def show_plot(self, e):
"""Call the class to plot Spectrum, Time profile, Spectrogram;
parameters are taken from .fits file, chosen(loaded) by user"""
plots = plotting.Input(self.name)
#if user pick in Plot Units section 'Rate' and 'Spectrum', plot:
if self.var.get() == 'Rate':
if e == 'spec':
plots.plot_spectrum_rate()
#Rate and Time Profile:
elif e == 'time':
plots.rate_vs_time_plotting()
#Rate and Time Spectrogram:
elif e == 'specgr':
plots.plot_spectrogram_rate()
#if 'Counts' and 'Spectrum', plot:
if self.var.get() == 'Counts':
if e == 'spec':
plots.plot_spectrum_counts()
#if 'Counts' and 'Time Profile', plot:
elif e == 'time':
plots.counts_vs_time_plotting()
#if 'Counts' and 'Spectrogram', plot:
elif e == 'specgr':
plots.plot_spectrogram_counts()
#if 'Flux' and 'Spectrum', plot:
if self.var.get() == 'Flux':
if e == 'spec':
plots.plot_spectrum_flux()
#if 'Flux' and 'Time Profile', plot:
elif e == 'time':
plots.flux_vs_time_plotting()
#if 'Flux' and 'Spectrogram', plot:
elif e == 'specgr':
plots.plot_spectrogram_flux()
def show_backgroundplot(self, e, i):
if self.sepBkVar.get() == 1:
if BackgroundWindow.fname is not None:
plots = background_plot.Input(BackgroundWindow.fname)
if self.var.get() == 'Rate':
if e == 'time':
#plots.rate_vs_time_plotting()
plots.backg_plot_vs_time('rate', i)
## elif e == 'show':
## plots.rate_vs_time_plotting()
## elif e == 'specgr':
## plots.plot_spectrogram_rate()
if self.var.get() == 'Counts':
if e == 'time':
plots.backg_plot_vs_time('counts', i)
## elif e == 'show':
## plots.rate_vs_time_plotting()
## elif e == 'specgr':
## plots.plot_spectrogram_rate()
if self.var.get() == 'Flux':
if e == 'time':
plots.backg_plot_vs_time('flux', i)
## elif e == 'show':
## plots.flux_vs_time_plotting()
## elif e == 'specgr':
## plots.plot_spectrogram_flux()
##
else:
plots = plotting.Input(BackgroundWindow.fname)
if self.var.get() == 'Rate':
if e == 'time':
plots.rate_vs_time_plotting()
## elif e == 'show':
## plots.rate_vs_time_plotting()
## elif e == 'specgr':
## plots.plot_spectrogram_rate()
if self.var.get() == 'Counts':
if e == 'time':
plots.counts_vs_time_plotting()
## elif e == 'show':
## plots.rate_vs_time_plotting()
## elif e == 'specgr':
## plots.plot_spectrogram_rate()
if self.var.get() == 'Flux':
if e == 'time':
plots.flux_vs_time_plotting()
def show_plot(self, e):
plots = plotting.Input(self.name)
if self.var.get() == 'Rate':
if e == 'spec':
plots.plot_spectrum_rate()
elif e == 'time':
plots.rate_vs_time_plotting()
elif e == 'specgr':
plots.plot_spectrogram_rate()
if self.var.get() == 'Counts':
if e == 'spec':
plots.plot_spectrum_counts()
elif e == 'time':
plots.counts_vs_time_plotting()
elif e == 'specgr':
plots.plot_spectrogram_counts()
if self.var.get() == 'Flux':
if e == 'spec':
plots.plot_spectrum_flux()
elif e == 'time':
plots.flux_vs_time_plotting()
elif e == 'specgr':
plots.plot_spectrogram_flux()
def show_backgroundplot(self, e, i, showTime): #make plots (plot vs time, plot spectrum ... )
energyLab = ['3.0 to 6.0 keV', '6.0 to 12.0 keV', '12.0 to 25.0 keV', '25.0 to 50.0 keV',
'50.0 to 100.0 keV', '100.0 to 300.0 keV' ]
if self.MethodVars is not None:
print('separa in showplot', self.sepBkVar.get(), self.var.get(), self.MethodVars[0].get())
BackgroundWindow.plotType = 'time' if e == 'time' else 'specgr'
print('show valll', BackgroundWindow.plotType)
if BackgroundWindow.bkgTimeInterv is not None:
print('time interv', BackgroundWindow.bkgTimeInterv)
if self.sepBkVar.get() == 1:
if BackgroundWindow.fname is not None:
plots = bkgPlots.BackgPlots() #background_plot.Input(BackgroundWindow.fname)
if self.var.get() == 'Rate':
if e == 'time':
#plots.rate_vs_time_plotting()
plots.plot(BackgroundWindow.bkgTimeInterv, 'Rate', i, self.MethodVars[i].get(), showTime) #plots.backg_plot_vs_time('counts', i)
## elif e == 'show':
## plots.rate_vs_time_plotting()
## elif e == 'specgr':
## plots.plot_spectrogram_rate()
if self.var.get() == 'Counts':
if e == 'time':
plots.plot(BackgroundWindow.bkgTimeInterv, 'Counts', i, self.MethodVars[i].get(), showTime) #plots.backg_plot_vs_time('counts', i)
## elif e == 'show':
## plots.rate_vs_time_plotting()
## elif e == 'specgr':
## plots.plot_spectrogram_rate()
if self.var.get() == 'Flux':
if e == 'time':
plots.plot(BackgroundWindow.bkgTimeInterv, 'Flux', i, self.MethodVars[i].get(), showTime) #plots.backg_plot_vs_time('flux', i)
## elif e == 'show':
## plots.flux_vs_time_plotting()
## elif e == 'specgr':
## plots.plot_spectrogram_flux()
##
else:
plots = plotting.Input(BackgroundWindow.fname)
if self.var.get() == 'Rate':
if e == 'time':
plots.rate_vs_time_plotting()
## elif e == 'show':
## plots.rate_vs_time_plotting()
## elif e == 'specgr':
## plots.plot_spectrogram_rate()
if self.var.get() == 'Counts':
if e == 'time':
plots.counts_vs_time_plotting()
## elif e == 'show':
## plots.rate_vs_time_plotting()
## elif e == 'specgr':
## plots.plot_spectrogram_rate()
if self.var.get() == 'Flux':
if e == 'time':
plots.flux_vs_time_plotting()