#define MU_DEATH_BALLAD 0x334 #define SE_MERMAN_DEATH 0x71D #define NA_VO_DEATH_LAUGH 0x7A1 #define SPU_VOICE_ADSR_AR (0x01 << 11) #define PAL_DRA(x) (x) #define EvSpNEW 0x2000 #define EvSpINT 0x0002 #define PLAYER_STATUS_AXEARMOR 0x01000000 #define CdlModeSpeedDouble 1 #define CdlDataEnd 0x04 #define HwCARD_0 (DescHW | 0x12) #define HwCARD_1 (DescHW | 0x13) #define FWLOCK 0x0020 #define SPU_VOICE_ADSR_DR (0x01 << 12) #define SAVE_FLAG_REPLAY (2) #define SE_INTRO_WIND_QUIET 0x32C #define ICON_SLOT_NUM 32 #define MU_MOONLIGHT_NOCTURNE 0x340 #define setTile(p) setlen(p, 3), setcode(p, 0x60) #define gte_stsxy(r0) #define KERNEL_H #define RCntMdFR 0x0000 #define SS_IMEDIATE 0 #define PAL_TERMINATE() ((u_long*)-1) #define VERSION_US #define PAD_LEFT 0x8000 #define setlen(p,_len) (((P_TAG*)(p))->len = (u_char)(_len)) #define MU_CRYSTAL_TEARDROPS_LOOP_POINT 0x30C #define EvSpACK 0x0010 #define NA_VO_SU_NO_SCREAM 0x87B #define SS_TICK120 3 #define MU_ABANDONED_PIT_LOOP_POINT 0x31A #define SE_VO_DEATH_LAUGH 0x7A1 #define CASTLE_FLAG_BANK 0x34 #define CdlForward 0x04 #define SPAD(x) ((s32*)SP(x * sizeof(s32))) #define CD_SOUND_COMMAND_8 8 #define NA_SE_EN_SPITTLEBONE_ACID_SPLAT 0x73C #define getaddr(p) (u_long)(((P_TAG*)(p))->addr) #define CdlGetTD 0x14 #define CdlGetTN 0x13 #define MU_MARBLE_GALLERY 0x30D #define FIX(x) ((s32)((x) * 65536.0)) #define HEART_VESSEL_INCREASE 5 #define PLAYER_STATUS_UNK800000 0x800000 #define JP_VO_YANAMI_JYOUJI_MESSAGE 0x34B #define OTSIZE 0x200 #define EvStACTIVE 0x2000 #define NA_VO_RI_ONLY_THE_COUNT 0x3DC #define PRIMITIVE_H #define SFX_UNK_6B1 0x6B1 #define SFX_UNK_6B2 0x6B2 #define EvSpERROR 0x8000 #define WEAPON_0_END (WEAPON_1_START - 1) #define NAMEOF(var) #var #define SYNC_FIELD(struct1,struct2,field_name) STATIC_ASSERT(OFF(struct1, field_name) == OFF(struct2, field_name)) #define SPU_VOICE_ADSR_RR (0x01 << 14) #define JP_VO_SATOU_MASAHARU_MESSAGE 0x348 #define blendMode drawMode #define SPU_VOICE_ADSR_AMODE (0x01 << 8) #define NA_SE_PL_TELEPORT 0x8BA #define RCntMdSC 0x0001 #define SFX_UNK_6A0 0x6A0 #define RCntMdSP 0x0000 #define PLAYER_STATUS_UNK10 0x10 #define PAD_FIELD(size) const CRITICAL_PAD_FIELD(size) #define COLOR_LEN ((COLOR_BPP) / 8) #define setUVWH(p,_u0,_v0,_w,_h) (p)->u0 = (_u0), (p)->v0 = (_v0), (p)->u1 = (_u0) + (_w), (p)->v1 = (_v0), (p)->u2 = (_u0), (p)->v2 = (_v0) + (_h), (p)->u3 = (_u0) + (_w), (p)->v3 = (_v0) + (_h) #define NA_VO_RI_IMPRESSIVE_ESCAPE 0x3DB #define MU_FINAL_TOCATTA 0x338 #define JP_VO_YOKOYAMA_CHISA_MESSAGE 0x34A #define CD_SOUND_COMMAND_14 14 #define COMMON_H #define CD_SOUND_COMMAND_16 16 #define PLAYER_STATUS_UNK40 0x40 #define SPU_VOICE_SAMPLE_NOTE (0x01 << 6) #define CdlReadN 0x06 #define MaxEntityCount 32 #define PLAYER_STATUS_POISON 0x00004000 #define CdlNop 0x01 #define JP_VO_SH_GROAN 0x52E #define ALIGNED4 #define JP_VO_YANADA_KIYOYUKI_MESSAGE 0x346 #define HwCPU (DescHW | 0x10) #define MU_RAINBOW_CEMETERY_LOOP_POINT 0x308 #define getcode(p) (u_char)(((P_TAG*)(p))->code) #define FIX_FRAC(x) (*(s16*)&(x)) #define WARNF(...) _log(LOG_LEVEL_W, __FILE__, __LINE__, __func__, __VA_ARGS__) #define gte_ldv0(r0) #define gte_ldv3(r0,r1,r2) #define NA_SE_EV_WATER_SPLASH 0x7C2 #define PAD_TRIANGLE 0x0010 #define MU_THE_TRAGIC_PRINCE 0x311 #define FONT_SPACE 4 #define DISP_ALL_H 240 #define EvSpPERROR 0x8001 #define SET_RELEASE_RATE_LOW_20_21 0xa3 #define NA_SE_EN_GAIBON_FLAME 0x691 #define EvMdNOINTR 0x2000 #define MEMCPY memcpy #define gte_SetRotMatrix(r0) #define HwCNTL (DescHW | 0x08) #define OT_TYPE u_long #define MU_CRYSTAL_TEARDROPS 0x30B #define MU_REQUIEM_FOR_THE_GODS_LOOP_POINT 0x306 #define LIBGS_H #define MU_METAMORPHOSIS 0x327 #define SFX_RICHTER_ATTACK_HIT 0x705 #define PAD_SELECT 0x0100 #define getTPage(tp,abr,x,y) ((GetGraphType() == 1 || GetGraphType() == 2) ? ((((tp) & 0x3) << 9) | (((abr) & 0x3) << 7) | (((y) & 0x300) >> 3) | (((x) & 0x3ff) >> 6)) : ((((tp) & 0x3) << 7) | (((abr) & 0x3) << 5) | (((y) & 0x100) >> 4) | (((x) & 0x3ff) >> 6) | (((y) & 0x200) << 2))) #define __asm__(...) #define USE_MICRO_OPTIMIZATIONS 0 #define JP_VO_SOSHITE 0x342 #define PAL_UNK_OP3 3 #define CdlSeekL 0x15 #define CdlSeekP 0x16 #define PAD_L1 0x0004 #define PAD_L3 0x0200 #define MU_DOOR_OF_HOLY_SPIRITS 0x315 #define DISP_TITLE_H DISP_ALL_H #define LAYER_TPAGE_ALT 0x100 #define setLineG4(p) setlen(p, 9), setcode(p, 0x5c), (p)->pad = 0x55555555 #define JP_VO_KONAMI_5 0x350 #define SET_SOUNDMODE_MONO 5 #define MU_LOST_PAINTING 0x301 #define setSprt8(p) setlen(p, 3), setcode(p, 0x74) #define TILE_SIZE 16 #define STRINGIFY_(x) #x #define PORT_COUNT (2) #define MU_TOWER_OF_MIST 0x313 #define NA_SE_EN_SLOGRA_HURT 0x70C #define NA_SE_EN_SLOGRA_SPEAR_PROJECTILE 0x690 #define SS_SOFF 0 #define NA_SE_EN_SLOGRA_BEAK_ATTACK 0x6C8 #define FLT(x) ((s32)((x) * 4096.0)) #define EvSpUNKNOWN 0x0200 #define PAD_R1 0x0008 #define PAD_R2 0x0002 #define GAMEBUTTONS (~(PAD_START | PAD_SELECT)) #define SE_UNK_TE1_692 0x692 #define SS_REV 1 #define NA_SE_VO_AXE_KNIGHT_SCREAM 0x767 #define MENUCHAR(x) ((x) - 0x20) #define setXY0(p,_x0,_y0) (p)->x0 = (_x0), (p)->y0 = (_y0) #define setXY2(p,_x0,_y0,_x1,_y1) (p)->x0 = (_x0), (p)->y0 = (_y0), (p)->x1 = (_x1), (p)->y1 = (_y1) #define setXY3(p,_x0,_y0,_x1,_y1,_x2,_y2) (p)->x0 = (_x0), (p)->y0 = (_y0), (p)->x1 = (_x1), (p)->y1 = (_y1), (p)->x2 = (_x2), (p)->y2 = (_y2) #define setXY4(p,_x0,_y0,_x1,_y1,_x2,_y2,_x3,_y3) (p)->x0 = (_x0), (p)->y0 = (_y0), (p)->x1 = (_x1), (p)->y1 = (_y1), (p)->x2 = (_x2), (p)->y2 = (_y2), (p)->x3 = (_x3), (p)->y3 = (_y3) #define ASM_RODATA __asm__(".section .rodata") #define EvSpCZ 0x0001 #define PAD_UP 0x1000 #define SS_TICKVSYNC 5 #define SE_BAT_DEATH 0x69C #define SPU_VOICE_ADSR_ADSR2 (0x01 << 18) #define gte_nclip() #define setPolyFT3(p) setlen(p, 7), setcode(p, 0x24) #define setPolyFT4(p) setlen(p, 9), setcode(p, 0x2c) #define LIBGTE_H #define MAX_SPRT_COUNT 0x200 #define MU_WOOD_CARVING_PARTITA 0x309 #define STAGE_WIDTH 256 #define CdlModeSize0 0x10 #define ELEMENT_STONE 0x200 #define NUM_AVAIL_RELICS (NUM_RELICS - 2) #define SS_SEQ_TABSIZ 176 #define DescEV 0xf1000000 #define EvStUNUSED 0x0000 #define NA_SE_EV_CLOCK_TICK 0x6A1 #define RELIC_FLAG_ACTIVE 2 #define setSprt16(p) setlen(p, 3), setcode(p, 0x7c) #define JP_VO_SH_SONO_TEIDO 0x530 #define STATIC_PAD_DATA(size) STATIC_PAD_BSS(size) = {0} #define CdlModeAP 0x02 #define DescHW 0xf0000000 #define MU_BLOOD_RELATIONS_LOOP_POINT 0x337 #define SAVE_FLAG_CLEAR (1) #define DEBUGF(...) _log(LOG_LEVEL_D, __FILE__, __LINE__, __func__, __VA_ARGS__) #define CdlDataReady 0x01 #define NA_VO_RI_DIE_MONSTER 0x358 #define ANIMSET_OVL_FLAG 0x8000 #define SPU_OFF 0 #define PAL_GLOW_ANIM 4 #define NA_VO_AL_DEATH_DREAM_WORLD 0x391 #define _ROMIO_H #define FTRUNC 0x0400 #define MU_FESTIVAL_OF_SERVANTS_LOOP_POINT 0x31E #define LEN(x) ((s32)(sizeof(x) / sizeof(*(x)))) #define CD_SOUND_COMMAND_10 10 #define LIFE_VESSEL_INCREASE 5 #define CdlStatSeekError 0x04 #define NA_SE_EN_BLOOD_SKELETON_DISASSEMBLES 0x6CB #define PLAYER_STATUS_WOLF_FORM 0x00000004 #define MU_DANCE_OF_PALES_LOOP_POINT 0x318 #define PAL_UNK_OP3_INFO(dst,n) (u_long*)(dst), (u_long*)(n) #define RELIC_FLAG_FOUND 1 #define EvSpCLOSE 0x0008 #define CdlSetfilter 0x0d #define ELEMENT_CUT 0x40 #define CdlGetlocL 0x10 #define CdlGetlocP 0x11 #define TcbStUNUSED 0x1000 #define SFX_KARMA_COIN_HEADS 0x6B1 #define GFX_ENTRY(x,y,w,h,data) (u_long*)((x) | ((y) << 16)), (u_long*)((w) | ((h) << 16)), (u_long*)data #define DescRC 0xf2000000 #define FNBLOCK 0x0004 #define setaddr(p,_addr) (((P_TAG*)(p))->addr = (u_long)(_addr)) #define SE_BOSS_DEFEATED 0x7D2 #define DescTH DescMask #define LAYER_SEMI_TRANS 0x80 #define SE_WARG_DEATH_HOWL 0x780 #define setWH(p,_w,_h) (p)->w = _w, (p)->h = _h #define LIBSPU_H #define SFX_UNK_6E7 0x6E7 #define PAD_CROSS 0x0040 #define SCRIPT(...) {} #define PACKED #define gte_SetTransMatrix(r0) #define NA_VO_SU_GRUNT_1 0x870 #define CdlModeRT 0x40 #define SE_WARG_ATTACK 0x782 #define CdlMAXDIR 128 #define PLAYER_STATUS_UNK80000 0x80000 #define JP_VO_SHIINA_HEKIRU_MESSAGE 0x345 #define SET_UNK_12 0x12 #define LOHU(x) (*(u16*)&(x)) #define USE_CD_SPEED_DOUBLE 0 #define SEEK_CUR 1 #define OVL_EXPORT(x) NO3_ ##x #define NA_SE_VO_DR_HURT_1 0x853 #define NA_SE_VO_DR_HURT_2 0x85B #define NA_SE_VO_DR_HURT_3 0x85C #define NA_SE_VO_DR_HURT_4 0x85D #define PLAYER_STATUS_UNK40000000 0x40000000 #define addPrim(ot,p) setaddr(p, getaddr(ot)), setaddr(ot, p) #define PAD_R3 0x0400 #define LIBAPI_H #define PLAYER_STATUS_UNK20000 0x20000 #define __SPU_IRQCALLBACK_PROC #define MU_PROLOGUE 0x321 #define ANIMSET_DRA(x) (x) #define SS_TICK240 2 #define setPolyF3(p) setlen(p, 4), setcode(p, 0x20) #define setPolyF4(p) setlen(p, 5), setcode(p, 0x28) #define FRCOM 0x2000 #define MU_ENCHANTED_BANQUET 0x330 #define ELEMENT_FIRE 0x8000 #define MAX_PRIM_COUNT 0x500 #define SET_PAUSE_SFX_SCRIPTS 0xE #define setPolyG3(p) setlen(p, 6), setcode(p, 0x30) #define setPolyG4(p) setlen(p, 8), setcode(p, 0x38) #define SFX_UNK_689 0x689 #define SE_UNK_TE2_6B6 0x6B6 #define CdlModeDA 0x01 #define DescMask 0xff000000 #define NA_VO_SU_GRUNT_3 0x874 #define LAYER_WRAP_BG 0x1000 #define MU_BLOOD_RELATIONS 0x336 #define NA_SE_VO_WO_BARK 0x706 #define DISP_STAGE_H DISP_ALL_H #define DISP_STAGE_W 256 #define SET_SOUNDMODE_STEREO 6 #define STRINGIFY(x) STRINGIFY_(x) #define isendprim(p) ((((P_TAG*)(p))->addr) == 0xffffff) #define MU_TOWER_OF_MIST_LOOP_POINT 0x314 #define MU_DANCE_OF_PALES 0x317 #define MU_FESTIVAL_OF_SERVANTS 0x31D #define TOTAL_ENTITY_COUNT 256 #define NA_VO_MA_IF_YOU_WEAR 0x3CE #define setUV3(p,_u0,_v0,_u1,_v1,_u2,_v2) (p)->u0 = (_u0), (p)->v0 = (_v0), (p)->u1 = (_u1), (p)->v1 = (_v1), (p)->u2 = (_u2), (p)->v2 = (_v2) #define setUV4(p,_u0,_v0,_u1,_v1,_u2,_v2,_u3,_v3) (p)->u0 = (_u0), (p)->v0 = (_v0), (p)->u1 = (_u1), (p)->v1 = (_v1), (p)->u2 = (_u2), (p)->v2 = (_v2), (p)->u3 = (_u3), (p)->v3 = (_v3) #define CdlNoIntr 0x00 #define CdlSetloc 0x02 #define SE_INTRO_WIND_LOOP_POINT 0x32B #define PLAYER_STATUS_TRANSFORM (PLAYER_STATUS_BAT_FORM | PLAYER_STATUS_MIST_FORM | PLAYER_STATUS_WOLF_FORM) #define SE_WPN_PENTAGRAM 0x6E4 #define LOWU(x) (*(u32*)&(x)) #define NA_SE_EN_BLOOD_SKELETON_REASSEMBLES 0x6CC #define NA_SE_VO_DR_TAUNT_2 0x850 #define DISP_MENU_W 384 #define PLAYER_MARIA 2 #define MU_I_AM_THE_WIND 0x33C #define CdlPause 0x09 #define UNKNOWN_CRITICAL_PAD_TYPE(type,size) CRITICAL_PAD_TYPE_FIELD(type, size) #define NA_VO_SU_LAUGH 0x86E #define PLAYER_STATUS_CURSE 0x00008000 #define SS_TICK50 4 #define SFX_UNK_6FF 0x6FF #define SS_TICK60 1 #define SS_TICKMODE_MAX 6 #define HwRTC0 (DescHW | 0x05) #define HwRTC1 (DescHW | 0x06) #define HwRTC2 (DescHW | 0x07) #define ANIMSET_OVL(x) ((x) | ANIMSET_OVL_FLAG) #define FRLOCK 0x0010 #define NA_SE_VO_AL_PUNCH 0x6F1 #define PLAYER_STATUS_UNK400000 0x400000 #define NA_VO_RI_IMPRESSIVE_WHIP 0x3DA #define MAX_POLY_GT3_COUNT 0x30 #define F3DEX_GBI_2 1 #define COLOR_BPP (16) #define CdlModeSF 0x08 #define PAL_GLOW_DATA(data) (u_long*)(data) #define STAGE_ENTITY_START 64 #define SS_REV_TYPE_STUDIO_A 2 #define SS_REV_TYPE_STUDIO_C 4 #define SS_WAIT_COMPLETED 1 #define STRCPY(dst,src) __builtin_memcpy(dst, src, sizeof(src)) #define PAL_COPY_DATA_(dst,data,len) (dst), (u_long*)(len), (u_long*)(data) #define ELEMENT_THUNDER 0x4000 #define CdlPlay 0x03 #define M2CTX 1 #define TEST_BITS(x,y) ((x & y) == y) #define CRITICAL_PAD_FIELD(size) CRITICAL_PAD_TYPE_FIELD(uint8_t, size) #define termPrim(p) setaddr(p, 0xffffffff) #define ANIM_FRAME_LOAD 0x8000 #define SE_WARG_PAIN 0x781 #define SET_STOP_MUSIC 0xA #define FIX_TO_I(x) ((s32)((x) >> 16)) #define MU_JP_FAIRY_SONG 0x33F #define NA_VO_SU_GRUNT_2 0x872 #define SPU_REV_MODE (0x01 << 0) #define ELEMENT_DARK 0x800 #define PLAYER_RICHTER 1 #define MAX_PRIM_ALLOC_COUNT 0x400 #define NOT_IMPLEMENTED WARNF("not implemented") #define FASYNC 0x8000 #define NA_SE_PL_MAX_HP_MP_INCREASED 0x687 #define O_NOBUF FNBUF #define PLAYER g_Entities[PLAYER_CHARACTER] #define WEAPON_0_START 0xE0 #define DIAG_EOL 0xFF #define DIAG_EOS 0x00 #define MAX_POLY_G4_COUNT 0x100 #define MU_REQUIEM_FOR_THE_GODS 0x305 #define SFX_UNK_8BB 0x8BB #define PLAYER_STATUS_UNK2000 0x2000 #define SPU_VOICE_ADSR_SL (0x01 << 15) #define NA_SE_VO_AXE_KNIGHT_THROW 0x766 #define EvSpERANGE 0x0302 #define SPU_VOICE_ADSR_SR (0x01 << 13) #define PAL_OVL_FLAG 0x8000 #define HwDMAC (DescHW | 0x04) #define GAME_H #define NA_SE_SU_CREATE_CLONES 0x6D5 #define SS_REV_TYPE_ECHO 7 #define CdlMAXLEVEL 8 #define NA_VO_SU_BLANK 0x86F #define CLAMP_MAX(v,max) ((v) > (max) ? (max) : (v)) #define DISP_MENU_H DISP_ALL_H #define DEMO_MAX_LEN 0x2000 #define SPU_VOICE_ADSR_SMODE (0x01 << 9) #define LAYER_SHOW 1 #define MU_RAINBOW_CEMETERY 0x307 #define NA_SE_EV_WINDOW_LATCH 0x79D #define PLAYER_STATUS_UNK200000 0x200000 #define SIM_PTR 0x80280000 #define A_JUMP_AT(anim) {-2, anim} #define STATIC_ASSERT(x,...) #define setPolyGT3(p) setlen(p, 9), setcode(p, 0x34) #define setPolyGT4(p) setlen(p, 12), setcode(p, 0x3c) #define INCLUDE_ASM_H #define SE_NO3_ALUCARD_JUMP 0x6EF #define EvSpEDOM 0x0301 #define NA_SE_SU_FLAPPING_WINGS 0x6C6 #define PLAYER_ALUCARD 0 #define JP_VO_AKUMAJO 0x343 #define JP_VO_KONAMI_1 0x34C #define JP_VO_KONAMI_2 0x34D #define RCntCNT0 (DescRC | 0x00) #define RCntCNT1 (DescRC | 0x01) #define RCntCNT2 (DescRC | 0x02) #define RCntCNT3 (DescRC | 0x03) #define JP_VO_KONAMI_7 0x352 #define JP_VO_KONAMI_8 0x353 #define JP_VO_KONAMI_9 0x354 #define ERRORF(...) _log(LOG_LEVEL_E, __FILE__, __LINE__, __func__, __VA_ARGS__) #define JP_VO_KONAMI_12 0x357 #define MU_DOOR_OF_HOLY_SPIRITS_LOOP_POINT 0x316 #define SIZEOF_MENUCONTEXT (0x1E) #define HwGPU (DescHW | 0x02) #define SPU_VOICE_VOLL (0x01 << 0) #define SS_SON 1 #define FALL_TERMINAL_VELOCITY 0x60000 #define SPU_VOICE_VOLR (0x01 << 1) #define MU_LAND_OF_BENEDICTION 0x33E #define MAX_GOLD 999999 #define CdlSetmode 0x0e #define SE_TREE_BRANCH 0x7A4 #define INFOF(...) _log(LOG_LEVEL_I, __FILE__, __LINE__, __func__, __VA_ARGS__) #define OFF(type,field) ((size_t)(&((type*)0)->field)) #define CdlBackward 0x05 #define MU_WANDERING_GHOSTS 0x323 #define SS_REV_TYPE_HALL 5 #define NA_SE_EN_SLOGRA_HISSING 0x709 #define SE_UI_ERROR 0x686 #define STAGE 0xCC #define O_RDWR FREAD | FWRITE #define NA_SE_EN_SLOGRA_DEATH_EXPLOSION 0x697 #define CdlAcknowledge 0x03 #define SwMATH (DescSW | 0x02) #define BLOCK_PER_CARD (15) #define NA_SE_PL_RIC_UNK_6E2 0x6E2 #define gte_SetGeomScreen(r0) #define PLAYER_STATUS_ABSORB_BLOOD 0x02000000 #define SE_UI_OVERWRITE_SELECT 0x6A4 #define NA_VO_SU_SUCK_YOU_DRY 0x876 #define gte_stszotz(r0) #define setShadeTex(p,tge) ((tge) ? setcode(p, getcode(p) | 0x01) : setcode(p, getcode(p) & ~0x01)) #define PAL_COPY_DATA(dst,data) (dst), (u_long*)LEN(data), (u_long*)(data) #define NA_SE_EN_BLOODY_ZOMBIE_INJURED_SCREAM 0x746 #define NA_SE_VO_DR_GRANT_ME_POWER 0x857 #define RCntMdINTR 0x1000 #define MU_LOST_PAINTING_LOOP_POINT 0x302 #define FALL_GRAVITY 0x4000 #define MU_PRAYER_LOOP_POINT 0x333 #define NA_SE_CS_BURNING_PHOTOGRAPH 0x8BE #define PAD_SQUARE 0x0080 #define RIC_PRG_PTR 0x8013C000 #define MU_CURSE_ZONE 0x303 #define MU_SILENCE 0x33D #define MAX_BG_LAYER_COUNT 16 #define getlen(p) (u_char)(((P_TAG*)(p))->len) #define GET_PAL_OP_FREQ(x) (HIH(x)) #define MU_CURSE_ZONE_LOOP_POINT 0x304 #define SS_REV_TYPE_SPACE 6 #define EvSpDE 0x0080 #define LIBGPU_H #define NO_AFTERIMAGE 0x08000000 #define SS_REV_TYPE_PIPE 9 #define PAD_L2 0x0001 #define PLAYER_STATUS_UNK80000000 0x80000000 #define REBOUND_STONE_BOUNCE 0x6A4 #define ELEMENT_HIT 0x20 #define nextPrim(p) (void*)((u_long)(((P_TAG*)(p))->addr) | 0x80000000) #define FWRITE 0x0002 #define SS_REV_TYPE_OFF 0 #define SE_OWL_WING_FLAP 0x68C #define PLAYER_STATUS_UNK40000 0x40000 #define PLAYER_STATUS_STONE 0x00000080 #define setUV0(p,_u0,_v0) (p)->u0 = (_u0), (p)->v0 = (_v0) #define NA_SE_EN_SLOGRA_SPEAR_SLASH 0x6C6 #define B_MAKE(entityId,amount,nPerCycle,isNonCritical,incParamsKind,tCycle,kind,f,tDelay) {entityId, (amount), ((nPerCycle) & 0x3F) | ((!!(incParamsKind)) << 6) | ((!!(isNonCritical)) << 7), (tCycle), ((kind) & 15) | ((f) << 4), tDelay} #define HIH(x) (((s16*)&(x))[1]) #define NA_VO_SU_HURT_1 0x879 #define MU_DANCE_OF_ILLUSIONS_LOOP_POINT 0x320 #define MU_HEAVENLY_DOORWAY 0x31B #define CdlStatStandby 0x02 #define MU_DANCE_OF_GOLD_LOOP_POINT 0x32F #define SE_UI_OVERWRITE_MSG 0x6AD #define MAX_TILE_COUNT 0x100 #define MU_THE_TRAGIC_PRINCE_LOOP_POINT 0x312 #define setSprt(p) setlen(p, 4), setcode(p, 0x64) #define setLineF2(p) setlen(p, 3), setcode(p, 0x40) #define setLineF3(p) setlen(p, 5), setcode(p, 0x48), (p)->pad = 0x55555555 #define setLineF4(p) setlen(p, 6), setcode(p, 0x4c), (p)->pad = 0x55555555 #define BUTTON_COUNT 8 #define EvSpTRAP 0x1000 #define setLineG2(p) setlen(p, 4), setcode(p, 0x50) #define setLineG3(p) setlen(p, 7), setcode(p, 0x58), (p)->pad = 0x55555555 #define NA_SE_EN_GAIBON_SCREAM 0x70B #define SFX_KARMA_COIN 0x682 #define NA_SE_VO_AL_WHAT 0x6F2 #define SE_DEATH_SWIPES 0x6A2 #define SEEK_SET 0 #define SS_SERIAL_A 0 #define SS_SERIAL_B 1 #define gte_rtps() #define gte_rtpt() #define N_VERTI_TILES 16 #define FSCAN 0x1000 #define gte_stsxy2(r0) #define gte_stsxy3(r0,r1,r2) #define CdlDiskError 0x05 #define SET_UNPAUSE_SFX_SCRIPTS 0xF #define SE_CASTLE_GATE_MOVE 0x7A5 #define TILE_MASK 0x0F #define setTile16(p) setlen(p, 2), setcode(p, 0x78) #define SET_KEY_ON_20_21 0xa4 #define EvSpTIMOUT 0x0100 #define NA_SE_VO_DR_HERE_IS_TRUE_POWER 0x855 #define PLAYER_CHARACTER 0 #define O_CREAT FCREAT #define SPELL_FLAG_KNOWN 0x80 #define PAL_BULK(dst,data) (u_long*)(dst), (u_long*)LEN(data), (u_long*)(data) #define FNBUF 0x4000 #define MU_THE_DOOR_TO_THE_ABYSS 0x325 #define __INDIRECT_CRITICAL_PAD_TYPE_FIELD(type,size,line,counter) type __pad__ ##size ##__ ##line ##__ ##counter[size] #define NA_SE_BREAK_GLASS 0x68B #define NULL (0) #define LAYER_TPAGE_ID (0x20 | 0x40) #define CD_SOUND_COMMAND_FADE_OUT_1 3 #define CD_SOUND_COMMAND_FADE_OUT_2 2 #define MU_THE_DOOR_TO_THE_ABYSS_LOOP_POINT 0x326 #define NA_VO_SU_DELICIOUS 0x8D1 #define CdlStatRead 0x20 #define MAKE_PAL_OP(kind,freq) ((kind) | ((freq) << 0x10)) #define CASTLE_MAP_PTR 0x801E0000 #define ELEMENT_HOLY 0x1000 #define SET_KEY_ON_22_23 0xa8 #define __attribute__(...) #define EvSpIOE 0x0004 #define CD_SOUND_COMMAND_6 6 #define NA_VO_MAR_AIM_HEAD 0x87F #define CdlStop 0x08 #define SPU_VOICE_NOTE (0x01 << 5) #define SE_INTRO_WIND_QUIET_LOOP_POINT 0x32D #define INCLUDE_RODATA(FOLDER,NAME) __asm__(".pushsection .rodata\n" ".include \"asm/" VERSION "/" FOLDER "/" #NAME ".s\"\n" ".popsection") #define SE_UI_DEBUG_SELECT 0x688 #define SE_HEALTH_REGAINED 0x68E #define TcbStACTIVE 0x4000 #define CdlStandby 0x07 #define JP_VO_WAKAMOTO_NORIO_MESSAGE 0x349 #define SPU_VOICE_ADSR_RMODE (0x01 << 10) #define MU_PRAYER 0x332 #define CdlMAXFILE 64 #define DISP_TITLE_W 512 #define SET_VOLUME_22_23 1 #define PAL_GLOW_INFO(dst,n) (u_long*)(dst), (u_long*)(n) #define JP_VO_FUKAMI_RIKA_MESSAGE 0x344 #define NA_VO_RI_TRIBUTE 0x35A #define SFX_UNK_6EA 0x6EA #define MU_FINAL_TOCATTA_LOOP_POINT 0x339 #define MU_METAMORPHOSIS_II 0x328 #define PAL_OVL(x) ((x) | ANIMSET_OVL_FLAG) #define PLAYER_STATUS_MIST_FORM 0x00000002 #define PLAYER_STATUS_UNK400 0x400 #define SPU_VOICE_VOLMODEL (0x01 << 2) #define SPU_VOICE_VOLMODER (0x01 << 3) #define NA_SE_EN_SLOGRA_HURT_2 0x70A #define PLAYER_STATUS_BAT_FORM 0x00000001 #define WEAPON1_PTR 0x8017D000 #define CdlStatSeek 0x40 #define MU_ABANDONED_PIT 0x319 #define CdlModeStream2 0x120 #define SE_WPN_ALUCARD_SWORD_SWING 0x6A8 #define NA_SE_EN_GAIBON_FLAP_WINGS 0x68D #define ELEMENT_WATER 0x400 #define SS_REV_TYPE_ROOM 1 #define SE_DEATH_TAKES_ITEMS 0x7A0 #define SPU_VOICE_NUM 24 #define SPU_VOICE_ADSR_ADSR1 (0x01 << 17) #define LOH(x) (*(s16*)&(x)) #define HwCdRom (DescHW | 0x03) #define LOW(x) (*(s32*)&(x)) #define PLAYER_STATUS_UNK4000000 0x04000000 #define NA_SE_EN_BLOODY_ZOMBIE_INJURED 0x748 #define DRA_PRG_PTR 0x800A0000 #define MAX_LINE_G2_COUNT 0x100 #define A_LOOP_AT(frame) {0, frame} #define MAX_ENV_COUNT 0x10 #define NA_SE_VO_DR_PLAYTIME_IS_OVER 0x858 #define O_NBLOCK FNBLOCK #define MAX_DRAW_MODES 0x400 #define SE_VO_DEATH_STEALS 0x7A0 #define SET_STOP_SEQ 7 #define