Reduce the burden of mathematics when playing OpenSCAD.
Based on OpenSCAD 2019.05.
OpenSCAD uses three library locations, the installation library, built-in library, and user defined libraries. It's convenient to set OPENSCADPATH. Check Setting OPENSCADPATH in OpenSCAD User Manual/Libraries for details.
Every module or function is located in the file which has the same name as the module or the function. For example, if you want to use the line2d module to draw a line, use <line2d.scad>; first.
use <line2d.scad>;
line2d(p1 = [0, 0], p2 = [5, 0], width = 1);
Some module files are organized in a directory. For example, px_circle.scad exists in pixel directory. You have to prefix the directory name when including px_circle.
use <pixel/px_circle.scad>;
points = px_circle(radius = 10);
for(pt = points) {
translate(pt) square(1);
}
See examples.
- arc
- pie
- rounded_square
- line2d
- polyline2d
- hull_polyline2d
- hexagons
- polytransversals
- multi_line_text
- voronoi2d
- rounded_cube
- rounded_cylinder
- crystal_ball
- line3d
- polyline3d
- hull_polyline3d
- function_grapher
- sweep
- loft
- starburst
- voronoi3d
- cross_sections
- paths2sections
- path_scaling_sections
- bezier_surface
- bezier_smooth
- midpt_smooth
- in_polyline
- shape_taiwan
- shape_arc
- shape_pie
- shape_circle
- shape_ellipse
- shape_square
- shape_trapezium
- shape_cyclicpolygon
- shape_pentagram
- shape_starburst
- shape_superformula
- shape_glued2circles
- shape_path_extend
- path_extrude
- ring_extrude
- helix_extrude
- golden_spiral_extrude
- archimedean_spiral_extrude
- sphere_spiral_extrude
- util/sub_str
- util/split_str
- util/parse_number
- util/reverse
- util/slice
- util/sort
- util/rand
- util/fibseq
- util/bsearch
- util/has
- util/dedup
- util/flat
- matrix/m_cumulate
- matrix/m_translation
- matrix/m_rotation
- matrix/m_scaling
- matrix/m_mirror
- matrix/m_shearing
- ptf/ptf_rotate
- ptf/ptf_x_twist
- ptf/ptf_y_twist
- ptf/ptf_circle
- ptf/ptf_bend
- ptf/ptf_ring
- ptf/ptf_sphere
- ptf/ptf_torus
- pixel/px_line
- pixel/px_polyline
- pixel/px_circle
- pixel/px_cylinder
- pixel/px_sphere
- pixel/px_polygon
- pixel/px_from
- pixel/px_ascii
- pixel/px_gray
- surface/sf_square
- surface/sf_bend
- surface/sf_ring
- surface/sf_sphere
- surface/sf_torus
- surface/sf_solidify
- noise/nz_perlin1
- noise/nz_perlin1s
- noise/nz_perlin2
- noise/nz_perlin2s
- noise/nz_perlin3
- noise/nz_perlin3s
- noise/nz_worley2
- noise/nz_worley2s
- noise/nz_worley3
- noise/nz_worley3s
- noise/nz_cell
- voxel/vx_line
- voxel/vx_polyline
- voxel/vx_circle
- voxel/vx_cylinder
- voxel/vx_sphere
- voxel/vx_polygon
- voxel/vx_from
- voxel/vx_ascii
- voxel/vx_gray
- voxel/vx_union
- voxel/vx_intersection
- voxel/vx_difference
- voronoi/vrn2_from
- voronoi/vrn2_space
- voronoi/vrn2_cells_from
- voronoi/vrn2_cells_space
- voronoi/vrn3_from
- voronoi/vrn3_space
For bugs, questions and discussions please use the Github Issues.
I've been using OpenSCAD for years. Some of my works include reusable implementations so I elaborate them into this library.
The idea of the name dotSCAD comes from the filename extension ".scad" of OpenSCAD.