An implementation of jarvis hull and quick hull for creating a convex hull. And a bezier curve implementation from this python repo Bezier.py
Generates a convex hull based on randomly placed points.
import hull "hullcurve"
import "core:math/rand"
main :: proc() {
a := make([][2]f32, 10)
defer delete(a)
for &p in a {
x := rand.float32_range(0, 1000)
y := rand.float32_range(0, 1000)
p = [2]f32{x, y}
}
hull_points := hull.jarvishull(a, len(a))
defer delete(hull_points)
}
Generates a curve, in this case using the convex hull to create a curved hull
import hull "hullcurve"
import "core:math/rand"
main :: proc() {
a := make([][2]f32, 10)
defer delete(a)
for &p in a {
x := rand.float32_range(0, 1000)
y := rand.float32_range(0, 1000)
p = [2]f32{x, y}
}
hull_points := hull.jarvishull(a, len(a))
curve_points := hull.bezier_curve(hull_points, 0)
defer delete(hull_points)
defer delete(curve_points
}