private void CreateWaterPlaneSplash(Ray ray)
{
if (ray.Direction.Z >= 0)
return;
foreach (WaterPlane waterPlane in WaterPlane.Instances)
{
//check by plane
Plane plane = new Plane(Vec3.ZAxis, waterPlane.Position.Z);
float scale;
if (!plane.LineIntersection(ray.Origin, ray.Origin + ray.Direction, out scale))
continue;
Vec3 pos = ray.GetPointOnRay(scale);
//check by bounds
Rect bounds2 = new Rect(waterPlane.Position.ToVec2());
bounds2.Expand(waterPlane.Size * .5f);
if (!bounds2.IsContainsPoint(pos.ToVec2()))
continue;
//create splash
waterPlane.CreateSplash(WaterPlaneType.SplashTypes.Bullet, pos);
}
}
void CreateWaterPlaneSplash()
{
float influenceRadius = Type.Radius * .75f;
foreach( WaterPlane waterPlane in WaterPlane.Instances )
{
//check by height
if( Position.Z + influenceRadius < waterPlane.Position.Z )
continue;
if( Position.Z - influenceRadius > waterPlane.Position.Z )
continue;
//check by bounds
Rect bounds2 = new Rect( waterPlane.Position.ToVec2() );
bounds2.Expand( waterPlane.Size * .5f );
if( !bounds2.IsContainsPoint( Position.ToVec2() ) )
continue;
//check by physics
float height = Position.Z + .01f;
float waterHeight = waterPlane.Position.Z;
Ray ray = new Ray( new Vec3( Position.X, Position.Y, height ),
new Vec3( 0, 0, waterHeight - height ) );
if( ray.Direction.Z != 0 )
{
RayCastResult result = PhysicsWorld.Instance.RayCast(
ray, (int)ContactGroup.CastOnlyContact );
if( result.Shape != null )
continue;
}
//create splash
waterPlane.CreateSplash( WaterPlaneType.SplashTypes.Explosion,
new Vec3( Position.X, Position.Y, waterPlane.Position.Z ) );
}
}