def __init__(self, filename=None):
"""PancamSpectra(filename="")
Read in Pancam spectra in CSV format from filename.
"""
FloatDataset.__init__(self, filename, "pancam_spectra")
self.readin(1)
self.update_features()
def __init__(self, filename=None):
"""PancamSpectra(filename="")
Read in Pancam spectra in CSV format from filename.
"""
FloatDataset.__init__(self, filename, "pancam_spectra")
self.readin(1)
self.update_features()
def __init__(self, filename=None):
"""DANSpectra(filename="")
Read in DAN spectra in CSV format from filename.
"""
FloatDataset.__init__(self, filename, "dan_spectra")
self.readin(1)
self.update_features()
def __init__(self, filename=None, initfilename=None):
"""Floats(filename="")
Read in floating point data in CSV format from filename.
"""
FloatDataset.__init__(self, filename, "floats", initfilename)
try:
self.readin(0)
except:
print
print 'This class assumes no identifiers in the data, i.e., just numeric values.'
sys.exit(1)
def __init__(self, filename=None):
"""APFSpectra(filename="")
Read in APF spectra in CSV format from filename.
"""
FloatDataset.__init__(self, filename, "apf_spectra")
# readin(1) means that the first entry on each line is an item name.
# readin(0) means that the first entry on each line is the first feature.
self.readin(1)
# Feature names (wavelengths in Angstroms) are in the data file
# on the first line (starts with #).
# This is read in by the FloatDataset class.
self.xlabel = 'Wavelength (A)'
self.ylabel = 'Flux'
def __init__(self, filename=None):
"""GBTSpectra(filename="")
Read in GBT spectra in CSV format from filename.
"""
FloatDataset.__init__(self, filename, "gbt_spectra")
# readin(1) means that the first entry on each line is an item name.
# readin(0) means that the first entry on each line is the first feature.
self.readin(1)
# Feature names (frequencies in MHz) are in the data file
# on the first line (starts with #).
# This is read in by the FloatDataset class.
self.xlabel = 'Frequency (MHz)'
self.ylabel = 'Flux'
def __init__(self, filename=None, initfilename=None):
"""CNNFeat(filename="")
Read in CNN feature vectors in CSV format from filename.
"""
FloatDataset.__init__(self, filename, "cnn", initfilename)
# readin(1) means that the first entry on each line is an item name.
# readin(0) means that the first entry on each line is the first feature.
self.readin(1)
# Feature names (wavelengths in Angstroms) are in the data file
# on the first line (starts with #).
# This is read in by the FloatDataset class.
self.xlabel = 'x'
self.ylabel = 'y'
def __init__(self, filename=None):
"""GBTSpectra(filename="")
Read in GBT spectra in CSV format from filename.
"""
FloatDataset.__init__(self, filename, "gbt_spectra")
# readin(1) means that the first entry on each line is an item name.
# readin(0) means that the first entry on each line is the first feature.
self.readin(1)
# Feature names (frequencies in MHz) are in the data file
# on the first line (starts with #).
# This is read in by the FloatDataset class.
self.xlabel = 'Frequency (MHz)'
self.ylabel = 'Flux'
def __init__(self, filename=None):
"""APFSpectra(filename="")
Read in APF spectra in CSV format from filename.
"""
FloatDataset.__init__(self, filename, "apf_spectra")
# readin(1) means that the first entry on each line is an item name.
# readin(0) means that the first entry on each line is the first feature.
self.readin(1)
# Feature names (wavelengths in Angstroms) are in the data file
# on the first line (starts with #).
# This is read in by the FloatDataset class.
self.xlabel = 'Wavelength (A)'
self.ylabel = 'Flux'
