def FirstCut(self):
"""Run gtselect tool"""
if (self.clobber == "no" and os.path.isfile(self.eventcoarse)):
#print("File exists and clobber is False")
return (0)
filter['infile'] = self.ft1
filter['outfile'] = self.eventcoarse
if (self.roicuts == True):
filter['ra'] = self.ra
filter['dec'] = self.dec
filter['rad'] = self.roi
else:
filter['ra'] = 0
filter['dec'] = 0
filter['rad'] = 180
if (self.timecuts == True):
filter['tmin'] = self.t1
filter['tmax'] = self.t2
else:
filter['tmin'] = "INDEF"
filter['tmax'] = "INDEF"
filter['emin'] = self.Emin
filter['emax'] = self.Emax
filter['zmax'] = self.Configuration['analysis']['zmax']
filter['evclass'] = self.Configuration['event']['evclass']
filter['evtype'] = "INDEF"
filter['clobber'] = self.clobber
filter.run()
def FirstCut(self):
"""Run gtselect tool"""
if (self.clobber=="no" and os.path.isfile(self.eventcoarse)):
#print("File exists and clobber is False")
return(0)
filter['infile'] = self.ft1
filter['outfile'] = self.eventcoarse
if (self.roicuts == True):
filter['ra'] = self.ra
filter['dec'] = self.dec
filter['rad'] = self.roi
else:
filter['ra'] = 0
filter['dec'] = 0
filter['rad'] = 180
if (self.timecuts == True):
filter['tmin'] = self.t1
filter['tmax'] = self.t2
else:
filter['tmin'] = "INDEF"
filter['tmax'] = "INDEF"
filter['emin'] = self.Emin
filter['emax'] = self.Emax
filter['zmax'] = self.Configuration['analysis']['zmax']
filter['evclass'] = self.Configuration['event']['evclass']
filter['evtype'] = "INDEF"
filter['clobber'] = self.clobber
filter.run()
def Crab_filter():
filter['infile'] = 'Crab_events_0000.fits'
filter['outfile'] = 'Crab_events_filtered.fits'
filter['ra'] = 83.57
filter['dec'] = 22.01
filter['rad'] = 20
filter['tmin'] = 0
filter['tmax'] = 0
# filter['eventClass'] = 0
filter.run()
def ltcube(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 spacecraft file, fourth is the
event file and fifth is the zmax parameter. It first uses
gtselect with wide open cuts to divide up the event file then it
runs gtltcube on that event file. The temporary event file is
deleted automatically. The function returns the name of the
created ltcube file which can be combined with other files and/or
deleted later.'''
print "Starting calculation on interval {} to {}".format(
times[0], times[1])
if times[3] != '':
evfile = tempfile.NamedTemporaryFile(suffix=".fits")
filter['ra'] = "INDEF"
filter['dec'] = "INDEF"
filter['rad'] = "INDEF"
filter['evclass'] = 0
filter['evtype'] = "INDEF"
filter['infile'] = times[3]
filter['outfile'] = evfile.name
filter['ra'] = "INDEF"
filter['dec'] = "INDEF"
filter['tmin'] = times[0]
filter['tmax'] = times[1]
filter['emin'] = 0.0
filter['emax'] = 1000000.0
filter['zmin'] = 0
filter['zmax'] = 180
filter['convtype'] = -1
filter['chatter'] = 0
filter.run(print_command=True)
osfilehandle, outfilename = tempfile.mkstemp(suffix=".fits")
if times[3] != '':
expCube['evfile'] = evfile.name
else:
expCube['evfile'] = ""
expCube['scfile'] = times[2]
expCube['outfile'] = outfilename
expCube['tmin'] = times[0]
expCube['tmax'] = times[1]
expCube['dcostheta'] = 0.025
expCube['binsz'] = 1
expCube['phibins'] = 0
expCube['zmax'] = times[4]
expCube['chatter'] = 0
expCube.run(print_command=True)
print "Completed calculation on interval {} to {}".format(
times[0], times[1])
return outfilename
def ltcube(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 spacecraft file, fourth is the
event file and fifth is the zmax parameter. It first uses
gtselect with wide open cuts to divide up the event file then it
runs gtltcube on that event file. The temporary event file is
deleted automatically. The function returns the name of the
created ltcube file which can be combined with other files and/or
deleted later.'''
