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r32339 Wednesday 24th September, 2014 at 02:58:30 UTC by David Haywood
move some legacy code in preparation for refactoring (and hopefully fixing) it (nw)

[src/mame/drivers]	legionna.c
[src/mame/machine]	raiden2cop.c raiden2cop.h seicop.c seicop.h

trunk/src/mame/drivers/legionna.c

r32338	r32339
97	97	AM_RANGE(0x100412, 0x100413) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_sprite_dma_src_hi_w) // grainbow
98	98	AM_RANGE(0x100414, 0x100415) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_sprite_dma_src_lo_w) // grainbow
99	99
	100	//   AM_RANGE(0x10041c, 0x10041d) AM_WRITE(cop_angle_target_w) // angle target (for 0x6200 COP macro) // ADD ME
	101	//   AM_RANGE(0x10041e, 0x10041f) AM_WRITE(cop_angle_step_w)   // angle step   (for 0x6200 COP macro) // ADD ME
	102	AM_RANGE(0x10041c, 0x10041d) AM_DEVWRITE("raiden2cop", raiden2cop_device, LEGACY_cop_angle_compare_w) // angle target (for 0x6200 COP macro) // REMOVE ME
	103	AM_RANGE(0x10041e, 0x10041f) AM_DEVWRITE("raiden2cop", raiden2cop_device, LEGACY_cop_angle_mod_val_w)   // angle step   (for 0x6200 COP macro) // REMOVE ME
100	104
101		//   AM_RANGE(0x10041c, 0x10041d) AM_WRITE(cop_angle_target_w) // angle target (for 0x6200 COP macro)
102		//   AM_RANGE(0x10041e, 0x10041f) AM_WRITE(cop_angle_step_w)   // angle step   (for 0x6200 COP macro)
103	105	AM_RANGE(0x100420, 0x100421) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_itoa_low_w)
104	106	AM_RANGE(0x100422, 0x100423) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_itoa_high_w)
105	107	AM_RANGE(0x100424, 0x100425) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_itoa_digit_count_w)
106	108	AM_RANGE(0x100428, 0x100429) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_dma_v1_w)
107	109	AM_RANGE(0x10042a, 0x10042b) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_dma_v2_w)
108	110	AM_RANGE(0x10042c, 0x10042d) AM_DEVREADWRITE("raiden2cop", raiden2cop_device, cop_prng_maxvalue_r, cop_prng_maxvalue_w)
	111
109	112	AM_RANGE(0x100432, 0x100433) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_pgm_data_w)
110	113	AM_RANGE(0x100434, 0x100435) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_pgm_addr_w)
111	114	//   AM_RANGE(0x100436, 0x100437) AM_WRITE(cop_hitbox_baseadr_w)
112	115	AM_RANGE(0x100438, 0x100439) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_pgm_value_w)
113	116	AM_RANGE(0x10043a, 0x10043b) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_pgm_mask_w)
114	117	AM_RANGE(0x10043c, 0x10043d) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_pgm_trigger_w)
	118	//AM_RANGE(0x10043e, 0x10043f) AM_DEVWRITE("raiden2cop", raiden2cop_device,)   /*   0 in all 68k based games,    0xffff in raiden2 / raidendx,    0x2000 in zeroteam / xsedae , it's always set up just before the 0x474 register */
	119
115	120	AM_RANGE(0x100444, 0x100445) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_scale_w)
	121	AM_RANGE(0x100446, 0x100447) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_rom_addr_unk_w) // 68k
	122	AM_RANGE(0x100448, 0x100449) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_rom_addr_lo_w) // 68k
	123	AM_RANGE(0x10044a, 0x10044b) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_rom_addr_hi_w) // 68k
	124
116	125	AM_RANGE(0x100450, 0x100451) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_sort_ram_addr_hi_w)
117	126	AM_RANGE(0x100452, 0x100453) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_sort_ram_addr_lo_w)
118	127	AM_RANGE(0x100454, 0x100455) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_sort_lookup_hi_w)
r32338	r32339
120	129	AM_RANGE(0x100458, 0x100459) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_sort_param_w)
121	130	AM_RANGE(0x10045a, 0x10045b) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_pal_brightness_val_w) //palette DMA brightness val, used by X Se Dae / Zero Team
122	131	AM_RANGE(0x10045c, 0x10045d) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_pal_brightness_mode_w)  //palette DMA brightness mode, used by X Se Dae / Zero Team (sets to 5)
	132
123	133	//   AM_RANGE(0x100470, 0x100471) AM_READWRITE(cop_tile_bank_2_r,cop_tile_bank_2_w)
124
	134	//   AM_RANGE(0x100474, 0x100475) AM_DEVWRITE("raiden2cop", raiden2cop_device,) // this gets set to a pointer to spriteram (relative to start of ram) on all games excecpt raiden 2, where it isn't set
125	135	AM_RANGE(0x100476, 0x100477) AM_DEVWRITE("raiden2cop", raiden2cop_device, cop_dma_adr_rel_w)
126	136	AM_RANGE(0x100478, 0x100479) AM_DEVWRITE("raiden2cop", raiden2cop_device,cop_dma_src_w)
127	137	AM_RANGE(0x10047a, 0x10047b) AM_DEVWRITE("raiden2cop", raiden2cop_device,cop_dma_size_w)
128	138	AM_RANGE(0x10047c, 0x10047d) AM_DEVWRITE("raiden2cop", raiden2cop_device,cop_dma_dst_w)
129	139	AM_RANGE(0x10047e, 0x10047f) AM_DEVREADWRITE("raiden2cop", raiden2cop_device, cop_dma_mode_r, cop_dma_mode_w)
	140
	141	AM_RANGE(0x10048c, 0x10048d) AM_DEVWRITE("raiden2cop", raiden2cop_device,cop_sprite_dma_abs_y_w) // 68k
	142	AM_RANGE(0x10048e, 0x10048f) AM_DEVWRITE("raiden2cop", raiden2cop_device,cop_sprite_dma_abs_x_w) // 68k
	143
130	144	AM_RANGE(0x1004a0, 0x1004ad) AM_DEVREADWRITE("raiden2cop", raiden2cop_device, cop_reg_high_r, cop_reg_high_w)
131	145	AM_RANGE(0x1004c0, 0x1004cd) AM_DEVREADWRITE("raiden2cop", raiden2cop_device, cop_reg_low_r, cop_reg_low_w)
132		//   AM_RANGE(0x100500, 0x100505) AM_WRITE(cop_cmd_w)
	146
	147	//   AM_RANGE(0x100500, 0x100505) AM_WRITE(cop_cmd_w) // ADD ME
	148	AM_RANGE(0x100500, 0x100505) AM_DEVWRITE("raiden2cop", raiden2cop_device,LEGACY_cop_cmd_w) // REMOVE ME
	149
133	150	AM_RANGE(0x100580, 0x100581) AM_DEVREAD("raiden2cop", raiden2cop_device, cop_collision_status_r)
134		//   AM_RANGE(0x100582, 0x100587) AM_READ(cop_collision_status_val_r)
	151	//   AM_RANGE(0x100582, 0x100587) AM_READ(cop_collision_status_val_r) // ADD ME
	152	AM_RANGE(0x100582, 0x100587) AM_DEVREAD("raiden2cop", raiden2cop_device, LEGACY_cop_collision_status_val_r) // REMOVE ME
	153
	154
135	155	AM_RANGE(0x100588, 0x100589) AM_DEVREAD("raiden2cop", raiden2cop_device, cop_collision_status_stat_r)
136	156	AM_RANGE(0x100590, 0x100599) AM_DEVREAD("raiden2cop", raiden2cop_device, cop_itoa_digits_r)
137	157
r32338	r32339
156	176	AM_RANGE(0x100744, 0x100745) AM_READ_PORT("PLAYERS12")
157	177	AM_RANGE(0x100748, 0x100749) AM_READ_PORT("PLAYERS34")
158	178	AM_RANGE(0x10074c, 0x10074d) AM_READ_PORT("SYSTEM")
159		AM_RANGE(0x100400, 0x1007ff) AM_DEVREADWRITE("seibucop", seibu_cop_legacy_device, generic_cop_r, generic_cop_w) AM_SHARE("cop_mcu_ram")    /* COP mcu */
160	179	AM_RANGE(0x101000, 0x1017ff) AM_RAM // _WRITE(legionna_background_w) AM_SHARE("back_data")
161	180	AM_RANGE(0x101800, 0x101fff) AM_RAM // _WRITE(legionna_foreground_w) AM_SHARE("fore_data")
162	181	AM_RANGE(0x102000, 0x1027ff) AM_RAM // _WRITE(legionna_midground_w) AM_SHARE("mid_data")
r32338	r32339
179	198	AM_RANGE(0x100748, 0x100749) AM_READ_PORT("PLAYERS34")
180	199	AM_RANGE(0x10074c, 0x10074d) AM_READ_PORT("SYSTEM")
181	200	AM_RANGE(0x1007c0, 0x1007df) AM_READWRITE(sound_comms_r,sound_comms_w)
182		AM_RANGE(0x100400, 0x1007ff) AM_DEVREADWRITE("seibucop", seibu_cop_legacy_device, generic_cop_r, generic_cop_w) AM_SHARE("cop_mcu_ram")  /* COP mcu */
183	201	AM_RANGE(0x100800, 0x100fff) AM_RAM // _WRITE(legionna_background_w) AM_SHARE("back_data")
184	202	AM_RANGE(0x101000, 0x1017ff) AM_RAM // _WRITE(legionna_foreground_w) AM_SHARE("fore_data")
185	203	AM_RANGE(0x101800, 0x101fff) AM_RAM // _WRITE(legionna_midground_w) AM_SHARE("mid_data")
r32338	r32339
200	218	AM_RANGE(0x100744, 0x100745) AM_READ_PORT("PLAYERS12")
201	219	AM_RANGE(0x100748, 0x100749) AM_READ_PORT("PLAYERS34")
202	220	AM_RANGE(0x10074c, 0x10074d) AM_READ_PORT("SYSTEM")
203		AM_RANGE(0x100400, 0x1007ff) AM_DEVREADWRITE("seibucop", seibu_cop_legacy_device, generic_cop_r, generic_cop_w) AM_SHARE("cop_mcu_ram")    /* COP mcu */
204	221	AM_RANGE(0x100800, 0x100fff) AM_RAM
205	222	AM_RANGE(0x101000, 0x1017ff) AM_RAM // _WRITE(legionna_background_w) AM_SHARE("back_data")
206	223	AM_RANGE(0x101800, 0x101fff) AM_RAM // _WRITE(legionna_foreground_w) AM_SHARE("fore_data")
r32338	r32339
236	253	AM_RANGE(0x100748, 0x100749) AM_READ_PORT("PLAYERS34")
237	254	AM_RANGE(0x10074c, 0x10074d) AM_READ_PORT("SYSTEM")
238	255	AM_RANGE(0x10075c, 0x10075d) AM_READ_PORT("DSW2")
239		AM_RANGE(0x100400, 0x1007ff) AM_DEVREADWRITE("seibucop", seibu_cop_legacy_device, generic_cop_r, generic_cop_w) AM_SHARE("cop_mcu_ram")    /* COP mcu */
240	256	AM_RANGE(0x100800, 0x100fff) AM_RAM
241	257	AM_RANGE(0x101000, 0x1017ff) AM_RAM // _WRITE(legionna_background_w) AM_SHARE("back_data")
242	258	AM_RANGE(0x101800, 0x101fff) AM_RAM // _WRITE(legionna_foreground_w) AM_SHARE("fore_data")
r32338	r32339
261	277	AM_RANGE(0x100748, 0x100749) AM_READ_PORT("PLAYERS34")
262	278	AM_RANGE(0x10074c, 0x10074d) AM_READ_PORT("SYSTEM")
263	279	AM_RANGE(0x10075c, 0x10075d) AM_READ_PORT("DSW2")
264		AM_RANGE(0x100400, 0x1007ff) AM_DEVREADWRITE("seibucop", seibu_cop_legacy_device, generic_cop_r, generic_cop_w) AM_SHARE("cop_mcu_ram")    /* COP mcu */
265	280	AM_RANGE(0x100800, 0x100fff) AM_RAM // _WRITE(legionna_background_w) AM_SHARE("back_data")
266	281	AM_RANGE(0x101000, 0x1017ff) AM_RAM // _WRITE(legionna_foreground_w) AM_SHARE("fore_data")
267	282	AM_RANGE(0x101800, 0x101fff) AM_RAM // _WRITE(legionna_midground_w) AM_SHARE("mid_data")
r32338	r32339
285	300	AM_RANGE(0x100748, 0x100749) AM_READ_PORT("PLAYERS34")
286	301	AM_RANGE(0x10074c, 0x10074d) AM_READ_PORT("SYSTEM")
287	302	AM_RANGE(0x10075c, 0x10075d) AM_READ_PORT("DSW2")
288		AM_RANGE(0x100400, 0x1007ff) AM_DEVREADWRITE("seibucop", seibu_cop_legacy_device, generic_cop_r,generic_cop_w) AM_SHARE("cop_mcu_ram")
289	303	AM_RANGE(0x100800, 0x100fff) AM_RAM // _WRITE(legionna_background_w) AM_SHARE("back_data")
290	304	AM_RANGE(0x101000, 0x1017ff) AM_RAM // _WRITE(legionna_foreground_w) AM_SHARE("fore_data")
291	305	AM_RANGE(0x101800, 0x101fff) AM_RAM // _WRITE(legionna_midground_w) AM_SHARE("mid_data")
r32338	r32339
313	327	AM_RANGE(0x10070c, 0x10070d) AM_READ_PORT("SYSTEM")
314	328	AM_RANGE(0x10071c, 0x10071d) AM_READ_PORT("DSW2")
315	329	AM_RANGE(0x100740, 0x10075f) AM_READWRITE(sound_comms_r,sound_comms_w)
316		AM_RANGE(0x100400, 0x1007ff) AM_DEVREADWRITE("seibucop", seibu_cop_legacy_device, generic_cop_r,generic_cop_w) AM_SHARE("cop_mcu_ram")
317	330	AM_RANGE(0x100800, 0x100fff) AM_RAM // _WRITE(legionna_background_w) AM_SHARE("back_data")
318	331	AM_RANGE(0x101000, 0x1017ff) AM_RAM // _WRITE(legionna_foreground_w) AM_SHARE("fore_data")
319	332	AM_RANGE(0x101800, 0x101fff) AM_RAM // _WRITE(legionna_midground_w) AM_SHARE("mid_data")
r32338	r32339
339	352	AM_RANGE(0x100704, 0x100705) AM_READ_PORT("PLAYERS12")
340	353	AM_RANGE(0x100708, 0x100709) AM_READ_PORT("PLAYERS34")
341	354	AM_RANGE(0x10070c, 0x10070d) AM_READ_PORT("SYSTEM")
342		AM_RANGE(0x100000, 0x1007ff) AM_DEVREADWRITE("seibucop", seibu_cop_legacy_device, copdxbl_0_r,copdxbl_0_w) AM_SHARE("cop_mcu_ram")
	355	AM_RANGE(0x100000, 0x1007ff) AM_DEVREADWRITE("seibucop_boot", seibu_cop_bootleg_device, copdxbl_0_r,copdxbl_0_w) AM_SHARE("cop_mcu_ram")
343	356	AM_RANGE(0x100800, 0x100fff) AM_RAM // _WRITE(legionna_background_w) AM_SHARE("back_data")
344	357	AM_RANGE(0x101000, 0x1017ff) AM_RAM // _WRITE(legionna_foreground_w) AM_SHARE("fore_data")
345	358	AM_RANGE(0x101800, 0x101fff) AM_RAM // _WRITE(legionna_midground_w) AM_SHARE("mid_data")
r32338	r32339
1199	1212
1200	1213	SEIBU_SOUND_SYSTEM_CPU(14318180/4)
1201	1214
1202		MCFG_SEIBU_COP_ADD("seibucop")
1203	1215	MCFG_RAIDEN2COP_ADD("raiden2cop")
1204	1216	MCFG_RAIDEN2COP_VIDEORAM_OUT_CB(WRITE16(legionna_state, videowrite_cb_w))
1205	1217
r32338	r32339
1236	1248
1237	1249	SEIBU_SOUND_SYSTEM_CPU(14318180/4)
1238	1250
1239		MCFG_SEIBU_COP_ADD("seibucop")
1240	1251	MCFG_RAIDEN2COP_ADD("raiden2cop")
1241	1252	MCFG_RAIDEN2COP_VIDEORAM_OUT_CB(WRITE16(legionna_state, videowrite_cb_w))
1242	1253
r32338	r32339
1274	1285
1275	1286	SEIBU2_SOUND_SYSTEM_CPU(14318180/4)
1276	1287
1277		MCFG_SEIBU_COP_ADD("seibucop")
1278	1288	MCFG_RAIDEN2COP_ADD("raiden2cop")
1279	1289	MCFG_RAIDEN2COP_VIDEORAM_OUT_CB(WRITE16(legionna_state, videowrite_cb_w))
1280	1290
r32338	r32339
1313	1323
1314	1324	SEIBU2_SOUND_SYSTEM_CPU(14318180/4)
1315	1325
1316		MCFG_SEIBU_COP_ADD("seibucop")
1317	1326	MCFG_RAIDEN2COP_ADD("raiden2cop")
1318	1327	MCFG_RAIDEN2COP_VIDEORAM_OUT_CB(WRITE16(legionna_state, videowrite_cb_w))
1319	1328
r32338	r32339
1351	1360
1352	1361	SEIBU2_SOUND_SYSTEM_CPU(14318180/4)
1353	1362
1354		MCFG_SEIBU_COP_ADD("seibucop")
1355	1363	MCFG_RAIDEN2COP_ADD("raiden2cop")
1356	1364	MCFG_RAIDEN2COP_VIDEORAM_OUT_CB(WRITE16(legionna_state, videowrite_cb_w))
1357	1365
r32338	r32339
1390	1398
1391	1399	SEIBU_SOUND_SYSTEM_CPU(14318180/4)
1392	1400
1393		MCFG_SEIBU_COP_ADD("seibucop")
1394	1401	MCFG_RAIDEN2COP_ADD("raiden2cop")
1395	1402	MCFG_RAIDEN2COP_VIDEORAM_OUT_CB(WRITE16(legionna_state, videowrite_cb_w))
1396	1403
r32338	r32339
1431	1438	MCFG_CPU_PROGRAM_MAP(cupsocbl_mem)
1432	1439	MCFG_CPU_VBLANK_INT_DRIVER("screen", legionna_state,  irq4_line_hold) /* VBL */
1433	1440
1434		MCFG_SEIBU_COP_ADD("seibucop")
	1441	MCFG_SEIBU_COP_ADD("seibucop_boot")
1435	1442	MCFG_RAIDEN2COP_ADD("raiden2cop")
1436	1443	MCFG_RAIDEN2COP_VIDEORAM_OUT_CB(WRITE16(legionna_state, videowrite_cb_w))
1437	1444

trunk/src/mame/machine/raiden2cop.c

r32338	r32339
3	3	Seibu Cop (Co-Processor) emulation
4	4	(new implementation, based on Raiden 2 code)
5	5
	6	(should write new notes to replace those that were in seicop.c)
	7
6	8	***************************************************************************/
7	9
8	10	#include "emu.h"
r32338	r32339
47	49	m_cop_sprite_dma_src(0),
48	50	m_cop_sprite_dma_size(0),
49	51
	52	m_cop_rom_addr_lo(0),
	53	m_cop_rom_addr_hi(0),
	54	m_cop_rom_addr_unk(0),
50	55
	56	m_cop_sprite_dma_abs_x(0),
	57	m_cop_sprite_dma_abs_y(0),
	58
	59	m_LEGACY_cop_angle_compare(0),
	60	m_LEGACY_cop_angle_mod_val(0),
	61	m_LEGACY_cop_hit_val_x(0),
	62	m_LEGACY_cop_hit_val_y(0),
	63	m_LEGACY_m_cop_hit_val_z(0),
	64	m_LEGACY_r0(0),
	65	m_LEGACY_r1(0),
	66
51	67	m_videoramout_cb(*this),
52	68	m_palette(*this, ":palette")
53	69	{
r32338	r32339
139	155	save_item(NAME(m_cop_sprite_dma_size));
140	156	save_item(NAME(m_cop_sprite_dma_src));
141	157
	158	save_item(NAME(m_cop_rom_addr_lo));
	159	save_item(NAME(m_cop_rom_addr_hi));
	160	save_item(NAME(m_cop_rom_addr_unk));
142	161
	162	save_item(NAME(m_cop_sprite_dma_abs_x));
	163	save_item(NAME(m_cop_sprite_dma_abs_y));
	164
	165	// legacy
	166	save_item(NAME(m_LEGACY_cop_angle_compare));
	167	save_item(NAME(m_LEGACY_cop_angle_mod_val));
	168	save_item(NAME(m_LEGACY_cop_hit_val_x));
	169	save_item(NAME(m_LEGACY_cop_hit_val_y));
	170	save_item(NAME(m_LEGACY_m_cop_hit_val_z));
	171	save_item(NAME(m_LEGACY_r0));
	172	save_item(NAME(m_LEGACY_r1));
	173
143	174	m_videoramout_cb.resolve_safe();
144	175
145	176	cop_itoa_digit_count = 4; //TODO: Raiden 2 never inits the BCD register, value here is a guess (8 digits, as WR is 10.000.000 + a)
r32338	r32339
1139	1170	cop_status |= 2;
1140	1171	}
1141	1172	}
	1173
	1174	// more misc
	1175
	1176	WRITE16_MEMBER( raiden2cop_device::cop_rom_addr_unk_w)
	1177	{
	1178	COMBINE_DATA(&m_cop_rom_addr_unk);
	1179	}
	1180
	1181	WRITE16_MEMBER( raiden2cop_device::cop_rom_addr_lo_w)
	1182	{
	1183	COMBINE_DATA(&m_cop_rom_addr_lo);
	1184	}
	1185
	1186	WRITE16_MEMBER( raiden2cop_device::cop_rom_addr_hi_w)
	1187	{
	1188	COMBINE_DATA(&m_cop_rom_addr_hi);
	1189	}
	1190
	1191	WRITE16_MEMBER(raiden2cop_device::cop_sprite_dma_abs_y_w)
	1192	{
	1193	m_cop_sprite_dma_abs_y = data;
	1194	}
	1195
	1196	WRITE16_MEMBER(raiden2cop_device::cop_sprite_dma_abs_x_w)
	1197	{
	1198	m_cop_sprite_dma_abs_x = data;
	1199	}
	1200
	1201	/*------------------------------------------------------------------------------------------------------------------------------------------------*/
	1202	/* LEGACY CODE -----------------------------------------------------------------------------------------------------------------------------------*/
	1203	/* this is all old code that hasn't been refactored yet, it will go away                                                                          */
	1204	/*------------------------------------------------------------------------------------------------------------------------------------------------*/
	1205	/*------------------------------------------------------------------------------------------------------------------------------------------------*/
	1206	/*------------------------------------------------------------------------------------------------------------------------------------------------*/
	1207
	1208
	1209	WRITE16_MEMBER(raiden2cop_device::LEGACY_cop_angle_compare_w)
	1210	{
	1211	m_LEGACY_cop_angle_compare = UINT16(data);
	1212	}
	1213
	1214	WRITE16_MEMBER(raiden2cop_device::LEGACY_cop_angle_mod_val_w)
	1215	{
	1216	m_LEGACY_cop_angle_mod_val = UINT16(data);
	1217	}
	1218
	1219	READ16_MEMBER( raiden2cop_device::LEGACY_cop_collision_status_val_r)
	1220	{
	1221	/* these two controls facing direction in Godzilla opponents (only vs.) - x value compare? */
	1222	if (offset==0) return (m_LEGACY_cop_hit_val_y);
	1223	else if (offset==1) return (m_LEGACY_cop_hit_val_x);
	1224	else return (m_LEGACY_m_cop_hit_val_z);
	1225	}
	1226
	1227
	1228	/*
	1229	Godzilla 0x12c0 X = 0x21ed Y = 0x57da
	1230	Megaron  0x12d0 X = 0x1ef1 Y = 0x55db
	1231	King Ghidorah 0x12c8 X = 0x26eb Y = 0x55dc
	1232	Mecha Ghidorah 0x12dc X = 0x24ec Y = 0x55dc
	1233	Mecha Godzilla 0x12d4 X = 0x1cf1 Y = 0x52dc
	1234	Gigan 0x12cc X = 0x23e8 Y = 0x55db
	1235
	1236	(DC.W $1020, $F0C0, $0000, $0000)
	1237	X = collides at the same spot
	1238	Y = collides between 0xd0 and 0x20
	1239	0x588 bits 2 & 3 = 0
	1240	(DC.W $F0C0, $1020, $0000, $0000)
	1241	X = collides between 0xb0 and 0x50 (inclusive)
	1242	Y = collides between 0xd0 and 0x30 (not inclusive)
	1243	0x588 bits 2 & 3 = 0x580 bits 0 & 1
	1244	*/
	1245	void raiden2cop_device::LEGACY_cop_take_hit_box_params(UINT8 offs)
	1246	{
	1247	INT16 start_x,start_y,height,width;
	1248
	1249	{
	1250	height = UINT8(m_LEGACY_cop_collision_info[offs].hitbox_y >> 8);
	1251	start_y = INT8(m_LEGACY_cop_collision_info[offs].hitbox_y);
	1252	width = UINT8(m_LEGACY_cop_collision_info[offs].hitbox_x >> 8);
	1253	start_x = INT8(m_LEGACY_cop_collision_info[offs].hitbox_x);
	1254	}
	1255
	1256	m_LEGACY_cop_collision_info[offs].min_x = (m_LEGACY_cop_collision_info[offs].x >> 16) + start_x;
	1257	m_LEGACY_cop_collision_info[offs].max_x = m_LEGACY_cop_collision_info[offs].min_x + width;
	1258	m_LEGACY_cop_collision_info[offs].min_y = (m_LEGACY_cop_collision_info[offs].y >> 16) + start_y;
	1259	m_LEGACY_cop_collision_info[offs].max_y = m_LEGACY_cop_collision_info[offs].min_y + height;
	1260	}
	1261
	1262
	1263	UINT8 raiden2cop_device::LEGACY_cop_calculate_collsion_detection()
	1264	{
	1265	static UINT8 res;
	1266
	1267	res = 3;
	1268
	1269	/* outbound X check */
	1270	if(m_LEGACY_cop_collision_info[0].max_x >= m_LEGACY_cop_collision_info[1].min_x && m_LEGACY_cop_collision_info[0].min_x <= m_LEGACY_cop_collision_info[1].max_x)
	1271	res &= ~2;
	1272
	1273	if(m_LEGACY_cop_collision_info[1].max_x >= m_LEGACY_cop_collision_info[0].min_x && m_LEGACY_cop_collision_info[1].min_x <= m_LEGACY_cop_collision_info[0].max_x)
	1274	res &= ~2;
	1275
	1276	/* outbound Y check */
	1277	if(m_LEGACY_cop_collision_info[0].max_y >= m_LEGACY_cop_collision_info[1].min_y && m_LEGACY_cop_collision_info[0].min_y <= m_LEGACY_cop_collision_info[1].max_y)
	1278	res &= ~1;
	1279
	1280	if(m_LEGACY_cop_collision_info[1].max_y >= m_LEGACY_cop_collision_info[0].min_y && m_LEGACY_cop_collision_info[1].min_y <= m_LEGACY_cop_collision_info[0].max_y)
	1281	res &= ~1;
	1282
	1283	m_LEGACY_cop_hit_val_x = (m_LEGACY_cop_collision_info[0].x - m_LEGACY_cop_collision_info[1].x) >> 16;
	1284	m_LEGACY_cop_hit_val_y = (m_LEGACY_cop_collision_info[0].y - m_LEGACY_cop_collision_info[1].y) >> 16;
	1285	m_LEGACY_m_cop_hit_val_z = 1;
	1286	cop_hit_val_stat = res; // TODO: there's also bit 2 and 3 triggered in the tests, no known meaning
	1287
	1288	//popmessage("%d %d %04x %04x %04x %04x",m_LEGACY_cop_hit_val_x,m_LEGACY_cop_hit_val_y,m_LEGACY_cop_collision_info[0].hitbox_x,m_LEGACY_cop_collision_info[0].hitbox_y,m_LEGACY_cop_collision_info[1].hitbox_x,m_LEGACY_cop_collision_info[1].hitbox_y);
	1289
	1290	//if(res == 0)
	1291	//popmessage("0:%08x %08x %08x 1:%08x %08x %08x\n",m_LEGACY_cop_collision_info[0].x,m_LEGACY_cop_collision_info[0].y,m_LEGACY_cop_collision_info[0].hitbox,m_LEGACY_cop_collision_info[1].x,m_LEGACY_cop_collision_info[1].y,m_LEGACY_cop_collision_info[1].hitbox);
	1292	//  popmessage("0:%08x %08x %08x %08x 1:%08x %08x %08x %08x\n",m_LEGACY_cop_collision_info[0].min_x,m_LEGACY_cop_collision_info[0].max_x,m_LEGACY_cop_collision_info[0].min_y, m_LEGACY_cop_collision_info[0].max_y,
	1293	//                                                   m_LEGACY_cop_collision_info[1].min_x,m_LEGACY_cop_collision_info[1].max_x,m_LEGACY_cop_collision_info[1].min_y, m_LEGACY_cop_collision_info[1].max_y);
	1294
	1295	return res;
	1296	}
	1297
	1298
	1299	WRITE16_MEMBER(raiden2cop_device::LEGACY_cop_cmd_w)
	1300	{
	1301	int command;
	1302
	1303
	1304	logerror("%06x: COPX execute table macro command %04x | regs %08x %08x %08x %08x %08x\n", space.device().safe_pc(), data,  cop_regs[0], cop_regs[1], cop_regs[2], cop_regs[3], cop_regs[4]);
	1305
	1306
	1307	command = find_trigger_match(data, 0xff00);
	1308
	1309
	1310	if (command == -1)
	1311	{
	1312	return;
	1313	}
	1314	UINT16 funcval, funcmask;
	1315	// this is pointless.. all we use it for is comparing against the same value
	1316	funcval = get_func_value(command);
	1317	funcmask = get_func_mask(command);
	1318	//printf("%04x %04x %04x\n",m_cop_mcu_ram[offset],funcval,funcmask);
	1319
	1320	/*
	1321	Macro notes:
	1322	- endianess changes from/to Raiden 2:
	1323	dword ^= 0
	1324	word ^= 2
	1325	byte ^= 3
	1326	- some macro commands here have a commented algorithm, it's how Seibu Cup Bootleg version handles maths inside the 14/15 roms.
