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import net.iximeow.raytrace._
import Objects._
object main extends App {
// val mirror = Scene(Scene.generateMirror(10, 60, Raymath.toRadians(180), Point(0, 0), 0))
val offset = Point(0.0, -9)
val mirror = Scene(Scene.generateParabola(-0.9, -0.0075, 16, 0, 42, Point(0, 14), 0) :+ Segment.fromPoints(
Point(-0.5, 0.5) + offset,
Point(0.5, -0.5) + offset
))
// val mirror = Scene(Seq(Segment(4, -4, Point(-2, 2))))
//val ray = mirror.cast(Ray(0, 2, Point(0.8, -1)), 4)
mirror.render(scale = 20, color = 0xc0c0c0, normals = true)
//for (segment <- ray) {
// segment.renderTo(mirror.buffer, 20, 400, 300)
//}
/*
for (i <- -4 to 4 by 1) {
for (segment <- mirror.cast(Ray(i / 2.0, 2, Point(0.8, -1)), 4)) {
segment.renderTo(mirror.buffer, 20, 400, 300)
}
}
*/
def rays(number: Int, spacing: Double, centerpoint: Point, direction: Point): Seq[Ray] = {
(0 until number).map { i =>
val x = (i.toDouble - number.toDouble / 2) * spacing
val y = 0
val dx = direction.x
// * Math.cos((i.toDouble - number.toDouble) / (number.toDouble / 4))
val dy = direction.y
Ray(dx, dy, Point(x, y) + centerpoint)
}
}
rays(63, 0.165, Point(-0, -10), Point(0.0, 2))
.flatMap(x => mirror.cast(x, 30))
.map(_.renderTo(mirror.buffer, 20, 400, 300))
//println(ray)
mirror.save()
}
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