Bezier Library For OpenScad 3D Printer Model

Author: @
License: CC0
File formats: scad,stl
Download type: zip
Size:507.2KB

The file 'Bezier Library For OpenScad 3D Printer Model' is (scad,stl) file type, size is 507.2KB.

Summary

IMPORTANT This library is not user friendly. It a lot easier to use with the SVG to OpenSCAD InkScape extension.
See: https://www.thingiverse.com/thing:2805184

Another useful tool to create incredible models with OpenSCAD. I added a module to create a single polygon from a list of points and bezier handles.

The modules provided by the original version (http://www.thingiverse.com/thing:8483) are nice when we are trying to control how the polygon will be split into triangles, but they are not useful when trying to create a polygon to use with rotate_extrude.

The only modifications I made to the original library is to add the module bezier_polygon to create a single polygon from a list of point, and I fixed a few deprecated usages.

[2017-03-13] I updated the BezPolygon module. I added a boolean parameter to show the points and bezier handles. Those are quite useful when drawing a complex polygon manually, or when editing one. This feature is not intended to be used for render.

[2017-03-19] I changed the "drawHandle" parameter (boolean) for "handleOpacity" (value from 0 to 1, default 0). I found it more useful that way.

[2017-03-24] Added BezPolygonCoordinates function which returns an array of coordinates that can be used to create a polygon. I added this function because I could not find a way to send a polygon as a parameter to a module or another function. Polygons can't be stored in a variable, but an array of coordinates can.
NOTE: I just discover the children() function which does exactly what I wanted, thanks to Kintel (#openscad on irc.freenode.net). I don't need BezPolygonCoordinates anymore, but I will leave it there because it may become useful at some point.

[2018-02-25] Uploaded v2, with fixed module names and improved comments

[2019-07-20] Added bezier_stroke

bezier_v2.scad 3.4KB
demo_heart.stl 3.8MB
demo_v2.scad 560.0B