def DereddenTask(self, InputFile, OutputFile, Fits_Folder, R, Type, EBV = None, Suffix = 'EBVdust'):
if OutputFile == None:
OutputFile = self.outputNameGenerator(InputFile, Suffix)
self.deleteIrafFiles(Fits_Folder + OutputFile)
deredden_conf = self.DereddenAttributes(InputFile, OutputFile, Fits_Folder, Type, EBV, R)
iraf.deredden(**deredden_conf)
return OutputFile
redden_step = (redden_max-(-0.1)) / n
##################
### Start loop ###
##################
redden = -0.1
while redden <= redden_max:
redden_name = "deredden_" + str(redden) + "_" + file_name
### Apply deredden
iraf.deredden(
input = "fluxcal_" + file_name,\
output = redden_name,\
value = redden,\
R = 3.1,\
type = "E(B-V)",\
apertures = "*",\
override = 1,\
uncorrect = 0,\
mode = "al")
### Create .dat file out of fits file redden_name
os.system("rm " + redden_name + ".dat")
iraf.wspectext(redden_name + "[*,1,1]", redden_name + ".dat")
spectrum = functions.read_ascii(redden_name + ".dat")
spectrum = functions.read_table(spectrum)
temp = []
for i in spectrum:
