class ObservingScreen(IRScreen):
obsids = DictProperty({})
obsrun_list = ListProperty([])
obsrun_buttons = ListProperty([])
current_obsrun = ObjectProperty(ird.ObsRun())
obsnight_list = ListProperty([])
obsnight_buttons = ListProperty([])
current_obsnight = ObjectProperty(ird.ObsNight())
instrument_list = ListProperty([])
caltype = StringProperty('')
target_list = ListProperty([])
current_target = ObjectProperty(ird.ObsTarget())
file_list = ListProperty([])
def __init__(self, **kwargs):
super(ObservingScreen, self).__init__(**kwargs)
self.waiting = WaitingDialog(text='Please wait while the calibration images build, thank you!')
def on_enter(self):
#idb = shelve.open(instrumentdb)
#self.instrument_list = idb.keys()
#idb.close()
self.instrument_list = instrumentdb.keys()
#odb = shelve.open(obsrundb)
odb = obsrundb
#self.obsids = {x:ird.deserialize(odb[x])[x] for x in odb}
self.obsids = {x:odb[x] for x in odb}
self.obsrun_list = odb.keys()
#odb.close()
self.obsrun_buttons = [Button(text=x, size_hint_y = None, height = 30) \
for x in self.obsrun_list]
def on_pre_leave(self):
theapp = App.get_running_app()
pairs = pair_dithers(self.current_target.dither)
tmp = [(self.current_target.images[x] for x in y) for y in pairs]
theapp.extract_pairs = [[self.current_target.images[x] for x in y] for y in pairs]
theapp.current_target = self.current_target
theapp.current_paths = {'cal':self.current_obsnight.calpath,
'raw':self.current_obsnight.rawpath, 'out':self.current_obsnight.outpath}
theapp.current_night = self.current_obsnight
def set_obsrun(self):
run_id = self.ids.obsrun.text
if run_id not in self.obsids:
while True:
run_db = 'storage/'+str(uuid.uuid4())+'.json'
if not glob.glob(run_db+'*'):
break
self.obsids[run_id] = run_db
#odb = shelve.open(obsrundb)
obsrundb[run_id] = {run_id:run_db}
#odb.close()
else:
run_db = self.obsids[run_id][run_id]
self.current_obsrun = ird.ObsRun(runid=run_id)
self.rdb = IRStore(run_db)
#rdb = shelve.open(run_db)
tmp = []
for r in self.rdb:
#ds = ird.deserialize(self.rdb[r])
#tmp.append((str(ds.date), ds))
tmp.append((str(self.rdb[r][r].date), self.rdb[r][r]))
tmp = dict(tmp)
#tmp = dict([(str(ird.deserialize(self.rdb[r])['date']),ird.deserialize(self.rdb[r])) for r in self.rdb])
self.current_obsrun = self.current_obsrun._replace(nights=tmp)
#for r in self.rdb:
# tmp = ird.ObsNight(**self.rdb[r])
# print tmp._asdict()
# ird.add_to(self.current_obsrun, tmp)
#rdb.close()
self.obsnight_list = self.current_obsrun.nights.keys()
self.obsnight_buttons = [Button(text=x, size_hint_y = None, height = 30) \
for x in self.obsnight_list]
def set_obsnight(self):
night_id = self.ids.obsnight.text
if night_id == '' or self.current_obsrun.runid == '' \
or night_id == 'Observation Date':
return
if night_id not in self.obsnight_list:
self.obsnight_list.append(night_id)
self.obsnight_buttons.append(Button(text = night_id, \
size_hint_y = None, height = 30))
self.current_obsnight = ird.ObsNight(date = night_id)
#self.current_obsrun.addnight(self.current_obsnight)
ird.add_to(self.current_obsrun, self.current_obsnight)
else:
#self.current_obsnight = self.current_obsrun.get_night(night_id)
self.current_obsnight = ird.get_from(self.current_obsrun, night_id)
self.ids.rawpath.text = self.current_obsnight.rawpath
self.ids.outpath.text = self.current_obsnight.outpath
self.ids.calpath.text = self.current_obsnight.calpath
self.ids.fformat.text = self.current_obsnight.filestub
self.set_filelist()
#rdb = shelve.open(self.obsids[self.current_obsrun.runid])
#rdb = JsonStore(self.obsids[self.current_obsrun.runid])
for night in self.obsnight_list:
#self.rdb[night] = ird.serialize(ird.get_from(self.current_obsrun, night))
self.rdb[night] = {night:ird.get_from(self.current_obsrun, night)}
#rdb.close()
self.target_list = self.current_obsnight.targets.keys()
def pick_rawpath(self):
popup = DirChooser()
popup.bind(on_dismiss=lambda x: self.setpath('raw',popup.chosen_directory))
popup.open()
def setpath(self, which, dir):
if which == 'raw':
self.current_obsnight = self.current_obsnight._replace(rawpath=dir)
self.ids.rawpath.text = dir
elif which == 'out':
self.current_obsnight = self.current_obsnight._replace(outpath=dir)
self.ids.outpath.text = dir
elif which == 'cal':
self.current_obsnight = self.current_obsnight._replace(calpath=dir)
self.ids.calpath.text = dir
def pick_outpath(self):
popup = DirChooser()
popup.bind(on_dismiss=lambda x: self.setpath('out',popup.chosen_directory))
popup.open()
def pick_calpath(self):
popup = DirChooser()
popup.bind(on_dismiss=lambda x: self.setpath('cal',popup.chosen_directory))
popup.open()
def check_filestub(self, stub):
placeholder = '#'
reg = placeholder+'+'
if len(re.findall(reg, stub)) != 1:
popup = WarningDialog(text = "File format is not valid; must use '#' as placeholder only")
popup.open()
return
self.current_obsnight = self.current_obsnight._replace(filestub=stub)
def set_caltype(self, caltype):
if caltype == 'Flats (lamps ON)':
cout, flist = self.current_obsnight.flaton if self.current_obsnight.flaton else ('Not yet created', '')
elif caltype == 'Flats (lamps OFF)':
cout, flist = self.current_obsnight.flatoff if self.current_obsnight.flatoff else ('Not yet created', '')
elif caltype == 'Arc Lamps':
cout, flist = self.current_obsnight.cals if self.current_obsnight.cals else ('Not yet created', '')
