCOy/tx6eguALjcXl5cnM6vnvyUh19Zy9urdpOeUUCVx2txUpGWxZHY2/9JVSW+Q3stzWIlh9UBREREmqJXln9HcXkVANPG9SQ+OtTiRE2fvV13wi++H8yWvbqOiEiwsBkGF4/uQqf20bywaCtllR58psmu7GJ2ZRez6PO9hDhs9OgYS2pKPKkpCXRuH43Npjd/RBqKPTE18LknJx17u+4WprGOilkiIiLf81V6Lmu3HQRgYI/WnJnWzuJEzYdhGGDYrY4hIiL1aED31vz1tpFszywkPaOArXsL2HeoFIAqj4+te/3bYDfhoQ56d4qjd0o8fVLiSWwdqZHNIvXIFpWAEdses+gA3px0GPgTqyNZQsUsERGRoxSVuXl1+XeAf6ny6zW98IR85UW41y3EOehibJHxVscREZEGEuZ0cEb31pxR3UeruNzNtowC0jMKSN9bwMHCCgAqXB6+2XGYb3YcBiAm0lk9astf3GodF27Z1yASLByJvakqOoD3wA5MbxWGPcTqSI1OxSwREZFqpmkyd+k2Siv80wuvHd+T2EinxamaNvf6d6lK/5iq7z4j8sqHsMW0tTqSiIg0gpgIJ8NS2zEs1T96+XBRhb+wVf1RsxJwcZmbL7fm8uVW/4IqbeLCAlMSU1PiidHvWZHTZk/sgydjA/bEVExXOUZErNWRGp2KWSIiItW+2HIg8E7y0N5tAzfocmzewhyq0lcCYO/QU4UsEZEWrHVsOGf1D+es/omYpsn+vPLqKYn5bM8spLx6FcRDhZUcKtzPqo37AejYJrJ6SmICvTrFER6qP1FFTsbRZQiOrkNb9OwB/aQQaaFM0/T/W/0/JtWPTWr9CyamWX3cUcce2V9z7JHz1d5nctTuwHkcdgOnw4bDbmvRP4Sl6SgocfHfD3cAEBMRwrXje1qcqOlzfzm/utm7QejwKVbHERGRJsIwDBJbR5LYOpLzB3fE5zPJyC0JjNrakVWI2+NfLGTfoTL2HSpjxdp92AyDzh2iA1MSu3eMJcShPowi32fYbFZHsJyKWSKnocLlIeNACXsOFLNnfwnZh0qpqv5FXFPQqSnWnLSgY9Y91jzqSbUKSMcpKB19vloFpVqvU/fYpsZhtxHisOF0+P+t9WG3EeKwB/Y5HN87tnr/0c+ptS/EXn1M3ddQIU1qmKbJS0u2Bd41vmFib6IjNO3hRDz7t+PJ+AYAR89R2FslW5xIRESaKpvNoEuHGLp0iGHSmSlUeXzszinyj9zKKGBPTjFen4nPNNmdU8zunGI++CIDh/2olRI7x9O5fTR2/REvIqiYJXJcVR4fWQdL2bO/OPBxIK+8SRaDmjuP14fH66PC1fivfaQgVvfDWVMkO+b+2vucx9pXvd8Z8v1z2HHYDRXSmpBPN+3n2915AIxIa8fAnm0sTtS0maYP15rX/Q/sTkKHTLY2kIiINCshDhu9OsXTq1M8l57lf8N4x77CQDP5zIP+lRI9Xl9gNBerIDzUTq/k+EBxK0krJUoLZlaW4t76Ed7sdJyDL8GRmGp1pEalYpYI4POZ5Bwu8xetDpSwZ38x+w6W4vUdv3QVHx1KSrvowLx+wwADqv8HDPwban69GtU7jcB+/8bAr9/qY40jJ6hzvqN/V/tfzzhqf81zjMD+iAgn5eXuI69dKwuBX/5HnnvkAOOo42qOrZ3VOGrfka/nWOcLvM5R5/N4Tao8Xqo8viMfXh/uKv+/Ho+PKo8X91H7qqr31Rzv9nhrjYD7IWrOhUWFNGfNaDP79wpoxxih5nTYaRUbRlKbSJJaRxIfHaobuHqQV1TJ6x/5pxfGRTm5ZpymF56MZ9dX+A7tAcDZfwK2qASLE4mISHMWHuqgf7fW9O/mXymxpNzN9sxCtmYUkL43n9yCmpUSvWzYeZgNO6tXSowI8ffb6pxA75R42mqlRGlJDAP32oWAiXdfdxWzRIKdaZocKqxgz35/0Wrv/mIycktxVXmP+5zIMAedq4dGd+kQTZcOMcRFhTZi6h+mTZtoDh0qsTpGgzFNE6/PPGaxy+3xVhfEah4fXRTzfq8oVrugdvR+t8d35DxeH+6afVW+Hz1KL1BI+4HCQx0kVfejqClwJbWOJCbSqSLXKTJNkzlL0ql0+//7v/GC3kSGtbyljU+H6a3C9fUCAIywaJxnTLI4kYiIBJvoCCdDerdlSG//wiL5xZXVzeQLSM/Ip7BmpcTyKr5KP8hX6QcBaB1bs1Ki/yO2Gdyvi/xQRmgkttad8B3OwJOzlZZ2tauYJUGvsNRVPU2whL3V0wXLKj3HPd4ZYqNzu+haxas2ceEqDjRBhmHgsBs47DYa+324WoW0o0aK1RS9PN8rktUqrh01Au3I8721i2vV+zxHnddV5aXCdaToWuHysDO7iJ3ZRbWyRYWH1ClwJbWJIipcRZrvW/lNNlv3FgAwun+HwDvCcnxVW/6HWeJ/R9w5+FIMp94FFxGRhpUQE8aofh0Y1a8DpmlyIL88MCVxW2ZB4N7+cFEln27az6eb/CslJrWODBS2enWKJyJMf/5KcLEnpuI7nIHv0F5Md0WLui/Tf80SVMorq/zTBHP8Rau9B0ooKDn+/DG7zaBj2yh/0aq9f8RVh9YRaiwpJ1WrkNZIb4OYpklxeRU5h0rZd7iMnMNlZB8qI/twGRWuIwXa0ooqvssq5LuswlrPj410fq/IFUVi68gWe2N3sLCCNz/eBUBCTChXn9fD4kTNg6PbMHyF2XhzdxKSeo7VcUREpIUxDIMOrSLp0CqS8wb5V0rMOljK1ox80jMK+C6rEHeVf+R79mH/fdKKdfswDOjcPoY+nePpnRJPj6RYnCFaKVGaN0diKlWbloLpw3tgO45OA6yO1Gha5l8wEhRcVV4yc0tqjbiqmU9/LAbQvlVEYCWVLh1iSG4bqeV+pdkwDIPYSCexkQmkdj7So8g0TQpKXOQc9i9tnVN945ZzuKzW9NmiMjdFZW5/E9WjxEeH1ipwJbWJJLFVJKHO4P1vw2eavPhBeuD789NJqS22qHe6bJHxhJ39M0yPG8Om75mIiFjLZjNIaR9NSvtoLhiegsfrY3dOMVv35rMto4Bd1SslmiaBRZ1qVkrsnhRT3Uw+gS4dtFKiND/29j3BsIHpw5OdrmKWSFPj8frIPlTGngPF1YWrErIPleE7QffvVjFhdEms7nHVPoaU9keatYsEE8MwSIgJIyEmjL5dWwW2+0yT/KLKo0ZxlZJ9uIz9eeW1enUVlLgoKHGxeXd+rfO2jg0LTFFMqh7R1aFVRFAUgD9auy8wcu3cgUmkdVYD89NlOJxWRxAREanDYbfRMzmOnslxcBa43F6+21dI+l7/qoiZuSWY+P++2JZZyLbMQt75dA9hTju9kuMCxa2kNpHY1GZEmjjDGY6tTRd8B3fhzdlmdZxGpb/spcnxmSa5+eXs3V/C7uoG7ZkHS0/YKDsmIqRWj6vOHWKIidAfWtKy2QyD1nHhtI4LZ0D3I72gfD7/IgjZRxW4sg+XcSCvvNYKnoeLKjlcVMnGXXmBbYYBbeMjjurF5W9A3z4holG/th/jQH45b33in17YOjaMK8/tZnGi5sG1/j0cSX2wt+tudRQREZFTFuq0069rK/pVv+FXWlHFtowC0jP9PbcO5JcDUOn2snFXXuC+JzoihN6d4kntHE+flHj10JUmy5GYivvgLnx5mZiVpRhhUVZHahQqZomlTNMkv7i6QfuBYvbuL2HvgeJaTa6/L8xpp3N1f6suHWLo3CGaVjFh+uUicopsNoN2CRG0S4hgUM82ge0er4/cgopao7hyDpeRm18RGAVpmpCbX05ufjnrvzsUeK7dZpDYJor28eG1ilxt48Ob1JB9n8/khQ+24q4ujt90YSphTv0qPBnvwd24176Ne+3bhI64Bme/8VZHEhER+UGiwkPqrJS4rbqwtTWjINBvt6S8iq+3HeTrbf6VElvFhJKakkBqZ39D+eawsrm0DPbEVNiwCDDx7N9OSJfBVkdqFLqDl0ZVUu6u1eNqz4ESisvcxz3eYbfRqV0UXdr7i1ZdE2NolxChIb8iDcBhtwVGXA2tvsEDqPL4OJBffmQUV3VfrkOFFdSM4/L6TLJyS8jKLeHr752zQ6uIWgWupDZRtI4Ns+S/42VfZ7IruxiAsUM60qtTfKNnaG5M08T15Rv+BzYHjpSB1gYSERGpRwkxYYzs24GRff0rJeYWVFSvlJjPtsxCSiuqAMgrdrH62/2s/ta/UmKHVhH0qS5u9e4UR0SYVo0Wa9jbdwebA3wefIU5gIpZIj9KhcsTaNBeM13wcFHlcY83DP/yuUc3aE9qE4nD3nRGdYi0RCEOG8lto0huW3vIsqvKy/68IysqHi52sSe7kLziIyuIerw+sg6WknWwtNZznSE2EltFBnpyJbaOpGObSOKjQxtslGX24TLeWbUHgHbx4Vx+jqYXngpPxjd4928HICTtfGwxbU7yDBERkebJMAzaJ0TQPiGCcwcm4TNN9h0sZWt1v63vsgoDi8fszytnf145H633r5SY0i66ekpiAt07xhKqlRKlkRiOUMIn3Y09IbnFTDGEJlDMWrRoEf/+97/JysoiKSmJX/ziF1x66aXHPb6srIwnnniC5cuXU15ezpAhQ/jd735H586dA8d4PB6efvpp3nnnHQoLC0lLS+O+++6jf//+tc718ssv8+qrr5Kbm0u3bt248847OeccLTP+Q1R5fOw7VMrunOoG7QdK2H+4jOO3Z4e28eH+olV7f4+rlHbRQb16mkiwCQ2x07l9DJ3bxwDQpk00hw6VUOHyBFZU9I/i8o/oKiw9MgrTXeVj74ES9h4oqXXO8FC7v8jVJpLE6pUVk1pHEhvp/FFFLq/PxwuLtuLx+jAMuOnCPrrJPAWmz4P7yzf9D0IjCR34E2sDiYiINCKbYdCpXTSd2kUzcXgnPF4fe/YXB6Yk7souCqyUWHNfs2RNJg67QbfE2EBxK7ldFE6HTW1RpME4ElOtjtDoLC1mLV68mOnTp3PDDTcwevRoVqxYwb333ktYWBgTJ0485nN+85vf8O233/Lb3/6WyMhInn76aa6//no++OADoqOjAXj44Yd55513mD59OomJicyZM4cbb7yRd999l+TkZABmz57N3//+d+644w7S0tJ46623uO2225g3bx4DBgxorG9Bs+TzmeTklbFnv7/H1Z79xWQdLK3VOPr74qKc1f2tqhu0t48hKlxDcUWCUXiog25JsXRLiq21vayyKjCKK+dQGdmHS9l3qCwwfB+gwuVlV04xu3KKaz03MsxRaxRXzbTF6FNc6GHxmsxA4WzCsE507xh7kmcIQNW2VfiKDgAQOvAnLerdPhERke9z2G306BhHj45xXDy6C64qLzuOWikx40DNSokm27MK2Z5VyMJP/aPCDcP/RmDNhzPETqjTdmSb83v7Qo69L9RZd3+ICmXSAhmmaZ5o8EyDGjduHH379mXWrFmBbXfeeSfbt29nyZIldY5fu3Yt06ZN4/nnn+fss88GID8/n/PPP59bb72Vn//85+zbt4/x48fzhz/8galTpwLgdruZMGECZ599Ng8++CDl5eWcffbZXH311UyfPh3w9wS5+uqriY6OZvbs2af1deTlleI7QSHnaDUjF5oL0zQ5VFR5pMfV/hIyDpQEhtceS0SoI7CiYNfqAlZ8tBokWqG5XW/SvP3Q6624zB1YWfHoEV3lLs9JnxsTEXKkwFU9iiupdWStvhWZuSX8+eW1eH0mHVpF8KefDiXEoVFZJ2O6Kyh7417MimKM6DZEXvUXDHvTeRNCP9+kMel6k8ak6635KqusYltGIdsyCtiakc/+vPJGed0fUyhr0yoKV6VbhbIgYFaW4tm/DbweQrqfaXWcYzqdn282m0GrVsd/I9WykVlZWVlkZmZy11131do+YcIElixZQlZWVmAUVY3PPvuMyMhIRo0aFdiWkJDA0KFDWbVqFT//+c9Zs2YNXq+XCRMmBI5xOp2MGTOGlStXArBx40ZKSkoYP/7IakyGYTBu3DhmzZqF2+3G6Ty1d/uDTVGpiz3Vo6327C9m74GSWqMmvs/psNGpfTRd2sfQJdG/wmBbLVsrIqchJtJJTKST1JQjzdhN06Sw1E324VJyDpWxr3plxezDZbjcR4rpxeVVFGf43w09Wnx0aGAE15a9+Xh9JjbD4OaL+qiQdYrcGxdjVvhHyIUOvbxJFbJERESaosiwEAb3asPgXv7+kgUlLrZlFpBfXImryovL7cNV5cVd5aXS7Q187gp8VO93e0/YruX7TBMq3f5z1reTFsqOKpZpRJm1Kj76N97sLRix7ZpsMas+WVbM2r17NwBdunSptT0lJQWAPXv21Clm7d69m5SUFOz22n+IdOrUKTCSa/fu3cTGxpKQkFDnvDk5OVRWVgZeu2vXrnWO8Xg8ZGVl0a1by2kMfLCwgrc/2cWOfUWBpWiPxW4z6NgmKjDqqkuHGBJbR2C3qUG7iNQvwzCIjw4lPjqUvl1aBbabpklecaW/sHXoyCiu/XlluD2+wHEFJS4KSlxs2ZMf2DZpRCe6dIhp1K+jufKVFeDetAwAW5uuOLoNtziRiIhI8xMfHcqItPan/TzTNHF7jhS2ji50HbcYdlShzFW9v7kXyromxnDBmSlayf4U2RN7483eglmUi680H1tUwsmf1IxZVswqKfEPLYuKqj1sLDIyEoDS0tI6zyktLa1zfM1zao4/0THgbyBfc2zNtmMd05IsWZPBV+kH62zv0CqCzu39Pa66dIihU7sojWgQEUsZhkHr2HBax4bTv1vrwHafz+RQUUXtUVyHyjiQX4bHa9I1MYaLR3U5wZnlaEZYFKFDL8P1zSJCz5yid01FREQakWEYgYIOEfV7btM0qaoulLncXiKiwziQW1KrUOZyH10Eq1soO7K9YQtl3+w4TFqXhMBiQ3JijqQ0vNlbsSf2Blvw/91uWTHrZK26bMcY7XOi59Qcf7LzGoZxSsecjhPN4zyWNm2iT+v4hnbh6G7klbiIiXTSIzmeHslxdO8YR6QatAeFpna9SXCz8npr1y6Gvj1rb/N6fRwuqiQhJowQh0aRnpb2V+E76yfYnOFWJzku/XyTxqTrTRqTrjdpTCn1VCyqGVFW6fLgcnupcPv/rXR7/CPJXEc+P/pfl9tLpeuoz6v3dWoXzYDUDrqHO1VtzoC0M6xOcVL19fPNsmJWzcqD3x8FVTNqqmb/0aKioti3b1+d7WVlZYHRWFFRUcccWVVz3qioqFqvffQorhO99ok09wbwraNCuOvK2hd9eWkl5aWVFiWS+tIUrzcJXk31erMBhQUta8Rt/Wp6/59C073eJDjpepPGpOtNGlNDXW8GEGE3iAh3QPgPLzvoHi641GcDeMtKnDW9sjIzM2ttz8jIqLX/+8/JysqqM7IqIyMjcHzXrl0pLCykqKiozjEdO3bE6XSe8LWdTieJiYk/4isTEREREREREZGGYlkxKyUlhY4dO7J06dJa25cvX07nzp2PWVAaPXo0xcXFfP7554Ft+fn5rF27lpEjRwIE/l22bFngGLfbzcqVKwP7Bg4cSERERK1jTNPkww8/ZOjQoS12JUMRERERERERkabOsmmGALfffjszZswgNjaWMWPG8NFHH7FkyRJmzZoF+AtVmZmZdO/enaioKIYOHcqwYcO46667mD59OnFxcTz11FNER0czdepUAJKSkrjssst46KGHKC8vJyUlhTlz5lBcXMzNN98MQHh4OD/72c/417/+hd1u54wzzuCtt95iy5YtzJ0717Lvh4iIiIiIiIiInJilxazJkyfjdrt58cUXmT9/PsnJyTz22GNMmjQJgJUrVzJjxgzmzp3L8OH+ZcGffvppHn30UR5//HF8Ph+DBw/mySefJDY2NnDemTNnEhMTw3PPPUd5eTlpaWnMmTOHlJSUwDG33347drudN998k9mzZ9O9e3f+9a9/MXjw4Mb9JoiIiIiIiIiIyCkzzJMt7Scn1dwbwEvw0vUmjUnXmzQmXW/SmHS9SWPS9SaNSdebNKagaAAvIiIiIiIiIiJyulTMEhERERERERGRZkPFLBERERERERERaTZUzBIRERERERERkWZDxSwREREREREREWk2VMwSEREREREREZFmQ8UsERERERERERFpNlTMEhERERERERGRZkPFLBERERERERERaTZUzBIRERERERERkWZDxSwREREREREREWk2VMwSEREREREREZFmQ8UsERERERERERFpNlTMEhERERERERGRZkPFLBERERERERERaTZUzBIRERERERERkWbDYXWAYGCzGQ16vMiPoetNGpOuN2lMut6kMel6k8ak600ak643aUyner2d7DjDNE2zPgKJiIiIiIiIiIg0NE0zFBERERERERGRZkPFLBERERERERERaTZUzBIRERERERERkWZDxSwREREREREREWk2VMwSEREREREREZFmQ8UsERERERERERFpNlTMEhERERERERGRZkPFLBERERERERERaTZUzBIRERERERERkWZDxSwLHDx4kOnTpzNixAgGDRrEbbfdRkZGhtWxJEgdOnSI3//+95x77rkMHDiQyZMns2TJEqtjSQvw2GOPceONN1odQ4LMokWLuPDCC+nfvz8XXHABCxcutDqStADp6emkpaVx4MABq6NIkPL5fLz22mv85Cc/YeDAgYwdO5ZHHnmE0tJSq6NJEDJNk5deeokJEybQv39/Lr74Yt5//32rY0kLcccddzBu3LgffR5HPWSR0+Byubj55ptxuVw88MADhIWF8cwzz3DttdfywQcfEBMTY3VECSJut5ubb76ZkpISfv3rX9O2bVuWLVvGnXfeidfr5aKLLrI6ogSpV155hRdffJERI0ZYHUWCyOLFi5k+fTo33HADo0ePZsWKFdx7772EhYUxceJEq+NJkNq1axe/+MUv8Hg8VkeRIDZ79myefPJJbrrpJkaMGMGePXv45z//yc6dO3nhhResjidB5tlnn+Wf//wnv/rVrxgwYACrVq1i+vTp2O12Jk2aZHU8CWLvvvsuH374IZ06dfrR51Ixq5F9/PHHbN++nbfeeou+ffsC0KNHD84//3yWLVvGlVdeaXFCCSarVq1i27ZtzJ8/n/79+wMwatQocnJyeP7551XMknqXm5vL448/zuLFi4mOjrY6jgSZWbNmccEFFzBjxgwAzjrrLIqKivjHP/6hYpbUO4/HwxtvvMHf/vY3QkJCrI4jQcw0TWbPns2UKVO4++67ARg5ciTx8fH85je/IT09ndTUVItTSrCoqqrixRdfZOrUqdx6660AjBgxgs2bN/Pqq6+qmCUNJjc3l4cffpj27dvXy/k0zbCRjR49mtdeey1QyAICN0hut9uqWBKkIiMjmTJlCv369au1vWvXrmRmZlqUSoLZrFmz2Lp1K3PmzNGNt9SrrKwsMjMzGT9+fK3tEyZMYPfu3WRlZVmUTILVunXreOKJJ/jZz37G9OnTrY4jQaysrIyLL764zpuMXbt2BdA9m9Qru93OK6+8ws9//vNa20NCQnC5XBalkpbg97//PaNGjaq3mRsamdXIoqKiGDRoEOCviu/atYvHHnuM+Pj4epk3KnK0ESNG1PlhUVVVxSeffEKPHj0sSiXB7Oabb6Zr167YbDaeeeYZq+NIENm9ezcAXbp0qbU9JSUFgD179pCcnNzouSR4devWjRUrVtCqVSvefvttq+NIEIuKiuL3v/99ne0rVqwAoHv37o0dSYKYzWajV69egH9UYF5eHm+//Taff/45M2fOtDidBKv58+ezZcsWFi1axOOPP14v51Qxqx55PB7mz59/3P1t27bl/PPPDzz+1a9+xccff4zNZuPhhx+mbdu2jRFTgsTpXm81/vrXv7J3714VGuS0nOr1phtuaSglJSWA/4++o0VGRgKoSbLUu9atW1sdQVqwjRs38txzzzF27Fi6detmdRwJUsuXL+fXv/41AGPGjOHiiy+2OJEEo+zsbB555BEeeeQREhIS6u28KmbVI5fLxZ/+9Kfj7h82bFit4sItt9zCDTfcwHvvvRfo/zF58uSGjilB4nSvN9M0+etf/8rLL7/MTTfdxNixYxshpQSL073eROqbaZon3G+zqXOCiASHdevW8ctf/pKOHTvy0EMPWR1HglifPn149dVX2b59O//4xz/4+c9/zssvv4xhGFZHkyBhmib3338/55xzDhMmTKjXc6uYVY8iIyPZvn37KR8/ePBgwD8VLDs7m2effVbFLDllp3O9ud1u7rvvPj744ANuuukmfvvb3zZwOgk2p/vzTaS+1SwoUFZWVmt7zYgsLTggIsFg8eLF3HfffXTu3JnZs2cTHx9vdSQJYsnJySQnJzN06FCioqK49957+eabbwJtcUR+rHnz5rF9+3bef//9wKrANW9Qejwe7Hb7Dy6e6m3MRrZ161Y++OCDOtvT0tI4ePCgBYkk2JWWlvLTn/6UJUuWcP/996uQJSLNUk2vrO83Qs7IyKi1X0SkuZozZw533XUXAwYMYN68eWpBIg2isLCQhQsXkpubW2t7nz59APQ3qdSrZcuWUVBQwOjRo0lLSyMtLY2FCxeSmZlJWloa77zzzg8+t0ZmNbI1a9bw+OOP069fPzp16gSA1+tlzZo19OzZ0+J0Emy8Xi+33norGzduZNasWVq6XkSarZSUFDp27MjSpUtrLZiyfPlyOnfuTGJiooXpRER+nPnz5/Poo48yadIkHnvsMZxOp9WRJEj5fD7uu+8+brvttkC/LIDPPvsMQH+TSr168MEH64yqf+aZZ0hPT+fpp5+mY8eOP/jcKmY1ssmTJ/PKK69w66238qtf/YqwsDDmzZvHd999x4svvmh1PAkyr7/+Ol999RVTpkyhffv2bNiwIbDPMAzOOOMM68KJiJym22+/nRkzZhAbG8uYMWP46KOPWLJkCbNmzbI6mojID5aXl8fDDz9MUlIS06ZNY+vWrbX2d+rUqV6bJkvLlpCQwDXXXMNzzz1HWFgY/fr1Y926dTz77LNceeWVdO3a1eqIEkSOdT3FxcXhdDrp16/fjzq3ilmNLC4ujldffZUnnniCmTNnUlZWRv/+/Xn55ZcZMmSI1fEkyCxbtgyAN954gzfeeKPWPrvdXudmSUSkKZs8eTJut5sXX3yR+fPnk5yczGOPPcakSZOsjiYi8oN9+umnVFRUkJ2dzbRp0+rsf/zxx7nkkkssSCbBasaMGXTo0IEFCxbw1FNP0b59e379619z0003WR1N5JQZ5smWBxIREREREREREWki1ABeRERERERERESaDRWzRERERERERESk2VAxS0REREREREREmg0Vs0REREREREREpNlQMUtERERERERERJoNFbNERERERERERKTZUDFLRERERERERESaDRWzRERERERERESk2VAxS0RERFqUL7/8kl69evH2229bHeW0fPfdd/Tp04fPPvvM6ig/ynnnncd1113X4K+zYsUK+vbty969exv8tURERKRxqZglIiIi0gw8+uijDBo0iFGjRtXaXlpaSu/evenVq1fgY+DAgVxyySW88cYbjZZv5syZnHXWWZim2WiveSJjx46lZ8+ePPHEE1ZHERERkXrmsDqAiIiIiJzYN998w2effcYzzzxTZ9+WLVswTZNJkyYxZswYAA4ePMirr77KAw88gGEYXHXVVQ2azzRNVqxYwfnnn49hGA36Wqfj+uuv595772XHjh306NHD6jgiIiJSTzQyS0RERKSJ++9//0t8fDznnHNOnX1bt24F4JJLLgl83HLLLfzjH/8AYOnSpQ2e79tvvyU3N5exY8c2+GudjnHjxhEeHs7rr79udRQRERGpRypmiYiIiAD5+fk8+OCDnHPOOfTt25dzzjmHBx98kIKCgjrH7tu3j1/96lcMGjSIQYMGceutt5KVldUg/aA8Hg8rVqxg5MiRhISE1Nm/efNmAPr27Vtre/v27QH/NMSG9uGHHxITE8Pw4cMD2/bv38///d//MXjwYAYNGsQvf/lLMjMz6zy3tLSUWbNmceWVVzJ8+HD69u3LuHHjeOKJJ6ioqKj1Gr169eLNN988ZoYLL7yQcePG1ZrmGBkZyeDBg1m2bFk9frUiIiJiNU0zFBERkRavpKSEqVOnkpGRweWXX06fPn1IT0/ntddeY82aNcyfP5+oqCgACgoKmDZtGnl5eVx99dV07dqVdevWccMNN1BeXl7v2bZs2UJ5eTn9+/c/5v6tW7fSoUMHWrduXWv7p59+CnDc59WnDz/8kLPPPjtQbCsuLmbatGkcOHCAq6++mm7duvH1119z/fXXU1lZWeu5ubm5LFiwgPHjx3PRRRfhcDj46quvmD17Nunp6bzwwgsAnHvuubRp04a33nqrzrTJDRs2sHPnTn7zm9/UmeY4cOBAVq9eza5du+jWrVsDfhdERESksaiYJSIiIi3e7Nmz2bt3Lw888ADTpk0LbE9NTWXmzJnMnj2bO++8E4Dnn3+eAwcO8Ne//pWLL74YgGuuuYbHH388UHipTzt37gQgOTm5zr6ysjL27t3L6NGjyc/PB/wjzFavXs0///lPEhISuPnmm+s909F27drFnj17At8f8H8/s7Oz+ctf/sLll18OwLRp03j44YeZO3durecnJyezcuXKWqPOpk2bxpNPPsm///1vNm3aRP/+/XE4HEyePJlnn32WnTt30r1798DxCxYswG63c9lll9XJV/N927lzp4pZIiIiQULTDEVERKTF+/DDD0lISGDKlCm1tk+ZMoWEhARWrFgR2Pbxxx/Tpk0bLrroolrH3nTTTQ2SraZIFRsbW2dfeno6Pp+PVatWMWLECEaMGMGFF17I448/zrBhw3j99dcD0w1P13nnnXdK/bZWrFhBaGgoZ511Vq1trVu35tJLL6117C233FLn+U6nM1DI8ng8FBUVkZ+fz8iRIwHYuHFj4Ngrr7wSwzBYsGBBYFt5eTmLFy/m7LPPpl27dnXOHxcXB0BeXt5JvxYRERFpHjQyS0RERFq8ffv20bdvXxyO2rdGDoeDzp07B5qs1xzbv39/bLba7wm2atWKmJiYWtsWL17MK6+8wrZt24iPj+d///tfrf0ej4dHH32U9957D5/Px/jx4/njH/9IaGho4JgTrQ64ZcsWAO6//3569OiBYRhERUXRpUuXwLTIhvbhhx8ycuRIIiMjA9uysrLo168fdru91rFt27at8z0CmDdvHq+//jo7d+7E5/PV2ldUVBT4PDk5mZEjR/Luu+9y9913ExISwpIlSygrK+OKK644Yc6mtMqiiIiI/DgamSUiIiLSQGJjY7n22mtrTcE72n/+8x++/PJL3n//fZYvX86uXbv461//WuuYhIQEAAoLC+s8v6bIdvHFFzNy5EhGjBhBv379flQhyzRNPB7PKR174MABNm/ezPnnn/+DX2/OnDnMnDmTtm3bMnPmTJ577jnmzJnDo48+GshztKuuuor8/PxAYXDBggW0adOGMWPGHPP8Nd+3mu+jiIiINH8qZomIiEiLl5yczJ49e+oUcTweD3v37q3VryopKYmMjIw6I4jy8vIoLi6utW3UqFFceOGFJCUlHfN1FyxYwC9/+UvatWtHQkICd9xxB2+//TZerzdwTI8ePQDIyMio8/wtW7bQtm1b4uPjT/o15uXlceeddzJixAjOPvtsHn74YVwuF+CfUvivf/2Lq6++mgEDBgRWSNy9ezeXX345AwcO5LrrrquzGuGKFSswDKNOMSs5OZmMjIxaXwfAwYMH63yP3n33XZKSknj++ee58sorOeeccxg5ciStWrU65tdx/vnn06pVKxYsWMDu3btZv349l156aZ1RdTVqMtd8H0VERKT5UzFLREREWryxY8eSn5/P/Pnza21/8803yc/PZ+zYsYFt5557LocOHWLRokW1jj3d5u/FxcXs37+f3r17B7alpaVRVlZGdnZ2YFufPn2Iioqq1TsKoKKigt27d9OrV69Ter277roL8E8LnD9/PuvXr+fvf/97YP/ChQt5+OGHWb9+PX369AFg/vz5PProo3zxxRd07dqVO+64o9ZIqQ8//JDBgwfXGfV0/vnnc/jwYRYuXFhr+/PPP18nl81mwzCMWuf1eDzHPBYgJCSEyy67jNWrV/PMM88AnHCK4YYNG2jdujVdu3Y97jEiIiLSvKhnloiIiLR4N998M0uXLmXmzJls3bqV1NRU0tPTWbBgAV26dKm1IuAtt9zCokWLuP/++9m0aRNdu3Zl3bp1fPPNN6c0QqpGWVkZQK0eUtHR0bX2AdjtdsaPH8+KFStwu904nU4Atm3bhtfrPaViVm5uLmvWrGHVqlVERUURFRXFr3/9a+655x5mzJgB+Jvd16z2V9PrasqUKYERTb/97W8ZNmwY27ZtIzU1lcLCQtauXcs999xzzO/nokWL+MMf/sCWLVvo3r07X331FRs2bKjzPZo4cSJ/+9vfuOWWWxg3bhylpaUsWrTouCOtwD/V8IUXXmDRokUMGzaMzp07H/O4srIy1q1bF1hRUURERIKDRmaJiIhIixcdHc1rr73GlClT+OSTT3j44Yf55JNPuPrqq/nvf/9bqwdVQkIC//3vfxkzZgxvvfUWTzzxBOXl5bz88suYpklYWNgpvWZNw/SSkpLAtprPj26mDjB16lSKi4v5+OOPA9tq+mWdSjHrwIEDOByOWqv9dezYkaKiIioqKgDo0KFDneclJibWyhsXF0dubi4AK1euxOPx1Bq1ViM2NpZ58+YxduxYFi5cyBNPPEFlZSVz584lIiKi1rE33XQTd911F1lZWTz88MP897//ZdSoUTz++OPH/XpSUlIYPnw4wAkLVcuXL6eioqLOKpUiIiLSvGlkloiIiLQow4cPZ/v27XW2JyQk8Kc//Yk//elPJz1HcnIyTz/9dK1tBQUFFBYWHrModCwxMTF06NCBbdu2BabAbd26lcjIyDo9tvr378/o0aN5+eWXmTBhAgDTpk1j2rRpp/Ra7du3x+PxkJubGyhoZWdnExsbS3h4OECd1RkBcnJyAp+XlZVRWFgYeP6HH35I79696dix4zFfMzExkX/+8591tn9/RUe73c4vfvELfvGLX9Q59lj/P9VwOp3ExMQwceLE4x4zd+5cxo0bR8+ePY97jIiIiDQ/GpklIiIicpoqKyvrbHvuuecAf9P3Gl6vF5fLRVVVFaZp4nK5cLvdgf1XXHEFzz77LLm5ueTn5/P0008zefLkwDS/o913331s2LCB1atXn3bedu3aMXz4cB577DFKS0s5ePAgTz31FJdeeukJn/fmm2+yc+dOXC4Xf/vb3+jatWtgJNiAAQMCfbgaW0ZGBqtXr+biiy8+7ki4FStWsGPHDqZPn97I6URERKShGeb31zsWERERkRO67rrrSEpKok+fPvh8PtasWcPHH3/MwIEDmTdvXqAY9fbbbwd6UtVISkoKjE7yeDw8+uijvPvuu/h8PiZMmMADDzxwylMVT8ehQ4f485//zFdffUVISAgTJkzg7rvvJjw8nPPOO4/f/va3tUY5nXfeeVx++eX873//Y/fu3aSlpfHQQw8dtz9VY9i4cSO7du3ilVdeYdeuXSxevPi4I8NEREQkeKmYJSIiInKaXnzxRRYuXEh2djYul4t27doxfvx4br/99lr9taR+3XfffSxcuJDk5GTuuecexo8fb3UkERERsYCKWSIiIiIiIiIi0myoZ5aIiIiIiIiIiDQbKmaJiIiIiIiIiEizoWKWiIiIiIiIiIg0GypmiYiIiIiIiIhIs6FiloiIiIiIiIiINBsqZomIiIiIiIiISLOhYpaIiIiIiIiIiDQbKmaJiIiIiIiIiEiz8f8xXb4iP7Pi+wAAAABJRU5ErkJggg==\n",
"text/plain": [
"<Figure size 1440x720 with 1 Axes>"
]
diff --git a/examples/notebook_custom_logging.ipynb b/examples/notebook_custom_logging.ipynb
index bfdf2a5c8..dbe7d3001 100644
--- a/examples/notebook_custom_logging.ipynb
+++ b/examples/notebook_custom_logging.ipynb
@@ -203,10 +203,10 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "EXAMPLE_ABOVE_MS 1.044142002936e+02 4.99194 4.99194 6.13567 6.13567 2 1\n",
- "EXAMPLE_ABOVE_MS 1.044572277695e+02 4.99192 4.99194 7.51803 6.13567 2 2\n",
- "EXAMPLE_ABOVE_MS 1.044654032097e+02 4.99192 4.99192 7.81395 7.51803 2 2\n",
- "EXAMPLE_ABOVE_MS 1.045084306856e+02 4.99191 4.99192 9.57443 7.81395 2 2\n"
+ "EXAMPLE_POST_MS 1.044142002936e+02 4.99194 4.99194 6.13567 6.13567 2 1\n",
+ "EXAMPLE_POST_MS 1.044572277695e+02 4.99192 4.99194 7.51803 6.13567 2 2\n",
+ "EXAMPLE_POST_MS 1.044654032097e+02 4.99192 4.99192 7.81395 7.51803 2 2\n",
+ "EXAMPLE_POST_MS 1.045084306856e+02 4.99191 4.99192 9.57443 7.81395 2 2\n"
]
}
],
@@ -223,7 +223,7 @@
"example_logging_string_post_MS = \"\"\"\n",
"if(stardata->star[0].stellar_type>MS)\n",
"{\n",
- " Printf(\"EXAMPLE_ABOVE_MS %30.12e %g %g %g %g %d %d\\\\n\",\n",
+ " Printf(\"EXAMPLE_POST_MS %30.12e %g %g %g %g %d %d\\\\n\",\n",
" // \n",
" stardata->model.time, // 1\n",
"\n",
@@ -395,7 +395,7 @@
},
{
"cell_type": "code",
- "execution_count": 10,
+ "execution_count": 9,
"id": "8f58fdf9-3e76-4c18-a1c5-eed0980d4133",
"metadata": {},
"outputs": [
@@ -472,7 +472,7 @@
],
"metadata": {
"kernelspec": {
- "display_name": "Python 3",
+ "display_name": "Python 3 (ipykernel)",
"language": "python",
"name": "python3"
},
@@ -486,7 +486,7 @@
"name": "python",
"nbconvert_exporter": "python",
"pygments_lexer": "ipython3",
- "version": "3.6.4"
+ "version": "3.9.5"
}
},
"nbformat": 4,
diff --git a/examples/notebook_extra_features.ipynb b/examples/notebook_extra_features.ipynb
index 076b4098e..f51d82bb4 100644
--- a/examples/notebook_extra_features.ipynb
+++ b/examples/notebook_extra_features.ipynb
@@ -13,7 +13,7 @@
},
{
"cell_type": "code",
- "execution_count": 33,
+ "execution_count": 1,
"id": "de73a2c1-7acd-4b55-a4c4-ee6a7e0758d0",
"metadata": {},
"outputs": [],
@@ -43,7 +43,7 @@
},
{
"cell_type": "code",
- "execution_count": 23,
+ "execution_count": 2,
"id": "7cfe1832-7fec-4817-b633-5b275c65667f",
"metadata": {},
"outputs": [
@@ -70,7 +70,7 @@
" 'default': '0'}"
]
},
- "execution_count": 23,
+ "execution_count": 2,
"metadata": {},
"output_type": "execute_result"
}
@@ -81,7 +81,7 @@
},
{
"cell_type": "code",
- "execution_count": 22,
+ "execution_count": 3,
"id": "af62a066-ef70-4b59-877e-2b5a6bafcfc2",
"metadata": {},
"outputs": [],
@@ -91,7 +91,7 @@
},
{
"cell_type": "code",
- "execution_count": 21,
+ "execution_count": 4,
"id": "b85f1956-ee69-444a-a212-cd7473007bf1",
"metadata": {},
"outputs": [],
@@ -101,7 +101,7 @@
},
{
"cell_type": "code",
- "execution_count": 36,
+ "execution_count": 5,
"id": "e22b7a47-2748-406e-bba4-e92825ea9b47",
"metadata": {},
"outputs": [],
@@ -121,7 +121,7 @@
},
{
"cell_type": "code",
- "execution_count": 32,
+ "execution_count": 6,
"id": "4dae05bd-6a66-4b1f-be4a-d092627dfe37",
"metadata": {},
"outputs": [
@@ -129,7 +129,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "dict_keys(['networks', 'isotopes', 'argpairs', 'ensembles', 'macros', 'elements', 'dt_limits', 'nucleosynthesis_sources', 'miscellaneous'])\n"
+ "dict_keys(['networks', 'isotopes', 'argpairs', 'ensembles', 'ensemble_filters', 'macros', 'elements', 'dt_limits', 'nucleosynthesis_sources', 'miscellaneous'])\n"
]
}
],
@@ -149,30 +149,10 @@
},
{
"cell_type": "code",
- "execution_count": 34,
+ "execution_count": null,
"id": "8656614a-09da-486f-b299-61cc6092187c",
"metadata": {},
- "outputs": [
- {
- "name": "stdout",
- "output_type": "stream",
- "text": [
- "Help on function get_defaults in module binarycpython.utils.functions:\n",
- "\n",
- "get_defaults(filter_values:bool=False) -> dict\n",
- " Function that calls the binaryc get args function and cast it into a dictionary.\n",
- " \n",
- " All the values are strings\n",
- " \n",
- " Args:\n",
- " filter_values: whether to filter out NULL and Function defaults.\n",
- " \n",
- " Returns:\n",
- " dictionary containing the parameter name as key and the parameter default as value\n",
- "\n"
- ]
- }
- ],
+ "outputs": [],
"source": []
},
{
@@ -208,7 +188,7 @@
],
"metadata": {
"kernelspec": {
- "display_name": "Python 3",
+ "display_name": "Python 3 (ipykernel)",
"language": "python",
"name": "python3"
},
@@ -222,7 +202,7 @@
"name": "python",
"nbconvert_exporter": "python",
"pygments_lexer": "ipython3",
- "version": "3.6.4"
+ "version": "3.9.5"
}
},
"nbformat": 4,
diff --git a/examples/notebook_individual_systems.ipynb b/examples/notebook_individual_systems.ipynb
index 50c604385..3e727e160 100644
--- a/examples/notebook_individual_systems.ipynb
+++ b/examples/notebook_individual_systems.ipynb
@@ -61,7 +61,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "SINGLE_STAR_LIFETIME 1 12461.9\n",
+ "SINGLE_STAR_LIFETIME 1 12461.2\n",
"\n"
]
}
@@ -89,17 +89,17 @@
"name": "stdout",
"output_type": "stream",
"text": [
- " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=12122 RANDOM_COUNT=0\n",
