ref: 84d01c3ac4bae4ddae787c298f49ac96957d372a
parent: 57373e4d56945d7c8b7ce85becf1440e58e3a604
author: rodri <[email protected]>
date: Sat Oct 19 07:43:22 EDT 2024
med: remove ptin(cone|cylinder) (now part of libgeometry.)
--- a/med.c
+++ b/med.c
@@ -122,54 +122,6 @@
return Pt3(q.i, q.j, q.k, w);
}
-/*
- * p is the point to test
- * p0 and p1 are the centers of the circles at each end of the cylinder
- * r is the radius of these circles
- */
-int
-ptincylinder(Point3 p, Point3 p0, Point3 p1, double r)
-{- Point3 p01, p0p, p1p;
- double h;
-
- p01 = subpt3(p1, p0);
- p0p = subpt3(p, p0);
- p1p = subpt3(p, p1);
- h = vec3len(p01);
-
- if(h == 0)
- return 0;
-
- return dotvec3(p0p, p01) >= 0 &&
- dotvec3(p1p, p01) <= 0 &&
- vec3len(crossvec3(p0p, p01))/h <= r;
-}
-
-/*
- * p is the point to test
- * p0 is the apex
- * p1 is the center of the base
- * br is the radius of the base
- */
-int
-ptincone(Point3 p, Point3 p0, Point3 p1, double br)
-{- Point3 p01, p0p;
- double h, d, r;
-
- p01 = subpt3(p1, p0);
- p0p = subpt3(p, p0);
- h = vec3len(p01);
- d = dotvec3(p0p, normvec3(p01));
-
- if(h == 0 || d < 0 || d > h)
- return 0;
-
- r = d/h * br;
- return vec3len(crossvec3(p0p, p01))/h <= r;
-}
-
static Point
randptfromrect(Rectangle *r)
{