	1327	The ROMs map tables in the following arrangement:
	1328	0x00000 - 0x1ffff Sine math results
	1329	0x20000 - 0x3ffff Cosine math results
	1330	0x40000 - 0x7ffff Division math results
	1331	0x80000 - 0xfffff Pythagorean theorem, hypotenuse length math results
	1332	Surprisingly atan maths are nowhere to be found from the roms.
	1333	*/
	1334
	1335	int executed = 0;
	1336
	1337	/* "automatic" movement, 0205 */
	1338	if (check_command_matches(command, 0x188, 0x282, 0x082, 0xb8e, 0x98e, 0x000, 0x000, 0x000, 6, 0xffeb))
	1339	{
	1340	executed = 1;
	1341	UINT8 offs;
	1342
	1343	offs = (offset & 3) * 4;
	1344	int ppos = space.read_dword(cop_regs[0] + 4 + offs);
	1345	int npos = ppos + space.read_dword(cop_regs[0] + 0x10 + offs);
	1346	int delta = (npos >> 16) - (ppos >> 16);
	1347
	1348	space.write_dword(cop_regs[0] + 4 + offs, npos);
	1349	space.write_word(cop_regs[0] + 0x1c + offs, space.read_word(cop_regs[0] + 0x1c + offs) + delta);
	1350	return;
	1351	}
	1352
	1353	/* "automatic" movement, for arcs in Legionnaire / Zero Team (expression adjustment) 0905 */
	1354	if (check_command_matches(command, 0x194, 0x288, 0x088, 0x000, 0x000, 0x000, 0x000, 0x000, 6, 0xfbfb))
	1355	{
	1356	executed = 1;
	1357	UINT8 offs;
	1358
	1359	offs = (offset & 3) * 4;
	1360
	1361	/* read 0x28 + offs */
	1362	/* add 0x10 + offs */
	1363	/* write 0x10 + offs */
	1364
	1365	space.write_dword(cop_regs[0] + 0x10 + offs, space.read_dword(cop_regs[0] + 0x10 + offs) + space.read_dword(cop_regs[0] + 0x28 + offs));
	1366	return;
	1367	}
	1368
	1369	/* SINE math - 0x8100 */
	1370	/*
	1371	00000-0ffff:
	1372	amp = x/256
	1373	ang = x & 255
	1374	s = sin(ang*2*pi/256)
	1375	val = trunc(s*amp)
	1376	if(s<0)
	1377	val--
	1378	if(s == 192)
	1379	val = -2*amp
	1380	*/
	1381	if (check_command_matches(command, 0xb9a, 0xb88, 0x888, 0x000, 0x000, 0x000, 0x000, 0x000, 7, 0xfdfb))
	1382	{
	1383	executed = 1;
	1384	int raw_angle = (space.read_word(cop_regs[0] + (0x34 ^ 2)) & 0xff);
	1385	double angle = raw_angle * M_PI / 128;
	1386	double amp = (65536 >> 5)*(space.read_word(cop_regs[0] + (0x36 ^ 2)) & 0xff);
	1387	int res;
	1388
	1389	/* TODO: up direction, why? */
	1390	if (raw_angle == 0xc0)
	1391	amp *= 2;
	1392
	1393	res = int(amp*sin(angle)) << cop_scale;
	1394
	1395	space.write_dword(cop_regs[0] + 0x10, res);
	1396	return;
	1397	}
	1398
	1399	/* COSINE math - 0x8900 */
	1400	/*
	1401	10000-1ffff:
	1402	amp = x/256
	1403	ang = x & 255
	1404	s = cos(ang*2*pi/256)
	1405	val = trunc(s*amp)
	1406	if(s<0)
	1407	val--
	1408	if(s == 128)
	1409	val = -2*amp
	1410	*/
	1411	if (check_command_matches(command, 0xb9a, 0xb8a, 0x88a, 0x000, 0x000, 0x000, 0x000, 0x000, 7, 0xfdfb))
	1412	{
	1413	executed = 1;
	1414	int raw_angle = (space.read_word(cop_regs[0] + (0x34 ^ 2)) & 0xff);
	1415	double angle = raw_angle * M_PI / 128;
	1416	double amp = (65536 >> 5)*(space.read_word(cop_regs[0] + (0x36 ^ 2)) & 0xff);
	1417	int res;
	1418
	1419	/* TODO: left direction, why? */
	1420	if (raw_angle == 0x80)
	1421	amp *= 2;
	1422
	1423	res = int(amp*cos(angle)) << cop_scale;
	1424
	1425	space.write_dword(cop_regs[0] + 20, res);
	1426	return;
	1427	}
	1428
	1429	/* 0x130e / 0x138e */
	1430	if (check_command_matches(command, 0x984, 0xaa4, 0xd82, 0xaa2, 0x39b, 0xb9a, 0xb9a, 0xa9a, 5, 0xbf7f))
	1431	{
	1432	executed = 1;
	1433	int dy = space.read_dword(cop_regs[1] + 4) - space.read_dword(cop_regs[0] + 4);
	1434	int dx = space.read_dword(cop_regs[1] + 8) - space.read_dword(cop_regs[0] + 8);
	1435
	1436	cop_status = 7;
	1437	if (!dx) {
	1438	cop_status |= 0x8000;
	1439	cop_angle = 0;
	1440	}
	1441	else {
	1442	cop_angle = atan(double(dy) / double(dx)) * 128.0 / M_PI;
	1443	if (dx < 0)
	1444	cop_angle += 0x80;
	1445	}
	1446
	1447	m_LEGACY_r0 = dy;
	1448	m_LEGACY_r1 = dx;
	1449
	1450	//printf("%d %d %f %04x\n",dx,dy,atan(double(dy)/double(dx)) * 128 / M_PI,cop_angle);
	1451
	1452	if (data & 0x80)
	1453	space.write_word(cop_regs[0] + (0x34 ^ 2), cop_angle);
	1454	return;
	1455	}
	1456
	1457	/* Pythagorean theorem, hypotenuse direction - 130e / 138e */
	1458	//(heatbrl)  | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a b9a
	1459	if (check_command_matches(command, 0x984, 0xaa4, 0xd82, 0xaa2, 0x39b, 0xb9a, 0xb9a, 0xb9a, 5, 0xbf7f))
	1460	{
	1461	executed = 1;
	1462	int dy = space.read_dword(cop_regs[1] + 4) - space.read_dword(cop_regs[0] + 4);
	1463	int dx = space.read_dword(cop_regs[1] + 8) - space.read_dword(cop_regs[0] + 8);
	1464
	1465	cop_status = 7;
	1466	if (!dx) {
	1467	cop_status |= 0x8000;
	1468	cop_angle = 0;
	1469	}
	1470	else {
	1471	cop_angle = atan(double(dy) / double(dx)) * 128.0 / M_PI;
	1472	if (dx < 0)
	1473	cop_angle += 0x80;
	1474	}
	1475
	1476	cop_angle -= 0x80;
	1477	m_LEGACY_r0 = dy;
	1478	m_LEGACY_r1 = dx;
	1479
	1480	if (data & 0x80)
	1481	space.write_word(cop_regs[0] + (0x34 ^ 2), cop_angle);
	1482	return;
	1483	}
	1484
	1485	/* Pythagorean theorem, hypotenuse length - 0x3bb0 */
	1486	//(grainbow) | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
	1487	/*
	1488	40000-7ffff:
	1489	v1 = (x / 32768)*64
	1490	v2 = (x & 255)*32767/255
	1491	val = sqrt(v1*v1+v2*v2) (unsigned)
	1492	*/
	1493	if (check_command_matches(command, 0xf9c, 0xb9c, 0xb9c, 0xb9c, 0xb9c, 0xb9c, 0xb9c, 0x99c, 4, 0x007f))
	1494	{
	1495	executed = 1;
	1496	int dy = m_LEGACY_r0;
	1497	int dx = m_LEGACY_r1;
	1498
	1499	dx >>= 16;
	1500	dy >>= 16;
	1501	cop_dist = sqrt((double)(dx*dx + dy*dy));
	1502
	1503	if (data & 0x80)
	1504	space.write_word(cop_regs[0] + (0x38), cop_dist);
	1505	return;
	1506	}
	1507
	1508	/* Division - 0x42c2 */
	1509	/*
	1510	20000-2ffff:
	1511	v1 = x / 1024
	1512	v2 = x & 1023
	1513	val = !v1 ? 32767 : trunc(v2/v1+0.5)
	1514	30000-3ffff:
	1515	v1 = x / 1024
	1516	v2 = (x & 1023)*32
	1517	val = !v1 ? 32767 : trunc(v2/v1+0.5)
	1518	*/
	1519	if (check_command_matches(command, 0xf9a, 0xb9a, 0xb9c, 0xb9c, 0xb9c, 0x29c, 0x000, 0x000, 5, 0xfcdd))
	1520	{
	1521	executed = 1;
	1522	int dy = m_LEGACY_r0;
	1523	int dx = m_LEGACY_r1;
	1524	int div = space.read_word(cop_regs[0] + (0x36 ^ 2));
	1525	int res;
	1526	int cop_dist_raw;
	1527
	1528	if (!div)
	1529	{
	1530	printf("divide by zero?\n");
	1531	div = 1;
	1532	}
	1533
	1534	/* TODO: calculation of this one should occur at 0x3b30/0x3bb0 I *think* */
	1535	/* TODO: recheck if cop_scale still masks at 3 with this command */
	1536	dx >>= 11 + cop_scale;
	1537	dy >>= 11 + cop_scale;
	1538	cop_dist_raw = sqrt((double)(dx*dx + dy*dy));
	1539
	1540	res = cop_dist_raw;
	1541	res /= div;
	1542
	1543	cop_dist = (1 << (5 - cop_scale)) / div;
	1544
	1545	/* TODO: bits 5-6-15 */
	1546	cop_status = 7;
	1547
	1548	space.write_word(cop_regs[0] + (0x38 ^ 2), res);
	1549	return;
	1550	}
	1551
	1552	/*
	1553	collision detection:
	1554
	1555	int dy_0 = space.read_dword(cop_regs[0]+4);
	1556	int dx_0 = space.read_dword(cop_regs[0]+8);
	1557	int dy_1 = space.read_dword(cop_regs[1]+4);
	1558	int dx_1 = space.read_dword(cop_regs[1]+8);
	1559	int hitbox_param1 = space.read_dword(cop_regs[2]);
	1560	int hitbox_param2 = space.read_dword(cop_regs[3]);
	1561
	1562	TODO: we are ignoring the funcval / funcmask params for now
	1563	*/
	1564
	1565	if (check_command_matches(command, 0xb80, 0xb82, 0xb84, 0xb86, 0x000, 0x000, 0x000, 0x000, funcval, funcmask))
	1566	{
	1567	executed = 1;
	1568	m_LEGACY_cop_collision_info[0].y = (space.read_dword(cop_regs[0] + 4));
	1569	m_LEGACY_cop_collision_info[0].x = (space.read_dword(cop_regs[0] + 8));
	1570	return;
	1571	}
	1572
	1573	//(heatbrl)  | 9 | ffff | b080 | b40 bc0 bc2
	1574	if (check_command_matches(command, 0xb40, 0xbc0, 0xbc2, 0x000, 0x000, 0x000, 0x000, 0x000, funcval, funcmask))
	1575	{
	1576	executed = 1;
	1577	m_LEGACY_cop_collision_info[0].hitbox = space.read_word(cop_regs[2]);
	1578	m_LEGACY_cop_collision_info[0].hitbox_y = space.read_word((cop_regs[2] & 0xffff0000) | (m_LEGACY_cop_collision_info[0].hitbox));
	1579	m_LEGACY_cop_collision_info[0].hitbox_x = space.read_word(((cop_regs[2] & 0xffff0000) | (m_LEGACY_cop_collision_info[0].hitbox)) + 2);
	1580
	1581	/* do the math */
	1582	LEGACY_cop_take_hit_box_params(0);
	1583	cop_hit_status = LEGACY_cop_calculate_collsion_detection();
	1584
	1585	return;
	1586	}
	1587
	1588	if (check_command_matches(command, 0xba0, 0xba2, 0xba4, 0xba6, 0x000, 0x000, 0x000, 0x000, funcval, funcmask))
	1589	{
	1590	executed = 1;
	1591	m_LEGACY_cop_collision_info[1].y = (space.read_dword(cop_regs[1] + 4));
	1592	m_LEGACY_cop_collision_info[1].x = (space.read_dword(cop_regs[1] + 8));
	1593	return;
	1594	}
	1595
	1596	//(heatbrl)  | 6 | ffff | b880 | b60 be0 be2
	1597	if (check_command_matches(command, 0xb60, 0xbe0, 0xbe2, 0x000, 0x000, 0x000, 0x000, 0x000, funcval, funcmask))
	1598	{
	1599	executed = 1;
	1600	m_LEGACY_cop_collision_info[1].hitbox = space.read_word(cop_regs[3]);
	1601	m_LEGACY_cop_collision_info[1].hitbox_y = space.read_word((cop_regs[3] & 0xffff0000) | (m_LEGACY_cop_collision_info[1].hitbox));
	1602	m_LEGACY_cop_collision_info[1].hitbox_x = space.read_word(((cop_regs[3] & 0xffff0000) | (m_LEGACY_cop_collision_info[1].hitbox)) + 2);
	1603
	1604	/* do the math */
	1605	LEGACY_cop_take_hit_box_params(1);
	1606	cop_hit_status = LEGACY_cop_calculate_collsion_detection();
	1607	return;
	1608	}
	1609
	1610	// grainbow 0d | a | fff3 | 6980 | b80 ba0
	1611	if (check_command_matches(command, 0xb80, 0xba0, 0x000, 0x000, 0x000, 0x000, 0x000, 0x000, 10, 0xfff3))
	1612	{
	1613	executed = 1;
	1614	UINT8 offs;
	1615	int abs_x, abs_y, rel_xy;
	1616
	1617	offs = (offset & 3) * 4;
	1618
	1619	/* TODO: I really suspect that following two are actually taken from the 0xa180 macro command then internally loaded */
	1620	abs_x = space.read_word(cop_regs[0] + 8) - m_cop_sprite_dma_abs_x;
	1621	abs_y = space.read_word(cop_regs[0] + 4) - m_cop_sprite_dma_abs_y;
	1622	rel_xy = space.read_word(m_cop_sprite_dma_src + 4 + offs);
	1623
	1624	//if(rel_xy & 0x0706)
	1625	//  printf("sprite rel_xy = %04x\n",rel_xy);
	1626
	1627	if (rel_xy & 1)
	1628	space.write_word(cop_regs[4] + offs + 4, 0xc0 + abs_x - (rel_xy & 0xf8));
	1629	else
	1630	space.write_word(cop_regs[4] + offs + 4, (((rel_xy & 0x78) + (abs_x)-((rel_xy & 0x80) ? 0x80 : 0))));
	1631
	1632	space.write_word(cop_regs[4] + offs + 6, (((rel_xy & 0x7800) >> 8) + (abs_y)-((rel_xy & 0x8000) ? 0x80 : 0)));
	1633	return;
	1634	}
	1635
	1636	// grainbow 18 | a | ff00 | c480 | 080 882
	1637	if (check_command_matches(command, 0x080, 0x882, 0x000, 0x000, 0x000, 0x000, 0x000, 0x000, 10, 0xff00))
	1638	{
	1639	executed = 1;
	1640	UINT8 offs;
	1641
	1642	offs = (offset & 3) * 4;
	1643
	1644	space.write_word(cop_regs[4] + offs + 0, space.read_word(m_cop_sprite_dma_src + offs) + (m_cop_sprite_dma_param & 0x3f));
	1645	//space.write_word(cop_regs[4] + offs + 2,space.read_word(m_cop_sprite_dma_src+2 + offs));
	1646	return;
	1647	}
	1648
	1649	// cupsoc 1b | 5 | 7ff7 | dde5 | f80 aa2 984 0c2
	1650	/* radar x/y positions */
	1651	/* FIXME: x/ys are offsetted */
	1652	/* FIXME: uses 0x10044a for something */
	1653	if (check_command_matches(command, 0xf80, 0xaa2, 0x984, 0x0c2, 0x000, 0x000, 0x000, 0x000, 5, 0x7ff7))
	1654	{
	1655	executed = 1;
	1656	UINT8 offs;
	1657	int div;
	1658	INT16 dir_offset;
	1659	//              INT16 offs_val;
	1660
	1661	/* TODO: [4-7] could be mirrors of [0-3] (this is the only command so far that uses 4-7 actually)*/
	1662	/* ? 0 + [4] */
	1663	/* sub32 4 + [5] */
	1664	/* write16h 8 + [4] */
	1665	/* addmem16 4 + [6] */
	1666
	1667	// these two are obvious ...
	1668	// 0xf x 16 = 240
	1669	// 0x14 x 16 = 320
	1670	// what are these two instead? scale factor? offsets? (edit: offsets to apply from the initial sprite data)
	1671	// 0xfc69 ?
	1672	// 0x7f4 ?
