
import time
import calculateL
    
start = time.time()
calculateL.drwsin_MCMC(r"/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LC.h5",r"/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LC_drwsin_no_outlier_info.h5")
calculateL.drw_MCMC(r"/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LC.h5",r"/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LC_drw_no_outlier_info.h5")
calculateL.drwsin_MCMC(r"/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LCA.h5",r"/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LCA_drwsin_no_outlier_info.h5")
calculateL.drw_MCMC(r"/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LCA.h5",r"/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34LCA_drw_no_outlier_info.h5")
end = time.time()
print("The run took " + str(end - start) + " seconds.")
    
36c2fc6c618e8302168641e9335d8313bfa4f7c4
<mask token>

<mask token>
calculateL.drwsin_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LC.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LC_drwsin_no_outlier_info.h5'
    )
calculateL.drw_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LC.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LC_drw_no_outlier_info.h5'
    )
calculateL.drwsin_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LCA.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LCA_drwsin_no_outlier_info.h5'
    )
calculateL.drw_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LCA.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34LCA_drw_no_outlier_info.h5'
    )
<mask token>
print('The run took ' + str(end - start) + ' seconds.')

<mask token>
start = time.time()
calculateL.drwsin_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LC.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LC_drwsin_no_outlier_info.h5'
    )
calculateL.drw_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LC.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LC_drw_no_outlier_info.h5'
    )
calculateL.drwsin_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LCA.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LCA_drwsin_no_outlier_info.h5'
    )
calculateL.drw_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LCA.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34LCA_drw_no_outlier_info.h5'
    )
end = time.time()
print('The run took ' + str(end - start) + ' seconds.')

import time
import calculateL
start = time.time()
calculateL.drwsin_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LC.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LC_drwsin_no_outlier_info.h5'
    )
calculateL.drw_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LC.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LC_drw_no_outlier_info.h5'
    )
calculateL.drwsin_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LCA.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LCA_drwsin_no_outlier_info.h5'
    )
calculateL.drw_MCMC(
    '/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LCA.h5',
    '/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34LCA_drw_no_outlier_info.h5'
    )
end = time.time()
print('The run took ' + str(end - start) + ' seconds.')


import time
import calculateL
    
start = time.time()
calculateL.drwsin_MCMC(r"/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LC.h5",r"/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LC_drwsin_no_outlier_info.h5")
calculateL.drw_MCMC(r"/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LC.h5",r"/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LC_drw_no_outlier_info.h5")
calculateL.drwsin_MCMC(r"/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LCA.h5",r"/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34_LCA_drwsin_no_outlier_info.h5")
calculateL.drw_MCMC(r"/rigel/astro/users/ndk2115/pg1302/data/final_curve34_LCA.h5",r"/rigel/astro/users/ndk2115/pg1302/outputs/final_curve34LCA_drw_no_outlier_info.h5")
end = time.time()
print("The run took " + str(end - start) + " seconds.")
    