self.ids.calfiles.text = flist
self.ids.calout.text = cout
def set_calfile(self, flist):
caltype = self.ids.caltypes.text
if caltype == 'Flats (lamps ON)':
flatfile = path.join(self.current_obsnight.calpath,self.current_obsnight.date+'-FlatON.fits')
tmp = self.current_obsnight.flaton
if tmp:
tmp[1] = flist
else:
tmp = ['',flist]
try:
if FitsImage(flatfile).header['FILES'] == flist:
tmp[0] = flatfile
self.ids.calout.txt = flatfile
except:
pass
self.current_obsnight = self.current_obsnight._replace(flaton=tmp)
elif caltype == 'Flats (lamps OFF)':
flatfile = path.join(self.current_obsnight.calpath,self.current_obsnight.date+'-FlatOFF.fits')
tmp = self.current_obsnight.flatoff
if tmp:
tmp[1] = flist
else:
tmp = ['',flist]
try:
if FitsImage(flatfile).header['FILES'] == flist:
tmp[0] = flatfile
except:
pass
self.current_obsnight = self.current_obsnight._replace(flatoff=tmp)
elif caltype == 'Arc Lamps':
flatfile = path.join(self.current_obsnight.calpath,self.current_obsnight.date+'-Wavecal.fits')
tmp = self.current_obsnight.cals
if tmp:
tmp[1] = flist
else:
tmp = ['',flist]
try:
if FitsImage(flatfile).header['FILES'] == flist:
tmp[0] = flatfile
except:
pass
self.current_obsnight = self.current_obsnight._replace(cals=tmp)
def make_cals(self):
if not self.current_obsnight.rawpath:
return
caltype = self.ids.caltypes.text
flist = self.ids.calfiles.text
self.waiting.open()
if caltype == 'Flats (lamps ON)':
t = Thread(target = self.imstack_wrapper, args=(self.current_obsnight.flaton, flist, \
self.current_obsnight.date+'-FlatON.fits'))
t.start()
elif caltype == 'Flats (lamps OFF)':
t = Thread(target = self.imstack_wrapper, args=(self.current_obsnight.flatoff, flist, \
self.current_obsnight.date+'-FlatOFF.fits'))
t.start()
elif caltype == 'Arc Lamps':
t = Thread(target = self.imstack_wrapper, args=(self.current_obsnight.cals, flist, \
self.current_obsnight.date+'-Wavecal.fits'))
t.start()
def imstack_wrapper(self, target, flist, outp):
raw = self.current_obsnight.rawpath
cal = self.current_obsnight.calpath
stub = self.current_obsnight.filestub
ird.image_stack(flist, path.join(raw, stub), output = path.join(cal, outp))
target[:] = [outp, flist]
self.ids.calfiles.text = flist
self.ids.calout.text = outp
self.waiting.dismiss()
def save_night(self):
tmp = self.current_obsrun.nights
tmp[self.current_obsnight.date] = self.current_obsnight
self.current_obsrun = self.current_obsrun._replace(nights=tmp)
#tmp = ird.ObsNight(**self.current_obsnight._asdict())
#self.current_obsrun.nights[tmp.date] = tmp
#ird.add_to(self.current_obsrun, self.current_obsnight)
#rdb = shelve.open(self.obsids[self.current_obsrun.runid])
#rdb = JsonStore(self.obsids[self.current_obsrun.runid])
for night in self.obsnight_list:
#self.rdb[night] = ird.serialize(ird.get_from(self.current_obsrun, night))
self.rdb[night] = {night:ird.get_from(self.current_obsrun, night)}
self.rdb.store_sync()
#rdb.close()
def set_target(self):
target_id = self.ids.targs.text
self.current_target = self.current_obsnight.targets[target_id]
self.set_filelist()
def add_target(self):
popup = AddTarget(instrumentlist = self.instrument_list)
popup.open()
popup.bind(on_dismiss = lambda x: self.update_targets(popup.target_args) \
if popup.target_args else None)
def update_targets(self, targs):
targs['images'], targs['dither'] = ird.parse_filestring(targs['filestring'], \
path.join(self.current_obsnight.rawpath,self.current_obsnight.filestub))
self.current_target = ird.ObsTarget(**targs)
tmp = self.current_obsnight.targets
tmp[self.current_target.targid] = self.current_target
self.current_obsnight = self.current_obsnight._replace(targets=tmp)
#ird.add_to(self.current_obsnight, self.current_target)
self.target_list = self.current_obsnight.targets.keys()
self.ids.targs.text = self.current_target.targid
self.set_filelist()
#rdb = shelve.open(self.obsids[self.current_obsrun.runid])
#rdb = JsonStore(self.obsids[self.current_obsrun.runid])
#self.rdb[self.current_obsnight.date] = ird.serialize(self.current_obsnight)
self.rdb[self.current_obsnight.date] = {self.current_obsnight.date:self.current_obsnight}
#rdb.close()
def set_filelist(self):
self.ids.obsfiles.clear_widgets()
self.file_list = []
for file, dither in zip(self.current_target.images, self.current_target.dither):
tmp = ObsfileInsert(obsfile = file, dithertype = dither)
self.file_list.append(tmp)
self.ids.obsfiles.add_widget(tmp)
def save_target(self):
self.current_target = self.current_target._replace(dither=[x.dithertype for x in self.file_list],
notes=self.ids.tnotes.text)
#just make sure everything is propagating correctly
self.current_obsnight.targets[self.current_target.targid] = self.current_target
self.current_obsrun.nights[self.current_obsnight.date] = self.current_obsnight
#rdb = shelve.open(self.obsids[self.current_obsrun.runid])
#rdb = JsonStore(self.obsids[self.current_obsrun.runid])
for night in self.obsnight_list:
#self.rdb[night] = ird.serialize(ird.get_from(self.current_obsrun, night))
self.rdb[night] = ird.get_from(self.current_obsrun, night)
#rdb.close()
self.target_list = self.current_obsnight.targets.keys()
def __init__(self, **kwargs):
super(ObservingScreen, self).__init__(**kwargs)
self.waiting = WaitingDialog(text='Please wait while the calibration images build, thank you!')
