def DiffResps(self):
"""run gtdiffresp"""
diffResps['evfile'] = self.eventfile
diffResps['scfile'] = self.ft2
diffResps['srcmdl'] = self.xmlfile
diffResps['irfs'] = self.irfs
diffResps['convert'] = "no"
diffResps['evclsmin'] = self.Configuration['analysis']['evclass']
diffResps['clobber'] = self.clobber
diffResps.run()
print "\ndone"
def DiffResps(self):
"""run gtdiffresp"""
diffResps['evfile']=self.eventfile
diffResps['scfile']=self.ft2
diffResps['srcmdl']=self.xmlfile
diffResps['irfs']=self.irfs
diffResps['convert']="no"
diffResps['evclsmin']=self.Configuration['analysis']['evclass']
diffResps['clobber'] = self.clobber
diffResps.run()
print "\ndone"
def DiffResps(self):
"""run gtdiffresp"""
diffResps['evfile']=self.eventfile
diffResps['scfile']=self.ft2
diffResps['srcmdl']=self.xmlfile
if self.Configuration['event']['irfs'] != 'CALDB':
diffResps['evtype']= self.Configuration['event']['evtype']
diffResps['evclass']=self.Configuration['event']['evclass']
else :
diffResps['evtype']= 'INDEF'
diffResps['evclass']= 'INDEF'
diffResps['irfs']=self.irfs
diffResps['convert']="no"
diffResps['clobber'] = self.clobber
diffResps.run()
print "\ndone"
def DiffResps(self):
"""run gtdiffresp"""
diffResps['evfile'] = self.eventfile
diffResps['scfile'] = self.ft2
diffResps['srcmdl'] = self.xmlfile
if self.Configuration['event']['irfs'] != 'CALDB':
diffResps['evtype'] = self.Configuration['event']['evtype']
diffResps['evclass'] = self.Configuration['event']['evclass']
else:
diffResps['evtype'] = 'INDEF'
diffResps['evclass'] = 'INDEF'
diffResps['irfs'] = self.irfs
diffResps['convert'] = "no"
diffResps['clobber'] = self.clobber
diffResps.run()
print "\ndone"
def DiffResps(self):
"""run gtdiffresp"""
if (self.clobber == "no" and os.path.isfile(self.diffrspflag)):
#print("File exists and clobber is False")
return (0)
diffResps['evfile'] = self.mktimefile
diffResps['scfile'] = self.ft2
diffResps['srcmdl'] = self.xmlfile
diffResps['evtype'] = 'INDEF'
diffResps['evclass'] = 'INDEF'
diffResps['irfs'] = self.irfs
diffResps['convert'] = "no"
diffResps['clobber'] = self.clobber
diffResps.run()
with open(self.diffrspflag, "w") as diffrspflag:
diffrspflag.write("")
print "\ndone"
def DiffResps(self):
"""run gtdiffresp"""
if (self.clobber=="no" and os.path.isfile(self.diffrspflag)):
#print("File exists and clobber is False")
return(0)
diffResps['evfile']=self.mktimefile
diffResps['scfile']=self.ft2
diffResps['srcmdl']=self.xmlfile
diffResps['evtype']= 'INDEF'
diffResps['evclass']= 'INDEF'
diffResps['irfs']=self.irfs
diffResps['convert']="no"
diffResps['clobber'] = self.clobber
diffResps.run()
with open(self.diffrspflag,"w") as diffrspflag:
diffrspflag.write("")
print "\ndone"
def diffrsp(times):
'''This is the atomic function that actually runs in the seperate
threads. It takes a list as input where the first element is
tmin, second is tmax, third is the spacecraft file, fourth is the
event file, fifth is the source model and sixth is the IRF. It
first uses gtselect with wide open cuts to divide up the event
file then it runs gtdiffrsp on that event file. The temporary
event file is deleted automatically. The function returns the
name of the created event file which can be combined with other
files and/or deleted later.'''
print "Starting calculation on interval {} to {}".format(
times[0], times[1])
osfilehandle, outfilename = tempfile.mkstemp(suffix=".fits")
filter['rad'] = "INDEF"
filter['evclass'] = 0
filter['evclsmin'] = 0
filter['evclsmax'] = 10
filter['infile'] = times[3]
filter['outfile'] = outfilename
filter['ra'] = "INDEF"
filter['dec'] = "INDEF"
filter['tmin'] = times[0]
filter['tmax'] = times[1]
filter['emin'] = 0
filter['emax'] = 400000
filter['zmax'] = 180
filter['convtype'] = -1
filter['chatter'] = 0
filter.run(print_command=False)
diffResps['evfile'] = outfilename
diffResps['scfile'] = times[2]
diffResps['srcmdl'] = times[4]
diffResps['irfs'] = times[5]
diffResps['chatter'] = 0
diffResps.run(print_command=False)
print "Completed calculation of interval {} to {}".format(
times[0], times[1])
return outfilename
def diffrsp(times):
'''This is the atomic function that actually runs in the seperate
threads. It takes a list as input where the first element is
tmin, second is tmax, third is the spacecraft file, fourth is the
event file, fifth is the source model and sixth is the IRF. It
first uses gtselect with wide open cuts to divide up the event
file then it runs gtdiffrsp on that event file. The temporary
event file is deleted automatically. The function returns the
name of the created event file which can be combined with other
files and/or deleted later.'''
print "Starting calculation on interval {} to {}".format(times[0],times[1])
osfilehandle,outfilename = tempfile.mkstemp(suffix=".fits")
filter['rad'] = "INDEF"
filter['evclass'] = 0
filter['evclsmin'] = 0
filter['evclsmax'] = 10
filter['infile'] = times[3]
filter['outfile'] = outfilename
filter['ra'] = "INDEF"
filter['dec'] = "INDEF"
filter['tmin'] = times[0]
filter['tmax'] = times[1]
filter['emin'] = 0
filter['emax'] = 400000
filter['zmax'] = 180
filter['convtype'] = -1
filter['chatter'] = 0
filter.run(print_command=False)
diffResps['evfile'] = outfilename
diffResps['scfile'] = times[2]
diffResps['srcmdl'] = times[4]
diffResps['irfs'] = times[5]
diffResps['chatter'] = 0
diffResps.run(print_command=False)
print "Completed calculation of interval {} to {}".format(times[0],times[1])
return outfilename
