from PyAstronomy import pyaC
from PyAstronomy.pyasl import _moduleImportStatus
_modules = ["baraffe98tracks", "nasaExoplanetArchive", "exoplanetEU", \
"exoplanetsOrg", "kuruczModels", "fip", "sweet_cat"]
for m in _modules:
_moduleImportStatus[(__name__, m)] = pyaC.pyaimportallfrom(
m, "PyAstronomy.pyasl.resBased", globals())
# from baraffe98tracks import *
# from nasaExoplanetArchive import *
# from exoplanetEU import *
# from exoplanetsOrg import *
# from kuruczModels import *
# from fip import *
# from sweet_cat import *
from PyAstronomy import pyaC
from PyAstronomy.pyasl import _ic, _moduleImportStatus
_modules = ["pizzolato2003", "expCorrRN", "ramirez2005", "stellarAge", "ballesterosBV_T", \
"abundances", "spectralClass", "mmscetsTable"]
for m in _modules:
_moduleImportStatus[(__name__, m)] = pyaC.pyaimportallfrom(m, "PyAstronomy.pyasl.asl.aslExt_1", globals())
if _ic.check["six"]:
_moduleImportStatus[(__name__, "transCurves")] = pyaC.pyaimportallfrom("transCurves", "PyAstronomy.pyasl.asl.aslExt_1", globals())
from __future__ import print_function, division
from PyAstronomy import pyaC
from PyAstronomy.pyasl import _moduleImportStatus
_modules = ["astroTimeLegacy", "airtovac", "aitoffLegacy", "folding", \
"keplerOrbit", "inTransit", "statTest", "binning", "smooth", \
"planet_Teq", "planck", "planetPhase", "fluxConversion", "lineOfSight", \
"lineOfSight", "dopplerShift", "fluxConversion", "baryvel"]
_modules.extend(["idlMod", "idlCirrange", "rotBroad", "svd", "unred", "estimateSNR", \
"outlier", "intep", "magnitudes", "eq2hor", "sunpos", "observatory"])
_modules.extend(["moonpos", "moonphase", "localtime", "lineWidth", "cardinalPoint", \
"twilight", "angularDistance", "airmass", "decimalYear", "broad", \
"crosscorr", "quadextreme", "readFitsSpec", "posAngle", "sindex", \
"atomicNo", "coordinates", "writeFitsSpec", "aslExt_1"])
from .aslExt_1 import *
for m in _modules:
_moduleImportStatus[(__name__,
m)] = pyaC.pyaimportallfrom(m,
"PyAstronomy.pyasl.asl",
globals())
from __future__ import print_function, division
from PyAstronomy import pyaC
from PyAstronomy.pyasl import _moduleImportStatus
_modules = ["astroTimeLegacy", "airtovac", "aitoffLegacy", "folding", \
"keplerOrbit", "inTransit", "statTest", "binning", "smooth", \
"planet_Teq", "planck", "planetPhase", "fluxConversion", "lineOfSight", \
"lineOfSight", "dopplerShift", "fluxConversion", "baryvel"]
_modules.extend(["idlMod", "idlCirrange", "rotBroad", "svd", "unred", "estimateSNR", \
"outlier", "intep", "magnitudes", "eq2hor", "sunpos", "observatory"])
_modules.extend(["moonpos", "moonphase", "localtime", "lineWidth", "cardinalPoint", \
"twilight", "angularDistance", "airmass", "decimalYear", "broad", \
"crosscorr", "quadextreme", "readFitsSpec", "posAngle", "sindex", \
"atomicNo", "coordinates", "writeFitsSpec", "aslExt_1"])
from .aslExt_1 import *
for m in _modules:
_moduleImportStatus[(__name__, m)] = pyaC.pyaimportallfrom(m, "PyAstronomy.pyasl.asl", globals())
