def OnAnalyse(self, evt):
"""
starts actual image analysis
@param evt: incoming event from caller
"""
if self.analysispanel.Validate():
params = self.analysispanel.GetParams()
else:
return
params.update(self.imgpanel.GetParams())
params.update(self.imgconfpanel.GetParams())
### testing if 'cancel' was pressed somewhere or
### errors when converting from string to float while loading (None is returned)
try:
pressures, pressacc, scale, aver = self.GetExtraUserData(
params['fromnames'], len(params['images']))
except (TypeError): # catching type error
return
out, extra_out = features.locate(params)
geometrydata, mesg = analysis.get_geometry(out)
if mesg:
self.OnError(mesg)
return
avergeom = analysis.averageImages(aver, **geometrydata)
geometryframe = geometry.GeometryFrame(self, -1, avergeom)
geometryframe.Show()
tensionframe = tension.TensionsFrame(self, -1, pressures, pressacc,
scale, avergeom)
tensionframe.Show()
evt.Skip()
def OnOpen(self, evt):
fileDlg = wx.FileDialog(
self,
message='Choose hand-measured geometry file...',
wildcard=DATWILDCARD,
style=wx.FD_OPEN)
if fileDlg.ShowModal() != wx.ID_OK:
fileDlg.Destroy()
return
filename = fileDlg.GetPath()
fileDlg.Destroy()
self.folder = os.path.dirname(filename)
self.SetWindowTitle(os.path.basename(self.folder),
os.path.basename(filename))
measured, mesg = load.read_geometry_simple(filename)
if not measured:
self.OnError(mesg)
return
geometrydata, mesg = analysis.get_geometry(measured)
if mesg:
self.OnError(mesg)
return
self.userdata = self.GetExtraUserData(len(measured['asps'][0]))
aver = self.userdata[-1]
self.data = analysis.averageImages(aver, **geometrydata)
self.Draw()
evt.Skip()
def OnAnalyse(self, evt):
"""
starts actual image analysis
@param evt: incoming event from caller
"""
if self.analysispanel.Validate():
params = self.analysispanel.GetParams()
else:
return
params.update(self.imgpanel.GetParams())
params.update(self.imgconfpanel.GetParams())
### testing if 'cancel' was pressed somewhere or
### errors when converting from string to float while loading (None is returned)
try:
pressures, pressacc, scale, aver = self.GetExtraUserData(params['fromnames'], len(params['images']))
except(TypeError): # catching type error
return
out, extra_out = features.locate(params)
geometrydata, mesg = analysis.get_geometry(out)
if mesg:
self.OnError(mesg)
return
avergeom = analysis.averageImages(aver, **geometrydata)
geometryframe = geometry.GeometryFrame(self, -1, avergeom)
geometryframe.Show()
tensionframe = tension.TensionsFrame(self, -1, pressures, pressacc, scale, avergeom)
tensionframe.Show()
evt.Skip()
def OnOpen(self, evt):
fileDlg = wx.FileDialog(self, message='Choose hand-measured geometry file...',
wildcard=DATWILDCARD, style=wx.FD_OPEN)
if fileDlg.ShowModal() != wx.ID_OK:
fileDlg.Destroy()
return
filename = fileDlg.GetPath()
fileDlg.Destroy()
self.folder = os.path.dirname(filename)
self.SetWindowTitle(os.path.basename(self.folder), os.path.basename(filename))
measured, mesg = load.read_geometry_simple(filename)
if not measured:
self.OnError(mesg)
return
geometrydata, mesg = analysis.get_geometry(measured)
if mesg:
self.OnError(mesg)
return
self.userdata = self.GetExtraUserData(len(measured['asps'][0]))
aver = self.userdata[-1]
self.data = analysis.averageImages(aver, **geometrydata)
self.Draw()
evt.Skip()
