def addIsoSurface(self, isoData, isoValue=0):
print "Add Isosurface"
# Create the 3D extractor
self._isoExtract, bbox, self._iso_description = VisusFunctions.create3dExtractor(
isoData)
# Attach the extractor to the passed in slice
self._root.attachSubTree(self._isoExtract, True)
# Create the isosurface
surface = VisusIsoSurface.construct()
# Create the mesh display
display = VisusMeshDisplay.construct()
display.normalIndex(3)
self._isoExtract.attachSubTree(surface)
surface.attachSubTree(display)
# Connect the output of the extractor to the input of each surface node
if not surface.connectIso(self._isoExtract):
raise RuntimeError("unable to connect extractor1 as surface input")
if not display.connectInput(surface):
raise RuntimeError("unable to connect surface as display input")
# Set the isosurface
iso = VisusIsoValue(isoValue)
surface.setValue(iso)
def addIsoSurface( self, isoData, isoValue=0 ):
print "Add Isosurface"
# Create the 3D extractor
self._isoExtract, bbox, self._iso_description = VisusFunctions.create3dExtractor( isoData )
# Attach the extractor to the passed in slice
self._root.attachSubTree(self._isoExtract, True)
# Create the isosurface
surface = VisusIsoSurface.construct()
# Create the mesh display
display = VisusMeshDisplay.construct()
display.normalIndex(3)
self._isoExtract.attachSubTree(surface)
surface.attachSubTree(display)
# Connect the output of the extractor to the input of each surface node
if not surface.connectIso(self._isoExtract):
raise RuntimeError("unable to connect extractor1 as surface input")
if not display.connectInput(surface):
raise RuntimeError("unable to connect surface as display input")
# Set the isosurface
iso = VisusIsoValue(isoValue)
surface.setValue(iso)
def setData(self, dataArray, usrAttribs=dict()):
# If the user passed in attributes, use those
if (usrAttribs):
self._attribs = usrAttribs
# Create the extractor, description and update the attributes
self._extractor, self._bbox, self._attribs, self._descrip = VisusFunctions.createExtractor(
dataArray, self._attribs)
# Set the bounding box of the root
self._root.setValue(self._bbox)
def setData( self,dataArray,usrAttribs=dict() ):
# If the user passed in attributes, use those
if(usrAttribs):
self._attribs = usrAttribs
# Create the extractor, description and update the attributes
self._extractor, self._bbox, self._attribs, self._descrip = VisusFunctions.createExtractor(dataArray,
self._attribs)
# Set the bounding box of the root
self._root.setValue(self._bbox)
slice2.scaleSlice(0.0, -0.25)
slice2.translateSlice(0, 12)
# Change the colormap
slice1.setColorMap(bry())
slice2.setColorMap(bry())
# create a colorbar (use just one for the collection)
slice1.createColorBar()
# Change the data on the slices
slice2.moveDataRequest(0.2)
# Animate the data
descriptors = []
attributes = []
attribute = dict()
for i in range(0,cl.shape[0]):
d = VisusFunctions.constructDataDescriptor(cl[i],attribute)
descriptors.append(d)
for x in range(1):
for i in range(len(descriptors)):
d = descriptors[i]
old = d
slice1.getExtractor().setValue(d)
slice2.getExtractor().setValue(d)
time.sleep(1)
print "GoodBye!"
slice2.scaleSlice(0.0, -0.25)
slice2.translateSlice(0, 12)
# Change the colormap
slice1.setColorMap(bry())
slice2.setColorMap(bry())
# create a colorbar (use just one for the collection)
slice1.createColorBar()
# Change the data on the slices
slice2.moveDataRequest(0.2)
# Animate the data
descriptors = []
attributes = []
attribute = dict()
for i in range(0, cl.shape[0]):
d = VisusFunctions.constructDataDescriptor(cl[i], attribute)
descriptors.append(d)
for x in range(1):
for i in range(len(descriptors)):
d = descriptors[i]
old = d
slice1.getExtractor().setValue(d)
slice2.getExtractor().setValue(d)
time.sleep(1)
print "GoodBye!"