def __init__(self, **kwargs):
super(TracefitScreen, self).__init__(**kwargs)
self.waiting = WaitingDialog(text='Please wait while the extraction is calculated, thank you!')
class TracefitScreen(IRScreen):
paths = DictProperty([])
itexture = ObjectProperty(Texture.create(size = (2048, 2048)))
iregion = ObjectProperty(None)
current_impair = ObjectProperty(None)
current_extraction = ObjectProperty(None)
extractregion = ObjectProperty(None, force_dispatch=True, allownone=True)
tplot = ObjectProperty(MeshLinePlot(color=[1,1,1,1]))
current_target = ObjectProperty(None)
pairstrings = ListProperty([])
apertures = DictProperty({'pos':[], 'neg':[]})
drange = ListProperty([0,1024])
tracepoints = ListProperty([])
trace_axis = NumericProperty(0)
fit_params = DictProperty({})
trace_lines = ListProperty([MeshLinePlot(color=[0,0,1,1]),MeshLinePlot(color=[0,1,1,1])])
current_flats = ObjectProperty(None, force_dispatch=True, allownone=True)
theapp = ObjectProperty(None)
trace_info = DictProperty({})
rtx = ListProperty([0.0, 1.0, 1.0, 1.0, 1.0, 0.0, 0.0, 0.0])
def __init__(self, **kwargs):
super(TracefitScreen, self).__init__(**kwargs)
self.waiting = WaitingDialog(text='Please wait while the extraction is calculated, thank you!')
def on_enter(self):
self.pairstrings = ['{0} - {1}'.format(*map(os.path.basename,y)) for y in self.theapp.extract_pairs]
header = [0]
flat = os.path.join(self.paths['cal'],'Flat.fits')
if not os.path.exists(flat):
if self.theapp.current_night.flaton and self.theapp.current_night.flaton[0]:
fon = fitsimage(str(os.path.join(self.paths['cal'], self.theapp.current_night.flaton[0])), header)
if self.theapp.current_night.flatoff and self.theapp.current_night.flatoff[0]:
foff = fitsimage(str(os.path.join(self.paths['cal'], self.theapp.current_night.flatoff[0])), header)
im_subtract(fon, foff, outputfile = flat)
else:
fits.writeto(flat, fon, header=header[0])
self.current_flats = fitsimage(flat, header)
self.theapp.current_flats = self.current_flats
self.pair_index = -1
def on_pre_leave(self):
if self.current_target: self.theapp.current_target = self.current_target
if self.current_extraction: self.theapp.current_extraction = self.current_extraction
self.theapp.save_current()
def set_imagepair(self, val):
if not self.theapp.current_target:
popup = AlertDialog(text='You need to select a target (on the Observing Screen) before proceeding!')
popup.open()
return
if self.pairstrings.index(val) == self.pair_index:
return
self.clear_pair()
self.pair_index = self.pairstrings.index(val)
pair = self.theapp.extract_pairs[self.pair_index]
extract_state = self.theapp.current_target.extractions.get(str(hash(':'.join(pair))),None)
if extract_state:
self.current_extraction = extract_state #extraction_from_state(extract_state, self.current_flats)
else:
popup = AlertDialog(text="You have to select an extraction region for this image pair before you can move on to this step.")
popup.open()
return
self.current_impair = scalable_image(self.current_extraction.diff)
self.trace_axis = int(tracedir(self.current_target.instrument_id) == 'horizontal')
idata = ''.join(map(chr,self.current_impair.scaled))
self.itexture.blit_buffer(idata, colorfmt='luminance', bufferfmt='ubyte', \
size = self.current_impair.dimensions)
self.extractregion = self.current_extraction.extract_region
reg = self.current_extraction.region[:]
reg[2] = reg[2] - reg[0]
reg[3] = reg[3] - reg[1]
#if self.trace_axis:
# self.iregion = self.itexture.get_region(*reg)
#else:
# self.iregion = self.itexture.get_region(reg[1],reg[0],reg[3],reg[2])
self.iregion = self.itexture.get_region(*reg)
self.rtx = [0.0] + [[0.0, 1.0][self.trace_axis]]*2 + [1.0, 1.0] + [[1.0, 0.0][self.trace_axis]]*2 + [0.0]
dims = [[0,0],list(self.extractregion.shape)]
dims[0][self.trace_axis] = 0.4 * self.extractregion.shape[self.trace_axis]
dims[1][self.trace_axis] = 0.6 * self.extractregion.shape[self.trace_axis]
self.tracepoints = twod_to_oned(self.extractregion[dims[0][0]:dims[1][0]+1,
dims[0][1]:dims[1][1]+1], axis=self.trace_axis)
points = replace_nans(np.array(self.tracepoints))
self.tplot.points = zip(np.arange(points.size), points)
self.tracepoints = points
self.drange = [float(points.min()), float(points.max())]
self.ids.the_graph.add_plot(self.tplot)
if self.current_extraction.name in self.trace_info:
info = self.trace_info[self.current_extraction.name]
for trace in info['ap']['pos']:
self.add_postrace(val=trace)
for trace in info['ap']['neg']:
self.add_negtrace(val=trace)
self.trace_lines = info['lines']
self.ids.the_graph.add_plot(self.trace_lines[0])
self.ids.the_graph.add_plot(self.trace_lines[1])
self.fit_params = info['par']
else:
self.trace_info[self.current_extraction.name] = {'ap':{'pos':[], 'neg':[]}, 'lines':[]}
def clear_pair(self):
if self.current_extraction:
self.trace_info[self.current_extraction.name] = {
