slot0 = rawget
slot2 = type
slot3 = Mathf
slot4 = {}
slot5 = tolua.initget(slot4)

function slot4.__index(slot0, slot1)
	if uv0(uv1, slot1) == nil and uv0(uv2, slot1) ~= nil then
		return slot2(slot0)
	end

	return slot2
end

function slot4.__call(slot0, slot1, slot2, slot3, slot4)
	return uv0({
		r = slot1 or 0,
		g = slot2 or 0,
		b = slot3 or 0,
		a = slot4 or 1
	}, uv1)
end

function slot4.New(slot0, slot1, slot2, slot3)
	return uv0({
		r = slot0 or 0,
		g = slot1 or 0,
		b = slot2 or 0,
		a = slot3 or 1
	}, uv1)
end

function slot4.Set(slot0, slot1, slot2, slot3, slot4)
	slot0.r = slot1
	slot0.g = slot2
	slot0.b = slot3
	slot0.a = slot4 or 1
end

function slot4.Get(slot0)
	return slot0.r, slot0.g, slot0.b, slot0.a
end

function slot4.Equals(slot0, slot1)
	return slot0.r == slot1.r and slot0.g == slot1.g and slot0.b == slot1.b and slot0.a == slot1.a
end

function slot4.Lerp(slot0, slot1, slot2)
	slot2 = uv0.Clamp01(slot2)

	return uv1.New(slot0.r + slot2 * (slot1.r - slot0.r), slot0.g + slot2 * (slot1.g - slot0.g), slot0.b + slot2 * (slot1.b - slot0.b), slot0.a + slot2 * (slot1.a - slot0.a))
end

function slot4.LerpUnclamped(slot0, slot1, slot2)
	return uv0.New(slot0.r + slot2 * (slot1.r - slot0.r), slot0.g + slot2 * (slot1.g - slot0.g), slot0.b + slot2 * (slot1.b - slot0.b), slot0.a + slot2 * (slot1.a - slot0.a))
end

function slot4.HSVToRGB(slot0, slot1, slot2, slot3)
	if slot3 then
		-- Nothing
	end

	slot3 = true
	slot4 = uv0.New(1, 1, 1, 1)

	if slot1 == 0 then
		slot4.r = slot2
		slot4.g = slot2
		slot4.b = slot2

		return slot4
	end

	if slot2 == 0 then
		slot4.r = 0
		slot4.g = 0
		slot4.b = 0

		return slot4
	end

	slot4.r = 0
	slot4.g = 0
	slot4.b = 0
	slot5 = slot1
	slot6 = slot2
	slot7 = slot0 * 6
	slot8 = uv1.Floor(slot7)
	slot9 = slot7 - slot8
	slot12 = slot6 * (1 - slot5 * (1 - slot9))

	if slot8 + 1 == 0 then
		slot4.r = slot6
		slot4.g = slot6 * (1 - slot5)
		slot4.b = slot6 * (1 - slot5 * slot9)
	elseif slot14 == 1 then
		slot4.r = slot6
		slot4.g = slot12
		slot4.b = slot10
	elseif slot14 == 2 then
		slot4.r = slot11
		slot4.g = slot6
		slot4.b = slot10
	elseif slot14 == 3 then
		slot4.r = slot10
		slot4.g = slot6
		slot4.b = slot12
	elseif slot14 == 4 then
		slot4.r = slot10
		slot4.g = slot11
		slot4.b = slot6
	elseif slot14 == 5 then
		slot4.r = slot12
		slot4.g = slot10
		slot4.b = slot6
	elseif slot14 == 6 then
		slot4.r = slot6
		slot4.g = slot10
		slot4.b = slot11
	elseif slot14 == 7 then
		slot4.r = slot6
		slot4.g = slot12
		slot4.b = slot10
	end

	if not slot3 then
		slot4.r = uv1.Clamp(slot4.r, 0, 1)
		slot4.g = uv1.Clamp(slot4.g, 0, 1)
		slot4.b = uv1.Clamp(slot4.b, 0, 1)
	end

	return slot4
end

function slot6(slot0, slot1, slot2, slot3)
	if slot1 ~= 0 then
		slot5 = 0
		slot7 = 0
		slot8 = 0

