Viewer Example

Example of using Viewer

import os
from meshlib import mrmeshpy as mm
from meshlib import mrviewerpy as mv
 
# Load mesh
mesh = mm.loadMesh("mesh.stl")
 
# Setup parameters
params = mm.OffsetParameters()
params.voxelSize = mesh.computeBoundingBox().diagonal() * 5e-3  # offset grid precision (algorithm is voxel based)
if mm.findRightBoundary(mesh.topology).empty():
    params.signDetectionMode = mm.SignDetectionMode.HoleWindingRule  # use if you have holes in mesh
 
# Make offset mesh
offset = mesh.computeBoundingBox().diagonal() * 0.05
result_mesh = mm.offsetMesh(mesh, offset, params)
 
 
mv.launch() # a window will be opened
mv.addMeshToScene(mesh, "Mesh 1") # show initial mesh
mv.Viewer().preciseFitDataViewport() # fit viewer to the mesh
mv.selectByName("Mesh 1")
 
mv.Viewer().preciseFitDataViewport() # fit viewer to the mesh
mv.Viewer().showSceneTree(True) # enables Scene Tree in Viewer window
# user can manipulate with viewer window while this python is on pause
os.system("pause")
 
# remove all objects from scene
mv.clearScene()
 
# add offset mesh to scene
mv.addMeshToScene(result_mesh, "Mesh Offset")
mv.selectByName("Mesh Offset")
mv.Viewer().showSceneTree(False) # disables Scene Tree in Viewer window
# user can manipulate with viewer window while this python is on pause
os.system("pause")
 
# close viewer window nicely
mv.Viewer().shutdown()
os.system("pause")

Viewer with scene tree

Viewer without scene tree

Note

Unfortunately viewer now does not work on macOS