print "Starting calculation on interval {} to {}".format(times[0],times[1])
if times[3] != '':
evfile = tempfile.NamedTemporaryFile(suffix=".fits")
filter['ra']="INDEF"
filter['dec']="INDEF"
filter['rad'] = "INDEF"
filter['evclass'] = 0
filter['evtype'] = "INDEF"
filter['infile'] = times[3]
filter['outfile'] = evfile.name
filter['ra'] = "INDEF"
filter['dec'] = "INDEF"
filter['tmin'] = times[0]
filter['tmax'] = times[1]
filter['emin'] = 0.0
filter['emax'] = 1000000.0
filter['zmin'] = 0
filter['zmax'] = 180
filter['convtype'] = -1
filter['chatter'] = 0
filter.run(print_command=True)
osfilehandle,outfilename = tempfile.mkstemp(suffix=".fits")
if times[3] != '':
expCube['evfile'] = evfile.name
else:
expCube['evfile'] = ""
expCube['scfile'] = times[2]
expCube['outfile'] = outfilename
expCube['tmin'] = times[0]
expCube['tmax'] = times[1]
expCube['dcostheta'] = 0.025
expCube['binsz'] = 1
expCube['phibins'] = 0
expCube['zmax'] = times[4]
expCube['chatter'] = 0
expCube.run(print_command=True)
print "Completed calculation on interval {} to {}".format(times[0],times[1])
return outfilename
def FirstCut(self):
"""Run gtselect tool"""
filter['infile'] = self.ft1
filter['outfile'] = self.eventfile
filter['ra'] = self.ra
filter['dec'] = self.dec
filter['rad'] = self.roi
filter['emin'] = self.Emin
filter['emax'] = self.Emax
filter['tmin'] = self.t1
filter['tmax'] = self.t2
filter['zmax'] = self.Configuration['analysis']['zmax']
filter['evclass'] = self.Configuration['event']['evclass']
filter['evtype'] = self.Configuration['event']['evtype']
filter['clobber'] = self.clobber
filter.run()
def _preprocess_gtmktime(self):
"""Run gtmktime"""
from gt_apps import maketime as tool
self._set_common_tool_options(tool)
tool['scfile'] = join(DOWNLOAD_DIR, SPACECRAFT)
tool['sctable'] = 'SC_DATA'
tool['filter'] = default_filter
tool['roicut'] = 'no'
tool['evfile'] = 'gtselect.fits'
tool['evtable'] = 'EVENTS'
tool['outfile'] = 'gtmktime.fits'
tool['apply_filter'] = 'yes'
tool['overwrite'] = 'no'
tool['header_obstimes'] = 'yes'
tool['gtifile'] = 'default'
tool.run()
def FirstCut(self):
"""Run gtselect tool"""
filter['infile'] = self.ft1
filter['outfile'] = self.eventfile
filter['ra'] = self.ra
filter['dec'] = self.dec
filter['rad'] = self.roi
filter['emin'] = self.Emin
filter['emax'] = self.Emax
filter['tmin'] = self.t1
filter['tmax'] = self.t2
filter['zmax'] = self.Configuration['analysis']['zmax']
filter['evclass'] = self.Configuration['event']['evclass']
filter['evtype'] = self.Configuration['event']['evtype']
filter['clobber'] = self.clobber
filter.run()
def _preprocess_gtmktime(self):
"""Run gtmktime"""
from gt_apps import maketime as tool
self._set_common_tool_options(tool)
tool['scfile'] = join(DOWNLOAD_DIR, SPACECRAFT)
tool['sctable'] = 'SC_DATA'
tool['filter'] = default_filter
tool['roicut'] = 'no'
tool['evfile'] = 'gtselect.fits'
tool['evtable'] = 'EVENTS'
tool['outfile'] = 'gtmktime.fits'
tool['apply_filter'] = 'yes'
tool['overwrite'] = 'no'
tool['header_obstimes'] = 'yes'
tool['gtifile'] = 'default'
tool.run()
def _preprocess_gtltcube(self):
"""Run gtltcube"""
from gt_apps import GtApp
tool = GtApp('gtltcube')
self._set_common_tool_options(tool)
tool['evfile'] = 'gtmktime.fits'
tool['evtable'] = 'EVENTS'
tool['scfile'] = join(DOWNLOAD_DIR, SPACECRAFT)
tool['sctable'] = 'SC_DATA'
tool['outfile'] = 'gtltcube.fits'
tool['dcostheta'] = 0.025
tool['binsz'] = 1
tool['phibins'] = 0
tool['tmin'] = 0
tool['tmax'] = 0
tool['file_version'] = 1
tool['zmax'] = 180
tool.run()
def _preprocess_gtltcube(self):
"""Run gtltcube"""
from gt_apps import GtApp
tool = GtApp('gtltcube')
self._set_common_tool_options(tool)
tool['evfile'] = 'gtmktime.fits'
tool['evtable'] = 'EVENTS'
tool['scfile'] = join(DOWNLOAD_DIR, SPACECRAFT)
tool['sctable'] = 'SC_DATA'
tool['outfile'] = 'gtltcube.fits'
tool['dcostheta'] = 0.025
tool['binsz'] = 1
tool['phibins'] = 0
tool['tmin'] = 0
tool['tmax'] = 0
tool['file_version'] = 1
tool['zmax'] = 180
tool.run()
def SelectEvents(self):
"""Run gtselect tool"""
if (self.clobber == "no" and os.path.isfile(self.eventfile)):
#print("File exists and clobber is False")
