def assignFiles(self,files):
"""from list of files work out which are which and assign Slice
Also basic checking that all correspond to same redshift
"""
#default to no file present
fdensity=''
fxH=''
fvx=''
fvy=''
fvz=''
fdeltaT=''
for file in files:
param_dict=boxio.parse_filename(file)
if (param_dict['type'] =='density'):
fdensity=file
elif (param_dict['type'] =='xh'):
fxH=file
elif (param_dict['type'] =='vx'):
fvx=file
elif (param_dict['type'] =='vy'):
fvy=file
elif (param_dict['type'] =='vz'):
fvz=file
elif (param_dict['type'] =='deltaT'):
fdeltaT=file
self.setFiles(fdensity,fxH,fvx,fvy,fvz,fdeltaT)
return
def assignFiles(self, files):
"""from list of files work out which are which and assign Slice
Also basic checking that all correspond to same redshift
"""
#default to no file present
fdensity = ''
fxH = ''
fvx = ''
fvy = ''
fvz = ''
fdeltaT = ''
for file in files:
param_dict = boxio.parse_filename(file)
if (param_dict['type'] == 'density'):
fdensity = file
elif (param_dict['type'] == 'xh'):
fxH = file
elif (param_dict['type'] == 'vx'):
fvx = file
elif (param_dict['type'] == 'vy'):
fvy = file
elif (param_dict['type'] == 'vz'):
fvz = file
elif (param_dict['type'] == 'deltaT'):
fdeltaT = file
self.setFiles(fdensity, fxH, fvx, fvy, fvz, fdeltaT)
return
def getRedshiftList(filenames):
""" from Run filenames get the redshifts"""
redshifts=[]
for filename in filenames:
param_dict=boxio.parse_filename(filename)
redshifts.append(param_dict['z'])
return redshifts
def getRedshiftList(filenames):
""" from Run filenames get the redshifts"""
redshifts = []
for filename in filenames:
param_dict = boxio.parse_filename(filename)
redshifts.append(param_dict['z'])
return redshifts