def SrcMap(self):
"""Run gtsrcmap tool for binned analysis"""
srcMaps['scfile'] = self.ft2
srcMaps['expcube'] = self.Cubename
srcMaps['cmap'] = self.ccube
srcMaps['bexpmap'] = self.BinnedMapfile
srcMaps['srcmdl'] = self.xmlfile
srcMaps['irfs'] = self.irfs
srcMaps['outfile'] = self.scrMap
srcMaps['emapbnds'] = 'no'
srcMaps['clobber'] = self.clobber
srcMaps.run()
def SrcMap(self):
"""Run gtsrcmap tool for binned analysis"""
srcMaps['scfile'] = self.ft2
srcMaps['expcube'] = self.Cubename
srcMaps['cmap'] = self.ccube
srcMaps['bexpmap'] = self.BinnedMapfile
srcMaps['srcmdl']=self.xmlfile
srcMaps['irfs']= self.irfs
srcMaps['outfile'] = self.scrMap
srcMaps['emapbnds']='no'
srcMaps['clobber'] = self.clobber
srcMaps.run()
def run_gtsrcmaps(square):
'''This is the atomic function that actually runs in the seperate
threads. The input is an array with two elements, the first describes
the energy binning and the second lists all of the progromatic
options. This function runs evtbin to generate a counts cube for the
sub-energy range and then gtsrcmaps. It returns the bin number and
the output filename of the srcmaps file for the sub-energy range.'''
idx = square[0][0][0]
emin = square[0][0][1]*0.001
emax = square[0][-1][2]*0.001
enumbins = len(square[0])
options = square[1]
ccubehandle,ccubefilename = tempfile.mkstemp(suffix=".fits")
evtbin['evfile'] = options['evfile']
evtbin['outfile'] = ccubefilename
evtbin['algorithm'] = 'CCUBE'
evtbin['nxpix'] = options['nxpix']
evtbin['nypix'] = options['nypix']
evtbin['binsz'] = options['binsz']
evtbin['coordsys'] = options['coordsys']
evtbin['xref'] = options['xref']
evtbin['yref'] = options['yref']
evtbin['axisrot'] = options['axisrot']
evtbin['proj'] = options['proj']
evtbin['ebinalg'] = options['ebinalg']
evtbin['emin'] = emin
evtbin['emax'] = emax
evtbin['enumbins'] = enumbins
evtbin['scfile'] = options['scfile']
evtbin.run(print_command=False)
srcmaphandle,srcmapfilename = tempfile.mkstemp(suffix=".fits")
srcMaps['scfile'] = options['scfile']
srcMaps['expcube'] = options['expcube']
srcMaps['cmap'] = ccubefilename
srcMaps['srcmdl'] = options['srcmdl']
srcMaps['bexpmap'] = options['bexpmap']
srcMaps['outfile'] = srcmapfilename
srcMaps['irfs'] = options['irfs']
srcMaps['chatter'] = 2
srcMaps['emapbnds'] = "no"
srcMaps.run(print_command=False)
return idx,srcmapfilename
def run_gtsrcmaps(square):
'''This is the atomic function that actually runs in the seperate
threads. The input is an array with two elements, the first describes
the energy binning and the second lists all of the progromatic
options. This function runs evtbin to generate a counts cube for the
sub-energy range and then gtsrcmaps. It returns the bin number and
the output filename of the srcmaps file for the sub-energy range.'''
