<filename>PIPS-0.3.0/PIPS/__init__.py
'''
-----------
PIPS 0.3.0
---------------------------------------------
Developers: <NAME>, <NAME>, J.Sunseri, <NAME>
Contact: <NAME> (<EMAIL>)
License: MIT
---------------------------------------------
Processes photometric data for variable stars.
---------------------------------------------

Classes:
    photdata  --- data container for individual objects and analysis tools
    visualize --- visualization tools for photdata and analysis results
    StellarModels --- various stellar property relationship models (e.g. period-luminosity)

Independent Functions:
    get_bestfit_Fourier(x,y,yerr,period,return_yfit=True,return_params=False)
    get_bestfit_GM(x,y,yerr,period,return_yfit=True,return_params=False)
    get_chi2_Fourier(x,y,yerr,period,Nterms=4)
    get_chi2ref(x,y,yerr)
    Fourier(self,period,params)
    OC(photdata_obj,)
'''
import matplotlib.pyplot as pyplot
import numpy as np
from scipy.optimize import curve_fit
import numba
from multiprocessing import Pool


from .utils.connect_LPP import data_readin_LPP
from .class_photdata import photdata
from .class_StellarModels import *
# from .class_visualize import visualize


__uri__ = "https://PIPS.readthedocs.io" # tbd, may change
__author__ = "<NAME>, <NAME>, J.Sunseri, <NAME>"
__maintainer__ = "<NAME>"
__email__ = "<EMAIL>"
__license__ = "MIT"
__version__ = "0.3.0"
__release__ = "0.3.0-alpha"
__description__ = "Processes photometric data for variable stars"

<filename>PIPS-0.3.0/PIPS/__init__.py
'''
-----------
PIPS 0.3.0
---------------------------------------------
Developers: <NAME>, <NAME>, J.Sunseri, <NAME>
Contact: <NAME> (<EMAIL>)
License: MIT
---------------------------------------------
Processes photometric data for variable stars.
---------------------------------------------

Classes:
    photdata  --- data container for individual objects and analysis tools
    visualize --- visualization tools for photdata and analysis results
    StellarModels --- various stellar property relationship models (e.g. period-luminosity)

Independent Functions:
    get_bestfit_Fourier(x,y,yerr,period,return_yfit=True,return_params=False)
    get_bestfit_GM(x,y,yerr,period,return_yfit=True,return_params=False)
    get_chi2_Fourier(x,y,yerr,period,Nterms=4)
    get_chi2ref(x,y,yerr)
    Fourier(self,period,params)
    OC(photdata_obj,)
'''
import matplotlib.pyplot as pyplot
import numpy as np
from scipy.optimize import curve_fit
import numba
from multiprocessing import Pool


from .utils.connect_LPP import data_readin_LPP
from .class_photdata import photdata
from .class_StellarModels import *
# from .class_visualize import visualize


__uri__ = "https://PIPS.readthedocs.io" # tbd, may change
__author__ = "<NAME>, <NAME>, J.Sunseri, <NAME>"
__maintainer__ = "<NAME>"
__email__ = "<EMAIL>"
__license__ = "MIT"
__version__ = "0.3.0"
__release__ = "0.3.0-alpha"
__description__ = "Processes photometric data for variable stars"

----------- PIPS 0.3.0 --------------------------------------------- Developers: <NAME>, <NAME>, J.Sunseri, <NAME> Contact: <NAME> (<EMAIL>) License: MIT --------------------------------------------- Processes photometric data for variable stars. ---------------------------------------------  Classes:     photdata  --- data container for individual objects and analysis tools     visualize --- visualization tools for photdata and analysis results     StellarModels --- various stellar property relationship models (e.g. period-luminosity)  Independent Functions:     get_bestfit_Fourier(x,y,yerr,period,return_yfit=True,return_params=False)     get_bestfit_GM(x,y,yerr,period,return_yfit=True,return_params=False)     get_chi2_Fourier(x,y,yerr,period,Nterms=4)     get_chi2ref(x,y,yerr)     Fourier(self,period,params)     OC(photdata_obj,) # from .class_visualize import visualize # tbd, may change