FVector2D FRTSHelpers::Project(FVector WorldPosition, ULocalPlayer* Player)
{
	FVector2D retVal = FVector2D::ZeroVector;
	if (Player != NULL && Player->ViewportClient != NULL && Player->ViewportClient->Viewport != NULL && Player->PlayerController != NULL)
	{
		FSceneViewProjectionData ProjectionData;
		if (Player->GetProjectionData(Player->ViewportClient->Viewport, eSSP_FULL, /*out*/ ProjectionData))
		{
			FMatrix viewProjectionMatrix = ProjectionData.ViewMatrix * ProjectionData.ProjectionMatrix;
						
			float testx = viewProjectionMatrix.M[0][0] * WorldPosition.X + viewProjectionMatrix.M[1][0] * WorldPosition.Y + viewProjectionMatrix.M[2][0] * WorldPosition.Z + viewProjectionMatrix.M[3][0];
			float testy = viewProjectionMatrix.M[0][1] * WorldPosition.X + viewProjectionMatrix.M[1][1] * WorldPosition.Y + viewProjectionMatrix.M[2][1] * WorldPosition.Z + viewProjectionMatrix.M[3][1];
			float testw = viewProjectionMatrix.M[0][3] * WorldPosition.X + viewProjectionMatrix.M[1][3] * WorldPosition.Y + viewProjectionMatrix.M[2][3] * WorldPosition.Z + viewProjectionMatrix.M[3][3];
			
			//FPlane Result = viewProjectionMatrix.TransformFVector4(FVector4(WorldPosition, 1));
			//float testx = Result.X;
			//float testy = Result.Y;
			//float testw = Result.W;

			FIntRect theViewRect = ProjectionData.GetViewRect();

			retVal.X = (int)((((1 + (testx / testw)) / 2.f) * theViewRect.Width()) + 0.5f);
			retVal.Y = (int)((((1 - (testy / testw)) / 2.f) * theViewRect.Height()) + 0.5f);
		}
	}
	return retVal;
}