'ap':{'pos':[t.slider.value for t in self.apertures['pos']],
'neg':[t.slider.value for t in self.apertures['neg']]},
'lines':self.trace_lines,
'par': self.fit_params}
for ap in self.apertures['pos']:
self.remtrace('pos', ap)
for ap in self.apertures['neg']:
self.remtrace('neg', ap)
self.ids.the_graph.remove_plot(self.trace_lines[0])
self.ids.the_graph.remove_plot(self.trace_lines[1])
self.trace_lines = [MeshLinePlot(color=[0,0,1,1]),MeshLinePlot(color=[0,1,1,1])]
self.fit_params = {}
def add_postrace(self, val=None):
tp = np.ascontiguousarray(self.tracepoints)
peaks = findpeaks1d(tp, pn='pos')
new_peak = float(peaks)
peakheight = interp(tp, np.arange(tp.size, dtype=np.float64), np.array([new_peak]))
plot = MeshLinePlot(color=[0,1,0,1], points=[(new_peak, 0), (new_peak, peakheight)])
self.ids.the_graph.add_plot(plot)
newspin = ApertureSlider(aperture_line = plot, tfscreen = self)
newspin.slider.range = [0, len(self.tracepoints)-1]
newspin.slider.step = 0.1
newspin.slider.value = val or new_peak
newspin.trash.bind(on_press = lambda x: self.remtrace('pos',newspin))
self.ids.postrace.add_widget(newspin)
self.apertures['pos'].append(newspin)
def add_negtrace(self, val=None):
tp = np.ascontiguousarray(self.tracepoints)
peaks = findpeaks1d(tp, pn='neg')
new_peak = float(peaks)
peakheight = interp(tp, np.arange(tp.size, dtype=np.float64), np.array([new_peak]))
plot = MeshLinePlot(color=[1,0,0,1], points=[(new_peak, 0), (new_peak, peakheight)])
self.ids.the_graph.add_plot(plot)
newspin = ApertureSlider(aperture_line = plot, tfscreen = self)
newspin.slider.range = [0, len(self.tracepoints)-1]
newspin.slider.step = 0.1
newspin.slider.value = val or new_peak
newspin.trash.bind(on_press = lambda x: self.remtrace('neg',newspin))
self.ids.negtrace.add_widget(newspin)
self.apertures['neg'].append(newspin)
def remtrace(self, which, widg):
self.ids.the_graph.remove_plot(widg.aperture_line)
self.apertures[which].remove(widg)
if which == 'pos':
self.ids.postrace.remove_widget(widg)
else:
self.ids.negtrace.remove_widget(widg)
def set_psf(self):
popup = SetFitParams(fit_args = self.fit_params)
popup.bind(on_dismiss = lambda x: self.setfp(popup.fit_args))
popup.open()
def setfp(self, args):
self.fit_params = args
def fit_trace(self):
if not self.fit_params or self.fit_params['shape'] not in ('Gaussian','Lorentzian'):
popup = AlertDialog(text='Make sure you set up your fit parameters!')
popup.open()
return
stripe = np.array(self.tracepoints, dtype=np.float64)
wid = self.fit_params['wid']
self.current_extraction.mtype = self.fit_params['shape']
stripex = np.arange(stripe.size, dtype=float)
pos = tuple((interp(stripe, stripex.astype(np.float64), np.array([x.slider.value], dtype=np.float64)),
x.slider.value,
wid) for x in self.apertures['pos']) + \
tuple((interp(stripe, stripex.astype(np.float64), np.array([x.slider.value], dtype=np.float64)),
x.slider.value,
wid) for x in self.apertures['neg'])
for x in self.trace_lines:
if x in self.ids.the_graph.plots:
self.ids.the_graph.remove_plot(x)
if self.fit_params.get('man',False):
popup = DefineTrace(npos=len(self.apertures['pos']), \
nneg=len(self.apertures['neg']), imtexture = self.iregion)
popup.bind(on_dismiss = self.manual_trace(popup.tracepoints))
popup.open()
return
peaks = fitpeaks1d(stripe, pos, model_type=self.fit_params['shape']).individual()
self.fit_params['model'] = [p.parameters.tolist() for p in peaks]
self.fit_params['pmodel'] = [p.parameters.tolist() for p in peaks if p.amplitude > 0]
self.fit_params['nmodel'] = [p.parameters.tolist() for p in peaks if p.amplitude < 0]
pmod = CompositeModel(tuple(self.fit_params['pmodel']), self.fit_params['shape'])
nmod = CompositeModel(tuple(self.fit_params['nmodel']), self.fit_params['shape'])
self.trace_lines[0].points = zip(stripex, pmod(stripex))
self.trace_lines[1].points = zip(stripex, nmod(stripex))
self.ids.the_graph.add_plot(self.trace_lines[0])
self.ids.the_graph.add_plot(self.trace_lines[1])
def fix_distort(self):
popup = AlertDialog(text='This is not yet functional')
popup.open()
return
if not (self.fit_params.get('model',False)):
popup = AlertDialog(text='Make sure you fit the trace centers first!')
popup.open()
return
trace = self.current_extraction.fit_trace(self.fit_params['model'], np.empty(0), False)
self.current_extraction.fix_distortion(trace)
self.theapp.current_target.extractions[self.current_extraction.name] = self.current_extraction
self.set_imagepair(self.pairstrings[self.pair_index])
self.fit_params['model'] = None
self.theapp.current_extraction = self.current_extraction
self.theapp.save_current()
def manual_trace(self, traces):
pass #need to figure out how to apply these
def extract_spectrum(self):
if not self.fit_params.get('model',False):
popup = AlertDialog(text='Make sure you fit the trace centers first!')
