def __updateGUIWithIntegrationResult(self, integrationProcess):
colormap = self.__defaultColorMap
self.__plot2d.setDefaultColormap(colormap)
# Add a marker for each rings on the plots
ringAngles = integrationProcess.ringAngles()
for legend in self.__ringLegends:
self.__plot1d.removeMarker(legend)
self.__plot2d.removeMarker(legend)
self.__ringLegends = []
colors = utils.getFreeColorRange(self.__plot2d.getDefaultColormap())
for i, angle in enumerate(ringAngles):
legend = "ring_%i" % (i + 1)
color = colors[i % len(colors)]
htmlColor = "#%02X%02X%02X" % (color.red(), color.green(),
color.blue())
self.__plot1d.addXMarker(x=angle, color=htmlColor, legend=legend)
self.__plot2d.addXMarker(x=angle, color=htmlColor, legend=legend)
self.__ringLegends.append(legend)
# FIXME set axes
result1d = integrationProcess.result1d()
if hasattr(self.__plot1d, "addHistogram"):
# silx >= 0.5
# Removing item fixes bug in silx 0.5 when histogram data changed
self.__plot1d.remove(legend="result1d", kind="histogram")
self.__plot1d.addHistogram(legend="result1d",
align="right",
edges=result1d.radial,
color="blue",
histogram=result1d.intensity)
else:
# older
self.__plot1d.addCurve(legend="result1d",
x=result1d.radial,
y=result1d.intensity)
# Assume that axes are linear
result2d = integrationProcess.result2d()
origin = (result2d.radial[0], result2d.azimuthal[0])
scaleX = (result2d.radial[-1] -
result2d.radial[0]) / result2d.intensity.shape[1]
scaleY = (result2d.azimuthal[-1] -
result2d.azimuthal[0]) / result2d.intensity.shape[0]
self.__plot2d.addImage(legend="result2d",
data=result2d.intensity,
origin=origin,
scale=(scaleX, scaleY),
colormap=colormap)
def __updateGUIWithIntegrationResult(self, integrationProcess):
colormap = self.__defaultColorMap
self.__plot2d.setDefaultColormap(colormap)
# Add a marker for each rings on the plots
ringAngles = integrationProcess.ringAngles()
for legend in self.__ringLegends:
self.__plot1d.removeMarker(legend)
self.__plot2d.removeMarker(legend)
self.__ringLegends = []
colors = utils.getFreeColorRange(self.__plot2d.getDefaultColormap())
for i, angle in enumerate(ringAngles):
legend = "ring_%i" % (i + 1)
color = colors[i % len(colors)]
htmlColor = "#%02X%02X%02X60" % (color.red(), color.green(), color.blue())
self.__plot1d.addXMarker(x=angle, color=htmlColor, legend=legend)
self.__plot2d.addXMarker(x=angle, color=htmlColor, legend=legend)
self.__ringLegends.append(legend)
# FIXME set axes
result1d = integrationProcess.result1d()
if hasattr(self.__plot1d, "addHistogram"):
# silx >= 0.5
# Removing item fixes bug in silx 0.5 when histogram data changed
self.__plot1d.remove(legend="result1d", kind="histogram")
self.__plot1d.addHistogram(
legend="result1d",
align="right",
edges=result1d.radial,
color="blue",
histogram=result1d.intensity)
else:
# older
self.__plot1d.addCurve(
legend="result1d",
x=result1d.radial,
y=result1d.intensity)
# Assume that axes are linear
result2d = integrationProcess.result2d()
origin = (result2d.radial[0], result2d.azimuthal[0])
scaleX = (result2d.radial[-1] - result2d.radial[0]) / result2d.intensity.shape[1]
scaleY = (result2d.azimuthal[-1] - result2d.azimuthal[0]) / result2d.intensity.shape[0]
self.__plot2d.addImage(
legend="result2d",
data=result2d.intensity,
origin=origin,
scale=(scaleX, scaleY),
colormap=colormap)
def createMarkerColors(self):
colormap = self.getDefaultColormap()
return utils.getFreeColorRange(colormap)
def createMarkerColors(self):
colormap = self.getDefaultColormap()
return utils.getFreeColorRange(colormap)