def update_point(self, update_gui=True):
ctr = self.get_ctr()
if ctr == None: return
apnt = self.components.AnchorPointNum.stringSelection
if len(apnt) > 0:
apnt = int(apnt)
(intpar, corrpar) = ctr_data.get_params(ctr, apnt)
if self.components.SetCorrParams.checked == False:
corrpar = {}
if self.components.SetIntParams.checked == False:
intpar = {}
point = int(self.components.PointNum.stringSelection)
ctr_data.set_params(ctr, point, intpar=intpar, corrpar=corrpar)
if self.components.AutoIntegrate.checked == True:
self.integrate_point(update_plots=update_gui)
if update_gui:
self.update_gui_from_ctr()
if self.components.AutoPlotScan.checked == True:
self._plot_scan()
if self.components.AutoPlotCorr.checked == True:
self._plot_corr()
def update_point(self,update_gui=True):
ctr = self.get_ctr()
if ctr == None: return
apnt = self.components.AnchorPointNum.stringSelection
if len(apnt) > 0:
apnt = int(apnt)
(intpar,corrpar) = ctr_data.get_params(ctr,apnt)
if self.components.SetCorrParams.checked == False:
corrpar = {}
if self.components.SetIntParams.checked == False:
intpar = {}
point = int(self.components.PointNum.stringSelection)
ctr_data.set_params(ctr,point,intpar=intpar,corrpar=corrpar)
if self.components.AutoIntegrate.checked == True:
self.integrate_point(update_plots=update_gui)
if update_gui:
self.update_gui_from_ctr()
if self.components.AutoPlotScan.checked == True:
self._plot_scan()
if self.components.AutoPlotCorr.checked == True:
self._plot_corr()
def update_gui_from_ctr(self, ):
"""
update gui from a ctr data instance
"""
#
if DEBUG: tm1 = time.time()
#
ctr = self.get_ctr()
if ctr == None: return
npts = len(ctr.L)
pnts = range(npts)
self.init_PointNum(pnts=pnts)
self.init_AnchorPointNum(pnts=pnts)
#
point = int(self.components.PointNum.text)
set = self.set
if point in ctr.bad:
bad_flag = True
else:
bad_flag = False
# try to get alpha and beta angles
try:
alp = "%6.3f" % ctr.get_corr(point).gonio.pangles['alpha']
bet = "%6.3f" % ctr.get_corr(point).gonio.pangles['beta']
except:
alp = ''
bet = ''
try:
sname = str(ctr.get_scan_name(point))
except:
sname = ''
header1 = SET_HEADER % (str(len(ctr.L)), str(set))
header2 = POINT_HEADER % (
str(point), ctr.H[point], ctr.K[point], ctr.L[point],
str(ctr.scan_type[point]), sname, str(ctr.labels['I'][point]),
str(ctr.labels['Inorm'][point]), str(
ctr.labels['Ierr'][point]), str(ctr.labels['Ibgr'][point]),
str(ctr.corr_params[point].get('geom')),
str(ctr.corr_params[point].get('beam_slits')),
str(ctr.corr_params[point].get('det_slits')),
str(ctr.corr_params[point].get('sample')),
str(ctr.corr_params[point].get('scale')), str(bad_flag),
ctr.I[point], ctr.Ierr[point], ctr.Ibgr[point], ctr.ctot[point],
ctr.F[point], ctr.Ferr[point], alp, bet)
self.components.SetData.text = header1
self.components.PointData.text = header2
#
(intpar, corrpar) = ctr_data.get_params(ctr, point)
self.init_IntParamList(params=intpar)
self.init_CorrParamList(params=corrpar)
#
if ctr.scan_type[point] == 'image':
(immax, im_max) = self.image_max()
self.components.ImaxSlider.min = 0
self.components.ImaxSlider.max = int(immax)
if im_max == -1:
self.components.Imax.text = '-1'
self.components.ImaxSlider.value = int(immax)
else:
self.components.Imax.text = str(im_max)
self.components.ImaxSlider.value = int(im_max)
if DEBUG: print "Update gui time(s)", time.time() - tm1
def update_gui_from_ctr(self,):
"""
update gui from a ctr data instance
"""
#
if DEBUG: tm1 = time.time()
#
ctr = self.get_ctr()
if ctr == None: return
npts = len(ctr.L)
pnts = range(npts)
self.init_PointNum(pnts=pnts)
self.init_AnchorPointNum(pnts=pnts)
#
point = int(self.components.PointNum.text)
set = self.set
if point in ctr.bad:
bad_flag = True
else:
bad_flag = False
# try to get alpha and beta angles
try:
alp = "%6.3f" % ctr.get_corr(point).gonio.pangles['alpha']
bet = "%6.3f" % ctr.get_corr(point).gonio.pangles['beta']
except:
alp = ''
bet = ''
try:
sname = str(ctr.get_scan_name(point))
except:
sname = ''
header1 = SET_HEADER % (str(len(ctr.L)),str(set))
header2 = POINT_HEADER % (str(point),
ctr.H[point],ctr.K[point],ctr.L[point],
str(ctr.scan_type[point]),
sname,
str(ctr.labels['I'][point]),
str(ctr.labels['Inorm'][point]),
str(ctr.labels['Ierr'][point]),
str(ctr.labels['Ibgr'][point]),
str(ctr.corr_params[point].get('geom')),
str(ctr.corr_params[point].get('beam_slits')),
str(ctr.corr_params[point].get('det_slits')),
str(ctr.corr_params[point].get('sample')),
str(ctr.corr_params[point].get('scale')),
str(bad_flag),
ctr.I[point],ctr.Ierr[point],ctr.Ibgr[point],
ctr.ctot[point],ctr.F[point],ctr.Ferr[point],
alp, bet)
self.components.SetData.text = header1
self.components.PointData.text = header2
#
(intpar,corrpar) = ctr_data.get_params(ctr,point)
self.init_IntParamList(params=intpar)
self.init_CorrParamList(params=corrpar)
#
if ctr.scan_type[point] == 'image':
(immax,im_max) = self.image_max()
self.components.ImaxSlider.min = 0
self.components.ImaxSlider.max = int(immax)
if im_max == -1:
self.components.Imax.text = '-1'
self.components.ImaxSlider.value = int(immax)
else:
self.components.Imax.text = str(im_max)
self.components.ImaxSlider.value = int(im_max)
if DEBUG: print "Update gui time(s)", time.time()-tm1