popup.open()
return
self.waiting.open()
self.lamp = np.empty([2,2], dtype=np.float64)
self.lamps = False
if self.theapp.current_night.cals:
self.lamp = self.theapp.current_night.cals if not self.current_flats \
else im_divide(self.theapp.current_night.cals, self.current_flats)
self.lamp = self.lamp[self.region[1]:self.region[3]+1,self.region[0]:self.region[2]+1]
self.lamps = True
t = Thread(target=self.extract_wrapper)
t.start()
def extract_wrapper(self):
#need a calibration, too
self.current_extraction.fit_trace(self.fit_params['model'], self.lamp, lamps=self.lamps, extract=True)
self.waiting.dismiss()
Clock.schedule_once(self.save_spectra, 0.1)
def save_spectra(self, *args, **kw):
#write uncalibrated spectra to fits files (will update after calibration)
lamps = self.lamps
h1, h2 = [0], [0]
fitsimage(self.current_extraction.file1, h1)
h1 = h1[0]
pstub = os.path.join(self.paths['out'],
re.sub('.fits','-ap%i',
os.path.basename(self.current_extraction.file1)))
pstub_sky = os.path.join(self.paths['cal'],
re.sub('.fits','-ap%i',
os.path.basename(self.current_extraction.file1)))
ext = ('.fits','-sky.fits','-lamp.fits')
h1['EXREGX1'] = (self.current_extraction.region[0], 'extraction region coordinate X1')
h1['EXREGY1'] = (self.current_extraction.region[1], 'extraction region coordinate Y1')
h1['EXREGX2'] = (self.current_extraction.region[2], 'extraction region coordinate X2')
h1['EXREGY2'] = (self.current_extraction.region[3], 'extraction region coordinate Y2')
fitsimage(self.current_extraction.file2, h2)
h2 = h2[0]
nstub = os.path.join(self.paths['out'],
re.sub('.fits','-ap%i',
os.path.basename(self.current_extraction.file2)))
nstub_sky = os.path.join(self.paths['cal'],
re.sub('.fits','-ap%i',
os.path.basename(self.current_extraction.file2)))
h2['EXREGX1'] = (self.current_extraction.region[0], 'extraction region coordinate X1')
h2['EXREGY1'] = (self.current_extraction.region[1], 'extraction region coordinate Y1')
h2['EXREGX2'] = (self.current_extraction.region[2], 'extraction region coordinate X2')
h2['EXREGY2'] = (self.current_extraction.region[3], 'extraction region coordinate Y2')
for j, typ in enumerate(['spec', 'tell']+['lamp']*lamps):
specs = self.current_extraction.extracts[typ]
if len(specs.shape) == 1:
if self.fit_params['model'][0][0] > 0:
if typ == 'spec':
popup = ExamineSpectrum(target=self.current_target,
spectrum=specs, header=h1,
outfile=(pstub+ext[j])%0)
popup.open()
else:
fits.writeto((pstub_sky+ext[j])%0, specs, header=h1, clobber=True)
else:
if typ == 'spec':
popup = ExamineSpectrum(target=self.current_target,
spectrum=specs, header=h2,
outfile=(nstub+ext[j])%0)
popup.open()
else:
fits.writeto((nstub_sky+ext[j])%0, specs, header=h2, clobber=True)
else:
specs = specs.T
for i, ap in enumerate(specs):
if self.fit_params['model'][i][0] > 0:
if typ == 'spec':
popup = ExamineSpectrum(target=self.current_target,
spectrum=ap, header=h1,
outfile=(pstub+ext[j])%i)
popup.open()
else:
fits.writeto((pstub_sky+ext[j])%i, ap, header=h1, clobber=True)
else:
if typ == 'spec':
popup = ExamineSpectrum(target=self.current_target,
spectrum=ap, header=h2,
outfile=(nstub+ext[j])%i)
popup.open()
else:
fits.writeto((nstub_sky+ext[j])%i, -ap, header=h2, clobber=True)
self.theapp.current_target = self.current_target
self.theapp.current_extraction = self.current_extraction
self.theapp.save_current()
self.extract_done = False
def __init__(self, **kwargs):
super(ObservingScreen, self).__init__(**kwargs)
self.rdb = None
self.waiting = WaitingDialog()
class ObservingScreen(IRScreen):
obsids = DictProperty({})
obsrun_list = ListProperty([])
obsrun_buttons = ListProperty([])
current_obsrun = ObjectProperty(ObsRun())
obsnight_list = ListProperty([])
obsnight_buttons = ListProperty([])
current_obsnight = ObjectProperty(ObsNight())
instrument_list = ListProperty([])
caltype = StringProperty('')
target_list = ListProperty([])
current_target = ObjectProperty(ObsTarget())
file_list = ListProperty([])
def __init__(self, **kwargs):
super(ObservingScreen, self).__init__(**kwargs)
self.rdb = None
self.waiting = WaitingDialog()
def on_enter(self):
self.instrument_list = instrumentdb.keys()
self.obsids = {x:obsrundb[x] for x in obsrundb}
self.obsrun_list = obsrundb.keys()
self.obsrun_buttons = [Button(text=x, size_hint_y = None, height = 30) \
for x in self.obsrun_list]
def on_pre_leave(self):
self.theapp.extract_pairs = [[self.current_target.images.stack_list[x] for x in y] for y in self.current_target.ditherpairs]
self.theapp.current_target = self.current_target
self.theapp.current_paths = {'cal':self.current_obsnight.calpath,
'raw':self.current_obsnight.rawpath, 'out':self.current_obsnight.outpath}
self.theapp.current_night = self.current_obsnight
self.theapp.rdb = self.rdb
def set_obsrun(self):
if not self.ids.obsrun.text: return
self.waiting.text = 'Please wait while that observing run loads, thank you!'
