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r21295 Thursday 21st February, 2013 at 23:39:26 UTC by David Haywood
rotated object (map screen) + removed old debug code, will rewrite for further tests (nw)

[src/mame/drivers]

coolridr.c

trunk/src/mame/drivers/coolridr.c

r21294	r21295
424	424	UINT32 m_blit4; // ?
425	425	UINT32 m_b4flipx;
426	426	UINT32 m_b4flipy;
	427	UINT32 m_b4rotate;
427	428
428	429	UINT32 m_blit5_unused; // indirection enable + other bits?
429	430	int m_indirect_tile_enable; // from m_blit5
r21294	r21295
471	472	DECLARE_WRITE32_MEMBER(sysh1_pal_w);
472	473	DECLARE_WRITE32_MEMBER(sysh1_dma_w);
473	474	DECLARE_WRITE32_MEMBER(sysh1_char_w);
474		DECLARE_READ32_MEMBER(coolridr_hack1_r);
475	475	DECLARE_READ32_MEMBER(coolridr_hack2_r);
476	476	DECLARE_READ16_MEMBER(h1_soundram_r);
477	477	DECLARE_READ16_MEMBER(h1_soundram2_r);
r21294	r21295
499	499	};
500	500
501	501	#define PRINT_BLIT_STUFF \
502		printf("type blit %08x %08x(%d, %03x) %08x(%02x, %03x) %08x(%06x) %08x(%08x, %d, %d) %08x(%d,%d) %04x %04x %04x %04x %08x %08x %d %d\n", m_blit0, m_blit1_unused,m_b1mode,m_b1colorNumber, m_blit2_unused,m_b2tpen,m_b2colorNumber, m_blit3_unused,m_b3romoffset, m_blit4_unused, m_blit4, m_b4flipy, m_b4flipx, m_blit5_unused, m_indirect_tile_enable, m_indirect_zoom_enable, m_vCellCount, m_hCellCount, m_vZoom, m_hZoom, m_blit10, data, m_vPosition, m_hPosition); \
	502	printf("type blit %08x %08x(%d, %03x) %08x(%02x, %03x) %08x(%06x) %08x(%08x, %d, %d, %d) %08x(%d,%d) %04x %04x %04x %04x %08x %08x %d %d\n", m_blit0, m_blit1_unused,m_b1mode,m_b1colorNumber, m_blit2_unused,m_b2tpen,m_b2colorNumber, m_blit3_unused,m_b3romoffset, m_blit4_unused, m_blit4, m_b4flipy,m_b4rotate, m_b4flipx, m_blit5_unused, m_indirect_tile_enable, m_indirect_zoom_enable, m_vCellCount, m_hCellCount, m_vZoom, m_hZoom, m_blit10, data, m_vPosition, m_hPosition); \
503	503
504	504
505	505	/* video */
r21294	r21295
956	956	if (!(m_blit0 & 1)) // don't bother for non-sprites
957	957	{
958	958	m_blit4_unused = data & 0xf8fefefe;
959		m_blit4 = data & 0x07010000;
	959	m_blit4 = data & 0x07000000;
960	960	m_b4flipx = data & 0x00000001;
961	961	m_b4flipy = (data & 0x00000100)>>8;
	962	m_b4rotate = (data & 0x00010000)>>16;
962	963	if (m_blit4_unused) printf("unknown bits in blit word %d -  %08x\n", m_blitterSerialCount, m_blit4_unused);
963	964
964	965	// ---- -111 ---- ---r ---- ---y ---- ---x
r21294	r21295
1028	1029	}
1029	1030	else
1030	1031	{
	1032	UINT16 used_hCellCount = m_hCellCount;
	1033	UINT16 used_vCellCount = m_vCellCount;
	1034	UINT16 used_flipx = m_b4flipx;
	1035	UINT16 used_flipy = m_b4flipy;
	1036
	1037	if (m_b4rotate)
	1038	{
	1039	used_hCellCount = m_vCellCount;
	1040	used_vCellCount = m_hCellCount;
	1041	used_flipx = m_b4flipy;
	1042	used_flipy = m_b4flipx;
	1043	// do the zoom params rotate?