SS_REV_TYPE_DELAY 8 #define PAD_RIGHT 0x2000 #define MEMCARD_ID "BASLUS-00067DRAX00" #define N_HORIZ_TILES 17 #define RCntMdNOINTR 0x2000 #define HwVBLANK (DescHW | 0x01) #define RELIC_FLAG_DISABLE 0 #define STAGE_INVERTEDCASTLE_MASK 0x1F #define CdlModeStream 0x100 #define HwSIO (DescHW | 0x0b) #define MU_DANCE_OF_ILLUSIONS 0x31F #define SS_NOTICK0 0 #define MU_DRACULAS_CASTLE_LOOP_POINT 0x310 #define gte_stopz(r0) #define NA_SE_SU_PETAL_ATTACK 0x6B0 #define SE_TREE_BRANCH_SNAP 0x7A4 #define CdlModeRept 0x04 #define NA_SE_EN_SKELETON_THROW_BONE 0x6C8 #define SPU_REV_FEEDBACK (0x01 << 4) #define EvStWAIT 0x1000 #define EvSpCOMP 0x0020 #define O_NOWAIT FASYNC #define MU_DEATH_BALLAD_LOOP_POINT 0x335 #define SE_UNK_TE3_6B8 0x6B8 #define WEAPON0_PTR 0x8017A000 #define NA_SE_EN_EXPLOSIVE_DEATH 0x693 #define JP_VO_KONAMI_10 0x355 #define JP_VO_KONAMI_11 0x356 #define HwSPU (DescHW | 0x09) #define SPRITESHEET_PTR 0x8013C020 #define TYPES_H #define FCREAT 0x0200 #define setSemiTrans(p,abe) ((abe) ? setcode(p, getcode(p) | 0x02) : setcode(p, getcode(p) & ~0x02)) #define SS_IMMEDIATE 0 #define DescUEV 0xf3000000 #define PLAYER_STATUS_UNK100000 0x100000 #define CdlGetparam 0x0f #define DEMO_KEY_LEN 3 #define SE_WATER_SPLASH 0x7C2 #define SFX_UNK_6F0 0x6F0 #define FONT_H 8 #define FONT_W 8 #define SE_NO3_WINDOW_CLOSE 0x79D #define NA_SE_EN_BLOODY_ZOMBIE_HEMORRHAGE 0x749 #define LIBETC_H #define O_RDONLY FREAD #define BIBLE_SUBWPN_SWOOSH 0x8C3 #define FONT_GAP FONT_W #define PLAYER_STATUS_UNK10000 0x10000 #define MU_BLACK_BANQUET 0x33A #define TcbMdPRI 0x2000 #define setClut(p,x,y) ((p)->clut = getClut(x, y)) #define SE_UNK_TE2_6B4 0x6B4 #define PALETTE_LEN ((COLORS_PER_PAL) * ((COLOR_BPP) / 8)) #define MU_ENCHANTED_BANQUET_LOOP_POINT 0x331 #define NA_VO_DR_IT_WAS_NOT 0x359 #define CD_SOUND_COMMAND_12 12 #define FREAD 0x0001 #define EvStALREADY 0x4000 #define NA_SE_SU_CHARGE_PINKBALLS 0x6E2 #define setRGB0(p,_r0,_g0,_b0) (p)->r0 = _r0, (p)->g0 = _g0, (p)->b0 = _b0 #define setRGB1(p,_r1,_g1,_b1) (p)->r1 = _r1, (p)->g1 = _g1, (p)->b1 = _b1 #define setRGB2(p,_r2,_g2,_b2) (p)->r2 = _r2, (p)->g2 = _g2, (p)->b2 = _b2 #define MU_BLACK_BANQUET_LOOP_POINT 0x33B #define SEEK_END 2 #define JP_VO_KONAMI_3 0x34E #define ELEMENT_CURSE 0x100 #define CdlMute 0x0b #define JP_VO_KONAMI_4 0x34F #define JP_VO_KONAMI_6 0x351 #define catPrim(p0,p1) setaddr(p0, p1) #define NA_SE_VO_AL_SOUL_STEAL 0x6F4 #define SS_MIX 0 #define CdlModeSize1 0x20 #define PLAYER_STATUS_UNK1000 0x1000 #define PLAYER_STATUS_UNK200 0x200 #define NA_VO_SU_HURT_2 0x87A #define STATIC_PAD_RODATA(size) const STATIC_PAD_BSS(size) = {0} #define CdlStatError 0x01 #define SE_ITEM_YOINK 0x7A2 #define ALUCARD_DARK_METAMORPHOSIS 0x705 #define STAGE_PRG_PTR 0x80180000 #define COLORS_PER_PAL (16) #define PAL_COPY 1 #define setRGB3(p,_r3,_g3,_b3) (p)->r3 = _r3, (p)->g3 = _g3, (p)->b3 = _b3 #define PAD_COUNT 2 #define O_WRONLY FWRITE #define STAGE_INVERTEDCASTLE_FLAG 0x20 #define SET_RELEASE_RATE_LOW_22_23 0xa7 #define PAL_COPY_INFO() MAKE_PAL_OP(PAL_COPY, 0) #define STATIC_PAD_BSS(size) static CRITICAL_PAD_FIELD(size) #define MU_DRACULAS_CASTLE 0x30F #define SFX_UNK_683 0x683 #define HwPIO (DescHW | 0x0a) #define CARD_BLOCK_SIZE (8192) #define HEART_VESSEL_RICHTER 30 #define FACTORY(id,param) ((id) + (param << 16)) #define NA_SE_VO_AL_DYING 0x6F6 #define SFX_UNK_69A 0x69A #define SFX_UNK_69D 0x69D #define PLAYER_STATUS_UNK800 0x800 #define PLAYER_STATUS_UNK10000000 0x10000000 #define CdlStatShellOpen 0x10 #define SPU_REV_DELAYTIME (0x01 << 3) #define addPrims(ot,p0,p1) setaddr(p1, getaddr(ot)), setaddr(ot, p0) #define PAL_BULK_COPY 5 #define ELEMENT_POISON 0x80 #define CdlStatPlay 0x80 #define SPU_ON 1 #define SPU_VOICE_WDSA (0x01 << 7) #define PAL_UNK_OP2_DATA(data) (u_long*)(data) #define EvSpSYSCALL 0x4000 #define FAMILIAR_PTR 0x80170000 #define LAYER_CLUT_ALT 0x200 #define SP(x) (0x1F800000 + (x)) #define SQ(x) ((x) * (x)) #define STAGE_H #define SE_WARG_DEATH_EXPLODE 0x697 #define MAX_POLY_GT4_COUNT 0x300 #define HwCARD (DescHW | 0x11) #define A_END {-1, 0} #define CdlModeSpeedNormal 0 #define RCntMdGATE 0x0010 #define SAVE_FLAG_NORMAL (0) #define SFX_UNK_6A3 0x6A3 #define SFX_UNK_6AD 0x6AD #define setTile1(p) setlen(p, 2), setcode(p, 0x68) #define setTile8(p) setlen(p, 2), setcode(p, 0x70) #define SFX_UNK_6B0 0x6B0 #define __CRITICAL_PAD_TYPE_FIELD(type,size,line,counter) __INDIRECT_CRITICAL_PAD_TYPE_FIELD(type, size, line, counter) #define SFX_UNK_6BA 0x6BA #define CdlDemute 0x0c #define JP_VO_KATSUTE 0x341 #define setBlockFill(p) setlen(p, 3), setcode(p, 0x02) #define EvSpIOER 0x0400 #define SFX_UNK_6DF 0x6DF #define SFX_UNK_6E0 0x6E0 #define NA_SE_VO_AL_DARK_METAMORPHOSIS 0x6F3 #define SFX_UNK_6E8 0x6E8 #define SFX_UNK_6E9 0x6E9 #define SFX_UNK_6EB 0x6EB #define SFX_UNK_6EC 0x6EC #define SFX_UNK_6ED 0x6ED #define SFX_UNK_6EE 0x6EE #define SFX_UNK_6EF 0x6EF #define EvSpIOEW 0x0800 #define PAD_CIRCLE 0x0020 #define SFX_UNK_6F7 0x6F7 #define PLAYER_STATUS_UNK_20 0x00000020 #define SFX_H #define CLAMP_MIN(v,min) ((v) < (min) ? (min) : (v)) #define LIBSND_H #define PAL_UNK_OP2 2 #define O_TAG u_long tag #define GET_PAL_OP_KIND(x) (LOH(x)) #define MU_PROLOGUE_LOOP_POINT 0x322 #define _LANGUAGE_C 1 #define _S(x) (x) #define SE_UNK_TE1_6B3 0x6B3 #define FAPPEND 0x0100 #define WEAPON_1_START 0xF0 #define DescSW 0xf4000000 #define RENDERFLAGS_NOSHADOW 2 #define SIM_CHR0 0x80280000 #define SIM_CHR1 0x80284000 #define NA_SE_VO_DR_TAUNT_1 0x84F #define CdlReadS 0x1B #define SS_NOTICK 0x1000 #define MAX(a,b) ((a) > (b) ? (b) : (a)) #define getClut(x,y) ((y << 6) | ((x >> 4) & 0x3f)) #define PAL_BULK_COPY_INFO(dst,n) (u_long*)(dst), (u_long*)(n) #define UNKNOWN_CRITICAL_PAD_FIELD(size) CRITICAL_PAD_FIELD(size) #define NA_SE_EN_BLOODY_ZOMBIE_DEATH_SCREAM 0x747 #define SE_INTRO_WIND 0x32A #define SwCARD (DescSW | 0x01) #define SE_WARG_GROWL 0x783 #define JP_VO_OKIAYU_RYOUTAROU_MESSAGE 0x347 #define FRAME(x,y) ((x) | ((y) << 8)) #define SPU_VOICE_PITCH (0x01 << 4) #define DEMO_KEY_PTR 0x801E8000 #define setTPage(p,tp,abr,x,y) ((p)->tpage = getTPage(tp, abr, x, y)) #define _MIPS_SZLONG 32 #define CdlComplete 0x02 #define CdlModeSpeed 0x80 #define SE_CASTLE_GATE_RISE 0x7A5 #define CD_SOUND_COMMAND_START_XA 4 #define SPU_REV_DEPTHL (0x01 << 1) #define SPU_REV_DEPTHR (0x01 << 2) #define PAL_UNK_OP2_INFO(dst,n) (u_long*)(dst), (u_long*)(n) #define EvMdINTR 0x1000 #define VERSION "us" #define EvSpDR 0x0040 #define PAL_UNK_OP3_DATA(data) (u_long*)(data) #define MIN(a,b) ((a) > (b) ? (b) : (a)) #define MAXSPRT16 0x280 #define INCLUDE_ASM(FOLDER,NAME) __asm__(".pushsection .text\n" "\t.align\t2\n" "\t.globl\t" #NAME "\n" "\t.ent\t" #NAME "\n" #NAME ":\n" ".include \"asm/" VERSION "/" FOLDER "/" #NAME ".s\"\n" "\t.set reorder\n" "\t.set at\n" "\t.end\t" #NAME "\n" ".popsection") #define SET_UNK_0B 0xB #define ELEMENT_ICE 0x2000 #define JP_VO_SH_SCREAM 0x52F #define SET_UNK_10 0x10 #define SET_UNK_11 0x11 #define SPU_VOICE_LSAX (0x01 << 16) #define MU_MARBLE_GALLERY_LOOP_POINT 0x30E #define CRITICAL_PAD_TYPE_FIELD(type,size) __CRITICAL_PAD_TYPE_FIELD(type, size, __LINE__, __COUNTER__) #define LOG_H #define COLOR16(r,g,b,a) (r) + ((g) << 5) + ((b) << 10) + ((a) << 15) #define setXYWH(p,_x0,_y0,_w,_h) (p)->x0 = (_x0), (p)->y0 = (_y0), (p)->x1 = (_x0) + (_w), (p)->y1 = (_y0), (p)->x2 = (_x0), (p)->y2 = (_y0) + (_h), (p)->x3 = (_x0) + (_w), (p)->y3 = (_y0) + (_h) #define MU_DANCE_OF_GOLD 0x32E #define MU_WANDERING_GHOSTS_LOOP_POINT 0x324 #define PAD_DOWN 0x4000 #define TcbMdRT 0x1000 #define GFX_TERMINATE() ((u_long*)-1) #define NA_VO_SU_CRYSTAL_1 0x87C #define NA_VO_SU_CRYSTAL_2 0x6AF #define SS_REV_TYPE_STUDIO_B 3 #define PAD_START 0x0800 #define setcode(p,_code) (((P_TAG*)(p))->code = (u_char)(_code)) typedef char int8_t; typedef short int16_t; typedef int int32_t; typedef long long int64_t; typedef unsigned char uint8_t; typedef unsigned short uint16_t; typedef unsigned int uint32_t; typedef unsigned long long uint64_t; typedef unsigned char u_char; typedef unsigned short u_short; typedef unsigned long u_long; typedef unsigned int size_t; typedef signed char s8; typedef signed short s16; typedef signed int s32; typedef signed long long s64; typedef unsigned char u8; typedef unsigned short u16; typedef unsigned int u32; typedef unsigned long long u64; typedef signed char byte; typedef enum { false, true } bool; typedef union { s32 val; struct { s16 lo; s16 hi; } i; } f32; typedef struct { s16 x; s16 y; } Point16; typedef struct { u8 u; u8 v; } uvPair; typedef struct { u8 r; u8 g; u8 b; u8 pad; } rgb_set; int sprintf(char* dst, const char* fmt, ...); typedef enum { LOG_LEVEL_D, LOG_LEVEL_I, LOG_LEVEL_W, LOG_LEVEL_E, } LOG_LEVEL; void SetMinLogLevel(LOG_LEVEL level); void _log(unsigned int level, const char* file, unsigned int line, const char* func, const char* fmt, ...); struct DIRENTRY { char name[20]; long attr; long size; struct DIRENTRY* next; long head; char system[4]; }; void EnterCriticalSection(void); void ExitCriticalSection(void); long _card_info(long chan); long _card_clear(long chan); long _card_load(long chan); void InitCARD(long val); long StartCARD(void); struct EXEC { unsigned long pc0; unsigned long gp0; unsigned long t_addr; unsigned long t_size; unsigned long d_addr; unsigned long d_size; unsigned long b_addr; unsigned long b_size; unsigned long s_addr; unsigned long s_size; unsigned long sp, fp, gp, ret, base; }; extern void InitHeap(void*, unsigned long); extern long Load(char*, struct EXEC*); extern long Exec(struct EXEC*, long, char**); extern void _bu_init(void); extern long open(char* devname, int flag ); extern long lseek(long, long, long); extern long read(long fd, void* buf, long n ); extern long write(long, void*, long); extern int close(int fd ); extern long format(char* fs ); extern struct DIRENTRY* firstfile(char*, struct DIRENTRY*); extern struct DIRENTRY* nextfile(struct DIRENTRY*); extern long erase(char*); extern long Krom2RawAdd(unsigned long); extern void ChangeClearPAD(long); extern void StopPAD(void); int PAD_init(s32 , s32* ); extern void FlushCache(void); extern void DeliverEvent(unsigned long, unsigned long); extern long TestEvent(unsigned long event ); extern long OpenEvent(unsigned long, long, long, long (*func)()); extern long EnableEvent(long); extern void _96_remove(void); extern long SetRCnt(unsigned long, unsigned short, long); extern long StartRCnt(unsigned long); extern long GetRCnt(unsigned long); extern long StopRCnt(unsigned long); extern long ResetRCnt(unsigned long); extern void exit(); extern void puts(char*); extern char* strcat(char*, char*); extern int strcmp(char*, char*); extern int strncmp(char*, char*); extern char* strcpy(char*, char*); extern int strlen(char*); extern void* memcpy(unsigned char*, unsigned char*, int); extern void* memset(unsigned char*, unsigned char, int); extern int rand(void); extern void srand(unsigned int); extern void* malloc(size_t ); extern void free(void*); int printf(char*, ...); int abs(int x); typedef struct { u_char minute; u_char second; u_char sector; u_char track; } CdlLOC; typedef struct { u_char val0; u_char val1; u_char val2; u_char val3; } CdlATV; typedef struct { u_short id; u_short type; u_short secCount; u_short nSectors; u_long frameCount; u_long frameSize; u_short width; u_short height; u_long dummy1; u_long dummy2; CdlLOC loc; } StHEADER; typedef struct { CdlLOC pos; u_long size; char name[16]; } CdlFILE; typedef void (*CdlCB)(u_char, u_char*); void def_cbsync(u_char intr, u_char* result); void def_cbready(u_char intr, u_char* result); void def_cbread(u_char intr, u_char* result); int CdInit(void); int CdStatus(void); int CdMode(void); int CdLastCom(void); int CdReset(int mode); void CdFlush(void); int CdSetDebug(int level); char* CdComstr(u_char com); char* CdIntstr(u_char intr); int CdSync(int mode, u_char* result); int CdReady(int mode, u_char* result); CdlCB CdSyncCallback(CdlCB func); CdlCB CdReadyCallback(CdlCB func); int CdControl(u_char com, u_char* param, u_char* result); int CdControlB(u_char com, u_char* param, u_char* result); int CdControlF(u_char com, u_char* param); int CdMix(CdlATV* vol ); int CdGetSector(void* madr, int size); void(*CdDataCallback(void (*func)())); CdlLOC* CdIntToPos(int i, CdlLOC* p); int CdPosToInt(CdlLOC* p); CdlFILE* CdSearchFile(CdlFILE* fp, char* name); int CdRead(int sectors, u_long* buf, int mode); int CdReadSync(int mode, u_char* result); CdlCB CdReadCallback(CdlCB func); int CdRead2(long mode); void StClearRing(void); void StSetStream(u_long mode, u_long start_frame, u_long end_frame, void (*func1)(), void (*func2)()); void StSetMask(u_long mask, u_long start, u_long end); u_long StGetNext(u_long** addr, u_long** header); u_long StFreeRing(u_long* base); int StGetBackloc(CdlLOC* loc); void StSetRing(u_long* ring_addr, u_long ring_size1); void StUnSetRing(void); struct Callbacks { const char* rcsid; void* (*DMACallback)(int dma, void (*func)()); void* (*InterruptCallback)(int irq, void (*f)()); int (*ResetCallback)(void); int (*StopCallback)(void); int (*VSyncCallbacks)(int ch, void (*f)()); int (*RestartCallback)(void); }; extern unsigned short D_8002C2BA; extern struct Callbacks* D_8002D340; int VSync(int mode); int VSyncCallback(void (*f)()); int VSyncCallbacks(int ch, void (*f)()); void* DMACallback(int dma, void (*func)()); int ResetCallback(void); int StopCallback(void); int RestartCallback(void); int CheckCallback(void); long SetVideoMode(long mode); void PadInit(int mode); u_long PadRead(int id); void PadStop(void); typedef struct { short x; short y; short w; short h; } RECT; typedef struct { unsigned addr : 24; unsigned len : 8; u_char r0, g0, b0, code; } P_TAG; typedef struct { u_char r0, g0, b0, code; } P_CODE; typedef struct { u_long tag; u_long code[15]; } DR_ENV; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; short x1, y1; short x2, y2; } POLY_F3; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; short x1, y1; short x2, y2; short x3, y3; } POLY_F4; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; u_char u0, v0; u_short clut; short x1, y1; u_char u1, v1; u_short tpage; short x2, y2; u_char u2, v2; u_short pad1; } POLY_FT3; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; u_char u0, v0; u_short clut; short x1, y1; u_char u1, v1; u_short tpage; short x2, y2; u_char u2, v2; u_short pad1; short x3, y3; u_char u3, v3; u_short pad2; } POLY_FT4; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; u_char r1, g1, b1, pad1; short x1, y1; u_char r2, g2, b2, pad2; short x2, y2; } POLY_G3; typedef struct { u_long tag; u_char r0; u_char g0; u_char b0; u_char code; short x0; short y0; u_char u0; u_char v0; u_short clut; u_char r1; u_char g1; u_char b1; u_char p1; short x1; short y1; u_char u1; u_char v1; u_short tpage; u_char r2; u_char g2; u_char b2; u_char p2; short x2; short y2; u_char u2; u_char v2; u_short pad2; } POLY_GT3; typedef struct { u_long tag; u_char r0; u_char g0; u_char b0; u_char code; short x0; short y0; u_char r1; u_char g1; u_char b1; u_char pad1; short x1; short y1; u_char r2; u_char g2; u_char b2; u_char pad2; short x2; short y2; u_char r3; u_char g3; u_char b3; u_char pad3; short x3; short y3; } POLY_G4; typedef struct { u_long tag; u_char r0; u_char g0; u_char b0; u_char code; short x0; short y0; u_char u0; u_char v0; u_short clut; u_char r1; u_char g1; u_char b1; u_char p1; short x1; short y1; u_char u1; u_char v1; u_short tpage; u_char r2; u_char g2; u_char b2; u_char p2; short x2; short y2; u_char u2; u_char v2; u_short pad2; u_char r3; u_char g3; u_char b3; u_char p3; short x3; short y3; u_char u3; u_char v3; u_short pad3; } POLY_GT4; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; short x1, y1; } LINE_F2; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; u_char r1, g1, b1, p1; short x1, y1; } LINE_G2; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; short x1, y1; short x2, y2; u_long pad; } LINE_F3; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; u_char r1, g1, b1, p1; short x1, y1; u_char r2, g2, b2, p2; short x2, y2; u_long pad; } LINE_G3; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; short x1, y1; short x2, y2; short x3, y3; u_long pad; } LINE_F4; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; u_char r1, g1, b1, p1; short x1, y1; u_char r2, g2, b2, p2; short x2, y2; u_char r3, g3, b3, p3; short x3, y3; u_long pad; } LINE_G4; typedef struct { u_long tag; u_char r0; u_char g0; u_char b0; u_char code; short x0; short y0; u_char u0; u_char v0; u_short clut; short w; short h; } SPRT; typedef struct { u_long tag; u_char r0; u_char g0; u_char b0; u_char code; short x0; short y0; u_char u0; u_char v0; u_short clut; } SPRT_16; typedef struct { u_long tag; u_char r0; u_char g0; u_char b0; u_char code; short x0; short y0; u_char u0; u_char v0; u_short clut; } SPRT_8; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; short w, h; } TILE; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; } TILE_16; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; } TILE_8; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; } TILE_1; typedef struct { u_long tag; u_char r0, g0, b0, code; short x0, y0; short w, h; } BLK_FILL; typedef struct { RECT clip; short ofs[2]; RECT tw; u_short tpage; u_char dtd; u_char dfe; u_char isbg; u_char r0, g0, b0; DR_ENV dr_env; } DRAWENV; typedef struct { RECT disp; RECT screen; u_char isinter; u_char isrgb24; u_char pad0; u_char pad1; } DISPENV; typedef struct { u_long tag; u_long code[2]; } DR_MODE; typedef struct { u_long tag; u_long code[2]; } DR_TWIN; typedef struct { u_long tag; u_long code[2]; } DR_AREA; typedef struct { u_long tag; u_long code[2]; } DR_OFFSET; typedef struct { u_long tag; u32 code[2]; } DR_PRIO; typedef struct PixPattern { u8 w; u8 h; u8 x; u8 y; } PixPattern; extern u_short LoadTPage( u_long* pix, int tp, int abr, int x, int y, int w, int h ); extern u_short LoadClut2(u_long* clut, int x, int y); u_short GetClut(int x, int y ); u_short GetTPage(int tp, int abr, int x, int y); void DumpTPage(u_short tpage); void DumpClut(u_short clut); extern void AddPrim(void* ot, void* p); extern void SetShadeTex(void* p, int tge); extern void SetLineG2(LINE_G2* p); extern void SetPolyGT3(POLY_GT3* p); extern void SetPolyG4(POLY_G4* p); extern void SetPolyGT4(POLY_GT4* p); extern void SetSemiTrans(void* p, int abe); extern void SetSprt(SPRT* p); extern void SetSprt16(SPRT_16* p); extern void SetSprt8(SPRT_8* p); extern void SetTile(TILE* p); extern int ResetGraph(int mode); int SetGraphDebug(int level); extern int SetGraphReverse(int mode); extern int SetGraphQueue(int mode); extern u_long DrawSyncCallback(void (*func)()); extern void FntLoad(int tx, int ty); int FntPrint(const char* fmt, ...); extern void SetDispMask(int mask); extern void SetDrawMode(DR_MODE* p, int dfe, int dtd, int tpage, RECT* tw); extern void SetDumpFnt(int id); extern int ClearImage(RECT* rect, u_char r, u_char g, u_char b); extern int DrawSync(int mode); extern int FntOpen(int x, int y, int w, int h, int isbg, int n); extern u_long* FntFlush(int id); extern int LoadImage(RECT* rect, u_long* p); extern int StoreImage(RECT* rect, u_long* p); extern int MoveImage(RECT* rect, int x, int y); extern u_long* ClearOTag(u_long* ot, int n); extern u_long* ClearOTagR(u_long* ot, int n); extern void DrawOTag(u_long* p); extern DRAWENV* PutDrawEnv(DRAWENV* env); extern DISPENV* PutDispEnv(DISPENV* env); extern DISPENV* SetDefDispEnv(DISPENV* env, int x, int y, int w, int h); extern DRAWENV* SetDefDrawEnv(DRAWENV* env, int x, int y, int w, int h); extern void SetDrawEnv(DR_ENV* dr_env, DRAWENV* env); void GsClearVcount(void); long GsGetVcount(); void GsInitVcount(); void InitGeom(); typedef struct { short m[3][3]; long t[3]; } MATRIX; typedef struct { long vx, vy, vz; long pad; } VECTOR; typedef struct { short vx, vy, vz; short pad; } SVECTOR; typedef struct { u_char r, g, b; u_char cd; } CVECTOR; MATRIX* RotMatrix(SVECTOR* r, MATRIX* m); void SetGeomOffset(long ofx, long ofy); long RotTransPers(SVECTOR*, long*, long*, long*); void SetGeomScreen(long h); void SetRotMatrix(MATRIX* m); MATRIX* RotMatrixX(long r, MATRIX* m); MATRIX* RotMatrixY(long