self.waiting.open()
t = Thread(target=self.obsrun_wrapper)
t.start()
def obsrun_wrapper(self):
run_id = self.ids.obsrun.text
if not run_id: return
try:
if run_id not in self.obsids:
self.rdb = AdHocDB()
self.obsids[run_id] = self.rdb.fname
obsrundb[run_id] = self.rdb.fname
else:
self.rdb = AdHocDB(self.obsids[run_id])
self.current_obsrun = ObsRun(runid=run_id)
self.current_obsrun.nights = {str(self.rdb[r].date):self.rdb[r] for r in self.rdb}
self.obsnight_list = self.current_obsrun.nights.keys()
self.obsnight_buttons = [Button(text=x, size_hint_y = None, height = 30) \
for x in self.obsnight_list]
except Exception as e:
print e
pdb.set_trace()
self.waiting.dismiss()
def set_obsnight(self):
night_id = self.ids.obsnight.text
if night_id == '' or self.current_obsrun.runid == '' \
or night_id == 'Observation Date':
return
if night_id not in self.obsnight_list:
self.obsnight_list.append(night_id)
self.obsnight_buttons.append(Button(text = night_id, \
size_hint_y = None, height = 30))
self.current_obsnight = ObsNight(date = night_id)
self.current_obsrun.add_to(self.current_obsnight)
else:
self.current_obsnight = self.current_obsrun.get_from(night_id)
self.ids.rawpath.text = self.current_obsnight.rawpath
self.ids.outpath.text = self.current_obsnight.outpath
self.ids.calpath.text = self.current_obsnight.calpath
self.ids.fformat.text = self.current_obsnight.filestub
self.set_filelist()
for night in self.obsnight_list:
self.rdb[night] = self.current_obsrun.get_from(night)
self.target_list = self.current_obsnight.targets.keys()
def pick_rawpath(self):
popup = DirChooser()
popup.bind(on_dismiss=lambda x: self.setpath('raw',popup.chosen_directory))
popup.open()
def setpath(self, which, _dir):
if which == 'raw':
self.current_obsnight.rawpath = str(_dir)
self.ids.rawpath.text = _dir
if not self.ids.outpath.text:
self.setpath('out', os.path.join(_dir, 'out'))
if not self.ids.calpath.text:
self.setpath('cal', os.path.join(_dir, 'cals'))
elif which == 'out':
self.current_obsnight.outpath = str(_dir)
self.ids.outpath.text = _dir
elif which == 'cal':
self.current_obsnight.calpath = str(_dir)
self.ids.calpath.text = _dir
def pick_outpath(self):
popup = DirChooser()
popup.bind(on_dismiss=lambda x: self.setpath('out',popup.chosen_directory))
popup.open()
def pick_calpath(self):
popup = DirChooser()
popup.bind(on_dismiss=lambda x: self.setpath('cal',popup.chosen_directory))
popup.open()
def check_filestub(self, stub):
placeholder = '#'
reg = placeholder+'+'
if len(re.findall(reg, stub)) != 1:
popup = AlertDialog(text = "File format is not valid; must use '#' as placeholder only")
popup.open()
return
self.current_obsnight.filestub = stub
def set_caltype(self, caltype):
if caltype == 'Flats (lamps ON)':
cout, flist = self.current_obsnight.flaton if self.current_obsnight.flaton else ('Not yet created', '')
elif caltype == 'Flats (lamps OFF)':
cout, flist = self.current_obsnight.flatoff if self.current_obsnight.flatoff else ('Not yet created', '')
elif caltype == 'Arc Lamps':
cout, flist = self.current_obsnight.cals if self.current_obsnight.cals else ('Not yet created', '')
self.ids.calfiles.text = flist
self.ids.calout.text = cout
def set_calfile(self, flist):
caltype = self.ids.caltypes.text[-2]
if caltype == 'e': return
flatfile = os.path.join(self.current_obsnight.calpath,
self.current_obsnight.date + {'N':'-FlatON',
'F':'-FlatOFF',
'p':'-Wavecal'}[caltype]+'.fits')
tmp = {'N':self.current_obsnight.flaton,
'F':self.current_obsnight.flatoff,
'p':self.current_obsnight.cals}[caltype]
if tmp:
tmp[1] = flist
else:
tmp = ['',flist]
try:
header = [0]
fitsimage(flatfile, header)
header = header[0]
if header['FILES'] == flist:
tmp[0] = flatfile
self.ids.calout.txt = flatfile
except:
pass
setattr(self.current_obsnight, {'N':'flaton', 'F':'flatoff', 'p':'cals'}[caltype], tmp)
def make_cals(self):
if not self.current_obsnight.rawpath:
return
caltype = self.ids.caltypes.text
flist = self.ids.calfiles.text
self.waiting.text = 'Please wait while the calibration images build, thank you!'
