def __init__(self, lineNum, paramFile, objectDict):
# Read in the parameter file.
_paramFile = np.genfromtxt(paramFile, dtype=None, autostrip=True,
names=True, encoding=None)
# Get parameter file variables.
self.objectName = _paramFile['objectName'][lineNum]
self.obsId = _paramFile['obsId'][lineNum]
# Load object information dictionary.
# objectDict is of the form dictName = {'obj': {key: value}}
_dictTemp = loadDict(objectDict)
self.z = _dictTemp[self.objectName]['redshift']
self.raCenter = _dictTemp[self.objectName]['centerCoo'][0]
self.decCenter = _dictTemp[self.objectName]['centerCoo'][1]
self.inc = _dictTemp[self.objectName]['inclination']
self.majorPA = _dictTemp[self.objectName]['majorPA']
self.distance = _dictTemp[self.objectName]['distance']
# ------------------------------- #
# Get the fitting parameters and #
# limits from the parameter file. #
# ------------------------------- #
# Continuum fitting boundaries.
_includes = np.float_(np.array(_paramFile['include'][lineNum].split(',')))
_excludes = np.float_(np.array(_paramFile['exclude'][lineNum].split(',')))
# Min/max velocities which bound the line profile region
self.profileMin = _excludes[1]
self.profileMax = _excludes[2]
# Min/max velocities which bound the entire spectrum
self.velMin = _excludes[0]
self.velMax = _excludes[3]
# Order of polynomial to fit to continuum
self.polyorder = _paramFile['polyorder'][lineNum]
# Spaxel size
arcsec = '1arc'
# Which program will be reading the output FITS file?
program = '3dBarolo'
#program = 'kpvslice'
topPath = '/Volumes/QbertPrimary/umdResearch/adapProposalNearby/'
# ----------------------------------------- #
# Necessary parameter file and dictionaries #
# ----------------------------------------- #
# Dictionary of galaxy properties
objDictName = topPath + 'objectInfoDict.pkl'
# Dictionary of emission line properties.
lineDict = loadDict(topPath + 'emiLineDict.pkl')
# Text file of line fitting parameters.
paramFileName = topPath + 'fittingParametersV4.txt'
# -------------------------------------------------- #
# Read in the parameter file containing line profile #
# velocity limits and continuum fitting information. #
# -------------------------------------------------- #
paramFileData = np.genfromtxt(paramFileName,
dtype=None,
autostrip=True,
names=True,
encoding=None)
for x in range(len(paramFileData)):
# ------------------------------------ #
from ObsInfo import ObsInfo
out = 'modOut0'
# Size of the interpolated spaxels
arcsec = '3arc'
topDir = '/Volumes/QbertPrimary/umdResearch/adapProposalNearby/'
# ----------------------------------------- #
# Necessary parameter file and dictionaries #
# ----------------------------------------- #
# Dictionary of galaxy properties
objDictName = topDir + 'objectInfoDict.pkl'
# Dictionary of emission line properties.
lineDict = loadDict(topDir + 'emiLineDict.pkl')
# Text file of line fitting parameters.
paramFileName = topDir + 'fittingParametersV4.txt'
# -------------------------------------------------- #
# Read in the parameter file containing line profile #
# velocity limits and continuum fitting information. #
# -------------------------------------------------- #
paramFileData = np.genfromtxt(paramFileName, dtype = None,
autostrip = True, names = True, encoding=None)
for x in range(len(paramFileData)):
# ------------------------------------ #
# Get the galaxy and line information. #