	1044	}
	1045
1031	1046	// SPRITES / BLITS
1032	1047
1033	1048	// for text objects this is an address containing the 8-bit tile numbers to use for ASCII text
r21294	r21295
1053	1068
1054	1069	}
1055	1070
1056		//if (m_b1mode)
1057		//{
1058		//   PRINT_BLIT_STUFF
1059		//}
1060		//else
1061		//{
1062		//   return;
1063		//}
1064
1065	1071	bitmap_rgb32* drawbitmap;
1066	1072
1067	1073	// 0x30 - 0x60 are definitely the left screen, 0x90 - 0xc0 are definitely the right screen.. the modes seem priority related
r21294	r21295
1070	1076	else // 0x90, 0xa0, 0xb0, 0xc0
1071	1077	drawbitmap = &m_temp_bitmap_sprites2;
1072	1078
1073		int sizex = m_hCellCount * 16 * m_hZoom;
1074		int sizey = m_vCellCount * 16 * m_vZoom;
	1079	int sizex = used_hCellCount * 16 * m_hZoom;
	1080	int sizey = used_vCellCount * 16 * m_vZoom;
1075	1081	m_hPosition *= 0x40;
1076	1082	m_vPosition *= 0x40;
1077	1083
r21294	r21295
1111	1117	break;
1112	1118	}
1113	1119
1114		/*
1115
1116		-- a blit with tile numbers (in the compressed gfx roms) referencing compressed data in same roms
1117
1118
1119		type blit 00000000 00000000(0, 32d) 00000000(00, 32d) 00000000(3e8ffc) 00000000(00000000) 00000000(0,0) 000d 0010 0040 0040 00000000 00000000 80 -48
1120		0x00(0x000) - 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0
1121		0x10(0x020) - 07668 076ef 0771d 07742 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0
1122		0x20(0x040) - 07772 0784b 07913 079fe 07aef 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0
1123		0x30(0x060) - 07b78 07c6b 07d5b 07e04 07ee7 07fd9 0806a 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0
1124		0x40(0x080) - 080ba 0819c 0827e 0835d 08445 0852f 08612 0870c 0878a 087f0 0887d 0891c 0897a 089bf 089e9 08a22
1125		0x50(0x0a0) - 08a6e 08b5f 08c4e 08d3d 08e1b 08efa 08fdb 090b7 09198 0927a 09365 0944c 09536 0961b 096f1 097db
1126		0x60(0x0c0) - 098c7 099ae 09a8b 09b70 09c4a 09d32 09e1a 09ef4 09fcf 0a0b3 0a18b 0a274 0a34f 0a42e 0a506 0a5c3
1127		0x70(0x0e0) - 0a6a2 0a78a 0a883 0a968 0aa56 0ab44 0ac2c 0ad0b 0add8 0aea8 0af72 0b046 0b10a 0b1da 0b298 0b333
1128		0x80(0x100) - 0b3d1 0b49e 0b57a 0b658 0b730 0b7fe 0b8bc 0b986 0ba39 0bae6 0bb83 0bc28 0bc7e 0bcc7 0bd68 0be11
1129		0x90(0x120) - 0bed1 0bf72 0c013 0c0be 0c160 0c210 0c2b1 0c356 0c3f5 0c492 0c52c 0c5b1 0c65a 0c70b 0c7a8 0c864
1130		0xa0(0x140) - 0c91a 0c9bb 0ca5b 0caf8 0cbbc 0cc6c 0cd24 0cdc9 0ce7c 0cf15 0cfb5 0d039 0d0ca 0d178 0d207 0d2c0
1131		0xb0(0x160) - 0d371 0d409 0d4a4 0d548 0d619 0d6ad 0d744 0d7f6 0d8bc 0d95f 0da00 0da83 0db1b 0dbc0 0dc50 0dd06
1132		0xc0(0x180) - 0ddb7 0de52 0deef 0df91 0e063 0e0ef 0e180 0e217 0e2d4 0e368 0e400 0e485 0e519 0e5be 0e650 0e702
1133
1134		0xd0(0x1a0) - 0403f 0003e 0f83e 0f83e 0f83a dd37e 05b2c e0f3c cf014 cb33c c5b16 c5800 0f83e 0f83e 0cb2c 01b2c // the compressed data referenced by 1a0
1135		0xe0(0x1c0) - 03374 de349 d0f83 d0f9a d0f83 02b9a e0f16 e8f16 d9688 c5a89 00b2c 00b7e e6365 d2348 c8b31 b7720
1136		c838a e4372 e0f43 d0f0e d2369 ce6dd da741 d07a7 c3b3c cf35c cf383 cf322 d2348 b7739 c8339 d0711
1137		a6288 c3b0e d7335 cd70e c5b16 a2722 d96dc 0003e 0f83e 0f804 cb395 d7f2c 04396 e478a e0f16 e2791
1138		df80e e0f3c c3b0e c5b16 c3b5c e2b7e dd808 c5b0e c5a88 a6322 b7765 d738f dd806 c82dc c8b48 d2339
1139		be341 ce722 d737e 01b05 be348 ce739 c8305 dcf73 c8365 d7376 01360 d06dd c82f8 d8305 c17a7 b7365
