public void drawMinimapTile(int pixels[], int mapPixel, int z, int x,
			int y, int scanLength) {
		Ground ground = groundArray[z][x][y];
		if (ground == null) {
			return;
		}
		Class43 class43 = ground.aClass43_1311;
		if (class43 != null) {
			if (class43.anInt716 != 12345678 && client.HDLookAndFeel) {
				if (class43.mapColor == 0) {
					return;
				}
				int hs = class43.anInt716 & ~0x7f;
				int l1 = class43.anInt719 & 0x7f;
				int l2 = class43.anInt718 & 0x7f;
				int l3 = (class43.anInt716 & 0x7f) - l1;
				int l4 = (class43.anInt717 & 0x7f) - l2;
				l1 <<= 2;
				l2 <<= 2;
				for (int k1 = 0; k1 < 4; k1++) {
					pixels[mapPixel] = Rasterizer.hsl2rgb[hs | (l1 >> 2)];
					pixels[mapPixel + 1] = Rasterizer.hsl2rgb[hs
							| (l1 * 3 + l2 >> 4)];
					pixels[mapPixel + 2] = Rasterizer.hsl2rgb[hs
							| (l1 + l2 >> 3)];
					pixels[mapPixel + 3] = Rasterizer.hsl2rgb[hs
							| (l1 + l2 * 3 >> 4)];
					l1 += l3;
					l2 += l4;
					mapPixel += scanLength;
				}
				return;
			}
			int mapRGB = class43.mapColor;
			if (mapRGB == 0) {
				return;
			}
			for (int k1 = 0; k1 < 4; k1++) {
				pixels[mapPixel] = mapRGB;
				pixels[mapPixel + 1] = mapRGB;
				pixels[mapPixel + 2] = mapRGB;
				pixels[mapPixel + 3] = mapRGB;
				mapPixel += scanLength;
			}
			return;
		}
		Class40 class40 = ground.aClass40_1312;
		if (class40 == null) {
			return;
		}
		int shape = class40.anInt684;
		int rotation = class40.anInt685;
		int underlayRGB = class40.anInt686;
		int overlayRGB = class40.anInt687;
		int shadePoints[] = anIntArrayArray489[shape];
		int shapeIndices[] = anIntArrayArray490[rotation];
		int shapePtr = 0;
		if (class40.color62 != 12345678 && client.HDLookAndFeel) {
			int hs1 = class40.color62 & ~0x7f;
			int l11 = class40.color92 & 0x7f;
			int l21 = class40.color82 & 0x7f;
			int l31 = (class40.color62 & 0x7f) - l11;
			int l41 = (class40.color72 & 0x7f) - l21;
			l11 <<= 2;
			l21 <<= 2;
			for (int k1 = 0; k1 < 4; k1++) {
				if (shadePoints[shapeIndices[shapePtr++]] != 0) {
					pixels[mapPixel] = Rasterizer.hsl2rgb[hs1 | (l11 >> 2)];
				}
				if (shadePoints[shapeIndices[shapePtr++]] != 0) {
					pixels[mapPixel + 1] = Rasterizer.hsl2rgb[hs1
							| (l11 * 3 + l21 >> 4)];
				}
				if (shadePoints[shapeIndices[shapePtr++]] != 0) {
					pixels[mapPixel + 2] = Rasterizer.hsl2rgb[hs1
							| (l11 + l21 >> 3)];
				}
				if (shadePoints[shapeIndices[shapePtr++]] != 0) {
					pixels[mapPixel + 3] = Rasterizer.hsl2rgb[hs1
							| (l11 + l21 * 3 >> 4)];
				}
				l11 += l31;
				l21 += l41;
				mapPixel += scanLength;
			}
			if (underlayRGB != 0 && class40.color61 != 12345678) {
				mapPixel -= scanLength << 2;
				shapePtr -= 16;
				hs1 = class40.color61 & ~0x7f;
				l11 = class40.color91 & 0x7f;
				l21 = class40.color81 & 0x7f;
				l31 = (class40.color61 & 0x7f) - l11;
				l41 = (class40.color71 & 0x7f) - l21;
				l11 <<= 2;
				l21 <<= 2;
				for (int k1 = 0; k1 < 4; k1++) {
					if (shadePoints[shapeIndices[shapePtr++]] == 0) {
						pixels[mapPixel] = Rasterizer.hsl2rgb[hs1 | (l11 >> 2)];
					}
					if (shadePoints[shapeIndices[shapePtr++]] == 0) {
						pixels[mapPixel + 1] = Rasterizer.hsl2rgb[hs1
								| (l11 * 3 + l21 >> 4)];
					}
					if (shadePoints[shapeIndices[shapePtr++]] == 0) {
						pixels[mapPixel + 2] = Rasterizer.hsl2rgb[hs1
								| (l11 + l21 >> 3)];
					}
					if (shadePoints[shapeIndices[shapePtr++]] == 0) {
						pixels[mapPixel + 3] = Rasterizer.hsl2rgb[hs1
								| (l11 + l21 * 3 >> 4)];
					}
					l11 += l31;
					l21 += l41;
					mapPixel += scanLength;
				}
			}
			return;
		}
		if (underlayRGB != 0) {
			for (int i3 = 0; i3 < 4; i3++) {
				pixels[mapPixel] = shadePoints[shapeIndices[shapePtr++]] != 0 ? overlayRGB
						: underlayRGB;
				pixels[mapPixel + 1] = shadePoints[shapeIndices[shapePtr++]] != 0 ? overlayRGB
						: underlayRGB;
				pixels[mapPixel + 2] = shadePoints[shapeIndices[shapePtr++]] != 0 ? overlayRGB
						: underlayRGB;
				pixels[mapPixel + 3] = shadePoints[shapeIndices[shapePtr++]] != 0 ? overlayRGB
						: underlayRGB;
				mapPixel += scanLength;
			}
			return;
		}
		for (int j3 = 0; j3 < 4; j3++) {
			if (shadePoints[shapeIndices[shapePtr++]] != 0) {
				pixels[mapPixel] = overlayRGB;
			}
			if (shadePoints[shapeIndices[shapePtr++]] != 0) {
				pixels[mapPixel + 1] = overlayRGB;
			}
			if (shadePoints[shapeIndices[shapePtr++]] != 0) {
				pixels[mapPixel + 2] = overlayRGB;
			}
			if (shadePoints[shapeIndices[shapePtr++]] != 0) {
				pixels[mapPixel + 3] = overlayRGB;
			}
			mapPixel += scanLength;
		}
	}