- " 0.0000 1.000 0.000 1 15 -1 -1 -1.00 0.000 0.000 \"INITIAL \"\n",
- " 11003.1302 1.000 0.000 2 15 -1 -1 -1.00 0.000 0.000 \"OFF_MS\"\n",
- " 11003.1302 1.000 0.000 2 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 11582.2424 1.000 0.000 3 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 12325.1085 0.817 0.000 4 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 12457.1301 0.783 0.000 5 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 12460.9983 0.716 0.000 6 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 12460.9983 0.716 0.000 6 15 -1 -1 -1.00 0.000 0.000 \"shrinkAGB\"\n",
- " 12461.9458 0.518 0.000 11 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
- " 15000.0000 0.518 0.000 11 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
+ " TIME M1 M2 K1 K2 SEP PER ECC R1/ROL1 R2/ROL2 TYPE RANDOM_SEED=62172 RANDOM_COUNT=0\n",
+ " 0.0000 1.000 0.000 1 15 -1 -1 -1.00 0.000 0.000 \"INITIAL \"\n",
+ " 11003.1302 1.000 0.000 2 15 -1 -1 -1.00 0.000 0.000 \"OFF_MS\"\n",
+ " 11003.1302 1.000 0.000 2 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 11582.2424 1.000 0.000 3 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 12325.1085 0.817 0.000 4 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 12457.1301 0.783 0.000 5 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 12460.9983 0.716 0.000 6 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 12460.9983 0.716 0.000 6 15 -1 -1 -1.00 0.000 0.000 \"shrinkAGB\"\n",
+ " 12461.1627 0.645 0.000 11 15 -1 -1 -1.00 0.000 0.000 \"TYPE_CHNGE\"\n",
+ " 15000.0000 0.645 0.000 11 15 -1 -1 -1.00 0.000 0.000 \"MAX_TIME\"\n",
"\n"
]
}
@@ -235,13 +235,13 @@
"4 0.000002 1.0 1.0 1.0\n",
"5 0.000003 1.0 1.0 1.0\n",
"... ... ... ... ...\n",
- "1617 12461.819616 0.546683 1.0 6.0\n",
- "1618 12461.945773 0.517749 1.0 11.0\n",
- "1619 13461.945773 0.517749 1.0 11.0\n",
- "1620 14461.945773 0.517749 1.0 11.0\n",
- "1621 15000.0 0.517749 1.0 11.0\n",
+ "1345 12461.080763 0.71617 1.0 6.0\n",
+ "1346 12461.162734 0.644553 1.0 11.0\n",
+ "1347 13461.162734 0.644553 1.0 11.0\n",
+ "1348 14461.162734 0.644553 1.0 11.0\n",
+ "1349 15000.0 0.644553 1.0 11.0\n",
"\n",
- "[1621 rows x 4 columns]\n"
+ "[1349 rows x 4 columns]\n"
]
}
],
@@ -298,10 +298,10 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "adding: api_log_filename_prefix=/tmp/binary_c_python/notebooks/notebook_individual_systems to BSE_options\n",
+ "adding: api_log_filename_prefix=/tmp/binary_c_python-izzard/notebooks/notebook_individual_systems to BSE_options\n",
"adding: M_1=10 to BSE_options\n",
"Creating and loading custom logging functionality\n",
- "Running binary_c M_1 10 api_log_filename_prefix /tmp/binary_c_python/notebooks/notebook_individual_systems\n",
+ "Running binary_c M_1 10 api_log_filename_prefix /tmp/binary_c_python-izzard/notebooks/notebook_individual_systems\n",
"Cleaning up the custom logging stuff. type: single\n",
"SINGLE_STAR_LIFETIME 10 28.4838\n",
"\n"
@@ -359,9 +359,9 @@
");\n",
" to grid_options\n",
"Creating and loading custom logging functionality\n",
- "Running binary_c M_1 10 api_log_filename_prefix /tmp/binary_c_python/notebooks/notebook_individual_systems\n",
+ "Running binary_c M_1 10 api_log_filename_prefix /tmp/binary_c_python-izzard/notebooks/notebook_individual_systems\n",
"Cleaning up the custom logging stuff. type: single\n",
- "Removed /tmp/binary_c_python/custom_logging/libcustom_logging_6d4ed30fa6684630885c08523336d45f.so\n",
+ "Removed /tmp/binary_c_python-izzard/custom_logging/libcustom_logging_dafa15d2b1e64e19972ac0e9eb5c9a55.so\n",
"EXAMPLE_MASSLOSS 0.000000000000e+00 10 0 10 1\n",
"EXAMPLE_MASSLOSS 0.000000000000e+00 10 10 10 1\n",
"EXAMPLE_MASSLOSS 1.000000000000e-06 10 10 10 1\n",
@@ -463,13 +463,13 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "adding: parse_function=<function object_parse_function at 0x14938275de50> to grid_options\n",
- "<<<< Warning: Key does not match previously known parameter: adding: output_dir=/tmp/binary_c_python/notebooks/notebook_individual_systems to custom_options >>>>\n",
- "adding: api_log_filename_prefix=/tmp/binary_c_python/notebooks/notebook_individual_systems to BSE_options\n",
+ "adding: parse_function=<function object_parse_function at 0x149c2e81ec10> to grid_options\n",
+ "<<<< Warning: Key does not match previously known parameter: adding: output_dir=/tmp/binary_c_python-izzard/notebooks/notebook_individual_systems to custom_options >>>>\n",
+ "adding: api_log_filename_prefix=/tmp/binary_c_python-izzard/notebooks/notebook_individual_systems to BSE_options\n",
"Creating and loading custom logging functionality\n",
- "Running binary_c M_1 10 api_log_filename_prefix /tmp/binary_c_python/notebooks/notebook_individual_systems\n",
+ "Running binary_c M_1 10 api_log_filename_prefix /tmp/binary_c_python-izzard/notebooks/notebook_individual_systems\n",
"Cleaning up the custom logging stuff. type: single\n",
- "Removed /tmp/binary_c_python/custom_logging/libcustom_logging_3bc2f679982a4df6a2b83d382e83d724.so\n",
+ "Removed /tmp/binary_c_python-izzard/custom_logging/libcustom_logging_0639ee205c7d4782b4a27378f5d890bd.so\n",
"[['time', 'mass', 'initial_mass', 'stellar_type'], [0.0, 10.0, 0.0, 10.0, 1.0], [0.0, 10.0, 10.0, 10.0, 1.0], [1e-06, 10.0, 10.0, 10.0, 1.0]]\n",
"dict_keys(['time', 'mass', 'initial_mass', 'stellar_type'])\n"
]
diff --git a/examples/notebook_luminosity_function_binaries.ipynb b/examples/notebook_luminosity_function_binaries.ipynb
index f054310a6..8eabffc08 100644
--- a/examples/notebook_luminosity_function_binaries.ipynb
+++ b/examples/notebook_luminosity_function_binaries.ipynb
@@ -179,8 +179,7 @@
" name=\"lnm1\",\n",
" longname=\"Primary mass\",\n",
" valuerange=massrange,\n",
- " resolution=\"{}\".format(resolution[\"M_1\"]),\n",
- " spacingfunc=\"const(math.log({min}), math.log({max}), {res})\".format(min=massrange[0],max=massrange[1],res=resolution[\"M_1\"]),\n",
+ " samplerfunc=\"const(math.log({min}), math.log({max}), {res})\".format(min=massrange[0],max=massrange[1],res=resolution[\"M_1\"]),\n",
" precode=\"M_1=math.exp(lnm1)\",\n",
" probdist=\"three_part_powerlaw(M_1, 0.1, 0.5, 1.0, 150, -1.3, -2.3, -2.3)*M_1\",\n",
" dphasevol=\"dlnm1\",\n",
@@ -193,8 +192,7 @@
" name=\"q\",\n",
" longname=\"Mass ratio\",\n",
" valuerange=[\"0.1/M_1\", 1],\n",
- " resolution=\"{}\".format(resolution['q']),\n",
- " spacingfunc=\"const({}/M_1, 1, {})\".format(massrange[0],resolution['q']),\n",
+ " samplerfunc=\"const({}/M_1, 1, {})\".format(massrange[0],resolution['q']),\n",
" probdist=\"flatsections(q, [{{'min': {}/M_1, 'max': 1.0, 'height': 1}}])\".format(massrange[0]),\n",
" dphasevol=\"dq\",\n",
" precode=\"M_2 = q * M_1\",\n",
@@ -207,8 +205,7 @@
" name=\"log10per\", # in days\n",
" longname=\"log10(Orbital_Period)\",\n",
" valuerange=[0.15, 5.5],\n",
- " resolution=\"{}\".format(resolution[\"per\"]),\n",
- " spacingfunc=\"const({}, {}, {})\".format(logperrange[0],logperrange[1],resolution[\"per\"]),\n",
+ " samplerfunc=\"const({}, {}, {})\".format(logperrange[0],logperrange[1],resolution[\"per\"]),\n",
" precode=\"\"\"orbital_period = 10.0 ** log10per\n",
"sep = calc_sep_from_period(M_1, M_2, orbital_period)\n",
"sep_min = calc_sep_from_period(M_1, M_2, 10**{})\n",
@@ -389,153 +386,363 @@
"adding: num_cores=4 to grid_options\n",
"Running the population now, this may take a little while...\n",
"Creating and loading custom logging functionality\n",
+ "Doing dry run to calculate total starcount and probability\n",
"Generating grid code\n",
"Generating grid code\n",
- "Constructing/adding: lnm1\n",
- "Constructing/adding: q\n",
- "Constructing/adding: log10per\n",
"Saving grid code to grid_options\n",
- "Writing grid code to /tmp/binary_c_python/binary_c_grid_bc3a5f915411445699f8cf6438817ff1.py\n",
- "Loading grid code function from /tmp/binary_c_python/binary_c_grid_bc3a5f915411445699f8cf6438817ff1.py\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/binary_c_grid_25014bc73b334765a1c09a4e4a97ed66.py [dry_run = True]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/binary_c_grid-latest0 \n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/binary_c_grid_25014bc73b334765a1c09a4e4a97ed66.py\n",
"Grid code loaded\n",
- "Grid has handled 256 stars\n",
- "with a total probability of 0.6149734610296649\n",
- "Total starcount for this run will be: 256\n"
+ "Dry run of the grid\n",
+ "Grid has handled 4000 stars with a total probability of 0.648566\n",
+ "****************************************\n",
+ "* Total starcount for this run is 4000 *\n",
+ "* Total probability is 0.648566 *\n",
+ "****************************************\n",
+ "\n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-10 22:26:10,473 DEBUG Process-2] --- Setting up processor: process-0\n",
- "[2021-09-10 22:26:10,475 DEBUG Process-3] --- Setting up processor: process-1\n",
- "[2021-09-10 22:26:10,478 DEBUG Process-4] --- Setting up processor: process-2\n",
- "[2021-09-10 22:26:10,481 DEBUG MainProcess] --- setting up the system_queue_filler now\n",
- "[2021-09-10 22:26:10,482 DEBUG Process-5] --- Setting up processor: process-3\n"
+ "[2021-11-01 09:56:53,685 DEBUG Process-2] --- Setting up processor: process-0\n",
+ "[2021-11-01 09:56:53,690 DEBUG Process-3] --- Setting up processor: process-1\n",
+ "[2021-11-01 09:56:53,694 DEBUG Process-4] --- Setting up processor: process-2\n",
+ "[2021-11-01 09:56:53,698 DEBUG MainProcess] --- setting up the system_queue_filler now\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Process 0 started at 2021-09-10T22:26:10.491896.\tUsing store memaddr <capsule object \"STORE\" at 0x154d03cdf510>Process 1 started at 2021-09-10T22:26:10.491948.\tUsing store memaddr <capsule object \"STORE\" at 0x154d03cdf480>\n",
- "\n",
- "Process 2 started at 2021-09-10T22:26:10.496677.\tUsing store memaddr <capsule object \"STORE\" at 0x154d03cdf3f0>\n",
- "Process 3 started at 2021-09-10T22:26:10.498669.\tUsing store memaddr <capsule object \"STORE\" at 0x154d03cdf180>\n"
+ "Generating grid code\n",
+ "Generating grid code\n",
+ "Saving grid code to grid_options\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/binary_c_grid_25014bc73b334765a1c09a4e4a97ed66.py [dry_run = False]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/binary_c_grid-latest1 \n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-10 22:26:10,510 DEBUG MainProcess] --- Signaling stop to processes\n"
+ "[2021-11-01 09:56:53,707 DEBUG Process-5] --- Setting up processor: process-3\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Generating grid code\n",
