2014-12-21 01:43:53 +01:00
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2014-12-14 23:42:18 +01:00
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2014-12-21 01:43:53 +01:00
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`unfold` reads a binary STL file on standard input and generates a
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SVG that contains the triangles "folded flat" so that they can be
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laser cut. It will output multiple groups in the SVG file that
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will need to be re-arranged to fit on the laser cutter bed.
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More info: https://trmm.net/Unfolding_STL
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2015-01-05 01:30:09 +01:00
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This is a work in progress -- it is not yet feature complete. Current features:
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* Collision detection works to build a non-overlapping set of triangles.
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* Coplanar triangles will be merged if possible.
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* Mountain/valley folds are marked. Dashed line means valley fold.
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* Starting face can be selected or randomly chosen; some produce better results than others.
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* `stl-convert` script can convert OpenSCAD ASCII STL files into binary STL files for `unfold` to process.
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2014-12-21 01:43:53 +01:00
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Among the features that it could use:
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* A better heuristic for finding the maximum non-overlaping set of triangles
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(Currently breadth-first search is used, with a slight preference for coplanar
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triangles)
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* Tabs for securing parts together.
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* Collapsing of very small or very thin triangles.
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2015-01-26 04:36:43 +01:00
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`wireframe` reads a binary STL file on standard input and generates an
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OpenSCAD file that has each vertex replaced with a 3D printable
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connector to create a large-scale version of the object.
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More info: https://trmm.net/Wireframe
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This is very beta! It desperately needs some command line options and
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some smarts in labeling the connectors, especially if the structure
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is not regular. Also, it does not detect intersections between
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beams or if the nodes are too close together.
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