.struct RGB {r,g,b}
	
	.var s_palette = List().add(
			RGB(0,0,0),		// black 0
			RGB(255,255,255),	// white 1
			RGB(104,55,43),		// red 2
			RGB(131,240,220),	// cyan 3
			RGB(111,61,134),	// purple 4
			RGB(89,205,54),		// green 5
			RGB(65,55,205),		// blue 6
			RGB(184,199,111),	// yellow 7
			RGB(209,127,48),	// orange 8
			RGB(67,57,0),		// brown 9	
			RGB(154,103,89),	// light_red 10
			RGB(91,91,91),		// dark_gray 11
			RGB(142,142,142),	// gray 12
			RGB(157,255,157),	// light_green 13
			RGB(117,161,236),	// light_blue 14
			RGB(193,193,193)	// light_gray 15
			);
	
	.function colorDistance(c1,c2)
	{
		.var cr = c1.r-c2.r
		.var cg = c1.g-c2.g
		.var cb = c1.b-c2.b
		.return sqrt([cr*cr] + [cg*cg] + [cb*cb])
	}

	.function getClosestColorIndex(rgb)
	{
		.return getClosestColorIndex(
			rgb, s_palette
			)
	}

	.function getClosestColorIndex(rgb, palette)
	{
		.var distance = colorDistance(rgb, palette.get(0))
		.var closestColorIndex = 0

		.for (var index = 1; index < palette.size(); index++)
		{
			.var d = colorDistance(rgb, palette.get(index))
			.if (d < distance)
			{
				.eval distance = d
				.eval closestColorIndex = index
			}
		}

		.return closestColorIndex
	}

.const str = "TESTING"
text:
	.fill	str.size(), str.charAt(i) & $3f

.const str = "TESTING"
.function to_scr(c) {
    .return c & $3f
}
text:
	.fill	str.size(), to_scr(str.charAt(i))

.const str = "TESTING"
text:
	.fill	str.size(), $3f & str.charAt(i)

.var a = 'x' & 1

.var b = 1 & 'x'

.var a = [0+'x'] & 1