	1673	//printf("%08x %08x %08x %08x %08x %08x %08x\n",cop_regs[0],cop_regs[1],cop_regs[2],cop_regs[3],cop_regs[4],cop_regs[5],cop_regs[6]);
	1674
	1675	offs = (offset & 3) * 4;
	1676
	1677	div = space.read_word(cop_regs[4] + offs);
	1678	dir_offset = space.read_word(cop_regs[4] + offs + 8);
	1679	//              offs_val = space.read_word(cop_regs[3] + offs);
	1680	//420 / 180 = 500 : 400 = 30 / 50 = 98 / 18
	1681
	1682	/* TODO: this probably trips a cop status flag */
	1683	if (div == 0) { div = 1; }
	1684
	1685
	1686	space.write_word((cop_regs[6] + offs + 4), ((space.read_word(cop_regs[5] + offs + 4) + dir_offset) / div));
	1687	return;
	1688	}
	1689
	1690	//(cupsoc)   | 8 | f3e7 | 6200 | 3a0 3a6 380 aa0 2a6
	1691	if (check_command_matches(command, 0x3a0, 0x3a6, 0x380, 0xaa0, 0x2a6, 0x000, 0x000, 0x000, 8, 0xf3e7))
	1692	{
	1693	executed = 1;
	1694	UINT8 cur_angle;
	1695	UINT16 flags;
	1696
	1697	/* 0 [1] */
	1698	/* 0xc [1] */
	1699	/* 0 [0] */
	1700	/* 0 [1] */
	1701	/* 0xc [1] */
	1702
	1703	cur_angle = space.read_byte(cop_regs[1] + (0xc ^ 3));
	1704	flags = space.read_word(cop_regs[1]);
	1705	//space.write_byte(cop_regs[1] + (0^3),space.read_byte(cop_regs[1] + (0^3)) & 0xfb); //correct?
	1706
	1707	m_LEGACY_cop_angle_compare &= 0xff;
	1708	m_LEGACY_cop_angle_mod_val &= 0xff;
	1709	flags &= ~0x0004;
	1710
	1711	int delta = cur_angle - m_LEGACY_cop_angle_compare;
	1712	if (delta >= 128)
	1713	delta -= 256;
	1714	else if (delta < -128)
	1715	delta += 256;
	1716	if (delta < 0)
	1717	{
	1718	if (delta >= -m_LEGACY_cop_angle_mod_val)
	1719	{
	1720	cur_angle = m_LEGACY_cop_angle_compare;
	1721	flags |= 0x0004;
	1722	}
	1723	else
	1724	cur_angle += m_LEGACY_cop_angle_mod_val;
	1725	}
	1726	else
	1727	{
	1728	if (delta <= m_LEGACY_cop_angle_mod_val)
	1729	{
	1730	cur_angle = m_LEGACY_cop_angle_compare;
	1731	flags |= 0x0004;
	1732	}
	1733	else
	1734	cur_angle -= m_LEGACY_cop_angle_mod_val;
	1735	}
	1736
	1737	space.write_byte(cop_regs[1] + (0 ^ 2), flags);
	1738	space.write_byte(cop_regs[1] + (0xc ^ 3), cur_angle);
	1739	return;
	1740	}
	1741
	1742	//(grainbow) | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
	1743	/* search direction, used on SD Gundam homing weapon */
	1744	/* FIXME: still doesn't work ... */
	1745	if (check_command_matches(command, 0x380, 0x39a, 0x380, 0xa80, 0x29a, 0x000, 0x000, 0x000, 8, 0xf3e7))
	1746	{
	1747	executed = 1;
	1748	UINT8 cur_angle;
	1749	UINT16 flags;
	1750
	1751	cur_angle = space.read_byte(cop_regs[0] + (0x34 ^ 3));
	1752	flags = space.read_word(cop_regs[0] + (0 ^ 2));
	1753	//space.write_byte(cop_regs[1] + (0^3),space.read_byte(cop_regs[1] + (0^3)) & 0xfb); //correct?
	1754
	1755	m_LEGACY_cop_angle_compare &= 0xff;
	1756	m_LEGACY_cop_angle_mod_val &= 0xff;
	1757	flags &= ~0x0004;
	1758
	1759	int delta = cur_angle - m_LEGACY_cop_angle_compare;
	1760	if (delta >= 128)
	1761	delta -= 256;
	1762	else if (delta < -128)
	1763	delta += 256;
	1764	if (delta < 0)
	1765	{
	1766	if (delta >= -m_LEGACY_cop_angle_mod_val)
	1767	{
	1768	cur_angle = m_LEGACY_cop_angle_compare;
	1769	flags |= 0x0004;
	1770	}
	1771	else
	1772	cur_angle += m_LEGACY_cop_angle_mod_val;
	1773	}
	1774	else
	1775	{
	1776	if (delta <= m_LEGACY_cop_angle_mod_val)
	1777	{
	1778	cur_angle = m_LEGACY_cop_angle_compare;
	1779	flags |= 0x0004;
	1780	}
	1781	else
	1782	cur_angle -= m_LEGACY_cop_angle_mod_val;
	1783	}
	1784
	1785	space.write_byte(cop_regs[0] + (0 ^ 3), flags);
	1786	space.write_word(cop_regs[0] + (0x34 ^ 3), cur_angle);
	1787	return;
	1788	}
	1789
	1790	//(cupsoc) 1c | 5 | b07f | e38e | 984 ac4 d82 ac2 39b b9a b9a a9a
	1791	if (check_command_matches(command, 0x984, 0xac4, 0xd82, 0xac2, 0x39b, 0xb9a, 0xb9a, 0xa9a, 5, 0xb07f))
	1792	{
	1793	executed = 1;
	1794	int dy = space.read_dword(cop_regs[2] + 4) - space.read_dword(cop_regs[0] + 4);
	1795	int dx = space.read_dword(cop_regs[2] + 8) - space.read_dword(cop_regs[0] + 8);
	1796
	1797	cop_status = 7;
	1798	if (!dx) {
	1799	cop_status |= 0x8000;
	1800	cop_angle = 0;
	1801	}
	1802	else {
	1803	cop_angle = atan(double(dy) / double(dx)) * 128.0 / M_PI;
	1804	if (dx < 0)
	1805	cop_angle += 0x80;
	1806	}
	1807
	1808	m_LEGACY_r0 = dy;
	1809	m_LEGACY_r1 = dx;
	1810
	1811	//printf("%d %d %f %04x\n",dx,dy,atan(double(dy)/double(dx)) * 128 / M_PI,cop_angle);
	1812
	1813	if (data & 0x80)
	1814	space.write_word(cop_regs[0] + (0x34 ^ 2), cop_angle);
	1815	return;
	1816	}
	1817
	1818	//(cupsoc) 1a | 5 | fffb | d104 | ac2 9e0 0a2
	1819	/* controls player vs. player collision detection, 0xf105 controls player vs. ball */
	1820	if (check_command_matches(command, 0xac2, 0x9e0, 0x0a2, 0x000, 0x000, 0x000, 0x000, 0x000, 5, 0xfffb))
	1821	{
	1822	executed = 1;
	1823	UINT8 *ROM = space.machine().root_device().memregion("maincpu")->base();
	1824	UINT32 rom_addr = (m_cop_rom_addr_hi << 16 | m_cop_rom_addr_lo) & ~1;
	1825	UINT16 rom_data = (ROM[rom_addr + 0]) | (ROM[rom_addr + 1] << 8);
	1826
	1827	/* writes to some unemulated COP registers, then puts the result in here, adding a parameter taken from ROM */
	1828	//space.write_word(cop_regs[0]+(0x44 + offset * 4), rom_data);
	1829
	1830	printf("%04x%04x %04x %04x\n", m_cop_rom_addr_hi, m_cop_rom_addr_lo, m_cop_rom_addr_unk, rom_data);
	1831	return;
	1832	}
	1833
	1834	if (executed == 0) printf("did not execute %04x\n", data);
	1835	}
	1836
	1837
	1838
	1839

trunk/src/mame/machine/raiden2cop.h

r32338	r32339
166	166	DECLARE_WRITE16_MEMBER(cop_sprite_dma_inc_w);
167	167	int m_cop_sprite_dma_size;
168	168
	169	// misc 68k
	170	UINT16 m_cop_rom_addr_lo,m_cop_rom_addr_hi,m_cop_rom_addr_unk;
	171	DECLARE_WRITE16_MEMBER(cop_rom_addr_unk_w);
	172	DECLARE_WRITE16_MEMBER(cop_rom_addr_lo_w);
	173	DECLARE_WRITE16_MEMBER(cop_rom_addr_hi_w);
	174
	175	int m_cop_sprite_dma_abs_x,m_cop_sprite_dma_abs_y;
	176	DECLARE_WRITE16_MEMBER(cop_sprite_dma_abs_y_w);
	177	DECLARE_WRITE16_MEMBER(cop_sprite_dma_abs_x_w);
	178
	179	// legacy code, to be removed / refactored into above
	180	INT8 m_LEGACY_cop_angle_compare;
	181	INT8 m_LEGACY_cop_angle_mod_val;
	182	DECLARE_WRITE16_MEMBER(LEGACY_cop_angle_compare_w);
	183	DECLARE_WRITE16_MEMBER(LEGACY_cop_angle_mod_val_w);
	184	INT16 m_LEGACY_cop_hit_val_x,m_LEGACY_cop_hit_val_y,m_LEGACY_m_cop_hit_val_z;
	185	int m_LEGACY_r0, m_LEGACY_r1;
	186	DECLARE_READ16_MEMBER(LEGACY_cop_collision_status_val_r);
	187	DECLARE_WRITE16_MEMBER(LEGACY_cop_cmd_w);
	188
	189	struct LEGACY_collision_info
	190	{
	191	LEGACY_collision_info():
	192	x(0),
	193	y(0),
	194	min_x(0),
	195	min_y(0),
	196	max_x(0),
	197	max_y(0),
	198	hitbox(0),
	199	hitbox_x(0),
	200	hitbox_y(0) {}
	201
	202	int x,y;
	203	INT16 min_x,min_y,max_x,max_y;
	204	UINT16 hitbox;
	205	UINT16 hitbox_x,hitbox_y;
	206	};
	207
	208	struct LEGACY_collision_info m_LEGACY_cop_collision_info[2];
	209	void LEGACY_cop_take_hit_box_params(UINT8 offs);
	210	UINT8 LEGACY_cop_calculate_collsion_detection();
	211
	212
169	213	protected:
170	214	// device-level overrides
171	215	virtual void device_start();

trunk/src/mame/machine/seicop.c

r32338	r32339
1	1
2		/* Seibu 'COP' (co-processor)  protection
	2	/*
	3	OLD Seibu Cop simulation code.
3	4
4		there appear to be 3 revisions of this protection (based on the external rom)
	5	this is currently only used by the Seibu Cup Soccer BOOTLEG
	6
	7	*/
5	8
6		COPX-D1 - Seibu Cup Soccer / Olympic Soccer '92
7		- Legionnaire
8		COPX-D2 - Heated Barrel
9		- Godzilla
10		- SD Gundam Sangokushi Rainbow Tairiku Senki
11		- Denjin Makai
12		- Raiden 2
13		- Raiden DX
14		- Zero Team
15		COPX-D3 - Raiden 2/DX New (V33 PCB version)
16		- New Zero Team
	9	/********************************************************************************************
17	10
18		COPX / COPX-D2 based games appear to function in a similar way to each other
19		while the games using COPX-D3 appears to access the protection device very
20		differently to the others.
	11	COPX bootleg simulation
	12	- Seibu Cup Soccer (bootleg)
21	13
22		As this is only the external rom it isn't confirmed that the actual protection
23		devices are identical even where the external rom matches.
	14	*******************************************************************************************/
24	15
25		Protection features include BCD math protection, 'command sequences', DMA.
26		memory clearing etc.
27
28		it is not confirmed which custom Seibu chip contains the actual co-processor,
29		nor if the co-processor is a real MCU with internal code, or a custom designed
30		'blitter' like device.
31
32		I suspect that for the earlier games it's part of the COP300 or COP1000 chips,
33		for the COPX-D3 based games it's probably inside the system controller SEI333
34
35		the external COP rom is probably used as a lookup for maths operations.
36
37		there should probably only be a single cop2_r / cop2_w function, the chip
38		looks to be configurable via the table uploaded to
39		0x432 / 0x434 / 0x438 / 0x43a / 0x43c, with 'macro' commands triggered via
40		writes to 0x500.
41
42		this simulation is incomplete
43
44		COP TODO list:
45		- collision detection, hitbox parameter is a complete mystery;
46		- collision detection, unknown usage of reads at 0x582-0x588;
47		- The RNG relies on the master CPU clock cycles, but without accurate waitstate support is
48		basically impossible to have a 1:1 matchup. Seibu Cup Soccer Selection for instance should show the
49		first match as Germany vs. USA at twilight, right now is Spain vs. Brazil at sunset.
50		- (MANY other things that needs to be listed here)
51
52		Protection information
53
54		ALL games using COPX-D/D2 upload a series of command tables, using the following upload pattern.
55		This happens ONCE at startup.
56
57		Each table is 8 words long, and the table upload offsets aren't always in sequential order, as
58		you can see from this example (cupsocs) it uploads in the following order
59
60		00 - 07, 08 - 0f, 10 - 17, 18 - 1f, 28 - 2f, 60 - 67, 80 - 87, 88 - 8f
61		90 - 97, 98 - 9f, 20 - 27, 30 - 37, 38 - 3f, 40 - 47, 48 - 4f, 68 - 6f
62		c0 - c7, a0 - a7, a8 - af, b0 - b7, b8 - bf, c8 - cf, d0 - d7, d8 - df
63		e0 - e7, e8 - ef, 50 - 57, 58 - 5f, 78 - 7f, f0 - f7
64
65		table data is never overwritten, and in this case no data is uploaded
66		in the 70-77 or f8 - ff region.
67
68		It is assumed that the data written before each part of the table is associated
69		with that table.
70
71		000620:  write data 0205 at offset 003c <- 'trigger' associated with this table
72		000624:  write data 0006 at offset 0038 <- 'unknown1 (4-bit)'
73		000628:  write data ffeb at offset 003a <- 'unknown2'
74
75		000632:  write data 0000 at offset 0034 <- 'table offset'
