case Reflective:
			searchClosestHit(shadowRay, hRec); //Checks point to lightsource for shadowing spheres
			if (hRec.anyHit == true && scene->spheres[hRec.primIndex].type != Reflective_and_Refractive) //if transparent we wont shade
			{
				color = CalculateLight(sphere, P, ray, lightReflection, lightDirection, N, true); //if true we stop phong model at ambient
			}
			else
			{
				color = CalculateLight(sphere, P, ray, lightReflection, lightDirection, N, false);
			}

			searchClosestHit(reflectionRay, hRec);
			if (hRec.anyHit == true)
			{
				reflectedColor = RayCasting(reflectionRay, scene->spheres[hRec.primIndex], hRec.tHit, rayJump + 1);

				if (reflectedColor.x < 0 || reflectedColor.y < 0 || reflectedColor.z < 0)
					cout << "NegativeColor!";
			}
			color *= (1.f - sphere.reflectiveIndex);
			color += reflectedColor * sphere.reflectiveIndex;