private void Start()
{
generateTerrain(detailLevel, spikiness);
cloudPos = iniCloudPos;
VerletTurkey.setInitialTurkeySpeed(turkeySpeed);
turkeys.Add(new VerletTurkey(0.015f, wallWidth + wallStart, terrainStart));
turkeys.Add(new VerletTurkey(0.015f, wallWidth + wallStart, terrainStart));
turkeys.Add(new VerletTurkey(0.015f, wallWidth + wallStart, terrainStart));
turkeys.Add(new VerletTurkey(0.015f, wallWidth + wallStart, terrainStart));
turkeys.Add(new VerletTurkey(0.015f, wallWidth + wallStart, terrainStart));
}
void intersectTurkeyWithScene(VerletTurkey turkey)
{
foreach (VerletPoint p in turkey.points)
{
if (p.pos.y <= 0)
{
turkey.displace(new Vector3(0, -p.pos.y, 0));
if (turkey.inAir)
{
turkey.ground();
}
}
if (p.pos.y >= mountainTopY)
{
//turkey.displace(new Vector3(currWindForce * Time.deltaTime * 0.01f, 0, 0));
//p.pos.x += currWindForce * Time.deltaTime * 0.01f;
}
// Cannonballs are sufficiently large releative to line-segment length in turkeys that we don't need to check
// intersection with line segments, only points
for (int i = 0; i < cannonballs.Count; i++)
{
Cannonball c = cannonballs[i];
if (pointInCircle(p.pos, c.centre, c.radius))
{
//Prevent the turkeys from getting too fast
float velX = Mathf.Clamp(c.velocity.x / 250, -turkeySpeed * 0.5f, turkeySpeed * 0.5f);
turkey.addExternalVelocity(new Vector3(velX, 0.0f));
cannonballs.RemoveAt(i);
i--;
continue;
}
}
}
//foreach (VerletConstraint c in turkey.constraints) c.resolve();
}
