#define MU_DEATH_BALLAD 0x334 #define EvSpNEW 0x2000 #define EvSpINT 0x0002 #define MU_PROLOGUE 0x321 #define HwCARD_0 (DescHW | 0x12) #define HwCARD_1 (DescHW | 0x13) #define STAGE_BO4 0x1A #define SE_INTRO_WIND_QUIET 0x32C #define MU_MOONLIGHT_NOCTURNE 0x340 #define PLAYER g_EntityArray[PLAYER_CHARACTER] #define STAGE_MEMORYCARD 0xFF #define JP_VO_KATSUTE 0x341 #define KERNEL_H #define RCntMdFR 0x0000 #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 MU_ABANDONED_PIT_LOOP_POINT 0x31A #define CdlForward 0x04 #define LBA_STAGE_NO0_ART 0x7E5D #define getaddr(p) (u_long)(((P_TAG*)(p))->addr) #define CdlGetTD 0x14 #define CdlGetTN 0x13 #define MU_MARBLE_GALLERY 0x30D #define HEART_VESSEL_INCREASE 5 #define EvStACTIVE 0x2000 #define STAGE_TE1 0x46 #define STAGE_TE2 0x47 #define STAGE_TE3 0x48 #define STAGE_TE5 0x4A #define EvSpERROR 0x8000 #define MU_PRAYER 0x332 #define MU_LAND_OF_BENEDICTION 0x33E #define JP_VO_SATOU_MASAHARU_MESSAGE 0x348 #define STAGE_NZ0 0x0C #define RCntMdSC 0x0001 #define RCntMdSP 0x0000 #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 LBA_BIN_F_GAME2 0x6252 #define MU_FINAL_TOCATTA 0x338 #define JP_VO_YOKOYAMA_CHISA_MESSAGE 0x34A #define LBA_STAGE_MAD_BIN 0x7E28 #define COMMON_H #define STAGE_TOP 0x0B #define CdlReadN 0x06 #define LBA_STAGE_ST0_ART 0x9044 #define CdlReadS 0x1B #define MaxEntityCount 32 #define CdlNop 0x01 #define STAGE_ENDING 0xFE #define HwCPU (DescHW | 0x10) #define MU_RAINBOW_CEMETERY_LOOP_POINT 0x308 #define getcode(p) (u_char)(((P_TAG*)(p))->code) #define PAD_TRIANGLE 0x0010 #define JP_VO_YANADA_KIYOYUKI_MESSAGE 0x346 #define STAGE_MAD 0x40 #define STAGE_MAR 0x17 #define EvSpPERROR 0x8001 #define STAGE_TE4 0x49 #define EvMdNOINTR 0x2000 #define NA_SE_BREAK_CANDLE 0x634 #define HwCNTL (DescHW | 0x08) #define JP_VO_KONAMI_12 0x357 #define MU_CRYSTAL_TEARDROPS 0x30B #define MU_REQUIEM_FOR_THE_GODS_LOOP_POINT 0x306 #define LIBGS_H #define MU_METAMORPHOSIS 0x327 #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 JP_VO_SOSHITE 0x342 #define CdlSeekL 0x15 #define CdlSeekP 0x16 #define PAD_L1 0x0004 #define PAD_L3 0x0200 #define MU_DOOR_OF_HOLY_SPIRITS 0x315 #define MU_LOST_PAINTING 0x301 #define STRINGIFY_(x) #x #define STAGE_BO0 0x1E #define STAGE_BO1 0x1D #define STAGE_BO2 0x1C #define STAGE_BO3 0x1B #define STAGE_BO5 0x19 #define STAGE_BO6 0x18 #define STAGE_BO7 0x16 #define MU_TOWER_OF_MIST 0x313 #define CdlGetparam 0x0f #define EvSpUNKNOWN 0x0200 #define PAD_R1 0x0008 #define PAD_R2 0x0002 #define LBA_STAGE_NO3_BIN 0x834F #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 EvSpCZ 0x0001 #define PAD_UP 0x1000 #define JP_VO_FUKAMI_RIKA_MESSAGE 0x344 #define LIBGTE_H #define __STDC_HOSTED__ 0 #define MU_WOOD_CARVING_PARTITA 0x309 #define DescEV 0xf1000000 #define RENDERFLAGS_NOSHADOW 2 #define EvStUNUSED 0x0000 #define NA_SE_EV_CLOCK_TICK 0x6A1 #define DescHW 0xf0000000 #define MU_BLOOD_RELATIONS_LOOP_POINT 0x337 #define NA_VO_RI_DIE_MONSTER 