Hi all,
I am using Linux and last csv version of Paraview (3.7)
I have 2 Pyphon script which animate a cylinder either with or without scalar
opacity.
When I use "pvserver" on one CPU, both work well.
If I use "mpirun -np 4 pvserver" to work on four cpu, I saw a color problem
when I use script with scalar opacity.
I don't understand why.
I link the scipts in my email.
Thanks in advance for your kind help.
Regards,
Jona
from paraview.simple import *
Connect('localhost')
reader = servermanager.sources.LegacyVTKReader(FileNames='wavelet.vtk')
Show(reader)
dp = GetDisplayProperties(reader)
# Create LUT
dp.LookupTable = MakeBlueToRedLT(37.35, 276)
# Set array to color by
dp.ColorAttributeType = 'POINT_DATA'
dp.ColorArrayName = 'RTData'
dp.Representation = 'Volume'
Render()
camera = GetActiveCamera()
camera.Elevation(25)
#ResetCamera()
# find view object
view = GetActiveView()
# Create an animation scene
scene = servermanager.animation.AnimationScene()
# Add the view to the scene
scene.ViewModules = [view]
# Set the number of frame in one loop.
scene.NumberOfFrames = 100
# Create an animation cue for the camera. This represents the "track" shown in cuethe Animation View.
cue = servermanager.animation.CameraAnimationCue()
cue.AnimatedProxy = [view]
# Add this cue to the scene.
scene.Cues = [cue]
# Now create keyframes. Let's say we are going to orbit around the object.
camera = view.GetActiveCamera()
num_of_keyframes = 10
listKeyframe = []
for i in range(0, num_of_keyframes):
camera.Azimuth(360.0/num_of_keyframes)
keyframe = servermanager.animation.CameraKeyFrame()
# set the value of the key frame to the current camera location.
keyframe.KeyTime = i*1.0/num_of_keyframes
keyframe.Position = camera.GetPosition()
keyframe.FocalPoint = camera.GetFocalPoint()
keyframe.ViewUp = camera.GetViewUp()
keyframe.ViewAngle = camera.GetViewAngle()
listKeyframe.append(keyframe)
#cue.KeyFrames.append(keyframe) because 'append' don't exist for this object
cue.KeyFrames = listKeyframe
# Play the animation
scene.Play()
from paraview.simple import *
Connect('localhost')
reader = servermanager.sources.LegacyVTKReader(FileNames='wavelet.vtk')
Show(reader)
dp = GetDisplayProperties(reader)
# Create LUT
dp.LookupTable = MakeBlueToRedLT(37.35, 276)
# Set array to color by
dp.ColorAttributeType = 'POINT_DATA'
dp.ColorArrayName = 'RTData'
#dp.Representation = 'Volume'
#Render()
# Register PiecewiseFunction if not already available.
if not "PiecewiseFunction" in dir(servermanager.rendering):
servermanager.createModule("piecewise_functions", servermanager.rendering)
# Setup opacity function
opacity_func = servermanager.rendering.PiecewiseFunction()
opacity_func.Points = [37.35, 0, 276.82, 0.5]
dp.ScalarOpacityFunction = opacity_func
dp.Representation = 'Volume'
Render()
camera = GetActiveCamera()
camera.Elevation(25)
#ResetCamera()
# find view object
view = GetActiveView()
# Create an animation scene
scene = servermanager.animation.AnimationScene()
# Add the view to the scene
scene.ViewModules = [view]
# Set the number of frame in one loop.
scene.NumberOfFrames = 100
# Create an animation cue for the camera. This represents the "track" shown in cuethe Animation View.
cue = servermanager.animation.CameraAnimationCue()
cue.AnimatedProxy = [view]
# Add this cue to the scene.
scene.Cues = [cue]
# Now create keyframes. Let's say we are going to orbit around the object.
camera = view.GetActiveCamera()
num_of_keyframes = 10
listKeyframe = []
for i in range(0, num_of_keyframes):
camera.Azimuth(360.0/num_of_keyframes)
keyframe = servermanager.animation.CameraKeyFrame()
# set the value of the key frame to the current camera location.
keyframe.KeyTime = i*1.0/num_of_keyframes
keyframe.Position = camera.GetPosition()
keyframe.FocalPoint = camera.GetFocalPoint()
keyframe.ViewUp = camera.GetViewUp()
keyframe.ViewAngle = camera.GetViewAngle()
listKeyframe.append(keyframe)
#cue.KeyFrames.append(keyframe) because 'append' don't exist for this object
cue.KeyFrames = listKeyframe
# Play the animation
scene.Play()
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