template <typename value_type, typename curve_type>
func value_type get_value_from_curve(float percent, value_type default_value, s_sarray<curve_type, 8> curve)
{
	m_timed_function();
	curve_type left = zero;
	curve_type right = zero;
	if(curve.count == 0) {
		left = zero;
		left.value = default_value;
		right = left;
	}
	else if(curve.count == 1) {
		left = curve[0];
		right = left;
	}
	else {
		for(int point_i = 0; point_i < curve.count - 1; point_i++) {
			auto a = curve[point_i];
			auto b = curve[point_i + 1];
			if(percent >= a.percent && percent <= b.percent) {
				left = a;
				right = b;
			}
		}
	}
	value_type left_value = left.value;
	value_type right_value = right.value;

	float bar = ilerp(left.percent, right.percent, percent);
	switch(left.curve_type) {
		case e_curve_type_linear: {

		} break;
		case e_curve_type_ease_in: {
			bar = powf(bar, 4);
		} break;
		case e_curve_type_ease_out: {
			bar = powf(bar, 0.25f);
		} break;
		case e_curve_type_instant: {
			bar = 0;
		} break;

		invalid_default_case;
	}

	return lerp(left_value, right_value, bar);
}