- "Generating grid code\n",
- "Constructing/adding: lnm1\n",
- "Constructing/adding: q\n",
- "Constructing/adding: log10per\n",
- "Saving grid code to grid_options\n",
- "Writing grid code to /tmp/binary_c_python/binary_c_grid_bc3a5f915411445699f8cf6438817ff1.py\n",
- "Loading grid code function from /tmp/binary_c_python/binary_c_grid_bc3a5f915411445699f8cf6438817ff1.py\n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/binary_c_grid_25014bc73b334765a1c09a4e4a97ed66.py\n",
"Grid code loaded\n",
- "158/256 61.7% complete 22:26:15 ETA= 3.2s tpr=3.22e-02 ETF=22:26:18 mem:509.0MB\n",
- "199/256 77.7% complete 22:26:20 ETA= 7.3s tpr=1.28e-01 ETF=22:26:27 mem:476.9MB\n",
- "238/256 93.0% complete 22:26:25 ETA= 2.3s tpr=1.28e-01 ETF=22:26:27 mem:481.7MB\n"
+ "1354/4000 33.9% complete 09:56:57 ETA= 9.8s tpr=1.48e-02 ETF=09:57:07 mem:856.4MB M1=0.81 M2=0.48 P=3.6e+2\n",
+ "1355/4000 33.9% complete 09:56:57 ETA= 7.3s tpr=1.11e-02 ETF=09:57:05 mem:856.4MB M1=0.81 M2=0.48 P=1.2e+3\n",
+ "1449/4000 36.2% complete 09:57:02 ETA= 7.1s tpr=1.11e-02 ETF=09:57:10 mem:596.3MB M1=0.97 M2=0.48 P=1.7e+5\n",
+ "1494/4000 37.4% complete 09:57:08 ETA= 2.3m tpr=2.20e-01 ETF=09:59:26 mem:603.7MB M1=0.97 M2=0.93 P=3.6e+2\n",
+ "1539/4000 38.5% complete 09:57:13 ETA= 3.0m tpr=2.97e-01 ETF=10:00:16 mem:606.6MB M1=1.2 M2=0.45 P=1.7e+5\n",
+ "1585/4000 39.6% complete 09:57:18 ETA= 3.4m tpr=3.36e-01 ETF=10:00:40 mem:607.6MB M1=1.2 M2=1 P=1.2e+3\n",
+ "1624/4000 40.6% complete 09:57:23 ETA= 3.5m tpr=3.56e-01 ETF=10:00:54 mem:608.5MB M1=1.4 M2=0.4 P=3.6e+2\n",
+ "1674/4000 41.9% complete 09:57:28 ETA= 3.7m tpr=3.79e-01 ETF=10:01:08 mem:611.5MB M1=1.4 M2=1.1 P=3.6e+2\n",
+ "1703/4000 42.6% complete 09:57:33 ETA= 3.7m tpr=3.83e-01 ETF=10:01:13 mem:612.4MB M1=1.7 M2=0.15 P=1.1e+2\n",
+ "1749/4000 43.7% complete 09:57:38 ETA= 3.9m tpr=4.11e-01 ETF=10:01:30 mem:613.0MB M1=1.7 M2=0.79 P=1.7e+5\n",
+ "1780/4000 44.5% complete 09:57:43 ETA= 3.8m tpr=4.14e-01 ETF=10:01:33 mem:613.0MB M1=1.7 M2=1.4 P=2.6\n",
+ "1814/4000 45.4% complete 09:57:48 ETA= 3.9m tpr=4.32e-01 ETF=10:01:44 mem:613.2MB M1=2 M2=0.36 P=3.6e+2\n",
+ "1851/4000 46.3% complete 09:57:53 ETA= 4.0m tpr=4.44e-01 ETF=10:01:52 mem:613.6MB M1=2 M2=1.1 P=9\n",
+ "1879/4000 47.0% complete 09:57:59 ETA= 4.0m tpr=4.52e-01 ETF=10:01:58 mem:614.8MB M1=2 M2=1.5 P=1.7e+5\n",
+ "1910/4000 47.8% complete 09:58:04 ETA= 4.1m tpr=4.67e-01 ETF=10:02:08 mem:614.8MB M1=2.4 M2=0.42 P=2.6\n",
+ "1947/4000 48.7% complete 09:58:09 ETA= 4.1m tpr=4.78e-01 ETF=10:02:14 mem:614.8MB M1=2.4 M2=1.1 P=1.5e+4\n",
+ "1968/4000 49.2% complete 09:58:14 ETA= 4.1m tpr=4.82e-01 ETF=10:02:19 mem:616.0MB M1=2.4 M2=1.6 P=5e+4\n",
+ "1989/4000 49.7% complete 09:58:19 ETA= 4.2m tpr=4.98e-01 ETF=10:02:30 mem:616.1MB M1=2.4 M2=2.1 P=1.7e+5\n",
+ "2017/4000 50.4% complete 09:58:24 ETA= 4.3m tpr=5.15e-01 ETF=10:02:40 mem:617.1MB M1=2.9 M2=0.49 P=1.5e+4\n",
+ "2048/4000 51.2% complete 09:58:29 ETA= 4.3m tpr=5.24e-01 ETF=10:02:45 mem:617.9MB M1=2.9 M2=1.3 P=5e+4\n",
+ "2071/4000 51.8% complete 09:58:34 ETA= 4.3m tpr=5.31e-01 ETF=10:02:51 mem:619.7MB M1=2.9 M2=2.2 P=9\n",
+ "2091/4000 52.3% complete 09:58:40 ETA= 4.3m tpr=5.42e-01 ETF=10:02:58 mem:620.5MB M1=2.9 M2=2.8 P=9\n",
+ "2122/4000 53.0% complete 09:58:45 ETA= 4.3m tpr=5.55e-01 ETF=10:03:05 mem:620.5MB M1=3.5 M2=0.92 P=31\n",
+ "2143/4000 53.6% complete 09:58:50 ETA= 4.3m tpr=5.59e-01 ETF=10:03:09 mem:623.3MB M1=3.5 M2=1.6 P=1.1e+2\n",
+ "2164/4000 54.1% complete 09:58:55 ETA= 4.4m tpr=5.70e-01 ETF=10:03:16 mem:623.9MB M1=3.5 M2=2.3 P=3.6e+2\n",
+ "2183/4000 54.6% complete 09:59:00 ETA= 4.4m tpr=5.80e-01 ETF=10:03:23 mem:624.0MB M1=3.5 M2=3 P=1.1e+2\n",
+ "2206/4000 55.1% complete 09:59:05 ETA= 4.4m tpr=5.91e-01 ETF=10:03:30 mem:624.0MB M1=4.2 M2=0.27 P=4.2e+3\n",
+ "2232/4000 55.8% complete 09:59:10 ETA= 4.4m tpr=5.99e-01 ETF=10:03:35 mem:624.0MB M1=4.2 M2=1.5 P=31\n",
+ "2245/4000 56.1% complete 09:59:16 ETA= 4.4m tpr=6.06e-01 ETF=10:03:41 mem:624.1MB M1=4.2 M2=1.9 P=1.2e+3\n",
+ "2258/4000 56.5% complete 09:59:21 ETA= 4.5m tpr=6.21e-01 ETF=10:03:51 mem:624.1MB M1=4.2 M2=2.3 P=5e+4\n",
+ "2269/4000 56.7% complete 09:59:26 ETA= 4.6m tpr=6.36e-01 ETF=10:04:01 mem:626.1MB M1=4.2 M2=2.7 P=1.7e+5\n",
+ "2282/4000 57.0% complete 09:59:31 ETA= 4.7m tpr=6.51e-01 ETF=10:04:11 mem:626.1MB M1=4.2 M2=3.6 P=31\n",
+ "2300/4000 57.5% complete 09:59:36 ETA= 4.7m tpr=6.63e-01 ETF=10:04:18 mem:626.1MB M1=5 M2=0.32 P=2.6\n",
+ "2329/4000 58.2% complete 09:59:41 ETA= 4.7m tpr=6.72e-01 ETF=10:04:22 mem:626.1MB M1=5 M2=1.3 P=1.7e+5\n",
+ "2348/4000 58.7% complete 09:59:46 ETA= 4.6m tpr=6.73e-01 ETF=10:04:25 mem:626.2MB M1=5 M2=2.3 P=5e+4\n",
+ "2365/4000 59.1% complete 09:59:52 ETA= 4.6m tpr=6.81e-01 ETF=10:04:30 mem:626.4MB M1=5 M2=3.3 P=1.2e+3\n",
+ "2383/4000 59.6% complete 09:59:57 ETA= 4.7m tpr=6.90e-01 ETF=10:04:36 mem:626.4MB M1=5 M2=4.3 P=1.1e+2\n",
+ "2400/4000 60.0% complete 10:00:02 ETA= 4.7m tpr=6.99e-01 ETF=10:04:42 mem:626.4MB M1=6 M2=0.37 P=2.6\n",
+ "2423/4000 60.6% complete 10:00:07 ETA= 4.6m tpr=7.07e-01 ETF=10:04:46 mem:626.4MB M1=6 M2=1.6 P=1.1e+2\n",
+ "2438/4000 61.0% complete 10:00:12 ETA= 4.6m tpr=7.10e-01 ETF=10:04:50 mem:628.5MB M1=6 M2=2.1 P=5e+4\n",
+ "2454/4000 61.4% complete 10:00:18 ETA= 4.6m tpr=7.20e-01 ETF=10:04:56 mem:629.6MB M1=6 M2=3.3 P=3.6e+2\n",
+ "2466/4000 61.6% complete 10:00:23 ETA= 4.7m tpr=7.29e-01 ETF=10:05:03 mem:629.6MB M1=6 M2=3.9 P=4.2e+3\n",
+ "2477/4000 61.9% complete 10:00:28 ETA= 4.7m tpr=7.40e-01 ETF=10:05:10 mem:629.6MB M1=6 M2=4.5 P=1.5e+4\n",
+ "2492/4000 62.3% complete 10:00:33 ETA= 4.7m tpr=7.51e-01 ETF=10:05:16 mem:630.7MB M1=6 M2=5.7 P=31\n",
+ "2516/4000 62.9% complete 10:00:38 ETA= 4.7m tpr=7.59e-01 ETF=10:05:20 mem:630.7MB M1=7.2 M2=1.1 P=4.2e+3\n",
+ "2537/4000 63.4% complete 10:00:44 ETA= 4.6m tpr=7.61e-01 ETF=10:05:22 mem:630.7MB M1=7.2 M2=2.6 P=1.5e+4\n",
+ "2554/4000 63.9% complete 10:00:49 ETA= 4.6m tpr=7.65e-01 ETF=10:05:25 mem:630.8MB M1=7.2 M2=4 P=3.6e+2\n",
+ "2570/4000 64.2% complete 10:00:54 ETA= 4.6m tpr=7.71e-01 ETF=10:05:29 mem:630.9MB M1=7.2 M2=5.4 P=2.6\n",
+ "2590/4000 64.8% complete 10:00:59 ETA= 4.6m tpr=7.78e-01 ETF=10:05:33 mem:630.9MB M1=7.2 M2=6.8 P=2.6\n",
+ "2622/4000 65.5% complete 10:01:04 ETA= 4.5m tpr=7.81e-01 ETF=10:05:33 mem:630.9MB M1=8.6 M2=2.2 P=31\n",
+ "2636/4000 65.9% complete 10:01:09 ETA= 4.4m tpr=7.78e-01 ETF=10:05:34 mem:632.1MB M1=8.6 M2=3.1 P=4.2e+3\n",
+ "2652/4000 66.3% complete 10:01:14 ETA= 4.4m tpr=7.87e-01 ETF=10:05:39 mem:632.1MB M1=8.6 M2=4.8 P=31\n",
+ "2666/4000 66.7% complete 10:01:19 ETA= 4.7m tpr=8.37e-01 ETF=10:05:59 mem:634.6MB M1=8.6 M2=5.6 P=4.2e+3\n",
+ "2691/4000 67.3% complete 10:01:25 ETA= 4.7m tpr=8.59e-01 ETF=10:06:06 mem:634.6MB M1=8.6 M2=8.2 P=9\n",
+ "2733/4000 68.3% complete 10:01:31 ETA= 4.6m tpr=8.75e-01 ETF=10:06:08 mem:634.6MB M1=10 M2=3.7 P=1.1e+2\n",
+ "2746/4000 68.7% complete 10:01:36 ETA= 4.6m tpr=8.83e-01 ETF=10:06:13 mem:634.6MB M1=10 M2=4.7 P=4.2e+3\n",
+ "2757/4000 68.9% complete 10:01:42 ETA= 4.7m tpr=9.04e-01 ETF=10:06:22 mem:634.6MB M1=10 M2=5.7 P=1.5e+4\n",
+ "2775/4000 69.4% complete 10:01:47 ETA= 4.8m tpr=9.37e-01 ETF=10:06:34 mem:634.8MB M1=10 M2=7.8 P=1.2e+3\n",
+ "2795/4000 69.9% complete 10:01:52 ETA= 4.8m tpr=9.48e-01 ETF=10:06:38 mem:635.1MB M1=10 M2=9.8 P=1.2e+3\n",
+ "2831/4000 70.8% complete 10:01:57 ETA= 4.7m tpr=9.71e-01 ETF=10:06:41 mem:636.3MB M1=12 M2=4.4 P=9\n",
+ "2845/4000 71.1% complete 10:02:04 ETA= 4.7m tpr=9.67e-01 ETF=10:06:43 mem:636.3MB M1=12 M2=5.6 P=1.2e+3\n",
+ "2861/4000 71.5% complete 10:02:09 ETA= 4.7m tpr=9.92e-01 ETF=10:06:52 mem:636.3MB M1=12 M2=8.1 P=9\n",
+ "2875/4000 71.9% complete 10:02:16 ETA= 4.7m tpr=1.01e+00 ETF=10:07:01 mem:636.5MB M1=12 M2=9.3 P=1.2e+3\n",
+ "2891/4000 72.3% complete 10:02:21 ETA= 4.8m tpr=1.03e+00 ETF=10:07:07 mem:636.5MB M1=12 M2=12 P=9\n",
+ "2930/4000 73.2% complete 10:02:26 ETA= 4.7m tpr=1.05e+00 ETF=10:07:07 mem:636.7MB M1=15 M2=5.2 P=2.6\n",
+ "2947/4000 73.7% complete 10:02:31 ETA= 4.6m tpr=1.05e+00 ETF=10:07:07 mem:636.7MB M1=15 M2=6.7 P=1.5e+4\n",
+ "2965/4000 74.1% complete 10:02:37 ETA= 4.5m tpr=1.05e+00 ETF=10:07:09 mem:636.8MB M1=15 M2=9.7 P=1.2e+3\n",
+ "2982/4000 74.5% complete 10:02:42 ETA= 4.5m tpr=1.06e+00 ETF=10:07:11 mem:637.3MB M1=15 M2=13 P=31\n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 10:02:46,515 DEBUG MainProcess] --- Signaling stop to processes\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "3010/4000 75.2% complete 10:02:47 ETA= 4.4m tpr=1.07e+00 ETF=10:07:12 mem:637.8MB M1=18 M2=2.7 P=2.6\n",
+ "3035/4000 75.9% complete 10:02:52 ETA= 4.3m tpr=1.07e+00 ETF=10:07:11 mem:637.8MB M1=18 M2=6.3 P=1.2e+3\n",
+ "3059/4000 76.5% complete 10:02:57 ETA= 4.2m tpr=1.07e+00 ETF=10:07:09 mem:637.8MB M1=18 M2=9.8 P=1.7e+5\n",
+ "3078/4000 77.0% complete 10:03:02 ETA= 4.1m tpr=1.07e+00 ETF=10:07:08 mem:638.7MB M1=18 M2=13 P=5e+4\n",
+ "3100/4000 77.5% complete 10:03:08 ETA= 4.0m tpr=1.08e+00 ETF=10:07:10 mem:638.9MB M1=21 M2=1.1 P=2.6\n",
+ "3124/4000 78.1% complete 10:03:13 ETA= 3.9m tpr=1.08e+00 ETF=10:07:09 mem:639.1MB M1=21 M2=5.4 P=3.6e+2\n",
+ "3148/4000 78.7% complete 10:03:18 ETA= 3.8m tpr=1.08e+00 ETF=10:07:08 mem:639.7MB M1=21 M2=9.7 P=5e+4\n",
+ "3174/4000 79.3% complete 10:03:24 ETA= 3.7m tpr=1.07e+00 ETF=10:07:05 mem:640.1MB M1=21 M2=16 P=3.6e+2\n",
+ "3197/4000 79.9% complete 10:03:29 ETA= 3.6m tpr=1.07e+00 ETF=10:07:04 mem:640.4MB M1=21 M2=20 P=1.5e+4\n",
+ "3231/4000 80.8% complete 10:03:34 ETA= 3.4m tpr=1.07e+00 ETF=10:07:00 mem:640.9MB M1=26 M2=9 P=9\n",
+ "3256/4000 81.4% complete 10:03:39 ETA= 3.3m tpr=1.05e+00 ETF=10:06:55 mem:640.9MB M1=26 M2=14 P=4.2e+3\n",
+ "3273/4000 81.8% complete 10:03:44 ETA= 3.1m tpr=1.04e+00 ETF=10:06:53 mem:640.9MB M1=26 M2=19 P=1.1e+2\n",
+ "3294/4000 82.3% complete 10:03:50 ETA= 3.0m tpr=1.03e+00 ETF=10:06:51 mem:641.4MB M1=26 M2=24 P=3.6e+2\n",
+ "3321/4000 83.0% complete 10:03:55 ETA= 2.9m tpr=1.02e+00 ETF=10:06:48 mem:641.6MB M1=31 M2=7.7 P=9\n",
+ "3348/4000 83.7% complete 10:04:00 ETA= 2.7m tpr=1.01e+00 ETF=10:06:45 mem:641.9MB M1=31 M2=14 P=5e+4\n",
+ "3373/4000 84.3% complete 10:04:05 ETA= 2.6m tpr=1.01e+00 ETF=10:06:44 mem:641.9MB M1=31 M2=23 P=1.1e+2\n",
+ "3394/4000 84.8% complete 10:04:10 ETA= 2.5m tpr=1.01e+00 ETF=10:06:43 mem:642.2MB M1=31 M2=29 P=3.6e+2\n",
+ "3422/4000 85.5% complete 10:04:15 ETA= 2.4m tpr=1.00e+00 ETF=10:06:40 mem:642.5MB M1=37 M2=9.3 P=31\n",
+ "3445/4000 86.1% complete 10:04:21 ETA= 2.3m tpr=9.93e-01 ETF=10:06:38 mem:642.7MB M1=37 M2=17 P=1.2e+3\n",
