GitHub - JesusSave/mGRB_afterglow: GRB dynamical evolution calculations, refererence Q. Chen & X.W. Liu, MNRAS 504, 1759-1771 (2021)

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GRB dynamical evolution calculations, refererence Q. Chen & X.W. Liu, MNRAS 504, 1759-1771 (2021)

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Name		Name	Last commit message	Last commit date
Latest commit History 2 Commits
.mod_functions.f90.swp		.mod_functions.f90.swp
Makefile		Makefile
README		README
a.out		a.out
main.f90		main.f90
mod_dynamics.f90		mod_dynamics.f90
mod_functions.f90		mod_functions.f90
mod_initial.f90		mod_initial.f90
mod_input.f90		mod_input.f90
mod_lightcurves.f90		mod_lightcurves.f90
mod_magnetization.f90		mod_magnetization.f90
mod_output.f90		mod_output.f90
mod_read.f90		mod_read.f90
mod_self_absorption.f90		mod_self_absorption.f90
plot_dyncom.py		plot_dyncom.py
plot_fluxcom.py		plot_fluxcom.py
plot_mag.py		plot_mag.py
run.sh		run.sh
shock_jump_mhd_dynamics_v11.py		shock_jump_mhd_dynamics_v11.py

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                              TORCH 

 This is a GRB afterglow dynamics and radiation package.
 
 FEATURE:
 - read/calculate dynamics
 - energy conserved GRB afterglow dynamics
 - magnetized ejecta
 - synchrotron radiation, self-absorption
 - inverse compton scattering
 
 UPDATE DATE: 01 Aug 2020

 DEPEDENCY:
 GSL v2.7.1, FGSL v1.5.0 (1/5/2022)
 
 UNDER DEVELOPMENT:
 - 

 AUTHORS:
  - Prof. Xuewen Liu liuxuew@scu.edu.cn 
  - Mr.   Qiang Chen chen@camk.edu.pl
                     qchen@gmail.com

 REMEMBER:
 - external library FGSL is needed. 

 USAGE: 
 - Settings: set initial parameters in mod_input.f90
 - Compile : execute ./run.sh to compile with Makefile

 CITATION OF THIS CODE: 
 Q. Chen & X.W. Liu, MNRAS, Volume 504, 2021, https://doi.org/10.1093/mnras/stab946