76		000638:  write data 0188 at offset 0032 <- '12-bit data' for this offset
77		000632:  write data 0001 at offset 0034
78		000638:  write data 0282 at offset 0032
79		000632:  write data 0002 at offset 0034
80		000638:  write data 0082 at offset 0032
81		000632:  write data 0003 at offset 0034
82		000638:  write data 0b8e at offset 0032
83		000632:  write data 0004 at offset 0034
84		000638:  write data 098e at offset 0032
85		000632:  write data 0005 at offset 0034
86		000638:  write data 0000 at offset 0032
87		000632:  write data 0006 at offset 0034
88		000638:  write data 0000 at offset 0032
89		000632:  write data 0007 at offset 0034
90		000638:  write data 0000 at offset 0032
91		--------------------------------------------
92		000620:  write data 0905 at offset 003c
93		000624:  write data 0006 at offset 0038
94		000628:  write data fbfb at offset 003a
95
96		000632:  write data 0008 at offset 0034
97		000638:  write data 0194 at offset 0032
98		000632:  write data 0009 at offset 0034
99		000638:  write data 0288 at offset 0032
100		000632:  write data 000a at offset 0034
101		000638:  write data 0088 at offset 0032
102		000632:  write data 000b at offset 0034
103		000638:  write data 0000 at offset 0032
104		000632:  write data 000c at offset 0034
105		000638:  write data 0000 at offset 0032
106		000632:  write data 000d at offset 0034
107		000638:  write data 0000 at offset 0032
108		000632:  write data 000e at offset 0034
109		000638:  write data 0000 at offset 0032
110		000632:  write data 000f at offset 0034
111		000638:  write data 0000 at offset 0032
112		--------------------------------------------
113		000620:  write data 138e at offset 003c
114		000624:  write data 0005 at offset 0038
115		000628:  write data bf7f at offset 003a
116
117		000632:  write data 0010 at offset 0034
118		000638:  write data 0984 at offset 0032
119		000632:  write data 0011 at offset 0034
120		000638:  write data 0aa4 at offset 0032
121		000632:  write data 0012 at offset 0034
122		000638:  write data 0d82 at offset 0032
123		000632:  write data 0013 at offset 0034
124		000638:  write data 0aa2 at offset 0032
125		000632:  write data 0014 at offset 0034
126		000638:  write data 039b at offset 0032
127		000632:  write data 0015 at offset 0034
128		000638:  write data 0b9a at offset 0032
129		000632:  write data 0016 at offset 0034
130		000638:  write data 0b9a at offset 0032
131		000632:  write data 0017 at offset 0034
132		000638:  write data 0a9a at offset 0032
133		--------------------------------------------
134		000620:  write data 1905 at offset 003c
135		000624:  write data 0006 at offset 0038
136		000628:  write data fbfb at offset 003a
137
138		000632:  write data 0018 at offset 0034
139		000638:  write data 0994 at offset 0032
140		000632:  write data 0019 at offset 0034
141		000638:  write data 0a88 at offset 0032
142		000632:  write data 001a at offset 0034
143		000638:  write data 0088 at offset 0032
144		000632:  write data 001b at offset 0034
145		000638:  write data 0000 at offset 0032
146		000632:  write data 001c at offset 0034
147		000638:  write data 0000 at offset 0032
148		000632:  write data 001d at offset 0034
149		000638:  write data 0000 at offset 0032
150		000632:  write data 001e at offset 0034
151		000638:  write data 0000 at offset 0032
152		000632:  write data 001f at offset 0034
153		000638:  write data 0000 at offset 0032
154		--------------------------------------------
155		000620:  write data 2a05 at offset 003c
156		000624:  write data 0006 at offset 0038
157		000628:  write data ebeb at offset 003a
158
159		000632:  write data 0028 at offset 0034
160		000638:  write data 09af at offset 0032
161		000632:  write data 0029 at offset 0034
162		000638:  write data 0a82 at offset 0032
163		000632:  write data 002a at offset 0034
164		000638:  write data 0082 at offset 0032
165		000632:  write data 002b at offset 0034
166		000638:  write data 0a8f at offset 0032
167		000632:  write data 002c at offset 0034
168		000638:  write data 018e at offset 0032
169		000632:  write data 002d at offset 0034
170		000638:  write data 0000 at offset 0032
171		000632:  write data 002e at offset 0034
172		000638:  write data 0000 at offset 0032
173		000632:  write data 002f at offset 0034
174		000638:  write data 0000 at offset 0032
175		--------------------------------------------
176		000620:  write data 6200 at offset 003c
177		000624:  write data 0008 at offset 0038
178		000628:  write data f3e7 at offset 003a
179
180		000632:  write data 0060 at offset 0034
181		000638:  write data 03a0 at offset 0032
182		000632:  write data 0061 at offset 0034
183		000638:  write data 03a6 at offset 0032
184		000632:  write data 0062 at offset 0034
185		000638:  write data 0380 at offset 0032
186		000632:  write data 0063 at offset 0034
187		000638:  write data 0aa0 at offset 0032
188		000632:  write data 0064 at offset 0034
189		000638:  write data 02a6 at offset 0032
190		000632:  write data 0065 at offset 0034
191		000638:  write data 0000 at offset 0032
192		000632:  write data 0066 at offset 0034
193		000638:  write data 0000 at offset 0032
194		000632:  write data 0067 at offset 0034
195		000638:  write data 0000 at offset 0032
196		--------------------------------------------
197		000620:  write data 8100 at offset 003c
198		000624:  write data 0007 at offset 0038
199		000628:  write data fdfb at offset 003a
200
201		000632:  write data 0080 at offset 0034
202		000638:  write data 0b9a at offset 0032
203		000632:  write data 0081 at offset 0034
204		000638:  write data 0b88 at offset 0032
205		000632:  write data 0082 at offset 0034
206		000638:  write data 0888 at offset 0032
207		000632:  write data 0083 at offset 0034
208		000638:  write data 0000 at offset 0032
209		000632:  write data 0084 at offset 0034
210		000638:  write data 0000 at offset 0032
211		000632:  write data 0085 at offset 0034
212		000638:  write data 0000 at offset 0032
213		000632:  write data 0086 at offset 0034
214		000638:  write data 0000 at offset 0032
215		000632:  write data 0087 at offset 0034
216		000638:  write data 0000 at offset 0032
217		--------------------------------------------
218		000620:  write data 8900 at offset 003c
219		000624:  write data 0007 at offset 0038
220		000628:  write data fdfb at offset 003a
221
222		000632:  write data 0088 at offset 0034
223		000638:  write data 0b9a at offset 0032
224		000632:  write data 0089 at offset 0034
225		000638:  write data 0b8a at offset 0032
226		000632:  write data 008a at offset 0034
227		000638:  write data 088a at offset 0032
228		000632:  write data 008b at offset 0034
229		000638:  write data 0000 at offset 0032
230		000632:  write data 008c at offset 0034
231		000638:  write data 0000 at offset 0032
232		000632:  write data 008d at offset 0034
233		000638:  write data 0000 at offset 0032
234		000632:  write data 008e at offset 0034
235		000638:  write data 0000 at offset 0032
236		000632:  write data 008f at offset 0034
237		000638:  write data 0000 at offset 0032
238		--------------------------------------------
239		000620:  write data 9180 at offset 003c
240		000624:  write data 0007 at offset 0038
241		000628:  write data f8f7 at offset 003a
242
243		000632:  write data 0090 at offset 0034
244		000638:  write data 0b80 at offset 0032
245		000632:  write data 0091 at offset 0034
246		000638:  write data 0b94 at offset 0032
247		000632:  write data 0092 at offset 0034
248		000638:  write data 0b94 at offset 0032
249		000632:  write data 0093 at offset 0034
250		000638:  write data 0894 at offset 0032
251		000632:  write data 0094 at offset 0034
252		000638:  write data 0000 at offset 0032
253		000632:  write data 0095 at offset 0034
254		000638:  write data 0000 at offset 0032
255		000632:  write data 0096 at offset 0034
256		000638:  write data 0000 at offset 0032
257		000632:  write data 0097 at offset 0034
258		000638:  write data 0000 at offset 0032
259		--------------------------------------------
260		000620:  write data 9980 at offset 003c
261		000624:  write data 0007 at offset 0038
262		000628:  write data f8f7 at offset 003a
263
264		000632:  write data 0098 at offset 0034
265		000638:  write data 0b80 at offset 0032
266		000632:  write data 0099 at offset 0034
267		000638:  write data 0b94 at offset 0032
268		000632:  write data 009a at offset 0034
269		000638:  write data 0b94 at offset 0032
270		000632:  write data 009b at offset 0034
271		000638:  write data 0896 at offset 0032
272		000632:  write data 009c at offset 0034
273		000638:  write data 0000 at offset 0032
274		000632:  write data 009d at offset 0034
275		000638:  write data 0000 at offset 0032
276		000632:  write data 009e at offset 0034
277		000638:  write data 0000 at offset 0032
278		000632:  write data 009f at offset 0034
279		000638:  write data 0000 at offset 0032
280		--------------------------------------------
281		000620:  write data 2288 at offset 003c
282		000624:  write data 0005 at offset 0038
283		000628:  write data f5df at offset 003a
284
285		000632:  write data 0020 at offset 0034
286		000638:  write data 0f8a at offset 0032
287		000632:  write data 0021 at offset 0034
288		000638:  write data 0b8a at offset 0032
289		000632:  write data 0022 at offset 0034
290		000638:  write data 0388 at offset 0032
291		000632:  write data 0023 at offset 0034
292		000638:  write data 0b9a at offset 0032
293		000632:  write data 0024 at offset 0034
294		000638:  write data 0b9a at offset 0032
295		000632:  write data 0025 at offset 0034
296		000638:  write data 0a9a at offset 0032
297		000632:  write data 0026 at offset 0034
298		000638:  write data 0000 at offset 0032
299		000632:  write data 0027 at offset 0034
300		000638:  write data 0000 at offset 0032
301		--------------------------------------------
302		000620:  write data 338e at offset 003c
303		000624:  write data 0005 at offset 0038
304		000628:  write data bf7f at offset 003a
305
306		000632:  write data 0030 at offset 0034
307		000638:  write data 0984 at offset 0032
308		000632:  write data 0031 at offset 0034
309		000638:  write data 0aa4 at offset 0032
310		000632:  write data 0032 at offset 0034
311		000638:  write data 0d82 at offset 0032
312		000632:  write data 0033 at offset 0034
313		000638:  write data 0aa2 at offset 0032
314		000632:  write data 0034 at offset 0034
315		000638:  write data 039c at offset 0032
316		000632:  write data 0035 at offset 0034
317		000638:  write data 0b9c at offset 0032
318		000632:  write data 0036 at offset 0034
319		000638:  write data 0b9c at offset 0032
320		000632:  write data 0037 at offset 0034
321		000638:  write data 0a9a at offset 0032
322		--------------------------------------------
323		000620:  write data 3bb0 at offset 003c
324		000624:  write data 0004 at offset 0038
325		000628:  write data 007f at offset 003a
326
327		000632:  write data 0038 at offset 0034
328		000638:  write data 0f9c at offset 0032
329		000632:  write data 0039 at offset 0034
330		000638:  write data 0b9c at offset 0032
331		000632:  write data 003a at offset 0034
332		000638:  write data 0b9c at offset 0032
333		000632:  write data 003b at offset 0034
334		000638:  write data 0b9c at offset 0032
335		000632:  write data 003c at offset 0034
336		000638:  write data 0b9c at offset 0032
337		000632:  write data 003d at offset 0034
338		000638:  write data 0b9c at offset 0032
339		000632:  write data 003e at offset 0034
340		000638:  write data 0b9c at offset 0032
341		000632:  write data 003f at offset 0034
342		000638:  write data 099c at offset 0032
343		--------------------------------------------
344		000620:  write data 42c2 at offset 003c
345		000624:  write data 0005 at offset 0038
346		000628:  write data fcdd at offset 003a
347
348		000632:  write data 0040 at offset 0034
349		000638:  write data 0f9a at offset 0032
350		000632:  write data 0041 at offset 0034
351		000638:  write data 0b9a at offset 0032
352		000632:  write data 0042 at offset 0034
353		000638:  write data 0b9c at offset 0032
354		000632:  write data 0043 at offset 0034
355		000638:  write data 0b9c at offset 0032
356		000632:  write data 0044 at offset 0034
357		000638:  write data 0b9c at offset 0032
358		000632:  write data 0045 at offset 0034
359		000638:  write data 029c at offset 0032
360		000632:  write data 0046 at offset 0034
361		000638:  write data 0000 at offset 0032
362		000632:  write data 0047 at offset 0034
363		000638:  write data 0000 at offset 0032
364		--------------------------------------------
365		000620:  write data 4aa0 at offset 003c
366		000624:  write data 0005 at offset 0038
367		000628:  write data fcdd at offset 003a
368
369		000632:  write data 0048 at offset 0034
370		000638:  write data 0f9a at offset 0032
371		000632:  write data 0049 at offset 0034
372		000638:  write data 0b9a at offset 0032
373		000632:  write data 004a at offset 0034
374		000638:  write data 0b9c at offset 0032
375		000632:  write data 004b at offset 0034
376		000638:  write data 0b9c at offset 0032
377		000632:  write data 004c at offset 0034
378		000638:  write data 0b9c at offset 0032
379		000632:  write data 004d at offset 0034
380		000638:  write data 099b at offset 0032
381		000632:  write data 004e at offset 0034
382		000638:  write data 0000 at offset 0032
383		000632:  write data 004f at offset 0034
384		000638:  write data 0000 at offset 0032
385		--------------------------------------------
386		000620:  write data 6880 at offset 003c
387		000624:  write data 000a at offset 0038
388		000628:  write data fff3 at offset 003a
389
390		000632:  write data 0068 at offset 0034
391		000638:  write data 0b80 at offset 0032
392		000632:  write data 0069 at offset 0034
393		000638:  write data 0ba0 at offset 0032
394		000632:  write data 006a at offset 0034
395		000638:  write data 0000 at offset 0032
396		000632:  write data 006b at offset 0034
397		000638:  write data 0000 at offset 0032
398		000632:  write data 006c at offset 0034
399		000638:  write data 0000 at offset 0032
400		000632:  write data 006d at offset 0034
401		000638:  write data 0000 at offset 0032
402		000632:  write data 006e at offset 0034
403		000638:  write data 0000 at offset 0032
404		000632:  write data 006f at offset 0034
405		000638:  write data 0000 at offset 0032
406		--------------------------------------------
407		000620:  write data c480 at offset 003c
408		000624:  write data 000a at offset 0038
409		000628:  write data ff00 at offset 003a
410
411		000632:  write data 00c0 at offset 0034
412		000638:  write data 0080 at offset 0032
413		000632:  write data 00c1 at offset 0034
414		000638:  write data 0882 at offset 0032
415		000632:  write data 00c2 at offset 0034
416		000638:  write data 0000 at offset 0032
417		000632:  write data 00c3 at offset 0034
418		000638:  write data 0000 at offset 0032
419		000632:  write data 00c4 at offset 0034
420		000638:  write data 0000 at offset 0032
421		000632:  write data 00c5 at offset 0034
422		000638:  write data 0000 at offset 0032
423		000632:  write data 00c6 at offset 0034
424		000638:  write data 0000 at offset 0032
425		000632:  write data 00c7 at offset 0034
426		000638:  write data 0000 at offset 0032
427		--------------------------------------------
428		000620:  write data a180 at offset 003c
429		000624:  write data 0000 at offset 0038
430		000628:  write data ffff at offset 003a
431
432		000632:  write data 00a0 at offset 0034
433		000638:  write data 0b80 at offset 0032
434		000632:  write data 00a1 at offset 0034
435		000638:  write data 0b82 at offset 0032
436		000632:  write data 00a2 at offset 0034
437		000638:  write data 0b84 at offset 0032
438		000632:  write data 00a3 at offset 0034
439		000638:  write data 0b86 at offset 0032
440		000632:  write data 00a4 at offset 0034
441		000638:  write data 0000 at offset 0032
442		000632:  write data 00a5 at offset 0034
443		000638:  write data 0000 at offset 0032
444		000632:  write data 00a6 at offset 0034
445		000638:  write data 0000 at offset 0032
446		000632:  write data 00a7 at offset 0034
447		000638:  write data 0000 at offset 0032
448		--------------------------------------------
449		000620:  write data a980 at offset 003c
450		000624:  write data 000f at offset 0038
451		000628:  write data ffff at offset 003a
452
453		000632:  write data 00a8 at offset 0034
454		000638:  write data 0ba0 at offset 0032
455		000632:  write data 00a9 at offset 0034
456		000638:  write data 0ba2 at offset 0032
457		000632:  write data 00aa at offset 0034
458		000638:  write data 0ba4 at offset 0032
459		000632:  write data 00ab at offset 0034
460		000638:  write data 0ba6 at offset 0032
461		000632:  write data 00ac at offset 0034
462		000638:  write data 0000 at offset 0032
463		000632:  write data 00ad at offset 0034
464		000638:  write data 0000 at offset 0032
465		000632:  write data 00ae at offset 0034
466		000638:  write data 0000 at offset 0032
467		000632:  write data 00af at offset 0034
468		000638:  write data 0000 at offset 0032
469		--------------------------------------------
470		000620:  write data b100 at offset 003c
471		000624:  write data 0009 at offset 0038
472		000628:  write data ffff at offset 003a
473
474		000632:  write data 00b0 at offset 0034
475		000638:  write data 0b40 at offset 0032
476		000632:  write data 00b1 at offset 0034
477		000638:  write data 0bc0 at offset 0032
478		000632:  write data 00b2 at offset 0034
479		000638:  write data 0bc2 at offset 0032
480		000632:  write data 00b3 at offset 0034
481		000638:  write data 0000 at offset 0032
482		000632:  write data 00b4 at offset 0034
483		000638:  write data 0000 at offset 0032
484		000632:  write data 00b5 at offset 0034
485		000638:  write data 0000 at offset 0032
486		000632:  write data 00b6 at offset 0034
487		000638:  write data 0000 at offset 0032
488		000632:  write data 00b7 at offset 0034
489		000638:  write data 0000 at offset 0032
490		--------------------------------------------
491		000620:  write data b900 at offset 003c
492		000624:  write data 0006 at offset 0038
493		000628:  write data ffff at offset 003a
494
495		000632:  write data 00b8 at offset 0034
496		000638:  write data 0b60 at offset 0032
497		000632:  write data 00b9 at offset 0034
498		000638:  write data 0be0 at offset 0032
499		000632:  write data 00ba at offset 0034
500		000638:  write data 0be2 at offset 0032
501		000632:  write data 00bb at offset 0034
502		000638:  write data 0000 at offset 0032
503		000632:  write data 00bc at offset 0034
504		000638:  write data 0000 at offset 0032
505		000632:  write data 00bd at offset 0034
506		000638:  write data 0000 at offset 0032
507		000632:  write data 00be at offset 0034
508		000638:  write data 0000 at offset 0032
509		000632:  write data 00bf at offset 0034
510		000638:  write data 0000 at offset 0032
511		--------------------------------------------
512		000620:  write data cb8f at offset 003c
513		000624:  write data 0005 at offset 0038
514		000628:  write data bf7f at offset 003a
515
516		000632:  write data 00c8 at offset 0034
517		000638:  write data 0984 at offset 0032
518		000632:  write data 00c9 at offset 0034
519		000638:  write data 0aa4 at offset 0032
520		000632:  write data 00ca at offset 0034
521		000638:  write data 0d82 at offset 0032
522		000632:  write data 00cb at offset 0034
523		000638:  write data 0aa2 at offset 0032
524		000632:  write data 00cc at offset 0034
525		000638:  write data 039b at offset 0032
526		000632:  write data 00cd at offset 0034
527		000638:  write data 0b9a at offset 0032
528		000632:  write data 00ce at offset 0034
529		000638:  write data 0b9a at offset 0032
530		000632:  write data 00cf at offset 0034
531		000638:  write data 0a9f at offset 0032
532		--------------------------------------------
533		000620:  write data d104 at offset 003c
534		000624:  write data 0005 at offset 0038
535		000628:  write data fffb at offset 003a
536
537		000632:  write data 00d0 at offset 0034
538		000638:  write data 0ac2 at offset 0032
539		000632:  write data 00d1 at offset 0034
540		000638:  write data 09e0 at offset 0032
541		000632:  write data 00d2 at offset 0034
542		000638:  write data 00a2 at offset 0032
543		000632:  write data 00d3 at offset 0034
544		000638:  write data 0000 at offset 0032
545		000632:  write data 00d4 at offset 0034
546		000638:  write data 0000 at offset 0032
547		000632:  write data 00d5 at offset 0034
548		000638:  write data 0000 at offset 0032
549		000632:  write data 00d6 at offset 0034
550		000638:  write data 0000 at offset 0032
551		000632:  write data 00d7 at offset 0034
552		000638:  write data 0000 at offset 0032
553		--------------------------------------------
554		000620:  write data dde5 at offset 003c
555		000624:  write data 0005 at offset 0038
556		000628:  write data 7ff7 at offset 003a
557
558		000632:  write data 00d8 at offset 0034
559		000638:  write data 0f80 at offset 0032
560		000632:  write data 00d9 at offset 0034
561		000638:  write data 0aa2 at offset 0032
562		000632:  write data 00da at offset 0034
563		000638:  write data 0984 at offset 0032
564		000632:  write data 00db at offset 0034
565		000638:  write data 00c2 at offset 0032
566		000632:  write data 00dc at offset 0034
567		000638:  write data 0000 at offset 0032
568		000632:  write data 00dd at offset 0034
569		000638:  write data 0000 at offset 0032
570		000632:  write data 00de at offset 0034
571		000638:  write data 0000 at offset 0032
572		000632:  write data 00df at offset 0034
573		000638:  write data 0000 at offset 0032
574		--------------------------------------------
575		000620:  write data e38e at offset 003c
576		000624:  write data 0005 at offset 0038
577		000628:  write data b07f at offset 003a
578
579		000632:  write data 00e0 at offset 0034
580		000638:  write data 0984 at offset 0032
581		000632:  write data 00e1 at offset 0034
582		000638:  write data 0ac4 at offset 0032
583		000632:  write data 00e2 at offset 0034
584		000638:  write data 0d82 at offset 0032
585		000632:  write data 00e3 at offset 0034
586		000638:  write data 0ac2 at offset 0032
587		000632:  write data 00e4 at offset 0034
588		000638:  write data 039b at offset 0032
589		000632:  write data 00e5 at offset 0034
590		000638:  write data 0b9a at offset 0032
591		000632:  write data 00e6 at offset 0034
592		000638:  write data 0b9a at offset 0032
593		000632:  write data 00e7 at offset 0034
594		000638:  write data 0a9a at offset 0032
595		--------------------------------------------
596		000620:  write data eb8e at offset 003c
597		000624:  write data 0005 at offset 0038
598		000628:  write data b07f at offset 003a
599
600		000632:  write data 00e8 at offset 0034
601		000638:  write data 0984 at offset 0032
602		000632:  write data 00e9 at offset 0034
603		000638:  write data 0ac4 at offset 0032
604		000632:  write data 00ea at offset 0034
605		000638:  write data 0d82 at offset 0032
606		000632:  write data 00eb at offset 0034
607		000638:  write data 0ac2 at offset 0032
608		000632:  write data 00ec at offset 0034
609		000638:  write data 039b at offset 0032
610		000632:  write data 00ed at offset 0034
611		000638:  write data 0b9a at offset 0032
612		000632:  write data 00ee at offset 0034
613		000638:  write data 0b9a at offset 0032
614		000632:  write data 00ef at offset 0034
615		000638:  write data 0a9f at offset 0032
616		--------------------------------------------
617		000620:  write data 5105 at offset 003c
618		000624:  write data 0005 at offset 0038
619		000628:  write data fefb at offset 003a
620
621		000632:  write data 0050 at offset 0034
622		000638:  write data 0a80 at offset 0032
623		000632:  write data 0051 at offset 0034
624		000638:  write data 0984 at offset 0032
625		000632:  write data 0052 at offset 0034
626		000638:  write data 0082 at offset 0032
627		000632:  write data 0053 at offset 0034
628		000638:  write data 0000 at offset 0032
629		000632:  write data 0054 at offset 0034
630		000638:  write data 0000 at offset 0032
631		000632:  write data 0055 at offset 0034
632		000638:  write data 0000 at offset 0032
633		000632:  write data 0056 at offset 0034
634		000638:  write data 0000 at offset 0032
635		000632:  write data 0057 at offset 0034
636		000638:  write data 0000 at offset 0032
637		--------------------------------------------
638		000620:  write data 5905 at offset 003c
639		000624:  write data 0005 at offset 0038
640		000628:  write data fffb at offset 003a
641
642		000632:  write data 0058 at offset 0034
643		000638:  write data 09c8 at offset 0032
644		000632:  write data 0059 at offset 0034
645		000638:  write data 0a84 at offset 0032
646		000632:  write data 005a at offset 0034
647		000638:  write data 00a2 at offset 0032
648		000632:  write data 005b at offset 0034
649		000638:  write data 0000 at offset 0032
650		000632:  write data 005c at offset 0034
651		000638:  write data 0000 at offset 0032
652		000632:  write data 005d at offset 0034
