static float GetPredictedMissileTravelTime(GameObject* source, Vector2 sourcePosition, float missileDelay, float missileSpeed)
	{
		if (missileSpeed > 0 && missileSpeed < FLT_MAX)
		{
			auto minionPosition = source->Position;
			if (source->IsMoving())
			{
				auto pathEndPosition = source->GetPathController()->GetNavigationPath()->EndPosition;
				auto direction = (pathEndPosition - minionPosition).Normalized();
				auto totalPathLength = pathEndPosition.Distance(minionPosition);
				auto delayDistance = missileDelay * source->MoveSpeed;
				if (delayDistance <= totalPathLength)
				{
					auto positionAfterDelay = minionPosition + direction * delayDistance;
					auto bAngle = Angle((positionAfterDelay - sourcePosition).Normalized(), direction);
					auto sinB = sin(bAngle);
					auto sinC = sin(source->MoveSpeed / missileSpeed * sinB);
					auto cAngle = asin(sinC);
					auto aAngle = M_PI - bAngle - cAngle;
					if (aAngle >= 0)
					{
						auto startDistance = positionAfterDelay.Distance(sourcePosition);
						auto sinA = sin(aAngle);
						auto playerDistance = (float)(sinC / sinA * startDistance);
						auto predictedPos = positionAfterDelay + direction * playerDistance;
						minionPosition = playerDistance + delayDistance <= totalPathLength ? predictedPos : pathEndPosition;
					}
					else
					{
						minionPosition = pathEndPosition;
					}
				}
				else
				{
					minionPosition = pathEndPosition;
				}
			}

			return sourcePosition.Distance(minionPosition) / missileSpeed;
		}

		return 0.0f;
	}