openscad/BOSL2
1
0
Fork 0
mirror of https://github.com/revarbat/BOSL2.git synced 2025-08-01 14:00:30 +02:00
Code Issues Projects Releases Wiki Activity

Moved trig functions to trigonometry.scad

Browse Source
This commit is contained in:
Garth Minette
2021-09-11 02:29:07 -07:00
parent 4c19981e97
commit 444fc57267
5 changed files with 433 additions and 483 deletions
Download Patch File Download Diff File Expand all files Collapse all files

75
tests/test_geometry.scad
View File

@@ -19,19 +19,6 @@ test_line_intersection();
test_line_closest_point();
//test_ray_closest_point(); // should add this type of case
test_line_from_points();
test_tri_calc();
//test_hyp_opp_to_adj();
//test_hyp_ang_to_adj();
//test_opp_ang_to_adj();
//test_hyp_adj_to_opp();
//test_hyp_ang_to_opp();
//test_adj_ang_to_opp();
//test_adj_opp_to_hyp();
//test_adj_ang_to_hyp();
//test_opp_ang_to_hyp();
//test_hyp_adj_to_ang();
//test_hyp_opp_to_ang();
//test_adj_opp_to_ang();
test_plane3pt();
test_plane3pt_indexed();
test_plane_from_normal();
@@ -587,68 +574,6 @@ module test_circle_point_tangents() {
*test_circle_point_tangents();
module test_tri_calc() {
sides = rands(1,100,100,seed_value=8888);
for (p=pair(sides,true)) {
opp = p[0];
adj = p[1];
hyp = norm([opp,adj]);
ang = acos(adj/hyp);
ang2 = 90-ang;
expected = [adj, opp, hyp, ang, ang2];
assert(approx(tri_calc(adj=adj, hyp=hyp), expected));
assert(approx(tri_calc(opp=opp, hyp=hyp), expected));
assert(approx(tri_calc(adj=adj, opp=opp), expected));
assert(approx(tri_calc(adj=adj, ang=ang), expected));
assert(approx(tri_calc(opp=opp, ang=ang), expected, eps=1e-8));
assert(approx(tri_calc(hyp=hyp, ang=ang), expected));
assert(approx(tri_calc(adj=adj, ang2=ang2), expected));
assert(approx(tri_calc(opp=opp, ang2=ang2), expected, eps=1e-8));
assert(approx(tri_calc(hyp=hyp, ang2=ang2), expected));
}
}
*test_tri_calc();
module test_tri_functions() {
sides = rands(1,100,100,seed_value=8181);
for (p = pair(sides,true)) {
adj = p.x;
opp = p.y;
hyp = norm([opp,adj]);
ang = atan2(opp,adj);
assert_approx(hyp_opp_to_adj(hyp,opp), adj);
assert_approx(hyp_ang_to_adj(hyp,ang), adj);
assert_approx(opp_ang_to_adj(opp,ang), adj);
assert_approx(hyp_adj_to_opp(hyp,adj), opp);
assert_approx(hyp_ang_to_opp(hyp,ang), opp);
assert_approx(adj_ang_to_opp(adj,ang), opp);
assert_approx(adj_opp_to_hyp(adj,opp), hyp);
assert_approx(adj_ang_to_hyp(adj,ang), hyp);
assert_approx(opp_ang_to_hyp(opp,ang), hyp);
assert_approx(hyp_adj_to_ang(hyp,adj), ang);
assert_approx(hyp_opp_to_ang(hyp,opp), ang);
assert_approx(adj_opp_to_ang(adj,opp), ang);
}
}
*test_tri_functions();
module test_hyp_opp_to_adj() nil(); // Covered in test_tri_functions()
module test_hyp_ang_to_adj() nil(); // Covered in test_tri_functions()
module test_opp_ang_to_adj() nil(); // Covered in test_tri_functions()
module test_hyp_adj_to_opp() nil(); // Covered in test_tri_functions()
module test_hyp_ang_to_opp() nil(); // Covered in test_tri_functions()
module test_adj_ang_to_opp() nil(); // Covered in test_tri_functions()
module test_adj_opp_to_hyp() nil(); // Covered in test_tri_functions()
module test_adj_ang_to_hyp() nil(); // Covered in test_tri_functions()
module test_opp_ang_to_hyp() nil(); // Covered in test_tri_functions()
module test_hyp_adj_to_ang() nil(); // Covered in test_tri_functions()
module test_hyp_opp_to_ang() nil(); // Covered in test_tri_functions()
module test_adj_opp_to_ang() nil(); // Covered in test_tri_functions()
module test_plane3pt() {
assert_approx(plane3pt([0,0,20], [0,10,10], [0,0,0]), [1,0,0,0]);
assert_approx(plane3pt([2,0,20], [2,10,10], [2,0,0]), [1,0,0,2]);

42
tests/test_trigonometry.scad Normal file
View File

@@ -0,0 +1,42 @@
include <../std.scad>
module test_tri_functions() {
sides = rands(1,100,100,seed_value=8181);
for (p = pair(sides,true)) {
adj = p.x;
opp = p.y;
hyp = norm([opp,adj]);
ang = atan2(opp,adj);
assert_approx(hyp_ang_to_adj(hyp,ang), adj);
assert_approx(opp_ang_to_adj(opp,ang), adj);
assert_approx(hyp_adj_to_opp(hyp,adj), opp);
assert_approx(hyp_ang_to_opp(hyp,ang), opp);
assert_approx(adj_ang_to_opp(adj,ang), opp);
assert_approx(adj_opp_to_hyp(adj,opp), hyp);
assert_approx(adj_ang_to_hyp(adj,ang), hyp);
assert_approx(opp_ang_to_hyp(opp,ang), hyp);
assert_approx(hyp_adj_to_ang(hyp,adj), ang);
assert_approx(hyp_opp_to_ang(hyp,opp), ang);
assert_approx(adj_opp_to_ang(adj,opp), ang);
}
}
*test_tri_functions();
module test_hyp_opp_to_adj() nil(); // Covered in test_tri_functions()
module test_hyp_ang_to_adj() nil(); // Covered in test_tri_functions()
module test_opp_ang_to_adj() nil(); // Covered in test_tri_functions()
module test_hyp_adj_to_opp() nil(); // Covered in test_tri_functions()
module test_hyp_ang_to_opp() nil(); // Covered in test_tri_functions()
module test_adj_ang_to_opp() nil(); // Covered in test_tri_functions()
module test_adj_opp_to_hyp() nil(); // Covered in test_tri_functions()
module test_adj_ang_to_hyp() nil(); // Covered in test_tri_functions()
module test_opp_ang_to_hyp() nil(); // Covered in test_tri_functions()
module test_hyp_adj_to_ang() nil(); // Covered in test_tri_functions()
module test_hyp_opp_to_ang() nil(); // Covered in test_tri_functions()
module test_adj_opp_to_ang() nil(); // Covered in test_tri_functions()
// vim: expandtab tabstop=4 shiftwidth=4 softtabstop=4 nowrap