openscad/dotSCAD
1
0
Fork 0
mirror of https://github.com/JustinSDK/dotSCAD.git synced 2025-08-11 09:14:29 +02:00
Code Issues Releases Wiki Activity

rename

Browse Source
This commit is contained in:
Justin Lin
2021-06-27 08:44:43 +08:00
parent caf29ff9aa
commit 1d437f53b4
2 changed files with 12 additions and 12 deletions
Download Patch File Download Diff File Expand all files Collapse all files

6
src/surface/sf_solidify_tri.scad → src/surface/sf_solidifyT.scad
View File

@@ -4,7 +4,7 @@ use <../util/set/hashset_add.scad>;
use <../util/set/hashset_del.scad>; use <../util/set/hashset_del.scad>;
use <../util/set/hashset_elems.scad>; use <../util/set/hashset_elems.scad>;
module sf_solidify_tri(points1, points2, triangles) { module sf_solidifyT(points1, points2, triangles) {
// triangles : counter-clockwise // triangles : counter-clockwise
leng = len(points1); leng = len(points1);
assert(leng == len(points2), "The length of points1 must equal to the length of points2"); assert(leng == len(points2), "The length of points1 must equal to the length of points2");
@@ -59,7 +59,7 @@ use <triangle/tri_delaunay.scad>;
use <triangle/tri_delaunay_indices.scad>; use <triangle/tri_delaunay_indices.scad>;
use <triangle/tri_delaunay_shapes.scad>; use <triangle/tri_delaunay_shapes.scad>;
use <surface/sf_solidify_tri.scad>; use <surface/sf_solidifyT.scad>;
points = [for(i = [0:50]) rands(-200, 200, 2)]; points = [for(i = [0:50]) rands(-200, 200, 2)];
@@ -77,6 +77,6 @@ for(t = shapes) {
pts = [for(p = points) [p[0], p[1], rands(100, 150, 1)[0]]]; pts = [for(p = points) [p[0], p[1], rands(100, 150, 1)[0]]];
pts2 = [for(p = pts) [p[0], p[1], p[2] - 10]]; pts2 = [for(p = pts) [p[0], p[1], p[2] - 10]];
sf_solidify_tri(pts, pts2, triangles = indices); sf_solidifyT(pts, pts2, triangles = indices);
*/ */

18
src/surface/sf_thicken_tri.scad → src/surface/sf_thickenT.scad
View File

@@ -2,10 +2,10 @@ use <../util/sort.scad>;
use <../util/find_index.scad>; use <../util/find_index.scad>;
use <../util/slice.scad>; use <../util/slice.scad>;
use <../util/sum.scad>; use <../util/sum.scad>;
use <../surface/sf_solidify_tri.scad>; use <../surface/sf_solidifyT.scad>;
use <../triangle/tri_delaunay.scad>; use <../triangle/tri_delaunay.scad>;
module sf_thicken_tri(points, thickness, triangles = undef, direction = "BOTH") { module sf_thickenT(points, thickness, triangles = undef, direction = "BOTH") {
// triangles : counter-clockwise // triangles : counter-clockwise
real_triangles = is_undef(triangles) ? tri_delaunay([for(p = points) [p[0], p[1]]]) : triangles; real_triangles = is_undef(triangles) ? tri_delaunay([for(p = points) [p[0], p[1]]]) : triangles;
@@ -82,17 +82,17 @@ module sf_thicken_tri(points, thickness, triangles = undef, direction = "BOTH")
half_thickness = thickness / 2; half_thickness = thickness / 2;
pts1 = points + vertex_normals * half_thickness; pts1 = points + vertex_normals * half_thickness;
pts2 = points - vertex_normals * half_thickness; pts2 = points - vertex_normals * half_thickness;
sf_solidify_tri(pts1, pts2, real_triangles); sf_solidifyT(pts1, pts2, real_triangles);
} }
else if(direction == "FORWARD") { else if(direction == "FORWARD") {
pts1 = points + vertex_normals * thickness; pts1 = points + vertex_normals * thickness;
pts2 = points; pts2 = points;
sf_solidify_tri(pts1, pts2, real_triangles); sf_solidifyT(pts1, pts2, real_triangles);
} }
else { else {
pts1 = points; pts1 = points;
pts2 = points - vertex_normals * thickness; pts2 = points - vertex_normals * thickness;
sf_solidify_tri(pts1, pts2, real_triangles); sf_solidifyT(pts1, pts2, real_triangles);
} }
} }
} }
@@ -103,7 +103,7 @@ use <triangle/tri_delaunay.scad>;
use <triangle/tri_delaunay_indices.scad>; use <triangle/tri_delaunay_indices.scad>;
use <triangle/tri_delaunay_shapes.scad>; use <triangle/tri_delaunay_shapes.scad>;
use <surface/sf_thicken_tri.scad>; use <surface/sf_thickenT.scad>;
points = [for(i = [0:50]) rands(-200, 200, 2)]; points = [for(i = [0:50]) rands(-200, 200, 2)];
@@ -120,7 +120,7 @@ for(tri = shapes) {
pts = [for(p = points) [p[0], p[1], rands(100, 120, 1)[0]]]; pts = [for(p = points) [p[0], p[1], rands(100, 120, 1)[0]]];
thickness = 5; thickness = 5;
sf_thicken_tri(pts, thickness, indices); sf_thickenT(pts, thickness, indices);
*/ */
@@ -129,11 +129,11 @@ use <triangle/tri_delaunay.scad>;
use <triangle/tri_delaunay_indices.scad>; use <triangle/tri_delaunay_indices.scad>;
use <triangle/tri_delaunay_shapes.scad>; use <triangle/tri_delaunay_shapes.scad>;
use <surface/sf_thicken_tri.scad>; use <surface/sf_thickenT.scad>;
points = [for(i = [0:50]) rands(-200, 200, 3)]; points = [for(i = [0:50]) rands(-200, 200, 3)];
pts = [for(p = points) [p[0], p[1], rands(100, 120, 1)[0]]]; pts = [for(p = points) [p[0], p[1], rands(100, 120, 1)[0]]];
thickness = 5; thickness = 5;
sf_thicken_tri(pts, thickness); sf_thickenT(pts, thickness);
*/ */