def Correct_file(self):
if (self.chse.get()) or (self.chds.get()):
if self.chds.get():
spos = float(eval(self._dspos.get()))
sold = float(eval(self._dsold.get()))
snew = float(eval(self._dsnew.get()))
if self.chse.get():
p1 = float(eval(self._pos.get()))
p2 = float(eval(self._npos.get()))
ds_1 = float(eval(self._dsse.get()))
ashift = bt.E2T(p2, ds_1) - bt.E2T(p1, ds_1)
else:
ashift = 0
for item in self.filesel.spectra:
item.E = bt.dspa_A_change(self.filesel.spectra[0].E, dsold,
dsnew, dspos, ashift)
writefile = item.fullfilename + ".cor"
############change for Bm29 files comment
bt.writedata(writefile, vstack((item.E, item.Mu)))
elif self.chse.get():
ds_1 = float(eval(self._dsse.get()))
p1 = float(eval(self._pos.get()))
p2 = float(eval(self._npos.get()))
shift = bt.E2T(p2, ds_1) - bt.E2T(p1, ds_1)
for item in self.filesel.spectra:
item.E = bt.Ashif(self.filesel.spectra[0].E, ds_1, shift)
writefile = item.fullfilename + ".cor"
bt.writedata(writefile, vstack((item.E, item.Mu)))
def plotall(self):
if (self.chse.get()) or (self.chds.get()):
if self.chds.get():
dspos = float(eval(self._dspos.get()))
dsold = float(eval(self._dsold.get()))
dsnew = float(eval(self._dsnew.get()))
if self.chse.get():
p1 = float(eval(self._pos.get()))
p2 = float(eval(self._npos.get()))
ds_1 = float(eval(self._dsse.get()))
ashift = bt.E2T(p2, ds_1) - bt.E2T(p1, ds_1)
else:
ashift = 0
self.E1 = bt.dspa_A_change(self.filesel.spectra[0].E, dsold,
dsnew, dspos, ashift)
elif self.chse.get():
ds_1 = float(eval(self._dsse.get()))
p1 = float(eval(self._pos.get()))
p2 = float(eval(self._npos.get()))
shift = bt.E2T(p2, ds_1) - bt.E2T(p1, ds_1)
print "correct pippo1", shift, ds_1, p1, p2
self.E1 = bt.Ashif(self.filesel.spectra[0].E, ds_1, shift)
else:
self.E1 = self.filesel.spectra[0].E
#pylab.interactive(True)
if not (hasattr(self, 'top')) or not (self.top.winfo_exists()):
self.top = Toplevel()
self.top.title('Grafico')
self.fig = matplotlib.figure.Figure(figsize=(5, 4), dpi=100)
self.canvas = FigureCanvasTkAgg(self.fig, master=self.top)
self.toolbar = NavigationToolbar2TkAgg(self.canvas, self.top)
self.canvas.get_tk_widget().pack(side=TOP, fill=BOTH, expand=1)
self.canvas._tkcanvas.pack(side=TOP, fill=BOTH, expand=1)
self.figsub = self.fig.add_subplot(111)
self.figsub.set_autoscale_on(True)
self.lines = self.figsub.plot(self.standardsel.spectra[0].E,
self.standardsel.spectra[0].Mu,
label="standard")
self.lines += self.figsub.plot(self.E1,
self.filesel.spectra[0].Mu,
label="file")
self.figsub.set_ylabel("Mu (a.u.)", fontsize=8)
self.figsub.set_xlabel("Energy (eV)", fontsize=8)
self.toolbar.update()
print "pippo"
self.figsub.legend()
self.canvas.draw()
self.lines[1].set_xdata(self.E1)
self.figsub.set_autoscale_on(False)
self.canvas.draw()
def setredraw(self, value):
pippo = value
#self.lbl.configure(text= pippo)
#self.Ash.set(str(pippo))
if (hasattr(self.filesel,
'spectra')): #and hasattr(self.standardsel, 'spectra')
self.Ec = bm29_tools.Ashif(self.filesel.spectra[0].E,
self.filesel.spectra[0].dspac,
float(pippo))
self.drawagain()
#self.fig.refresh()
#pylab.focus()
#radice.focus()
pass
def plot_MuFp(self):
self.pulsante_Mu.configure(relief="raised")
self.pulsante_MuFp.configure(relief="sunken")
self.filesel.spectra[0].bm29derE()
self.standardsel.spectra[0].bm29derE()
shift = float(self.Ash.get())
self.Ec = bm29_tools.Ashif(self.filesel.spectra[0].E,
self.filesel.spectra[0].dspac, shift)
if not (hasattr(self, 'top')) or not (self.top.winfo_exists()):
self.cr_graph()
self.qexaplot = self.figsub.plot(
self.standardsel.spectra[0].E,
self.standardsel.spectra[0].E_MuFp,
label="standard")
self.qexaplot += self.figsub.plot(self.Ec,
self.filesel.spectra[0].E_MuFp,
label="file")
self.figsub.set_ylabel("first derivative Mu (a.u.)", fontsize=8)
self.figsub.set_xlabel("Energy (eV)", fontsize=8)
self.figsub.legend()
self.canvas.draw()
else:
#self.figsub.set_autoscale_on(True)
print self.figsub.set_autoscale_on(True)
self.qexaplot[0].set_ydata(self.standardsel.spectra[0].E_MuFp)
self.qexaplot[1].set_ydata(self.filesel.spectra[0].E_MuFp)
ymin = min(
list(self.filesel.spectra[0].E_MuFp) +
list(self.standardsel.spectra[0].E_MuFp))
ymax = max(
list(self.filesel.spectra[0].E_MuFp) +
list(self.standardsel.spectra[0].E_MuFp))
srange = (ymax - ymin)
ymin = ymin - abs(srange * .1)
ymax = ymax + abs(srange * .1)
self.figsub.axis([
self.standardsel.spectra[0].E[0] - 20,
self.standardsel.spectra[0].E[-1] + 20, ymin, ymax
])
self.drawagain()
self.figsub.set_autoscale_on(False)