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_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_rng(self):
"""Multiring cake method"""
exp = wx.GetApp().ws
det = exp.detector
self.__makeMRB(log=sys.stdout)
# action = {
# 'exec' : self.__makeMRB,
# 'args' : (),
# 'kwargs': dict()
# }
# logwin = logWindow(self, wx.NewIdRef(), action, 'Multiring Binning')
# logwin.ShowModal()
# ====================
cCan = cakeDisplay(self, wx.NewIdRef(), 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()
#
# ==============================
# Show rebin output on new window
# ==============================
#
# Now draw
#
cCan = cakeDisplay(self, wx.NewId(), prOpts.CAKE_IMG, self.img_info)
#
pass
def __cake_sph(self):
"""Build eta-omega plots"""
exp = wx.GetApp().ws
reader = exp.activeReader.makeReader() # need to load actual reader
pdata = exp.activeMaterial.planeData
hklIDs = pdata.getHKLID(pdata.hkls.T.tolist())
det = exp.detector
nlump = self.sph_pan.lump_spn.GetValue()
nbins = self.sph_pan.bins_spn.GetValue()
thresh = self.sph_pan.thresh_spn.GetValue()
kwargs = dict(nframesLump=nlump,
nEtaBins=nbins,
threshold=thresh,
debug=False)
self.omeEta = CollapseOmeEta(reader, pdata, hklIDs, det, **kwargs)
cCan = cakeDisplay(self, wx.NewId(), prOpts.CAKE_SPH, self.omeEta)
return
def __cake_sph(self):
"""Build eta-omega plots"""
exp = wx.GetApp().ws
reader = exp.activeReader.makeReader() # need to load actual reader
pdata = exp.activeMaterial.planeData
hklIDs = pdata.getHKLID(pdata.hkls.T.tolist())
det = exp.detector
nlump = self.sph_pan.lump_spn.GetValue()
nbins = self.sph_pan.bins_spn.GetValue()
thresh = self.sph_pan.thresh_spn.GetValue()
kwargs = dict(
nframesLump=nlump,
nEtaBins=nbins,
threshold=thresh,
debug=False)
self.omeEta = CollapseOmeEta(reader, pdata, hklIDs, det, **kwargs)
cCan = cakeDisplay(self, wx.NewId(), prOpts.CAKE_SPH, self.omeEta)
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