self.waiting.open()
if caltype == 'Flats (lamps ON)':
t = Thread(target=self.imstack_wrapper, args=(self.current_obsnight.flaton, flist, \
self.current_obsnight.date+'-FlatON.fits'))
t.start()
elif caltype == 'Flats (lamps OFF)':
t = Thread(target=self.imstack_wrapper, args=(self.current_obsnight.flatoff, flist, \
self.current_obsnight.date+'-FlatOFF.fits'))
t.start()
elif caltype == 'Arc Lamps':
t = Thread(target=self.imstack_wrapper, args=(self.current_obsnight.cals, flist, \
self.current_obsnight.date+'-Wavecal.fits'))
t.start()
def imstack_wrapper(self, target, flist, outp):
print 'making flats'
raw = self.current_obsnight.rawpath
cal = self.current_obsnight.calpath
stub = self.current_obsnight.filestub
imstack = ImageStack(flist, os.path.join(raw, stub))
imstack.medcombine(outputfile=os.path.join(cal, outp))
print 'flats made'
target[:] = [outp, flist]
self.ids.calfiles.text = flist
self.ids.calout.text = outp
self.waiting.dismiss()
def save_night(self):
tmp = self.current_obsrun.nights
tmp[self.current_obsnight.date] = self.current_obsnight
self.current_obsrun.nights = tmp
for night in self.obsnight_list:
self.rdb[night] = self.current_obsrun.get_from(night)
self.rdb.store_sync()
def set_target(self):
target_id = self.ids.targs.text
self.current_target = self.current_obsnight.targets[target_id]
self.set_filelist()
def add_target(self):
popup = AddTarget(instrumentlist = self.instrument_list)
popup.open()
popup.bind(on_dismiss = lambda x: self.update_targets(popup.target_args) \
if popup.target_args else None)
def update_targets(self, targs):
targs['images'] = ImageStack(targs['filestring'],
os.path.join(self.current_obsnight.rawpath,
self.current_obsnight.filestub))
targs['dither'] = targs['images'].dithers
targs['ditherpairs'] = targs['images'].ditherpairs
self.current_target = ObsTarget(**targs)
tmp = self.current_obsnight.targets
tmp[self.current_target.targid] = self.current_target
self.current_obsnight.targets = tmp
self.target_list = self.current_obsnight.targets.keys()
self.ids.targs.text = self.current_target.targid
self.set_filelist()
self.rdb[self.current_obsnight.date] = self.current_obsnight
def set_filelist(self):
self.ids.obsfiles.clear_widgets()
self.file_list = []
for f, dither in zip(self.current_target.images.stack_list, self.current_target.dither):
tmp = ObsfileInsert(obsfile = f, dithertype = dither)
self.file_list.append(tmp)
self.ids.obsfiles.add_widget(tmp)
def save_target(self):
self.current_target.dither = [x.dithertype for x in self.file_list]
self.current_target.notes = self.ids.tnotes.text
#just make sure everything is propagating correctly
self.current_obsnight.targets[self.current_target.targid] = self.current_target
self.current_obsrun.nights[self.current_obsnight.date] = self.current_obsnight
for night in self.obsnight_list:
self.rdb[night] = self.current_obsrun.get_from(night)
self.target_list = self.current_obsnight.targets.keys()
class ObservingScreen(IRScreen):
obsids = DictProperty({})
obsrun_list = ListProperty([])
obsrun_buttons = ListProperty([])
current_obsrun = ObjectProperty(ObsRun())
obsnight_list = ListProperty([])
obsnight_buttons = ListProperty([])
current_obsnight = ObjectProperty(ObsNight())
instrument_list = ListProperty([])
caltype = StringProperty("")
target_list = ListProperty([])
current_target = ObjectProperty(ObsTarget())
file_list = ListProperty([])
def __init__(self, **kwargs):
super(ObservingScreen, self).__init__(**kwargs)
self.waiting = WaitingDialog(text="Please wait while the calibration images build, thank you!")
def on_enter(self):
self.instrument_list = instrumentdb.keys()
self.obsids = {x: obsrundb[x] for x in obsrundb}
self.obsrun_list = obsrundb.keys()
self.obsrun_buttons = [Button(text=x, size_hint_y=None, height=30) for x in self.obsrun_list]
def on_pre_leave(self):
pairs = self.current_target.ditherpairs
self.theapp.extract_pairs = [[self.current_target.images[x] for x in y] for y in pairs]
self.theapp.current_target = self.current_target
self.theapp.current_paths = {
"cal": self.current_obsnight.calpath,
"raw": self.current_obsnight.rawpath,
"out": self.current_obsnight.outpath,
}
self.theapp.current_night = self.current_obsnight
def set_obsrun(self):
run_id = self.ids.obsrun.text
if run_id not in self.obsids:
self.rdb = AdHocDB()
self.obsids[run_id] = self.rdb.fname
obsrundb[run_id] = {run_id: self.rdb.fname}
else:
self.rdb = AdHocDB(self.obsids[run_id][run_id])
self.current_obsrun = ObsRun(runid=run_id)
tmp = {str(self.rdb[r][r].date): self.rdb[r][r] for r in self.rdb}
self.current_obsrun = self.current_obsrun._replace(nights=tmp)
self.obsnight_list = self.current_obsrun.nights.keys()
self.obsnight_buttons = [Button(text=x, size_hint_y=None, height=30) for x in self.obsnight_list]
def set_obsnight(self):
night_id = self.ids.obsnight.text
if night_id == "" or self.current_obsrun.runid == "" or night_id == "Observation Date":
return
if night_id not in self.obsnight_list:
self.obsnight_list.append(night_id)
self.obsnight_buttons.append(Button(text=night_id, size_hint_y=None, height=30))
self.current_obsnight = ObsNight(date=night_id)
self.current_obsrun.add_to(self.current_obsnight)
else:
self.current_obsnight = self.current_obsrun.get_from(night_id)
self.ids.rawpath.text = self.current_obsnight.rawpath
self.ids.outpath.text = self.current_obsnight.outpath
self.ids.calpath.text = self.current_obsnight.calpath
self.ids.fformat.text = self.current_obsnight.filestub
self.set_filelist()
for night in self.obsnight_list:
self.rdb[night] = {night: self.current_obsrun.get_from(night)}
self.target_list = self.current_obsnight.targets.keys()
def pick_rawpath(self):
popup = DirChooser()
popup.bind(on_dismiss=lambda x: self.setpath("raw", popup.chosen_directory))
