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Finished adding regressions for coords.scad

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Revar Desmera
2019-11-10 12:33:50 -08:00
parent 902fb3e2cd
commit 20e2008077
2 changed files with 127 additions and 2 deletions
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127
tests/test_coords.scad
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@@ -121,7 +121,132 @@ module test_xy_to_polar() {
test_xy_to_polar();
cube();
module test_project_plane() {
assert(approx(project_plane([-5,0,-5], [-10,0,-10], [0,0,0], [0,-10,-10]),[0,10*sqrt(2)/2]));
assert(approx(project_plane([0,-5,-5], [-10,0,-10], [0,0,0], [0,-10,-10]),[6.12372, 10.6066],eps=1e-5));
}
test_project_plane();
module test_lift_plane() {
assert(approx(lift_plane([0,10*sqrt(2)/2], [-10,0,-10], [0,0,0], [0,-10,-10]),[-5,0,-5]));
assert(approx(lift_plane([6.12372, 10.6066], [-10,0,-10], [0,0,0], [0,-10,-10]),[0,-5,-5],eps=1e-5));
}
test_lift_plane();
module test_cylindrical_to_xyz() {
assert(approx(cylindrical_to_xyz(100,90,10),[0,100,10]));
assert(approx(cylindrical_to_xyz(100,270,-10),[0,-100,-10]));
assert(approx(cylindrical_to_xyz(100,-90,-10),[0,-100,-10]));
assert(approx(cylindrical_to_xyz(100,180,0),[-100,0,0]));
assert(approx(cylindrical_to_xyz(100,0,0),[100,0,0]));
assert(approx(cylindrical_to_xyz(100,45,10),[100*sqrt(2)/2,100*sqrt(2)/2,10]));
assert(approx(cylindrical_to_xyz([100,90,10]),[0,100,10]));
assert(approx(cylindrical_to_xyz([100,270,-10]),[0,-100,-10]));
assert(approx(cylindrical_to_xyz([100,-90,-10]),[0,-100,-10]));
assert(approx(cylindrical_to_xyz([100,180,0]),[-100,0,0]));
assert(approx(cylindrical_to_xyz([100,0,0]),[100,0,0]));
assert(approx(cylindrical_to_xyz([100,45,10]),[100*sqrt(2)/2,100*sqrt(2)/2,10]));
}
test_cylindrical_to_xyz();
module test_xyz_to_cylindrical() {
assert(approx(xyz_to_cylindrical(0,100,10),[100,90,10]));
assert(approx(xyz_to_cylindrical(0,-100,-10),[100,-90,-10]));
assert(approx(xyz_to_cylindrical(-100,0,0),[100,180,0]));
assert(approx(xyz_to_cylindrical(100,0,0),[100,0,0]));
assert(approx(xyz_to_cylindrical(100*sqrt(2)/2,100*sqrt(2)/2,10),[100,45,10]));
assert(approx(xyz_to_cylindrical([0,100,10]),[100,90,10]));
assert(approx(xyz_to_cylindrical([0,-100,-10]),[100,-90,-10]));
assert(approx(xyz_to_cylindrical([-100,0,0]),[100,180,0]));
assert(approx(xyz_to_cylindrical([100,0,0]),[100,0,0]));
assert(approx(xyz_to_cylindrical([100*sqrt(2)/2,100*sqrt(2)/2,10]),[100,45,10]));
}
test_xyz_to_cylindrical();
module test_spherical_to_xyz() {
assert(approx(spherical_to_xyz(100,90,45),100*[0,sqrt(2)/2,sqrt(2)/2]));
assert(approx(spherical_to_xyz(100,270,45),100*[0,-sqrt(2)/2,sqrt(2)/2]));
assert(approx(spherical_to_xyz(100,-90,45),100*[0,-sqrt(2)/2,sqrt(2)/2]));
assert(approx(spherical_to_xyz(100,90,90),100*[0,1,0]));
assert(approx(spherical_to_xyz(100,-90,90),100*[0,-1,0]));
assert(approx(spherical_to_xyz(100,180,90),100*[-1,0,0]));
assert(approx(spherical_to_xyz(100,0,90),100*[1,0,0]));
assert(approx(spherical_to_xyz(100,0,0),100*[0,0,1]));
assert(approx(spherical_to_xyz(100,0,180),100*[0,0,-1]));
assert(approx(spherical_to_xyz([100,90,45]),100*[0,sqrt(2)/2,sqrt(2)/2]));
assert(approx(spherical_to_xyz([100,270,45]),100*[0,-sqrt(2)/2,sqrt(2)/2]));
assert(approx(spherical_to_xyz([100,-90,45]),100*[0,-sqrt(2)/2,sqrt(2)/2]));
assert(approx(spherical_to_xyz([100,90,90]),100*[0,1,0]));
assert(approx(spherical_to_xyz([100,-90,90]),100*[0,-1,0]));