1140		d732c 00b20 da6dd d0760 be755 be362 b73a3 d0f76 e5800 0f83e 0f83e 0f83e 0f81e e5b2c 03b34 02000
1141		0f83e 0f83c dd01c e401a e4316 06376 c5a88 06b90 c381a cb30e 06334 e0e98 05b7e d72dc c8814 dfb16
1142		c8339 a2003 04b2c d7289 d96dc 04334 e0f16 c8a98 cc6dc 04396 e633c c5a88 b7288 01b2c ddb74 cb37e
1143		e633c cf383 e0f4d cf002 cb374 d0f5c cf335 cf316 a2316 c5b0e e0f4d 00374 e2b72 d370e e2716 c5b22
1144		c8b16 c5ba3 c3b3c ddb72 cf33c cf30e c5b0e c8a98 d9716 a2722 a6343 d730e c3b16 a2365 b7322 a2365
1145		b7348 d8b41 c8383 d730e a22dd c8320 c8b22 b7348 c8341 c833b cf316 c5b22 ce6f8 d6348 ce6dc c8305
1146		c9f27 be360 e2716 c8b48 d8373 d0720 dcf05 c9f38 ce338 ce327 c5a88 b7339 d06f8 c8327 ce327 ce338
1147		ce392 ce338 a2322 ce720 be348 d0727 e5387 e7394 ce30b c2f10 c5adc d06f9 ce755 e4b38 e7387 e1f10
1148		d5b56 cfb65 ce705 c9f27 be327 c4310 e1f0b d775d cfb9c 8c320 a4338 e1f38 c9f0b ce387 e7356 d773e
1149		cfb56 8c00f d2348 c8b22 b7322 a2365 c3b0e c3b89 c8a88 a6365 a2716 c8b48 d2322 b7288 c5a88 d9722
1150
1151		-- another blit, referencing the same compressed data
1152
1153		type blit 00000000 00000000(0, 32d) 00000000(00, 32d) 00000000(3e8fc8) 00000000(00000000) 00000000(0,0) 000d 0010 0040 0040 00000000 00000000 64 136
1154		0x00(0x000) - 00340 00340 00340 00340 00340 00340 00340 00340 00340 00340 00340 00342 00357 003ae 00411 00340
1155		0x10(0x020) - 00340 00340 00340 00340 00340 00340 00340 00340 00340 00340 0041f 00443 00523 0061d 0070a 007f2
1156		0x20(0x040) - 00340 00340 00340 00340 00340 00340 00340 008b5 008ea 00928 0098a 00a44 00b01 00ba0 00c73 00d21
1157		0x30(0x060) - 00340 00340 00340 00dc7 00df2 00e85 00f5a 01053 01149 01239 0131d 013ea 014d5 015b9 0168c 01736
1158		0x40(0x080) - 017ff 00340 0181d 0183c 01911 01a05 01ae9 01bd5 01cca 01db6 01e4c 01ebe 01fa9 02069 02138 02210
1159		0x50(0x0a0) - 022f3 023d0 024a6 02577 0264c 02732 0281c 028f7 029e1 02a8c 02b11 02ba8 02c7d 02d60 02e3b 02f28
1160		0x60(0x0c0) - 0300e 030d6 031a4 0326b 0331e 033d8 034a0 03575 0363d 03730 03818 038f5 039dd 03ac6 03b9c 03c80
1161		0x70(0x0e0) - 03d66 03e0a 03ec1 03f60 04016 040d7 04179 0421c 042db 0437c 0442e 044d2 04567 04630 0470b 047e1
1162		0x80(0x100) - 048b3 04963 04a1a 04abc 04b69 04c20 04ce0 04d78 04e27 04ec9 04f65 0500f 050cf 05173 05227 052d0
1163		0x90(0x120) - 05390 05438 054e6 05583 0563f 056ee 057a5 05859 05926 059cf 05a5f 05b01 05ba8 05c5e 05d33 05dea
1164		0xa0(0x140) - 05e82 05f2b 05fda 06078 0613a 061df 06298 06345 06410 064c2 0655a 065f0 06682 06731 067cc 06861
1165		0xb0(0x160) - 068fa 069a3 06a54 06078 0613a 06af2 06baa 06c59 06d0e 06dbc 06e5b 06ef0 06fa2 07051 07101 071b9
1166		0xc0(0x180) - 05390 05438 054e6 06078 0613a 07276 0732c 06c59 073d9 07488 06e5b 06ef0 07528 075ca 07686 07747
1167
1168		0xd0(0x1a0) - 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 // this is the data pointed to by the blit above, we reference past it for the compressed data this time
1169		0xe0(0x1c0) - 07668 076ef 0771d 07742 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0
1170		0xf0(0x1e0) - 07772 0784b 07913 079fe 07aef 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0
1171		x100(0x200) - 07b78 07c6b 07d5b 07e04 07ee7 07fd9 0806a 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0 001a0