r, MATRIX* m); MATRIX* RotMatrixZ(long r, MATRIX* m); MATRIX* TransMatrix(MATRIX* m, VECTOR* v); MATRIX* ScaleMatrix(MATRIX* m, VECTOR* v); void SetTransMatrix(MATRIX* m); long RotTransPers4( SVECTOR* v0, SVECTOR* v1, SVECTOR* v2, SVECTOR* v3, s16* v10, s16* v11, s16* v12, s16* v13, s16* p, s32* flag ); long RotAverageNclip4( SVECTOR* v0, SVECTOR* v1, SVECTOR* v2, SVECTOR* v3, long* sxy0, long* sxy1, long* sxy2, long* sxy3, long* p, long* otz, long* flag ); void NormalColorCol(SVECTOR* v0, CVECTOR* v1, CVECTOR* v2 ); MATRIX* RotMatrixY(long r, MATRIX* m ); void SetBackColor(long rbk, long gbk, long bbk); void SetColorMatrix(MATRIX* m); void SetLightMatrix(MATRIX* m); void SetTransMatrix(MATRIX* m); void SetFarColor(long rfc, long gfc, long bfc); void SetFogNear(long a, long h); extern long SquareRoot0(long a); extern long SquareRoot12(long a); extern int rcos(int a); extern int rsin(int a); extern long ratan2(long y, long x); typedef void (*SpuIRQCallbackProc)(void); typedef struct { short left; short right; } SpuVolume; typedef struct { unsigned long voice; unsigned long mask; SpuVolume volume; SpuVolume volmode; SpuVolume volumex; unsigned short pitch; unsigned short note; unsigned short sample_note; short envx; unsigned long addr; unsigned long loop_addr; long a_mode; long s_mode; long r_mode; unsigned short ar; unsigned short dr; unsigned short sr; unsigned short rr; unsigned short sl; unsigned short adsr1; unsigned short adsr2; } SpuVoiceAttr; typedef struct { unsigned long mask; long mode; SpuVolume depth; long delay; long feedback; } SpuReverbAttr; extern long SpuSetTransferMode(long mode); extern unsigned long SpuWrite(unsigned char* addr, unsigned long size); extern long SpuSetReverbModeParam(SpuReverbAttr* attr); extern void SpuSetVoiceAttr(SpuVoiceAttr* arg); extern void SpuSetKey(long on_off, unsigned long voice_bit); extern long SpuMallocWithStartAddr(unsigned long addr, long size); extern SpuIRQCallbackProc SpuSetIRQCallback(SpuIRQCallbackProc); extern void SsSeqClose(short seq_access_num); extern void SsSetMVol(short voll, short volr); extern void SsSetSerialAttr(char s_num, char attr, char mode); extern void SsSetSerialVol(short s_num, short voll, short volr); extern long SpuClearReverbWorkArea(long rev_mode ); void SsInitHot(void); char SsSetReservedVoice(char voices ); void SsSetTickMode(long tick_mode ); void SsStart(void); short SsUtKeyOnV( short voice, short vabId, short prog, short tone, short note, short fine, short voll, short volr ); short SsUtSetVVol(short vc, short voll, short volr ); void SpuGetAllKeysStatus(char* status); void SsSetTableSize( char* table, short s_max, short t_max ); void SsSeqStop(short seq_access_num ); void SsSetMono(void); void SsSetStereo(void); s32 SsVabOpenHeadSticky( u_char* addr, u_long vabid, u_long sbaddr ); s32 SsVabTransBodyPartly( u_char* addr, u_long bufsize, u_long vabid ); s32 SsVabTransCompleted( short immediateFlag ); void SsUtSetReverbType(short type); void SsUtReverbOn(void); void SsUtSetReverbDepth( short ldepth, short rdepth ); void SsUtSetReverbDelay(short delay); typedef long Event; typedef enum { PRIM_NONE, PRIM_TILE, PRIM_LINE_G2, PRIM_G4, PRIM_GT4, PRIM_GT3, PRIM_SPRT, PRIM_ENV, PRIM_TILE_ALT = PRIM_TILE | 0x10, PRIM_LINE_G2_ALT = PRIM_LINE_G2 | 0x10, PRIM_G4_ALT = PRIM_G4 | 0x10 } PrimitiveType; typedef struct Vertex { u8 r; u8 g; u8 b; u8 p; s16 x; s16 y; u8 u; u8 v; u16 param; } Vertex; typedef struct { SVECTOR* v0; SVECTOR* v1; SVECTOR* v2; SVECTOR* v3; } SVEC4; typedef struct { s16 x; s16 y; u8 u; u8 v; u16 param; u8 r; u8 g; u8 b; u8 p; } VertexFake; typedef struct Prim { struct Prim* next; struct Vertex v[4]; } Prim; typedef struct Primitive { struct Primitive* next; u8 r0; u8 g0; u8 b0; u8 type; s16 x0; s16 y0; u8 u0; u8 v0; u16 clut; u8 r1; u8 g1; u8 b1; u8 p1; s16 x1; s16 y1; u8 u1; u8 v1; u16 tpage; u8 r2; u8 g2; u8 b2; u8 p2; s16 x2; s16 y2; u8 u2; u8 v2; u16 priority; u8 r3; u8 g3; u8 b3; u8 p3; s16 x3; s16 y3; u8 u3; u8 v3; u16 drawMode; } Primitive; typedef struct FakePrim { struct FakePrim* next; u8 r0; u8 g0; u8 b0; u8 type; s16 x0; s16 y0; u8 w; u8 h; u16 clut; f32 posX; f32 posY; f32 velocityX; f32 velocityY; s16 x2; s16 y2; s16 delay; u16 priority; f32 accelerationX; f32 accelerationY; s16 timer; u16 drawMode; } FakePrim; typedef struct PrimLineG2 { struct PrimLineG2* next; u8 r0; u8 g0; u8 b0; u8 type; s16 x0; s16 y0; s16 xLength; s16 yLength; u8 r1; u8 g1; u8 b1; u8 p1; s16 x1; s16 y1; f32 velocityX; f32 velocityY; s32 angle; s16 delay; u16 priority; f32 preciseX; f32 preciseY; s16 timer; u16 drawMode; } PrimLineG2; typedef struct { struct primitive* next; u8 r0; u8 g0; u8 b0; u8 type; s16 x0; s16 y0; u8 u0; u8 v0; u16 clut; u8 r1; u8 g1; u8 b1; u8 p1; s16 x1; s16 y1; u8 u1; u8 v1; u16 tpage; u8 r2; u8 g2; u8 b2; u8 p2; f32 y1_f32; s16 unk24; u16 priority; u8 r3; u8 g3; u8 b3; u8 p3; f32 y1_f32_velocity; s16 unk30; u16 drawMode; } draculaPrimitive; typedef struct AxePrim { struct AxePrim* next; u8 r0; u8 g0; u8 b0; u8 type; s16 x0; s16 y0; s32 unk0C; s32 unk10; s16 x1; s16 y1; u8 u1; u8 v1; u16 tpage; s16 unk1C; s16 unk1E; s16 x2; s16 y2; u8 step; u16 priority; s32 pad; s16 timer; s16 unk2E; s16 unk30; u16 drawMode; } AxePrim; typedef enum { DRAW_DEFAULT = 0x00, DRAW_TRANSP = 0x01, DRAW_UNK02 = 0x02, DRAW_COLORS = 0x04, DRAW_HIDE = 0x08, DRAW_TPAGE = 0x10, DRAW_TPAGE2 = 0x20, DRAW_UNK_40 = 0x40, DRAW_MENU = 0x80, DRAW_UNK_100 = 0x100, DRAW_UNK_200 = 0x200, DRAW_UNK_400 = 0x400, DRAW_UNK_800 = 0x800, DRAW_UNK_1000 = 0x1000, DRAW_ABSPOS = 0x2000, } DrawMode; struct Entity; typedef void (*PfnEntityUpdate)(struct Entity*); typedef union { s32 unk; void* ptr; struct { s8 unk0, unk1, unk2, unk3; } S8; struct { u8 unk0, unk1, unk2, unk3; } U8; struct { s16 unk0, unk2; } S16; struct { u16 unk0, unk2; } U16; } Multi; typedef union { s16 s; u16 u; struct { s8 unk0, unk1; } S8; struct { u8 unk0, unk1; } U8; } Multi16; struct Entity; typedef struct ET_Generic { Multi16 unk7C; union { u16 modeU16; struct { u8 unk0; u8 unk1; } modeU8; } unk7E; union { s32 modeS32; struct Entity* entityPtr; struct { s16 unk0; s16 unk2; } modeS16; struct { u8 unk0; u8 unk1; } modeS8; } unk80; Multi unk84; s32 : 32; s32 : 32; s16 unk90; s16 : 16; u8 unk94; u8 : 8; s16 : 16; s32 unk98; struct Entity* unk9C; s16 unkA0; s16 : 16; s32 : 32; s32 : 32; s16 : 16; s8 unkAE; s8 : 8; s16 unkB0; s16 unkB2; s32 : 32; union { void (*unkFuncB8)(struct Entity*); struct Entity* entityPtr; struct { u8 unk0; u8 unk1; u8 unk2; u8 unk3; } modeU8; } unkB8; } ET_Generic; typedef struct { u16 timer; s16 unk7E; u8 aliveTimer; s8 unk81; s16 unk82; s32 fallSpeed; s16 gravity; s16 unk8A; s16 iconSlot; s16 unk8E; s16 unk90; s16 unk92; s32 castleFlag; } ET_EquipItemDrop; typedef struct { u32 unk[14]; u16 unkB4; s16 unkB6; PfnEntityUpdate update; } ET_HeartDrop; typedef struct { u16 timer; u16 size; u32 speed; } ET_BloodDroplets; typedef struct { u16 nPrims; u16 nDigits; u8 digits[4]; u16 timer; s16 unk86; u16 unk88; s16 unk8A; } ET_NumericDamage; typedef struct { u16 unk7C; u16 unk7E; u16 sparkleCycle; u16 sparkleAnim; u32 unk84; u32 unk88; s16 iconSlot; u16 unk8E; u16 floatTimer; u16 unk92; s32 yFloatSpeed; } ET_RelicOrb; typedef struct { u32 unused7C; s16 unused80; s16 unk82; s16 angle; s16 unk86; u8 sideToPlayer; u8 showedMessage; } ET_Door; typedef struct { struct Primitive* prim; s32 unk80; struct Primitive* unk84; struct Primitive* unk88; struct Primitive* unk8C; s16 unk90; s16 unk92; } ET_StagePopup; typedef struct { struct Primitive* prim; s16 unk80; struct Primitive* unk84; struct Primitive* unk88; u8 unk8C; } ET_StagePopupJP; typedef struct { char* label; u16 width; u16 height; s16 unk84; u16 duration; } ET_MessageBox; typedef struct { s16 lifetime; s16 unk7E; s16 unk80; s16 unk82; struct Entity* some_ent; s16 childPalette; s16 unk8A; struct Entity* parent; s32 unk90; s32 unk94; s16 unk98; s16 unk9A; s32 accelerationX; s32 accelerationY; s16 unkA4; s16 vol; s32 unkA8; u8 anim; u8 unkAD; s16 equipId; } ET_Weapon; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s32 unk84; s32 unk88; byte pad[32]; u8 anim; } ET_WeaponUnk006; typedef struct { s16 lifetime; s16 unk7E; s16 unk80; s16 unk82; s32 unk84; s16 childPalette; s16 unk8A; struct Entity* parent; s32 unk90; struct Entity* other; s16 unk98; s16 unk9A; s32 accelerationX; s32 accelerationY; s32 unkA4; s32 unkA8; u8 anim; u8 unkAD; s16 equipId; } ET_WeaponUnk030; typedef struct { s16 lifetime; s16 unk7E; s16 unk80; s16 unk82; struct Entity* some_ent; s16 childPalette; s16 unk8A; s32 : 32; s16 unk90; s16 : 16; s16 unk94; s16 : 16; s32 unk98; s32 accelerationX; s32 accelerationY; s32 unkA4; s32 unkA8; u8 anim; u8 unkAD; s16 equipId; } ET_WeaponUnk044; typedef struct { s32 unk7C; s32 unk80; s32 unk84; s32 : 32; s32 : 32; s32 unk90; s32 unk94; s32 unk98; s32 : 32; s32 : 32; s32 : 32; s32 : 32; u8 anim; } ET_WeaponUnk046; typedef struct { s32 unk7C; s32 : 32; s32 unk84; s32 unk88; byte pad[32]; u8 anim; } ET_WeaponUnk047; typedef struct { s16 timer; s16 unk7E; s32 unk80; s16 unk84; s16 unk86; s16 unk88; s16 unk8A; s32 unk8C; s16 unk90; s16 unk92; s16 unk94; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; u8 anim; } ET_KarmaCoin; typedef struct { s16 unk7C; s16 unk7E; s16 : 16; s16 unk82; s16 unk84; s16 unk86; byte pad[16]; s32 vol; s32 unk9C; s32 : 32; s32 : 32; s32 : 32; u8 anim; } ET_WeaponUnk012; typedef struct { s16 unk7C; s16 : 16; byte pad[28]; s16 unk9C; s32 : 32; s32 : 32; s32 : 32; u8 anim; } ET_WeaponUnk014; typedef struct { s16 unk7C; s16 unk7E; s32 unk80; s16 unk84; s16 unk86; s16 unk88; s16 unk8A; struct Entity* parent; s32 unk90; s32 unk94; s32 unk98; s32 accelerationX; s32 accelerationY; s32 unkA4; s32 unkA8; u8 anim; } ET_WeaponUnk016; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 unk88; s16 unk8A; struct Entity* parent; s16 unk90; s16 unk92; s16 unk94; s16 unk96; s16 unk98; s16 unk9A; s16 unk9C; s16 unk9E; s16 unkA0; s16 unkA2; s32 unkA4; s32 unkA8; u8 anim; u8 unkAD; s16 equipId; } ET_Sword; typedef struct { s16 angle; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 xPos; s16 unk8A; struct Entity* parent; s32 unk90; s32 unk94; s32 unk98; s32 accelerationX; s32 accelerationY; s32 unkA4; s32 unkA8; u8 anim; u8 unkAD; s16 equipId; } ET_HeavenSword; typedef struct { s16 angle; s16 unk7E; s16 unk80; s16 unk82; s32 unk84; s16 xPos; s16 unk8A; struct Entity* parent; s32 unk90; s32 unk94; s32 unk98; s32 accelerationX; s32 accelerationY; s32 unkA4; s32 unkA8; u8 anim; u8 unkAD; s16 equipId; } ET_HeavenSword2; typedef struct { u8 unk7C; u8 unk7D; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 childPalette; s16 unk8A; struct Entity* parent; s16 unk90; s16 unk92; s16 unk94; s16 unk96; s16 unk98; s16 unk9A; s16 unk9C; s16 unk9E; s16 unkA0; byte pad[10]; u8 anim; u8 padAD; s16 unkAE; } ET_Shield; typedef struct { u8 unk7C; u8 unk7D; s16 unk7E; u16 unk80; s16 pal; s16* palettePtr; u16 childPalette; s16 unk8A; struct Entity* parent; s16 unk90; s16 unk92; s16 unk94; s16 unk96; s16 unk98; s16 unk9A; s16 unk9C; byte pad[14]; u8 anim; u8 padAD; s16 unkAE; } ET_DarkShield; typedef struct { u8 unk7C; u8 unk7D; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 childPalette; s16 unk8A; struct Entity* parent; struct Entity* target; s16 unk94; s16 unk96; s32 unk98; s16 unk9C; s16 unk9E; s16 unkA0; s16 unkA2; s16 unkA4; u8 pad[4]; u8 anim; u8 unkAD; s16 unkAE; } ET_MedusaShieldLaser; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 childPalette; s16 unk8A; struct Entity* parent; s16 unk90; s16 unk92; s16 unk94; s16 unk96; s16 unk98; s16 unk9A; s16 unk9C; s16 unk9E; u32 : 32; u32 : 32; u32 : 32; u8 anim; } ET_ShamanShieldStar; typedef struct { u8 unk7C; u8 unk7D; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 childPalette; s16 unk8A; struct Entity* parent; s16 unk90; s16 unk92; s16 unk94; s16 unk96; s16 unk98; s16 unk9A; u8 unk9C; u8 pad[15]; u8 anim; s16 unkAE; } ET_HeraldShieldSwirlEffect; typedef struct { s16 timer; s16 unk7E; s32 unk80; s16 pad[21]; s16 foodId; } ET_Food; typedef struct { char pad_7C[0x4]; s16 timer; char pad_82[0x2]; u8 attackMode; u8 flag; u8 nearDeath; s32 speed; s16 angle; char pad_8E[0xE]; u8 pickupFlag; u8 grabedAscending; } ET_GaibonSlogra; typedef struct { u16 angle; u16 unk7E; u16 unk80; s16 unk82; } ET_SoulStealOrb; typedef struct { Primitive* primBg; s32 unused80; Primitive* primFade; s32 unk88; } ET_WarpRoom; typedef struct { char pad_0[0x8]; u8 timer; char pad_85[0x1]; s8 timer2; char pad_87[0x5]; u16 palette; char pad_8E[0x12]; u8 isUnderwater; u8 ignoreCol; } ET_Merman; typedef struct { struct Primitive* prim; char pad_0[0x6]; s8 timer; char pad_87[0x5]; s16 rotation; char pad_8E[0x12]; u8 isUnderwater; u8 ignoreCol; } ET_Merman_2; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 unk88; s16 unk8A; s16 unk8C; s16 unk8E; s32 unk90; s32 unk94; s32 unk98; s16 unk9C; s16 unk9E; s32 unkA0; struct Entity* target; s16 unkA8; s16 unkAA; s16 cameraX; s16 cameraY; s16 unkB0; s16 unkB2; struct Entity* follow; } ET_Bat; typedef struct { s32 : 32; s32 : 32; s32 : 32; s32 : 32; struct Entity* parent; } ET_BatFamBlueTrail; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; struct Primitive* unk84; s16 unk88; s16 unk8A; } ET_BatEcho; typedef struct { char pad_0[0xC]; u16 unk88; char pad_8A[0x3]; u8 unk8D; char pad_8E[0xE]; s16 unk9C; struct Entity* next; } ET_801CF254; typedef struct { char pad_0[0x4]; s16 unk80; char pad_82[0xA]; u8 unk8C; char pad_8D[0xF]; u16 unk9C; char pad_9E[0x8]; s16 unkA6; } ET_GurkhaSword; struct draculaPrimitive; typedef struct ET_Dracula { char pad_7C[4]; struct draculaPrimitive* unk80; struct draculaPrimitive* unk84; char pad_88[4]; s16 unk8C; char pad_8E[0x2]; u8 unk90; char pad91; u8 unk92; char pad93; u8 unk94; char pad_95[0x3]; s16 unk98; char pad_9A[0x2]; s16 unk9C; char pad_9E[0x2]; u8 unkA0; u8 unkA1; u8 unkA2; char pad_A3[0x9]; struct Primitive* prim; } ET_Dracula; typedef struct { struct Primitive* prim; s32 unk80; s32 unk84; s16 unk88; char pad_8A[0x2]; s16 unk8C; s16 unk8E; } ET_StageTitleCard; typedef struct ET_Succubus { char pad_7C[0x4]; s16 timer; char pad_82[0x2]; u8 facingLeft; u8 unk85; u8 nextAttack; u8 unk87; u16 nextStep; char pad_8A[0x4]; s16 yOffset; char pad_90[0xC]; struct Entity* real; s16 clonePosX; s16 unkA2; } ET_Succubus; typedef struct { u16 timer; char pad_7E[2]; s32 unk80; } ET_RoomTransition2; typedef struct { u8 pad0[0x4]; s32 unk80; s16 unk84; u8 pad86[2]; u8 unk88; u8 unk89; } ET_WargExplosionPuffOpaque; typedef struct { u16 unk7C; } ET_801BCC4C; typedef struct ET_CastleDoor { struct Primitive* prim; s16 timer; char pad_82[0x2]; s16 rotZ; } ET_CastleDoor; typedef struct { struct Primitive* prim; s16 unk80; s16 unk82; s16 timer; } ET_ShuttingWindow; typedef struct { struct Primitive* prim; char pad_80[0x4]; u16 unk84; } ET_DeathSkySwirl; typedef struct { struct Primitive* prim; char pad_80[0x4]; s32 elevatorTarget; } ET_Elevator; typedef struct { s32 pad[8]; s16 unk84; s16 unk86; s16* unk88; } ET_801D0B40; typedef struct { struct Primitive* prim; char pad_80[0xC]; u8 unk8C; u8 unk8D; char pad_8E[0xE]; u16 unk9C; } ET_801D1BB8; typedef struct { char pad_0[0xC]; u16 unk88; } ET_801D0B78; typedef struct { s32 accelY; s16 : 16; s16 unk82; f32 topY; u16 unk88; s16 unk8A; } ET_WaterEffects; typedef struct { char pad_0[4]; s16 unk80; char pad_82[2]; u8 unk84; char pad_85[3]; u16 unk88; char pad_8A[2]; u8 unk8C; u8 unk8D; u8 unk8E; char pad_8E[13]; s16 rotZ; s16 unk9E; struct Entity* parent; s16 unkA4; s16 unkA6; u8 unkA8; char pad_A9[0x7]; u16 unkB0[0x6]; } ET_GurkhaHammer; typedef struct { char pad_0[0x20]; s16 unk9C; char pad_A0[0x6]; s16 unkA4; s16 unkA6; char pad_A8[0xC]; u16 unkB4; } ET_801CDFD8; typedef struct { char pad_0[0x8]; u8 unk84; char pad_85[0x9]; u8 unk8E; char pad_8F[0x20]; s16 unkB0; } ET_801CE4CC; typedef struct { struct Primitive* prim; s16 unk80; } ET_TransparentWater; typedef struct { struct Primitive* prim; s32 timer; } ET_HeartRoomGoldDoor; typedef struct { struct Primitive* prim; char pad_80[0x4]; s8 unk84; char pad_85[0x1]; s8 unk86; } ET_MermanWaterSplash; typedef struct { s32 playerVelocity; } ET_CastleDoorTransition; typedef struct { s8 unk7C; } ET_AlucardController; typedef struct { u16 unk7C; } ET_ForegroundTree; typedef struct { u16 unk7C; u16 unk7E; s16 unk80; } ET_FadeToWhite; typedef struct { u16 unk7C; } ET_DeathStolenItems; typedef struct { u16 unk7C; char pad_7E[0x2]; s16 posX; s16 posY; u16 moveTimer; u16 moveDirection; } ET_Death; typedef struct { u8 unk7C; char pad_7D[0x3]; s16 unk80; s16 unk82; struct Entity* unk84; } ET_SpittleBone; typedef struct { Primitive* prim; char pad[0x24]; s16 unkA4; s16 unkA6; void* unkA8; u8 anim; char pad2[0x8]; struct Entity* unkB8; } ET_Player; typedef struct { u8 unk0; u8 unk1; u8 unk2; u8 unk3; } ET_EntitySlot1; typedef struct { char pad[0x32]; s16 unkAE; } ET_EntitySlot16; typedef struct { s16 unk7C; } ET_Entity12; typedef struct { u8 fiveFrameCounter; struct Entity* parent; char pad[8]; u16 parentId; } ET_Entity13; typedef struct { s16 t; } ET_TimerOnly; typedef struct { char pad[8]; struct Primitive* prim; } ET_AxeKnight; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 unk88; s16 unk8A; struct Entity* parent; s16 childId; s16 unk92; s16 unk94; s16 unk96; s16 unk98; s16 unk9A; s16 unk9C; s16 unk9E; s16 unkA0; s16 unkA2; s16 unkA4; s16 unkA6; s16 unkA8; s16 unkAA; s16 unkAC; s16 unkAE; s16 unkB0; s16 unkB2; } ET_EntFactory; typedef struct { char pad[8]; s32 unk8; } unk_sub_8011E4BC; typedef struct { s16 unk7C; byte pad[14]; struct Entity* parent; } ET_8011E4BC; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; } ET_HellfireHandler; typedef struct { s16 stoneAngle; s16 lifeTimer; s16 unk80; s16 unk82; s16 unk84; s16 : 16; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_ReboundStone; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_ReboundStoneCrashExplosion; typedef struct { s16 unk7C; s16 unk7E; s32 : 32; s32 : 32; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_GiantSpinningCross; typedef struct { s16 unk7C; s16 unk7E; s32 : 32; s32 : 32; s32 : 32; struct Entity* parent; } ET_8017091C; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s32 unk84; s32 unk88; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; s32 pad2; struct Entity* parent2; } ET_Agunea; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s32 : 32; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_AguneaCrash; typedef struct { s16 timer; s16 size; s32 : 32; s32 : 32; s32 : 32; struct Entity* parent; } ET_stopwatchCircle; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; f32 unk84; s32 unk88; struct Entity* parent; s16 unk90; s16 unk92; s16 unk94; s16 unk96; struct Entity* unk98; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_StopWatch; typedef struct { s16 t; s16 unk7E; s16 unk80; s16 unk82; f32 unk84; f32 unk88; s16 unk8C; s16 unk8E; } ET_stopwatch; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; struct Primitive* unk88; s16 unk8C; s16 unk8E; s16 unk90; s16 unk92; s16 unk94; } ET_stopwatchSparkle; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s32 unk88; struct Entity* parent; s16 unk90; s16 unk92; s16 unk94; s16 unk96; struct Entity* unk98; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_BibleSubwpn; typedef struct { s16 unk7C; s16 unk7E; s32 : 32; s32 : 32; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; } ET_80161FF0; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s32 : 32; s32 : 32; struct Entity* parent; } ET_80162870; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s32 unk88; struct Entity* parent; } ET_8016E9E4; typedef struct { u8 unk7C; u8 unk7D[3]; s16 unk80; s16 unk82; s16 unk84; s16 unk86; } ET_801CC820; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 unk88; s16 unk8A; struct Entity* parent; } ET_RichterPowerUpRing; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 unk88; s16 unk8A; } ET_TransparentWhiteCircle; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s32 : 32; s32 : 32; struct Entity* parent; } ET_HitByIce; typedef struct { s16 unk7C; s16 pad7E; s16 unk80; s16 unk82; s32 : 32; s32 : 32; struct Entity* parent; s16 unk90; s16 unk92; s16 unk94; s16 