(Part 2/3) Project 3D part to plane#2002
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antonysigma
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| # Expected DXF output to be identical to SVG output | ||
| exportSVG3rdAngleProjection(drilled, "") | ||
| exportDXF3rdAngleProjection(drilled, "") |
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Help wanted to move this example code to examples/ folder.
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| cq.exporters.exportDXF( | ||
| visible_edges, | ||
| f"{prefix}{name}.dxf", | ||
| doc_units=6, | ||
| ) |
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OK, let's get this going. @antonysigma could you run our version of black in the codebase? |
Simulate the API from Build123d `project_to_viewpoint`: Given a 3D vector representing the camera position pointing at the origin `(0,0,0)`, render all visible edges/arcs/splines representing the outline of the 3D part projected to the camera. Also render all hidden edges/arcs/splines. Provide and example script `tests/test_projection.py` where a generic part (A bracket with rounded corners and a countersunk hole) is projected to top view, side view, front view, and orthogonal view, and then exported to DXF 2D drawings. Reference: https://build123d.readthedocs.io/en/latest/tech_drawing_tutorial.html
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Done running |
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Simulate the API from Build123d
project_to_viewpoint: Given a 3D vector representing the camera position pointing at the origin(0,0,0), render all visible edges/arcs/splines representing the outline of the 3D part projected to the camera.Also render all hidden edges/arcs/splines.
Provide and example script
tests/test_projection.pywhere a generic part (A bracket with rounded corners and a countersunk hole) is projected to top view, side view, front view, and orthogonal view, and then exported to DXF 2D drawings.Reference: https://build123d.readthedocs.io/en/latest/tech_drawing_tutorial.html
Expected output from
tests/test_projection.py:Follow-up of MR #2001 .
Related to: #122, #1767