def OnClick(self, event):
#Extract parameters for simulation run:
cubefile = str(self.INPUTCUBEVAL.GetPath())
ditval = float(self.DITVAL.GetValue())
nditval = float(self.NDITVAL.GetValue())
photoband = str(
self.PHOTOBANDVAL.GetStringSelection()).split(' ')[0]
ignorespecval = str(self.IGNORESPECVAL.GetValue())
if ignorespecval == 'True':
ignoreLSF = True
elif ignorespecval == 'False':
ignoreLSF = False
resjitval = float(self.RESJITVAL.GetValue())
# sitetempval = float(self.SITETEMPVAL.GetValue())
sitetempval = 1.0
noiseseedval = self.NOISESEEDVAL.GetStringSelection()
if noiseseedval == 'Random':
noiseseedval = 0.
setrchoice = self.SETRVAL.GetValue()
if setrchoice:
spec_nyq = False
setrval = float(setrchoice)
elif not setrchoice:
spec_nyq = True
setrval = 1.
remove_bgval = str(self.REMOVE_BGVAL.GetValue())
return_obval = str(self.OUTPUT_OBVAL.GetValue())
return_tsval = str(self.OUTPUT_TSVAL.GetValue())
drizzle = str(self.DRIZZLEVAL.GetValue())
if drizzle == 'True':
drizzleval = True
elif drizzle == 'False':
drizzleval = False
nprocs = int(self.N_PROCVAL.GetValue())
odir = str(self.DIRVAL.GetPath())
combnditsval = True
print 'Filename: ', cubefile
print 'DIT = ', ditval
print 'NINT = ', nditval
print 'Grating = ', photoband
print 'Ignore LSF conv?', ignorespecval
print 'Residual jitter = ', resjitval
print 'Temperature = ', sitetempval
print 'Noise seed = ', noiseseedval
print 'Spectral Nyquist sampling? ', spec_nyq
print 'Subtract background? ', remove_bgval
print 'Return object cube? ', return_obval
print 'Return transmission? ', return_tsval
print 'Drizzle?', drizzleval
print 'No. of processors = ', nprocs
print 'Output directory = ', odir
#start main program
main(cubefile, odir, ditval, nditval, photoband, ignoreLSF,
resjitval, sitetempval, combnditsval, spec_nyq,
setrval, noiseseedval, remove_bgval, return_obval,
return_tsval, drizzleval, ver, nprocs)
def OnClick(self,event):
#Extract parameters for simulation run:
cubefile = str(self.INPUTCUBEVAL.GetPath())
ditval = float(self.DITVAL.GetValue())
nditval = float(self.NDITVAL.GetValue())
photoband = str(self.PHOTOBANDVAL.GetStringSelection()).split(' ')[0]
ignorespecval = str(self.IGNORESPECVAL.GetValue())
if ignorespecval == 'True':
ignoreLSF = True
elif ignorespecval == 'False':
ignoreLSF = False
resjitval = float(self.RESJITVAL.GetValue())
# sitetempval = float(self.SITETEMPVAL.GetValue())
sitetempval = 1.0
noiseseedval = self.NOISESEEDVAL.GetStringSelection()
if noiseseedval == 'Random':
noiseseedval = 0.
setrchoice = self.SETRVAL.GetValue()
if setrchoice:
spec_nyq = False
setrval = float(setrchoice)
elif not setrchoice:
spec_nyq = True
setrval = 1.
remove_bgval = str(self.REMOVE_BGVAL.GetValue())
return_obval = str(self.OUTPUT_OBVAL.GetValue())
return_tsval = str(self.OUTPUT_TSVAL.GetValue())
drizzle = str(self.DRIZZLEVAL.GetValue())
if drizzle == 'True':
drizzleval = True
elif drizzle == 'False':
drizzleval = False
nprocs = int(self.N_PROCVAL.GetValue())
odir = str(self.DIRVAL.GetPath())
combnditsval=True
print 'Filename: ', cubefile
print 'DIT = ', ditval
print 'NINT = ', nditval
print 'Grating = ', photoband
print 'Ignore LSF conv?', ignorespecval
print 'Residual jitter = ', resjitval
print 'Temperature = ', sitetempval
print 'Noise seed = ', noiseseedval
print 'Spectral Nyquist sampling? ', spec_nyq
print 'Subtract background? ', remove_bgval
print 'Return object cube? ', return_obval
print 'Return transmission? ', return_tsval
print 'Drizzle?', drizzleval
print 'No. of processors = ', nprocs
print 'Output directory = ', odir
#start main program
main(cubefile, odir, ditval, nditval, photoband,
ignoreLSF, resjitval, sitetempval,
combnditsval, spec_nyq, setrval, noiseseedval,
remove_bgval, return_obval, return_tsval, drizzleval,
ver, nprocs)
spec_N = True
elif spec_Nyquist == 'False':
spec_N = False
Spec_samp = float(args[7])
noise_force_seed = int(float(args[8]))
remove_background = args[9]
return_obj = args[10]
return_tra = args[11]
drizzle = args[12]
if drizzle == 'True':
drizzleval = True
elif drizzle == 'False':
drizzleval = False
#Start main function
main(datacube, odir, DIT, NDIT, grat, ignoreLSF, res_jitter,
site_temp, combine_ndits, spec_N, Spec_samp, noise_force_seed,
remove_background, return_obj, return_tra, drizzleval, ver,
nprocs)
#Use GUI interface if no command line option
wxfound = 0
if len(optlist) == 0 and len(args) == 0:
try:
import wx
wxfound = 1
class Form1(wx.Frame):
def __init__(self, parent, title):
super(Form1, self).__init__(parent,
title=title,
size=(850, 390))
spec_N = True
elif spec_Nyquist == 'False':
spec_N = False
Spec_samp = float(args[7])
noise_force_seed = int(float(args[8]))
remove_background = args[9]
return_obj = args[10]
return_tra = args[11]
drizzle = args[12]
if drizzle == 'True':
drizzleval = True
elif drizzle == 'False':
drizzleval = False
#Start main function
main(datacube, odir, DIT, NDIT, grat, ignoreLSF, res_jitter,
site_temp, combine_ndits, spec_N, Spec_samp, noise_force_seed,
remove_background, return_obj, return_tra, drizzleval, ver, nprocs)
#Use GUI interface if no command line option
wxfound = 0
if len(optlist) == 0 and len(args) == 0:
try:
import wx
wxfound = 1
class Form1(wx.Frame):
def __init__(self, parent, title):
super(Form1, self).__init__(parent, title=title,
size=(850, 390))
self.InitUI()