1172		0110(0x220) - 080ba 0819c 0827e 0835d 08445 0852f 08612 0870c 0878a 087f0 0887d 0891c 0897a 089bf 089e9 08a22
1173		0120(0x240) - 08a6e 08b5f 08c4e 08d3d 08e1b 08efa 08fdb 090b7 09198 0927a 09365 0944c 09536 0961b 096f1 097db
1174		0130(0x260) - 098c7 099ae 09a8b 09b70 09c4a 09d32 09e1a 09ef4 09fcf 0a0b3 0a18b 0a274 0a34f 0a42e 0a506 0a5c3
1175		0140(0x280) - 0a6a2 0a78a 0a883 0a968 0aa56 0ab44 0ac2c 0ad0b 0add8 0aea8 0af72 0b046 0b10a 0b1da 0b298 0b333
1176		0150(0x2a0) - 0b3d1 0b49e 0b57a 0b658 0b730 0b7fe 0b8bc 0b986 0ba39 0bae6 0bb83 0bc28 0bc7e 0bcc7 0bd68 0be11
1177		0160(0x2c0) - 0bed1 0bf72 0c013 0c0be 0c160 0c210 0c2b1 0c356 0c3f5 0c492 0c52c 0c5b1 0c65a 0c70b 0c7a8 0c864
1178		0170(0x2e0) - 0c91a 0c9bb 0ca5b 0caf8 0cbbc 0cc6c 0cd24 0cdc9 0ce7c 0cf15 0cfb5 0d039 0d0ca 0d178 0d207 0d2c0
1179		0180(0x300) - 0d371 0d409 0d4a4 0d548 0d619 0d6ad 0d744 0d7f6 0d8bc 0d95f 0da00 0da83 0db1b 0dbc0 0dc50 0dd06
1180		0190(0x320) - 0ddb7 0de52 0deef 0df91 0e063 0e0ef 0e180 0e217 0e2d4 0e368 0e400 0e485 0e519 0e5be 0e650 0e702
1181
1182		01a0(0x340) - 0403f 0003e 0f83e 0f83e 0f83a dd37e 05b2c e0f3c cf014 cb33c c5b16 c5800 0f83e 0f83e 0cb2c 01b2c // the compressed data referenced by (0x340)
1183		01b0(0x360) - 03374 de349 d0f83 d0f9a d0f83 02b9a e0f16 e8f16 d9688 c5a89 00b2c 00b7e e6365 d2348 c8b31 b7720
1184		c838a e4372 e0f43 d0f0e d2369 ce6dd da741 d07a7 c3b3c cf35c cf383 cf322 d2348 b7739 c8339 d0711
1185		*/
1186
1187
1188		/*
1189		investigate this sprite
1190		(much wider, all columns the same)
1191		00200 (00016590,0)  00200 (00016590,0)
1192		00210 (00016592,0)  00210 (00016592,0)
1193		00251 (0001659a,1)  00251 (0001659a,1)
1194		00292 (000165a2,2)  00292 (000165a2,2)
1195		002b7 (000165a6,7)  002b7 (000165a6,7)
1196		002c4 (000165a8,4)  002c4 (000165a8,4)
1197		002f4 (000165ae,4)  002f4 (000165ae,4)
1198		00335 (000165b6,5)  00335 (000165b6,5)
1199		00373 (000165be,3)  00373 (000165be,3)
1200		0038a (000165c1,2)  0038a (000165c1,2)
1201		003ac (000165c5,4)  003ac (000165c5,4)
1202		003bd (000165c7,5)  003bd (000165c7,5)
1203		003fe (000165cf,6)  003fe (000165cf,6)
1204		00419 (000165d3,1)  00419 (000165d3,1)
1205		0045a (000165db,2)  0045a (000165db,2)
1206		0049b (000165e3,3)  0049b (000165e3,3)
1207		004b2 (000165e6,2)  004b2 (000165e6,2)
1208
1209		*/
1210
1211		#if 0
1212		// logging only
1213		//if (!m_indirect_tile_enable)
1214		{
1215		//if (m_hCellCount==0x10)
1216		{
1217		for (int v = 0; v < m_vCellCount/*+16*/; v++)
1218		{
1219		for (int h = 0; h < m_hCellCount; h++)
1220		{
1221		int lookupnum = h + (v*m_hCellCount);
1222		if (m_indirect_tile_enable)
1223		{
1224		const UINT32 memOffset = data;
1225		lookupnum = space.read_byte(memOffset + h + (v*m_hCellCount));
1226		}
1227		UINT32 spriteNumber = get_20bit_data( m_b3romoffset, lookupnum);
1228
1229		#if 0
1230		printf("%05x (%08x,%d)  ",spriteNumber, (m_b3romoffset + (spriteNumber>>3)), spriteNumber&7 );
1231
1232
1233		if ((h == m_hCellCount-1))
1234		printf("\n");
1235
1236		if ((h == m_hCellCount-1) && (v == m_vCellCount-1))
1237		printf("\n");
1238		#endif
1239		#if 1
1240		int compdataoffset = (m_b3romoffset + (spriteNumber>>3));
1241		// do some logging for the sprite mentioned above 'investigate this sprite' looking at compressed data used in the first column
