example_systems

#!/bin/bash
############################################################
#
# Example binary_c systems
#
############################################################

# RLOF checker
#M1=1;M2=0.9;ORBITAL_PERIOD=0;ORBITAL_SEPARATION=7

# early stripper -> sdO + NS
#M1=5.2; M2=5.1; ORBITAL_PERIOD=30

# double comenv route?
#M1=7; M2=1.5; ORBITAL_PERIOD=1500

# novae
#M1=5.1; M2=5.0; ORBITAL_PERIOD=30

#M1=10; M2=1; ORBITAL_PERIOD=10000

# RGB test
#M1=2; M2=1; ORBITAL_PERIOD=30

# AGB test
#M1=2; M2=0.2; ORBITAL_PERIOD=1000

# CBDISC

# RGB
#M1=2; M2=1; ORBITAL_PERIOD=40; MAX_EVOLUTION_TIME=2000.0; METALLICITY=0.014

# eagb
#M1=2; M2=1; ORBITAL_PERIOD=1000; MAX_EVOLUTION_TIME=2000; METALLICITY=0.014

# tpagb
#M1=2; M2=1; ORBITAL_PERIOD=2000; MAX_EVOLUTION_TIME=2000; METALLICITY=0.014

# Karsten's system in NGC 6791 with age 8.3Gyr, [Fe/H]=0.3
#ORBITAL_SEPARATION=0;  METALLICITY=0.03; MAX_EVOLUTION_TIME=8300

# To model the future system
#M1=1.77; M2=0.22; ORBITAL_PERIOD=1.4; MAX_EVOLUTION_TIME=20000

# To model the system from the start
# Pure Case A (MS/HG)
#M1=1.2; M2=1.1; ORBITAL_PERIOD=1.1; MAX_EVOLUTION_TIME=20000
# Case AB RLOF (HG)
#M1=1.2; M2=1.1; ORBITAL_PERIOD=1.3; MAX_EVOLUTION_TIME=20000
# Case B RLOF
#M1=1.2; M2=1.1; ORBITAL_PERIOD=1.7; MAX_EVOLUTION_TIME=20000

# or start later, with more magnetic braking
#M1=1.2; M2=1.1; ORBITAL_PERIOD=4.0; MAX_EVOLUTION_TIME=20000

# CEMP binary
#M1=2;  M2=0.75; ORBITAL_PERIOD=3500; MAX_EVOLUTION_TIME=13700; METALLICITY=0.0001