# This file is for placeholder and test purpose only, 
# please refer to the main_laptop.py and main_cluster.py files for the detail codes


#import numpy as np
#from astropy.io import fits
#import subprocess
# from emcee import PTSampler, EnsembleSampler
#from . import lnlike

# def main_hd191089():
#     """Main function for MCMC modeling of HD191089 debris disk system."""
#     var_names = ['inc', 'PA', 'm_disk',
#                  'Rc', 'R_in', 'alpha_in', 'alpha_out', 'porosity',
#                  'fmass_0', 'fmass_1',
#                  'a_min', 'Q_powerlaw']
#
#     n_dim = len(var_names)  # dimension (size) of the variables
#     n_walkers = 1e3         # number of walkers
#
#     sampler = EnsembleSampler(nwalkers = n_walkers, dim = n_dim, lnpostfn = lnlike.lnlike_hd191089)

#from . import mcfostRun

# mcmc_wrapper_hd191089.mcmc_wrapper_hd191089()

0be8e0cbbb4c93bd90333de39d37e62b623153fa
# This file is for placeholder and test purpose only, 
# please refer to the main_laptop.py and main_cluster.py files for the detail codes


#import numpy as np
#from astropy.io import fits
#import subprocess
# from emcee import PTSampler, EnsembleSampler
#from . import lnlike

# def main_hd191089():
#     """Main function for MCMC modeling of HD191089 debris disk system."""
#     var_names = ['inc', 'PA', 'm_disk',
#                  'Rc', 'R_in', 'alpha_in', 'alpha_out', 'porosity',
#                  'fmass_0', 'fmass_1',
#                  'a_min', 'Q_powerlaw']
#
#     n_dim = len(var_names)  # dimension (size) of the variables
#     n_walkers = 1e3         # number of walkers
#
#     sampler = EnsembleSampler(nwalkers = n_walkers, dim = n_dim, lnpostfn = lnlike.lnlike_hd191089)

#from . import mcfostRun

# mcmc_wrapper_hd191089.mcmc_wrapper_hd191089()