assert(approx(spherical_to_xyz([100,180,90]),100*[-1,0,0]));
assert(approx(spherical_to_xyz([100,0,90]),100*[1,0,0]));
assert(approx(spherical_to_xyz([100,0,0]),100*[0,0,1]));
assert(approx(spherical_to_xyz([100,0,180]),100*[0,0,-1]));
}
test_spherical_to_xyz();
module test_xyz_to_spherical() {
assert(approx(xyz_to_spherical(0, 100*sqrt(2)/2,100*sqrt(2)/2),[100, 90,45]));
assert(approx(xyz_to_spherical(0,-100*sqrt(2)/2,100*sqrt(2)/2),[100,-90,45]));
assert(approx(xyz_to_spherical( 0, 100, 0),[100, 90, 90]));
assert(approx(xyz_to_spherical( 0,-100, 0),[100,-90, 90]));
assert(approx(xyz_to_spherical(-100, 0, 0),[100,180, 90]));
assert(approx(xyz_to_spherical( 100, 0, 0),[100, 0, 90]));
assert(approx(xyz_to_spherical( 0, 0, 100),[100, 0, 0]));
assert(approx(xyz_to_spherical( 0, 0,-100),[100, 0,180]));
assert(approx(xyz_to_spherical([0, 100*sqrt(2)/2,100*sqrt(2)/2]),[100, 90,45]));
assert(approx(xyz_to_spherical([0,-100*sqrt(2)/2,100*sqrt(2)/2]),[100,-90,45]));
assert(approx(xyz_to_spherical([ 0, 100, 0]),[100, 90, 90]));
assert(approx(xyz_to_spherical([ 0,-100, 0]),[100,-90, 90]));
assert(approx(xyz_to_spherical([-100, 0, 0]),[100,180, 90]));
assert(approx(xyz_to_spherical([ 100, 0, 0]),[100, 0, 90]));
assert(approx(xyz_to_spherical([ 0, 0, 100]),[100, 0, 0]));
assert(approx(xyz_to_spherical([ 0, 0,-100]),[100, 0,180]));
}
test_xyz_to_spherical();
module test_altaz_to_xyz() {
assert(approx(altaz_to_xyz( 0, 0,100),[ 0,100, 0]));
assert(approx(altaz_to_xyz( 90, 0,100),[ 0, 0, 100]));
assert(approx(altaz_to_xyz(-90, 0,100),[ 0, 0,-100]));
assert(approx(altaz_to_xyz( 0, 90,100),[ 100, 0, 0]));
assert(approx(altaz_to_xyz( 0,-90,100),[-100, 0, 0]));
assert(approx(altaz_to_xyz( 45, 90,100),[100*sqrt(2)/2,0,100*sqrt(2)/2]));
assert(approx(altaz_to_xyz(-45, 90,100),[100*sqrt(2)/2,0,-100*sqrt(2)/2]));
assert(approx(altaz_to_xyz([ 0, 0,100]),[ 0,100, 0]));
assert(approx(altaz_to_xyz([ 90, 0,100]),[ 0, 0, 100]));
assert(approx(altaz_to_xyz([-90, 0,100]),[ 0, 0,-100]));
assert(approx(altaz_to_xyz([ 0, 90,100]),[ 100, 0, 0]));
assert(approx(altaz_to_xyz([ 0,-90,100]),[-100, 0, 0]));
assert(approx(altaz_to_xyz([ 45, 90,100]),[100*sqrt(2)/2,0,100*sqrt(2)/2]));
assert(approx(altaz_to_xyz([-45, 90,100]),[100*sqrt(2)/2,0,-100*sqrt(2)/2]));
}
test_altaz_to_xyz();
module test_xyz_to_altaz() {
assert(approx(xyz_to_altaz( 0,100, 0),[ 0, 0,100]));
assert(approx(xyz_to_altaz( 0, 0, 100),[ 90, 0,100]));
assert(approx(xyz_to_altaz( 0, 0,-100),[-90, 0,100]));
assert(approx(xyz_to_altaz( 100, 0, 0),[ 0, 90,100]));
assert(approx(xyz_to_altaz(-100, 0, 0),[ 0,-90,100]));
assert(approx(xyz_to_altaz(100*sqrt(2)/2,0,100*sqrt(2)/2),[ 45, 90,100]));
assert(approx(xyz_to_altaz(100*sqrt(2)/2,0,-100*sqrt(2)/2),[-45, 90,100]));
assert(approx(xyz_to_altaz([ 0,100, 0]),[ 0, 0,100]));
assert(approx(xyz_to_altaz([ 0, 0, 100]),[ 90, 0,100]));
assert(approx(xyz_to_altaz([ 0, 0,-100]),[-90, 0,100]));
assert(approx(xyz_to_altaz([ 100, 0, 0]),[ 0, 90,100]));
assert(approx(xyz_to_altaz([-100, 0, 0]),[ 0,-90,100]));
assert(approx(xyz_to_altaz([100*sqrt(2)/2,0,100*sqrt(2)/2]),[ 45, 90,100]));
assert(approx(xyz_to_altaz([100*sqrt(2)/2,0,-100*sqrt(2)/2]),[-45, 90,100]));
}
test_xyz_to_altaz();
// vim: noexpandtab tabstop=4 shiftwidth=4 softtabstop=4 nowrap

2
version.scad
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@@ -8,7 +8,7 @@
//////////////////////////////////////////////////////////////////////
BOSL_VERSION = [2,0,24];
BOSL_VERSION = [2,0,25];
// Section: BOSL Library Version Functions