		if slot4 - (slot3 < slot2 and slot3 or slot2) ~= 0 then
			slot8 = slot6 / slot4
			slot7 = slot0 + (slot2 - slot3) / slot6
		else
			slot8 = 0
			slot7 = slot0 + slot2 - slot3
		end

		if slot7 / 6 < 0 then
			slot7 = slot7 + 1
		end

		return slot7, slot8, slot4
	end

	return 0, 0, slot4
end

function slot4.RGBToHSV(slot0)
	if slot0.g < slot0.b and slot0.r < slot0.b then
		return uv0(4, slot0.b, slot0.r, slot0.g)
	elseif slot0.r < slot0.g then
		return uv0(2, slot0.g, slot0.b, slot0.r)
	else
		return uv0(0, slot0.r, slot0.g, slot0.b)
	end
end

function slot4.GrayScale(slot0)
	return 0.299 * slot0.r + 0.587 * slot0.g + 0.114 * slot0.b
end

function slot4.ToHex(slot0, slot1)
	return slot1 and string.format("%.2X%.2X%.2X%.2X", slot0.r * 255, slot0.g * 255, slot0.b * 255, slot0.a * 255) or string.format("%.2X%.2X%.2X", slot0.r * 255, slot0.g * 255, slot0.b * 255)
end

function slot4.__tostring(slot0)
	return string.format("RGBA(%f,%f,%f,%f)", slot0.r, slot0.g, slot0.b, slot0.a)
end

function slot4.__add(slot0, slot1)
	return uv0.New(slot0.r + slot1.r, slot0.g + slot1.g, slot0.b + slot1.b, slot0.a + slot1.a)
end

function slot4.__sub(slot0, slot1)
	return uv0.New(slot0.r - slot1.r, slot0.g - slot1.g, slot0.b - slot1.b, slot0.a - slot1.a)
end

function slot4.__mul(slot0, slot1)
	if uv0(slot1) == "number" then
		return uv1.New(slot0.r * slot1, slot0.g * slot1, slot0.b * slot1, slot0.a * slot1)
	elseif getmetatable(slot1) == uv1 then
		return uv1.New(slot0.r * slot1.r, slot0.g * slot1.g, slot0.b * slot1.b, slot0.a * slot1.a)
	end
end

function slot4.__div(slot0, slot1)
	return uv0.New(slot0.r / slot1, slot0.g / slot1, slot0.b / slot1, slot0.a / slot1)
end

function slot4.__eq(slot0, slot1)
	return slot0.r == slot1.r and slot0.g == slot1.g and slot0.b == slot1.b and slot0.a == slot1.a
end

function slot5.red()
	return uv0.New(1, 0, 0, 1)
end

function slot5.green()
	return uv0.New(0, 1, 0, 1)
end

function slot5.blue()
	return uv0.New(0, 0, 1, 1)
end

function slot5.white()
	return uv0.New(1, 1, 1, 1)
end

function slot5.black()
	return uv0.New(0, 0, 0, 1)
end

function slot5.yellow()
	return uv0.New(1, 0.9215686, 0.01568628, 1)
end

function slot5.cyan()
	return uv0.New(0, 1, 1, 1)
end

function slot5.magenta()
	return uv0.New(1, 0, 1, 1)
end

function slot5.gray()
	return uv0.New(0.5, 0.5, 0.5, 1)
end

function slot5.clear()
	return uv0.New(0, 0, 0, 0)
end

function slot5.buttonDisabled()
	return uv0.New(0.7843137254901961, 0.7843137254901961, 0.7843137254901961, 0.5)
end

function slot5.gamma(slot0)
	return uv0.New(uv1.LinearToGammaSpace(slot0.r), uv1.LinearToGammaSpace(slot0.g), uv1.LinearToGammaSpace(slot0.b), slot0.a)
end

function slot5.linear(slot0)
	return uv0.New(uv1.GammaToLinearSpace(slot0.r), uv1.GammaToLinearSpace(slot0.g), uv1.GammaToLinearSpace(slot0.b), slot0.a)
end

function slot5.maxColorComponent(slot0)
	return uv0.Max(uv0.Max(slot0.r, slot0.g), slot0.b)
end

slot5.grayscale = slot4.GrayScale
UnityEngine.Color = slot4

setmetatable(slot4, slot4)

return slot4