0x358 #define MU_FESTIVAL_OF_SERVANTS_LOOP_POINT 0x31E #define LIFE_VESSEL_INCREASE 5 #define NA_SE_PL_COLLECT_HEART 0x67A #define MU_DANCE_OF_PALES_LOOP_POINT 0x318 #define EvSpCLOSE 0x0008 #define CdlSetfilter 0x0d #define CdlGetlocL 0x10 #define CdlGetlocP 0x11 #define TcbStUNUSED 0x1000 #define DescRC 0xf2000000 #define setaddr(p,_addr) (((P_TAG*)(p))->addr = (u_long)(_addr)) #define STAGE_NO2 0x04 #define DescTH DescMask #define setWH(p,_w,_h) (p)->w = _w, (p)->h = _h #define LBA_STAGE_NP3_BIN 0x9235 #define ARRAY_COUNT(arr) (s32)(sizeof(arr) / sizeof(arr[0])) #define PAD_CROSS 0x0040 #define SCRIPT(...) {} #define NA_SE_EV_SWITCH_CLICK 0x676 #define MU_FESTIVAL_OF_SERVANTS 0x31D #define CdlMAXDIR 128 #define JP_VO_SHIINA_HEKIRU_MESSAGE 0x345 #define addPrim(ot,p) setaddr(p, getaddr(ot)), setaddr(ot, p) #define PAD_R3 0x0400 #define NA_SE_EN_OPEN_DOOR 0x642 #define STAGE_CEN 0x08 #define MU_THE_TRAGIC_PRINCE_LOOP_POINT 0x312 #define MU_ENCHANTED_BANQUET 0x330 #define JP_VO_YANAMI_JYOUJI_MESSAGE 0x34B #define JP_VO_WAKAMOTO_NORIO_MESSAGE 0x349 #define DescMask 0xff000000 #define MU_PROLOGUE_LOOP_POINT 0x322 #define MU_BLOOD_RELATIONS 0x336 #define NA_SE_VO_WO_BARK 0x706 #define LBA_STAGE_ST0_BIN 0x90F9 #define STRINGIFY(x) STRINGIFY_(x) #define isendprim(p) ((((P_TAG*)(p))->addr) == 0xffffff) #define NA_SE_PL_IT_PICKUP 0x67C #define MU_TOWER_OF_MIST_LOOP_POINT 0x314 #define MU_DANCE_OF_PALES 0x317 #define TOTAL_ENTITY_COUNT 256 #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 JP_VO_AKUMAJO 0x343 #define CdlSetloc 0x02 #define SE_INTRO_WIND_LOOP_POINT 0x32B #define MU_I_AM_THE_WIND 0x33C #define CdlPause 0x09 #define HwRTC0 (DescHW | 0x05) #define HwRTC1 (DescHW | 0x06) #define HwRTC2 (DescHW | 0x07) #define NA_SE_VO_AL_PUNCH 0x6F1 #define STAGE_CAT 0x03 #define F3DEX_GBI_2 1 #define ABS_ALT(x) ((x) >= 0 ? (x) : -(x)) #define LBA_STAGE_NP3_VH 0x91FF #define LBA_STAGE_NO0_VH 0x7EDD #define NA_SE_EN_COG_CLICK 0x642 #define LBA_STAGE_NO0_BIN 0x7F16 #define CdlPlay 0x03 #define M2CTX 1 #define STAGE_CHI 0x05 #define termPrim(p) setaddr(p, 0xffffffff) #define PLAYER_RICHTER 1 #define NA_SE_PL_MAX_HP_MP_INCREASED 0x687 #define MU_REQUIEM_FOR_THE_GODS 0x305 #define EvSpERANGE 0x0302 #define HwDMAC (DescHW | 0x04) #define GAME_H #define STAGE_NO0 0x00 #define STAGE_NO1 0x01 #define STAGE_NO3 0x41 #define STAGE_NO4 0x09 #define CdlMAXLEVEL 8 #define CLAMP_MAX(x,max) ((x) > (max) ? (max) : (x)) #define STAGE_NP3 0x07 #define MU_RAINBOW_CEMETERY 0x307 #define STAGE_TOP_ALT 0x4B #define LBA_STAGE_MAD_VH 0x7DEF #define LBA_STAGE_NO3_VH 0x8317 #define INCLUDE_ASM_H #define EvSpEDOM 0x0301 #define PLAYER_ALUCARD 0 #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 MU_DOOR_OF_HOLY_SPIRITS_LOOP_POINT 0x316 #define HwGPU (DescHW | 0x02) #define MAX_GOLD 999999 #define CdlSetmode 0x0e #define CdlBackward 0x05 #define MU_WANDERING_GHOSTS 0x323 #define NA_SE_PL_BT_FIREBALL 0x680 #define