# b uses the Original Model geometry in imported or native to Space Claim # m1 uses the Deformed Model in STL (Exported from Mechanical) # m0 uses the Original Model in STL (Exported from Mechanical) M1=GetRootPart().ĬustomMethods.WarpBodyByMeshNew(b,m0,m1,False,0.00001) The deformed mesh, exported from Ansys MechanicalĬopy and Paste in the code below (This SpaceClaim 2021R1) (Copying the comment lines beginning with “#”is optional)įrom .Internal import CustomMethods.The undeformed mesh, exported from Ansys Mechanical.To start, open SpaceClaim and import the following objects (making sure that they all share the same coordinate system and origin): With some of the Python scripts available in Ansys SpaceClaim, this process is quite easy.

Checking for clearance or fit within a larger top-level assembly, using the deformed shape for additional simulation or physics, or using the deformed components in a production model could be a reason why a user would seek to create solid geometry from their deformed mesh. Quite often, engineers need to set up a model not by using ideal or undeformed geometry but by using a geometry that has been deformed as the result of structural loading.

Ansys spaceclaim named selection