+ "3464/4000 86.6% complete 10:04:26 ETA= 2.2m tpr=9.90e-01 ETF=10:06:39 mem:642.8MB M1=37 M2=24 P=3.6e+2\n",
+ "3483/4000 87.1% complete 10:04:31 ETA= 2.1m tpr=9.96e-01 ETF=10:06:40 mem:642.8MB M1=37 M2=31 P=1.1e+2\n",
+ "3509/4000 87.7% complete 10:04:37 ETA= 2.0m tpr=9.91e-01 ETF=10:06:38 mem:642.8MB M1=44 M2=2.3 P=1.7e+5\n",
+ "3533/4000 88.3% complete 10:04:42 ETA= 1.9m tpr=9.81e-01 ETF=10:06:36 mem:642.8MB M1=44 M2=16 P=1.1e+2\n",
+ "3550/4000 88.8% complete 10:04:47 ETA= 1.8m tpr=9.71e-01 ETF=10:06:36 mem:642.8MB M1=44 M2=24 P=2.6\n",
+ "3568/4000 89.2% complete 10:04:52 ETA= 1.7m tpr=9.65e-01 ETF=10:06:37 mem:642.8MB M1=44 M2=29 P=5e+4\n",
+ "3588/4000 89.7% complete 10:04:58 ETA= 1.7m tpr=9.64e-01 ETF=10:06:37 mem:643.1MB M1=44 M2=38 P=5e+4\n",
+ "3622/4000 90.5% complete 10:05:03 ETA= 1.5m tpr=9.68e-01 ETF=10:06:34 mem:643.2MB M1=53 M2=13 P=313623/4000 90.6% complete 10:05:03 ETA= 1.5m tpr=9.68e-01 ETF=10:06:34 mem:643.2MB M1=53 M2=13 P=1.1e+2\n",
+ "\n",
+ "3640/4000 91.0% complete 10:05:08 ETA= 1.4m tpr=9.52e-01 ETF=10:06:33 mem:643.6MB M1=53 M2=24 P=2.6\n",
+ "3657/4000 91.4% complete 10:05:13 ETA= 1.4m tpr=9.50e-01 ETF=10:06:34 mem:643.7MB M1=53 M2=29 P=1.5e+4\n",
+ "3676/4000 91.9% complete 10:05:18 ETA= 1.3m tpr=9.53e-01 ETF=10:06:35 mem:643.7MB M1=53 M2=40 P=4.2e+3\n",
+ "3706/4000 92.7% complete 10:05:23 ETA= 1.2m tpr=9.66e-01 ETF=10:06:34 mem:643.9MB M1=64 M2=3.2 P=4.2e+3\n",
+ "3726/4000 93.2% complete 10:05:29 ETA= 1.1m tpr=9.50e-01 ETF=10:06:34 mem:644.5MB M1=64 M2=16 P=4.2e+3\n",
+ "3746/4000 93.7% complete 10:05:34 ETA= 1.0m tpr=9.48e-01 ETF=10:06:34 mem:644.5MB M1=64 M2=29 P=4.2e+3\n",
+ "3763/4000 94.1% complete 10:05:39 ETA= 55.8s tpr=9.42e-01 ETF=10:06:35 mem:644.5MB M1=64 M2=41 P=1.1e+2\n",
+ "3786/4000 94.7% complete 10:05:45 ETA= 50.8s tpr=9.49e-01 ETF=10:06:35 mem:644.6MB M1=64 M2=54 P=4.2e+3\n",
+ "3811/4000 95.3% complete 10:05:50 ETA= 45.5s tpr=9.63e-01 ETF=10:06:35 mem:645.0MB M1=76 M2=11 P=9\n",
+ "3832/4000 95.8% complete 10:05:55 ETA= 39.9s tpr=9.51e-01 ETF=10:06:35 mem:645.0MB M1=76 M2=27 P=31\n",
+ "3849/4000 96.2% complete 10:06:00 ETA= 35.5s tpr=9.42e-01 ETF=10:06:35 mem:645.1MB M1=76 M2=34 P=1.7e+5\n",
+ "3875/4000 96.9% complete 10:06:05 ETA= 29.4s tpr=9.40e-01 ETF=10:06:34 mem:645.4MB M1=76 M2=57 P=1.2e+3\n",
+ "3905/4000 97.6% complete 10:06:10 ETA= 22.2s tpr=9.36e-01 ETF=10:06:32 mem:645.5MB M1=91 M2=4.6 P=1.2e+3\n",
+ "3930/4000 98.2% complete 10:06:15 ETA= 16.5s tpr=9.41e-01 ETF=10:06:32 mem:645.5MB M1=91 M2=32 P=2.6\n",
+ "3931/4000 98.3% complete 10:06:15 ETA= 16.2s tpr=9.41e-01 ETF=10:06:31 mem:645.5MB M1=91 M2=32 P=9\n",
+ "3954/4000 98.8% complete 10:06:20 ETA= 10.6s tpr=9.19e-01 ETF=10:06:31 mem:645.8MB M1=91 M2=50 P=3.6e+2\n",
+ "3977/4000 99.4% complete 10:06:25 ETA= 5.2s tpr=9.06e-01 ETF=10:06:30 mem:645.8MB M1=91 M2=69 P=1.5e+4\n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-10 22:26:27,631 DEBUG Process-3] --- Process-1 is finishing.\n"
+ "[2021-11-01 10:06:29,167 DEBUG Process-3] --- Process-1 is finishing.\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Process 1 finished:\n",
- "\tgenerator started at 2021-09-10T22:26:10.475399, done at 2021-09-10T22:26:27.634804 (total: 17.159405s of which 17.104907512664795s interfacing with binary_c).\n",
- "\tRan 61 systems with a total probability of 0.1439494161909395.\n",
- "\tThis thread had 0 failing systems with a total probability of 0.\n",
- "\tSkipped a total of 0 systems because they had 0 probability\n"
+ "process 1 free memory and return \n",
+ "****************************************************\n",
+ "* Process 1 finished: *\n",
+ "* generator started at 2021-11-01T09:56:53.690194 *\n",
+ "* generator finished at 2021-11-01T10:06:29.176751 *\n",
+ "* total: 9m 35.49s *\n",
+ "* of which 9m 34.96s with binary_c *\n",
+ "* Ran 1001 systems *\n",
+ "* with a total probability of 0.160675 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 1 queue put output_dict \n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-10 22:26:27,639 DEBUG Process-3] --- Process-1 is finished.\n",
- "[2021-09-10 22:26:27,698 DEBUG Process-5] --- Process-3 is finishing.\n"
+ "[2021-11-01 10:06:29,186 DEBUG Process-3] --- Process-1 is finished.\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Process 3 finished:\n",
- "\tgenerator started at 2021-09-10T22:26:10.482470, done at 2021-09-10T22:26:27.701828 (total: 17.219358s of which 17.162050247192383s interfacing with binary_c).\n",
- "\tRan 67 systems with a total probability of 0.17251417460118773.\n",
- "\tThis thread had 0 failing systems with a total probability of 0.\n",
- "\tSkipped a total of 0 systems because they had 0 probability\n"
+ "process 1 return \n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-10 22:26:27,705 DEBUG Process-5] --- Process-3 is finished.\n",
- "[2021-09-10 22:26:27,769 DEBUG Process-4] --- Process-2 is finishing.\n"
+ "[2021-11-01 10:06:29,342 DEBUG Process-5] --- Process-3 is finishing.\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Process 2 finished:\n",
- "\tgenerator started at 2021-09-10T22:26:10.478464, done at 2021-09-10T22:26:27.771291 (total: 17.292827s of which 17.243471384048462s interfacing with binary_c).\n",
- "\tRan 56 systems with a total probability of 0.14306289954535925.\n",
- "\tThis thread had 0 failing systems with a total probability of 0.\n",
- "\tSkipped a total of 0 systems because they had 0 probability\n"
+ "process 3 free memory and return \n",
+ "****************************************************\n",
+ "* Process 3 finished: *\n",
+ "* generator started at 2021-11-01T09:56:53.706780 *\n",
+ "* generator finished at 2021-11-01T10:06:29.345842 *\n",
+ "* total: 9m 35.64s *\n",
+ "* of which 9m 35.06s with binary_c *\n",
+ "* Ran 1001 systems *\n",
+ "* with a total probability of 0.155662 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 3 queue put output_dict \n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-10 22:26:27,774 DEBUG Process-4] --- Process-2 is finished.\n",
- "[2021-09-10 22:26:27,865 DEBUG Process-2] --- Process-0 is finishing.\n"
+ "[2021-11-01 10:06:29,350 DEBUG Process-5] --- Process-3 is finished.\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Process 0 finished:\n",
- "\tgenerator started at 2021-09-10T22:26:10.473000, done at 2021-09-10T22:26:27.867175 (total: 17.394175s of which 17.331928491592407s interfacing with binary_c).\n",
- "\tRan 72 systems with a total probability of 0.1554469706921749.\n",
- "\tThis thread had 0 failing systems with a total probability of 0.\n",
- "\tSkipped a total of 0 systems because they had 0 probability\n"
+ "process 3 return \n"
]
},
{
"name": "stderr",
"output_type": "stream",
"text": [
- "[2021-09-10 22:26:27,869 DEBUG Process-2] --- Process-0 is finished.\n"
+ "[2021-11-01 10:06:29,429 DEBUG Process-2] --- Process-0 is finishing.\n"
]
},
{
"name": "stdout",
"output_type": "stream",
"text": [
- "Population-bc3a5f915411445699f8cf6438817ff1 finished! The total probability was: 0.6149734610296613. It took a total of 17.603368997573853s to run 256 systems on 4 cores\n",
+ "process 0 free memory and return \n",
+ "****************************************************\n",
+ "* Process 0 finished: *\n",
+ "* generator started at 2021-11-01T09:56:53.684890 *\n",
+ "* generator finished at 2021-11-01T10:06:29.433207 *\n",
+ "* total: 9m 35.75s *\n",
+ "* of which 9m 35.15s with binary_c *\n",
+ "* Ran 1025 systems *\n",
+ "* with a total probability of 0.162454 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 0 queue put output_dict \n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 10:06:29,437 DEBUG Process-2] --- Process-0 is finished.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 0 return \n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 10:06:29,449 DEBUG Process-4] --- Process-2 is finishing.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 2 free memory and return \n",
+ "****************************************************\n",
+ "* Process 2 finished: *\n",
+ "* generator started at 2021-11-01T09:56:53.694517 *\n",
+ "* generator finished at 2021-11-01T10:06:29.453059 *\n",
+ "* total: 9m 35.76s *\n",
+ "* of which 9m 35.25s with binary_c *\n",
+ "* Ran 973 systems *\n",
+ "* with a total probability of 0.169775 *\n",
+ "* This thread had 0 failing systems *\n",
+ "* with a total failed probability of 0 *\n",
+ "* Skipped a total of 0 zero-probability systems *\n",
+ "* *\n",
+ "****************************************************\n",
+ "\n",
+ "process 2 queue put output_dict \n"
+ ]
+ },
+ {
+ "name": "stderr",
+ "output_type": "stream",
+ "text": [
+ "[2021-11-01 10:06:29,456 DEBUG Process-4] --- Process-2 is finished.\n"
+ ]
+ },
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "process 2 return \n",
+ "****************************************************************\n",
+ "* Population-25014bc73b334765a1c09a4e4a97ed66 finished! *\n",
+ "* The total probability is 0.648566. *\n",
+ "* It took a total of 9m 35.99s to run 4000 systems on 4 cores *\n",
+ "* = 38m 23.97s of CPU time. *\n",
+ "* Maximum memory use 856.406 MB *\n",
+ "****************************************************************\n",
+ "\n",
"There were no errors found in this run.\n",
"Done population run!\n"
]
@@ -577,7 +784,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "{'population_name': 'bc3a5f915411445699f8cf6438817ff1', 'evolution_type': 'grid', 'failed_count': 0, 'failed_prob': 0, 'failed_systems_error_codes': [], 'errors_exceeded': False, 'errors_found': False, 'total_probability': 0.6149734610296613, 'total_count': 256, 'start_timestamp': 1631305570.458824, 'end_timestamp': 1631305588.062193, 'total_mass_run': 5246.190724478048, 'total_probability_weighted_mass_run': 0.6347400152389439, 'zero_prob_stars_skipped': 0}\n"
+ "{'population_name': '25014bc73b334765a1c09a4e4a97ed66', 'evolution_type': 'grid', 'failed_count': 0, 'failed_prob': 0, 'failed_systems_error_codes': [], 'errors_exceeded': False, 'errors_found': False, 'total_probability': 0.6485656144116352, 'total_count': 4000, 'start_timestamp': 1635760613.6602514, 'end_timestamp': 1635761189.652638, 'total_mass_run': 82563.09295167374, 'total_probability_weighted_mass_run': 0.6438124832773024, 'zero_prob_stars_skipped': 0}\n"
]
}
],
@@ -603,7 +810,7 @@
},
{
"data": {
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\n",
"text/plain": [
"<Figure size 1440x720 with 1 Axes>"
]
@@ -663,10 +870,19 @@
},
{
"cell_type": "code",
- "execution_count": null,
+ "execution_count": 12,
"id": "99e25a72-54e6-4826-b0e5-4a02460b857d",
