if objPath is not None:
triangles = dc.TriangleLoader()
triangles.setScale(scale)
triangles.setCenter(bary)
triangles.addFromObj(objPath)
positions, indices, normals = triangles.get()
wgb.addTriangleDataset(positions, indices, normals, "Context", scale)
# Finally, add the track data
wgb.addTrajectoryDataset(tracks, attributes, names, "Trajectories", scale)
# Add states (to the last dataset, which is the trajectory set)
if addBundled is not None:
tm.addAttributeAngleToStart()
bundler = dc.EdgeBundler(tracks)
bundler.estimateDefaultValues()
bundler.runEdgeBundlingOpenCl()
tracksBundled = bundler.getResult()
wgb.addTrajectoryDatasetState(tracksBundled, "bundled")
if addState2 is not None:
tracks, attributes, names = loaderState2.get()
wgb.addTrajectoryDatasetState(tracks, "state2", attributes)
if addXYZAxes is not None:
wgb.addXYZAxes(float(tickDistance) * float(scale))
if addCustomAxes is not None:
print("Add custom axes")
wgb.addCustomAxes(addCustomAxes, csvSep, csvNoHeader)