LBA_STAGE_ST0_VH 0x90C4 #define NA_SE_UNK_62F 0x62F #define SwMATH (DescSW | 0x02) #define NA_SE_PL_RIC_UNK_6E2 0x6E2 #define NA_SE_SY_MOVE_MENU_CURSOR 0x67B #define setShadeTex(p,tge) ((tge) ? setcode(p, getcode(p) | 0x01) : setcode(p, getcode(p) & ~0x01)) #define RCntMdINTR 0x1000 #define FALL_GRAVITY 0x4000 #define MU_PRAYER_LOOP_POINT 0x333 #define PAD_SQUARE 0x0080 #define MU_CURSE_ZONE 0x303 #define MU_SILENCE 0x33D #define getlen(p) (u_char)(((P_TAG*)(p))->len) #define ARRAY_COUNTU(arr) (u32)(sizeof(arr) / sizeof(arr[0])) #define MU_CURSE_ZONE_LOOP_POINT 0x304 #define EvSpDE 0x0080 #define LIBGPU_H #define NA_SE_AL_BACKSLIDE 0x617 #define STAGE_IWA_LOAD 0x42 #define nextPrim(p) (void*)((((P_TAG*)(p))->addr) | 0x80000000) #define setUV0(p,_u0,_v0) (p)->u0 = (_u0), (p)->v0 = (_v0) #define MU_DANCE_OF_ILLUSIONS_LOOP_POINT 0x320 #define MU_HEAVENLY_DOORWAY 0x31B #define MU_DANCE_OF_GOLD_LOOP_POINT 0x32F #define NA_SE_VO_AL_DYING 0x6F6 #define EvSpTRAP 0x1000 #define NA_SE_VO_AL_WHAT 0x6F2 #define EvSpTIMOUT 0x0100 #define MU_THE_DOOR_TO_THE_ABYSS 0x325 #define ABS(x) ((x) < 0 ? -(x) : (x)) #define NULL (0) #define MU_THE_DOOR_TO_THE_ABYSS_LOOP_POINT 0x326 #define STAGE_NZ1 0x0D #define STAGE_DAI 0x06 #define EvSpIOE 0x0004 #define CdlStop 0x08 #define SE_INTRO_WIND_QUIET_LOOP_POINT 0x32D #define TcbStACTIVE 0x4000 #define CdlStandby 0x07 #define DECR(x) ((x) == 0 ? 0 : --(x)) #define NA_SE_PL_MP_GAUGE 0x67D #define CdlMAXFILE 64 #define NA_VO_RI_TRIBUTE 0x35A #define MU_FINAL_TOCATTA_LOOP_POINT 0x339 #define MU_METAMORPHOSIS_II 0x328 #define MU_ABANDONED_PIT 0x319 #define NA_SE_SECRET_STAIRS 0x644 #define HwCdRom (DescHW | 0x03) #define STAGE_DRE 0x12 #define STAGE_IGA_LOAD 0x43 #define PAD_RIGHT 0x2000 #define RCntMdNOINTR 0x2000 #define HwVBLANK (DescHW | 0x01) #define HwSIO (DescHW | 0x0b) #define MU_DRACULAS_CASTLE_LOOP_POINT 0x310 #define EvStWAIT 0x1000 #define EvSpCOMP 0x0020 #define MU_DEATH_BALLAD_LOOP_POINT 0x335 #define JP_VO_KONAMI_10 0x355 #define JP_VO_KONAMI_11 0x356 #define HwSPU (DescHW | 0x09) #define NA_SE_BREAK_GLASS 0x68B #define STAGE_SEL 0x45 #define TYPES_H #define setSemiTrans(p,abe) ((abe) ? setcode(p, getcode(p) | 0x02) : setcode(p, getcode(p) & ~0x02)) #define DescUEV 0xf3000000 #define STAGE_NO1_ALT 0x0F #define LIBETC_H #define MU_BLACK_BANQUET 0x33A #define TcbMdPRI 0x2000 #define setClut(p,x,y) ((p)->clut = getClut(x, y)) #define MU_ENCHANTED_BANQUET_LOOP_POINT 0x331 #define NA_VO_DR_IT_WAS_NOT 0x359 #define EvStALREADY 0x4000 #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 JP_VO_KONAMI_3 0x34E #define CdlMute 0x0b #define JP_VO_KONAMI_4 0x34F #define JP_VO_KONAMI_5 0x350 #define JP_VO_KONAMI_6 0x351 #define catPrim(p0,p1) setaddr(p0, p1) #define NA_SE_VO_AL_SOUL_STEAL 0x6F4 #define setRGB3(p,_r3,_g3,_b3) (p)->r3 = _r3, (p)->g3 = _g3, (p)->b3 = _b3 #define PAD_COUNT 2 #define STAGE_INVERTEDCASTLE_FLAG 0x20 #define STAGE_ST0 0x1F #define MU_DRACULAS_CASTLE 