idx = square[0][0][0]
emin = square[0][0][1]*0.001
emax = square[0][-1][2]*0.001
enumbins = len(square[0])
options = square[1]
ccubehandle,ccubefilename = tempfile.mkstemp(suffix=".fits")
evtbin['evfile'] = options['evfile']
evtbin['outfile'] = ccubefilename
evtbin['algorithm'] = 'CCUBE'
evtbin['nxpix'] = options['nxpix']
evtbin['nypix'] = options['nypix']
evtbin['binsz'] = options['binsz']
evtbin['coordsys'] = options['coordsys']
evtbin['xref'] = options['xref']
evtbin['yref'] = options['yref']
evtbin['axisrot'] = options['axisrot']
evtbin['proj'] = options['proj']
evtbin['ebinalg'] = options['ebinalg']
evtbin['emin'] = emin
evtbin['emax'] = emax
evtbin['enumbins'] = enumbins
evtbin['scfile'] = options['scfile']
evtbin.run(print_command=False)
srcmaphandle,srcmapfilename = tempfile.mkstemp(suffix=".fits")
srcMaps['scfile'] = options['scfile']
srcMaps['expcube'] = options['expcube']
srcMaps['cmap'] = ccubefilename
srcMaps['srcmdl'] = options['srcmdl']
srcMaps['bexpmap'] = options['bexpmap']
srcMaps['outfile'] = srcmapfilename
srcMaps['irfs'] = options['irfs']
srcMaps['chatter'] = 2
srcMaps['emapbnds'] = "no"
srcMaps.run(print_command=False)
return idx,srcmapfilename
def SrcMap(self):
"""Run gtsrcmap tool for binned analysis"""
srcMaps['scfile'] = self.ft2
srcMaps['expcube'] = self.Cubename
srcMaps['cmap'] = self.ccube
srcMaps['bexpmap'] = self.BinnedMapfile
srcMaps['srcmdl']=self.xmlfile
# if self.Configuration['event']['irfs'] != 'CALDB':
# srcMaps['evtype']= self.Configuration['event']['evtype']
# else :
# srcMaps['evtype']= 'INDEF'
srcMaps['irfs']= self.irfs
srcMaps['outfile'] = self.scrMap
srcMaps['emapbnds']='no'
srcMaps['clobber'] = self.clobber
srcMaps.run()
def SrcMap(self):
"""Run gtsrcmap tool for binned analysis"""
srcMaps['scfile'] = self.ft2
srcMaps['expcube'] = self.Cubename
srcMaps['cmap'] = self.ccube
srcMaps['bexpmap'] = self.BinnedMapfile
srcMaps['srcmdl'] = self.xmlfile
# if self.Configuration['event']['irfs'] != 'CALDB':
# srcMaps['evtype']= self.Configuration['event']['evtype']
# else :
# srcMaps['evtype']= 'INDEF'
srcMaps['irfs'] = self.irfs
srcMaps['outfile'] = self.scrMap
srcMaps['emapbnds'] = 'no'
srcMaps['clobber'] = self.clobber
srcMaps.run()
def SrcMap(self):
"""Run gtsrcmap tool for binned analysis"""
if (self.clobber == "no" and os.path.isfile(self.srcMap)):
#print("File exists and clobber is False")
return (0)
srcMaps['scfile'] = self.ft2
srcMaps['expcube'] = self.Cubename
srcMaps['cmap'] = self.ccube
srcMaps['bexpmap'] = self.BinnedMapfile
srcMaps['srcmdl'] = self.xmlfile
if self.irfs != 'CALDB':
srcMaps['evtype'] = self.Configuration['event']['evtype']
else:
srcMaps['evtype'] = 'INDEF'
srcMaps['irfs'] = self.irfs
srcMaps['outfile'] = self.srcMap
srcMaps['emapbnds'] = 'no'
srcMaps['clobber'] = self.clobber
srcMaps.run()
def SrcMap(self):
"""Run gtsrcmap tool for binned analysis"""
if (self.clobber=="no" and os.path.isfile(self.srcMap)):
#print("File exists and clobber is False")
return(0)
srcMaps['scfile'] = self.ft2
srcMaps['expcube'] = self.Cubename
srcMaps['cmap'] = self.ccube
srcMaps['bexpmap'] = self.BinnedMapfile
srcMaps['srcmdl']=self.xmlfile
if self.irfs != 'CALDB':
srcMaps['evtype']= self.Configuration['event']['evtype']
else :
srcMaps['evtype']= 'INDEF'
srcMaps['irfs']= self.irfs
srcMaps['outfile'] = self.srcMap
srcMaps['emapbnds']='no'
srcMaps['clobber'] = self.clobber
srcMaps.run()