1242		//if ((compdataoffset==0x3e9030) && (h==0))
1243		if (v==0)
1244		{
1245		printf("%05x (%08x,%d) | ",spriteNumber, compdataoffset, spriteNumber&7 );
1246
1247
1248		//00200 (00016590,0)  00200 (00016590,0)
1249		//00210 (00016592,0)  00210 (00016592,0)
1250
1251		for (int i=0;i<8*12;i++)
1252		{
1253		UINT16 compdata = get_10bit_data( m_b3romoffset, spriteNumber + i);
1254		printf("%03x ", compdata);
1255
1256		// as 20-bit
1257		//   00200 (00016590,0) | 03c3e 0f83e 0f83e 0f83e 95e57 95e57 95e57 95e57 (03e57)
1258		//   00210 (00016592,0) | 03e57 95e57 95e07 81e07 81e07 81e07 81e07 81e07 81e07
1259
1260		// as 10-bit (pretty, I like this)
1261		/*                                                                                   |this is where 210 starts
1262		00200 (00016590,0) | 00f 03e 03e 03e 03e 03e 03e 03e 257 257 257 257 257 257 257 257 (00f 257)
1263		00210 (00016592,0) | 00f 257 257 257 257 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 207 237 237 237 237 237 237 237 237 237 237 237 237 237 237 237 237 (00f 237) - these lines are 64 lone
1264		00251 (0001659a,1) | 00f 237 237 237 237 237 237 237 237 237 237 237 237 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 22f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f (00f 21f)
1265		00292 (000165a2,2) | 00f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 21f 24f 24f 24f 24f 24f 24f 24f 24f 24f 24f 24f 24f 0be 0be 0be 0be (00f 0be)
1266		002b7 (000165a6,7) | 00f 0be 0be 0be 263 263 263 263 07e 07e 07e 07e 05e (00f 07e)
1267		002c4 (000165a8,4) | 00f 07e 07e 05e 247 247 247 247 247 247 247 247 247 247 247 247 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f (00f 20f)
1268		002f4 (000165ae,4) | 00f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 20f 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b 23b (00f 23b)
1269		00335 (000165b6,5) | 00f 23b 23b 23b 23b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 20b 24b 24b 24b 24b 24b 24b 24b 24b 24b 24b 24b 24b 0de (00f 0fe)
1270		00373 (000165be,3) | 00f 0fe 0fe 0fe 0fe 0fe 0fe 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 00f 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 267 267 267 267 17e 17e 17e 17e 15e (00f 17e)
1271		0038a (000165c1,2) | 00f 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 267 267 267 267 17e 17e 17e 17e 15e (00f 17e)
1272		003ac (000165c5,4) | 00f 17e 15e 1be 1be 1be 1be 1be 19e 217 217 217 217 217 217 217 217 (00f 217)
1273		003bd (000165c7,5) | 00f 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 217 243 243 243 243 243 243 243 243 243 243 243 243 243 243 243 243 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b (00f 22b)
1274		003fe (000165cf,6) | 00f 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 22b 1fe 1fe 1fe 1fe 1fe 1de (00f 203)
1275		00419 (000165d3,1) | 00f 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 203 227 227 227 227 227 227 227 227 227 227 227 227 227 227 227 227 227 227 227 227 (00f 227)
1276		0045a (000165db,2) | 00f 227 227 227 227 227 227 227 227 227 227 227 227 227 227 227 227 253 253 253 253 253 253 253 253 253 253 253 253 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 213 (00f 213)
1277		0049b (000165e3,3) | 00f 213 213 213 213 213 213 213 213 13e 13e 13e 13e 13e 13e 21b 21b 21b 21b 21b 21b 21b 21b (000 21b)