"metadata": {},
- "outputs": [],
+ "outputs": [
+ {
+ "ename": "SyntaxError",
+ "evalue": "invalid syntax (2944163245.py, line 1)",
+ "output_type": "error",
+ "traceback": [
+ "\u001b[0;36m File \u001b[0;32m\"/tmp/ipykernel_518916/2944163245.py\"\u001b[0;36m, line \u001b[0;32m1\u001b[0m\n\u001b[0;31m Things to try:\u001b[0m\n\u001b[0m ^\u001b[0m\n\u001b[0;31mSyntaxError\u001b[0m\u001b[0;31m:\u001b[0m invalid syntax\n"
+ ]
+ }
+ ],
"source": [
"Things to try:\n",
"* Massive stars: can you see the effects of wind mass loss and rejuvenation in these stars?\n",
diff --git a/examples/notebook_luminosity_function_single.ipynb b/examples/notebook_luminosity_function_single.ipynb
index 09af8acc5..2fc879dc4 100644
--- a/examples/notebook_luminosity_function_single.ipynb
+++ b/examples/notebook_luminosity_function_single.ipynb
@@ -55,7 +55,7 @@
"output_type": "stream",
"text": [
"adding: max_evolution_time=0.1 to BSE_options\n",
- "adding: tmp_dir=/tmp/binary_c_python/notebooks/notebook_luminosity to grid_options\n",
+ "adding: tmp_dir=/tmp/binary_c_python-izzard/notebooks/notebook_luminosity to grid_options\n",
"verbosity is 1\n"
]
}
@@ -167,7 +167,19 @@
"execution_count": 6,
"id": "47979841-2c26-4b26-8945-603d013dc93a",
"metadata": {},
- "outputs": [],
+ "outputs": [
+ {
+ "ename": "TypeError",
+ "evalue": "add_grid_variable() got an unexpected keyword argument 'resolution'",
+ "output_type": "error",
+ "traceback": [
+ "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
+ "\u001b[0;31mTypeError\u001b[0m Traceback (most recent call last)",
+ "\u001b[0;32m/tmp/ipykernel_519112/518757914.py\u001b[0m in \u001b[0;36m<module>\u001b[0;34m\u001b[0m\n\u001b[1;32m 4\u001b[0m \u001b[0mtmp_dir\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0mTMP_DIR\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 5\u001b[0m )\n\u001b[0;32m----> 6\u001b[0;31m population.add_grid_variable(\n\u001b[0m\u001b[1;32m 7\u001b[0m \u001b[0mname\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0;34m\"M_1\"\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m 8\u001b[0m \u001b[0mlongname\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0;34m\"Primary mass\"\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
+ "\u001b[0;31mTypeError\u001b[0m: add_grid_variable() got an unexpected keyword argument 'resolution'"
+ ]
+ }
+ ],
"source": [
"# Mass\n",
"population = Population()\n",
@@ -178,8 +190,7 @@
" name=\"M_1\",\n",
" longname=\"Primary mass\",\n",
" valuerange=massrange,\n",
- " resolution=\"{res}\".format(res = resolution[\"M_1\"]),\n",
- " spacingfunc=\"const({min}, {max}, {res})\".format(min = massrange[0], max = massrange[1], res = resolution[\"M_1\"]),\n",
+ " samplerfunc=\"const({min}, {max}, {res})\".format(min = massrange[0], max = massrange[1], res = resolution[\"M_1\"]),\n",
" probdist=\"{probtot}/({max} - {min})\".format(probtot = total_probability, min = massrange[0], max = massrange[1]), # dprob/dm1 : all stars are equally likely so this is 1.0 / (Mmax - Mmin)\n",
" dphasevol=\"dM_1\",\n",
" parameter_name=\"M_1\",\n",
@@ -202,7 +213,7 @@
},
{
"cell_type": "code",
- "execution_count": 7,
+ "execution_count": null,
"id": "0c986215-93b1-4e30-ad79-f7c397e9ff7d",
"metadata": {},
"outputs": [],
@@ -246,7 +257,7 @@
},
{
"cell_type": "code",
- "execution_count": 8,
+ "execution_count": null,
"id": "fd197154-a8ce-4865-8929-008d3483101a",
"metadata": {},
"outputs": [],
@@ -304,28 +315,12 @@
},
{
"cell_type": "code",
- "execution_count": 9,
+ "execution_count": null,
"id": "8ea376c1-1e92-45af-8cab-9d7fdca564eb",
"metadata": {
"tags": []
},
- "outputs": [
- {
- "name": "stdout",
- "output_type": "stream",
- "text": [
- "Generating grid code\n",
- "Constructing/adding: M_1\n",
- "Grid has handled 40 stars\n",
- "with a total probability of 1.0000000000000004\n",
- "Total starcount for this run will be: 40\n",
- "Generating grid code\n",
- "Constructing/adding: M_1\n",
- "Population-e6c082aabe0849a0811761a06e50476b finished! The total probability was: 1.0000000000000002. It took a total of 2.3021209239959717s to run 40 systems on 2 cores\n",
- "There were no errors found in this run.\n"
- ]
- }
- ],
+ "outputs": [],
"source": [
"# set number of threads\n",
"population.set(\n",
@@ -352,49 +347,20 @@
},
{
"cell_type": "code",
- "execution_count": 10,
+ "execution_count": null,
"id": "e1f0464b-0424-4022-b34b-5b744bc2c59d",
"metadata": {},
- "outputs": [
- {
- "name": "stdout",
- "output_type": "stream",
- "text": [
- "{'population_name': 'e6c082aabe0849a0811761a06e50476b', 'evolution_type': 'grid', 'failed_count': 0, 'failed_prob': 0, 'failed_systems_error_codes': [], 'errors_exceeded': False, 'errors_found': False, 'total_probability': 1.0000000000000002, 'total_count': 40, 'start_timestamp': 1631461389.3681686, 'end_timestamp': 1631461391.6702895, 'total_mass_run': 2001.4, 'total_probability_weighted_mass_run': 50.035000000000004, 'zero_prob_stars_skipped': 0}\n"
- ]
- }
- ],
+ "outputs": [],
"source": [
"print(analytics)"
]
},
{
"cell_type": "code",
- "execution_count": 11,
+ "execution_count": null,
"id": "05c6d132-abee-423e-b1a8-2039c8996fbc",
"metadata": {},
- "outputs": [
- {
- "data": {
- "text/plain": [
- "[None]"
- ]
- },
- "execution_count": 11,
- "metadata": {},
- "output_type": "execute_result"
- },
- {
- "data": {
- "image/png": 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\n",
- "text/plain": [
- "<Figure size 1440x720 with 1 Axes>"
- ]
- },
- "metadata": {},
- "output_type": "display_data"
- }
- ],
+ "outputs": [],
"source": [
"# make a plot of the luminosity distribution using Seaborn and Pandas\n",
"import seaborn as sns\n",
@@ -445,7 +411,7 @@
},
{
"cell_type": "code",
- "execution_count": 12,
+ "execution_count": null,
"id": "1f37d2c0-1108-4ab9-a309-20b1e6b6e3fd",
"metadata": {},
"outputs": [],
@@ -459,26 +425,10 @@
},
{
"cell_type": "code",
- "execution_count": 13,
+ "execution_count": null,
"id": "6f4463e8-1935-45f2-8c5f-e7b215f8dc47",
"metadata": {},
- "outputs": [
- {
- "name": "stdout",
- "output_type": "stream",
- "text": [
- "Generating grid code\n",
- "Constructing/adding: M_1\n",
- "Grid has handled 40 stars\n",
- "with a total probability of 0.2182216189410787\n",
- "Total starcount for this run will be: 40\n",
- "Generating grid code\n",
- "Constructing/adding: M_1\n",
- "Population-1bc714cffdb344589ea01692f7e1ebd1 finished! The total probability was: 0.21822161894107872. It took a total of 2.335742950439453s to run 40 systems on 2 cores\n",
- "There were no errors found in this run.\n"
- ]
- }
- ],
+ "outputs": [],
"source": [
"# Clean and re-evolve the population \n",
"population.clean()\n",
@@ -490,31 +440,10 @@
},
{
"cell_type": "code",
- "execution_count": 14,
+ "execution_count": null,
"id": "cfe45a9e-1121-43b6-b6b6-4de6f8946a18",
"metadata": {},
- "outputs": [
- {
- "data": {
- "text/plain": [
- "[None]"
- ]
- },
- "execution_count": 14,
- "metadata": {},
- "output_type": "execute_result"
- },
- {
- "data": {
- "image/png": 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\n",
- "text/plain": [
- "<Figure size 1440x720 with 1 Axes>"
- ]
- },
- "metadata": {},
- "output_type": "display_data"
- }
- ],
+ "outputs": [],
"source": [
"# plot luminosity distribution\n",
"ldist = population.grid_results['luminosity distribution']\n",
@@ -561,7 +490,7 @@
},
{
"cell_type": "code",
- "execution_count": 15,
+ "execution_count": null,
"id": "5956f746-e3b9-4912-b75f-8eb0af66d3f6",
"metadata": {},
"outputs": [],
@@ -580,7 +509,7 @@
},
{
"cell_type": "code",
- "execution_count": 16,
+ "execution_count": null,
"id": "108d470a-bb21-40b0-8387-2caa7ab0f923",
"metadata": {},
"outputs": [],
@@ -590,7 +519,7 @@
"# because M * dprob/dM = dprob/dlnM\n",
"population.update_grid_variable(\n",
" name=\"lnM_1\",\n",
- " spacingfunc=\"const(math.log({min}), math.log({max}), {res})\".format(min = massrange[0], max = massrange[1], res = resolution[\"M_1\"]),\n",
+ " samplerfunc=\"const(math.log({min}), math.log({max}), {res})\".format(min = massrange[0], max = massrange[1], res = resolution[\"M_1\"]),\n",
" probdist=\"three_part_powerlaw(M_1, 0.1, 0.5, 1.0, 150, -1.3, -2.3, -2.3)*M_1\",\n",
" dphasevol=\"dlnM_1\",\n",
" parameter_name=\"M_1\",\n",
@@ -601,26 +530,10 @@
},
{
"cell_type": "code",
- "execution_count": 17,
+ "execution_count": null,
"id": "fb8db646-f3d0-4ccd-81ba-7fde23f29c79",
"metadata": {},
- "outputs": [
- {
- "name": "stdout",
- "output_type": "stream",
- "text": [
- "Generating grid code\n",
- "Constructing/adding: lnM_1\n",
- "Grid has handled 40 stars\n",
- "with a total probability of 0.9956307907476224\n",
- "Total starcount for this run will be: 40\n",
- "Generating grid code\n",
- "Constructing/adding: lnM_1\n",
- "Population-4f3ee0143c0548338494d2f1fbacc915 finished! The total probability was: 0.9956307907476225. It took a total of 1.5107016563415527s to run 40 systems on 2 cores\n",
- "There were no errors found in this run.\n"
- ]
- }
- ],
+ "outputs": [],
"source": [
"# Clean and re-evolve the population \n",
"population.clean()\n",
@@ -640,21 +553,10 @@
},
{
"cell_type": "code",
- "execution_count": 18,
+ "execution_count": null,
"id": "68ee1e56-21e5-48f4-b74c-50e48685ae94",
"metadata": {},
- "outputs": [
- {
- "data": {
- "image/png": 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\n",
- "text/plain": [
- "<Figure size 1440x720 with 1 Axes>"
- ]
- },
- "metadata": {},
- "output_type": "display_data"
- }
- ],
+ "outputs": [],
"source": [
"# plot luminosity distribution\n",
"ldist = population.grid_results['luminosity distribution']\n",
diff --git a/examples/notebook_population.ipynb b/examples/notebook_population.ipynb
index 1ec2f94d3..968c03350 100644
--- a/examples/notebook_population.ipynb
+++ b/examples/notebook_population.ipynb
@@ -63,8 +63,8 @@
"adding: max_evolution_time=15000 to BSE_options\n",
"adding: eccentricity=0.02 to BSE_options\n",
"adding: num_cores=2 to grid_options\n",
- "adding: tmp_dir=/tmp/binary_c_python/notebooks/notebook_population to grid_options\n",
- "<<<< Warning: Key does not match previously known parameter: adding: data_dir=/tmp/binary_c_python/notebooks/notebook_population/example_python_population_result to custom_options >>>>\n",
+ "adding: tmp_dir=/tmp/binary_c_python-izzard/notebooks/notebook_population to grid_options\n",
+ "<<<< Warning: Key does not match previously known parameter: adding: data_dir=/tmp/binary_c_python-izzard/notebooks/notebook_population/example_python_population_result to custom_options >>>>\n",