pad96[3]; s16 unk9C; } ET_HitByLightning; typedef struct { s32 unk7C; s32 unk80; s32 unk84; s32 unk88; struct Entity* parent; s32 unk90; } ET_Teleport; typedef struct { s16 timer; s16 : 16; s32 : 32; s32 : 32; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_Subweapon; typedef struct { s16 timer; s16 angle; s16 unk80; s16 unk82; s16 hitboxState; s16 : 16; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_HolyWater; typedef struct { u16 unk7C; u16 unk7E; u8 unk80; byte pad81; u8 unk82; byte pad83; s32 unk84; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_CrashCross; typedef struct { s16 timer; s16 unk7E; u16 unk80; u16 pad82; Point16* unk84; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_CrossBoomerang; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 unk88; s8 unk8A; u8 unk8B[12]; s32 unk98; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_SubwpnAxe; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; s16 unk88; s8 unk8A; u8 unk8B[12]; s32 unk98; s32 unk9C; u16 unkA0; u16 : 16; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_AxeCrash; typedef struct { s16 timer; u16 unk7E; s16 unk80; s16 pad82; s32 unk84; s32 unk88; u16 unk8C; } ET_VibhutiCrash; typedef struct { s16 unk7C; s16 : 16; s32 : 32; s32 : 32; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_VibhutiCrashCloud; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; s16 : 16; s32 : 32; s32 : 32; struct Entity* parent; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s16 subweaponId; } ET_BibleBeam; typedef struct { u16 unk7C; u16 unk7E; u8 unk80; byte pad81; u8 unk82; byte pad83; s32 unk84; struct Entity* parent; } ET_RicRevivalColumn; typedef struct { f32 unk7C; f32 unk80; s16 unk84; s16 unk86; s32 unk88; s16 unk8C; s16 unk8E; s32 unk90; s32 unk94; s32 unk98; s32 unk9C; s32 unkA0; s16 unkA4; s16 unkA6; s32 unkA8; s32 unkAC; s16 unkB0; s32 unkB4; s32 unkB8; } ET_Whip; typedef struct { s32 pad7c; Primitive* unk80; s16 unk84; s16 unk86; s16 unk88; struct Entity* parent; s16 unk90; } ET_801291C4; typedef struct { PrimLineG2* lines[4]; s16 unk8C; s16 unk8E; s16 unk90; } ET_8016D9C4; typedef struct { struct Primitive* prim1; struct Primitive* prim2; struct Primitive* prim3; struct Primitive* prim4; s16 unk8C; s16 unk8E; u8 unk90; } ET_801AF774; typedef struct { s32 unk7C; s16 timer; s16 unk82; s16 unk84; } ET_DracFinal; typedef struct { byte pad[0x18]; s32 unk94; } ET_Drop; typedef struct { byte pad[4]; s16 angle; byte pad2[2]; u8 switch_control; u8 speed; } ET_BigRedFireball; typedef struct { s16 timer; s16 spawnTimer; } ET_SummonSpirit; typedef struct { struct Primitive* prim; s16 unk80; s16 unk82; s16 unk84; } ET_3DBackgroundhouse; typedef struct { struct Primitive* prim1; struct Primitive* prim2; s16 unk84; s16 unk86; s16 unk88; } ET_LifeUpSpawn; typedef struct { u16 unk7C; u16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; u16 unk88; u16 unk8A; } ET_801B0AA4; typedef struct { byte pad[4]; u16 unk80; u16 unk82; s16 unk84; s16 unk86; s16 unk88; s16 unk8A; u8 unk8C; } ET_Owl; typedef struct { u16 unk7C; s16 unk7E; s16 unk80; s16 unk82; s16 unk84; s16 unk86; u16 unk88; s16 unk8A; s16 unk8C; s16 unk8E; } ET_AlucardWaterEffect; typedef struct { s32 pad; s16 timer; } ET_801B28E4; typedef struct { u32 unk24[10]; u8 unk28; u8 unk29; } ET_80123B40; typedef struct { struct Entity* ent; s16 unk80; s16 unk82; s16 unk84; s16 unk86; } ET_80129864; typedef struct { s16 timer; s16 pad; s16 xCurrent; s16 yCurrent; s16 xTarget; s16 yTarget; } ET_Mist; typedef struct { s32 unk7C; s16 unk80; s16 unk82; s32 un84; s16 unk88; s16 unk8A; struct Entity* parent; s16 unk90; s16 unk92; s32 unk94; s16 unk98; s16 unk9A; s16 unk9C; } ET_PlayerBlink; typedef struct { struct Primitive* prim; s16 unk80; s16 pad82; s32 pad84; s32 pad88; struct Primitive* prim2; struct Primitive* prim3; } ET_BloodSplatter; typedef struct { s32 pad7c; s16 timer; s16 pad82; s32 pad84; s32 pad88; s32 pad8C; s16 brightness; } ET_PlayerOutline; typedef struct { u8 digits[4]; s16 unk80; s16 unk82; s16 unk84; u16 unk86; u16 unk88; u16 unk8A; s16 unk8C; s16 unk8E; s16 unk90; s16 unk92; s16 angleToMeter; s16 distToMeter; s16 unk98; } ET_HPNumberMove; typedef struct { s16 timer; s16 pad1; s16 halfWidth; s16 halfHeight; s32 pad2; s16 angle; s16 pad3; s32 pad4; s32 str_x; s32 str_y; s32 unk98; } ET_GuardText; typedef struct { s16 unk7C; s16 unk7E; s16 unk80; } ET_Dissolve; typedef struct { u16 unk7C; } ET_LockCamera; typedef struct { struct Primitive* prim; s32 jiggler; s8 collision; f32 xCoord; f32 yCoord; } ET_CavernDoor; typedef struct { s32 : 32; s32 : 32; s32 : 32; s16 unk88; s16 : 16; s32 unk8C; } ET_UnkSelEnts; typedef struct { s32 : 32; s16 spawnDelay; s16 : 16; s32 : 32; s32 spawnSide; } ET_ZombieSpawner; typedef struct { u8 attackTimer; s32 : 24; u8 facingLeft; s32 : 24; u8 attackTimerIndex; s32 : 24; s8 explosionTimer; s32 : 24; s32 : 32; s32 : 32; s32 : 32; s32 : 32; s32 initialX; } ET_Skeleton; typedef struct { struct Primitive* prim; s32 unk80; s32 unk84; u8 unk88; } ET_NZ0_311C0; typedef struct { s16 unk7C; s16 unk7E; } ET_StrongWargDeathBeams; typedef struct { s32 hand; char pad_80[0x4]; u16 bellTimer; u16 bellDuration; char pad_88[0x2]; u16 unk8A; } ET_ClockRoom; typedef struct { u16 timer; u16 prevState; u16 state; } ET_Birdcage; typedef struct { u16 timer; u16 step; } ET_Statue; typedef struct { s32 flag; u16 unk80; } ET_StoneDoor; typedef struct { s16 timer; u16 unk7E; } ET_EntityExplosion3; typedef union { struct Primitive* prim; char stub[0x40]; ET_TimerOnly timer; ET_EntFactory factory; ET_Generic generic; ET_EntitySlot1 entSlot1; ET_EntitySlot16 entSlot16; ET_Entity12 ent12; ET_Entity13 ent13; ET_8011E4BC et_8011E4BC; ET_HellfireHandler hellfireHandler; ET_8016D9C4 et_8016D9C4; ET_ReboundStoneCrashExplosion reboundStoneCrashExplosion; ET_CrossBoomerang crossBoomerang; ET_Subweapon subweapon; ET_HolyWater holywater; ET_CrashCross crashcross; ET_SubwpnAxe subwpnAxe; ET_AxeCrash axeCrash; ET_VibhutiCrash vibhutiCrash; ET_VibhutiCrashCloud vibCrashCloud; ET_RicRevivalColumn ricColumn; ET_GiantSpinningCross giantcross; ET_ReboundStone reboundStone; ET_BibleBeam bibleBeam; ET_BibleSubwpn et_BibleSubwpn; ET_EquipItemDrop equipItemDrop; ET_HeartDrop heartDrop; ET_BloodDroplets bloodDroplets; ET_BloodSplatter bloodSplatter; ET_NumericDamage ndmg; ET_RelicOrb relicOrb; ET_Door door; ET_StagePopup stpopup; ET_StagePopupJP stpopupj; ET_MessageBox messageBox; ET_Weapon weapon; ET_WeaponUnk006 weapon_006; ET_WeaponUnk012 weapon_012; ET_WeaponUnk014 weapon_014; ET_WeaponUnk016 weapon_016; ET_WeaponUnk030 weapon_030; ET_WeaponUnk044 weapon_044; ET_WeaponUnk046 weapon_046; ET_WeaponUnk047 weapon_047; ET_Shield shield; ET_DarkShield darkShield; ET_KarmaCoin karmacoin; ET_Sword sword; ET_HeavenSword heavenSword; ET_HeavenSword2 heavenSword2; ET_MedusaShieldLaser medshieldlaser; ET_ShamanShieldStar shamanshieldstar; ET_HeraldShieldSwirlEffect heraldSwirl; ET_Food food; ET_HitByIce hitbyice; ET_HitByLightning hitbylightning; ET_PlayerBlink playerBlink; ET_Mist mist; ET_Bat bat; ET_BatFamBlueTrail batFamBlueTrail; ET_BatEcho batEcho; ET_SoulStealOrb soulStealOrb; ET_GaibonSlogra GS_Props; ET_WarpRoom warpRoom; ET_Teleport teleport; ET_Merman merman; ET_Merman_2 merman2; ET_MermanWaterSplash mermanWaterSplash; ET_Agunea agunea; ET_801291C4 et_801291C4; ET_8017091C et_8017091C; ET_AguneaCrash aguneaCrash; ET_stopwatch stopwatch; ET_StopWatch et_801719A4; ET_stopwatchCircle et_stopwatchCircle; ET_stopwatchSparkle et_stopWatchSparkle; ET_80161FF0 et_80161FF0; ET_80162870 et_80162870; ET_Whip whip; ET_RichterPowerUpRing ricPowerRing; ET_TransparentWhiteCircle whiteCircle; ET_8016E9E4 et_8016E9E4; ET_801CF254 et_801CF254; ET_GurkhaSword gurkhaSword; ET_Dracula dracula; ET_DracFinal dracFinalForm; ET_Succubus succubus; ET_StageTitleCard stageTitleCard; ET_RoomTransition2 roomTransition2; ET_WargExplosionPuffOpaque wargpuff; ET_801BCC4C et_801BCC4C; ET_ShuttingWindow shuttingWindow; ET_CastleDoor castleDoor; ET_DeathSkySwirl deathSkySwirl; ET_Elevator elevator; ET_801D0B40 et_801D0B40; ET_801D1BB8 et_801D1BB8; ET_801D0B78 et_801D0B78; ET_WaterEffects waterEffects; ET_GurkhaHammer GH_Props; ET_801CE4CC et_801CE4CC; ET_801CDFD8 et_801CDFD8; ET_TransparentWater transparentWater; ET_HeartRoomGoldDoor heartRoomGoldDoor; ET_CastleDoorTransition castleDoorTransition; ET_AlucardController alucardController; ET_ForegroundTree foregroundTree; ET_FadeToWhite fadeToWhite; ET_DeathStolenItems deathStolenItems; ET_Death death; ET_SpittleBone spittleBone; ET_Player player; ET_801CC820 et_801CC820; ET_801AF774 et_801AF774; ET_Drop drop; ET_BigRedFireball bigredfireball; ET_SummonSpirit summonspirit; ET_3DBackgroundhouse bghouse; ET_LifeUpSpawn lifeUpSpawn; ET_AxeKnight axeknight; ET_801B0AA4 et_801B0AA4; ET_Owl owl; ET_AlucardWaterEffect aluwater; ET_80123B40 et_80123B40; ET_80129864 et_80129864; ET_801B28E4 et_801B28E4; ET_PlayerOutline playerOutline; ET_HPNumberMove hpNumMove; ET_GuardText guardText; ET_Dissolve dissolve; ET_LockCamera lockCamera; ET_CavernDoor cavernDoor; ET_UnkSelEnts unkSelEnts; ET_ZombieSpawner zombieSpawner; ET_Skeleton skeleton; ET_NZ0_311C0 nz0311c0; ET_StrongWargDeathBeams strongWargDeathBeams; ET_ClockRoom clockRoom; ET_Birdcage birdcage; ET_Statue statue; ET_StoneDoor stoneDoor; ET_EntityExplosion3 entityExplosion3; } Ext; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; typedef enum { FLAG_DRAW_DEFAULT = 0x00, FLAG_DRAW_ROTX = 0x01, FLAG_DRAW_ROTY = 0x02, FLAG_DRAW_ROTZ = 0x04, FLAG_DRAW_UNK8 = 0x08, FLAG_DRAW_UNK10 = 0x10, FLAG_DRAW_UNK20 = 0x20, FLAG_DRAW_UNK40 = 0x40, FLAG_DRAW_UNK80 = 0x80, FLAG_DRAW_UNK100 = 0x100, } DrawFlag; typedef enum { FLAG_UNK_10 = 0x10, FLAG_UNK_20 = 0x20, FLAG_UNK_40 = 0x40, FLAG_UNK_80 = 0x80, FLAG_DEAD = 0x100, FLAG_UNK_200 = 0x200, FLAG_UNK_400 = 0x400, FLAG_UNK_800 = 0x800, FLAG_UNK_1000 = 0x1000, FLAG_UNK_2000 = 0x2000, FLAG_UNK_4000 = 0x4000, FLAG_UNK_8000 = 0x8000, FLAG_UNK_10000 = 0x10000, FLAG_UNK_20000 = 0x20000, FLAG_POS_PLAYER_LOCKED = 0x40000, FLAG_UNK_80000 = 0x80000, FLAG_UNK_100000 = 0x100000, FLAG_UNK_00200000 = 0x00200000, FLAG_UNK_400000 = 0x400000, FLAG_HAS_PRIMS = 0x800000, FLAG_NOT_AN_ENEMY = 0x01000000, FLAG_UNK_02000000 = 0x02000000, FLAG_KEEP_ALIVE_OFFCAMERA = 0x04000000, FLAG_POS_CAMERA_LOCKED = 0x08000000, FLAG_UNK_10000000 = 0x10000000, FLAG_UNK_20000000 = 0x20000000, FLAG_DESTROY_IF_BARELY_OUT_OF_CAMERA = 0x40000000, FLAG_DESTROY_IF_OUT_OF_CAMERA = 0x80000000, } EntityFlag; enum BlueprintKind { B_DECOR, B_WPN, B_WPN_UNIQUE, B_KIND_3, B_KIND_4, B_KIND_5, B_KIND_6, B_KIND_7, B_KIND_8, B_KIND_9, B_KIND_10, B_KIND_11, B_KIND_12, B_KIND_13, B_KIND_14, B_KIND_15, }; typedef struct { struct DIRENTRY entries[(15)]; u32 unk258; u32 unk25C; u32 nBlockUsed; s32 nFreeBlock; u8 blocks[(15)]; } MemcardInfo; typedef enum { Game_Init, Game_Title, Game_Play, Game_GameOver, Game_NowLoading, Game_VideoPlayback, Game_Unk6, Game_PrologueEnd, Game_MainMenu, Game_Ending, Game_Boot, Game_99 = 99, } GameState; typedef enum { Engine_Init, Engine_Normal, Engine_Menu, Engine_3, Engine_5 = 5, Engine_10 = 10, Engine_Map = 20, Engine_0x70 = 0x70 } GameEngineStep; typedef enum { STAGE_NO0 = 0x00, STAGE_NO1 = 0x01, STAGE_LIB = 0x02, STAGE_CAT = 0x03, STAGE_NO2 = 0x04, STAGE_CHI = 0x05, STAGE_DAI = 0x06, STAGE_NP3 = 0x07, STAGE_CEN = 0x08, STAGE_NO4 = 0x09, STAGE_ARE = 0x0A, STAGE_TOP = 0x0B, STAGE_NZ0 = 0x0C, STAGE_NZ1 = 0x0D, STAGE_WRP = 0x0E, STAGE_NO1_ALT = 0x0F, STAGE_NO0_ALT = 0x10, STAGE_DRE = 0x12, STAGE_NZ0_DEMO = 0x13, STAGE_NZ1_DEMO = 0x14, STAGE_LIB_DEMO = 0x15, STAGE_BO7 = 0x16, STAGE_MAR = 0x17, STAGE_BO6 = 0x18, STAGE_BO5 = 0x19, STAGE_BO4 = 0x1A, STAGE_BO3 = 0x1B, STAGE_BO2 = 0x1C, STAGE_BO1 = 0x1D, STAGE_BO0 = 0x1E, STAGE_ST0 = 0x1F, STAGE_RNO0 = STAGE_NO0 | 0x20, STAGE_RNO1 = STAGE_NO1 | 0x20, STAGE_RLIB = STAGE_LIB | 0x20, STAGE_RCAT = STAGE_CAT | 0x20, STAGE_RNO2 = STAGE_NO2 | 0x20, STAGE_RCHI = STAGE_CHI | 0x20, STAGE_RDAI = STAGE_DAI | 0x20, STAGE_RNO3 = STAGE_NP3 | 0x20, STAGE_RCEN = STAGE_CEN | 0x20, STAGE_RNO4 = STAGE_NO4 | 0x20, STAGE_RARE = STAGE_ARE | 0x20, STAGE_RTOP = STAGE_TOP | 0x20, STAGE_RNZ0 = STAGE_NZ0 | 0x20, STAGE_RNZ1 = STAGE_NZ1 | 0x20, STAGE_RWRP = STAGE_WRP | 0x20, STAGE_RNZ1_DEMO = 0x35, STAGE_RBO8 = 0x36, STAGE_RBO7 = 0x37, STAGE_RBO6 = 0x38, STAGE_RBO5 = 0x39, STAGE_RBO4 = 0x3A, STAGE_RBO3 = 0x3B, STAGE_RBO2 = 0x3C, STAGE_RBO1 = 0x3D, STAGE_RBO0 = 0x3E, STAGE_MAD = 0x40, STAGE_NO3 = 0x41, STAGE_IWA_LOAD = 0x42, STAGE_IGA_LOAD = 0x43, STAGE_HAGI_LOAD = 0x44, STAGE_SEL = 0x45, STAGE_TE1 = 0x46, STAGE_TE2 = 0x47, STAGE_TE3 = 0x48, STAGE_TE4 = 0x49, STAGE_TE5 = 0x4A, STAGE_TOP_ALT = 0x4B, STAGE_EU_WARNING = 0x70, STAGE_ENDING = 0xFE, STAGE_MEMORYCARD = 0xFF, } Stages; typedef enum { Play_Reset = 0, Play_Init, Play_PrepareDemo, Play_Default, Play_PrepareNextStage, Play_LoadStageChr, Play_WaitStageChr, Play_LoadStageSfx, Play_WaitStageSfx, Play_LoadStagePrg, Play_WaitStagePrg, Play_16 = 16, Gameover_Init = 0, Gameover_AllocResources, Gameover_2, Gameover_3, Gameover_4, Gameover_5, Gameover_6, Gameover_7, Gameover_8, Gameover_9, Gameover_10, Gameover_11, Gameover_Alt = 99, Gameover_Init_Alt, Gameover_AllocResources_Alt, Gameover_2_Alt, Gameover_3_Alt, Gameover_11_Alt = 111, NowLoading_2 = 2, } GameSteps; typedef enum { Demo_None, Demo_PlaybackInit, Demo_Recording, Demo_End, Demo_Playback, } DemoMode; typedef enum { TIMEATTACK_INVALID = -1, TIMEATTACK_GET_RECORD, TIMEATTACK_SET_RECORD, TIMEATTACK_SET_VISITED, } TimeAttackActions; typedef enum { TIMEATTACK_EVENT_DRACULA_DEFEAT, TIMEATTACK_EVENT_ORLOX_DEFEAT, TIMEATTACK_EVENT_DOPPLEGANGER_10_DEFEAT, TIMEATTACK_EVENT_GRANFALOON_DEFEAT, TIMEATTACK_EVENT_MINOTAUR_WEREWOLF_DEFEAT, TIMEATTACK_EVENT_SCYLLA_DEFEAT, TIMEATTACK_EVENT_SLOGRA_GAIBON_DEFEAT, TIMEATTACK_EVENT_HYPPOGRYPH_DEFEAT, TIMEATTACK_EVENT_BEELZEBUB_DEFEAT, TIMEATTACK_EVENT_SUCCUBUS_DEFEAT, TIMEATTACK_EVENT_KARASUMAN_DEFEAT, TIMEATTACK_EVENT_RALPH_GRANT_SYPHA_DEFEAT, TIMEATTACK_EVENT_DEATH_DEFEAT, TIMEATTACK_EVENT_CERBERUS_DEFEAT, TIMEATTACK_EVENT_SAVE_RICHTER, TIMEATTACK_EVENT_MEDUSA_DEFEAT, TIMEATTACK_EVENT_THE_CREATURE_DEFEAT, TIMEATTACK_EVENT_LESSER_DEMON_DEFEAT, TIMEATTACK_EVENT_DOPPLEGANGER_40_DEFEAT, TIMEATTACK_EVENT_AKMODAN_II_DEFEAT, TIMEATTACK_EVENT_DARKWING_BAT_DEFEAT, TIMEATTACK_EVENT_GALAMOTH_DEFEAT, TIMEATTACK_EVENT_FINAL_SAVEPOINT, TIMEATTACK_EVENT_MEET_DEATH, TIMEATTACK_EVENT_GET_HOLYGLASSES, TIMEATTACK_EVENT_MEET_MASTER_LIBRARIAN, TIMEATTACK_EVENT_FIRST_MARIA_MEET, NUM_TIMEATTACK_EVENTS, TIMEATTACK_EVENT_UNUSED_28, TIMEATTACK_EVENT_UNUSED_29, TIMEATTACK_EVENT_UNUSED_30, TIMEATTACK_EVENT_UNUSED_31, TIMEATTACK_EVENT_END, TIMEATTACK_EVENT_INVALID = 0xFF, } TimeAttackEvents; struct Entity; typedef struct { s32 x; s32 y; } Point32; typedef struct { u8 vabid; u8 prog; u8 note; s8 volume; u8 mode; u8 tone; u8 unk6; } Unkstruct_800BF554; typedef struct { u_long* desc; u_long* data; u16 unk8; u16 index; u16 unkC; u16 unkE; u8 unkArray[0x30]; } Unkstruct_8006C3C4; typedef struct { char pad0[0x14]; s32 unk14; s32 unk18; s32 unk1C; s32 unk20; } Unkstruct_8010BF64; typedef struct { s16 sndId; u16 sndVol; s16 sndPan; } SfxRingBufferItem; typedef struct { s32 unk0; s32 unk4; s32 unk8; s32 unkC; } Unkstruct_800EA5E4; typedef struct { s32 unk0; s32 unk4; s32 unk8; s32 unkC; } Unkstruct_800FDB18; typedef struct Unkstruct_801C6C6C { union { struct { u16 w; u16 x; } c; s32 p; } x; union { struct { u16 h; u16 y; } c; s32 p; } y; } Unkstruct_801C6C6C; typedef struct { u16 start; s16 current; s16* coords; s16 unk8; } Unkstruct_80102CD8; typedef struct { s16 animSet; s16 unk2; u16 palette; s8 drawMode; char pad_7; s32 unk8; } Unkstruct_80180FE0; typedef struct Unkstruct_801C7954 { u16 x1; u16 x0; u16 y2; u16 y0; u16 y3; u16 y1; u16 x3; u16 x2; } Unkstruct_801C7954; typedef struct { u8 unk0[8]; u8 unk8[8]; u8 unk16[1]; u8 pad3[5]; u32 unk18; } Unkstruct_800ADEF0; typedef struct { u16 palette; u8 unk2; } Unkstruct_800AE180; typedef struct { s32 D_800973F8; s32 D_800973FC; s32 unk0; s32 unk4; s32 g_zEntityCenter; s32 unkC; s32 BottomCornerTextTimer; s32 BottomCornerTextPrims; s32 unk18; s32 unk1C; s32 unk20; s32 unk24; s32 D_80097428[8]; } unkGraphicsStruct; typedef struct { u8 count; u8 r; u8 g; u8 b; u8 w; u8 h; u16 priority; u16 drawMode; s16 unkA; u32 flags; } unkStr_8011E4BC; typedef struct { s32 : 32; s16 unk4; s16 unk6; s16 unk8; s16 unkA; s16 unkC; s32 unk10; s32 unk14; s32 unk18; } Unkstruct_8012BEF8; typedef struct { u8 childId; u8 unk1; u8 unk2; u8 unk3; u8 unk4; u8 unk5; } FactoryBlueprint; typedef struct { s32 unk0; s16 unk4; } unkstr_800cfe48; typedef struct { s16 flipX; s16 flipY; s16 clut; s16 unk3; s16 unk4; u8 r; u8 g; u8 b; u8 unused; } Unkstruct_8017AAD8; typedef struct { f32 x; f32 y; } Pos; typedef struct { f32 posX; f32 posY; } Camera; typedef struct { unsigned char width; unsigned char height; unsigned short unk2; unsigned char data[0]; } ImgSrc; typedef struct { u32 gfxOff; u32 ovlOff; u32 ovlLen; u32 vhOff; u32 vhLen; u32 vbLen; u32 unk18; const char* gfxName; const char* ovlName; const char* name; u8 unk28; s8 seqIdx; u16 unk2A; } Lba; typedef struct { s16 cursorX; s16 cursorY; s16 cursorW; s16 cursorH; RECT unk1; s16 w; s16 h; s16 unk14; s16 unk16; s16 otIdx; s16 unk1A; u8 unk1C; u8 unk1D; } MenuContext; typedef struct { u8 tileLayoutId; u8 tilesetId; u8 objGfxId; u8 objLayoutId; } RoomLoadDef; typedef struct { RoomLoadDef* def; } RoomLoadDefHolder; typedef struct { u8 left; u8 top; u8 right; u8 bottom; RoomLoadDef load; } RoomHeader; typedef struct { u16 x; u16 y; u16 roomId; u16 unk6; u16 stageId; } RoomTeleport; typedef struct { s32 x; s32 y; Stages stageId; TimeAttackEvents eventId; s32 unk10; } RoomBossTeleport; typedef struct { u16 pressed; s16 previous; u16 tapped; u16 repeat; } Pad; typedef struct { u16 duration; u16 unk2; } AnimationFrame; typedef struct { s8 unk0; s8 unk2; s8 hitboxWidth; s8 hitboxHeight; } FrameProperty; typedef enum { Player_Stand, Player_Walk, Player_Crouch, Player_Fall, Player_Jump, Player_MorphBat, Player_AlucardStuck, Player_MorphMist, Player_HighJump, Player_UnmorphBat, Player_Hit, Player_StatusStone, Player_BossGrab, Player_KillWater, Player_UnmorphMist, Player_SwordWarp, Player_Kill, Player_Unk17, Player_Teleport, Player_FlameWhip, Player_Hydrostorm, Player_ThousandBlades, Player_RichterFourHolyBeasts, Player_Slide, Player_MorphWolf, Player_UnmorphWolf, Player_SlideKick, Player_Unk27, Player_SpellDarkMetamorphosis = 32, Player_SpellSummonSpirit, Player_SpellHellfire, Player_SpellTetraSpirit, Player_Spell36, Player_SpellSoulSteal, Player_Unk38, Player_SpellSwordBrothers, Player_AxearmorStand, Player_AxearmorWalk, Player_AxearmorJump, Player_AxearmorHit, Player_Unk48 = 48, Player_Unk49, Player_Unk50 } PlayerSteps; typedef struct Entity { f32 posX; f32 posY; s32 velocityX; s32 velocityY; s16 hitboxOffX; s16 hitboxOffY; u16 facingLeft; u16 palette; u8 drawMode; u8 drawFlags; s16 rotX; s16 rotY; s16 rotZ; s16 rotPivotX; s16 rotPivotY; u16 zPriority; u16 entityId; PfnEntityUpdate pfnUpdate; u16 step; u16 step_s; u16 params; u16 entityRoomIndex; s32 flags; s16 unk38; u16 enemyId; u16 hitboxState; s16 hitPoints; s16 attack; s16 attackElement; u16 hitParams; u8 hitboxWidth; u8 hitboxHeight; u8 hitFlags; u8 nFramesInvincibility; s16 unk4A; AnimationFrame* anim; u16 animFrameIdx; s16 animFrameDuration; s16 animSet; s16 animCurFrame; s16 stunFrames; u16 unk5A; struct Entity* unk5C; struct Entity* unk60; s32 primIndex; u16 unk68; u16 hitEffect; u8 unk6C; u8 unk6D[11]; s32 unk78; Ext ext; } Entity; typedef struct { u16 animSet; u16 zPriority; u16 unk5A; u16 palette; u16 drawFlags; u16 drawMode; u32 unkC; u8* unk10; } ObjInit; typedef struct { u16 animSet; u16 zPriority; u8 facingLeft; u8 unk5A; u16 palette; u16 drawFlags; u16 drawMode; u32 unkC; u8* unk10; } ObjInit2; typedef struct GpuBuffer { struct GpuBuffer* next; DRAWENV draw; DISPENV disp; DR_ENV env[0x10]; u_long ot[0x200]; DR_MODE drawModes[0x400]; POLY_GT4 polyGT4[0x300]; POLY_G4 polyG4[0x100]; POLY_GT3 polyGT3[0x30]; LINE_G2 lineG2[0x100]; SPRT_16 sprite16[0x280]; TILE tiles[0x100]; SPRT sprite[0x200]; } GpuBuffer; typedef struct { u32 drawModes; u32 gt4; u32 