def recalcHist(self, i, postponeToIdle):
if postponeToIdle:
self.recalcHist_todo_Set.add(i)
return
img = self.data[ tuple(self.zsec) ][i]
from . import useful as U
mmms = U.mmms( img )
self.mmms[i] = mmms
#time import time
#time x = time.clock()
# print mmms
from . import useful as U
if self.hist_arr[i] is not None:
#glSeb import time
#glSeb x = time.clock()
# print U.mmms(self.hist_arr[i]),
U.histogram(img, amin=self.hist_min[i], amax=self.hist_max[i], histArr=self.hist_arr[i])
# print U.mmms(self.hist_arr[i])
self.hist[i].setHist(self.hist_arr[i], self.hist_min[i], self.hist_max[i])
#glSeb print "ms: %.2f"% ((time.clock()-x)*1000.0)
## FIXME setHist needs to NOT alloc xArray every time !!!
else:
resolution = 10000
a_h = U.histogram(img, resolution, mmms[0], mmms[1])
self.hist[i].setHist(a_h, mmms[0], mmms[1])
def recalcHist(self, i, postponeToIdle):
if postponeToIdle:
self.recalcHist_todo_Set.add(i)
return
img = self.data[tuple(self.zsec)][i]
from . import useful as U
mmms = U.mmms(img)
self.mmms[i] = mmms
#time import time
#time x = time.clock()
# print mmms
from . import useful as U
if self.hist_arr[i] is not None:
#glSeb import time
#glSeb x = time.clock()
# print U.mmms(self.hist_arr[i]),
U.histogram(img,
amin=self.hist_min[i],
amax=self.hist_max[i],
histArr=self.hist_arr[i])
# print U.mmms(self.hist_arr[i])
self.hist[i].setHist(self.hist_arr[i], self.hist_min[i],
self.hist_max[i])
#glSeb print "ms: %.2f"% ((time.clock()-x)*1000.0)
## FIXME setHist needs to NOT alloc xArray every time !!!
else:
resolution = 10000
a_h = U.histogram(img, resolution, mmms[0], mmms[1])
self.hist[i].setHist(a_h, mmms[0], mmms[1])
def recalcHist(self, triggeredFromIdle):
if not triggeredFromIdle:
self.recalcHist_todo_Set.add(0)
return
#CHECK img = self.viewer.m_imgArr
img = self.img
from . import useful as U
mmms = U.mmms( img )
self.mmms = mmms
#time import time
#time x = time.clock()
# print mmms
if self.hist_arr is not None:
#glSeb import time
#glSeb x = time.clock()
if sys.platform.startswith('linux'): # 20180712 win SIM error
wx.Yield() # 20180406 dileptus linux
U.histogram(img, amin=self.hist_min, amax=self.hist_max, histArr=self.hist_arr)
self.hist.setHist(self.hist_arr, self.hist_min, self.hist_max)
#glSeb print "ms: %.2f"% ((time.clock()-x)*1000.0)
## FIXME setHist needs to NOT alloc xArray every time !!!
else:
# self.viewer.m_imgChanged = True
# self.viewer.Refresh(False)
#20040915(OverflowError: float too large to convert) resolution = int(mmms[1]-mmms[0]+2)
#20040915if resolution > 10000:
#20040915 resolution = 10000
#20040915elif resolution < 1000: #CHECK
#20040915 resolution = 10000 # CHECK
resolution = 10000
a_h = U.histogram(img, resolution, mmms[0], mmms[1])
# self.hist.setHist(a_h, mmms[0], mmms[1])
self.recalcHist__a_h = a_h
self.recalcHist__Done = 1
#time print "recalcHist ms: %.2f"% ((time.clock()-x)*1000.0)
#20171225 py2to3
if wx.VERSION[0] <= 3:
mainthread = wx.Thread_IsMain()
elif wx.VERSION[0] >= 4:
mainthread = wx.IsMainThread()
if mainthread:#wx.IsMainThread():#Thread_IsMain():
self.hist.setHist(self.recalcHist__a_h,
self.mmms[0],
self.mmms[1])
else:
wx.PostEvent(self.frame, self.__class__.ResultEvent(None))
def recalcHist(self, triggeredFromIdle):
if not triggeredFromIdle:
self.recalcHist_todo_Set.add(0)
return
#CHECK img = self.viewer.m_imgArr
img = self.img
from . import useful as U
mmms = U.mmms(img)
self.mmms = mmms
#time import time
#time x = time.clock()
# print mmms
if self.hist_arr is not None:
#glSeb import time
#glSeb x = time.clock()
wx.Yield() # 20180406 dileptus
U.histogram(img,
amin=self.hist_min,
amax=self.hist_max,
histArr=self.hist_arr)
self.hist.setHist(self.hist_arr, self.hist_min, self.hist_max)
#glSeb print "ms: %.2f"% ((time.clock()-x)*1000.0)
## FIXME setHist needs to NOT alloc xArray every time !!!
else:
# self.viewer.m_imgChanged = True
# self.viewer.Refresh(False)
#20040915(OverflowError: float too large to convert) resolution = int(mmms[1]-mmms[0]+2)
#20040915if resolution > 10000:
#20040915 resolution = 10000
#20040915elif resolution < 1000: #CHECK
#20040915 resolution = 10000 # CHECK
resolution = 10000
a_h = U.histogram(img, resolution, mmms[0], mmms[1])
# self.hist.setHist(a_h, mmms[0], mmms[1])
self.recalcHist__a_h = a_h
self.recalcHist__Done = 1
#time print "recalcHist ms: %.2f"% ((time.clock()-x)*1000.0)
#20171225 py2to3
if wx.IsMainThread(): #Thread_IsMain():
self.hist.setHist(self.recalcHist__a_h, self.mmms[0],
self.mmms[1])
else:
wx.PostEvent(self.frame, self.__class__.ResultEvent(None))