No doubt, we can someday ask to "rtf chat gpt answer before opening a new issue ticket complaining the documentation is missing"!
In #pythonocc-7.4.0, #jupyter #3d #CAD renderer has been improved: better visualization, axes, grid, basic operations directly available from UI (inertia, oriented or aligned bounding box etc.)
#pythonocc current dev: changes to the STEP names and color import algorithm. Updated the #STEP to #X3D converter as well. Check CAx Implementor Forum sample online at bit.ly/2AR6lYg @Web3DConsortium The STEP to X3D Translation wiki entry should be changed accordingly
CAD in a @ProjectJupyter notebook using #pythonocc Episode 3: import a #3D fan #STEP file (credit grabcad.com/library/motor-ve…), meshed using the latest #Gmsh mesher, #BRep geometry and #mesh rendered using #pythreejs
CAD in a @ProjectJupyter notebook using #pythonocc Episode 2: vertex normals, colors, edge renderig, basic selection mechanism - thanks @aothms youtu.be/ieX_GC1sdrQ
#pythonocc development wip: rendering a #CAD #STEP file in a #jupyter notebook @JupyterProject. Using the wonderful #pythreejs library, thanks @SylvainCorlay et al. Not released yet in #pythonocc, check the online preview at bit.ly/2l0AElZ Merry #Christmas !
Generating a BREP heightmap from a greyscale bitmap. Not a business use case. Just for fun, experimenting filling wires using BSpline surfaces with #pythonocc
Raytracing rendering merged into #pythonocc dev master branch
#3d model inspection using clipping planes #pythonocc-0.18 feature
WIP clipping planes visualization in #pythonocc youtu.be/qZhkGUvdAZU
try online this #CAD 280Mb #STEP file exported to #threejs #webgl bit.ly/2jasvdL click and hit the 't' key Have fun! @Web3D2017















