def __cake_rng(self):
"""Multiring cake method"""
exp = wx.GetApp().ws
det = exp.detector
action = {'exec': self.__makeMRB, 'args': (), 'kwargs': dict()}
logwin = logWindow(self, wx.NewId(), action, 'Multiring Binning')
logwin.ShowModal()
# ====================
cCan = cakeDisplay(self, wx.NewId(), prOpts.CAKE_RNG, self.mrb)
return
def OnRun(self, evt):
"""Callback for run"""
#
# Fill in spot options from the form
#
exp = wx.GetApp().ws
opts = exp.spotOpts
#
opts.thresh = int(self.thresh_txt.GetValue())
opts.minpx = int(self.minpx_txt.GetValue())
#
action = {'exec': self._run_spots, 'args': (), 'kwargs': dict()}
logwin = logWindow(self, wx.NewId(), action, 'Finding Spots')
logwin.ShowModal()
self.updateFromExp()
return
def __cake_rng(self):
"""Multiring cake method"""
exp = wx.GetApp().ws
det = exp.detector
action = {
'exec' : self.__makeMRB,
'args' : (),
'kwargs': dict()
}
logwin = logWindow(self, wx.NewId(), action, 'Multiring Binning')
logwin.ShowModal()
# ====================
cCan = cakeDisplay(self, wx.NewId(), prOpts.CAKE_RNG, self.mrb)
return
def __cake_img(self):
"""Execute rebinning for IMG case
"""
exp = wx.GetApp().ws
det = exp.detector
action = {
'exec' : self.__makeImgInfo,
'args' : (),
'kwargs': dict()
}
logwin = logWindow(self, wx.NewId(), action, 'Standard Polar Rebinning')
logwin.ShowModal()
return
#
# ==============================
# Show rebin output on new window
# ==============================
#
# Now draw
#
self.axes = self.figure.gca()
self.axes.set_aspect('equal')
intensity = self.img_info['intensity']
self.axes.images = []
# show new image
self.axes.imshow(intensity, origin='upper',
interpolation='nearest',
cmap=self.cmPanel.cmap,
vmin=self.cmPanel.cmin_val,
vmax=self.cmPanel.cmax_val,
aspect='auto')
#self.axes.set_aspect('equal')
self.axes.set_autoscale_on(False)
self.canvas.draw()
#
pass
def __cake_img(self):
"""Execute rebinning for IMG case
"""
exp = wx.GetApp().ws
det = exp.detector
action = {'exec': self.__makeImgInfo, 'args': (), 'kwargs': dict()}
logwin = logWindow(self, wx.NewId(), action,
'Standard Polar Rebinning')
logwin.ShowModal()
#
# ==============================
# Show rebin output on new window
# ==============================
#
# Now draw
#
cCan = cakeDisplay(self, wx.NewId(), prOpts.CAKE_IMG, self.img_info)
#
pass
def OnRun(self, evt):
"""Callback for run"""
#
# Fill in spot options from the form
#
exp = wx.GetApp().ws
opts = exp.spotOpts
#
opts.thresh = int(self.thresh_txt.GetValue())
opts.minpx = int(self.minpx_txt.GetValue())
#
action = {
'exec' : self._run_spots,
'args' : (),
'kwargs': dict()
}
logwin = logWindow(self, wx.NewId(), action, 'Finding Spots')
logwin.ShowModal()
self.updateFromExp()
return
def __cake_img(self):
"""Execute rebinning for IMG case
"""
exp = wx.GetApp().ws
det = exp.detector
action = {
'exec' : self.__makeImgInfo,
'args' : (),
'kwargs': dict()
}
logwin = logWindow(self, wx.NewId(), action, 'Standard Polar Rebinning')
logwin.ShowModal()
#
# ==============================
# Show rebin output on new window
# ==============================
#
# Now draw
#
cCan = cakeDisplay(self, wx.NewId(), prOpts.CAKE_IMG, self.img_info)
#
pass
def OnRunFit(self, evt):
"""Callback for runFit_but"""
#
# Get workspace.
#
exp = wx.GetApp().ws
try:
action = {
'exec': exp.calibrate,
'args': (),
'kwargs': dict()
}
logwin = logWindow(self, wx.NewId(), action, 'Fitting Log')
logwin.ShowModal()
except Exception as e:
wx.MessageBox(str(e))
pass
self.Refresh()
self.updateFromExp()
#
return