g4; u32 gt3; u32 line; u32 sp16; u32 tile; u32 sp; u32 env; } GpuUsage; typedef enum { GFX_BANK_NONE, GFX_BANK_4BPP, GFX_BANK_8BPP, GFX_BANK_16BPP, GFX_BANK_COMPRESSED, } GfxBankKind; typedef struct { u_long* xy; u_long* wh; u_long* data; } GfxEntry; typedef struct { GfxBankKind kind; GfxEntry entries[0]; } GfxBank; typedef struct { GfxEntry* next; u16 kind; s16 unk6; s16 unk8; s16 unkA; } GfxLoad; typedef enum EquipKind { EQUIP_HAND, EQUIP_HEAD, EQUIP_ARMOR, EQUIP_CAPE, EQUIP_ACCESSORY, NUM_EQUIP_KINDS, } EquipKind; typedef enum { ITEM_S_SWORD, ITEM_SWORD, ITEM_THROW_1, ITEM_FIST, ITEM_CLUB, ITEM_TWOHAND, ITEM_FOOD, ITEM_BOMB, ITEM_THROW_2, ITEM_SHIELD, ITEM_MEDICINE, ITEM_END, } ItemCategory; typedef enum { SUBWPN_NONE, SUBWPN_DAGGER, SUBWPN_AXE, SUBWPN_HOLYWATER, SUBWPN_CROSS, SUBWPN_BIBLE, SUBWPN_STOPWATCH, SUBWPN_REBNDSTONE, SUBWPN_VIBHUTI, SUBWPN_AGUNEA } SubWpnID; typedef enum { STAT_STR, STAT_CON, STAT_INT, STAT_LCK } Stats; typedef struct { s32 level; s32 exp; s32 unk8; } FamiliarStats; typedef enum { RELIC_SOUL_OF_BAT, RELIC_FIRE_OF_BAT, RELIC_ECHO_OF_BAT, RELIC_FORCE_OF_ECHO, RELIC_SOUL_OF_WOLF, RELIC_POWER_OF_WOLF, RELIC_SKILL_OF_WOLF, RELIC_FORM_OF_MIST, RELIC_POWER_OF_MIST, RELIC_GAS_CLOUD, RELIC_CUBE_OF_ZOE, RELIC_SPIRIT_ORB, RELIC_GRAVITY_BOOTS, RELIC_LEAP_STONE, RELIC_HOLY_SYMBOL, RELIC_FAERIE_SCROLL, RELIC_JEWEL_OF_OPEN, RELIC_MERMAN_STATUE, RELIC_BAT_CARD, RELIC_GHOST_CARD, RELIC_FAERIE_CARD, RELIC_DEMON_CARD, RELIC_SWORD_CARD, RELIC_JP_0, RELIC_JP_1, RELIC_HEART_OF_VLAD, RELIC_TOOTH_OF_VLAD, RELIC_RIB_OF_VLAD, RELIC_RING_OF_VLAD, RELIC_EYE_OF_VLAD, NUM_RELICS, } RelicIds; typedef enum { SPELL_DARK_METAMORPHOSIS, SPELL_SUMMON_SPIRIT, SPELL_HELLFIRE, SPELL_TETRA_SPIRIT, SPELL_WOLF_CHARGE, SPELL_SOUL_STEAL, SPELL_WING_SMASH, SPELL_SWORD_BROTHERS, NUM_SPELLS, } SpellIds; typedef enum { FAM_STATS_BAT, FAM_STATS_GHOST, FAM_STATS_FAERIE, FAM_STATS_DEMON, FAM_STATS_SWORD, FAM_STATS_YOUSEI, FAM_STATS_NOSE_DEMON, NUM_FAMILIARS } FamiliarStatsIds; typedef enum { FAM_ACTIVE_NONE, FAM_ACTIVE_BAT = FAM_STATS_BAT + 1, FAM_ACTIVE_GHOST = FAM_STATS_GHOST + 1, FAM_ACTIVE_FAERIE = FAM_STATS_FAERIE + 1, FAM_ACTIVE_DEMON = FAM_STATS_DEMON + 1, FAM_ACTIVE_SWORD = FAM_STATS_SWORD + 1, FAM_ACTIVE_YOUSEI = FAM_STATS_YOUSEI + 1, FAM_ACTIVE_NOSE_DEMON = FAM_STATS_NOSE_DEMON + 1, } FamiliarActiveIds; typedef struct { u8 relics[30]; u8 spells[NUM_SPELLS]; u8 equipHandCount[169]; u8 equipBodyCount[90]; u8 equipHandOrder[169]; u8 equipBodyOrder[90]; u8 saveName[12]; u32 spellsLearnt; s32 hp; s32 hpMax; s32 hearts; s32 heartsMax; s32 mp; s32 mpMax; s32 statsBase[4]; s32 statsEquip[4]; s32 statsTotal[4]; u32 level; u32 exp; s32 gold; s32 killCount; u32 D_80097BF8; u32 subWeapon; u32 equipment[7]; u32 attackHands[2]; s32 defenseEquip; u16 defenseElement; u16 D_80097C2A; u16 D_80097C2C; u16 D_80097C2E; s32 timerHours; s32 timerMinutes; s32 timerSeconds; s32 timerFrames; u32 D_80097C40; FamiliarStats statsFamiliars[NUM_FAMILIARS]; } PlayerStatus; typedef struct { s32 cursorMain; s32 cursorRelic; s32 cursorEquip; s32 cursorEquipType[NUM_EQUIP_KINDS]; s32 scrollEquipType[NUM_EQUIP_KINDS]; s32 cursorSpells; s32 cursorSettings; s32 cursorCloak; s32 cursorButtons; s32 cursorWindowColors; s32 cursorTimeAttack; } MenuNavigation; typedef struct { u32 buttonConfig[8]; u16 buttonMask[8]; s32 timeAttackRecords[TIMEATTACK_EVENT_END]; s32 cloakColors[6]; s32 windowColors[3]; s32 equipOrderTypes[ITEM_END]; s32 isCloakLiningReversed; s32 isSoundMono; s32 D_8003CB00; s32 D_8003CB04; } GameSettings; typedef struct { u8 Magic[2]; u8 Type; u8 BlockEntry; u8 Title[64]; u8 reserve[28]; u8 Clut[32]; u8 Icon[3][128]; } MemcardHeader; typedef struct { char name[12]; s32 level; s32 gold; s32 playHours; s32 playMinutes; s32 playSeconds; s32 cardIcon; s32 endGameFlags; s16 stage; u16 nRoomsExplored; u16 roomX; u16 roomY; s32 character; s32 saveSize; } SaveInfo; typedef struct { MemcardHeader header; SaveInfo info; PlayerStatus status; MenuNavigation menuNavigation; GameSettings settings; u8 castleFlags[0x300]; u8 castleMap[0x800]; s32 rng; } SaveData; typedef struct { u8* gfxPage; u8* gfxIndex; u8* clut; u8* collision; } TileDefinition; typedef struct { u32 left : 6; u32 top : 6; u32 right : 6; u32 bottom : 6; u8 params : 8; } LayoutRect; typedef struct { u16* layout; TileDefinition* tileDef; LayoutRect rect; u16 zPriority; u16 flags; } LayerDef; typedef struct { LayerDef* fg; LayerDef* bg; } RoomDef; typedef struct { s16 x; s16 y; s16 width; s16 height; s16 clut; s16 tpage; s16 texLeft; s16 texTop; s16 texRight; s16 texBottom; } Sprite; typedef struct { s16 flags; s16 offsetx; s16 offsety; s16 width; s16 height; s16 clut; s16 tileset; s16 left; s16 top; s16 right; s16 bottom; } SpritePart; typedef struct { u16 count; SpritePart parts[0]; } SpriteParts; typedef struct { void (*Update)(void); void (*HitDetection)(void); void (*UpdateRoomPosition)(void); void (*InitRoomEntities)(s32 layoutId); RoomHeader* rooms; SpriteParts** spriteBanks; u_long** cluts; void* objLayoutHorizontal; RoomDef* tileLayers; GfxBank** gfxBanks; void (*UpdateStageEntities)(void); u8** unk2c; u8** unk30; s32* unk34; s32* unk38; void (*StageEndCutScene)(void); } Overlay; typedef struct { void (*Update)(void); void (*HitDetection)(void); void (*UpdateRoomPosition)(void); void (*InitRoomEntities)(s32 layoutId); RoomHeader* rooms; SpriteParts** spriteBanks; u_long** cluts; void* objLayoutHorizontal; RoomDef* tileLayers; GfxBank** gfxBanks; void (*UpdateStageEntities)(void); } AbbreviatedOverlay; typedef enum { EFFECT_SOLID = 1 << 0, EFFECT_UNK_0002 = 1 << 1, EFFECT_QUICKSAND = 1 << 2, EFFECT_WATER = 1 << 3, EFFECT_MIST_ONLY = 1 << 4, EFFECT_UNK_0020 = 1 << 5, EFFECT_SOLID_FROM_ABOVE = 1 << 6, EFFECT_SOLID_FROM_BELOW = 1 << 7, EFFECT_UNK_0100 = 1 << 8, EFFECT_UNK_0200 = 1 << 9, EFFECT_UNK_0400 = 1 << 10, EFFECT_UNK_0800 = 1 << 11, EFFECT_UNK_1000 = 1 << 12, EFFECT_UNK_2000 = 1 << 13, EFFECT_UNK_4000 = 1 << 14, EFFECT_UNK_8000 = 1 << 15, EFFECT_NOTHROUGH = EFFECT_SOLID | EFFECT_QUICKSAND, EFFECT_NOTHROUGH_PLUS = EFFECT_SOLID | EFFECT_UNK_0002 | EFFECT_QUICKSAND, EFFECT_UNK_C000 = EFFECT_UNK_8000 | EFFECT_UNK_4000 } ColliderEffectFlags; typedef struct Collider { u32 effects; s32 unk4; s32 unk8; s32 unkC; s32 unk10; s32 unk14; s32 unk18; s32 unk1C; s32 unk20; } Collider; typedef struct XaMusicConfig { u32 cd_addr; s32 unk228; u8 filter_file; u8 filter_channel_id; u8 volume; u8 unk22f; u8 unk230; u8 pad[3]; } XaMusicConfig; typedef struct { const char* name; s16 hitPoints; s16 attack; u16 attackElement; s16 defense; u16 hitboxState; u16 weaknesses; u16 strengths; u16 immunes; u16 absorbs; u16 level; u16 exp; u16 rareItemId; u16 uncommonItemId; u16 rareItemDropRate; u16 uncommonItemDropRate; u8 hitboxWidth; u8 hitboxHeight; s32 flags; } EnemyDef; typedef struct { s16 attack; s16 heartCost; u16 attackElement; u8 unk6; u8 nFramesInvincibility; u16 stunFrames; u8 anim; u8 blueprintNum; u16 hitboxState; u16 hitEffect; u8 crashId; u8 unk11; u16 entityRoomIndex; } SubweaponDef; typedef struct { const char* name; const char* description; s16 attack; s16 defense; u16 element; u8 itemCategory; u8 weaponId; u8 palette; u8 unk11; u8 playerAnim; u8 unk13; u8 unk14; u8 lockDuration; u8 chainLimit; u8 unk17; u8 specialMove; u8 isConsumable; u8 enemyInvincibilityFrames; u8 unk1B; u32 comboSub; u32 comboMain; u16 mpUsage; u16 stunFrames; u16 hitType; u16 hitEffect; u16 icon; u16 iconPalette; u16 criticalRate; u16 unk32; } Equipment; typedef struct { const char* name; const char* description; s16 attBonus; s16 defBonus; u8 statsBonus[4]; u16 unk10; u16 unk12; u16 unk14; u16 unk16; u16 icon; u16 iconPalette; u16 equipType; u16 unk1E; } Accessory; typedef struct { const char* name; const char* combo; const char* description; u8 mpUsage; s8 nFramesInvincibility; s16 stunFrames; s16 hitboxState; s16 hitEffect; s16 entityRoomIndex; u16 attackElement; s16 attack; s16 unk1A; } SpellDef; typedef struct { const char* name; const char* desc; u16 unk08; u16 unk0A; s32 unk0C; } RelicDesc; typedef struct { const char* name; const char* desc; u16 icon; u16 iconPalette; u16 unk0C; u16 unk0E; } RelicOrb; typedef struct { const char* nextCharDialogue; s16 startX; s16 nextLineY; s16 startY; s16 nextCharX; s16 nextLineX; s16 nextCharY; s16 portraitAnimTimer; u16 unk12; u16 clutIndex; u8 nextCharTimer; u8 unk17; Primitive* prim[6]; s32 primIndex[3]; u16 unk3C; u16 timer; const char* unk40; } Dialogue; typedef struct { u32 effects; u32 damageKind; s32 damageTaken; s32 unkC; } DamageParam; typedef struct { Overlay o; void (*FreePrimitives)(s32); s16 (*AllocPrimitives)(PrimitiveType type, s32 count); void (*CheckCollision)(s32 x, s32 y, Collider* res, s32 unk); void (*func_80102CD8)(s32 arg0); void (*UpdateAnim)( FrameProperty* frameProps, AnimationFrame** anims); void (*SetSpeedX)(s32 value); Entity* (*GetFreeEntity)(s16 start, s16 end); void (*GetEquipProperties)( s32 handId, Equipment* res, s32 equipId); s32 (*func_800EA5E4)(u32); void (*LoadGfxAsync)(s32 gfxId); void (*PlaySfx)(s32 sfxId); s16 (*func_800EDB58)(s32, s32); void (*func_800EA538)(s32 arg0); void (*g_pfn_800EA5AC)(u16 arg0, u8 arg1, u8 arg2, u8 arg3); void (*func_801027C4)(u32 arg0); void (*func_800EB758)( s16 pivotX, s16 pivotY, Entity* e, u16 flags, POLY_GT4* p, u8 flipX); Entity* (*CreateEntFactoryFromEntity)( Entity* self, u32 flags, s32 arg2); bool (*func_80131F68)(void); DR_ENV* (*func_800EDB08)(POLY_GT4* poly); u16* (*func_80106A28)(u32 arg0, u16 kind); void (*func_80118894)(Entity*); EnemyDef* enemyDefs; Entity* (*func_80118970)(void); s16 (*func_80118B18)( Entity* ent1, Entity* ent2, s32 facingLeft); s32 (*UpdateUnarmedAnim)(s8* frameProps, u16** frames); void (*PlayAnimation)(s8*, AnimationFrame** frames); void (*func_80118C28)(s32 arg0); void (*func_8010E168)(s32 arg0, s16 arg1); void (*func_8010DFF0)(s32 arg0, s32 arg1); u16 (*DealDamage)( Entity* enemyEntity, Entity* attackerEntity); void (*LoadEquipIcon)(s32 equipIcon, s32 palette, s32 index); Equipment* equipDefs; Accessory* accessoryDefs; void (*AddHearts)(s32 value); bool (*LoadMonsterLibrarianPreview)(s32 monsterId); s32 (*TimeAttackController)( TimeAttackEvents eventId, TimeAttackActions action); void* (*func_8010E0A8)(void); void (*func_800FE044)(s32, s32); void (*AddToInventory)(u32 id, EquipKind kind); RelicOrb* relicDefs; void (*InitStatsAndGear)(bool debugMode); s32 (*PlaySfxVolPan)(s32 sfxId, s32 sfxVol, s32 sfxPan); s32 (*SetVolumeCommand22_23)(s16 vol, u16 distance); void (*func_800F53A4)(void); u32 (*CheckEquipmentItemCount)(u32 itemId, u32 equipType); void (*func_8010BF64)(Unkstruct_8010BF64* arg0); void (*func_800F1FC4)(s32 arg0); void (*func_800F2288)(s32 arg0); void (*func_8011A3AC)( Entity* entity, s32 spellId, s32 arg2, FamiliarStats* out); s32 (*func_800FF460)(s32 arg0); s32 (*func_800FF494)(EnemyDef* arg0); bool (*CdSoundCommandQueueEmpty)(void); bool (*func_80133950)(void); bool (*func_800F27F4)(s32 arg0); s32 (*func_800FF110)(s32 arg0); s32 (*func_800FD664)(s32 arg0); s32 (*CalcPlayerDamage)(DamageParam* damageParam); void (*LearnSpell)(s32 spellId); void (*DebugInputWait)(const char* str); void* unused12C; void* unused130; void* unused134; void* unused138; void* unused13C; } GameApi; typedef struct { void (*D_8013C000)(void); void (*D_8013C004)(u16 params); void (*D_8013C008)(void); void (*D_8013C00C)(void); } PlayerOvl; extern PlayerOvl g_PlOvl; extern u8** g_PlOvlAluBatSpritesheet[1]; extern u8* g_PlOvlSpritesheet[]; extern void (*g_api_FreePrimitives)(s32); extern s16 (*g_api_AllocPrimitives)(PrimitiveType type, s32 count); extern void (*g_api_CheckCollision)(s32 x, s32 y, Collider* res, s32 unk); extern void (*g_api_func_80102CD8)(s32 arg0); extern void (*g_api_UpdateAnim)(FrameProperty* frameProps, s32* arg1); extern void (*g_api_SetSpeedX)(s32 value); extern Entity* (*g_api_GetFreeEntity)(s16 start, s16 end); extern void (*g_api_GetEquipProperties)( s32 handId, Equipment* res, s32 equipId); extern s32 (*g_api_func_800EA5E4)(u32); extern void (*g_api_LoadGfxAsync)(s32); extern void (*g_api_PlaySfx)(s32 sfxId); extern s16 (*g_api_func_800EDB58)(s32, s32); extern void (*g_api_func_800EA538)(s32 arg0); extern void (*g_api_g_pfn_800EA5AC)(u16 arg0, u8 arg1, u8 arg2, u8 arg3); extern Entity* (*g_api_CreateEntFactoryFromEntity)( Entity* self, u32 flags, s32 arg2); extern bool (*g_api_func_80131F68)(void); extern DR_ENV* (*g_api_func_800EDB08)(POLY_GT4* poly); extern u16* (*g_api_func_80106A28)(u16 arg0, u16 kind); extern void (*g_api_func_80118894)(Entity*); extern EnemyDef* g_api_enemyDefs; extern u32 (*g_api_UpdateUnarmedAnim)(s8* frameProps, u16** frames); extern void (*g_api_PlayAnimation)(s8*, AnimationFrame** frames); extern void (*g_api_func_8010E168)(s32 arg0, s16 arg1); extern void (*g_api_func_8010DFF0)(s32 arg0, s32 arg1); extern u16 (*g_api_DealDamage)(Entity* enemyEntity, Entity* attackerEntity); extern void (*g_api_LoadEquipIcon)(s32 equipIcon, s32 palette, s32 index); extern Equipment* g_api_equipDefs; extern Accessory* g_api_g_AccessoryDefs; extern void (*g_api_AddHearts)(s32 value); extern s32 (*g_api_TimeAttackController)( TimeAttackEvents eventId, TimeAttackActions action); extern void* (*g_api_func_8010E0A8)(void); extern void (*g_api_func_800FE044)(s32, s32); extern void (*g_api_AddToInventory)(u16 id, EquipKind kind); extern RelicOrb* g_api_relicDefs; extern s32 (*g_api_PlaySfxVolPan)(s32 sfxId, s32 sfxVol, s32 sfxPan); extern s32 (*g_api_SetVolumeCommand22_23)(s16 vol, u16 distance); extern void (*g_api_func_800F53A4)(void); extern u32 (*g_api_CheckEquipmentItemCount)(u32 itemId, u32 equipType); extern void (*g_api_func_8010BF64)(Unkstruct_8010BF64* arg0); extern void (*g_api_func_800F1FC4)(s32 arg0); extern void (*g_api_func_800F2288)(s32 arg0); extern void (*g_api_func_8011A3AC)( Entity* entity, s32 spellId, s32 arg2, FamiliarStats* out); extern s32 (*g_api_func_800FF460)(s32 arg0); extern s32 (*g_api_func_800FF494)(EnemyDef* arg0); extern bool (*g_api_CdSoundCommandQueueEmpty)(void); extern bool (*g_api_func_80133950)(void); extern bool (*g_api_func_800F27F4)(s32 arg0); extern s32 (*g_api_func_800FF110)(s32 arg0); extern s32 (*g_api_func_800FD664)(s32 arg0); extern s32 (*g_api_CalcPlayerDamage)(DamageParam* arg0); extern void (*g_api_LearnSpell)(s32 spellId); extern void (*g_api_func_800E2438)(const char* str); typedef struct { u16** frames; s8* frameProps; u16 palette; u16 soundId; u8 frameStart; u8 soundFrame; s16 unused; } WeaponAnimation; typedef struct { u16* layout; TileDefinition* tileDef; f32 scrollX; f32 scrollY; u32 unused10; u32 unused14; u32 order; u32 flags; u32 w; u32 h; u32 hideTimer; u32 scrollKind; } BgLayer; typedef struct { u16* fg; TileDefinition* tileDef; f32 scrollX; f32 scrollY; s32 unused10; s32 unused14; s32 order; u32 flags; s32 hSize; s32 vSize; u32 hideTimer; s32 left; s32 top; s32 right; s32 bottom; s32 x; s32 y; s32 width; s32 height; s32 unk30; s32 D_800730D4; } Tilemap; typedef struct { u16 flags; u16 unk2; u16 unk4; s16 zPriority; } FgLayer; typedef struct { Collider colliders[4]; Collider colliders2[4]; Collider colliders3[14]; s32 padPressed; s32 padTapped; s32 padHeld; u32 padSim; s32 D_80072EF8; s32 D_80072EFC; s16 timers[16]; s32 pl_vram_flag; s32 unk04; s32 unk08; u32 unk0C; s32 unk10; u32 unk14; s32 unk18; s32 unk1C; s32 unk20; s32 unk24; s32 unk28; s32 unk2C; s32 unk30; s32 unk34; s32 unk38; s32 unk3C; u16 unk40; u16 pl_high_jump_timer; u16 unk44; u16 unk46; u16 unk48; s16 unk4A; u16 unk4C; u16 unk4E; u16 prev_step; u16 prev_step_s; u16 unk54; u16 unk56; u16 unk58; u16 damageTaken; u16 unk5C; u16 unk5E; u16 unk60; u16 unk62; u16 unk64; u16 unk66; u16 unk68; u16 unk6A; u16 unk6C; u16 unk6E; u16 unk70; u16 unk72; u32 unk74; u16 unk78; u16 unk7A; u16 unk7C; u16 unk7E; } PlayerState; typedef struct { RECT rect0; RECT rect1; RECT rect2; u8 r0; u8 g0; u8 b0; u8 enableColorBlend; u8 r1; u8 g1; u8 b1; u8 tpage; u8 r2; u8 g2; u8 b2; u8 flipX; u8 r3; u8 g3; u8 b3; u8 unk27; } PlayerDraw; typedef struct { s16 buttonsCorrect; s16 timer; } ButtonComboState; extern s32 D_8003925C; extern s32 g_IsTimeAttackUnlocked; extern u8 g_CastleFlags[0x300]; extern s32 D_8003C0EC[4]; extern s32 D_8003C0F8; extern s32 D_8003C100; extern u16 g_ClutIds[]; extern s32 D_8003C704; extern FgLayer D_8003C708; extern s16 D_8003C710; extern s16 D_8003C712; extern s32 D_8003C728; extern s32 D_8003C730; extern GameState g_GameState; extern s32 D_8003C738; extern s32 D_8003C73C; extern u32 D_8003C744; extern u32 g_RoomCount; extern GameApi g_api; extern s32 D_8003C8B8; extern u32 g_GameTimer; extern bool D_8003C908; extern s32 g_EquippedWeaponIds[2]; extern u32 g_Timer; extern s32 g_MapCursorTimer; extern s32 g_PlayableCharacter; extern u32 g_GameEngineStep; extern MenuNavigation g_MenuNavigation; extern GameSettings g_Settings; extern GpuBuffer g_GpuBuffers[2]; extern s16 g_GpuBuffers_1_buf_draw_clip_y; extern const char g_MemcardSavePath[]; extern const char aBaslus00067dra[19]; extern const char g_strMemcardRootPath[]; extern s32 g_LoadFile; extern s32 D_8006BB00; extern u8 g_CastleMap[0x800]; extern s32 D_8006C374; extern s32 D_8006C378; extern GpuBuffer* g_CurrentBuffer; extern Point32 D_8006C384; extern Point32 D_8006C38C; extern u32 g_CdStep; extern s32 D_8006C3AC; extern s32 g_backbufferX; extern s32 g_backbufferY; extern s32 g_IsUsingCd; extern Entity* g_CurrentEntity; extern Unkstruct_8006C3C4 D_8006C3C4[32]; extern s32 g_Servant; extern u16 g_Clut[0x3000]; extern u16 D_8006EBCC[0x1000]; extern u16 D_8006EBE0; extern s16 D_800705CC[]; extern u32 D_80070BCC; extern PlayerState g_Player; extern Entity* D_psp_091CF3A0; extern s32 D_psp_091CF3A4; extern void (*D_psp_091CF3A8)(Entity*); extern s32 D_psp_091CF3AC; extern u16 D_psp_091CF3DC; extern GfxLoad g_GfxLoad[0x10]; extern u32 g_GameStep; extern s32 g_ServantLoaded; extern Event g_EvSwCardEnd; extern Event g_EvSwCardErr; extern Event g_EvSwCardTmo; extern s32 g_PrevScrollX; extern Event g_EvSwCardNew; extern s32 g_PrevScrollY; extern s32 D_80073080; extern Tilemap g_Tilemap; extern BgLayer g_BgLayers[16]; typedef enum { UNK_ENTITY_1 = 1, UNK_ENTITY_2, UNK_ENTITY_3, UNK_ENTITY_4, UNK_ENTITY_5, UNK_ENTITY_6, UNK_ENTITY_7, UNK_ENTITY_8, E_WEAPON = 0x10, UNK_ENTITY_11 = 0x11, UNK_ENTITY_12 = 0x12, UNK_ENTITY_13 = 0x13, UNK_ENTITY_20 = 0x20, UNK_ENTITY_51 = 0x51, UNK_ENTITY_100 = 0x100 } EntityTypes; extern Entity g_Entities[256]; extern s32 g_entityDestroyed[18]; extern Event g_EvHwCardEnd; extern Event g_EvHwCardErr; extern Event g_EvHwCardTmo; extern Event g_EvHwCardNew; extern u8 g_Pix[4][128 * 128 / 2]; extern Primitive g_PrimBuf[0x500]; extern s32 g_PlayerX; extern s32 g_PlayerY; extern u32 g_randomNext; extern s32 D_80096ED8[]; extern s8 D_80097B98; extern s8 D_80097B99; extern s32 D_800973EC; extern unkGraphicsStruct g_unkGraphicsStruct; extern s32 D_80097448[]; extern s32 D_80097450; extern Pos D_80097488; extern Pad g_pads[2]; extern Stages g_StageId; extern s32 D_800974A4; extern DR_ENV D_800974AC[16]; extern s32 g_UseDisk; extern s32 D_800978B4; extern s32 D_800978C4; extern u32 g_MenuStep; extern char D_80097902[]; extern s32 D_80097904; extern s32 g_ScrollDeltaX; extern s32 g_ScrollDeltaY; extern s32 D_80097910; extern DemoMode g_DemoMode; extern s32 g_LoadOvlIdx; extern s32 D_8009791C; extern s32 D_80097920; extern s32 D_80097924; extern s32 D_80097928; extern GpuUsage g_GpuUsage; extern PlayerStatus g_Status; extern s32 D_80097C98; extern s32 subWeapon; extern u8 g_SaveName[12] ; extern u32 D_80097C40[]; extern PlayerDraw g_PlayerDraw[0x10]; extern s32 D_800987B4; extern s32 D_800987C8; extern s32 g_DebugPlayer; extern s32 D_80098894; typedef enum ItemSlots { LEFT_HAND_SLOT, RIGHT_HAND_SLOT, HEAD_SLOT, ARMOR_SLOT, CAPE_SLOT, ACCESSORY_1_SLOT, ACCESSORY_2_SLOT, NUM_ITEM_SLOTS, } ItemSlots; typedef enum HandItems { ITEM_EMPTY_HAND, ITEM_MONSTER_VIAL_1, ITEM_MONSTER_VIAL_2, ITEM_MONSTER_VIAL_3, ITEM_SHIELD_ROD, ITEM_LEATHER_SHIELD, ITEM_KNIGHT_SHIELD, ITEM_IRON_SHIELD, ITEM_AXELORD_SHIELD, ITEM_HERALD_SHIELD, ITEM_DARK_SHIELD, ITEM_GODDESS_SHIELD, ITEM_SHAMAN_SHIELD, ITEM_MEDUSA_SHIELD, ITEM_SKULL_SHIELD, ITEM_FIRE_SHIELD, ITEM_ALUCARD_SHIELD, ITEM_SWORD_OF_DAWN, ITEM_BASILARD, ITEM_SHORT_SWORD, ITEM_COMBAT_KNIFE, ITEM_NUNCHAKU, ITEM_WERE_BANE, ITEM_RAPIER, ITEM_KARMA_COIN, ITEM_MAGIC_MISSILE, ITEM_RED_RUST, ITEM_TAKEMITSU, ITEM_SHOTEL, ITEM_ORANGE, ITEM_APPLE, ITEM_BANANA, ITEM_GRAPES, ITEM_STRAWBERRY, ITEM_PINEAPPLE, ITEM_PEANUTS, ITEM_TOADSTOOL, ITEM_SHIITAKE, ITEM_CHEESECAKE, ITEM_SHORTCAKE, ITEM_TART, ITEM_PARFAIT, ITEM_PUDDING, ITEM_ICE_CREAM, ITEM_FRANKFURTER, ITEM_HAMBURGER, ITEM_PIZZA, ITEM_CHEESE, ITEM_HAM_AND_EGGS, ITEM_OMELETTE, ITEM_MORNING_SET, ITEM_LUNCH_A, ITEM_LUNCH_B, ITEM_CURRY_RICE, ITEM_GYROS_PLATE, ITEM_SPAGHETTI, ITEM_GRAPE_JUICE, ITEM_BARLEY_TEA, ITEM_GREEN_TEA, ITEM_NATOU, ITEM_RAMEN, ITEM_MISO_SOUP, ITEM_SUSHI, ITEM_PORK_BUN, ITEM_RED_BEAN_BUN, ITEM_CHINESE_BUN, ITEM_DIM_SUM_SET, ITEM_POT_ROAST, ITEM_SIRLION, ITEM_TURKEY, ITEM_MEAL_TICKET, ITEM_NEUTRON_BOMB, ITEM_POWER_OF_SIRE, ITEM_PENTAGRAM, ITEM_BAT_PENTAGRAM, ITEM_SHURIKEN, ITEM_CROSS_SHURIKEN, ITEM_BUFFALO_STAR, ITEM_FLAME_STAR, ITEM_TNT, ITEM_BWAKA_KNIFE, ITEM_BOOMERANG, ITEM_JAVELIN, ITEM_TYRFING, ITEM_NAMAKURA, ITEM_KNUCKLE_DUSTER, ITEM_GLADIUS, ITEM_SCIMITAR, ITEM_CUTLASS, ITEM_SABER, ITEM_FALCHION, ITEM_BROADSWORD, ITEM_BEKATOWA, ITEM_DAMASCUS_SWORD, ITEM_HUNTER_SWORD, ITEM_ESTOC, ITEM_BASTARD_SWORD, ITEM_JEWEL_KNUCKLES, ITEM_CLAYMORE, ITEM_TALWAR, ITEM_KATANA, ITEM_FLAMBERGE, ITEM_IRON_FIST, ITEM_ZWEIHANDER, ITEM_SWORD_OF_HADOR, ITEM_LUMINUS, ITEM_HARPER, ITEM_OBSIDIAN_SWORD, ITEM_GRAM, ITEM_JEWEL_SWORD, ITEM_MORMEGIL, ITEM_FIREBRAND, ITEM_THUNDERBRAND, ITEM_ICEBRAND, ITEM_STONE_SWORD, ITEM_HOLY_SWORD, ITEM_TERMINUS_EST, ITEM_MARSIL, ITEM_DARK_BLADE, ITEM_HEAVEN_SWORD, ITEM_FIST_OF_TULKAS, ITEM_GURTHANG, ITEM_MOURNEBLADE, ITEM_ALUCARD_SWORD, ITEM_MABLUNG_SWORD, ITEM_BADELAIRE, ITEM_SWORD_FAMILIAR, ITEM_GREAT_SWORD, ITEM_MACE, ITEM_MORNINGSTAR, ITEM_HOLY_ROD, ITEM_STAR_FLAIL, ITEM_MOON_ROD, ITEM_CHAKRAM, ITEM_FIRE_BOOMERANG, ITEM_IRON_BALL, ITEM_HOLBEIN_DAGGER, ITEM_BLUE_KNUCKLES, ITEM_DYNAMITE, ITEM_OSAFUNE_KATANA, ITEM_MASAMUNE, ITEM_MURAMASA, ITEM_HEART_REFRESH, ITEM_RUNESWORD, ITEM_ANTIVENOM, ITEM_UNCURSE, ITEM_LIFE_APPLE, ITEM_HAMMER, ITEM_STR_POTION, ITEM_LUCK_POTION, ITEM_SMART_POTION, ITEM_ATTACK_POTION, ITEM_SHIELD_POTION, ITEM_RESIST_FIRE, ITEM_RESIST_THUNDER, ITEM_RESIST_ICE, ITEM_RESIST_STONE, ITEM_RESIST_HOLY, ITEM_RESIST_DARK, ITEM_POTION, ITEM_HIGH_POTION, ITEM_ELIXIR, ITEM_MANNA_PRISM, ITEM_VORPAL_BLADE, ITEM_CRISSAEGRIM, ITEM_YASUTSUNA, ITEM_LIBRARY_CARD, ITEM_ALUCART_SHIELD, ITEM_ALUCART_SWORD, NUM_HAND_ITEMS, } HandItems; typedef enum BodyItems { ITEM_NO_ARMOR, ITEM_CLOTH_TUNIC, ITEM_HIDE_CUIRASS, ITEM_BRONZE_CUIRASS, ITEM_IRON_CUIRASS, ITEM_STEEL_CUIRASS, ITEM_SILVER_PLATE, ITEM_GOLD_PLATE, ITEM_PLATINUM_MAIL, ITEM_DIAMOND_PLATE, ITEM_FIRE_MAIL, ITEM_LIGHTNING_MAIL, ITEM_ICE_MAIL, ITEM_MIRROR_CUIRASS, ITEM_SPIKE_BREAKER, ITEM_ALUCARD_MAIL, ITEM_DARK_ARMOR, ITEM_HEALING_MAIL, ITEM_HOLY_MAIL, ITEM_WALK_ARMOR, ITEM_BRILLIANT_MAIL, ITEM_MOJO_MAIL, ITEM_FURY_PLATE, ITEM_DRACULA_TUNIC, ITEM_GODS_GARB, ITEM_AXE_LORD_ARMOR, ITEM_EMPTY_HEAD, ITEM_SUNGLASSES, ITEM_BALLROOM_MASK, ITEM_BANDANNA, ITEM_FELT_HAT, ITEM_VELVET_HAT, ITEM_GOGGLES, ITEM_LEATHER_HAT, ITEM_HOLY_GLASSES, ITEM_STEEL_HELM, ITEM_STONE_MASK, ITEM_CIRCLET, ITEM_GOLD_CIRCLET, ITEM_RUBY_CIRCLET, ITEM_OPAL_CIRCLET, ITEM_TOPAZ_CIRCLET, ITEM_BERYL_CIRCLET, ITEM_CAT_EYE_CIRCLET, ITEM_CORAL_CIRCLET, ITEM_DRAGON_HELM, ITEM_SILVER_CROWN, ITEM_WIZARD_HAT, ITEM_NO_CAPE, ITEM_CLOTH_CAPE, ITEM_REVERSE_CLOAK, ITEM_ELVEN_CLOAK, ITEM_CRYSTAL_CLOAK, ITEM_ROYAL_CLOAK, ITEM_BLOOD_CLOAK, ITEM_JOSEPHS_CLOAK, ITEM_TWILIGHT_CLOAK, ITEM_NO_ACCESSORY, ITEM_MOONSTONE, ITEM_SUNSTONE, ITEM_BLOODSTONE, ITEM_STAUROLITE, ITEM_RING_OF_PALES, ITEM_ZIRCON, ITEM_AQUAMARINE, ITEM_TURQUOISE, ITEM_ONYX, ITEM_GARNET, ITEM_OPAL, ITEM_DIAMOND, ITEM_LAPIS_LAZULI, ITEM_RING_OF_ARES, ITEM_GOLD_RING, ITEM_SILVER_RING, ITEM_RING_OF_VARDA, ITEM_RING_OF_ARCANA, ITEM_MYSTIC_PENDANT, ITEM_HEART_BROACH, ITEM_NECKLACE_OF_J, ITEM_GAUNTLET, ITEM_ANKH_OF_LIFE, ITEM_RING_OF_FEANOR, ITEM_MEDAL, ITEM_TALISMAN, ITEM_DUPLICATOR, ITEM_KINGS_STONE, ITEM_COVENANT_STONE, ITEM_NAUGLAMIR, ITEM_SECRET_BOOTS, ITEM_ALUCART_MAIL, NUM_BODY_ITEMS, } BodyItems; void EntityBreakable(Entity*); void EntityExplosion(Entity*); void EntityPrizeDrop(Entity*); void EntityDamageDisplay(Entity*); void EntityRedDoor(Entity*); void EntityIntenseExplosion(Entity*); void EntitySoulStealOrb(Entity*); void EntityRoomForeground(Entity*); void EntityStageNamePopup(Entity*); void EntityEquipItemDrop(Entity*); void EntityRelicOrb(Entity*); void EntityHeartDrop(Entity*); void EntityEnemyBlood(Entity*); void EntityMessageBox(Entity*); void EntityDummy(Entity*); typedef enum { MONO_SOUND, STEREO_SOUND } soundMode; enum SfxModes { SFX_MODE_CHANNELS_12_19, SFX_MODE_CHANNELS_22_23, SFX_MODE_RELEASE_22_23, SFX_MODE_CHANNELS_20_21, SFX_MODE_SCRIPT_NO_PAUSE = 5 }; enum Sfx { SFX_HARPY_WING_FLAP = 0x601, SFX_RIC_WHIP_RATTLE_A, SFX_RIC_WHIP_RATTLE_B, SFX_RIC_WHIP_RATTLE_C, SFX_RIC_WHIP_RATTLE_D, SFX_RIC_WHIP_RATTLE_E, SFX_STONE_MOVE_A, SFX_STONE_MOVE_B, SFX_STONE_MOVE_C, SFX_WEAPON_SWISH_A, SFX_WEAPON_SWISH_B, SFX_WEAPON_SWISH_C, SFX_METAL_CLANG_A, SFX_METAL_CLANG_B, SFX_METAL_CLANG_C, SFX_METAL_CLANG_D, SFX_METAL_CLANG_E, SFX_METAL_CLANG_F, SFX_UNK_CROW, SFX_ELECTRICITY, SFX_SCRAPE_A, SFX_SCRAPE_B, SFX_SCRAPE_C, SFX_UNK_618, SFX_GLASS_BREAK_A, SFX_GLASS_BREAK_B, SFX_GLASS_BREAK_C, SFX_GLASS_BREAK_D, SFX_GLASS_BREAK_E, SFX_BAT_ECHO_A, SFX_BAT_ECHO_B, SFX_BAT_ECHO_C, SFX_BAT_ECHO_D, SFX_SKULL_BONK, SFX_RIC_RSTONE_TINK, SFX_SMALL_BURST, SFX_ARROW_SHOT_A, SFX_ARROW_SHOT_B, SFX_ARROW_SHOT_C, SFX_ARROW_SHOT_D, SFX_SKELETON_DEATH_A, SFX_SKELETON_DEATH_B, SFX_SKELETON_DEATH_C, SFX_FIRE_SHOT, SFX_WEAPON_STAB_A, SFX_WEAPON_STAB_B, SFX_WEAPON_APPEAR, SFX_UNK_BETA_630, SFX_DEATH_AMBIENCE, SFX_MAGIC_GLASS_BREAK, SFX_UI_CONFIRM, SFX_CANDLE_HIT, SFX_TELEPORT_BANG_A, SFX_TELEPORT_BANG_B, SFX_SUC_APPEAR, SFX_UNK_SCRAPE_A, SFX_UNK_SCRAPE_B, SFX_UNK_SCRAPE_C, SFX_UNK_UI_SELECT, SFX_START_SLAM_A, SFX_START_SLAM_B, SFX_START_SLAM_C, SFX_ANIME_SWORD_A, SFX_ANIME_SWORD_B, SFX_ANIME_SWORD_C, SFX_DOOR_OPEN, SFX_WALL_DEBRIS_A, SFX_WALL_DEBRIS_B, SFX_WALL_DEBRIS_C, SFX_STOMP_HARD_A, SFX_STOMP_HARD_B, SFX_STOMP_HARD_C, SFX_STOMP_HARD_D, SFX_STOMP_HARD_E, SFX_STOMP_SOFT_A, SFX_STOMP_SOFT_B, SFX_SAVE_HEARTBEAT, SFX_BAT_SCREECH, SFX_DOOR_CLOSE_A, SFX_DOOR_CLOSE_B, SFX_UNK_UI_ERROR, SFX_EXPLODE_FAST_A, SFX_EXPLODE_FAST_B, SFX_EXPLODE_A, SFX_EXPLODE_B, SFX_EXPLODE_C, SFX_EXPLODE_D, SFX_EXPLODE_E, SFX_EXPLODE_F, SFX_FM_EXPLODE_A, SFX_FM_EXPLODE_B, SFX_FM_EXPLODE_C, SFX_FM_EXPLODE_D, SFX_EXPLODE_SMALL, SFX_UNK_FIRE_WHOOSH, SFX_FIREBALL_SHOT_A, SFX_FIREBALL_SHOT_B, SFX_FIREBALL_SHOT_C, SFX_GUNSHOT, SFX_THUNDER_A, SFX_THUNDER_B, SFX_THUNDER_C, SFX_UNK_LOW_UI, SFX_TRANSFORM, SFX_MAGIC_WEAPON_APPEAR_A, SFX_MAGIC_WEAPON_APPEAR_B, SFX_WEAPON_BREAK, SFX_BONE_SWORD_SWISH_A, SFX_BONE_SWORD_SWISH_B, SFX_BONE_SWORD_SWISH_C, SFX_TELEPORT_BANG_SHORT_A, SFX_TELEPORT_BANG_SHORT_B, SFX_TELEPORT_BANG_SHORT_C, SFX_NOISE_SWEEP_DOWN_A, SFX_NOISE_SWEEP_DOWN_B, SFX_BOING, SFX_LEVER_METAL_BANG, SFX_SWITCH_CLICK, SFX_WEAPON_ENERGY, SFX_WEAPON_HIT_A, SFX_WEAPON_HIT_B, SFX_HEART_PICKUP, SFX_UI_MOVE, SFX_ITEM_PICKUP, SFX_UI_MP_FULL, SFX_CANDLE_HIT_WHOOSH_A, SFX_CANDLE_HIT_WHOOSH_B, SFX_QUICK_STUTTER_EXPLODE, SFX_GOLD_PICKUP = 0x6A9, }; typedef struct { u16 posX; u16 posY; u16 entityId; u16 entityRoomIndex; u16 params; } LayoutEntity; typedef struct { u16* layout; TileDefinition* tileDef; u32 params; u16 zPriority; u8 unkE; u8 unkF; } MyLayer; typedef struct { MyLayer* fg; MyLayer* bg; } MyRoomDef; extern LayoutEntity* g_pStObjLayoutHorizontal[]; extern LayoutEntity* g_pStObjLayoutVertical[]; extern PfnEntityUpdate PfnEntityUpdates[]; extern u16 g_ItemIconSlots[32]; void InitRoomEntities(s32 objLayoutId); void UpdateRoomPosition(); void Update(void); void HitDetection(void); s32 Random(); void CreateEntityFromEntity(u16 entityId, Entity* source, Entity* entity); void CreateEntityFromLayout(Entity* entity, LayoutEntity* initDesc); void DestroyEntity(Entity*); void DestroyEntitiesFromIndex(s16 index); void MoveEntity(); void FallEntity(void); Entity* AllocEntity(Entity* start, Entity* end); typedef struct EntityInit { u16 animSet; u16 animCurFrame; u16 unk5A; u16 palette; u16 enemyId; u16 : 16; } EntityInit; void InitializeEntity(u16 arg0[]); void EntityUnkId14(Entity* entity); void EntityUnkId15(Entity* entity); typedef enum EntityIDs { E_NONE, E_BREAKABLE, E_EXPLOSION, E_PRIZE_DROP, E_NUMERIC_DAMAGE, E_RED_DOOR, E_INTENSE_EXPLOSION, E_SOUL_STEAL_ORB, E_ROOM_FOREGROUND, E_STAGE_NAME_POPUP, E_EQUIP_ITEM_DROP, E_RELIC_ORB, E_HEART_DROP, E_ENEMY_BLOOD, E_SAVE_GAME_POPUP, E_DUMMY_0F, E_DUMMY_10, E_ID_11 = 0x11, E_ID_14 = 0x14, E_ID_15 = 0x15, E_BG_LIGHTNING = 0x17, E_FALLING_ROCK_2 = 0x27, E_ID_30 = 0x30, E_ID_32 = 0x32, E_SPLASH_WATER = 0x35, E_SURFACING_WATER, E_SIDE_WATER_SPLASH, E_SMALL_WATER_DROP, E_WATER_DROP, E_ID_3A, E_MERMAN_UNK0, E_MERMAN2_UNK1, E_MEDIUM_WATER_SPLASH, E_MERMAN2_UNK2, E_MERMAN2_UNK3, E_MERMAN2_UNK0, E_ID_41, E_MERMAN_UNK2, E_MERMAN_UNK1, E_MERMAN_UNK3, E_BONE_SCIMITAR_HEAD = 0x47, E_ZOMBIE = 0x4C, E_ID_59 = 0x59, E_ID_5B = 0x5B, E_FALLING_ROCK = 0x5D, E_ID_5E, E_WARG_EXP_OPAQUE = 0x62, } EntityIDs; extern void CreateEntityFromCurrentEntity(u16, Entity*); extern void ReplaceBreakableWithItemDrop(Entity*); extern s32 GetPlayerCollisionWith(Entity* entity, u16 w, u16 h, u16 flags); extern Primitive* FindFirstUnkPrim(Primitive* poly); extern u16 g_InitializeData0[]; extern u16 g_InitializeEntityData0[]; extern s16 D_80182A38[]; extern u8 D_80182A48[]; extern u16 D_80182A4C[]; extern u16 D_80182E1C[]; extern u16 D_80182F9C[]; extern u16 D_80182FA8[]; extern u16 D_80182FC8[]; extern u16 D_80182FE8[]; extern u16 D_80180AD0[]; extern u16 g_EInitGeneric[]; extern u16 D_80180AF4[]; extern u16 g_eInitGeneric2[]; extern u16 D_80180B18[]; extern u16 D_80180B24[]; extern u16 D_80180B30[]; extern u16 D_80180B48[]; extern u16 D_80180B54[]; extern u16 D_80180B6C[]; extern u16 D_80180B90[]; extern u16 D_80180BA8[]; extern ObjInit2 D_80180BFC[]; extern u8 D_80180DC0[]; extern u8 D_80180DC8[]; extern u16 D_80180DD0[]; extern SVEC4 D_80181024[]; extern SVEC4 D_801810A4; extern MATRIX D_801810D4; extern SVECTOR* D_8018110C; extern u8 D_80181118[]; extern u16 D_80181120[]; extern u16 D_80181130[8]; extern s16 D_801811D0[][2]; extern s16 D_801811E0[]; extern SVECTOR D_801811F0[]; extern u8 D_801811F8; extern u8 D_80181218[]; extern u8 D_80181224[]; extern u16 D_80181230[]; extern s32 g_TrapDoorFlag; extern u8 D_80181240[]; extern u16 D_80181258[]; extern u16 D_80181264[]; extern u16 D_8018127C[]; extern u16 D_80181294[]; extern u16 D_801812A0[]; extern u16 D_801812B8[]; extern u16 D_801812E2[]; extern u16 D_8018131E[]; extern u16 D_8018133C[]; extern u8 D_80181344[]; extern s32 D_8018134C; extern s32 D_80181354; extern s32 D_8018135C; extern s32 D_80181364; extern const u8 D_80181390[]; extern u16 D_8018139C[]; extern u16 D_8018139E[]; extern u16 D_801813A8; extern u16 D_801813AA; extern s16 D_801813AC[]; extern Point16 D_801813DC[]; extern Point16 D_80181468[]; extern u16 D_801814EC[]; extern u16 D_801817F8[]; extern u8 D_801819D0[]; extern u8 D_801819DC[]; extern s32 D_801819E8[]; extern s32 D_801819EC[]; extern const char* D_80181ACC[]; extern s16 D_80181AD4[]; extern s16 D_80181AE0[]; extern Point16 D_80181AEC[]; extern u8 D_80181B04[]; extern u8 D_80181B28[]; extern u8 D_80181B34[]; extern u8 D_80181B58[]; extern u8 D_80181B68[]; extern u8 D_80181B70[]; extern u8 D_80181B74[]; extern u8 D_80181B84[]; extern u8 D_80181B8C[]; extern u8 D_80181B94[]; extern u8 D_80181BB4[]; extern u8 D_80181BC8[]; extern u8 D_80181BE0[]; extern u8 D_80181B40[]; extern u8 D_80181B4C[]; extern Unkstruct_80180FE0 D_80181C5C[]; extern u16 D_80181C8C[]; extern s16 D_801820C4[]; extern s16 D_801832D8[]; extern u8 D_801832E8[]; extern u16 D_801823F4[]; extern u16 D_80182424[]; extern u8* D_80182488[]; extern u16 D_801824E8[]; extern s8 c_HeartPrizes[]; extern s32 D_801824F4[]; extern u8* D_801825A0[]; extern u16 D_80182628[]; extern s32 D_80182638[]; extern u8 D_8018267C[]; extern ObjInit D_80182764[]; extern u16 D_80183080[]; extern u16 D_801830A0[]; extern u8 D_8018383C[]; extern s32 D_801838F4[]; extern s16 D_80183858[]; extern Point32 D_80183878[]; extern s16 D_80183898[]; extern s64 D_801838A4[]; extern u8 D_801838E4[]; extern s16 D_80183858[]; extern Point32 D_80183878[]; extern s16 D_80183858[]; extern s16 D_80183898[]; extern s16 D_80183858[]; extern s16 D_80183898[]; extern u8 D_80183994[]; extern const u8 D_801839A0[]; extern u8 D_801839A8[]; extern u8 D_801839B0[]; extern Point32 D_801839C0[]; extern u16 D_801839E8[]; extern u8 D_801839F4[]; extern u16 D_801839FC[]; extern s32 D_80183A0C[]; extern u8 D_80183AF0[]; extern u8 D_80183B04[]; extern u16 D_80180B60[]; extern u8 D_80183C44[]; extern u8 D_80183C60[]; extern u8 D_80183C7C[]; extern u8 D_80183C84[]; extern u8 D_80183C98[]; extern s32 D_80183CAC; extern s32 D_80183CBC; extern s32 D_801D7D20; extern s32 D_801D7D54; extern s32 D_801D7D58; extern u32 g_CutsceneFlags; extern PfnEntityUpdate PfnEntityUpdates[]; extern u16 g_ESoulStealOrbAngles[]; extern s16 g_ESoulStealOrbSprt[]; extern u8 g_ESoulStealOrbAnim[]; extern SVECTOR D_801B73E0; extern u8 D_80181A28[]; extern u8 D_80181A2C[]; extern u16 D_80181A30[]; extern u16 D_80181A34[]; extern u16 D_80181A38[]; extern s16 D_80181A3C[]; extern const char D_801813F0[]; extern s32 D_801D7D20; extern u32 g_CutsceneFlags; extern s32 D_801D7DD4; extern u16 D_801D7D60; extern const char D_80184CE0[]; extern s32 D_801D7D5C; extern Dialogue g_Dialogue; u8 CheckColliderOffsets(s16* arg0, u8 facing) { u8 ret = 0; Collider collider; s16 posX, posY; while (*arg0 != 0xFF) { ret <<= 1; posX = facing ? (g_CurrentEntity->posX.i.hi + *arg0++) : (g_CurrentEntity->posX.i.hi - *arg0++); posY = g_CurrentEntity->posY.i.hi + *arg0++; g_api.CheckCollision(posX, posY, &collider, 0); if (collider.effects & EFFECT_SOLID) { ret |= 1; } } return ret; } extern u16 g_InitDataEnt13[]; void EntityUnkId13(Entity* self) { switch (self->step) { case 0: InitializeEntity(g_InitDataEnt13); self->ext.ent13.parentId = self->ext.ent13.parent->entityId; case 1: if (self->ext.ent13.fiveFrameCounter++ > 4) { Entity* newEntity = AllocEntity(&g_Entities[224], &g_Entities[256]); if (newEntity != (0)) { CreateEntityFromEntity(E_EXPLOSION, self, newEntity); newEntity->entityId = E_EXPLOSION; newEntity->pfnUpdate = EntityExplosion; newEntity->params = self->params; } self->ext.ent13.fiveFrameCounter = 0; } self->posX.i.hi = self->ext.ent13.parent->posX.i.hi; self->posY.i.hi = self->ext.ent13.parent->posY.i.hi; if (self->ext.ent13.parent->entityId != self->ext.ent13.parentId) { DestroyEntity(self); } break; } } extern u16 g_eUnk14SpawnRots[]; void EntityUnkId14Spawner( Entity* self, u8 count, u8 params, s32 x, s32 y, u8 arg5, s16 xGap) { Entity* newEntity; s32 i; s16 newX = self->posX.i.hi + x; s16 newY = self->posY.i.hi + y; for (i = 0; i < count; i++) { newEntity = AllocEntity(&g_Entities[160], &g_Entities[192]); if (newEntity != (0)) { newEntity->posX.i.hi = newX + xGap * i; newEntity->posY.i.hi = newY; newEntity->entityId = E_ID_14; newEntity->pfnUpdate = EntityUnkId14; newEntity->params = params; newEntity->ext.generic.unk94 = arg5 + i; newEntity->rotY = newEntity->rotX = g_eUnk14SpawnRots[arg5 + i]; newEntity->drawFlags = FLAG_DRAW_ROTX | FLAG_DRAW_ROTY; newEntity->zPriority = self->zPriority + 1; } } } void EntityUnkId15Spawner( Entity* self, u8 count, u8 params, s32 x, s32 y, u8 arg5, s16 xGap) { Entity* newEntity; s32 i; s16 newX = self->posX.i.hi + x; s16 newY = self->posY.i.hi + y; for (i = 0; i < count; i++) { newEntity = AllocEntity(&g_Entities[160], &g_Entities[192]); if (newEntity != (0)) { newEntity->entityId = E_ID_15; newEntity->pfnUpdate = EntityUnkId15; newEntity->posX.i.hi = newX + xGap * i; newEntity->posY.i.hi = newY; newEntity->params = i; newEntity->zPriority = self->zPriority + 1; } } } extern s32 unk14_yVel[]; extern u8 unk14_startFrame[]; extern u16 unk14_lifetime[]; void EntityUnkId14(Entity* self) { if (!self->step) { self->velocityY = unk14_yVel[self->ext.generic.unk94]; self->flags = FLAG_UNK_2000 | FLAG_KEEP_ALIVE_OFFCAMERA | FLAG_POS_CAMERA_LOCKED; self->palette = ((0x195) | 0x8000); self->animSet = (2); self->animCurFrame = unk14_startFrame[self->params]; self->drawMode = DRAW_TPAGE; self->step++; } else { self->posY.val -= self->velocityY; ++self->animFrameDuration; if (!(self->animFrameDuration % 2)) { self->animCurFrame++; } if (self->animFrameDuration > unk14_lifetime[self->params]) { DestroyEntity(self); } } } extern s16 unk15_rot[]; extern s32 unk15_yVel[]; void EntityUnkId15(Entity* self) { if (!self->step) { self->flags = FLAG_UNK_2000 | FLAG_KEEP_ALIVE_OFFCAMERA | FLAG_POS_CAMERA_LOCKED; self->palette = ((0x195) | 0x8000); self->animSet = (5); self->animCurFrame = 1; self->drawMode = DRAW_TPAGE; self->drawFlags = FLAG_DRAW_ROTX | FLAG_DRAW_ROTY; self->rotX = unk15_rot[self->params]; self->rotY = self->rotX; self->velocityY = unk15_yVel[self->params]; self->step++; } else { self->posY.val -= self->velocityY; self->animFrameDuration++; if (!