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Template-Config.sh
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Template-Config.sh
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####################################################################################################
#!/bin/bash # this line only there to enable syntax highlighting in this file
####################################################################################################
# EMERGE Config file - Enable/Disable compile-time options as needed #
####################################################################################################
#
#
# --------------------------------------------------------------------------------------------------
# CODE OPTIONS
# --------------------------------------------------------------------------------------------------
#OPENMPTHREADS=2 # Enables OpenMP support and sets the number of threads per task
RANDOM_NUMBER_TABLE=1000000 # Enables the random number table and sets its size
#LONGIDS # Use 64 bit integers for IDs (default is 32 bit) for large runs
#DISABLE_MEMORY_MANAGER # Disables the default memory manager
#
# --------------------------------------------------------------------------------------------------
# MODEL OPTIONS
# --------------------------------------------------------------------------------------------------
SFE_MPEAK_ZEVOLV # Use redshift evolution for M1
SFE_NORM_ZEVOLV # Use redshift evolution for Epsilon
SFE_BETA_ZEVOLV # Use redshift evolution for Beta
#SFE_GAMMA_ZEVOLV # Use redshift evolution for Gamma
#SFE_SAME_SLOPE # Use the same slope for Beta and Gamma
SAT_QUENCH_MASS_DEPENDENT # Use mass dependent quenching timescale for sats
#SAT_STRIP_USE_MSTAR # Use fraction of mstar in stripping
#SAT_SFR_EXP_DECAY # Exponential decline in str after peak mass
#COMPUTE_ICM # Compute the ICM for each halo
DF_USE_BK08 # Use the dynamical friction fitting function by Boylan-Kolchin (2008)
ORPHAN_MASSLOSS # Let the halo mass of orphans decay on merging timescale
#ORPHAN_NONRADIAL_INFALL # Recompute the position angles of orphans at each time step
#
# --------------------------------------------------------------------------------------------------
# DATA OPTIONS
# --------------------------------------------------------------------------------------------------
READ_SMF # Read the stellar mass functions and use in fit
READ_FQ # Read the quenched fractions and use in fit
READ_CSFRD # Read the cosmic SFR density and use in fit
READ_SSFR # Read the specific SFRs and use in fit
READ_WP # Read the projected correlation functions and use in fit
GLOBAL_SIGMA_SMF # Specify a global error for the SMF and add it
GLOBAL_SIGMA_FQ # Specify a global error for the FQ and add it
GLOBAL_SIGMA_CSFRD # Specify a global error for the CSFRD and add it
GLOBAL_SIGMA_SSFR # Specify a global error for the SSFR and add it
GLOBAL_SIGMA_WP # Specify a global error for the WP and add it
#
# --------------------------------------------------------------------------------------------------
# CORRELATION FUNCTION OPTIONS
# --------------------------------------------------------------------------------------------------
#WP_RBINS=20 # Number of bins for which the 3d correlation function is computed
#WP_RBINS_INT=1000 # Number of interpolation bins for the 3d correlation function
#WP_RMAX=0.1 # Maximum radius (fraction of box size) of the correlation function
#WP_NLEAF_MIN=4 # Minimum number of objects per kd-node (if more the node is split)
#WP_NODE_WIDTH_MIN=0.01 # Minimum kd-node size (fraction of box size - no more splitting)
#
# --------------------------------------------------------------------------------------------------
# FIT OPTIONS
# --------------------------------------------------------------------------------------------------
#HYBRID_ALPHA=0.4 # Hybrid optimization: slope for function g
#HYBRID_BETA=1.0 # Hybrid optimization: slope for function f (larger chi^2)
#HYBRID_GAMMA=1.0 # Hybrid optimization: slope for function f (smaller chi^2)
#PT_COLD_FRACTION=0.25 # Parallel Tempering: Fraction of cold walkers (T=1)
#PT_TARGET_ACCEPTANCE=0.3 # Parallel Tempering: Target acceptance rate
#PT_STEPS_SCALE_ADJUST=10 # Parallel Tempering: Chain steps for adjusting scale
#
# --------------------------------------------------------------------------------------------------
# OUTPUT OPTIONS
# --------------------------------------------------------------------------------------------------
HDF5_SUPPORT # Enables HDF5 support for the output files (Use OutputFormat = 2)
WRITE_GALAXY_CATALOG # Writes galaxy catalogues at the specified redshifts
#WRITE_HALO_CATALOG # Writes halo catalogues at the specified redshifts
#WRITE_MAINBRANCH # Writes main branch history of specified systems
#
####################################################################################################