1278		004b2 (000165e6,2) | 000 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 21b 25f 25f 25f 25f 25b 25b 25b 25b 25b 25b 25b 25b 23f 23f 23f 23f 23f 23f 23f 23f 23f 23f 23f 23f 23f 23f 23f 23f (000 000)
1279		*/
1280		}
1281		printf("\n");
1282		}
1283		#endif
1284
1285		}
1286		}
1287		}
1288		}
1289		#endif
1290	1120	UINT32 lastSpriteNumber = 0xffffffff;
1291
1292	1121	// Splat some sprites
1293		for (int v = 0; v < m_vCellCount; v++)
	1122	for (int v = 0; v < used_vCellCount; v++)
1294	1123	{
1295	1124	const int pixelOffsetY = ((m_vPosition) + (v* 16 * m_vZoom)) / 0x40;
1296	1125
1297	1126	if (pixelOffsetY>383)
1298	1127	{
1299		v = m_vCellCount;
	1128	v = used_vCellCount;
1300	1129	continue;
1301	1130	}
1302	1131
1303	1132
1304		for (int h = 0; h < m_hCellCount; h++)
	1133	for (int h = 0; h < used_hCellCount; h++)
1305	1134	{
1306	1135	const int pixelOffsetX = ((m_hPosition) + (h* 16 * m_hZoom)) / 0x40;
1307	1136
1308	1137	if (pixelOffsetX>495)
1309	1138	{
1310		h = m_hCellCount;
	1139	h = used_hCellCount;
1311	1140	continue;
1312	1141	}
1313	1142
r21294	r21295
1317	1146	// this allows text strings to be written as 8-bit ascii in one area (using command 0x10), and drawn using multi-width sprites
1318	1147	if (m_indirect_tile_enable)
1319	1148	{
1320		lookupnum = space.read_byte(data + h + (v*m_hCellCount));
	1149	lookupnum = space.read_byte(data + h + (v*used_hCellCount));
1321	1150	}
1322	1151	else
1323	1152	{
1324		if (!m_b4flipy)
	1153	if (!m_b4rotate)
1325	1154	{
1326		if (!m_b4flipx)
1327		lookupnum = h + (v*m_hCellCount);
	1155	if (!used_flipy)
	1156	{
	1157	if (!used_flipx)
	1158	lookupnum = h + (v*used_hCellCount);
	1159	else
	1160	lookupnum = (used_hCellCount-h-1) + (v*used_hCellCount);
	1161	}
1328	1162	else
1329		lookupnum = (m_hCellCount-h-1) + (v*m_hCellCount);
	1163	{
	1164	if (!used_flipx)
	1165	lookupnum = h + ((used_vCellCount-v-1)*used_hCellCount);
	1166	else
	1167	lookupnum = (used_hCellCount-h-1) + ((used_vCellCount-v-1)*used_hCellCount);
	1168
	1169	}
1330	1170	}
1331	1171	else
1332	1172	{
1333		if (!m_b4flipx)
1334		lookupnum = h + ((m_vCellCount-v-1)*m_hCellCount);
	1173	if (!used_flipy)
	1174	{
	1175	if (!used_flipx)
	1176	lookupnum = v + (h*used_vCellCount);
	1177	else
	1178	lookupnum = (used_vCellCount-v-1) + (h*used_vCellCount);
	1179	}
1335	1180	else
1336		lookupnum = (m_hCellCount-h-1) + ((m_vCellCount-v-1)*m_hCellCount);
	1181	{
	1182	if (!used_flipx)
	1183	lookupnum = v + ((used_hCellCount-h-1)*used_vCellCount);
	1184	else
	1185	lookupnum = (used_vCellCount-v-1) + ((used_hCellCount-h-1)*used_vCellCount);
1337	1186
	1187	}
1338	1188	}
1339	1189	}
1340	1190
r21294	r21295
1409	1259
1410	1260	// DEBUG: Draw 16x16 block
1411	1261	UINT32* line;
1412		if (m_b4flipy)
	1262	if (m_b4rotate)
1413	1263	{
1414		for (int y = 0; y < 16; y++)
	1264	if (used_flipy)
1415	1265	{
1416		const int drawy = pixelOffsetY+y;
1417		if ((drawy>383) || (drawy<0)) continue;
1418		line = &drawbitmap->pix32(drawy);
1419
1420		if (m_b4flipx)
	1266	for (int y = 0; y < 16; y++)
1421	1267	{
1422		for (int x = 0; x < 16; x++)
	1268	const int drawy = pixelOffsetY+y;
	1269	if ((drawy>383) || (drawy<0)) continue;
	1270	line = &drawbitmap->pix32(drawy);
	1271
	1272	if (used_flipx)
1423	1273	{
1424		const int drawx = pixelOffsetX+x;