(self->animFrameDuration % 2)) { self->animCurFrame++; } if (self->animFrameDuration > 36) { DestroyEntity(self); } } } extern u32 g_olroxDroolCollOffsets[]; extern u16 g_InitializeEntityData0[]; // void EntityOlroxDrool(Entity* self) { // s16 primIndex; // Primitive* prim; // switch (self->step) { // case 0: // InitializeEntity(g_InitializeEntityData0); // primIndex = g_api.AllocPrimitives(PRIM_LINE_G2, 1); // if (primIndex == -1) { // return; // } // prim = &g_PrimBuf[primIndex]; // self->primIndex = primIndex; // self->hitboxState = 0; // self->ext.prim = prim; // self->flags |= FLAG_HAS_PRIMS; // while (prim != (0)) { // prim->x0 = prim->x1 = self->posX.i.hi; // prim->y0 = prim->y1 = self->posY.i.hi; // prim->r0 = 64; // prim->r1 = 0; // prim->g0 = 64; // prim->g1 = 0; // prim->b0 = 255; // prim->b1 = 16; // prim->priority = self->zPriority + 1; // prim->drawMode |= (DRAW_TPAGE2 + DRAW_TPAGE + DRAW_COLORS + // DRAW_UNK02 + DRAW_TRANSP); // prim = prim->next; // } // break; // case 1: // prim = self->ext.prim; // if (CheckColliderOffsets(g_olroxDroolCollOffsets, 0)) { // prim->y1 += 2; // if (self->step_s == 0) { // EntityUnkId14Spawner(self, 1, 2, 0, 0, 3, 0); // self->step_s = 1; // } // } else { // self->velocityY += ((s32)((0.015625) * 65536.0)); // self->posY.val += self->velocityY; // if ((prim->y0 - prim->y1) > 8) { // prim->y1 = prim->y0 - 8; // } // } // prim->x0 = self->posX.i.hi; // prim->x1 = self->posX.i.hi; // prim->y0 = self->posY.i.hi; // if (prim->y0 < prim->y1) { // g_api.FreePrimitives(self->primIndex); // DestroyEntity(self); // } // break; // } // } bool UnkCollisionFunc5(Point16* unk) { Collider collider; FallEntity(); g_CurrentEntity->posX.val += g_CurrentEntity->velocityX; g_CurrentEntity->posY.val += g_CurrentEntity->velocityY; if (g_CurrentEntity->velocityY >= 0) { s16 posX = g_CurrentEntity->posX.i.hi; s16 posY = g_CurrentEntity->posY.i.hi; posX += unk->x; posY += unk->y; g_api.CheckCollision(posX, posY, &collider, 0); if (collider.effects & EFFECT_SOLID) { g_CurrentEntity->posY.i.hi += collider.unk18; g_CurrentEntity->velocityY = -g_CurrentEntity->velocityY / 2; if (g_CurrentEntity->velocityY > ((s32)((-1.0) * 65536.0))) { return true; } } } return false; } u8 UnkCollisionFunc4(s32 arg0) { Collider collider; u32 bits_67; u32 bits_45; u32 bits_23; u8 bits_01; u16 collEff; MoveEntity(); bits_67 = 0; bits_23 = 0; bits_45 = 0; bits_01 = arg0 & 3; collEff = 0; switch (bits_01) { case 0: g_CurrentEntity->posY.i.hi += 3; g_api.CheckCollision(g_CurrentEntity->posX.i.hi, g_CurrentEntity->posY.i.hi, &collider, 0); if (collider.effects != 0) { collEff = collider.effects; g_CurrentEntity->posY.i.hi += collider.unk18; g_api.CheckCollision( g_CurrentEntity->posX.i.hi, (s16)(g_CurrentEntity->posY.i.hi - 4), &collider, 0); if (collider.effects & EFFECT_UNK_0002) { bits_67 = 0x40; if (g_CurrentEntity->velocityX > 0) { bits_01 = 2; } else { bits_01 = 3; g_CurrentEntity->velocityX = -g_CurrentEntity->velocityX; } g_CurrentEntity->velocityY = -g_CurrentEntity->velocityX; g_CurrentEntity->velocityX = 0; } } else { bits_67 = 0x80; g_CurrentEntity->posX.val -= g_CurrentEntity->velocityX; if (g_CurrentEntity->velocityX > 0) { bits_01 = 3; } else { bits_01 = 2; g_CurrentEntity->velocityX = -g_CurrentEntity->velocityX; } g_CurrentEntity->velocityY = g_CurrentEntity->velocityX; g_CurrentEntity->velocityX = 0; } break; case 1: g_CurrentEntity->posY.i.hi -= 3; g_api.CheckCollision(g_CurrentEntity->posX.i.hi, g_CurrentEntity->posY.i.hi, &collider, 0); if (collider.effects != 0) { collEff = collider.effects; g_CurrentEntity->posY.i.hi += collider.unk20; g_api.CheckCollision( g_CurrentEntity->posX.i.hi, (s16)(g_CurrentEntity->posY.i.hi + 4), &collider, 0); if (collider.effects & EFFECT_UNK_0002) { bits_67 = 0x40; if (g_CurrentEntity->velocityX > 0) { bits_01 = 2; } else { bits_01 = 3; g_CurrentEntity->velocityX = -g_CurrentEntity->velocityX; } g_CurrentEntity->velocityY = g_CurrentEntity->velocityX; g_CurrentEntity->velocityX = 0; } } else { bits_67 = 0x80; g_CurrentEntity->posX.val -= g_CurrentEntity->velocityX; if (g_CurrentEntity->velocityX > 0) { bits_01 = 3; } else { bits_01 = 2; g_CurrentEntity->velocityX = -g_CurrentEntity->velocityX; } g_CurrentEntity->velocityY = -g_CurrentEntity->velocityX; g_CurrentEntity->velocityX = 0; } break; case 2: g_CurrentEntity->posX.i.hi += 3; g_api.CheckCollision(g_CurrentEntity->posX.i.hi, g_CurrentEntity->posY.i.hi, &collider, 0); if (collider.effects != 0) { collEff = collider.effects; g_CurrentEntity->posX.i.hi += collider.unk14; g_api.CheckCollision((s16)(g_CurrentEntity->posX.i.hi - 4), g_CurrentEntity->posY.i.hi, &collider, 0); if (collider.effects & EFFECT_SOLID) { bits_67 = 0x40; if (g_CurrentEntity->velocityY > 0) { bits_01 = 0; } else { bits_01 = 1; g_CurrentEntity->velocityY = -g_CurrentEntity->velocityY; } g_CurrentEntity->velocityX = -g_CurrentEntity->velocityY; g_CurrentEntity->velocityY = 0; } } else { bits_67 = 0x80; g_CurrentEntity->posY.val -= g_CurrentEntity->velocityY; if (g_CurrentEntity->velocityY > 0) { bits_01 = 1; } else { bits_01 = 0; g_CurrentEntity->velocityY = -g_CurrentEntity->velocityY; } g_CurrentEntity->velocityX = g_CurrentEntity->velocityY; g_CurrentEntity->velocityY = 0; } break; case 3: g_CurrentEntity->posX.i.hi -= 3; g_api.CheckCollision(g_CurrentEntity->posX.i.hi, g_CurrentEntity->posY.i.hi, &collider, 0); if (collider.effects != 0) { collEff = collider.effects; g_CurrentEntity->posX.i.hi += collider.unk1C; g_api.CheckCollision((s16)(g_CurrentEntity->posX.i.hi + 4), g_CurrentEntity->posY.i.hi, &collider, 0); if (collider.effects & EFFECT_SOLID) { bits_67 = 0x40; if (g_CurrentEntity->velocityY > 0) { bits_01 = 0; } else { bits_01 = 1; g_CurrentEntity->velocityY = -g_CurrentEntity->velocityY; } g_CurrentEntity->velocityX = g_CurrentEntity->velocityY; g_CurrentEntity->velocityY = 0; } } else { bits_67 = 0x80; g_CurrentEntity->posY.val -= g_CurrentEntity->velocityY; if (g_CurrentEntity->velocityY > 0) { bits_01 = 1; } else { bits_01 = 0; g_CurrentEntity->velocityY = -g_CurrentEntity->velocityY; } g_CurrentEntity->velocityX = -g_CurrentEntity->velocityY; g_CurrentEntity->velocityY = 0; } } if (collEff & EFFECT_UNK_8000) { bits_23 = 4; } if (collEff & EFFECT_UNK_1000) { bits_23 = 8; } if (collEff & EFFECT_UNK_2000) { bits_23 = 0xC; } if (collEff & EFFECT_UNK_0800) { bits_45 = 0x20; } if (collEff & EFFECT_UNK_4000) { bits_45 = 0x10; } bits_01 = (bits_45 + (bits_23 + (bits_67 + bits_01))); return bits_01; } extern u16 g_InitializeEntityData0[]; void EntityIntenseExplosion(Entity* self) { if (!self->step) { InitializeEntity(g_InitializeEntityData0); self->palette = ((0x170) | 0x8000); self->animSet = (5); self->animCurFrame = 1; self->drawMode = DRAW_TPAGE2 | DRAW_TPAGE; if (self->params & 0xF0) { self->palette = ((0x195) | 0x8000); self->drawMode = DRAW_TPAGE; } if (self->params & 0xFF00) { self->zPriority = (self->params & 0xFF00) >> 8; } self->zPriority += 8; } else { self->animFrameDuration++; self->posY.val -= ((s32)((0.25) * 65536.0)); if ((self->animFrameDuration % 2) == 0) { self->animCurFrame++; } if (self->animFrameDuration > 36) { DestroyEntity(self); } } } extern u8 g_UnkEntityAnimData[]; void InitializeUnkEntity(Entity* self) { if (!self->step) { InitializeEntity(g_InitializeEntityData0); self->unk6C = 0xF0; self->rotX = 0x01A0; self->rotY = 0x01A0; self->animSet = (8); self->animCurFrame = 1; self->zPriority += 16; if (self->params) { self->palette = self->params; } else { self->palette = ((0x160) | 0x8000); } self->step++; } else { MoveEntity(); if (!AnimateEntity(g_UnkEntityAnimData, self)) { DestroyEntity(self); } } } extern PfnEntityUpdate PfnEntityUpdates[]; void MakeEntityFromId(u16 entityId, Entity* src, Entity* dst) { DestroyEntity(dst); dst->entityId = entityId; dst->pfnUpdate = PfnEntityUpdates[entityId - 1]; dst->posX.i.hi = src->posX.i.hi; dst->posY.i.hi = src->posY.i.hi; dst->unk5A = src->unk5A; dst->zPriority = src->zPriority; dst->animSet = src->animSet; dst->flags = FLAG_UNK_2000 | FLAG_NOT_AN_ENEMY | FLAG_KEEP_ALIVE_OFFCAMERA | FLAG_POS_CAMERA_LOCKED | FLAG_DESTROY_IF_BARELY_OUT_OF_CAMERA | FLAG_DESTROY_IF_OUT_OF_CAMERA; if (src->palette & 0x8000) { dst->palette = src->hitEffect; } else { dst->palette = src->palette; } } void MakeExplosions(void) { s32 temp_s3; s8 temp_s4; Entity* entity; s32 i; temp_s4 = Random() & 3; temp_s3 = ((Random() & 0xF) << 8) - 0x800; for (i = 0; i < 6; i++) { entity = AllocEntity(&g_Entities[224], &g_Entities[256]); if (entity != (0)) { CreateEntityFromEntity(E_EXPLOSION, g_CurrentEntity, entity); entity->ext.generic.unk84.U8.unk1 = 6 - i; entity->ext.generic.unk80.modeS16.unk0 = temp_s3; entity->ext.generic.unk84.U8.unk0 = temp_s4; } } } extern u8 g_bigRedFireballAnim[]; void EntityBigRedFireball(Entity* self) { s32 speedTemp; if (self->step == 0) { InitializeEntity(g_InitializeEntityData0); self->animSet = (2); self->palette = ((0x1B6) | 0x8000); self->unk6C = 0x70; self->zPriority = 192; self->drawFlags |= (FLAG_DRAW_ROTZ + FLAG_DRAW_UNK8); self->drawMode |= (DRAW_TPAGE + DRAW_TPAGE2); switch (self->ext.bigredfireball.switch_control) { case 1: if (self->ext.bigredfireball.speed > 3) { self->ext.bigredfireball.speed -= 3; self->ext.bigredfireball.angle -= 0x800; } break; case 2: self->ext.bigredfireball.angle += self->ext.bigredfireball.speed * 192; break; } self->rotZ = self->ext.bigredfireball.angle &= 0xFFF; speedTemp = self->ext.bigredfireball.speed * 320 / 24; self->velocityX = speedTemp * rsin(self->ext.bigredfireball.angle); self->velocityY = -(speedTemp * rcos(self->ext.bigredfireball.angle)); } if (self->animFrameIdx >= 13) { self->velocityX = self->velocityX / 4 * 3; self->velocityY = self->velocityY / 4 * 3; } MoveEntity(); if (AnimateEntity(g_bigRedFireballAnim, self) == 0) { DestroyEntity(self); } } // extern u16 g_UnkRecursPrimVecOrder[]; // Primitive* UnkRecursivePrimFunc1( // SVECTOR* arg0, SVECTOR* arg1, SVECTOR* arg2, SVECTOR* arg3, Primitive* arg4, // s32 arg5, Primitive* arg6, u8* arg7) { // s32 unused1; // s32 unused2; // s32 i; // Primitive* prim1; // Primitive* prim2; // s32 vecIdx1; // s32 vecIdx2; // s32 vecIdx3; // s32 vecIdx4; // s16* vecIndices; // s32 rotTransResult; // SVECTOR* vectors; // uvPair* uv_values; // Primitive* nextArg6; // if (arg6 == (0)) { // return (0); // } // prim2 = arg7; // arg7 += 0x34; // vectors = arg7; // arg7 += 0x48; // vectors[0] = *arg0; // vectors[2] = *arg1; // vectors[6] = *arg2; // vectors[8] = *arg3; // uv_values = arg7; // arg7 += 0x14; // prim1 = prim2; // vectors[1].vx = (vectors[0].vx + vectors[2].vx + 1) >> 1; // vectors[1].vy = (vectors[0].vy + vectors[2].vy + 1) >> 1; // vectors[1].vz = (vectors[0].vz + vectors[2].vz + 1) >> 1; // vectors[7].vx = (vectors[6].vx + vectors[8].vx + 1) >> 1; // vectors[7].vy = (vectors[6].vy + vectors[8].vy + 1) >> 1; // vectors[7].vz = (vectors[6].vz + vectors[8].vz + 1) >> 1; // vectors[3].vx = (vectors[0].vx + vectors[6].vx + 1) >> 1; // vectors[3].vy = (vectors[0].vy + vectors[6].vy + 1) >> 1; // vectors[3].vz = (vectors[0].vz + vectors[6].vz + 1) >> 1; // vectors[5].vx = (vectors[2].vx + vectors[8].vx + 1) >> 1; // vectors[5].vy = (vectors[2].vy + vectors[8].vy + 1) >> 1; // vectors[5].vz = (vectors[2].vz + vectors[8].vz + 1) >> 1; // vectors[4].vx = (vectors[3].vx + vectors[5].vx + 1) >> 1; // vectors[4].vy = (vectors[3].vy + vectors[5].vy + 1) >> 1; // vectors[4].vz = (vectors[3].vz + vectors[5].vz + 1) >> 1; // uv_values[0] = *(uvPair*)&arg4->u0; // uv_values[2] = *(uvPair*)&arg4->u1; // uv_values[6] = *(uvPair*)&arg4->u2; // uv_values[8] = *(uvPair*)&arg4->u3; // uv_values[1].u = (uv_values[0].u + uv_values[2].u + 1) >> 1; // uv_values[1].v = (uv_values[0].v + uv_values[2].v + 1) >> 1; // uv_values[7].u = (uv_values[6].u + uv_values[8].u + 1) >> 1; // uv_values[7].v = (uv_values[6].v + uv_values[8].v + 1) >> 1; // uv_values[3].u = (uv_values[0].u + uv_values[6].u + 1) >> 1; // uv_values[3].v = (uv_values[0].v + uv_values[6].v + 1) >> 1; // uv_values[5].u = (uv_values[2].u + uv_values[8].u + 1) >> 1; // uv_values[5].v = (uv_values[2].v + uv_values[8].v + 1) >> 1; // uv_values[4].u = (uv_values[3].u + uv_values[5].u + 1) >> 1; // uv_values[4].v = (uv_values[3].v + uv_values[5].v + 1) >> 1; // *prim1 = *arg4; // vecIndices = &g_UnkRecursPrimVecOrder; // for (i = 0; i < 4; i++) { // vecIdx1 = *vecIndices++; // vecIdx2 = *vecIndices++; // vecIdx3 = *vecIndices++; // vecIdx4 = *vecIndices++; // rotTransResult = RotTransPers4( // &vectors[vecIdx1], &vectors[vecIdx2], &vectors[vecIdx3], // &vectors[vecIdx4], &prim2->x0, &prim2->x1, &prim2->x2, &prim2->x3, // &unused1, &unused2); // *(uvPair*)&prim2->u0 = uv_values[vecIdx1]; // *(uvPair*)&prim2->u1 = uv_values[vecIdx2]; // *(uvPair*)&prim2->u2 = uv_values[vecIdx3]; // *(uvPair*)&prim2->u3 = uv_values[vecIdx4]; // if (arg5 == 1) { // prim1 = arg6; // if (rotTransResult > 0) { // nextArg6 = arg6->next; // *prim1 = *prim2; // arg6->next = nextArg6; // arg6 = nextArg6; // if (arg6 == (0)) { // return (0); // } // } // } else { // arg6 = UnkRecursivePrimFunc1( // &vectors[vecIdx1], &vectors[vecIdx2], &vectors[vecIdx3], // &vectors[vecIdx4], prim2, arg5 - 1, arg6, arg7); // } // } // return arg6; // } // extern u16 g_UnkRecursPrim2Inds[]; // Primitive* UnkRecursivePrimFunc2( // Primitive* arg0, s32 arg1, Primitive* arg2, u8* arg3) { // s32 i; // Primitive* prim1; // Primitive* prim2; // Primitive* nextArg2; // s32 Idx1; // s32 Idx2; // s32 Idx3; // s32 Idx4; // s16* Indices; // Point16* points; // rgb_set* colors; // uvPair* uv_values; // if (arg2 == (0)) { // return (0); // } // prim2 = arg3; // arg3 += 0x34; // colors = arg3; // arg3 = arg3 + 0x24; // colors[0] = *(rgb_set*)&arg0->r0; // colors[2] = *(rgb_set*)&arg0->r1; // colors[6] = *(rgb_set*)&arg0->r2; // colors[8] = *(rgb_set*)&arg0->r3; // points = arg3; // arg3 += 0x24; // uv_values = arg3; // arg3 += 0x14; // prim1 = arg2; // colors[1].r = ((colors[0].r + colors[2].r + 1) >> 1); // colors[1].g = ((colors[0].g + colors[2].g + 1) >> 1); // colors[1].b = ((colors[0].b + colors[2].b + 1) >> 1); // colors[7].r = ((colors[6].r + colors[8].r + 1) >> 1); // colors[7].g = ((colors[6].g + colors[8].g + 1) >> 1); // colors[7].b = ((colors[6].b + colors[8].b + 1) >> 1); // colors[3].r = ((colors[0].r + colors[6].r + 1) >> 1); // colors[3].g = ((colors[0].g + colors[6].g + 1) >> 1); // colors[3].b = ((colors[0].b + colors[6].b + 1) >> 1); // colors[5].r = ((colors[2].r + colors[8].r + 1) >> 1); // colors[5].g = ((colors[2].g + colors[8].g + 1) >> 1); // colors[5].b = ((colors[2].b + colors[8].b + 1) >> 1); // colors[4].r = ((colors[3].r + colors[5].r + 1) >> 1); // colors[4].g = ((colors[3].g + colors[5].g + 1) >> 1); // colors[4].b = ((colors[3].b + colors[5].b + 1) >> 1); // uv_values[0] = *(uvPair*)&arg0->u0; // uv_values[2] = *(uvPair*)&arg0->u1; // uv_values[6] = *(uvPair*)&arg0->u2; // uv_values[8] = *(uvPair*)&arg0->u3; // uv_values[1].u = (uv_values[0].u + uv_values[2].u + 1) >> 1; // uv_values[1].v = (uv_values[0].v + uv_values[2].v + 1) >> 1; // uv_values[7].u = (uv_values[6].u + uv_values[8].u + 1) >> 1; // uv_values[7].v = (uv_values[6].v + uv_values[8].v + 1) >> 1; // uv_values[3].u = (uv_values[0].u + uv_values[6].u + 1) >> 1; // uv_values[3].v = (uv_values[0].v + uv_values[6].v + 1) >> 1; // uv_values[5].u = (uv_values[2].u + uv_values[8].u + 1) >> 1; // uv_values[5].v = (uv_values[2].v + uv_values[8].v + 1) >> 1; // uv_values[4].u = (uv_values[3].u + uv_values[5].u + 1) >> 1; // uv_values[4].v = (uv_values[3].v + uv_values[5].v + 1) >> 1; // points[0] = *(Point16*)&arg0->x0; // points[2] = *(Point16*)&arg0->x1; // points[6] = *(Point16*)&arg0->x2; // points[8] = *(Point16*)&arg0->x3; // points[1].x = ((points[0].x + points[2].x + 1) >> 1); // points[1].y = ((points[0].y + points[2].y + 1) >> 1); // points[7].x = ((points[6].x + points[8].x + 1) >> 1); // points[7].y = ((points[6].y + points[8].y + 1) >> 1); // points[3].x = ((points[0].x + points[6].x + 1) >> 1); // points[3].y = ((points[0].y + points[6].y + 1) >> 1); // points[5].x = ((points[2].x + points[8].x + 1) >> 1); // points[5].y = ((points[2].y + points[8].y + 1) >> 1); // points[4].x = ((points[3].x + points[5].x + 1) >> 1); // points[4].y = ((points[3].y + points[5].y + 1) >> 1); // *prim2 = *arg0; // Indices = &g_UnkRecursPrim2Inds; // for (i = 0; i < 4; i++) { // Idx1 = *Indices++; // Idx2 = *Indices++; // Idx3 = *Indices++; // Idx4 = *Indices++; // *(uvPair*)&prim2->u0 = uv_values[Idx1]; // *(uvPair*)&prim2->u1 = uv_values[Idx2]; // *(uvPair*)&prim2->u2 = uv_values[Idx3]; // *(uvPair*)&prim2->u3 = uv_values[Idx4]; // *(Point16*)&prim2->x0 = points[Idx1]; // *(Point16*)&prim2->x1 = points[Idx2]; // *(Point16*)&prim2->x2 = points[Idx3]; // *(Point16*)&prim2->x3 = points[Idx4]; // *(rgb_set*)&prim2->r0 = colors[Idx1]; // *(rgb_set*)&prim2->r1 = colors[Idx2]; // *(rgb_set*)&prim2->r2 = colors[Idx3]; // *(rgb_set*)&prim2->r3 = colors[Idx4]; // prim2->type = arg0->type; // if (arg1 == 1) { // nextArg2 = arg2->next; // *arg2 = *prim2; // arg2->next = nextArg2; // arg2 = nextArg2; // if (arg2 == (0)) { // return (0); // } // } else { // arg2 = UnkRecursivePrimFunc2(prim2, arg1 - 1, arg2, arg3); // } // } // return arg2; // } // void ClutLerp(RECT* rect, u16 palIdxA, u16 palIdxB, s32 steps, u16 offset) { // u16 buf[(16)]; // RECT bufRect; // s32 factor; // u32 t; // u32 r, g, b; // s32 i, j; // u16 *palA, *palB; // bufRect.x = rect->x; // bufRect.w = (16); // bufRect.h = 1; // palA = g_Clut + palIdxA * (16); // palB = g_Clut + palIdxB * (16); // for (i = 0; i < steps; i++) { // factor = i * 4096 / steps; // for (j = 0; j < (16); j++) { // r = (palA[j] & 0x1F) * (4096 - factor) + (palB[j] & 0x1F) * factor; // g = ((palA[j] >> 5) & 0x1F) * (4096 - factor) + // ((palB[j] >> 5) & 0x1F) * factor; // b = ((palA[j] >> 10) & 0x1F) * (4096 - factor) + // ((palB[j] >> 10) & 0x1F) * factor; // t = palA[j] & 0x8000; // t |= palB[j] & 0x8000; // buf[j] = t | (r >> 12) | ((g >> 12) << 5) | ((b >> 12) << 10); // } // bufRect.y = rect->y + i; // LoadImage(&bufRect, buf); // g_ClutIds[offset + i] = GetClut(bufRect.x, bufRect.y); // } // } void PlaySfxPositional(s16 sfxId) { s32 posX; s32 posY; s16 sfxPan; s16 sfxVol; posX = g_CurrentEntity->posX.i.hi - 128; sfxPan = (abs(posX) - 32) >> 5; if (sfxPan > 8) { sfxPan = 8; } else if (sfxPan < 0) { sfxPan = 0; } if (posX < 0) { sfxPan = -sfxPan; } sfxVol = abs(posX) - 96; posY = abs(g_CurrentEntity->posY.i.hi - 128) - 112; if (posY > 0) { sfxVol += posY; } if (sfxVol < 0) { sfxVol = 0; } sfxVol = 127 - (sfxVol >> 1); if (sfxVol > 0) { g_api.PlaySfxVolPan(sfxId, sfxVol, sfxPan); } } s32 PrimDecreaseBrightness(Primitive* prim, u8 arg1); static void StageNamePopupHelper(Primitive* prim) { u8 xPos; s32 i; s32 j; switch (prim->p3) { case 0: if (prim->p1 < 0x80) { if (--prim->p1 == 0) { prim->p3 = 1; } } else { if (++prim->p1 == 0) { prim->p3 = 2; } } if (prim->p3 != 0) { u8* dst = prim->p3 == 1 ? &prim->r1 : &prim->r0; for (i = 0; i < 2; i++) { for (j = 0; j < 3; j++) { dst[j] = 0x50; } dst += 0x18; } prim->p2 = 0; } break; case 1: if (prim->p2 < 0x14) { prim->p2++; } xPos = prim->p2 / 5; prim->x2 = prim->x0 = prim->x0 + xPos; prim->x1 = prim->x1 + xPos; prim->x3 = prim->x0; PrimDecreaseBrightness(prim, 4); break; case 2: if (prim->p2 < 0x14) { prim->p2++; } xPos = prim->p2 / 5; prim->x2 = prim->x0 = prim->x0 - xPos; prim->x1 = prim->x1 - xPos; prim->x3 = prim->x0; PrimDecreaseBrightness(prim, 4); break; } } extern u16 g_EInitGeneric[]; void EntityStageNamePopup(Entity* self) { u8 pad[100]; Primitive* prim; s16 primIndex; u8 var_a0; s32 i; s32 drawMode; switch (self->step) { case 0: if (g_DemoMode != Demo_None || g_CastleFlags[0x34 + 2]) { DestroyEntity(self); return; } InitializeEntity(g_EInitGeneric); primIndex = g_api.AllocPrimitives(PRIM_GT4, 0x57); if (primIndex == -1) { DestroyEntity(self); return; } self->flags |= FLAG_HAS_PRIMS; self->primIndex = primIndex; prim = &g_PrimBuf[primIndex]; self->ext.stpopup.prim = prim; while (prim != (0)) { prim->drawMode = DRAW_HIDE; prim = prim->next; } prim = self->ext.stpopup.prim; for (i = 0; i < 2; i++) { prim->tpage = 0x11; prim->clut = 0x19F; prim->u0 = prim->u2 = 4; prim->u1 = prim->u3 = 0x78; prim->v0 = prim->v1 = 0; prim->v2 = prim->v3 = 0x28; prim->x2 = prim->x0 = 0xC; prim->y1 = prim->y0 = 0x9D; prim->x3 = prim->x1 = 0x80; prim->y3 = prim->y2 = 0xC5; prim->priority = 0xC0 - i; prim->drawMode = DRAW_HIDE; prim = prim->next; prim->tpage = 0x11; prim->clut = 0x19F; prim->u0 = prim->u2 = 8; prim->u1 = prim->u3 = 0x7C; prim->v0 = prim->v1 = 0x40; prim->v2 = prim->v3 = 0x68; prim->x2 = prim->x0 = 0x80; prim->y1 = prim->y0 = 0x9D; prim->x3 = prim->x1 = 0xF4; prim->y3 = prim->y2 = 0xC5; prim->priority = 0xC0 - i; prim->drawMode = DRAW_HIDE; prim = prim->next; } i = 0; self->ext.stpopup.unk88 = prim; prim->tpage = 0x11; prim->clut = 0x19D; prim->u0 = prim->u2 = 4; prim->u1 = prim->u3 = 0x78; prim->v0 = prim->v1 = 0; prim->v2 = prim->v3 = 0x28; prim->x2 = prim->x0 = 0xC; prim->y1 = prim->y0 = 0x9D; prim->x3 = prim->x1 = 0x80; prim->y3 = prim->y2 = 0xC5; prim->priority = 0xBF; prim->drawMode = DRAW_HIDE; prim = prim->next; prim->clut = 0x19D; prim->tpage = 0x11; prim->u0 = prim->u2 = 8; prim->u1 = prim->u3 = 0x7C; prim->v0 = prim->v1 = 0x40; prim->v2 = prim->v3 = 0x68; prim->x2 = prim->x0 = 0x80; prim->y1 = prim->y0 = 0x9D; prim->x3 = prim->x1 = 0xF4; prim->y3 = prim->y2 = 0xC5; prim->priority = 0xBF; prim->drawMode = DRAW_HIDE; prim = prim->next; self->ext.stpopup.unk84 = prim; prim->type = 3; prim->tpage = 0x1A; prim->clut = 0x15F; prim->u0 = 0; prim->u1 = 0x40; prim->u2 = prim->u0; prim->u3 = prim->u1; prim->v1 = prim->v0 = 0xC0; prim->v3 = prim->v2 = 0xFF; prim->y1 = prim->y0 = 0x9B; prim->y3 = prim->y2 = 0xC7; prim->x2 = prim->x0 = 0xC; prim->x3 = prim->x1 = 0xF4; prim->r0 = 0x10; prim->g0 = 0x28; prim->b0 = 0; prim->r2 = 8; prim->g2 = 0; prim->b2 = 0x38; prim->priority = 0xB0; prim->drawMode = 0x15 | DRAW_HIDE; (*(s32*)&(prim->r1)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r3)) = (*(s32*)&(prim->r2)); prim = prim->next; self->ext.stpopup.unk8C = prim; for (i = 0; i < 0x28; i++) { prim->tpage = 0x11; prim->clut = 0x19F; prim->v2 = prim->v3 = i + 1; prim->y1 = prim->y0 = i + 0x9D; prim->r0 = 0x78; prim->g0 = 0x78; prim->b0 = 0xA8; prim->y3 = prim->y2 = i + 0x9E; prim->v0 = prim->v1 = i; prim->x2 = prim->x0 = 0xC; prim->x3 = prim->x1 = 0x80; prim->u2 = prim->u0 = 4; prim->u1 = prim->u3 = primIndex = 0x78; prim->priority = 0xC0; prim->drawMode = 4 | DRAW_HIDE; (*(s32*)&(prim->r1)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r2)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r3)) = (*(s32*)&(prim->r0)); prim = prim->next; } for (i = 0; i < 0x28; i++) { prim->tpage = 0x11; prim->clut = 0x19F; prim->y1 = prim->y0 = i + 0x9D; prim->y3 = prim->y2 = i + 0x9E; prim->v0 = prim->v1 = i + 0x40; prim->x2 = prim->x0 = 0x80; prim->x3 = prim->x1 = 0xF4; prim->u2 = prim->u0 = 8; prim->u1 = prim->u3 = 0x7C; prim->v2 = prim->v3 = i + 0x41; prim->r0 = 0x78; prim->g0 = 0x78; prim->b0 = 0xA8; prim->priority = 0xC0; prim->drawMode = 4 | DRAW_HIDE; (*(s32*)&(prim->r1)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r2)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r3)) = (*(s32*)&(prim->r0)); prim = prim->next; } self->ext.stpopup.unk80 = 0x20; case 1: switch (self->step_s) { case 0: if (self->ext.stpopup.unk80 != 0) { self->ext.stpopup.unk80--; } else { prim = self->ext.stpopup.unk84; prim->x0 = prim->x2 = 0x80; prim->x1 = prim->x3 = 0x80; prim->y0 = prim->y1 = 0xB1; prim->y2 = prim->y3 = 0xB1; prim->drawMode = DRAW_TPAGE | DRAW_COLORS | DRAW_TRANSP; self->step_s++; } break; case 1: prim = self->ext.stpopup.unk84; var_a0 = 0; if (prim->y0 >= 0x9C) { var_a0 = 1; prim->y1 = prim->y0 = prim->y0 - 4; prim->y3 = prim->y2 = prim->y2 + 4; } if (prim->x0 >= 0xD) { var_a0 |= 1; prim->x2 = prim->x0 = prim->x0 - 8; prim->x3 = prim->x1 = prim->x1 + 8; } if (var_a0 == 0) { self->ext.stpopup.unk80 = 0; self->ext.stpopup.unk90 = 0; self->ext.stpopup.unk92 = 0; self->step_s++; } break; case 2: self->ext.stpopup.unk90 += 3; if (self->ext.stpopup.unk90 >= 0x80) { self->step_s++; } prim = self->ext.stpopup.unk88; for (i = 0; i < 2; i++) { prim->drawMode = DRAW_UNK_40 | DRAW_TPAGE2 | DRAW_TPAGE | DRAW_COLORS | DRAW_TRANSP; prim->r0 = prim->g0 = prim->b0 = prim->r1 = prim->g1 = prim->b1 = prim->r2 = prim->g2 = prim->b2 = prim->r3 = prim->g3 = prim->b3 = self->ext.stpopup.unk90; prim = prim->next; } break; case 3: self->ext.stpopup.unk90 -= 2; if (self->ext.stpopup.unk90 < 0) { self->ext.stpopup.unk90 = 0; } prim = self->ext.stpopup.unk88; for (i = 0; i < 2; i++) { prim->drawMode = DRAW_TPAGE2 | DRAW_TPAGE | DRAW_COLORS | DRAW_TRANSP; prim->r0 = prim->g0 = prim->b0 = prim->r1 = prim->g1 = prim->b1 = prim->r2 = prim->g2 = prim->b2 = prim->r3 = prim->g3 = prim->b3 = self->ext.stpopup.unk90; prim = prim->next; } if (self->ext.stpopup.unk90 != 0) { self->ext.stpopup.unk92 = 0x80 - self->ext.stpopup.unk90; } else { self->ext.stpopup.unk92 += 4; } if (self->ext.stpopup.unk92 >= 0x80) { self->ext.stpopup.unk92 = 0x80; self->step_s++; } prim = self->ext.stpopup.prim; for (i = 0; i < 2; i++) { prim->drawMode = DRAW_TPAGE2 | DRAW_TPAGE | DRAW_COLORS | DRAW_TRANSP; prim->r0 = prim->g0 = prim->b0 = prim->r1 = prim->g1 = prim->b1 = prim->r2 = prim->g2 = prim->b2 = prim->r3 = prim->g3 = prim->b3 = self->ext.stpopup.unk92; prim = prim->next; } for (i = 0; i < 2; i++) { prim->drawMode = DRAW_TPAGE | DRAW_COLORS | DRAW_TRANSP; prim->r0 = prim->g0 = prim->b0 = prim->r1 = prim->g1 = prim->b1 = prim->r2 = prim->g2 = prim->b2 = prim->r3 = prim->g3 = prim->b3 = self->ext.stpopup.unk92; prim = prim->next; } break; case 4: prim = self->ext.stpopup.unk88; prim->drawMode = DRAW_HIDE; self->ext.stpopup.unk80 = 0x40; self->step = 2; self->step_s = 0; g_CastleFlags[0x34 + 2] = 1; break; } break; case 2: self->ext.stpopup.unk80--; if (self->ext.stpopup.unk80 == 0) { self->step_s = 0; self->step = 3; } break; case 3: switch (self->step_s) { case 0: prim = self->ext.stpopup.prim; prim = prim->next; prim = prim->next; for (i = 0; i < 2; i++) { prim->drawMode = DRAW_TPAGE | DRAW_COLORS | DRAW_TRANSP; prim->r0 = prim->g0 = prim->b0 = prim->r1 = prim->g1 = prim->b1 = prim->r2 = prim->g2 = prim->b2 = prim->r3 = prim->g3 = prim->b3 = self->ext.stpopup.unk92; prim = prim->next; } self->ext.stpopup.unk92 -= 4; if (self->ext.stpopup.unk92 < 0) { self->ext.stpopup.unk92 = 0; self->step_s++; break; } break; case 1: prim = self->ext.stpopup.prim; for (i = 0; i < 4; i++) { prim->drawMode = DRAW_HIDE; prim = prim->next; } prim = self->ext.stpopup.unk8C; for (i = 0; i < 0x14; i++) { prim->r0 = 0x80; prim->g0 = 0x80; prim->b0 = 0x80; drawMode = 0x35; (*(s32*)&(prim->r1)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r2)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r3)) = (*(s32*)&(prim->r0)); prim->p1 = i * 4; prim->p2 = Random() & 3; prim->p3 = 0; prim->drawMode = drawMode; prim = prim->next; } for (i = 0; i < 0x14; i++) { prim->r0 = 0x80; prim->g0 = 0x80; prim->b0 = 0x80; (*(s32*)&(prim->r1)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r2)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r3)) = (*(s32*)&(prim->r0)); prim->p1 = -((0x14 - i) * 4); prim->p2 = Random() & 3; prim->p3 = 0; prim->drawMode = DRAW_TPAGE2 | DRAW_TPAGE | DRAW_COLORS | DRAW_TRANSP; prim = prim->next; } for (i = 0; i < 0x14; i++) { prim->r0 = 0x80; prim->g0 = 0x80; prim->b0 = 0x80; drawMode = 0x35; (*(s32*)&(prim->r1)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r2)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r3)) = (*(s32*)&(prim->r0)); prim->p1 = i * 4; prim->p2 = Random() & 3; prim->p3 = 0; prim->drawMode = drawMode; prim = prim->next; } for (i = 0; i < 0x14; i++) { prim->r0 = 0x80; prim->g0 = 0x80; prim->b0 = 0x80; (*(s32*)&(prim->r1)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r2)) = (*(s32*)&(prim->r0)); (*(s32*)&(prim->r3)) = (*(s32*)&(prim->r0)); prim->p1 = -((0x14 - i) * 4); prim->p2 = Random() & 3; prim->p3 = 0; prim->drawMode = DRAW_TPAGE2 | DRAW_TPAGE | DRAW_COLORS | DRAW_TRANSP; prim = prim->next; } self->ext.stpopup.unk80 = 0x70; self->step_s++; break; case 2: prim = self->ext.stpopup.unk8C; while (prim != (0)) { StageNamePopupHelper(prim); prim = prim->next; } self->ext.stpopup.unk80--; if (self->ext.stpopup.unk80 == 0) { self->step_s++; } break; case 3: prim = self->ext.stpopup.unk8C; while (prim != (0)) { StageNamePopupHelper(prim); prim = prim->next; } prim = self->ext.stpopup.unk84; prim->y0 += 2; prim->y1 = prim->y0; prim->y2 -= 2; prim->y3 = prim->y2; prim->x0 -= 2; prim->x1 += 2; prim->x2 -= 2; prim->x3 += 2; if (prim->y2 < prim->y0) { DestroyEntity(self); return; } break; } break; } FntPrint("t_step %x\n", self->step); FntPrint("t_step_s %x\n", self->step_s); } void EntitySoulStealOrb(Entity* self) { u16 angle; Primitive* prim; s32 primIndex; s16* spr; u16 direction; Entity* player; player = &g_Entities[0]; switch (self->step) { case 0: primIndex = g_api.AllocPrimitives(PRIM_GT4, 1); if (primIndex != -1) { InitializeEntity(g_InitializeData0); prim = &g_PrimBuf[primIndex]; prim->drawMode = DRAW_HIDE; self->flags |= FLAG_HAS_PRIMS; self->primIndex = primIndex; self->animSet = (0); angle = GetAngleBetweenEntities(self, &g_Entities[0]); direction = 0; if (self->posY.i.hi > 112) { direction = 1; } if (self->posX.i.hi < g_Entities[0].posX.i.hi) { direction ^= 1; } if (direction) { angle -= g_ESoulStealOrbAngles[Random() & 7]; } else { angle += g_ESoulStealOrbAngles[Random() & 7]; } self->ext.soulStealOrb.angle = angle; self->ext.soulStealOrb.unk80 = 0x400; self->ext.soulStealOrb.unk7E = 0; self->hitboxState = 0; return; } DestroyEntity(self); break; case 1: self->ext.soulStealOrb.unk82++; if (self->ext.soulStealOrb.unk82 == 16) { self->hitboxState = 1; } if (self->hitFlags) { if (!g_Player.unk56) { g_Player.unk56 = 1; g_Player.unk58 = 8; } DestroyEntity(self); return; } if (self->rotX < 0x100) { self->rotX = self->rotY += 0x10; } if (self->ext.soulStealOrb.unk7E < 0x200) { self->ext.soulStealOrb.unk7E += 2; } if (self->ext.soulStealOrb.unk80 < 0x800) { self->ext.soulStealOrb.unk80 += 4; } angle = GetAngleBetweenEntities(self, &g_Entities[0]); self->ext.soulStealOrb.angle = angle = GetNormalizedAngle( self->ext.soulStealOrb.unk7E, self->ext.soulStealOrb.angle, angle); UnkEntityFunc0(angle, self->ext.soulStealOrb.unk80); MoveEntity(self); prim = &g_PrimBuf[self->primIndex]; AnimateEntity(g_ESoulStealOrbAnim, self); prim->tpage = 0x18; prim->clut = 0x194; angle = self->animCurFrame; angle = (angle * 8) - 8; spr = &g_ESoulStealOrbSprt[angle]; prim->x0 = prim->x2 = self->posX.i.hi + *spr++; prim->y0 = prim->y1 = self->posY.i.hi + *spr++; prim->x1 = prim->x3 = prim->x0 + *spr++; prim->y2 = prim->y3 = prim->y0 + *spr++; prim->u0 = prim->u2 = *spr++; prim->v0 = prim->v1 = *spr++; prim->u1 = prim->u3 = *spr++; prim->v2 = prim->v3 = *spr; prim->priority = self->zPriority; prim->drawMode = DRAW_DEFAULT; break; } } void EntityEnemyBlood(Entity* self) { const int NParticles = 12; FakePrim* prim; s32 i; s16 x; u16 facingLeft; switch (self->step) { case 0: i = g_api.func_800EDB58(PRIM_TILE_ALT, NParticles); if (i != -1) { InitializeEntity(g_InitializeData0); facingLeft = self->params; self->flags |= FLAG_HAS_PRIMS; self->primIndex = i; self->animSet = (0); self->hitboxState = 1; self->ext.bloodDroplets.timer = 48; self->hitboxWidth = 0; self->hitboxHeight = 8; self->zPriority = 0xC0; prim = (FakePrim*)&g_PrimBuf[i]; i = NParticles; while (true) { prim->x0 = self->posX.i.hi - 5 + (Random() & 7); prim->y0 = self->posY.i.hi - 5 + (Random() & 7); prim->posX.val = 0; prim->posY.val = 0; prim->w = 4; prim->h = 4; if (facingLeft) { UnkEntityFunc0( 0xCC0 + i * 64, (Random() & 0xF) * 0x10 + 0x180); } else { UnkEntityFunc0( 0xB40 - i * 64, (Random() & 0xF) * 0x10 + 0x180); } prim->velocityX.val = self->velocityX; prim->velocityY.val = self->velocityY; prim->accelerationX.val = -(prim->velocityX.val / 64); prim->accelerationY.val = -(prim->velocityY.val / 48) + 0xC00; prim->x2 = prim->y2 = (Random() & 7) + 7; prim->r0 = 128; prim->b0 = 16; prim->g0 = 0; prim->priority = self->zPriority; prim->drawMode = DRAW_UNK02; if (!--i) { break; } prim++; } if (facingLeft) { self->velocityX = ((s32)((1.25) * 65536.0)); self->ext.bloodDroplets.speed = -0x200; } else { self->velocityX = ((s32)((-1.25) * 65536.0)); self->ext.bloodDroplets.speed = 0x200; } self->velocityY = 0; } else { DestroyEntity(self); } break; case 1: if (!(--self->ext.bloodDroplets.timer)) { DestroyEntity(self); break; } if (self->hitboxState) { if (!(g_Player.unk0C & 0x02000000)) { self->hitboxState = 0; } else { self->velocityX += self->ext.bloodDroplets.speed; x = self->posX.i.hi; MoveEntity(self); x -= self->posX.i.hi; if (x < 0) { x = -x; } if (self->ext.bloodDroplets.timer > 16) { self->ext.bloodDroplets.size += x; self->hitboxWidth = self->ext.bloodDroplets.size / 2; self->hitboxHeight = self->ext.bloodDroplets.size / 4 + 8; } else { self->hitboxState = 0; } if (self->hitFlags) { if (!g_Player.unk56) { g_Player.unk56 = 1; g_Player.unk58 = 8; if (g_api.CheckEquipmentItemCount( ITEM_BLOODSTONE, EQUIP_ACCESSORY)) { g_Player.unk58 *= 2; } } g_Player.unk10++; self->hitboxState = 0; } } } prim = (FakePrim*)&g_PrimBuf[self->primIndex]; i = NParticles; while (true) { prim->posX.i.hi = prim->x0; prim->posY.i.hi = prim->y0; prim->velocityX.val += prim->accelerationX.val; prim->velocityY.val += prim->accelerationY.val; prim->posX.val += prim->velocityX.val; prim->posY.val += prim->velocityY.val; prim->x0 = prim->posX.i.hi; prim->y0 = prim->posY.i.hi; if (!--prim->x2 && prim->w) { prim->h--; prim->w--; if (!(prim->w & 1)) { prim->x0++; prim->y0++; } prim->x2 = prim->y2; } if (!--i) { break; } prim++; } } } void EntityRoomForeground(Entity* entity) { ObjInit* objInit = &D_80182764[entity->params]; if (entity->step == 0) { InitializeEntity(g_eInitGeneric2); entity->animSet = objInit->animSet; entity->zPriority = objInit->zPriority; entity->unk5A = objInit->unk5A; entity->palette = objInit->palette; entity->drawFlags = objInit->drawFlags; entity->drawMode = objInit->drawMode; if (objInit->unkC != 0) { entity->flags = objInit->unkC; } if (entity->params >= 5) { entity->rotZ = 0x800; entity->drawFlags |= FLAG_DRAW_ROTZ; } } AnimateEntity(objInit->unk10, entity); } void func_801CC5A4(Entity* entity, u8 count, u8 params, s32 xDist, s32 yDist, u8 arg5, s16 xOfst) { s32 i; s16 y = entity->posY.i.hi + yDist; s16 x = entity->posX.i.hi + xDist; for (i = 0; i < count; ++i) { Entity* newEnt = AllocEntity(&g_Entities[160], &g_Entities[192]); if (newEnt != (0)) { newEnt->entityId = E_ID_14; newEnt->pfnUpdate = EntityUnkId14; newEnt->params = params; newEnt->posX.i.hi = x + i * xOfst; newEnt->posY.i.hi = y; newEnt->ext.generic.unk94 = D_80182A48[i]; newEnt->rotY = newEnt->rotX = D_80182A38[D_80182A48[i] + arg5]; newEnt->drawFlags = FLAG_DRAW_ROTY | FLAG_DRAW_ROTX; newEnt->zPriority = entity->zPriority + 1; } } } void func_801CC6F8(Entity* entity) { u16 distance = GetDistanceToPlayerX(); bool var_s1; entity->ext.et_801CC820.unk86 = 0x100; entity->velocityX = 0; if (entity->params != 0) { SetStep(0xC); return; } var_s1 = 0; if (entity->facingLeft != 0) { var_s1 = entity->posX.i.hi >= 0x71; } else if (entity->posX.i.hi < 0x90) { var_s1 = 1; } if (distance < 0x70) { if (!(Random() & 3) && !var_s1) { SetStep(9); return; } } else if ((Random() & 3) && !var_s1) { SetStep(9); if (!(Random() & 3)) { entity->ext.et_801CC820.unk86 = 0; } return; } SetStep(6); PlaySfxPositional(0x783); entity->ext.et_801CC820.unk80 = 0x20; } void func_801CC820(Entity* entity) { u16 distance; if (entity->facingLeft == GetSideToPlayer()) { if (entity->params == 0) { SetStep(5); } else { SetStep(4); } return; } if (entity->ext.et_801CC820.unk86 == 0) { func_801CC6F8(entity); return; } distance = GetDistanceToPlayerX(); if ((distance < 0x48) && (entity->step != 4)) { SetStep(4); return; } SetStep(3); if (distance < 0x60) { entity->ext.et_801CC820.unk7C = 1; } else { entity->ext.et_801CC820.unk7C = 0; } entity->ext.et_801CC820.unk80 = 0; entity->ext.et_801CC820.unk82 = 0x20; } void func_801CC90C(Entity* arg0) { s16 temp_v0_2; s16 temp_v1; s16 temp_v0; temp_v0 = GetDistanceToPlayerX(); temp_v1 = arg0->ext.generic.unk84.S16.unk2; if (temp_v1 != 0) { if ((u32)(temp_v0) < 0x60) { temp_v0_2 = temp_v1 - 2; arg0->ext.generic.unk84.S16.unk2 = temp_v0_2; if (temp_v0_2 < 0) { arg0->ext.generic.unk84.S16.unk2 = 0; } } else { arg0->ext.generic.unk84.S16.unk2 = (temp_v1 - 1); } } } ; void func_801CE740(Entity* self) { Primitive* prim = &g_PrimBuf[self->primIndex]; if (prim == (0)) { return; } while (prim != (0)) { if (prim->p1 != 0) { prim->p1--; } else { if (prim->p2 < 8) { prim->y0 = prim->y1 = prim->y1 - 12; if (self->facingLeft) { prim->x1 = prim->x3 = prim->x3 + 8; prim->r0 = prim->r2 = prim->r2 - 8; prim->g0 = prim->g2 = prim->g2 - 8; prim->b0 = prim->b2 = prim->b2 - 8; } else { prim->x0 = prim->x2 = prim->x2 - 8; prim->r1 = prim->r3 = prim->r3 - 8; prim->g1 = prim->g3 = prim->g3 - 8; prim->b1 = prim->b3 = prim->b3 - 8; } } else if (prim->p2 < 24) { prim->y0 = prim->y1 = prim->y1 - 12; if (self->facingLeft) { prim->x0 = prim->x2 = prim->x2 + 4; prim->x1 = prim->x3 = prim->x3 + 1; } else { prim->x1 = prim->x3 = prim->x3 - 4; prim->x0 = prim->x2 = prim->x2 - 1; } } else if (prim->p2 < 32) { prim->y0 = prim->y1 = prim->y1 + 36; if (self->facingLeft != 0) { prim->x0 = prim->x2 = prim->x2 + 2; if (prim->p2 & 1) { prim->x1 = prim->x3 = prim->x3 + 1; } } else { prim->x1 = prim->x3 = prim->x3 - 2; if (prim->p2 & 1) { prim->x0 = prim->x2 = prim->x2 - 1; } } } else { prim->drawMode = DRAW_HIDE; } prim->p2 += 1; } prim = prim->next; } } ; ; void EntityStrongWargDeathBeams(Entity* self) { Primitive* prim; s16 baseX; u16 hiddenPrimCount; u16 palette; s32 primIndex; s32 temp_s1; u16 temp_s1_u16; switch (self->step) { case 0: palette = self->palette + 4; temp_s1 = self->unk5A + 3; temp_s1_u16 = (u16)temp_s1; InitializeEntity(g_eInitGeneric2); primIndex = g_api.AllocPrimitives(PRIM_GT4, 4); if (primIndex == -1) { DestroyEntity(self); return; } self->primIndex = primIndex; self->flags |= FLAG_HAS_PRIMS; prim = &g_PrimBuf[primIndex]; while (prim != (0)) { prim->tpage = temp_s1_u16 / 4; prim->clut = palette; prim->u0 = prim->u1 = ((temp_s1 & 1) << 7) + 0x21; prim->v1 = prim->v3 = ((temp_s1 & 2) << 6) + 0x59; prim->v0 = prim->v2 = ((temp_s1 & 2) << 6) + 0x7F; prim->u3 = prim->u2 = prim->u0 + 0x2D; prim->drawMode = DRAW_HIDE; prim = prim->next; } break; case 1: if ((self->ext.strongWargDeathBeams.unk7C == 0) && (self->ext.strongWargDeathBeams.unk7E < 0x14)) { prim = &g_PrimBuf[self->primIndex]; while (prim != (0)) { if (prim->drawMode == DRAW_HIDE) { if (self->ext.strongWargDeathBeams.unk7E & 1) { PlaySfxPositional(SFX_EXPLODE_B); } if (self->facingLeft != 0) { baseX = self->posX.i.hi - D_80183080[self->ext.strongWargDeathBeams.unk7E & 0xF]; prim->x0 = prim->x2 = baseX + 0x10; prim->x1 = prim->x3 = baseX - 0x10; } else { baseX = self->posX.i.hi + D_80183080[self->ext.strongWargDeathBeams.unk7E & 0xF]; prim->x0 = prim->x2 = baseX - 0x10; prim->x1 = prim->x3 = baseX + 0x10; } prim->y0 = prim->y1 = prim->y2 = prim->y3 = self->posY.i.hi + 0x28; prim->b1 = prim->b3 = prim->g1 = prim->g3 = prim->r1 = prim->r3 = prim->b0 = prim->b2 = prim->g0 = prim->g2 = prim->r0 = prim->r2 = 0x40; prim->priority = self->zPriority + D_801830A0[self->ext.strongWargDeathBeams.unk7E & 0xF]; prim->drawMode = DRAW_TPAGE2 | DRAW_TPAGE | DRAW_COLORS | DRAW_UNK02 | DRAW_TRANSP; prim->p1 = (Random() & 3) + 0x10; prim->p2 = 0; break; } prim = prim->next; } self->ext.strongWargDeathBeams.unk7C = 4; self->ext.strongWargDeathBeams.unk7E++; } else { self->ext.strongWargDeathBeams.unk7C--; } prim = &g_PrimBuf[self->primIndex]; hiddenPrimCount = 0; while (prim != (0)) { if (prim->drawMode != DRAW_HIDE) { prim->p2++; prim->x0 = prim->x2 = prim->x2 + 1; prim->x1 = prim->x3 = prim->x3 - 1; if (prim->p2 > 8) { prim->r0 = prim->r1 = prim->r1 - 0x10; prim->g0 = prim->g1 = prim->g1 - 0x10; prim->b0 = prim->b1 = prim->b1 - 0x10; if (prim->r2) { prim->r2 = prim->r3 = prim->r3 - 0x14; prim->g2 = prim->g3 = prim->g3 - 0x14; prim->b2 = prim->b3 = prim->b3 - 0x14; } } else { prim->r0 = prim->r2 = prim->r1 = prim->r3 = prim->r3 + 0x10; prim->g0 = prim->g2 = prim->g1 = prim->g3 = prim->g3 + 0x10; prim->b0 = prim->b2 = prim->b1 = prim->b3 = prim->b3 + 0x10; } prim->y0 = prim->y1 = prim->y1 - prim->p1; if (prim->p2 > 0x10) { prim->drawMode = DRAW_HIDE; } } else { hiddenPrimCount++; } prim = prim->next; } if (hiddenPrimCount == 4 && self->ext.strongWargDeathBeams.unk7E > 0x13) { DestroyEntity(self); return; } break; } } void func_801CF438(Entity* entity, u8 count, u8 params, s32 xDist, s32 yDist, u8 arg5, s16 xOfst) { s32 i; s16 y = entity->posY.i.hi + yDist; s16 x = entity->posX.i.hi + xDist; for (i = 0; i < count; ++i) { Entity* newEnt = AllocEntity(&g_Entities[160], &g_Entities[192]); if (newEnt != (0)) { newEnt->entityId = E_ID_14; newEnt->pfnUpdate = EntityUnkId14; newEnt->params = params; newEnt->posX.i.hi = x + i * xOfst; newEnt->posY.i.hi = y; newEnt->ext.generic.unk94 = D_801832E8[i]; newEnt->rotY = newEnt->rotX = D_801832D8[D_801832E8[i] + arg5]; newEnt->drawFlags = FLAG_DRAW_ROTY | FLAG_DRAW_ROTX; newEnt->zPriority = entity->zPriority + 1; } } } void func_801CF58C(Entity* self) { self->velocityX = 0; self->ext.generic.unk84.S16.unk2 = 0x100; SetStep(6); g_api.PlaySfx(0x783); self->ext.generic.unk80.modeS16.unk0 = 0x20; } void func_801CF5E0(Entity* self) { s16 temp_v0; if (self->facingLeft == GetSideToPlayer()) { SetStep(5); return; } if (self->ext.generic.unk84.S16.unk2 == 0) { func_801CF58C(self); return; } temp_v0 = self->ext.generic.unk84.S16.unk0 - self->posX.i.hi - g_Tilemap.scrollX.i.hi; if (temp_v0 > 16) { SetStep(3); if (self->facingLeft != 0) { self->ext.generic.unk7C.S8.unk0 = 0; } else { self->ext.generic.unk7C.S8.unk0 = 1; } } else if (temp_v0 < -16) { SetStep(3); if (self->facingLeft != 0) { self->ext.generic.unk7C.S8.unk0 = 1; } else { self->ext.generic.unk7C.S8.unk0 = 0; } } else { SetStep(7); } self->ext.generic.unk80.modeS16.unk0 = 0; self->ext.generic.unk80.modeS16.unk2 = 32; } void func_801CF6D8(Entity* arg0) { s16 temp_v0_2; s16 temp_v1; s16 temp_v0; temp_v0 = GetDistanceToPlayerX(); temp_v1 = arg0->ext.generic.unk84.S16.unk2; if (temp_v1 != 0) { if ((u32)(temp_v0) < 0x60) { temp_v0_2 = temp_v1 - 2; arg0->ext.generic.unk84.S16.unk2 = temp_v0_2; if (temp_v0_2 < 0) { arg0->ext.generic.unk84.S16.unk2 = 0; } } else { arg0->ext.generic.unk84.S16.unk2 = (temp_v1 - 1); } } } ; ; void EntityWargExplosionPuffTransparent(Entity* entity) { u32 temp_v0; if (entity->step == 0) { InitializeEntity(g_InitializeEntityData0); entity->animSet = (14); entity->unk5A = 0x79; entity->palette = 0xD0; entity->drawMode = DRAW_TPAGE2 | DRAW_TPAGE; entity->drawFlags = FLAG_DRAW_UNK8; entity->animFrameIdx = 0; entity->animFrameDuration = 0; entity->unk6C = 0x60; temp_v0 = entity->params & 0xFF00; if (temp_v0 != 0) { entity->zPriority = temp_v0 >> 8; } entity->velocityY += 0xFFFF0000; return; } entity->posY.val += entity->velocityY; if (AnimateEntity(D_8018383C, entity) == 0) { DestroyEntity(entity); } } void EntityExplosion3(Entity* entity);