return (0)
filter['infile'] = self.eventcoarse
filter['outfile'] = self.eventfile
filter['ra'] = 0 #self.ra
filter['dec'] = 0 #self.dec
filter['rad'] = 180 #self.roi
filter['tmin'] = "INDEF" #self.t1
filter['tmax'] = "INDEF" #self.t2
filter['emin'] = self.Emin
filter['emax'] = self.Emax
filter['zmax'] = self.Configuration['analysis']['zmax']
filter['evclass'] = self.Configuration['event']['evclass']
filter['evtype'] = self.Configuration['event']['evtype']
filter['clobber'] = self.clobber
filter.run()
def SelectEvents(self):
"""Run gtselect tool"""
if (self.clobber=="no" and os.path.isfile(self.eventfile)):
#print("File exists and clobber is False")
return(0)
filter['infile'] = self.eventcoarse
filter['outfile'] = self.eventfile
filter['ra'] = 0 #self.ra
filter['dec'] = 0 #self.dec
filter['rad'] = 180 #self.roi
filter['tmin'] = "INDEF" #self.t1
filter['tmax'] = "INDEF" #self.t2
filter['emin'] = self.Emin
filter['emax'] = self.Emax
filter['zmax'] = self.Configuration['analysis']['zmax']
filter['evclass'] = self.Configuration['event']['evclass']
filter['evtype'] = self.Configuration['event']['evtype']
filter['clobber'] = self.clobber
filter.run()
def _preprocess_gtselect(self, evclass, emin):
"""Run gtselect"""
from gt_apps import filter as tool
self._set_common_tool_options(tool)
tool['infile'] = '@weeks.lis'
tool['outfile'] = 'gtselect.fits'
tool['ra'] = 'INDEF'
tool['dec'] = 'INDEF'
tool['rad'] = 'INDEF'
tool['tmin'] = 'INDEF'
tool['tmax'] = 'INDEF'
tool['emin'] = emin
tool['emax'] = int(1e10)
tool['zmax'] = 100
tool['evclass'] = evclass
tool['convtype'] = -1
tool['phasemin'] = 0
tool['phasemax'] = 1
tool['evtable'] = 'EVENTS'
tool.run()
def _preprocess_gtselect(self, evclass, emin):
"""Run gtselect"""
from gt_apps import filter as tool
self._set_common_tool_options(tool)
tool['infile'] = '@weeks.lis'
tool['outfile'] = 'gtselect.fits'
tool['ra'] = 'INDEF'
tool['dec'] = 'INDEF'
tool['rad'] = 'INDEF'
tool['tmin'] = 'INDEF'
tool['tmax'] = 'INDEF'
tool['emin'] = emin
tool['emax'] = int(1e10)
tool['zmax'] = 100
tool['evclass'] = evclass
tool['convtype'] = -1
tool['phasemin'] = 0
tool['phasemax'] = 1
tool['evtable'] = 'EVENTS'
tool.run()
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
def eventsum(filenames, Outfile, SaveTemp):
'''This function takes a list of event files and sums them up using
gtselect. It first checks to see if there's only one temporary
file. If so, it just copies that to the output file. If not, it
creates a temporary file that lists the individual event files
and operates gtselect on them.'''
if len(filenames) <= 1:
subprocess.call(["cp", filenames[0], Outfile])
else:
fileListfile = tempfile.NamedTemporaryFile()
for filename in filenames:
fileListfile.file.write(filename + "\n")
fileListfile.flush()
filter['rad'] = "INDEF"
filter['evclass'] = 0
filter['evclsmin'] = 0
filter['evclsmax'] = 10
filter['infile'] = "@"+fileListfile.name
filter['outfile'] = Outfile
filter['ra'] = "INDEF"
filter['dec'] = "INDEF"
filter['tmin'] = "INDEF"
filter['tmax'] = "INDEF"
filter['emin'] = 0
filter['emax'] = 400000
filter['zmax'] = 180
filter['convtype'] = -1
filter['chatter'] = 0
filter.run(print_command=False)
if SaveTemp:
print "Did not delete the following temporary files:"
print filenames
else:
print "Deleting temporary files..."
for filename in filenames:
os.remove(filename)
else:
#gtselect
filter['evclass'] = 128
filter['evtype'] = 3
filter['rad'] = 'INDEF'
filter['emin'] = emin
filter['emax'] = emax
filter['zmax'] = zmax
filter['infile'] = data_file
filter['ra'] = ra
filter['dec'] = dec
filter['tmin'] = times[i - 1] #must be in MET (s)
filter['tmax'] = times[i]
outfile = 'JUPITER_binned_filtered_' + str(i) + '.fits'
filter['outfile'] = outfile
filter.run()
#gtmktime
maketime['scfile'] = sc_file
maketime['filter'] = '(DATA_QUAL==1)&&(LAT_CONFIG==1)'
maketime['roicut'] = 'yes'
maketime['evfile'] = outfile
gti_file = 'JUPITER_binned_gti_' + str(i) + '.fits'
maketime['outfile'] = gti_file
maketime.run()
#counts map
evtbin['scfile'] = sc_file
evtbin['nxpix'] = int(dim)
evtbin['nypix'] = int(dim)
evtbin['binsz'] = bin_size