popup.open()
def setpath(self, which, dir):
if which == "raw":
self.current_obsnight = self.current_obsnight._replace(rawpath=dir)
self.ids.rawpath.text = dir
elif which == "out":
self.current_obsnight = self.current_obsnight._replace(outpath=dir)
self.ids.outpath.text = dir
elif which == "cal":
self.current_obsnight = self.current_obsnight._replace(calpath=dir)
self.ids.calpath.text = dir
def pick_outpath(self):
popup = DirChooser()
popup.bind(on_dismiss=lambda x: self.setpath("out", popup.chosen_directory))
popup.open()
def pick_calpath(self):
popup = DirChooser()
popup.bind(on_dismiss=lambda x: self.setpath("cal", popup.chosen_directory))
popup.open()
def check_filestub(self, stub):
placeholder = "#"
reg = placeholder + "+"
if len(re.findall(reg, stub)) != 1:
popup = AlertDialog(text="File format is not valid; must use '#' as placeholder only")
popup.open()
return
self.current_obsnight = self.current_obsnight._replace(filestub=stub)
def set_caltype(self, caltype):
if caltype == "Flats (lamps ON)":
cout, flist = self.current_obsnight.flaton if self.current_obsnight.flaton else ("Not yet created", "")
elif caltype == "Flats (lamps OFF)":
cout, flist = self.current_obsnight.flatoff if self.current_obsnight.flatoff else ("Not yet created", "")
elif caltype == "Arc Lamps":
cout, flist = self.current_obsnight.cals if self.current_obsnight.cals else ("Not yet created", "")
self.ids.calfiles.text = flist
self.ids.calout.text = cout
def set_calfile(self, flist):
caltype = self.ids.caltypes.text
if caltype == "Flats (lamps ON)":
flatfile = os.path.join(self.current_obsnight.calpath, self.current_obsnight.date + "-FlatON.fits")
tmp = self.current_obsnight.flaton
if tmp:
tmp[1] = flist
else:
tmp = ["", flist]
try:
if FitsImage(flatfile).header["FILES"] == flist:
tmp[0] = flatfile
self.ids.calout.txt = flatfile
except:
pass
self.current_obsnight = self.current_obsnight._replace(flaton=tmp)
elif caltype == "Flats (lamps OFF)":
flatfile = os.path.join(self.current_obsnight.calpath, self.current_obsnight.date + "-FlatOFF.fits")
tmp = self.current_obsnight.flatoff
if tmp:
tmp[1] = flist
else:
tmp = ["", flist]
try:
if FitsImage(flatfile).header["FILES"] == flist:
tmp[0] = flatfile
except:
pass
self.current_obsnight = self.current_obsnight._replace(flatoff=tmp)
elif caltype == "Arc Lamps":
flatfile = os.path.join(self.current_obsnight.calpath, self.current_obsnight.date + "-Wavecal.fits")
tmp = self.current_obsnight.cals
if tmp:
tmp[1] = flist
else:
tmp = ["", flist]
try:
if FitsImage(flatfile).header["FILES"] == flist:
tmp[0] = flatfile
except:
pass
self.current_obsnight = self.current_obsnight._replace(cals=tmp)
def make_cals(self):
if not self.current_obsnight.rawpath:
return
caltype = self.ids.caltypes.text
flist = self.ids.calfiles.text
self.waiting.open()
if caltype == "Flats (lamps ON)":
t = Thread(
target=self.imstack_wrapper,
args=(self.current_obsnight.flaton, flist, self.current_obsnight.date + "-FlatON.fits"),
)
t.start()
elif caltype == "Flats (lamps OFF)":
t = Thread(
target=self.imstack_wrapper,
args=(self.current_obsnight.flatoff, flist, self.current_obsnight.date + "-FlatOFF.fits"),
)
t.start()
elif caltype == "Arc Lamps":
t = Thread(
target=self.imstack_wrapper,
args=(self.current_obsnight.cals, flist, self.current_obsnight.date + "-Wavecal.fits"),
)
t.start()
def imstack_wrapper(self, target, flist, outp):
raw = self.current_obsnight.rawpath
cal = self.current_obsnight.calpath
stub = self.current_obsnight.filestub
imstack = parse_filestring(flist, os.path.join(raw, stub))
imstack.medcombine(output=os.path.join(cal, outp))
target[:] = [outp, flist]
self.ids.calfiles.text = flist
self.ids.calout.text = outp
self.waiting.dismiss()
def save_night(self):
tmp = self.current_obsrun.nights
tmp[self.current_obsnight.date] = self.current_obsnight
self.current_obsrun = self.current_obsrun._replace(nights=tmp)
for night in self.obsnight_list:
self.rdb[night] = {night: self.current_obsrun.get_from(night)}
self.rdb.store_sync()
def set_target(self):
target_id = self.ids.targs.text
self.current_target = self.current_obsnight.targets[target_id]
self.set_filelist()
def add_target(self):
popup = AddTarget(instrumentlist=self.instrument_list)
popup.open()
popup.bind(on_dismiss=lambda x: self.update_targets(popup.target_args) if popup.target_args else None)
def update_targets(self, targs):
targs["images"] = parse_filestring(
targs["filestring"], os.path.join(self.current_obsnight.rawpath, self.current_obsnight.filestub)
)
targs["dither"] = targs["images"].dithers
self.current_target = ObsTarget(**targs)
tmp = self.current_obsnight.targets
tmp[self.current_target.targid] = self.current_target
self.current_obsnight = self.current_obsnight._replace(targets=tmp)
self.target_list = self.current_obsnight.targets.keys()
self.ids.targs.text = self.current_target.targid
self.set_filelist()
self.rdb[self.current_obsnight.date] = {self.current_obsnight.date: self.current_obsnight}
def set_filelist(self):
self.ids.obsfiles.clear_widgets()
self.file_list = []
for f, dither in zip(self.current_target.images, self.current_target.dither):
tmp = ObsfileInsert(obsfile=f, dithertype=dither)
self.file_list.append(tmp)
self.ids.obsfiles.add_widget(tmp)
def save_target(self):
self.current_target = self.current_target._replace(
dither=[x.dithertype for x in self.file_list], notes=self.ids.tnotes.text
)
# just make sure everything is propagating correctly
self.current_obsnight.targets[self.current_target.targid] = self.current_target
self.current_obsrun.nights[self.current_obsnight.date] = self.current_obsnight
for night in self.obsnight_list:
self.rdb[night] = self.current_obsrun.get_from(night)
self.target_list = self.current_obsnight.targets.keys()