653		000638:  write data 0000 at offset 0032
654		000632:  write data 005e at offset 0034
655		000638:  write data 0000 at offset 0032
656		000632:  write data 005f at offset 0034
657		000638:  write data 0000 at offset 0032
658		--------------------------------------------
659		000620:  write data 7905 at offset 003c
660		000624:  write data 0006 at offset 0038
661		000628:  write data fffb at offset 003a
662
663		000632:  write data 0078 at offset 0034
664		000638:  write data 01a2 at offset 0032
665		000632:  write data 0079 at offset 0034
666		000638:  write data 02c2 at offset 0032
667		000632:  write data 007a at offset 0034
668		000638:  write data 00a2 at offset 0032
669		000632:  write data 007b at offset 0034
670		000638:  write data 0000 at offset 0032
671		000632:  write data 007c at offset 0034
672		000638:  write data 0000 at offset 0032
673		000632:  write data 007d at offset 0034
674		000638:  write data 0000 at offset 0032
675		000632:  write data 007e at offset 0034
676		000638:  write data 0000 at offset 0032
677		000632:  write data 007f at offset 0034
678		000638:  write data 0000 at offset 0032
679		--------------------------------------------
680		000620:  write data f105 at offset 003c
681		000624:  write data 0005 at offset 0038
682		000628:  write data fefb at offset 003a
683
684		000632:  write data 00f0 at offset 0034
685		000638:  write data 0a88 at offset 0032
686		000632:  write data 00f1 at offset 0034
687		000638:  write data 0994 at offset 0032
688		000632:  write data 00f2 at offset 0034
689		000638:  write data 0088 at offset 0032
690		000632:  write data 00f3 at offset 0034
691		000638:  write data 0000 at offset 0032
692		000632:  write data 00f4 at offset 0034
693		000638:  write data 0000 at offset 0032
694		000632:  write data 00f5 at offset 0034
695		000638:  write data 0000 at offset 0032
696		000632:  write data 00f6 at offset 0034
697		000638:  write data 0000 at offset 0032
698		000632:  write data 00f7 at offset 0034
699		000638:  write data 0000 at offset 0032
700
701		These uploads appear to form the basis of one part of the protection; command lists.
702
703		The games upload these tables
704
705		cupsoc, cupsoca, cupsocs, cupsocs2, olysoc92
706		t    u1  u2     trg    tbl
707		00 | 6 | ffeb | 0205 | 188 282 082 b8e 98e
708		01 | 6 | fbfb | 0905 | 194 288 088
709		02 | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a a9a
710		03 | 6 | fbfb | 1905 | 994 a88 088
711		04 | 5 | f5df | 2288 | f8a b8a 388 b9a b9a a9a
712		05 | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
713		06 | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
714		07 | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
715		08 | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
716		09 | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
717		0a | 5 | fefb | 5105 | a80 984 082
718		0b | 5 | fffb | 5905 | 9c8 a84 0a2
719		0c | 8 | f3e7 | 6200 | 3a0 3a6 380 aa0 2a6
720		0d | a | fff3 | 6880 | b80 ba0
721		0e | 0 | 0000 | 0000 |
722		0f | 6 | fffb | 7905 | 1a2 2c2 0a2
723		10 | 7 | fdfb | 8100 | b9a b88 888
724		11 | 7 | fdfb | 8900 | b9a b8a 88a
725		12 | 7 | f8f7 | 9180 | b80 b94 b94 894
726		13 | 7 | f8f7 | 9980 | b80 b94 b94 896
727		14 | 0 | ffff | a180 | b80 b82 b84 b86
728		15 | f | ffff | a980 | ba0 ba2 ba4 ba6
729		16 | 9 | ffff | b100 | b40 bc0 bc2
730		17 | 6 | ffff | b900 | b60 be0 be2
731		18 | a | ff00 | c480 | 080 882
732		19 | 5 | bf7f | cb8f | 984 aa4 d82 aa2 39b b9a b9a a9f
733		1a | 5 | fffb | d104 | ac2 9e0 0a2
734		1b | 5 | 7ff7 | dde5 | f80 aa2 984 0c2
735		1c | 5 | b07f | e38e | 984 ac4 d82 ac2 39b b9a b9a a9a
736		1d | 5 | b07f | eb8e | 984 ac4 d82 ac2 39b b9a b9a a9f
737		1e | 5 | fefb | f105 | a88 994 088
738		1f | 0 | 0000 | 0000 |
739
740		heatbrl, heatbrl2, heatbrlo, heatbrlu
741		t    u1  u2     trg    tbl
742		00 | 6 | ffeb | 0205 | 188 282 082 b8e 98e
743		01 | 6 | fbfb | 0905 | 194 288 088
744		02 | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a b9a
745		03 | 6 | fbfb | 1905 | 994 a88 088
746		04 | 5 | f5df | 2288 | f8a b8a 388 b9c b9a a9a
747		05 | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
748		06 | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
749		07 | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
750		08 | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
751		09 | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
752		0a | 0 | 0000 | 0000 |
753		0b | 0 | 0000 | 0000 |
754		0c | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
755		0d | a | fff3 | 6880 | b80 ba0
756		0e | 0 | 0000 | 0000 |
757		0f | 0 | 0000 | 0000 |
758		10 | 7 | fdfb | 8100 | b9a b88 888
759		11 | 7 | fdfb | 8900 | b9a b8a 88a
760		12 | 7 | f8f7 | 9180 | b80 b94 b94 894
761		13 | 7 | f8f7 | 9980 | b80 b96 b96 896
762		14 | 0 | ffff | a100 | b80 b82 b84 b86
763		15 | f | ffff | a900 | ba0 ba2 ba4 ba6
764		16 | 9 | ffff | b080 | b40 bc0 bc2
765		17 | 6 | ffff | b880 | b60 be0 be2
766		18 | a | ff00 | c480 | 080 882
767		19 | 0 | 0000 | 0000 |
768		1a | 0 | 0000 | 0000 |
769		1b | 0 | 0000 | 0000 |
770		1c | 0 | 0000 | 0000 |
771		1d | 0 | 0000 | 0000 |
772		1e | 0 | 0000 | 0000 |
773		1f | 0 | 0000 | 0000 |
774
775		legionna, legionnau (commands are the same as heatbrl, triggers are different)
776		t    u1  u2     trg    tbl
777		00 | 6 | ffeb | 0205 | 188 282 082 b8e 98e
778		01 | 6 | fbfb | 0905 | 194 288 088
779		02 | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a b9a
780		03 | 6 | fbfb | 1905 | 994 a88 088
781		04 | 5 | f5df | 2288 | f8a b8a 388 b9c b9a a9a
782		05 | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
783		06 | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
784		07 | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
785		08 | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
786		09 | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
787		0a | 0 | 0000 | 0000 |
788		0b | 0 | 0000 | 0000 |
789		0c | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
790		0d | a | fff3 | 6880 | b80 ba0
791		0e | 0 | 0000 | 0000 |
792		0f | 0 | 0000 | 0000 |
793		10 | 7 | fdfb | 8100 | b9a b88 888
794		11 | 7 | fdfb | 8900 | b9a b8a 88a
795		12 | 7 | f8f7 | 9180 | b80 b94 b94 894
796		13 | 7 | f8f7 | 9980 | b80 b96 b96 896
797		14 | 0 | ffff | a180 | b80 b82 b84 b86
798		15 | f | ffff | a980 | ba0 ba2 ba4 ba6
799		16 | 9 | ffff | b100 | b40 bc0 bc2
800		17 | 6 | ffff | b900 | b60 be0 be2
801		18 | a | ff00 | c480 | 080 882
802		19 | 0 | 0000 | 0000 |
803		1a | 0 | 0000 | 0000 |
804		1b | 0 | 0000 | 0000 |
805		1c | 0 | 0000 | 0000 |
806		1d | 0 | 0000 | 0000 |
807		1e | 0 | 0000 | 0000 |
808		1f | 0 | 0000 | 0000 |
809
810		godzilla, denjinmk
811		(denjinmk doesn't actually make use of the table, it never writes to the execute trigger)
812		t    u1  u2     trg    tbl
813		00 | 6 | ffeb | 0205 | 188 282 082 b8e 98e
814		01 | 6 | fbfb | 0905 | 194 288 088
815		02 | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a a9a
816		03 | 6 | fbfb | 1905 | 994 a88 088
817		04 | 5 | f5df | 2288 | f8a b8a 388 b9a b9a a9a
818		05 | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
819		06 | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
820		07 | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
821		08 | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
822		09 | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
823		0a | 0 | 0000 | 0000 |
824		0b | 0 | 0000 | 0000 |
825		0c | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
826		0d | a | fff3 | 6880 | b80 ba0
827		0e | 0 | 0000 | 0000 |
828		0f | 0 | 0000 | 0000 |
829		10 | 7 | fdfb | 8100 | b9a b88 888
830		11 | 7 | fdfb | 8900 | b9a b8a 88a
831		12 | 7 | f8f7 | 9180 | b80 b94 b94 894
832		13 | 7 | f8f7 | 9980 | b80 b94 b94 896
833		14 | 0 | ffff | a180 | b80 b82 b84 b86
834		15 | f | ffff | a980 | ba0 ba2 ba4 ba6
835		16 | 9 | ffff | b100 | b40 bc0 bc2
836		17 | 6 | ffff | b900 | b60 be0 be2
837		18 | a | ff00 | c480 | 080 882
838		19 | 0 | 0000 | 0000 |
839		1a | 0 | 0000 | 0000 |
840		1b | 0 | 0000 | 0000 |
841		1c | 0 | 0000 | 0000 |
842		1d | 0 | 0000 | 0000 |
843		1e | 0 | 0000 | 0000 |
844		1f | 0 | 0000 | 0000 |
845
846		grainbow
847		t    u1  u2     trg    tbl
848		00 | 6 | ffeb | 0205 | 188 282 082 b8e 98e
849		01 | 6 | fbfb | 0905 | 194 288 088
850		02 | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a a9a
851		03 | 6 | fbfb | 1905 | 994 a88 088
852		04 | 5 | f5df | 2288 | f8a b8a 388 b9a b9a a9a
853		05 | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
854		06 | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
855		07 | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
856		08 | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
857		09 | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
858		0a | 5 | fefb | 5105 | a80 984 082
859		0b | 5 | fffb | 5905 | 9c8 a84 0a2
860		0c | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
861		0d | a | fff3 | 6980 | b80 ba0
862		0e | 0 | 0000 | 0000 |
863		0f | 6 | fffb | 7905 | 1a2 2c2 0a2
864		10 | 7 | fdfb | 8100 | b9a b88 888
865		11 | 7 | fdfb | 8900 | b9a b8a 88a
866		12 | 7 | f8f7 | 9180 | b80 b94 b94 894
867		13 | 7 | f8f7 | 9980 | b80 b94 b94 896
868		14 | 0 | 02ff | a180 | b80 b82 b84 b86
869		15 | f | 02ff | a980 | ba0 ba2 ba4 ba6
870		16 | 9 | ffff | b100 | b40 bc0 bc2
871		17 | 6 | ffff | b900 | b60 be0 be2
872		18 | a | ff00 | c480 | 080 882
873		19 | 5 | bf7f | cb8f | 984 aa4 d82 aa2 39b b9a b9a a9f
874		1a | 5 | fffb | d104 | ac2 9e0 0a2
875		1b | 5 | 7ff7 | dde5 | f80 aa2 984 0c2
876		1c | 5 | b07f | e38e | 984 ac4 d82 ac2 39b b9a b9a a9a
877		1d | 5 | b07f | eb8e | 984 ac4 d82 ac2 39b b9a b9a a9f
878		1e | 5 | fefb | f105 | a88 994 088
879		1f | 0 | 0000 | 0000 |
880
881		raiden2, raiden2a, raiden2b, raiden2c, raiden2d, raiden2e, raiden2f
882		t    u1  u2     trg    tbl
883		00 | 6 | ffeb | 0205 | 188 282 082 b8e 98e
884		01 | 6 | fbfb | 0905 | 194 288 088
885		02 | 5 | bf7f | 130e | 984 aa4 d82 aa2 39b b9a b9a a9a
886		03 | 6 | fbfb | 1905 | 994 a88 088
887		04 | 5 | f5df | 2208 | f8a b8a 388 b9a b9a a9a
888		05 | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
889		06 | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
890		07 | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
891		08 | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
892		09 | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
893		0a | 6 | fff7 | 5205 | 180 2e0 3a0 0a0 3a0
894		0b | 6 | fff7 | 5a05 | 180 2e0 3a0 0a0 3a0
895		0c | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
896		0d | 0 | 0000 | 0000 |
897		0e | 0 | 0000 | 0000 |
898		0f | 0 | 0000 | 0000 |
899		10 | 7 | fdfb | 8100 | b9a b88 888
900		11 | 7 | fdfb | 8900 | b9a b8a 88a
901		12 | 7 | fefb | 9100 | b80 b94 894
902		13 | 7 | fefb | 9900 | b80 b94 896
903		14 | 0 | 00ff | a100 | b80 b82 b84 b86
904		15 | f | 00ff | a900 | ba0 ba2 ba4 ba6
905		16 | 9 | ffff | b100 | b40 bc0 bc2
906		17 | 6 | ffff | b900 | b60 be0 be2
907		18 | 0 | 0000 | 0000 |
908		19 | 0 | 0000 | 0000 |
909		1a | 0 | 0000 | 0000 |
910		1b | 0 | 0000 | 0000 |
911		1c | 0 | 0000 | 0000 |
912		1d | 0 | 0000 | 0000 |
913		1e | 6 | fff7 | f205 | 182 2e0 3c0 0c0 3c0
914		1f | 0 | 0000 | 0000 |
915
916		raidndx, raidndxj, raidndxm, raidndxt
917		(the same as raiden2, but adds an extra command with trigger 7e05)
918		t    u1  u2     trg    tbl
919		00 | 6 | ffeb | 0205 | 188 282 082 b8e 98e
920		01 | 6 | fbfb | 0905 | 194 288 088
921		02 | 5 | bf7f | 130e | 984 aa4 d82 aa2 39b b9a b9a a9a
922		03 | 6 | fbfb | 1905 | 994 a88 088
923		04 | 5 | f5df | 2208 | f8a b8a 388 b9a b9a a9a
924		05 | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
925		06 | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
926		07 | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
927		08 | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
928		09 | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
929		0a | 6 | fff7 | 5205 | 180 2e0 3a0 0a0 3a0
930		0b | 6 | fff7 | 5a05 | 180 2e0 3a0 0a0 3a0
931		0c | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
932		0d | 0 | 0000 | 0000 |
933		0e | 0 | 0000 | 0000 |
934		0f | 6 | fffb | 7e05 | 180 282 080 180 282
935		10 | 7 | fdfb | 8100 | b9a b88 888
936		11 | 7 | fdfb | 8900 | b9a b8a 88a
937		12 | 7 | fefb | 9100 | b80 b94 894
938		13 | 7 | fefb | 9900 | b80 b94 896
939		14 | 0 | 00ff | a100 | b80 b82 b84 b86
940		15 | f | 00ff | a900 | ba0 ba2 ba4 ba6
941		16 | 9 | ffff | b100 | b40 bc0 bc2
942		17 | 6 | ffff | b900 | b60 be0 be2
943		18 | 0 | 0000 | 0000 |
944		19 | 0 | 0000 | 0000 |
945		1a | 0 | 0000 | 0000 |
946		1b | 0 | 0000 | 0000 |
947		1c | 0 | 0000 | 0000 |
948		1d | 0 | 0000 | 0000 |
949		1e | 6 | fff7 | f205 | 182 2e0 3c0 0c0 3c0
950		1f | 0 | 0000 | 0000 |
951
952
953		zeroteam, zeroteama, zeroteamb, zeroteamc, zeroteams, xsedae
954		t    u1  u2     trg    tbl
955		00 | 6 | ffeb | 0205 | 188 282 082 b8e 98e
956		01 | 6 | fbfb | 0905 | 194 288 088
957		02 | 5 | bf7f | 130e | 984 aa4 d82 aa2 39b b9a b9a a9a
958		03 | 6 | fbfb | 1905 | 994 a88 088
959		04 | 5 | f5df | 2208 | f8a b8a 388 b9a b9a a9a
960		05 | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
961		06 | 5 | bf7f | 330e | 984 aa4 d82 aa2 39c b9c b9c a9a
962		07 | 4 | 007f | 3b30 | f9c b9c b9c b9c b9c b9c b9c 99c
963		08 | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
964		09 | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
965		0a | 6 | fffb | 5105 | 180 2e0 0a0
966		0b | 6 | ffdb | 5a85 | 180 2e0 0a0 182 2e0 0c0 3c0
967		0c | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
968		0d | a | fff3 | 6980 | b80 ba0
969		0e | 8 | fdfd | 7100 | b80 a80 b80
970		0f | 0 | 0000 | 0000 |
971		10 | 7 | fdfb | 8100 | b9a b88 888
972		11 | 7 | fdfb | 8900 | b9a b8a 88a
973		12 | 7 | f8f7 | 9100 | b80 b94 b94 894
974		13 | 7 | f8f7 | 9900 | b80 b94 b94 896
975		14 | 0 | ffff | a100 | b80 b82 b84 b86
976		15 | f | ffff | a900 | ba0 ba2 ba4 ba6
977		16 | 9 | ffff | b100 | b40 bc0 bc2
978		17 | 6 | ffff | b900 | b60 be0 be2
979		18 | a | ff00 | 7c80 | 080 882
980		19 | 0 | 0000 | 0000 |
981		1a | 0 | 0000 | 0000 |
982		1b | 0 | 0000 | 0000 |
983		1c | 5 | 06fb | e105 | a88 994 088
984		1d | 5 | 05f7 | ede5 | f88 a84 986 08a
985		1e | 4 | 00ff | f790 | f80 b84 b84 b84 b84 b84 b84 b84
986		1f | 6 | 00ff | fc84 | 182 280
987
988		as you can see, there are a lot of command 'command lists' between the games.
989		(todo, comment ones which seem to have a known function)
990
991		executing these seems to cause various operations to occur, be it memory transfer, collision checking, or movement checking.
992
993		each 12-bit entry in the tables is probably some kind of 'opcode' which runs and processes data placed in registers / memory.
994
995		If we rearrange these tables a bit, so that we can see which are common between games we get the following, take note of
996		the ones with slight changes, these could be important to figuring out how this works!
997
998
999		Game       |u1 |u2    | trig | macrolist
1000
1001		Table 00 - Same on All games
1002		(grainbow) | 6 | ffeb | 0205 | 188 282 082 b8e 98e
1003		(cupsoc)   | 6 | ffeb | 0205 | 188 282 082 b8e 98e
1004		(legionna) | 6 | ffeb | 0205 | 188 282 082 b8e 98e
1005		(godzilla) | 6 | ffeb | 0205 | 188 282 082 b8e 98e
1006		(heatbrl)  | 6 | ffeb | 0205 | 188 282 082 b8e 98e
1007		(zeroteam) | 6 | ffeb | 0205 | 188 282 082 b8e 98e
1008		(raiden2)  | 6 | ffeb | 0205 | 188 282 082 b8e 98e
1009		(raidndx)  | 6 | ffeb | 0205 | 188 282 082 b8e 98e
1010
1011		Table 01 - Same on All games
1012		(grainbow) | 6 | fbfb | 0905 | 194 288 088
1013		(cupsoc)   | 6 | fbfb | 0905 | 194 288 088
1014		(legionna) | 6 | fbfb | 0905 | 194 288 088
1015		(godzilla) | 6 | fbfb | 0905 | 194 288 088
1016		(heatbrl)  | 6 | fbfb | 0905 | 194 288 088
1017		(zeroteam) | 6 | fbfb | 0905 | 194 288 088
1018		(raiden2)  | 6 | fbfb | 0905 | 194 288 088
1019		(raidndx)  | 6 | fbfb | 0905 | 194 288 088
1020
1021		Table 02 - grainbow and heatbrl have different last entry.  triggers differ on v30 hw
1022		(grainbow) | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a b9a
1023		(cupsoc)   | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a a9a
1024		(legionna) | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a a9a
1025		(godzilla) | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a a9a
1026		(heatbrl)  | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a b9a
1027		(zeroteam) | 5 | bf7f | 130e | 984 aa4 d82 aa2 39b b9a b9a a9a
1028		(raiden2)  | 5 | bf7f | 130e | 984 aa4 d82 aa2 39b b9a b9a a9a
1029		(raidndx)  | 5 | bf7f | 130e | 984 aa4 d82 aa2 39b b9a b9a a9a
1030
1031		Table 03 - Same on All games
1032		(grainbow) | 6 | fbfb | 1905 | 994 a88 088
1033		(cupsoc)   | 6 | fbfb | 1905 | 994 a88 088
1034		(legionna) | 6 | fbfb | 1905 | 994 a88 088
1035		(godzilla) | 6 | fbfb | 1905 | 994 a88 088
1036		(heatbrl)  | 6 | fbfb | 1905 | 994 a88 088
1037		(zeroteam) | 6 | fbfb | 1905 | 994 a88 088
1038		(raiden2)  | 6 | fbfb | 1905 | 994 a88 088
1039		(raidndx)  | 6 | fbfb | 1905 | 994 a88 088
1040
1041		Table 04 - grainbow and heatbrl have a b9c in the 4th slot, triggers differ on v30 hw
1042		(grainbow) | 5 | f5df | 2288 | f8a b8a 388 b9c b9a a9a
1043		(cupsoc)   | 5 | f5df | 2288 | f8a b8a 388 b9a b9a a9a
1044		(legionna) | 5 | f5df | 2288 | f8a b8a 388 b9a b9a a9a
1045		(godzilla) | 5 | f5df | 2288 | f8a b8a 388 b9a b9a a9a
1046		(heatbrl)  | 5 | f5df | 2288 | f8a b8a 388 b9c b9a a9a
1047		(zeroteam) | 5 | f5df | 2208 | f8a b8a 388 b9a b9a a9a
1048		(raiden2)  | 5 | f5df | 2208 | f8a b8a 388 b9a b9a a9a
1049		(raidndx)  | 5 | f5df | 2208 | f8a b8a 388 b9a b9a a9a
1050
1051		Table 05 - Same on All games
1052		(grainbow) | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
1053		(cupsoc)   | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
1054		(legionna) | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
1055		(godzilla) | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
1056		(heatbrl)  | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
1057		(zeroteam) | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
1058		(raiden2)  | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
1059		(raidndx)  | 6 | ebeb | 2a05 | 9af a82 082 a8f 18e
1060
1061		Table 06 - different trigger on zeroteam (330e)
1062		(grainbow) | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
1063		(cupsoc)   | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
1064		(legionna) | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
1065		(godzilla) | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
1066		(heatbrl)  | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
1067		(zeroteam) | 5 | bf7f | 330e | 984 aa4 d82 aa2 39c b9c b9c a9a
1068		(raiden2)  | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
1069		(raidndx)  | 5 | bf7f | 338e | 984 aa4 d82 aa2 39c b9c b9c a9a
1070
1071		Table 07 - different trigger on zeroteam (3b30)
1072		(grainbow) | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
1073		(cupsoc)   | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
1074		(legionna) | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
1075		(godzilla) | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
1076		(heatbrl)  | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
1077		(zeroteam) | 4 | 007f | 3b30 | f9c b9c b9c b9c b9c b9c b9c 99c
1078		(raiden2)  | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
1079		(raidndx)  | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
1080
1081		Table 08 - Same on All games
1082		(grainbow) | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
1083		(cupsoc)   | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
1084		(legionna) | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
1085		(godzilla) | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
1086		(heatbrl)  | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
1087		(zeroteam) | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
1088		(raiden2)  | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
1089		(raidndx)  | 5 | fcdd | 42c2 | f9a b9a b9c b9c b9c 29c
1090
1091		Table 09 - Same on All games
1092		(grainbow) | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
1093		(cupsoc)   | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
1094		(legionna) | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
1095		(godzilla) | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
1096		(heatbrl)  | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
1097		(zeroteam) | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
1098		(raiden2)  | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
1099		(raidndx)  | 5 | fcdd | 4aa0 | f9a b9a b9c b9c b9c 99b
1100
1101		Table 0a - Game specific
1102		(grainbow) | 5 | fefb | 5105 | a80 984 082
1103		(cupsoc)   | 5 | fefb | 5105 | a80 984 082
1104		(legionna) | 0 | 0000 | 0000 |
1105		(godzilla) | 0 | 0000 | 0000 |
1106		(heatbrl)  | 0 | 0000 | 0000 |
1107		(zeroteam) | 6 | fffb | 5105 | 180 2e0 0a0
1108		(raiden2)  | 6 | fff7 | 5205 | 180 2e0 3a0 0a0 3a0
1109		(raidndx)  | 6 | fff7 | 5205 | 180 2e0 3a0 0a0 3a0
1110
1111		Table 0b - Game specific
1112		(grainbow) | 5 | fffb | 5905 | 9c8 a84 0a2
1113		(cupsoc)   | 5 | fffb | 5905 | 9c8 a84 0a2
1114		(legionna) | 0 | 0000 | 0000 |
1115		(godzilla) | 0 | 0000 | 0000 |
1116		(heatbrl)  | 0 | 0000 | 0000 |
1117		(zeroteam) | 6 | ffdb | 5a85 | 180 2e0 0a0 182 2e0 0c0 3c0
1118		(raiden2)  | 6 | fff7 | 5a05 | 180 2e0 3a0 0a0 3a0
1119		(raidndx)  | 6 | fff7 | 5a05 | 180 2e0 3a0 0a0 3a0
1120
1121		Table 0c - cupsoc has various modifications
1122		notice how *80 is replaced by *a0 and *9a is replaced with *a6, maybe it has the same function, but on different registers?
1123		(grainbow) | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
1124		(cupsoc)   | 8 | f3e7 | 6200 | 3a0 3a6 380 aa0 2a6
1125		(legionna) | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
1126		(godzilla) | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
1127		(heatbrl)  | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
1128		(zeroteam) | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
1129		(raiden2)  | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
1130		(raidndx)  | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
1131
1132		Table 0d - Zero team uses different trigger, doesn't exist on raiden2/dx
1133		(grainbow) | a | fff3 | 6980 | b80 ba0
1134		(cupsoc)   | a | fff3 | 6880 | b80 ba0
1135		(legionna) | a | fff3 | 6880 | b80 ba0
1136		(godzilla) | a | fff3 | 6880 | b80 ba0
1137		(heatbrl)  | a | fff3 | 6880 | b80 ba0
1138		(zeroteam) | a | fff3 | 6980 | b80 ba0
1139		(raiden2)  | 0 | 0000 | 0000 |
1140		(raidndx)  | 0 | 0000 | 0000 |
1141
1142		Table 0e - Zero Team only
1143		(grainbow) | 0 | 0000 | 0000 |
1144		(cupsoc)   | 0 | 0000 | 0000 |
1145		(legionna) | 0 | 0000 | 0000 |
1146		(godzilla) | 0 | 0000 | 0000 |
1147		(heatbrl)  | 0 | 0000 | 0000 |
1148		(zeroteam) | 8 | fdfd | 7100 | b80 a80 b80
1149		(raiden2)  | 0 | 0000 | 0000 |
1150		(raidndx)  | 0 | 0000 | 0000 |
1151
1152		Table 0f - Same on grainbow/cupsoc, different on raidndx (added compared to raiden2)
1153		(grainbow) | 6 | fffb | 7905 | 1a2 2c2 0a2
1154		(cupsoc)   | 6 | fffb | 7905 | 1a2 2c2 0a2
1155		(legionna) | 0 | 0000 | 0000 |
1156		(godzilla) | 0 | 0000 | 0000 |
1157		(heatbrl)  | 0 | 0000 | 0000 |
1158		(zeroteam) | 0 | 0000 | 0000 |
1159		(raiden2)  | 0 | 0000 | 0000 |
1160		(raidndx)  | 6 | fffb | 7e05 | 180 282 080 180 282
1161
1162		Table 10 - Same on all games
1163		(grainbow) | 7 | fdfb | 8100 | b9a b88 888
1164		(cupsoc)   | 7 | fdfb | 8100 | b9a b88 888
1165		(legionna) | 7 | fdfb | 8100 | b9a b88 888
1166		(godzilla) | 7 | fdfb | 8100 | b9a b88 888
1167		(heatbrl)  | 7 | fdfb | 8100 | b9a b88 888
1168		(zeroteam) | 7 | fdfb | 8100 | b9a b88 888
1169		(raiden2)  | 7 | fdfb | 8100 | b9a b88 888
1170		(raidndx)  | 7 | fdfb | 8100 | b9a b88 888
1171
1172		Table 11 - Same on all games
1173		(grainbow) | 7 | fdfb | 8900 | b9a b8a 88a
1174		(cupsoc)   | 7 | fdfb | 8900 | b9a b8a 88a
1175		(legionna) | 7 | fdfb | 8900 | b9a b8a 88a
1176		(godzilla) | 7 | fdfb | 8900 | b9a b8a 88a
1177		(heatbrl)  | 7 | fdfb | 8900 | b9a b8a 88a
1178		(zeroteam) | 7 | fdfb | 8900 | b9a b8a 88a
1179		(raiden2)  | 7 | fdfb | 8900 | b9a b8a 88a
1180		(raidndx)  | 7 | fdfb | 8900 | b9a b8a 88a
1181
1182		Table 12 - Raiden2/DX differ from others (list and trigger)
1183		(grainbow) | 7 | f8f7 | 9180 | b80 b94 b94 894
1184		(cupsoc)   | 7 | f8f7 | 9180 | b80 b94 b94 894
1185		(legionna) | 7 | f8f7 | 9180 | b80 b94 b94 894
1186		(godzilla) | 7 | f8f7 | 9180 | b80 b94 b94 894
1187		(heatbrl)  | 7 | f8f7 | 9180 | b80 b94 b94 894
1188		(zeroteam) | 7 | f8f7 | 9100 | b80 b94 b94 894
1189		(raiden2)  | 7 | fefb | 9100 | b80 b94 894
1190		(raidndx)  | 7 | fefb | 9100 | b80 b94 894
1191
1192		Table 13 - Raiden2/DX differ from others , slight changes on legionna and hearbrl too
1193		(*94 replaced with *96, to operate on a different register?)