"<<<< Warning: Key does not match previously known parameter: adding: base_filename=example_pop.dat to custom_options >>>>\n",
"1\n",
"example_pop.dat\n",
@@ -138,13 +138,13 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "Writing settings to /tmp/binary_c_python/notebooks/notebook_population/example_python_population_result/example_pop_settings.json\n"
+ "Writing settings to /tmp/binary_c_python-izzard/notebooks/notebook_population/example_python_population_result/example_pop_settings.json\n"
]
},
{
"data": {
"text/plain": [
- "'/tmp/binary_c_python/notebooks/notebook_population/example_python_population_result/example_pop_settings.json'"
+ "'/tmp/binary_c_python-izzard/notebooks/notebook_population/example_python_population_result/example_pop_settings.json'"
]
},
"execution_count": 3,
@@ -186,7 +186,7 @@
"text": [
"Help on method add_grid_variable in module binarycpython.utils.grid:\n",
"\n",
- "add_grid_variable(name:str, longname:str, valuerange:Union[list, str], resolution:str, spacingfunc:str, probdist:str, dphasevol:Union[str, int], parameter_name:str, gridtype:str='centred', branchpoint:int=0, precode:Union[str, NoneType]=None, condition:Union[str, NoneType]=None) -> None method of binarycpython.utils.grid.Population instance\n",
+ "add_grid_variable(name: str, parameter_name: str, longname: str, valuerange: Union[list, str], samplerfunc: str, probdist: str, dphasevol: Union[str, int], gridtype: str = 'centred', branchpoint: int = 0, branchcode: Optional[str] = None, precode: Optional[str] = None, postcode: Optional[str] = None, topcode: Optional[str] = None, bottomcode: Optional[str] = None, condition: Optional[str] = None) -> None method of binarycpython.utils.grid.Population instance\n",
" Function to add grid variables to the grid_options.\n",
" \n",
" The execution of the grid generation will be through a nested for loop.\n",
@@ -202,35 +202,40 @@
" \n",
" Args:\n",
" name:\n",
- " name of parameter. This is evaluated as a parameter and you can use it throughout\n",
+ " name of parameter used in the grid Python code.\n",
+ " This is evaluated as a parameter and you can use it throughout\n",
" the rest of the function\n",
" \n",
" Examples:\n",
" name = 'lnm1'\n",
+ " \n",
+ " parameter_name:\n",
+ " name of the parameter in binary_c\n",
+ " \n",
+ " This name must correspond to a Python variable of the same name,\n",
+ " which is automatic if parameter_name == name.\n",
+ " \n",
+ " Note: if parameter_name != name, you must set a\n",
+ " variable in \"precode\" or \"postcode\" to define a Python variable\n",
+ " called parameter_name\n",
+ " \n",
" longname:\n",
" Long name of parameter\n",
" \n",
" Examples:\n",
" longname = 'Primary mass'\n",
" range:\n",
- " Range of values to take. Does not get used really, the spacingfunction is used to\n",
+ " Range of values to take. Does not get used really, the samplerfunc is used to\n",
" get the values from\n",
" \n",
" Examples:\n",
" range = [math.log(m_min), math.log(m_max)]\n",
- " resolution:\n",
- " Resolution of the sampled range (number of samples).\n",
- " TODO: check if this is used anywhere\n",
- " \n",
- " Examples:\n",
- " resolution = resolution[\"M_1\"]\n",
- " spacingfunction:\n",
- " Function determining how the range is sampled. You can either use a real function,\n",
- " or a string representation of a function call. Will get written to a file and\n",
- " then evaluated.\n",
+ " samplerfunc:\n",
+ " Function returning a list or numpy array of samples spaced appropriately.\n",
+ " You can either use a real function, or a string representation of a function call.\n",
" \n",
" Examples:\n",
- " spacingfunction = \"const(math.log(m_min), math.log(m_max), {})\".format(resolution['M_1'])\n",
+ " samplerfunc = \"const(math.log(m_min), math.log(m_max), {})\".format(resolution['M_1'])\n",
" \n",
" precode:\n",
" Extra room for some code. This code will be evaluated within the loop of the\n",
@@ -238,6 +243,8 @@
" \n",
" Examples:\n",
" precode = 'M_1=math.exp(lnm1);'\n",
+ " postcode:\n",
+ " Code executed after the probability is calculated.\n",
" probdist:\n",
" Function determining the probability that gets assigned to the sampled parameter\n",
" \n",
@@ -256,6 +263,12 @@
" Method on how the value range is sampled. Can be either 'edge' (steps starting at\n",
" the lower edge of the value range) or 'centred'\n",
" (steps starting at lower edge + 0.5 * stepsize).\n",
+ " \n",
+ " topcode:\n",
+ " Code added at the very top of the block.\n",
+ " \n",
+ " bottomcode:\n",
+ " Code added at the very bottom of the block.\n",
"\n"
]
}
@@ -306,20 +319,23 @@
"text": [
"Added grid variable: {\n",
" \"name\": \"lnm1\",\n",
+ " \"parameter_name\": \"M_1\",\n",
" \"longname\": \"Primary mass\",\n",
" \"valuerange\": [\n",
" 2,\n",
" 150\n",
" ],\n",
- " \"resolution\": \"20\",\n",
- " \"spacingfunc\": \"const(math.log(2), math.log(150), 20)\",\n",
+ " \"samplerfunc\": \"const(math.log(2), math.log(150), 20)\",\n",
" \"precode\": \"M_1=math.exp(lnm1)\",\n",
+ " \"postcode\": null,\n",
" \"probdist\": \"three_part_powerlaw(M_1, 0.1, 0.5, 1.0, 150, -1.3, -2.3, -2.3)*M_1\",\n",
" \"dphasevol\": \"dlnm1\",\n",
- " \"parameter_name\": \"M_1\",\n",
" \"condition\": \"\",\n",
" \"gridtype\": \"centred\",\n",
" \"branchpoint\": 0,\n",
+ " \"branchcode\": null,\n",
+ " \"topcode\": null,\n",
+ " \"bottomcode\": null,\n",
" \"grid_variable_number\": 0\n",
"}\n"
]
@@ -334,8 +350,7 @@
" name=\"lnm1\",\n",
" longname=\"Primary mass\",\n",
" valuerange=[2, 150],\n",
- " resolution=\"{}\".format(resolution[\"M_1\"]),\n",
- " spacingfunc=\"const(math.log(2), math.log(150), {})\".format(resolution[\"M_1\"]),\n",
+ " samplerfunc=\"const(math.log(2), math.log(150), {})\".format(resolution[\"M_1\"]),\n",
" precode=\"M_1=math.exp(lnm1)\",\n",
" probdist=\"three_part_powerlaw(M_1, 0.1, 0.5, 1.0, 150, -1.3, -2.3, -2.3)*M_1\",\n",
" dphasevol=\"dlnm1\",\n",
@@ -348,8 +363,7 @@
"# name=\"q\",\n",
"# longname=\"Mass ratio\",\n",
"# valuerange=[\"0.1/M_1\", 1],\n",
- "# resolution=\"{}\".format(resolution['q']),\n",
- "# spacingfunc=\"const(0.1/M_1, 1, {})\".format(resolution['q']),\n",
+ "# samplerfunc=\"const(0.1/M_1, 1, {})\".format(resolution['q']),\n",
"# probdist=\"flatsections(q, [{'min': 0.1/M_1, 'max': 1.0, 'height': 1}])\",\n",
"# dphasevol=\"dq\",\n",
"# precode=\"M_2 = q * M_1\",\n",
@@ -362,8 +376,7 @@
"# name=\"log10per\", # in days\n",
"# longname=\"log10(Orbital_Period)\",\n",
"# valuerange=[0.15, 5.5],\n",
- "# resolution=\"{}\".format(resolution[\"per\"]),\n",
- "# spacingfunc=\"const(0.15, 5.5, {})\".format(resolution[\"per\"]),\n",
+ "# samplerfunc=\"const(0.15, 5.5, {})\".format(resolution[\"per\"]),\n",
"# precode=\"\"\"orbital_period = 10** log10per\n",
"# sep = calc_sep_from_period(M_1, M_2, orbital_period)\n",
"# sep_min = calc_sep_from_period(M_1, M_2, 10**0.15)\n",
@@ -462,7 +475,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "adding: parse_function=<function parse_function at 0x7f531bc3b6a8> to grid_options\n"
+ "adding: parse_function=<function parse_function at 0x1528ac7290d0> to grid_options\n"
]
}
],
@@ -538,13 +551,15 @@
"output_type": "stream",
"text": [
"adding: verbosity=0 to grid_options\n",
+ "Doing dry run to calculate total starcount and probability\n",
"Generating grid code\n",
- "Constructing/adding: lnm1\n",
- "Grid has handled 20 stars\n",
- "with a total probability of 0.044402888438054094\n",
- "Total starcount for this run will be: 20\n",
+ "Grid has handled 20 stars with a total probability of 0.0444029\n",
+ "**************************************\n",
+ "* Total starcount for this run is 20 *\n",
+ "* Total probability is 0.0444029 *\n",
+ "**************************************\n",
+ "\n",
"Generating grid code\n",
- "Constructing/adding: lnm1\n",
"EXAMPLE_COMPACT_OBJECT 4.139293101586e+01 1.29427 8.13626 0.00202467 13\n",
"EXAMPLE_COMPACT_OBJECT 2.802986496151e+01 1.33699 10.0967 0.00152924 13\n",
"EXAMPLE_COMPACT_OBJECT 1.963621764679e+01 1.39754 12.5294 0.00115504 13\n",
@@ -558,8 +573,15 @@
"EXAMPLE_COMPACT_OBJECT 7.404641347602e+00 1.82074 70.4621 0.000122339 13\n",
"EXAMPLE_COMPACT_OBJECT 7.444217227690e+00 1.81636 87.4397 9.2403e-05 13\n",
"EXAMPLE_COMPACT_OBJECT 7.453317880232e+00 1.81536 108.508 6.97923e-05 13\n",
- "EXAMPLE_COMPACT_OBJECT 7.450828476484e+00 1.81563 134.653 5.27143e-05 13\n",
- "Population-f28b5f98d7ef40dcb17fc2481a6d3ced finished! The total probability was: 0.04440288843805411. It took a total of 2.785212755203247s to run 20 systems on 2 cores\n",
+ "EXAMPLE_COMPACT_OBJECT 7.450828476487e+00 1.81563 134.653 5.27143e-05 13\n",
+ "**********************************************************\n",
+ "* Population-50fb66cc659c46c8bbc29fe0c8651c2f finished! *\n",
+ "* The total probability is 0.0444029. *\n",
+ "* It took a total of 3.30s to run 20 systems on 2 cores *\n",
+ "* = 6.60s of CPU time. *\n",
+ "* Maximum memory use 433.070 MB *\n",
+ "**********************************************************\n",
+ "\n",
"There were no errors found in this run.\n"
]
}
@@ -591,7 +613,7 @@
"name": "stdout",
"output_type": "stream",
"text": [
- "{'population_name': 'f28b5f98d7ef40dcb17fc2481a6d3ced', 'evolution_type': 'grid', 'failed_count': 0, 'failed_prob': 0, 'failed_systems_error_codes': [], 'errors_exceeded': False, 'errors_found': False, 'total_probability': 0.04440288843805411, 'total_count': 20, 'start_timestamp': 1629459533.935186, 'end_timestamp': 1629459536.7203987, 'total_mass_run': 684.2544031669779, 'total_probability_weighted_mass_run': 0.28134439269236855, 'zero_prob_stars_skipped': 0}\n"
+ "{'population_name': '50fb66cc659c46c8bbc29fe0c8651c2f', 'evolution_type': 'grid', 'failed_count': 0, 'failed_prob': 0, 'failed_systems_error_codes': [], 'errors_exceeded': False, 'errors_found': False, 'total_probability': 0.04440288843805411, 'total_count': 20, 'start_timestamp': 1635760967.3245144, 'end_timestamp': 1635760970.6249793, 'total_mass_run': 684.2544031669784, 'total_probability_weighted_mass_run': 0.28134439269236855, 'zero_prob_stars_skipped': 0}\n"
]
}
],
@@ -621,7 +643,7 @@
"text": [
"Help on method write_binary_c_calls_to_file in module binarycpython.utils.grid:\n",
"\n",
- "write_binary_c_calls_to_file(output_dir:Union[str, NoneType]=None, output_filename:Union[str, NoneType]=None, include_defaults:bool=False) -> None method of binarycpython.utils.grid.Population instance\n",
+ "write_binary_c_calls_to_file(output_dir: Optional[str] = None, output_filename: Optional[str] = None, include_defaults: bool = False) -> None method of binarycpython.utils.grid.Population instance\n",
