Function draw_string

src/device/graph.cpp:54–96

};

static void draw_string(DebugLine &dl, const char *str, float x, float y)
{
	u8 table[256] = {0};
	//             HGFEDCBA
	table[' '] = 0b00000000;
	table['0'] = 0b00111111;
	table['1'] = 0b00000011;
	table['2'] = 0b01101101;
	table['3'] = 0b01100111;
	table['4'] = 0b01010011;
	table['5'] = 0b01110110;
	table['6'] = 0b01111110;
	table['7'] = 0b00100011;
	table['8'] = 0b01111111;
	table['9'] = 0b01110111;
	table['.'] = 0b10000000;
	table['-'] = 0b01000000;
	table['a'] = 0b01111011;
	table['b'] = 0b01011110;
	table['c'] = 0b00111100;
	table['d'] = 0b01001111;
	table['e'] = 0b01111100;
	table['f'] = 0b01111000;
	table['A'] = table['a'];
	table['B'] = table['b'];
	table['C'] = table['c'];
	table['D'] = table['d'];
	table['E'] = table['e'];
	table['F'] = table['f'];

	Vector3 advance;
	advance.x = x;
	advance.y = y;
	advance.z = 0.0f;
	for (const char *ch = str; *ch; ++ch) {
		for (int i = 0; i < 8; ++i) {
			if ((table[(int)*ch] & (1 << i)) != 0)
				dl.add_line((32.0f * segments[i][0]) + advance, (32.0f * segments[i][1]) + advance, COLOR4_YELLOW);
		}
		float x_adv = 32.0f*SEGMENTS_ASPECT_RATIO;
		advance.x += *ch != '.' ? x_adv*1.2f : x_adv*0.2f;
	}
}

struct ColorInfo
{