1194		(grainbow) | 7 | f8f7 | 9980 | b80 b94 b94 896
1195		(cupsoc)   | 7 | f8f7 | 9980 | b80 b94 b94 896
1196		(legionna) | 7 | f8f7 | 9980 | b80 b96 b96 896
1197		(godzilla) | 7 | f8f7 | 9980 | b80 b94 b94 896
1198		(heatbrl)  | 7 | f8f7 | 9980 | b80 b96 b96 896
1199		(zeroteam) | 7 | f8f7 | 9900 | b80 b94 b94 896
1200		(raiden2)  | 7 | fefb | 9900 | b80 b94 896
1201		(raidndx)  | 7 | fefb | 9900 | b80 b94 896
1202
1203		Table 14 - Trigger differs on heatbrl + v30 games, unknown param differs on grainbow + v30 games
1204		(grainbow) | 0 | 02ff | a180 | b80 b82 b84 b86
1205		(cupsoc)   | 0 | ffff | a180 | b80 b82 b84 b86
1206		(legionna) | 0 | ffff | a180 | b80 b82 b84 b86
1207		(godzilla) | 0 | ffff | a180 | b80 b82 b84 b86
1208		(heatbrl)  | 0 | ffff | a100 | b80 b82 b84 b86
1209		(zeroteam) | 0 | ffff | a100 | b80 b82 b84 b86
1210		(raiden2)  | 0 | 00ff | a100 | b80 b82 b84 b86
1211		(raidndx)  | 0 | 00ff | a100 | b80 b82 b84 b86
1212
1213		Table 15 - Trigger differs on heatbrl + v30 games, unknown param differs on grainbow + v30 games
1214		(grainbow) | f | 02ff | a980 | ba0 ba2 ba4 ba6
1215		(cupsoc)   | f | ffff | a980 | ba0 ba2 ba4 ba6
1216		(legionna) | f | ffff | a980 | ba0 ba2 ba4 ba6
1217		(godzilla) | f | ffff | a980 | ba0 ba2 ba4 ba6
1218		(heatbrl)  | f | ffff | a900 | ba0 ba2 ba4 ba6
1219		(zeroteam) | f | ffff | a900 | ba0 ba2 ba4 ba6
1220		(raiden2)  | f | 00ff | a900 | ba0 ba2 ba4 ba6
1221		(raidndx)  | f | 00ff | a900 | ba0 ba2 ba4 ba6
1222
1223		Table 16 - Trigger differs on heatbrl
1224		(grainbow) | 9 | ffff | b100 | b40 bc0 bc2
1225		(cupsoc)   | 9 | ffff | b100 | b40 bc0 bc2
1226		(legionna) | 9 | ffff | b100 | b40 bc0 bc2
1227		(godzilla) | 9 | ffff | b100 | b40 bc0 bc2
1228		(heatbrl)  | 9 | ffff | b080 | b40 bc0 bc2
1229		(zeroteam) | 9 | ffff | b100 | b40 bc0 bc2
1230		(raiden2)  | 9 | ffff | b100 | b40 bc0 bc2
1231		(raidndx)  | 9 | ffff | b100 | b40 bc0 bc2
1232
1233		Table 17 - Trigger differs on heatbrl
1234		(grainbow) | 6 | ffff | b900 | b60 be0 be2
1235		(cupsoc)   | 6 | ffff | b900 | b60 be0 be2
1236		(legionna) | 6 | ffff | b900 | b60 be0 be2
1237		(godzilla) | 6 | ffff | b900 | b60 be0 be2
1238		(heatbrl)  | 6 | ffff | b880 | b60 be0 be2
1239		(zeroteam) | 6 | ffff | b900 | b60 be0 be2
1240		(raiden2)  | 6 | ffff | b900 | b60 be0 be2
1241		(raidndx)  | 6 | ffff | b900 | b60 be0 be2
1242
1243		Table 18 - Same for all 68k games, zero team has different trigger, not on Raiden2/DX
1244		(grainbow) | a | ff00 | c480 | 080 882
1245		(cupsoc)   | a | ff00 | c480 | 080 882
1246		(legionna) | a | ff00 | c480 | 080 882
1247		(godzilla) | a | ff00 | c480 | 080 882
1248		(heatbrl)  | a | ff00 | c480 | 080 882
1249		(zeroteam) | a | ff00 | 7c80 | 080 882
1250		(raiden2)  | 0 | 0000 | 0000 |
1251		(raidndx)  | 0 | 0000 | 0000 |
1252
1253		Table 19 - grainbow / cupsoc only
1254		(grainbow) | 5 | bf7f | cb8f | 984 aa4 d82 aa2 39b b9a b9a a9f
1255		(cupsoc)   | 5 | bf7f | cb8f | 984 aa4 d82 aa2 39b b9a b9a a9f
1256		(legionna) | 0 | 0000 | 0000 |
1257		(godzilla) | 0 | 0000 | 0000 |
1258		(heatbrl)  | 0 | 0000 | 0000 |
1259		(zeroteam) | 0 | 0000 | 0000 |
1260		(raiden2)  | 0 | 0000 | 0000 |
1261		(raidndx)  | 0 | 0000 | 0000 |
1262
1263		Table 1a - grainbow / cupsoc only
1264		(grainbow) | 5 | fffb | d104 | ac2 9e0 0a2
1265		(cupsoc)   | 5 | fffb | d104 | ac2 9e0 0a2
1266		(legionna) | 0 | 0000 | 0000 |
1267		(godzilla) | 0 | 0000 | 0000 |
1268		(heatbrl)  | 0 | 0000 | 0000 |
1269		(zeroteam) | 0 | 0000 | 0000 |
1270		(raiden2)  | 0 | 0000 | 0000 |
1271		(raidndx)  | 0 | 0000 | 0000 |
1272
1273		Table 1b - grainbow / cupsoc only
1274		(grainbow) | 5 | 7ff7 | dde5 | f80 aa2 984 0c2
1275		(cupsoc)   | 5 | 7ff7 | dde5 | f80 aa2 984 0c2
1276		(legionna) | 0 | 0000 | 0000 |
1277		(godzilla) | 0 | 0000 | 0000 |
1278		(heatbrl)  | 0 | 0000 | 0000 |
1279		(zeroteam) | 0 | 0000 | 0000 |
1280		(raiden2)  | 0 | 0000 | 0000 |
1281		(raidndx)  | 0 | 0000 | 0000 |
1282
1283		Table 1c - grainbow / cupsoc are the same, different on zero team
1284		(grainbow) | 5 | b07f | e38e | 984 ac4 d82 ac2 39b b9a b9a a9a
1285		(cupsoc)   | 5 | b07f | e38e | 984 ac4 d82 ac2 39b b9a b9a a9a
1286		(legionna) | 0 | 0000 | 0000 |
1287		(godzilla) | 0 | 0000 | 0000 |
1288		(heatbrl)  | 0 | 0000 | 0000 |
1289		(zeroteam) | 5 | 06fb | e105 | a88 994 088
1290		(raiden2)  | 0 | 0000 | 0000 |
1291		(raidndx)  | 0 | 0000 | 0000 |
1292
1293		Table 1d - grainbow / cupsoc are the same, different on zero team
1294		(grainbow) | 5 | b07f | eb8e | 984 ac4 d82 ac2 39b b9a b9a a9f
1295		(cupsoc)   | 5 | b07f | eb8e | 984 ac4 d82 ac2 39b b9a b9a a9f
1296		(legionna) | 0 | 0000 | 0000 |
1297		(godzilla) | 0 | 0000 | 0000 |
1298		(heatbrl)  | 0 | 0000 | 0000 |
1299		(zeroteam) | 5 | 05f7 | ede5 | f88 a84 986 08a
1300		(raiden2)  | 0 | 0000 | 0000 |
1301		(raidndx)  | 0 | 0000 | 0000 |
1302
1303		Table 1e - grainbow / cupsoc are the same, different on zero team, different on raiden2/dx
1304		(grainbow) | 5 | fefb | f105 | a88 994 088
1305		(cupsoc)   | 5 | fefb | f105 | a88 994 088
1306		(legionna) | 0 | 0000 | 0000 |
1307		(godzilla) | 0 | 0000 | 0000 |
1308		(heatbrl)  | 0 | 0000 | 0000 |
1309		(zeroteam) | 4 | 00ff | f790 | f80 b84 b84 b84 b84 b84 b84 b84
1310		(raiden2)  | 6 | fff7 | f205 | 182 2e0 3c0 0c0 3c0
1311		(raidndx)  | 6 | fff7 | f205 | 182 2e0 3c0 0c0 3c0
1312
1313		Table 1f - zeroteam specific
1314		(grainbow) | 0 | 0000 | 0000 |
1315		(cupsoc)   | 0 | 0000 | 0000 |
1316		(legionna) | 0 | 0000 | 0000 |
1317		(godzilla) | 0 | 0000 | 0000 |
1318		(heatbrl)  | 0 | 0000 | 0000 |
1319		(zeroteam) | 6 | 00ff | fc84 | 182 280
1320		(raiden2)  | 0 | 0000 | 0000 |
1321		(raidndx)  | 0 | 0000 | 0000 |
1322
1323
1324
1325		typically the games write data for use with the commands at MCUBASE+0xa0 - 0xaf  and MCUBASE+0xc0 - 0xcf before triggering
1326		the operation by writing to MCUBASE+0x100 (or MCUBASE+0x102) with the trigger value.  I believe the commands can change
1327		both COP registers and system memory.
1328
1329		(MCUBASE typically being 0x100400 in the 68k games, and 0x400 in the v30 games)
1330
1331		Seibu Cup Soccer sometimes attempts to use a trigger value which wasn't defined in the table, I don't know what should
1332		happen in that case!
1333
1334		----
1335
1336		Protection Part 2: BCD Maths
1337
1338		some additional registers serve as a math box type device, converting numbers + other functions.  Godzilla seems to use
1339		this for a protection check, other games (Denjin Makai, Raiden 2) use it for scoring:
1340
1341		----
1342
1343		Protection Part 3: Private Buffer DMA + RAM Clear
1344		(todo, expand on this)
1345
1346		address ranges can be specified which allows DMA Fill / Clear operations to be performed, as well as transfering
1347		tilemap+palette data to private buffers for rendering.  If you don't use these nothing gets updated on the real
1348		hardware!.  These don't currently make much sense because the hardware specifies ranges which aren't mapped, or
1349		contain nothing.  It's possible the original hardware has mirroring which this function relies on.
1350
1351		the DMA to private buffer operations are currently ignored due to
1352		if ((cop_dma_trigger==0x14) || (cop_dma_trigger==0x15)) return;
1353
1354		----
1355
1356		Other Protections?
1357
1358		Denjin Makai seems to rely on a byteswapped mirror to write the palette.
1359		Various other ports go through the COP area, and get mapped to inputs / sounds / video registers, this adds to
1360		the confusion and makes it less clear what is / isn't protection related
1361
1362		=================================================================================================================
1363		Seibu COP memory map
1364
1365		DMA mode partial documentation:
1366		0x476
1367		???? ???? ???? ???? SRC table value used for palette DMAs, val << 10
1368
1369		0x478
1370		xxxx xxxx xxxx xxxx SRC address register, val << 6
1371
1372		0x47a
1373		xxxx xxxx xxxx xxxx length register, val << 5
1374
1375		0x47c
1376		xxxx xxxx xxxx xxxx DST address register, val << 6
1377
1378		0x47e
1379		---- ---x ---x ---- DMA mode (00: DMA, work RAM to work RAM 01: DMA, work RAM to private buffers / 10 <unknown> / 11: fill work RAM)
1380		---- ---- x--- ---- palette DMA mode (used for brightness effects)
1381		---- ---- ---- x--- Transfer type (0: word 1:dword)
1382		---- ---- ---- -xxx Channel #
1383
1384		- channels 0x4 and 0x5 are always used to transfer respectively the VRAM and the palette data to the private buffers.
1385		It isn't know at current stage if it's just a design choice or they are dedicated DMAs.
1386
1387		- Some games (Heated Barrel start-up menu, Olympic Soccer '92 OBJ test) sets up the layer clearance in the midst of the
1388		frame interval. It might indicate that it delays those DMAs inside the buffers at vblank time.
1389
1390		- Raiden 2 / Raiden DX sets 0x14 with DST = 0xfffe and size as a sprite limit behaviour. The former is probably used to change the
1391		order of the loaded tables (they are the only known cases where spriteram is smallest address-wise).
1392
1393		- Reading here is probably used for DMA status of the individual channels or just for read-back of the register, but nothing seems to rely
1394		on it so far so nothing is really known about it.
1395
1396		0x6fc
1397		???? ???? ???? ???? triggers DMA loaded in registers, value looks meaningless
1398
1399		Miscellaneous registers:
1400		0x470
1401		???? ???? ???? ???? External pin register, used by some games for prg/gfx banking (per-game specific)
1402
1403
1404		---
1405
1406		commands 0x8100/0x8900:
1407
1408		status always 0x8007 (doesn't seem to care)
1409		raw | amp | scale | sin       | cos      |
1410		------------------------------------------
1411		y     0x00     x    0x00000000 0x00000000 (i.e. if amp is 0 then sin/cos are zero too)
1412		0     0x40     0    0x00000000 0x00020000
1413		0     0x40     1    0x00000000 0x00040000
1414		0     0x40     2    0x00000000 0x00080000
1415		0     0x40     3    0x00000000 0x00100000
1416		0x40  0x40     0    0x00020000 0x00000000
1417		0x40  0x40     1    0x00040000 0x00000000
1418		0x40  0x40     2    0x00080000 0x00000000
1419		0x40  0x40     3    0x00100000 0x00000000
1420		0x80  0x40     0    0x00000000 0xfffc0000
1421		0x80  0x40     1    0x00000000 0xfff80000
1422		0x80  0x40     2    0x00000000 0xfff00000
1423		0x80  0x40     3    0x00000000 0xffe00000
1424		0xc0  0x40     0    0xfffc0000 0x00000000
1425		0xc0  0x40     1    0xfff80000 0x00000000
1426		0xc0  0x40     2    0xfff00000 0x00000000
1427		0xc0  0x40     3    0xffe00000 0x00000000
1428		0     0x80     0    0x00000000 0x00040000
1429		0     0x80     1    0x00000000 0x00080000
1430		0     0x80     2    0x00000000 0x00100000
1431		0     0x80     3    0x00000000 0x00200000
1432		0x40  0x80     0    0x00040000 0x00000000
1433		0x40  0x80     1    0x00080000 0x00000000
1434		0x40  0x80     2    0x00100000 0x00000000
1435		0x40  0x80     3    0x00200000 0x00000000
1436		0x80  0x80     0    0x00000000 0xfff80000
1437		0x80  0x80     1    0x00000000 0xfff00000
1438		0x80  0x80     2    0x00000000 0xffe00000
1439		0x80  0x80     3    0x00000000 0xffc00000
1440		0xc0  0x80     0    0xfff80000 0x00000000
1441		0xc0  0x80     1    0xfff00000 0x00000000
1442		0xc0  0x80     2    0xffe00000 0x00000000
1443		0xc0  0x80     3    0xffc00000 0x00000000
1444		0     0xc0     0    0x00000000 0x00060000
1445		0     0xc0     1    0x00000000 0x000c0000
1446		0     0xc0     2    0x00000000 0x00180000
1447		0     0xc0     3    0x00000000 0x00300000
1448		0x40  0xc0     0    0x00060000 0x00000000
1449		0x40  0xc0     1    0x000c0000 0x00000000
1450		0x40  0xc0     2    0x00180000 0x00000000
1451		0x40  0xc0     3    0x00300000 0x00000000
1452		0x80  0xc0     0    0x00000000 0xfff40000
1453		0x80  0xc0     1    0x00000000 0xffe80000
1454		0x80  0xc0     2    0x00000000 0xffd00000
1455		0x80  0xc0     3    0x00000000 0xffa00000
1456		0xc0  0xc0     0    0xfff40000 0x00000000
1457		0xc0  0xc0     1    0xffe80000 0x00000000
1458		0xc0  0xc0     2    0xffd00000 0x00000000
1459		0xc0  0xc0     3    0xffa00000 0x00000000
1460
1461		commands 0x130e/0x138e: (dx dy 2 fixed point 0x80)
1462		dx     dy      angle
1463		---------------------
1464		0x00   0x00    0x20
1465		0x20   0x00    0x25 (0x26 in test)
1466		0x40   0x00    0x2d (0x2b in test)
1467		0x60   0x00    0x36
1468		0x80   0x00    0x00 cop status 0x8007
1469		0xa0   0x00    0x4a
1470		0xc0   0x00    0x53
1471		0xe0   0x00    0x5b (0x5a)
1472		0x100  0x00    0x60
1473		0x120  0x00    0x65
1474		0x140  0x00    0x69 (0x68)
1475		0x160  0x00    0x6b
1476		0x180  0x00    0x6e (0x6d)
1477		0x1a0  0x00    0x6f
1478		0x1c0  0x00    0x71
1479		0x1e0  0x00    0x72
1480
1481
1482		command 0x3bb0
1483		dx    dy   | dist
1484		-----------|-----
1485		0x00  0x00 | 0xb5
1486		0x20  0x00 | 0xa0
1487		0x40  0x00 | 0x8f
1488		0x60  0x00 | 0x83
1489		0x80  0x00 | 0x80
1490		0xa0  0x00 | 0x83
1491		0xc0  0x00 | 0x8f
1492		0xe0  0x00 | 0xa0
1493
1494		command 0x42c2
1495		dx    dy   | stat   dist angle scale  r34(r) r36     r38*  r3a
1496		-----------|-----------------------------------------------------
1497		0x00  0x00 | 0x0067 0x20 0x20  0x0000 0x0001 0x0020  0xb5 0x16a0
1498		0x20  0x00 | 0x0027 0x20 0x26  0x0000 0x0001 0x0026  0xa0 0x1400
1499		0x40  0x00 | 0x0067 0x20 0x2d  0x0000 0x0001 0x002d  0x8f 0x11e3
1500		0x60  0x00 | 0x0067 0x20 0x36  0x0000 0x0001 0x0036  0x83 0x107e
1501		0x80  0x00 | 0x0027 0x20 0x00  0x0000 0x0001 0x0000  0x80 0x1000
1502		0xa0  0x00 | 0x0067 0x20 0x4a  0x0000 0x0001 0x004a  0x83 0x107e
1503		0xc0  0x00 | 0x0067 0x20 0x53  0x0000 0x0001 0x0053  0x8f 0x11e3
1504		0xe0  0x00 | 0x0027 0x20 0x5a  0x0000 0x0001 0x005a  0xa0 0x1400
1505
1506		0x00  0x00 | ****** 0x10 0x20  0x0000 0x0002 0x0020  0xb5 0x0b50
1507		0x20  0x00 | ****** 0x10 0x26  0x0000 0x0002 0x0026  0xa0 0x0a00
1508		0x40  0x00 | ****** 0x10 0x2d  0x0000 0x0002 0x002d  0x8f 0x08f1
1509		0x60  0x00 | ****** 0x10 0x36  0x0000 0x0002 0x0036  0x83 0x083f
1510		0x80  0x00 | ****** 0x10 0x00  0x0000 0x0002 0x0000  0x80 0x0800
1511		0xa0  0x00 | ****** 0x10 0x4a  0x0000 0x0002 0x004a  0x83 0x083f
1512		0xc0  0x00 | ****** 0x10 0x53  0x0000 0x0002 0x0053  0x8f 0x08f1
1513		0xe0  0x00 | ****** 0x10 0x5a  0x0000 0x0002 0x005a  0xa0 0x0a00
1514
1515		0x00  0x00 | ****** 0x08 0x20  0x0000 0x0004 0x0020  0xb5 0x05a8
1516		0x20  0x00 | ****** 0x08 0x26  0x0000 0x0004 0x0026  0xa0 0x0500
1517
1518		0x20  0x00 | ****** 0x02 0x26  0x0000 0x0010 0x0026  0xa0 0x0140
1519
1520		0xc0  0x00 | 0x0047 0x01 0x53  0x0000 0x0020 0x0053  0x8f 0x008f
1521
1522		0x60  0x00 | 0x0047 0x00 0x36  0x0000 0x0040 0x0036  0x83 0x0041
1523
1524		0x40  0x00 | 0x0047 0x00 0x2d  0x0000 0x0080 0x002d  0x8f 0x0023
1525
1526		0x40  0x00 | 0x8007 0x00 0x2d  0x0000 0x0400 0x008f  0x8f 0x0000
1527
1528		0x00  0x00 | 0x0067 0x10 0x2d  0x0000 0x0001 0x0020  0xb5 0x0b50
1529
1530		*same as 0x3bb0
1531
1532		command 0x6200
1533		raw angle|angle compare|angle mod value| res |
1534		---------|-------------|---------------|-----|
1535		0x00      ****          0x00            0x00
1536		0x00      0x00          0x20            0x00
1537		0x00      0x20          0x20            0x20
1538		0x00      0x40          0x20            0x20
1539		0x00      0x60          0x20            0x20
1540		0x00      0x80          0x20            0xe0
1541		0x00      0xa0          0x20            0xe0
1542		0x00      0xc0          0x20            0xe0
1543		0x00      0xe0          0x20            0xe0
1544		0x00      0x00          0x40            0x00
1545		0x00      0x20          0x40            0x20
1546		0x00      0x40          0x40            0x40
1547		0x00      0x60          0x40            0x40
1548		0x00      0x80          0x40            0xc0
1549		0x00      0xa0          0x40            0xc0
1550		0x00      0xc0          0x40            0xc0
1551		0x00      0xe0          0x40            0xe0
1552		0x00      0x00          0x60            0x00
1553		0x00      0x20          0x60            0x20
1554		0x00      0x40          0x60            0x60 *
1555		0x00      0x60          0x60            0x60
1556		0x00      0x80          0x60            0xa0
1557		0x00      0xa0          0x60            0xa0
1558		0x00      0xc0          0x60            0xc0
1559		0x00      0xe0          0x60            0xe0
1560		0x00      0x00          0x80            0x00
1561		0x00      0x20          0x80            0x80 *
1562		0x00      0x40          0x80            0x80 *
1563		0x00      0x60          0x80            0x80 *
1564		0x00      0x80          0x80            0x80 *
1565		0x00      0xa0          0x80            0x80
1566		0x00      0xc0          0x80            0x80
1567		0x00      0xe0          0x80            0x80
1568		0x00      0x00          0xa0            0x00
1569		0x00      0x20          0xa0            0x20
1570		0x00      0x40          0xa0            0xa0
1571		0x00      0x60          0xa0            0xa0
1572		0x00      0x80          0xa0            0x60
1573		0x00      0xa0          0xa0            0x60
1574		0x00      0xc0          0xa0            0x60
1575		0x00      0xe0          0xa0            0xe0
1576		0x00      0x00          0xc0            0x00
1577		0x00      0x20          0xc0            0x20
1578		0x00      0x40          0xc0            0xc0
1579		0x00      0x60          0xc0            ****
1580		0x00      0x80          0xc0            0x40
1581		0x00      0xa0          0xc0            ****
1582		0x00      0xc0          0xc0            0xc0
1583		0x00      0xe0          0xc0            0xe0
1584		0x00      0x00          0xe0            0x00
1585		0x00      0x20          0xe0            0x20
1586		0x00      0x40          0xe0            0xe0
1587		0x00      0x60          0xe0            0xe0
1588		0x00      0x80          0xe0            0x20
1589		0x00      0xa0          0xe0            0x20
1590		0x00      0xc0          0xe0            0xc0
1591		0x00      0xe0          0xe0            0xe0
1592		*/
1593
1594	16	#include "emu.h"
	17	#include "seicop.h"
1595	18	#include "includes/legionna.h"
1596		#include "machine/seicop.h"
1597	19
1598	20
1599		const device_type SEIBU_COP_LEGACY = &device_creator<seibu_cop_legacy_device>;
	21	const device_type SEIBU_COP_BOOTLEG = &device_creator<seibu_cop_bootleg_device>;
1600	22
1601		seibu_cop_legacy_device::seibu_cop_legacy_device(const machine_config &mconfig, const char *tag, device_t *owner, UINT32 clock)
1602		: device_t(mconfig, SEIBU_COP_LEGACY, "Seibu COP Legacy", tag, owner, clock, "seibu_cop_legacy", __FILE__),
	23	seibu_cop_bootleg_device::seibu_cop_bootleg_device(const machine_config &mconfig, const char *tag, device_t *owner, UINT32 clock)
	24	: device_t(mconfig, SEIBU_COP_BOOTLEG, "Seibu COP Bootleg", tag, owner, clock, "seibu_cop_boot", __FILE__),
1603	25	m_cop_mcu_ram(NULL),
1604		m_cop_hit_val_x(0),
1605		m_cop_hit_val_y(0),
1606		m_cop_hit_val_z(0),
1607		m_legacycop_angle_compare(0),
1608		m_legacycop_angle_mod_val(0),
1609		m_r0(0),
1610		m_r1(0),
1611		m_cop_rom_addr_lo(0),
1612		m_cop_rom_addr_hi(0),
1613		m_cop_rom_addr_unk(0),
1614		m_cop_sprite_dma_abs_x(0),
1615		m_cop_sprite_dma_abs_y(0),
1616	26	m_raiden2cop(*this, ":raiden2cop")
1617	27	{
1618	28
r32338	r32339
1627	37	//  complete
1628	38	//-------------------------------------------------
1629	39
1630		void seibu_cop_legacy_device::device_config_complete()
	40	void seibu_cop_bootleg_device::device_config_complete()
1631	41	{
1632	42	}
1633	43
r32338	r32339
1635	45	//  device_start - device-specific startup
1636	46	//-------------------------------------------------
1637	47
1638		void seibu_cop_legacy_device::device_start()
	48	void seibu_cop_bootleg_device::device_start()
1639	49	{
1640	50	m_cop_mcu_ram = reinterpret_cast<UINT16 *>(machine().root_device().memshare("cop_mcu_ram")->ptr());
1641	51
1642
1643		save_item(NAME(m_cop_hit_val_x));
1644		save_item(NAME(m_cop_hit_val_y));
1645		save_item(NAME(m_cop_hit_val_z));
1646		save_item(NAME(m_legacycop_angle_compare));
1647		save_item(NAME(m_legacycop_angle_mod_val));
1648		save_item(NAME(m_r0));
1649		save_item(NAME(m_r1));
1650		save_item(NAME(m_cop_rom_addr_lo));
1651		save_item(NAME(m_cop_rom_addr_hi));
1652		save_item(NAME(m_cop_rom_addr_unk));
1653		save_item(NAME(m_cop_sprite_dma_abs_x));
1654		save_item(NAME(m_cop_sprite_dma_abs_y));
1655	52	}
1656	53
1657	54	//-------------------------------------------------
1658		//  device_
1659		//  device-specific startup
	55	//  device_reset
1660	56	//-------------------------------------------------
1661	57
1662		void seibu_cop_legacy_device::device_reset()
	58	void seibu_cop_bootleg_device::device_reset()
1663	59	{
1664	60	}
1665	61
1666	62
1667	63
1668		/*
1669		"The area of ASM snippets"
1670
1671		player-1 priorities list:
1672		1086d8: show this sprite (bit 15)
1673		1086dc: lives (BCD,bits 3,2,1,0)
1674		1086de: energy bar (upper byte)
1675		1086e0: walk animation (lower byte)
1676		1086ec: "death" status (bit 15)
1677		1086f4: sprite y axis
1678		1086f0: sprite x axis
1679
1680		Sprite DMA TODO:
1681		- various bits not yet understood in the sprite src tables and in the 0x400/0x402 sprite param;
1682
1683		spriteram DMA [1]
1684		001DE4: 3086                     move.w  D6, (A0) ;$100400,color + other stuff
1685		001DE6: 2440                     movea.l D0, A2
1686		001DE8: 0269 0004 0002           andi.w  #$4, ($2,A1)
1687		001DEE: 3152 000C                move.w  (A2), ($c,A0) ;DMA size
1688		001DF2: 3145 0002                move.w  D5, ($2,A0)
1689		001DF6: 0245 0040                andi.w  #$40, D5
1690		001DFA: 2009                     move.l  A1, D0
1691		001DFC: 3140 00C0                move.w  D0, ($c0,A0) ;RAM -> $1004c0 (work ram index?)