1425		if ((drawx>=495 || drawx<0)) continue;
	1274	for (int x = 0; x < 16; x++)
	1275	{
	1276	const int drawx = pixelOffsetX+x;
	1277	if ((drawx>=495 || drawx<0)) continue;
1426	1278
1427		UINT16 pix = m_tempshape[(15-y)*16+(15-x)];
1428		if (pix )
1429		if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1279	UINT16 pix = m_tempshape[(15-x)*16+(15-y)];
	1280	if (pix )
	1281	if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1282	}
1430	1283	}
	1284	else
	1285	{
	1286	for (int x = 0; x < 16; x++)
	1287	{
	1288	const int drawx = pixelOffsetX+x;
	1289	if ((drawx>=495 || drawx<0)) continue;
	1290
	1291	UINT16 pix = m_tempshape[(15-x)*16+y];
	1292	if (pix )
	1293	if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1294	}
	1295	}
1431	1296	}
1432		else
	1297	}
	1298	else
	1299	{
	1300	for (int y = 0; y < 16; y++)
1433	1301	{
1434		for (int x = 0; x < 16; x++)
	1302	const int drawy = pixelOffsetY+y;
	1303	if ((drawy>383) || (drawy<0)) continue;
	1304	line = &drawbitmap->pix32(drawy);
	1305
	1306	if (used_flipx)
1435	1307	{
1436		const int drawx = pixelOffsetX+x;
1437		if ((drawx>=495 || drawx<0)) continue;
	1308	for (int x = 0; x < 16; x++)
	1309	{
	1310	const int drawx = pixelOffsetX+x;
	1311	if ((drawx>=495 || drawx<0)) continue;
1438	1312
1439		UINT16 pix = m_tempshape[(15-y)*16+x];
1440		if (pix )
1441		if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1313	UINT16 pix = m_tempshape[x*16+(15-y)];
	1314	if (pix )
	1315	if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1316	}
1442	1317	}
	1318	else
	1319	{
	1320	for (int x = 0; x < 16; x++)
	1321	{
	1322	const int drawx = pixelOffsetX+x;
	1323	if ((drawx>=495 || drawx<0)) continue;
	1324
	1325	UINT16 pix = m_tempshape[x*16+y];
	1326	if (pix )
	1327	if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1328	}
	1329	}
1443	1330	}
1444		}
	1331	}
1445	1332	}
1446	1333	else
1447	1334	{
1448		for (int y = 0; y < 16; y++)
	1335	if (used_flipy)
1449	1336	{
1450		const int drawy = pixelOffsetY+y;
1451		if ((drawy>383) || (drawy<0)) continue;
1452		line = &drawbitmap->pix32(drawy);
1453
1454		if (m_b4flipx)
	1337	for (int y = 0; y < 16; y++)
1455	1338	{
1456		for (int x = 0; x < 16; x++)
	1339	const int drawy = pixelOffsetY+y;
	1340	if ((drawy>383) || (drawy<0)) continue;
	1341	line = &drawbitmap->pix32(drawy);
	1342
	1343	if (used_flipx)
1457	1344	{
1458		const int drawx = pixelOffsetX+x;
1459		if ((drawx>=495 || drawx<0)) continue;
	1345	for (int x = 0; x < 16; x++)
	1346	{
	1347	const int drawx = pixelOffsetX+x;
	1348	if ((drawx>=495 || drawx<0)) continue;
1460	1349
1461		UINT16 pix = m_tempshape[y*16+(15-x)];
1462		if (pix )
1463		if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1350	UINT16 pix = m_tempshape[(15-y)*16+(15-x)];
	1351	if (pix )
	1352	if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1353	}
1464	1354	}
	1355	else
	1356	{
	1357	for (int x = 0; x < 16; x++)
	1358	{
	1359	const int drawx = pixelOffsetX+x;
	1360	if ((drawx>=495 || drawx<0)) continue;
	1361
	1362	UINT16 pix = m_tempshape[(15-y)*16+x];
	1363	if (pix )
	1364	if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1365	}
	1366	}
1465	1367	}
1466		else
	1368	}
	1369	else
	1370	{
	1371	for (int y = 0; y < 16; y++)
1467	1372	{
1468		for (int x = 0; x < 16; x++)
	1373	const int drawy = pixelOffsetY+y;