" Function that loops over the grid code and writes the generated parameters to a file.\n",
" In the form of a command line call\n",
" \n",
@@ -663,19 +685,18 @@
"text": [
"Generating grid code\n",
"Generating grid code\n",
- "Constructing/adding: lnm1\n",
"Saving grid code to grid_options\n",
- "Writing grid code to /tmp/binary_c_python/notebooks/notebook_population/binary_c_grid_f28b5f98d7ef40dcb17fc2481a6d3ced.py\n",
- "Loading grid code function from /tmp/binary_c_python/notebooks/notebook_population/binary_c_grid_f28b5f98d7ef40dcb17fc2481a6d3ced.py\n",
+ "Writing grid code to /tmp/binary_c_python-izzard/notebooks/notebook_population/binary_c_grid_50fb66cc659c46c8bbc29fe0c8651c2f.py [dry_run = False]\n",
+ "Symlinked grid code to /tmp/binary_c_python-izzard/notebooks/notebook_population/binary_c_grid-latest2 \n",
+ "Loading grid code function from /tmp/binary_c_python-izzard/notebooks/notebook_population/binary_c_grid_50fb66cc659c46c8bbc29fe0c8651c2f.py\n",
"Grid code loaded\n",
- "Writing binary_c calls to /tmp/binary_c_python/notebooks/notebook_population/example_python_population_result/binary_c_calls.txt\n",
- "Grid has handled 20 stars\n",
- "with a total probability of 0.044402888438054094\n",
- "/tmp/binary_c_python/notebooks/notebook_population/example_python_population_result/binary_c_calls.txt\n",
+ "Writing binary_c calls to /tmp/binary_c_python-izzard/notebooks/notebook_population/example_python_population_result/binary_c_calls.txt\n",
+ "Grid has handled 20 stars with a total probability of 0.0444029\n",
+ "/tmp/binary_c_python-izzard/notebooks/notebook_population/example_python_population_result/binary_c_calls.txt\n",
"binary_c M_1 2.227955577093495 eccentricity 0.02 max_evolution_time 15000 orbital_period 45000000080 phasevol 0.21587440567681548 probability 0.010905083645619543\n",
- "binary_c M_1 2.7647737053496777 eccentricity 0.02 max_evolution_time 15000 orbital_period 45000000080 phasevol 0.21587440567681548 probability 0.008236638755149857\n",
- "binary_c M_1 3.4309362899259503 eccentricity 0.02 max_evolution_time 15000 orbital_period 45000000080 phasevol 0.21587440567681548 probability 0.006221155214163634\n",
- "binary_c M_1 4.257608426597089 eccentricity 0.02 max_evolution_time 15000 orbital_period 45000000080 phasevol 0.21587440567681548 probability 0.004698855121516278\n"
+ "binary_c M_1 2.7647737053496777 eccentricity 0.02 max_evolution_time 15000 orbital_period 45000000080 phasevol 0.2158744056768156 probability 0.00823663875514986\n",
+ "binary_c M_1 3.430936289925951 eccentricity 0.02 max_evolution_time 15000 orbital_period 45000000080 phasevol 0.21587440567681537 probability 0.0062211552141636295\n",
+ "binary_c M_1 4.2576084265970895 eccentricity 0.02 max_evolution_time 15000 orbital_period 45000000080 phasevol 0.2158744056768156 probability 0.004698855121516281\n"
]
}
],
@@ -707,14 +728,25 @@
"name": "stdout",
"output_type": "stream",
"text": [
+ "<<<< Warning: Key does not match previously known parameter: adding: data_dir=/tmp/binary_c_python-izzard/notebooks/notebook_population/example_python_population_result to custom_options >>>>\n",
+ "<<<< Warning: Key does not match previously known parameter: adding: base_filename=example_pop.dat to custom_options >>>>\n",
+ "Doing dry run to calculate total starcount and probability\n",
"Generating grid code\n",
- "Constructing/adding: lnm1\n",
- "Grid has handled 20 stars\n",
- "with a total probability of 0.044402888438054094\n",
- "Total starcount for this run will be: 20\n",
+ "Grid has handled 20 stars with a total probability of 0.0444029\n",
+ "**************************************\n",
+ "* Total starcount for this run is 20 *\n",
+ "* Total probability is 0.0444029 *\n",
+ "**************************************\n",
+ "\n",
"Generating grid code\n",
- "Constructing/adding: lnm1\n",
- "Population-e45c25448b32440cb7e220f4a3562907 finished! The total probability was: 0.04440288843805411. It took a total of 1.9539172649383545s to run 20 systems on 2 cores\n",
+ "**********************************************************\n",
+ "* Population-05e51ba114934b37bab48f1db40b7333 finished! *\n",
+ "* The total probability is 0.0444029. *\n",
+ "* It took a total of 3.46s to run 20 systems on 2 cores *\n",
+ "* = 6.93s of CPU time. *\n",
+ "* Maximum memory use 437.047 MB *\n",
+ "**********************************************************\n",
+ "\n",
"There were no errors found in this run.\n",
"\n",
"\n",
@@ -732,7 +764,7 @@
"7.404641347602e+00 1.82074 70.4621 0.000122339 1.72498e-05 13\n",
"7.444217227690e+00 1.81636 87.4397 9.2403e-05 1.72498e-05 13\n",
"7.453317880232e+00 1.81536 108.508 6.97923e-05 1.72498e-05 13\n",
- "7.450828476484e+00 1.81563 134.653 5.27143e-05 1.72498e-05 13\n",
+ "7.450828476487e+00 1.81563 134.653 5.27143e-05 1.72498e-05 13\n",
"\n"
]
}
@@ -844,8 +876,7 @@
" name=\"lnm1\",\n",
" longname=\"Primary mass\",\n",
" valuerange=[2, 150],\n",
- " resolution=\"{}\".format(resolution[\"M_1\"]),\n",
- " spacingfunc=\"const(math.log(2), math.log(150), {})\".format(resolution[\"M_1\"]),\n",
+ " samplerfunc=\"const(math.log(2), math.log(150), {})\".format(resolution[\"M_1\"]),\n",
" precode=\"M_1=math.exp(lnm1)\",\n",
" probdist=\"three_part_powerlaw(M_1, 0.1, 0.5, 1.0, 150, -1.3, -2.3, -2.3)*M_1\",\n",
" dphasevol=\"dlnm1\",\n",
@@ -889,38 +920,45 @@
"name": "stdout",
"output_type": "stream",
"text": [
+ "<<<< Warning: Key does not match previously known parameter: adding: data_dir=/tmp/binary_c_python-izzard/notebooks/notebook_population/example_python_population_result to custom_options >>>>\n",
+ "<<<< Warning: Key does not match previously known parameter: adding: base_filename=example_pop.dat to custom_options >>>>\n",
+ "Doing dry run to calculate total starcount and probability\n",
"Generating grid code\n",
- "Constructing/adding: lnm1\n",
- "Constructing/adding: q\n",
- "Constructing/adding: log10per\n",
- "Grid has handled 27 stars\n",
- "with a total probability of 0.024868380796643753\n",
- "Total starcount for this run will be: 27\n",
+ "Grid has handled 27 stars with a total probability of 0.0248684\n",
+ "**************************************\n",
+ "* Total starcount for this run is 27 *\n",
+ "* Total probability is 0.0248684 *\n",
+ "**************************************\n",
+ "\n",
"Generating grid code\n",
- "Constructing/adding: lnm1\n",
- "Constructing/adding: q\n",
- "Constructing/adding: log10per\n",
- "Population-05128ef4c5fe4274a0356c3e99e2f2d2 finished! The total probability was: 0.024868380796643757. It took a total of 9.792905807495117s to run 27 systems on 2 cores\n",
+ "**********************************************************\n",
+ "* Population-8bc1eafea1c34b05894c1618639d8c37 finished! *\n",
+ "* The total probability is 0.0248684. *\n",
+ "* It took a total of 16.10s to run 27 systems on 2 cores *\n",
+ "* = 32.20s of CPU time. *\n",
+ "* Maximum memory use 437.695 MB *\n",
+ "**********************************************************\n",
+ "\n",
"There were no errors found in this run.\n",
"\n",
"\n",
"time mass_1 zams_mass_1 mass_2 zams_mass_2 stellar_type_1 prev_stellar_type_1 stellar_type_2 prev_stellar_type_2 metallicity probability\n",
"1.219029061236e+01 1.60007 17.3205 0 2.97008 13 5 15 15 0.02 0.000498487\n",
- "1.935920346899e+01 1.29448 17.3205 0 8.71025 13 13 15 2 0.02 0.000498487\n",
- "2.123795595728e+01 1.30902 17.3205 1.58519 8.71025 13 13 13 5 0.02 0.000287968\n",
+ "1.935920339886e+01 1.29448 17.3205 0 8.71025 13 13 15 2 0.02 0.000498487\n",
+ "2.123794969278e+01 1.30902 17.3205 1.58518 8.71025 13 13 13 5 0.02 0.000287968\n",
"3.579099761269e+01 1.52414 17.3205 1.30642 8.71025 13 13 13 5 0.02 0.000220016\n",
"1.674063083432e+01 1.29457 17.3205 0 14.4504 13 13 15 2 0.02 0.000498487\n",
- "1.779197348711e+01 1.3228 17.3205 1.71196 14.4504 13 13 13 8 0.02 0.000287968\n",
"1.548740826516e+01 1.52415 17.3205 1.45407 14.4504 13 13 13 5 0.02 0.000220016\n",
- "1.772169325356e+01 1.81957 73.0434 1.46573 12.2572 13 13 13 5 0.02 4.43422e-05\n",
- "1.367065500196e+01 1.66003 73.0434 1.79487 12.2572 13 13 13 8 0.02 7.67586e-05\n",
+ "1.779197348711e+01 1.3228 17.3205 1.71196 14.4504 13 13 13 8 0.02 0.000287968\n",
+ "1.367065497322e+01 1.66003 73.0434 1.79487 12.2572 13 13 13 8 0.02 7.67586e-05\n",
+ "1.772169325355e+01 1.81957 73.0434 1.46573 12.2572 13 13 13 5 0.02 4.43422e-05\n",
"2.021960493499e+01 1.82061 73.0434 1.39205 12.2572 13 13 13 5 0.02 3.38788e-05\n",
"9.012246630357e+00 1.81529 73.0434 0 36.5717 13 8 15 15 0.02 7.67586e-05\n",
"7.462779538274e+00 1.82255 73.0434 1.81499 36.5717 13 13 13 8 0.02 3.38788e-05\n",
"1.030499912298e+01 1.80592 73.0434 1.81066 36.5717 13 13 13 8 0.02 4.43422e-05\n",
- "4.227002356107e+00 2.43719 73.0434 0 60.8862 14 14 15 1 0.02 7.67586e-05\n",
+ "9.823059079115e+00 2.43711 73.0434 1.81689 60.8862 14 14 13 8 0.02 7.67586e-05\n",
+ "7.394722435913e+00 1.79092 73.0434 1.79092 60.8862 13 8 13 8 0.02 4.43422e-05\n",
"7.396288708628e+00 1.8216 73.0434 1.8216 60.8862 13 8 13 8 0.02 3.38788e-05\n",
- "7.394728392218e+00 1.80919 73.0434 1.79091 60.8862 13 13 13 8 0.02 4.43422e-05\n",
"\n"
]
}
@@ -1050,8 +1088,7 @@
" name=\"lnm1\",\n",
" longname=\"Primary mass\",\n",
" valuerange=[2, 150],\n",
- " resolution=\"{}\".format(resolution[\"M_1\"]),\n",
- " spacingfunc=\"const(math.log(2), math.log(150), {})\".format(resolution[\"M_1\"]),\n",
+ " samplerfunc=\"const(math.log(2), math.log(150), {})\".format(resolution[\"M_1\"]),\n",
" precode=\"M_1=math.exp(lnm1)\",\n",
" probdist=\"three_part_powerlaw(M_1, 0.1, 0.5, 1.0, 150, -1.3, -2.3, -2.3)*M_1\",\n",
" dphasevol=\"dlnm1\",\n",
@@ -1064,8 +1101,7 @@
" name=\"q\",\n",
" longname=\"Mass ratio\",\n",
" valuerange=[\"0.1/M_1\", 1],\n",
- " resolution=\"{}\".format(resolution['q']),\n",
- " spacingfunc=\"const(0.1/M_1, 1, {})\".format(resolution['q']),\n",
+ " samplerfunc=\"const(0.1/M_1, 1, {})\".format(resolution['q']),\n",
" probdist=\"flatsections(q, [{'min': 0.1/M_1, 'max': 1.0, 'height': 1}])\",\n",
" dphasevol=\"dq\",\n",
" precode=\"M_2 = q * M_1\",\n",
@@ -1078,8 +1114,7 @@
" name=\"log10per\", # in days\n",
" longname=\"log10(Orbital_Period)\",\n",
" valuerange=[0.15, 5.5],\n",
- " resolution=\"{}\".format(resolution[\"per\"]),\n",
- " spacingfunc=\"const(0.15, 5.5, {})\".format(resolution[\"per\"]),\n",
+ " samplerfunc=\"const(0.15, 5.5, {})\".format(resolution[\"per\"]),\n",
" precode=\"\"\"orbital_period = 10** log10per\n",
"sep = calc_sep_from_period(M_1, M_2, orbital_period)\n",
"sep_min = calc_sep_from_period(M_1, M_2, 10**0.15)\n",
--
GitLab