1692		001E00: 4840                     swap    D0
1693		001E02: 3140 00A0                move.w  D0, ($a0,A0) ;RAM -> $1004a0
1694		001E06: 200A                     move.l  A2, D0
1695		001E08: 3140 0014                move.w  D0, ($14,A0) ;$ROM lo -> $100414 src
1696		001E0C: 4840                     swap    D0
1697		001E0E: 3140 0012                move.w  D0, ($12,A0) ;$ROM hi -> $100412
1698		001E12: 2679 0010 8116           movea.l $108116.l, A3 ;points to dst spriteram
1699		001E18: 3839 0010 810A           move.w  $10810a.l, D4 ;spriteram index
1700		001E1E: 260B                     move.l  A3, D3
1701		001E20: 3143 00C8                move.w  D3, ($c8,A0) ;sets the dst spriteram
1702		001E24: 4843                     swap    D3
1703		001E26: 3143 00A8                move.w  D3, ($a8,A0)
1704		001E2A: 45EA 0004                lea     ($4,A2), A2
1705		//at this point we're ready for DMAing
1706		001E2E: 317C A180 0100           move.w  #$a180, ($100,A0) ;<-get x/y from sprite
1707		001E34: 317C 6980 0102           move.w  #$6980, ($102,A0) ;<-adjust sprite x/y
1708		001E3A: 317C C480 0102           move.w  #$c480, ($102,A0) ;<-load sprite offset
1709		001E40: 317C 0000 0010           move.w  #$0, ($10,A0)     ;<-do the job?
1710		001E46: 302A 0002                move.w  ($2,A2), D0
1711		001E4A: 816B 0006                or.w    D0, ($6,A3)
1712		001E4E: 45EA 0006                lea     ($6,A2), A2
1713		001E52: 302B 0008                move.w  ($8,A3), D0
1714		001E56: B079 0010 8112           cmp.w   $108112.l, D0
1715		001E5C: 6E00 0054                bgt     $1eb2
1716		001E60: B079 0010 8110           cmp.w   $108110.l, D0
1717		001E66: 6D00 004A                blt     $1eb2
1718		001E6A: 026B 7FFF 000A           andi.w  #$7fff, ($a,A3)
1719		001E70: 8B6B 0004                or.w    D5, ($4,A3)
1720		001E74: 47EB 0008                lea     ($8,A3), A3
1721		001E78: 260B                     move.l  A3, D3
1722		001E7A: 3143 00C8                move.w  D3, ($c8,A0)
1723		001E7E: 4843                     swap    D3
1724		001E80: 3143 00A8                move.w  D3, ($a8,A0)
1725		001E84: 5244                     addq.w  #1, D4
1726		001E86: B879 0010 8114           cmp.w   $108114.l, D4
1727		001E8C: 6500 000C                bcs     $1e9a
1728		001E90: 0069 0002 0002           ori.w   #$2, ($2,A1)
1729		001E96: 6000 000C                bra     $1ea4
1730		001E9A: 3028 01B0                move.w  ($1b0,A0), D0 ;bit 1 = DMA job finished
1731		001E9E: 0240 0002                andi.w  #$2, D0
1732		001EA2: 6790                     beq     $1e34
1733		001EA4: 33C4 0010 810A           move.w  D4, $10810a.l
1734		001EAA: 23CB 0010 8116           move.l  A3, $108116.l
1735		001EB0: 4E75                     rts
1736
1737		x/y check [2]
1738		002030: E58D                     lsl.l   #2, D5
1739		002032: 0685 0003 0000           addi.l  #$30000, D5
1740		002038: 33C5 0010 04C4           move.w  D5, $1004c4.l
1741		00203E: 4845                     swap    D5
1742		002040: 33C5 0010 04A4           move.w  D5, $1004a4.l
1743		002046: E58E                     lsl.l   #2, D6
1744		002048: 0686 0003 0000           addi.l  #$30000, D6
1745		00204E: 33C6 0010 04C6           move.w  D6, $1004c6.l
1746		002054: 4846                     swap    D6
1747		002056: 33C6 0010 04A6           move.w  D6, $1004a6.l
1748		00205C: 33FC A180 0010 0500      move.w  #$a180, $100500.l
1749		002064: 33FC B100 0010 0500      move.w  #$b100, $100500.l
1750		00206C: 33FC A980 0010 0500      move.w  #$a980, $100500.l
1751		002074: 33FC B900 0010 0500      move.w  #$b900, $100500.l
1752		00207C: 4E75                     rts
1753		[...]
1754		//then reads at $580
1755
1756		sine cosine has a weird math problem, it needs that the amp is multiplied by two when the direction is TOTALLY left or TOTALLY up.
1757		No known explanation to this so far ...
1758
1759		003306: move.w  #$8100, ($100,A0)
1760		00330C: move.w  #$8900, ($100,A0)
1761		003312: cmpi.w  #$80, ($36,A1) ;checks if angle is equal to 0x80 (left direction of objects)
1762		003318: bne     $332a
1763		00331C: move.l  ($14,A1), D0 ;divide by two if so
1764		003320: asr.l   #1, D0
1765		003322: move.l  D0, ($14,A1)
1766		003326: bra     $333e
1767		00332A: cmpi.w  #$c0, ($36,A1) ;checks if angle is equal to 0xc0 (up direction of objects)
1768		003330: bne     $333e
1769		003334: move.l  ($10,A1), D0 ;divide by two if so
1770		003338: asr.l   #1, D0
1771		00333A: move.l  D0, ($10,A1)
1772		00333E: movem.l (A7)+, D0/A0-A1
1773		003342: rts
1774
1775		*/
1776
1777		/********************************************************************************************
1778
1779		COPX bootleg simulation
1780		- Seibu Cup Soccer (bootleg)
1781
1782		*******************************************************************************************/
1783
1784
1785		READ16_MEMBER( seibu_cop_legacy_device::copdxbl_0_r )
	64	READ16_MEMBER( seibu_cop_bootleg_device::copdxbl_0_r )
1786	65	{
1787	66	UINT16 retvalue = m_cop_mcu_ram[offset];
1788	67
r32338	r32339
1809	88	}
1810	89	}
1811	90
1812		WRITE16_MEMBER( seibu_cop_legacy_device::copdxbl_0_w )
	91	WRITE16_MEMBER( seibu_cop_bootleg_device::copdxbl_0_w )
1813	92	{
1814	93	legionna_state *state = space.machine().driver_data<legionna_state>();
1815	94	COMBINE_DATA(&m_cop_mcu_ram[offset]);
r32338	r32339
1892	171	m_raiden2cop->cop_angle += 0x80;
1893	172	}
1894	173
1895		m_r0 = dy;
1896		m_r1 = dx;
	174	m_raiden2cop->m_LEGACY_r0 = dy;
	175	m_raiden2cop->m_LEGACY_r1 = dx;
1897	176
1898	177	if(m_cop_mcu_ram[offset] & 0x80)
1899	178	space.write_word(m_raiden2cop->cop_regs[0]+(0x34^2), m_raiden2cop->cop_angle);
r32338	r32339
1903	182	case 0x3b30:
1904	183	case 0x3bb0:
1905	184	{
1906		int dy = m_r0;
1907		int dx = m_r1;
	185	int dy = m_raiden2cop->m_LEGACY_r0;
	186	int dx = m_raiden2cop->m_LEGACY_r1;
1908	187
1909	188	dx >>= 16;
1910	189	dy >>= 16;
r32338	r32339
1940	219	}
1941	220	}
1942	221
1943		/* Generic COP functions
1944		-- the game specific handlers fall through to these if there
1945		isn't a specific case for them.  these implement behavior
1946		which seems common to all the games
1947		*/
1948	222
1949
1950
1951
1952
1953		/*
1954		_
1955		*/
1956
1957		/*
1958		Godzilla 0x12c0 X = 0x21ed Y = 0x57da
1959		Megaron  0x12d0 X = 0x1ef1 Y = 0x55db
1960		King Ghidorah 0x12c8 X = 0x26eb Y = 0x55dc
1961		Mecha Ghidorah 0x12dc X = 0x24ec Y = 0x55dc
1962		Mecha Godzilla 0x12d4 X = 0x1cf1 Y = 0x52dc
1963		Gigan 0x12cc X = 0x23e8 Y = 0x55db
1964
1965		(DC.W $1020, $F0C0, $0000, $0000)
1966		X = collides at the same spot
1967		Y = collides between 0xd0 and 0x20
1968		0x588 bits 2 & 3 = 0
1969		(DC.W $F0C0, $1020, $0000, $0000)
1970		X = collides between 0xb0 and 0x50 (inclusive)
1971		Y = collides between 0xd0 and 0x30 (not inclusive)
1972		0x588 bits 2 & 3 = 0x580 bits 0 & 1
1973		*/
1974		void seibu_cop_legacy_device::cop_take_hit_box_params(UINT8 offs)
1975		{
1976		INT16 start_x,start_y,height,width;
1977
1978		{
1979		height = UINT8(m_cop_collision_info[offs].hitbox_y >> 8);
1980		start_y = INT8(m_cop_collision_info[offs].hitbox_y);
1981		width = UINT8(m_cop_collision_info[offs].hitbox_x >> 8);
1982		start_x = INT8(m_cop_collision_info[offs].hitbox_x);
1983		}
1984
1985		m_cop_collision_info[offs].min_x = (m_cop_collision_info[offs].x >> 16) + start_x;
1986		m_cop_collision_info[offs].max_x = m_cop_collision_info[offs].min_x + width;
1987		m_cop_collision_info[offs].min_y = (m_cop_collision_info[offs].y >> 16) + start_y;
1988		m_cop_collision_info[offs].max_y = m_cop_collision_info[offs].min_y + height;
1989		}
1990
1991
1992		UINT8 seibu_cop_legacy_device::cop_calculate_collsion_detection()
1993		{
1994		static UINT8 res;
1995
1996		res = 3;
1997
1998		/* outbound X check */
1999		if(m_cop_collision_info[0].max_x >= m_cop_collision_info[1].min_x && m_cop_collision_info[0].min_x <= m_cop_collision_info[1].max_x)
2000		res &= ~2;
2001
2002		if(m_cop_collision_info[1].max_x >= m_cop_collision_info[0].min_x && m_cop_collision_info[1].min_x <= m_cop_collision_info[0].max_x)
2003		res &= ~2;
2004
2005		/* outbound Y check */
2006		if(m_cop_collision_info[0].max_y >= m_cop_collision_info[1].min_y && m_cop_collision_info[0].min_y <= m_cop_collision_info[1].max_y)
2007		res &= ~1;
2008
2009		if(m_cop_collision_info[1].max_y >= m_cop_collision_info[0].min_y && m_cop_collision_info[1].min_y <= m_cop_collision_info[0].max_y)
2010		res &= ~1;
2011
2012		m_cop_hit_val_x = (m_cop_collision_info[0].x - m_cop_collision_info[1].x) >> 16;
2013		m_cop_hit_val_y = (m_cop_collision_info[0].y - m_cop_collision_info[1].y) >> 16;
2014		m_cop_hit_val_z = 1;
2015		m_raiden2cop->cop_hit_val_stat = res; // TODO: there's also bit 2 and 3 triggered in the tests, no known meaning
2016
2017		//popmessage("%d %d %04x %04x %04x %04x",m_cop_hit_val_x,m_cop_hit_val_y,m_cop_collision_info[0].hitbox_x,m_cop_collision_info[0].hitbox_y,m_cop_collision_info[1].hitbox_x,m_cop_collision_info[1].hitbox_y);
2018
2019		//if(res == 0)
2020		//popmessage("0:%08x %08x %08x 1:%08x %08x %08x\n",m_cop_collision_info[0].x,m_cop_collision_info[0].y,m_cop_collision_info[0].hitbox,m_cop_collision_info[1].x,m_cop_collision_info[1].y,m_cop_collision_info[1].hitbox);
2021		//  popmessage("0:%08x %08x %08x %08x 1:%08x %08x %08x %08x\n",m_cop_collision_info[0].min_x,m_cop_collision_info[0].max_x,m_cop_collision_info[0].min_y, m_cop_collision_info[0].max_y,
2022		//                                                   m_cop_collision_info[1].min_x,m_cop_collision_info[1].max_x,m_cop_collision_info[1].min_y, m_cop_collision_info[1].max_y);
2023
2024		return res;
2025		}
2026
2027		READ16_MEMBER( seibu_cop_legacy_device::generic_cop_r )
2028		{
2029		UINT16 retvalue;
2030		retvalue = m_cop_mcu_ram[offset];
2031
2032
2033		switch (offset)
2034		{
2035
2036		/* these two controls facing direction in Godzilla opponents (only vs.) - x value compare? */
2037		case 0x182/2:
2038		return (m_cop_hit_val_y);
2039
2040		case 0x184/2:
2041		return (m_cop_hit_val_x);
2042
2043		/* Legionnaire only - z value compare? */
2044		case 0x186/2:
2045		return (m_cop_hit_val_z);
2046
2047
2048
2049
2050
2051		default:
2052		seibu_cop_log("%06x: COPX unhandled read returning %04x from offset %04x\n", space.device().safe_pc(), retvalue, offset*2);
2053		return retvalue;
2054		}
2055		}
2056
2057		WRITE16_MEMBER( seibu_cop_legacy_device::generic_cop_w )
2058		{
2059		COMBINE_DATA(&m_cop_mcu_ram[offset]);
2060
2061		switch (offset)
2062		{
2063		default:
2064		seibu_cop_log("%06x: COPX unhandled write data %04x at offset %04x\n", space.device().safe_pc(), data, offset*2);
2065		break;
2066
2067
2068
2069
2070
2071
2072
2073		/* triggered before 0x6200 in Seibu Cup, looks like an angle value ... */
2074		case (0x01c/2): m_legacycop_angle_compare = UINT16(m_cop_mcu_ram[0x1c/2]);  break;
2075		case (0x01e/2): m_legacycop_angle_mod_val = UINT16(m_cop_mcu_ram[0x1e/2]); break;
2076
2077
2078
2079
2080
2081
2082
2083
2084		case (0x03e/2):
2085		/*
2086		0 in all 68k based games
2087		0xffff in raiden2 / raidendx
2088		0x2000 in zeroteam / xsedae
2089		it's always setted up just before the 0x474 register
2090		*/
2091		break;
2092
2093		case (0x046/2): { m_cop_rom_addr_unk = data & 0xffff; break; }
2094		case (0x048/2): { m_cop_rom_addr_lo = data & 0xffff; break; }
2095		case (0x04a/2): { m_cop_rom_addr_hi = data & 0xffff; break; }
2096
2097
2098		/* DMA / layer clearing section */
2099		case (0x074/2):
2100		/*
2101		This sets up a DMA mode of some sort
2102		0x0e00: grainbow, cupsoc
2103		0x0a00: legionna, godzilla, denjinmk
2104		0x0600: heatbrl
2105		0x1e00: zeroteam, xsedae
2106		raiden2 and raidendx doesn't set this up, this could indicate that this is related to the non-private buffer DMAs
2107		(both only uses 0x14 and 0x15 as DMAs)
2108		*/
2109		break;
2110
2111
2112
2113
2114
2115
2116
2117
2118
2119
2120		case (0x08c/2): m_cop_sprite_dma_abs_y = (m_cop_mcu_ram[0x08c/2]); break;
2121		case (0x08e/2): m_cop_sprite_dma_abs_x = (m_cop_mcu_ram[0x08e/2]); break;
2122
2123
2124
2125		case (0x100/2):
2126		case (0x102/2):
2127		case (0x104/2):
2128		{
2129		int command;
2130
2131
2132		logerror("%06x: COPX execute table macro command %04x %04x | regs %08x %08x %08x %08x %08x\n", space.device().safe_pc(), data, m_cop_mcu_ram[offset], m_raiden2cop->cop_regs[0], m_raiden2cop->cop_regs[1], m_raiden2cop->cop_regs[2], m_raiden2cop->cop_regs[3], m_raiden2cop->cop_regs[4]);
2133
2134
2135		command = m_raiden2cop->find_trigger_match(m_cop_mcu_ram[offset], 0xff00);
2136
2137
2138		if (command==-1)
2139		{
2140		return;
2141		}
2142		UINT16 funcval,funcmask;
2143		// this is pointless.. all we use it for is comparing against the same value
2144		funcval = m_raiden2cop->get_func_value(command);
2145		funcmask = m_raiden2cop->get_func_mask(command);
2146		//printf("%04x %04x %04x\n",m_cop_mcu_ram[offset],funcval,funcmask);
2147
2148		/*
2149		Macro notes:
2150		- endianess changes from/to Raiden 2:
2151		dword ^= 0
2152		word ^= 2
2153		byte ^= 3
2154		- some macro commands here have a commented algorithm, it's how Seibu Cup Bootleg version handles maths inside the 14/15 roms.