	1374	if ((drawy>383) || (drawy<0)) continue;
	1375	line = &drawbitmap->pix32(drawy);
	1376
	1377	if (used_flipx)
1469	1378	{
1470		const int drawx = pixelOffsetX+x;
1471		if ((drawx>=495 || drawx<0)) continue;
	1379	for (int x = 0; x < 16; x++)
	1380	{
	1381	const int drawx = pixelOffsetX+x;
	1382	if ((drawx>=495 || drawx<0)) continue;
1472	1383
1473		UINT16 pix = m_tempshape[y*16+x];
1474		if (pix )
1475		if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1384	UINT16 pix = m_tempshape[y*16+(15-x)];
	1385	if (pix )
	1386	if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1387	}
1476	1388	}
	1389	else
	1390	{
	1391	for (int x = 0; x < 16; x++)
	1392	{
	1393	const int drawx = pixelOffsetX+x;
	1394	if ((drawx>=495 || drawx<0)) continue;
	1395
	1396	UINT16 pix = m_tempshape[y*16+x];
	1397	if (pix )
	1398	if (line[drawx]==0) line[drawx] = clut[pix+0x4000];
	1399	}
	1400	}
1477	1401	}
1478	1402	}
1479	1403	}
1480
1481	1404	#if 0 // this one does zooming
1482	1405	// DEBUG: Draw 16x16 block
1483	1406	UINT32* line;
r21294	r21295
2415	2338	MCFG_SCREEN_ADD("lscreen", RASTER)
2416	2339	MCFG_SCREEN_REFRESH_RATE(60)
2417	2340	MCFG_SCREEN_SIZE(640, 512)
2418		MCFG_SCREEN_VISIBLE_AREA(0,495, 0, 383) // the game uses this resolution
2419		//MCFG_SCREEN_VISIBLE_AREA(0,639, 0, 479) // the 'for use in Japan screen uses this resolution' (Outrunners also uses the higher res for this screen on system 32..)
	2341	MCFG_SCREEN_VISIBLE_AREA(0,495, 0, 383)
2420	2342	MCFG_SCREEN_UPDATE_DRIVER(coolridr_state, screen_update_coolridr1)
2421	2343
2422	2344	MCFG_SCREEN_ADD("rscreen", RASTER)
2423	2345	MCFG_SCREEN_REFRESH_RATE(60)
2424	2346	MCFG_SCREEN_SIZE(640, 512)
2425		MCFG_SCREEN_VISIBLE_AREA(0,495, 0, 383) // the game uses this resolution
2426		//MCFG_SCREEN_VISIBLE_AREA(0,639, 0, 479) // the 'for use in ... screen uses this resolution'
	2347	MCFG_SCREEN_VISIBLE_AREA(0,495, 0, 383)
2427	2348	MCFG_SCREEN_UPDATE_DRIVER(coolridr_state, screen_update_coolridr2)
2428	2349
2429	2350	MCFG_PALETTE_LENGTH(0x10000)
r21294	r21295
2515	2436	READ32_MEMBER(coolridr_state::coolridr_hack2_r)
2516	2437	{
2517	2438	offs_t pc = downcast<cpu_device *>(&space.device())->pc();
	2439
	2440
2518	2441	if(pc == 0x6002cba || pc == 0x6002d42)
2519	2442	return 0;
2520	2443
	2444	// with the non-recompiler pc returns +2
	2445	if(pc == 0x06002cbc || pc == 0x06002d44)
	2446	return 0;
	2447
2521	2448	return m_sysh1_workram_h[0xd8894/4];
2522	2449	}
2523	2450
	2451
	2452
2524	2453	DRIVER_INIT_MEMBER(coolridr_state,coolridr)
2525	2454	{
2526		//  machine().device("maincpu")->memory().space(AS_PROGRAM).install_legacy_read_handler(0x60d88a4, 0x060d88a7, FUNC(coolridr_hack1_r) );
2527	2455	machine().device("maincpu")->memory().space(AS_PROGRAM).install_read_handler(0x60d8894, 0x060d8897, read32_delegate(FUNC(coolridr_state::coolridr_hack2_r), this));
	2456
	2457
	2458	sh2drc_set_options(machine().device("maincpu"), SH2DRC_FASTEST_OPTIONS);
	2459	sh2drc_set_options(machine().device("sub"), SH2DRC_FASTEST_OPTIONS);
2528	2460	}
2529	2461
2530	2462	GAME( 1995, coolridr,    0, coolridr,    coolridr, coolridr_state,    coolridr, ROT0,  "Sega", "Cool Riders",GAME_NOT_WORKING|GAME_NO_SOUND ) // region is set in test mode, this set is for Japan, USA and Export (all regions)

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