CU::Vector4<float> temp = aCamera.myOrientation.GetTranslation();
		CU::Vector3<float>toCamera(temp.x, temp.y, temp.z);

		CU::Vector3<float> reverseLightDir = aLightSource.LightDir * -1.f;
		CU::Vector3<float> colors(myPoints[i]->myColor.r, myPoints[i]->myColor.g, myPoints[i]->myColor.b);

		float Diffuse = Dot(myPoints[i]->myNormal, reverseLightDir);
		ColorClamp(Diffuse);
		CU::Vector3<float> DiffuseVector = colors * aLightSource.LightColor * Diffuse;

		CU::Vector3<float> halfvector = (toCamera + reverseLightDir);
		Normalize(halfvector);

		float specular = Dot(halfvector, myPoints[i]->myNormal);
		ColorClamp(specular);

		CU::Vector3<float> specularVector = colors * pow(specular, aLightSource.specularpower);

		colors = DiffuseVector + specularVector;

		ColorClamp(colors.r);
		ColorClamp(colors.g);
		ColorClamp(colors.b);

		hgeColor aColor(myPoints[i]->myColor.r, myPoints[i]->myColor.g, myPoints[i]->myColor.b, 1);

		CU::Vector4<float> normal = (CU::Vector4<float>(myPoints[i]->myNormal.x,
			myPoints[i]->myNormal.y, myPoints[i]->myNormal.z, 0)
			* toWorldMatrix)* aCamera.GetInverse();

		aColor.r = colors.r;
		aColor.g = colors.g;
		aColor.b = colors.b;


		/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
		CU::Vector4<float> cameraPoint(myPoints[i]->GetPosition().x, myPoints[i]->GetPosition().y, myPoints[i]->GetPosition().z, 1.f);

		cameraPoint *= toWorldMatrix;
		cameraPoint *= aCamera.GetInverse();
		cameraPoint *= CreateProjectionMatrixLH(0.001f, 100.f, 800.f / 600.f, 3.1415f / 180.f * 90.f);