2155		The ROMs map tables in the following arrangement:
2156		0x00000 - 0x1ffff Sine math results
2157		0x20000 - 0x3ffff Cosine math results
2158		0x40000 - 0x7ffff Division math results
2159		0x80000 - 0xfffff Pythagorean theorem, hypotenuse length math results
2160		Surprisingly atan maths are nowhere to be found from the roms.
2161		*/
2162
2163		int executed = 0;
2164
2165		/* "automatic" movement, 0205 */
2166		if(m_raiden2cop->check_command_matches(command, 0x188,0x282,0x082,0xb8e,0x98e,0x000,0x000,0x000,6,0xffeb))
2167		{
2168		executed = 1;
2169		UINT8 offs;
2170
2171		offs = (offset & 3) * 4;
2172		int ppos = space.read_dword(m_raiden2cop->cop_regs[0] + 4 + offs);
2173		int npos = ppos + space.read_dword(m_raiden2cop->cop_regs[0] + 0x10 + offs);
2174		int delta = (npos >> 16) - (ppos >> 16);
2175
2176		space.write_dword(m_raiden2cop->cop_regs[0] + 4 + offs, npos);
2177		space.write_word(m_raiden2cop->cop_regs[0] + 0x1c + offs, space.read_word(m_raiden2cop->cop_regs[0] + 0x1c + offs) + delta);
2178		return;
2179		}
2180
2181		/* "automatic" movement, for arcs in Legionnaire / Zero Team (expression adjustment) 0905 */
2182		if(m_raiden2cop->check_command_matches(command, 0x194,0x288,0x088,0x000,0x000,0x000,0x000,0x000,6,0xfbfb))
2183		{
2184		executed = 1;
2185		UINT8 offs;
2186
2187		offs = (offset & 3) * 4;
2188
2189		/* read 0x28 + offs */
2190		/* add 0x10 + offs */
2191		/* write 0x10 + offs */
2192
2193		space.write_dword(m_raiden2cop->cop_regs[0] + 0x10 + offs, space.read_dword(m_raiden2cop->cop_regs[0] + 0x10 + offs) + space.read_dword(m_raiden2cop->cop_regs[0] + 0x28 + offs));
2194		return;
2195		}
2196
2197		/* SINE math - 0x8100 */
2198		/*
2199		00000-0ffff:
2200		amp = x/256
2201		ang = x & 255
2202		s = sin(ang*2*pi/256)
2203		val = trunc(s*amp)
2204		if(s<0)
2205		val--
2206		if(s == 192)
2207		val = -2*amp
2208		*/
2209		if(m_raiden2cop->check_command_matches(command, 0xb9a,0xb88,0x888,0x000,0x000,0x000,0x000,0x000,7,0xfdfb))
2210		{
2211		executed = 1;
2212		int raw_angle = (space.read_word(m_raiden2cop->cop_regs[0]+(0x34^2)) & 0xff);
2213		double angle = raw_angle * M_PI / 128;
2214		double amp = (65536 >> 5)*(space.read_word(m_raiden2cop->cop_regs[0]+(0x36^2)) & 0xff);
2215		int res;
2216
2217		/* TODO: up direction, why? */
2218		if(raw_angle == 0xc0)
2219		amp*=2;
2220
2221		res = int(amp*sin(angle)) << m_raiden2cop->cop_scale;
2222
2223		space.write_dword(m_raiden2cop->cop_regs[0] + 0x10, res);
2224		return;
2225		}
2226
2227		/* COSINE math - 0x8900 */
2228		/*
2229		10000-1ffff:
2230		amp = x/256
2231		ang = x & 255
2232		s = cos(ang*2*pi/256)
2233		val = trunc(s*amp)
2234		if(s<0)
2235		val--
2236		if(s == 128)
2237		val = -2*amp
2238		*/
2239		if(m_raiden2cop->check_command_matches(command, 0xb9a,0xb8a,0x88a,0x000,0x000,0x000,0x000,0x000,7,0xfdfb))
2240		{
2241		executed = 1;
2242		int raw_angle = (space.read_word(m_raiden2cop->cop_regs[0]+(0x34^2)) & 0xff);
2243		double angle = raw_angle * M_PI / 128;
2244		double amp = (65536 >> 5)*(space.read_word(m_raiden2cop->cop_regs[0]+(0x36^2)) & 0xff);
2245		int res;
2246
2247		/* TODO: left direction, why? */
2248		if(raw_angle == 0x80)
2249		amp*=2;
2250
2251		res = int(amp*cos(angle)) << m_raiden2cop->cop_scale;
2252
2253		space.write_dword(m_raiden2cop->cop_regs[0] + 20, res);
2254		return;
2255		}
2256
2257		/* 0x130e / 0x138e */
2258		if(m_raiden2cop->check_command_matches(command, 0x984,0xaa4,0xd82,0xaa2,0x39b,0xb9a,0xb9a,0xa9a,5,0xbf7f))
2259		{
2260		executed = 1;
2261		int dy = space.read_dword(m_raiden2cop->cop_regs[1]+4) - space.read_dword(m_raiden2cop->cop_regs[0]+4);
2262		int dx = space.read_dword(m_raiden2cop->cop_regs[1]+8) - space.read_dword(m_raiden2cop->cop_regs[0]+8);
2263
2264		m_raiden2cop->cop_status = 7;
2265		if(!dx) {
2266		m_raiden2cop->cop_status |= 0x8000;
2267		m_raiden2cop->cop_angle = 0;
2268		} else {
2269		m_raiden2cop->cop_angle = atan(double(dy)/double(dx)) * 128.0 / M_PI;
2270		if(dx<0)
2271		m_raiden2cop->cop_angle += 0x80;
2272		}
2273
2274		m_r0 = dy;
2275		m_r1 = dx;
2276
2277		//printf("%d %d %f %04x\n",dx,dy,atan(double(dy)/double(dx)) * 128 / M_PI,m_raiden2cop->cop_angle);
2278
2279		if(m_cop_mcu_ram[offset] & 0x80)
2280		space.write_word(m_raiden2cop->cop_regs[0]+(0x34^2), m_raiden2cop->cop_angle);
2281		return;
2282		}
2283
2284		/* Pythagorean theorem, hypotenuse direction - 130e / 138e */
2285		//(heatbrl)  | 5 | bf7f | 138e | 984 aa4 d82 aa2 39b b9a b9a b9a
2286		if(m_raiden2cop->check_command_matches(command, 0x984,0xaa4,0xd82,0xaa2,0x39b,0xb9a,0xb9a,0xb9a,5,0xbf7f))
2287		{
2288		executed = 1;
2289		int dy = space.read_dword(m_raiden2cop->cop_regs[1]+4) - space.read_dword(m_raiden2cop->cop_regs[0]+4);
2290		int dx = space.read_dword(m_raiden2cop->cop_regs[1]+8) - space.read_dword(m_raiden2cop->cop_regs[0]+8);
2291
2292		m_raiden2cop->cop_status = 7;
2293		if(!dx) {
2294		m_raiden2cop->cop_status |= 0x8000;
2295		m_raiden2cop->cop_angle = 0;
2296		} else {
2297		m_raiden2cop->cop_angle = atan(double(dy)/double(dx)) * 128.0 / M_PI;
2298		if(dx<0)
2299		m_raiden2cop->cop_angle += 0x80;
2300		}
2301
2302		m_raiden2cop->cop_angle-=0x80;
2303		m_r0 = dy;
2304		m_r1 = dx;
2305
2306		if(m_cop_mcu_ram[offset] & 0x80)
2307		space.write_word(m_raiden2cop->cop_regs[0]+(0x34^2), m_raiden2cop->cop_angle);
2308		return;
2309		}
2310
2311		/* Pythagorean theorem, hypotenuse length - 0x3bb0 */
2312		//(grainbow) | 4 | 007f | 3bb0 | f9c b9c b9c b9c b9c b9c b9c 99c
2313		/*
2314		40000-7ffff:
2315		v1 = (x / 32768)*64
2316		v2 = (x & 255)*32767/255
2317		val = sqrt(v1*v1+v2*v2) (unsigned)
2318		*/
2319		if(m_raiden2cop->check_command_matches(command, 0xf9c,0xb9c,0xb9c,0xb9c,0xb9c,0xb9c,0xb9c,0x99c,4,0x007f))
2320		{
2321		executed = 1;
2322		int dy = m_r0;
2323		int dx = m_r1;
2324
2325		dx >>= 16;
2326		dy >>= 16;
2327		m_raiden2cop->cop_dist = sqrt((double)(dx*dx+dy*dy));
2328
2329		if(m_cop_mcu_ram[offset] & 0x80)
2330		space.write_word(m_raiden2cop->cop_regs[0]+(0x38), m_raiden2cop->cop_dist);
2331		return;
2332		}
2333
2334		/* Division - 0x42c2 */
2335		/*
2336		20000-2ffff:
2337		v1 = x / 1024
2338		v2 = x & 1023
2339		val = !v1 ? 32767 : trunc(v2/v1+0.5)
2340		30000-3ffff:
2341		v1 = x / 1024
2342		v2 = (x & 1023)*32
2343		val = !v1 ? 32767 : trunc(v2/v1+0.5)
2344		*/
2345		if(m_raiden2cop->check_command_matches(command, 0xf9a,0xb9a,0xb9c,0xb9c,0xb9c,0x29c,0x000,0x000,5,0xfcdd))
2346		{
2347		executed = 1;
2348		int dy = m_r0;
2349		int dx = m_r1;
2350		int div = space.read_word(m_raiden2cop->cop_regs[0]+(0x36^2));
2351		int res;
2352		int cop_dist_raw;
2353
2354		if(!div)
2355		{
2356		printf("divide by zero?\n");
2357		div = 1;
2358		}
2359
2360		/* TODO: calculation of this one should occur at 0x3b30/0x3bb0 I *think* */
2361		/* TODO: recheck if m_raiden2cop->cop_scale still masks at 3 with this command */
2362		dx >>= 11 + m_raiden2cop->cop_scale;
2363		dy >>= 11 + m_raiden2cop->cop_scale;
2364		cop_dist_raw = sqrt((double)(dx*dx+dy*dy));
2365
2366		res = cop_dist_raw;
2367		res /= div;
2368
2369		m_raiden2cop->cop_dist = (1 << (5 - m_raiden2cop->cop_scale)) / div;
2370
2371		/* TODO: bits 5-6-15 */
2372		m_raiden2cop->cop_status = 7;
2373
2374		space.write_word(m_raiden2cop->cop_regs[0]+(0x38^2), res);
2375		return;
2376		}
2377
2378		/*
2379		collision detection:
2380
2381		int dy_0 = space.read_dword(m_raiden2cop->cop_regs[0]+4);
2382		int dx_0 = space.read_dword(m_raiden2cop->cop_regs[0]+8);
2383		int dy_1 = space.read_dword(m_raiden2cop->cop_regs[1]+4);
2384		int dx_1 = space.read_dword(m_raiden2cop->cop_regs[1]+8);
2385		int hitbox_param1 = space.read_dword(m_raiden2cop->cop_regs[2]);
2386		int hitbox_param2 = space.read_dword(m_raiden2cop->cop_regs[3]);
2387
2388		TODO: we are ignoring the funcval / funcmask params for now
2389		*/
2390
2391		if(m_raiden2cop->check_command_matches(command, 0xb80,0xb82,0xb84,0xb86,0x000,0x000,0x000,0x000,funcval,funcmask))
2392		{
2393		executed = 1;
2394		m_cop_collision_info[0].y = (space.read_dword(m_raiden2cop->cop_regs[0]+4));
2395		m_cop_collision_info[0].x = (space.read_dword(m_raiden2cop->cop_regs[0]+8));
2396		return;
2397		}
2398
2399		//(heatbrl)  | 9 | ffff | b080 | b40 bc0 bc2
2400		if(m_raiden2cop->check_command_matches(command, 0xb40,0xbc0,0xbc2,0x000,0x000,0x000,0x000,0x000,funcval,funcmask))
2401		{
2402		executed = 1;
2403		m_cop_collision_info[0].hitbox = space.read_word(m_raiden2cop->cop_regs[2]);
2404		m_cop_collision_info[0].hitbox_y = space.read_word((m_raiden2cop->cop_regs[2]&0xffff0000)|(m_cop_collision_info[0].hitbox));
2405		m_cop_collision_info[0].hitbox_x = space.read_word(((m_raiden2cop->cop_regs[2]&0xffff0000)|(m_cop_collision_info[0].hitbox))+2);
2406
2407		/* do the math */
2408		cop_take_hit_box_params(0);
2409		m_raiden2cop->cop_hit_status = cop_calculate_collsion_detection();
2410
2411		return;
2412		}
2413
2414		if(m_raiden2cop->check_command_matches(command, 0xba0,0xba2,0xba4,0xba6,0x000,0x000,0x000,0x000,funcval,funcmask))
2415		{
2416		executed = 1;
2417		m_cop_collision_info[1].y = (space.read_dword(m_raiden2cop->cop_regs[1]+4));
2418		m_cop_collision_info[1].x = (space.read_dword(m_raiden2cop->cop_regs[1]+8));
2419		return;
2420		}
2421
2422		//(heatbrl)  | 6 | ffff | b880 | b60 be0 be2
2423		if(m_raiden2cop->check_command_matches(command, 0xb60,0xbe0,0xbe2,0x000,0x000,0x000,0x000,0x000,funcval,funcmask))
2424		{
2425		executed = 1;
2426		m_cop_collision_info[1].hitbox = space.read_word(m_raiden2cop->cop_regs[3]);
2427		m_cop_collision_info[1].hitbox_y = space.read_word((m_raiden2cop->cop_regs[3]&0xffff0000)|(m_cop_collision_info[1].hitbox));
2428		m_cop_collision_info[1].hitbox_x = space.read_word(((m_raiden2cop->cop_regs[3]&0xffff0000)|(m_cop_collision_info[1].hitbox))+2);
2429
2430		/* do the math */
2431		cop_take_hit_box_params(1);
2432		m_raiden2cop->cop_hit_status = cop_calculate_collsion_detection();
2433		return;
2434		}
2435
2436		// grainbow 0d | a | fff3 | 6980 | b80 ba0
2437		if(m_raiden2cop->check_command_matches(command, 0xb80,0xba0,0x000,0x000,0x000,0x000,0x000,0x000,10,0xfff3))
2438		{
2439		executed = 1;
2440		UINT8 offs;
2441		int abs_x,abs_y,rel_xy;
2442
2443		offs = (offset & 3) * 4;
2444
2445		/* TODO: I really suspect that following two are actually taken from the 0xa180 macro command then internally loaded */
2446		abs_x = space.read_word(m_raiden2cop->cop_regs[0] + 8) - m_cop_sprite_dma_abs_x;
2447		abs_y = space.read_word(m_raiden2cop->cop_regs[0] + 4) - m_cop_sprite_dma_abs_y;
2448		rel_xy = space.read_word(m_raiden2cop->m_cop_sprite_dma_src + 4 + offs);
2449
2450		//if(rel_xy & 0x0706)
2451		//  printf("sprite rel_xy = %04x\n",rel_xy);
2452
2453		if(rel_xy & 1)
2454		space.write_word(m_raiden2cop->cop_regs[4] + offs + 4,0xc0 + abs_x - (rel_xy & 0xf8));
2455		else
2456		space.write_word(m_raiden2cop->cop_regs[4] + offs + 4,(((rel_xy & 0x78) + (abs_x) - ((rel_xy & 0x80) ? 0x80 : 0))));
2457
2458		space.write_word(m_raiden2cop->cop_regs[4] + offs + 6,(((rel_xy & 0x7800) >> 8) + (abs_y) - ((rel_xy & 0x8000) ? 0x80 : 0)));
2459		return;
2460		}
2461
2462		// grainbow 18 | a | ff00 | c480 | 080 882
2463		if(m_raiden2cop->check_command_matches(command, 0x080,0x882,0x000,0x000,0x000,0x000,0x000,0x000,10,0xff00))
2464		{
2465		executed = 1;
2466		UINT8 offs;
2467
2468		offs = (offset & 3) * 4;
2469
2470		space.write_word(m_raiden2cop->cop_regs[4] + offs + 0,space.read_word(m_raiden2cop->m_cop_sprite_dma_src + offs) + (m_raiden2cop->m_cop_sprite_dma_param & 0x3f));
2471		//space.write_word(m_raiden2cop->cop_regs[4] + offs + 2,space.read_word(m_raiden2cop->m_cop_sprite_dma_src+2 + offs));
2472		return;
2473		}
2474
2475		// cupsoc 1b | 5 | 7ff7 | dde5 | f80 aa2 984 0c2
2476		/* radar x/y positions */
2477		/* FIXME: x/ys are offsetted */
2478		/* FIXME: uses 0x10044a for something */
2479		if(m_raiden2cop->check_command_matches(command, 0xf80,0xaa2,0x984,0x0c2,0x000,0x000,0x000,0x000,5,0x7ff7))
2480		{
2481		executed = 1;
2482		UINT8 offs;
2483		int div;
2484		INT16 dir_offset;
2485		//              INT16 offs_val;
2486
2487		/* TODO: [4-7] could be mirrors of [0-3] (this is the only command so far that uses 4-7 actually)*/
2488		/* ? 0 + [4] */
2489		/* sub32 4 + [5] */
2490		/* write16h 8 + [4] */
2491		/* addmem16 4 + [6] */
2492
2493		// these two are obvious ...
2494		// 0xf x 16 = 240
2495		// 0x14 x 16 = 320
2496		// what are these two instead? scale factor? offsets? (edit: offsets to apply from the initial sprite data)
2497		// 0xfc69 ?
2498		// 0x7f4 ?
2499		//printf("%08x %08x %08x %08x %08x %08x %08x\n",m_raiden2cop->cop_regs[0],m_raiden2cop->cop_regs[1],m_raiden2cop->cop_regs[2],m_raiden2cop->cop_regs[3],m_raiden2cop->cop_regs[4],m_raiden2cop->cop_regs[5],m_raiden2cop->cop_regs[6]);
2500
2501		offs = (offset & 3) * 4;
2502
2503		div = space.read_word(m_raiden2cop->cop_regs[4] + offs);
2504		dir_offset = space.read_word(m_raiden2cop->cop_regs[4] + offs + 8);
2505		//              offs_val = space.read_word(m_raiden2cop->cop_regs[3] + offs);
2506		//420 / 180 = 500 : 400 = 30 / 50 = 98 / 18
2507
2508		/* TODO: this probably trips a cop status flag */
2509		if(div == 0) { div = 1; }
2510
2511
2512		space.write_word((m_raiden2cop->cop_regs[6] + offs + 4), ((space.read_word(m_raiden2cop->cop_regs[5] + offs + 4) + dir_offset) / div));
2513		return;
2514		}
2515
2516		//(cupsoc)   | 8 | f3e7 | 6200 | 3a0 3a6 380 aa0 2a6
2517		if(m_raiden2cop->check_command_matches(command, 0x3a0,0x3a6,0x380,0xaa0,0x2a6,0x000,0x000,0x000,8,0xf3e7))
2518		{
2519		executed = 1;
2520		UINT8 cur_angle;
2521		UINT16 flags;
2522
2523		/* 0 [1] */
2524		/* 0xc [1] */
2525		/* 0 [0] */
2526		/* 0 [1] */
2527		/* 0xc [1] */
2528
2529		cur_angle = space.read_byte(m_raiden2cop->cop_regs[1] + (0xc ^ 3));
2530		flags = space.read_word(m_raiden2cop->cop_regs[1]);
2531		//space.write_byte(m_raiden2cop->cop_regs[1] + (0^3),space.read_byte(m_raiden2cop->cop_regs[1] + (0^3)) & 0xfb); //correct?
2532
2533		m_legacycop_angle_compare &= 0xff;
2534		m_legacycop_angle_mod_val &= 0xff;
2535		flags &= ~0x0004;
2536
2537		int delta = cur_angle - m_legacycop_angle_compare;
2538		if(delta >= 128)
2539		delta -= 256;
2540		else if(delta < -128)
2541		delta += 256;
2542		if(delta < 0)
2543		{
2544		if(delta >= -m_legacycop_angle_mod_val)
2545		{
2546		cur_angle = m_legacycop_angle_compare;
2547		flags |= 0x0004;
2548		}
2549		else
2550		cur_angle += m_legacycop_angle_mod_val;
2551		}
2552		else
2553		{
2554		if(delta <= m_legacycop_angle_mod_val)
2555		{
2556		cur_angle = m_legacycop_angle_compare;
2557		flags |= 0x0004;
2558		}
2559		else
2560		cur_angle -= m_legacycop_angle_mod_val;
2561		}
2562
2563		space.write_byte(m_raiden2cop->cop_regs[1] + (0 ^ 2),flags);
2564		space.write_byte(m_raiden2cop->cop_regs[1] + (0xc ^ 3),cur_angle);
2565		return;
2566		}
2567
2568		//(grainbow) | 8 | f3e7 | 6200 | 380 39a 380 a80 29a
2569		/* search direction, used on SD Gundam homing weapon */
2570		/* FIXME: still doesn't work ... */
2571		if(m_raiden2cop->check_command_matches(command, 0x380,0x39a,0x380,0xa80,0x29a,0x000,0x000,0x000,8,0xf3e7))
2572		{
2573		executed = 1;
2574		UINT8 cur_angle;
2575		UINT16 flags;
2576
2577		cur_angle = space.read_byte(m_raiden2cop->cop_regs[0] + (0x34 ^ 3));
2578		flags = space.read_word(m_raiden2cop->cop_regs[0] + (0 ^ 2));
2579		//space.write_byte(m_raiden2cop->cop_regs[1] + (0^3),space.read_byte(m_raiden2cop->cop_regs[1] + (0^3)) & 0xfb); //correct?
2580
2581		m_legacycop_angle_compare &= 0xff;
2582		m_legacycop_angle_mod_val &= 0xff;
2583		flags &= ~0x0004;
2584
2585		int delta = cur_angle - m_legacycop_angle_compare;
2586		if(delta >= 128)
2587		delta -= 256;
2588		else if(delta < -128)
2589		delta += 256;
2590		if(delta < 0)
2591		{
2592		if(delta >= -m_legacycop_angle_mod_val)
2593		{
2594		cur_angle = m_legacycop_angle_compare;
2595		flags |= 0x0004;
2596		}
2597		else
2598		cur_angle += m_legacycop_angle_mod_val;
2599		}
2600		else
2601		{
2602		if(delta <= m_legacycop_angle_mod_val)
2603		{
2604		cur_angle = m_legacycop_angle_compare;
2605		flags |= 0x0004;
2606		}
2607		else
2608		cur_angle -= m_legacycop_angle_mod_val;
2609		}
2610
2611		space.write_byte(m_raiden2cop->cop_regs[0] + (0 ^ 3),flags);
2612		space.write_word(m_raiden2cop->cop_regs[0] + (0x34 ^ 3),cur_angle);
2613		return;
2614		}
2615
2616		//(cupsoc) 1c | 5 | b07f | e38e | 984 ac4 d82 ac2 39b b9a b9a a9a
2617		if(m_raiden2cop->check_command_matches(command, 0x984,0xac4,0xd82,0xac2,0x39b,0xb9a,0xb9a,0xa9a,5,0xb07f))
2618		{
2619		executed = 1;
2620		int dy = space.read_dword(m_raiden2cop->cop_regs[2]+4) - space.read_dword(m_raiden2cop->cop_regs[0]+4);
2621		int dx = space.read_dword(m_raiden2cop->cop_regs[2]+8) - space.read_dword(m_raiden2cop->cop_regs[0]+8);
2622
2623		m_raiden2cop->cop_status = 7;
2624		if(!dx) {
2625		m_raiden2cop->cop_status |= 0x8000;
2626		m_raiden2cop->cop_angle = 0;
2627		} else {
2628		m_raiden2cop->cop_angle = atan(double(dy)/double(dx)) * 128.0 / M_PI;
2629		if(dx<0)
2630		m_raiden2cop->cop_angle += 0x80;
2631		}
2632
2633		m_r0 = dy;
2634		m_r1 = dx;
2635
2636		//printf("%d %d %f %04x\n",dx,dy,atan(double(dy)/double(dx)) * 128 / M_PI,m_raiden2cop->cop_angle);
2637
2638		if(m_cop_mcu_ram[offset] & 0x80)
2639		space.write_word(m_raiden2cop->cop_regs[0]+(0x34^2), m_raiden2cop->cop_angle);
2640		return;
2641		}
2642
2643		//(cupsoc) 1a | 5 | fffb | d104 | ac2 9e0 0a2
2644		/* controls player vs. player collision detection, 0xf105 controls player vs. ball */
2645		if(m_raiden2cop->check_command_matches(command, 0xac2,0x9e0,0x0a2,0x000,0x000,0x000,0x000,0x000,5,0xfffb))
2646		{
2647		executed = 1;
2648		UINT8 *ROM = space.machine().root_device().memregion("maincpu")->base();
2649		UINT32 rom_addr = (m_cop_rom_addr_hi << 16 | m_cop_rom_addr_lo) & ~1;
2650		UINT16 rom_data = (ROM[rom_addr + 0]) | (ROM[rom_addr + 1]<<8);
2651
2652		/* writes to some unemulated COP registers, then puts the result in here, adding a parameter taken from ROM */
2653		//space.write_word(m_raiden2cop->cop_regs[0]+(0x44 + offset * 4), rom_data);
2654
2655		printf("%04x%04x %04x %04x\n",m_cop_rom_addr_hi,m_cop_rom_addr_lo,m_cop_rom_addr_unk,rom_data);
2656		return;
2657		}
2658
2659		if (executed==0) printf("did not execute %04x\n",m_cop_mcu_ram[offset]);
2660		break;
2661		}
2662
2663
2664
2665
2666
2667		}
2668		}

trunk/src/mame/machine/seicop.h

r32338	r32339
1	1
2	2	#include "raiden2cop.h"
3	3
4		struct collision_info
5		{
6		collision_info():
7		x(0),
8		y(0),
9		min_x(0),
10		min_y(0),
11		max_x(0),
12		max_y(0),
13		hitbox(0),
14		hitbox_x(0),
15		hitbox_y(0) {}
16	4
17		int x,y;
18		INT16 min_x,min_y,max_x,max_y;
19		UINT16 hitbox;
20		UINT16 hitbox_x,hitbox_y;
21		};
22	5
23
24		class seibu_cop_legacy_device : public device_t
	6	class seibu_cop_bootleg_device : public device_t
25	7	{
26	8	public:
27		seibu_cop_legacy_device(const machine_config &mconfig, const char *tag, device_t *owner, UINT32 clock);
	9	seibu_cop_bootleg_device(const machine_config &mconfig, const char *tag, device_t *owner, UINT32 clock);
28	10
29	11	DECLARE_READ16_MEMBER( copdxbl_0_r );
30	12	DECLARE_WRITE16_MEMBER( copdxbl_0_w );
31
32		DECLARE_READ16_MEMBER( generic_cop_r );
33		DECLARE_WRITE16_MEMBER( generic_cop_w );
34	13	protected:
35	14	// device-level overrides
36	15	virtual void device_config_complete();
r32338	r32339
42	21
43	22
44	23
45		INT16 m_cop_hit_val_x,m_cop_hit_val_y,m_cop_hit_val_z;
46		INT8 m_legacycop_angle_compare;
47		INT8 m_legacycop_angle_mod_val;
48		struct collision_info m_cop_collision_info[2];
49		int m_r0, m_r1;
50		UINT16 m_cop_rom_addr_lo,m_cop_rom_addr_hi,m_cop_rom_addr_unk;
51	24
52		int m_cop_sprite_dma_abs_x,m_cop_sprite_dma_abs_y;
53
54
55		void cop_take_hit_box_params(UINT8 offs);
56		UINT8 cop_calculate_collsion_detection();
57
58
59	25	required_device<raiden2cop_device> m_raiden2cop;
60	26
61	27	};
62	28
63		extern const device_type SEIBU_COP_LEGACY;
	29	extern const device_type SEIBU_COP_BOOTLEG;
64	30
65	31	#define MCFG_SEIBU_COP_ADD(_tag) \
66		MCFG_DEVICE_ADD(_tag, SEIBU_COP_LEGACY, 0)
	32	MCFG_DEVICE_ADD(_tag, SEIBU_COP_BOOTLEG, 0)
67	33

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