0x30F #define HwPIO (DescHW | 0x0a) #define CLAMP(x,min,max) ((x) < (min) ? (min) : (x) > (max) ? (max) : (x)) #define HEART_VESSEL_RICHTER 30 #define NA_SE_PL_COLLECT_GOLD 0x6A9 #define LBA_STAGE_MAD_ART 0x7D6F #define addPrims(ot,p0,p1) setaddr(p1, getaddr(ot)), setaddr(ot, p0) #define LBA_BIN_F_GAME 0x61CE #define PAD_L2 0x0001 #define FALL_TERMINAL_VELOCITY 0x60000 #define STAGE_NO0_ALT 0x10 #define EvSpSYSCALL 0x4000 #define SQ(x) ((x) * (x)) #define MU_LOST_PAINTING_LOOP_POINT 0x302 #define HwCARD (DescHW | 0x11) #define RCntMdGATE 0x0010 #define STAGE_LIB 0x02 #define STAGE_WRP 0x0E #define CdlDemute 0x0c #define EvSpIOER 0x0400 #define NA_SE_VO_AL_DARK_METAMORPHOSIS 0x6F3 #define EvSpIOEW 0x0800 #define PAD_CIRCLE 0x0020 #define STAGE_ARE 0x0A #define CLAMP_MIN(x,min) ((x) < (min) ? (min) : (x)) #define LIBSND_H #define STAGE_HAGI_LOAD 0x44 #define MU_DANCE_OF_ILLUSIONS 0x31F #define _LANGUAGE_C 1 #define LBA_STAGE_NP3_ART 0x917F #define DescSW 0xf4000000 #define MU_BLACK_BANQUET_LOOP_POINT 0x33B #define getClut(x,y) ((y << 6) | ((x >> 4) & 0x3f)) #define SE_INTRO_WIND 0x32A #define SwCARD (DescSW | 0x01) #define JP_VO_OKIAYU_RYOUTAROU_MESSAGE 0x347 #define MU_THE_TRAGIC_PRINCE 0x311 #define LBA_STAGE_NO3_ART 0x8297 #define setTPage(p,tp,abr,x,y) ((p)->tpage = getTPage(tp, abr, x, y)) #define _MIPS_SZLONG 32 #define EvMdINTR 0x1000 #define EvSpDR 0x0040 #define INCLUDE_ASM(FOLDER,NAME) __asm__(".section .text\n" "\t.align\t2\n" "\t.globl\t" #NAME "\n" "\t.ent\t" #NAME "\n" #NAME ":\n" ".include \"" FOLDER "/" #NAME ".s\"\n" "\t.set reorder\n" "\t.set at\n" "\t.end\t" #NAME); #define MU_MARBLE_GALLERY_LOOP_POINT 0x30E #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 MU_JP_FAIRY_SONG 0x33F #define PAD_DOWN 0x4000 #define TcbMdRT 0x1000 #define DRA_H #define PAD_START 0x0800 #define setcode(p,_code) (((P_TAG*)(p))->code = (u_char)(_code)) #define NA_SE_PL_WARP 0x636 ; typedef enum { PLAYER_CHARACTER, UNK_ENTITY_1, UNK_ENTITY_2, UNK_ENTITY_3, UNK_ENTITY_4, UNK_ENTITY_5, UNK_ENTITY_6, UNK_ENTITY_7, UNK_ENTITY_8, UNK_ENTITY_10 = 0x10, UNK_ENTITY_13 = 0x13 } EntityTypes; 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 int 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; int sprintf(char* dst, const char* fmt, ...); 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(unsigned long*, 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 void exit(); extern void puts(char*); extern char* strcat(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*, ...); 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 { 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 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)()); struct Callbacks { void (*unk0)(void); void* (*DMACallback)(int dma, void (*func)()); void (*unk8)(void); int (*ResetCallback)(void); int (*StopCallback)(void); int (*VSyncCallbacks)(int ch, void (*f)()); int (*RestartCallback)(void); }; extern u16 D_8002C2BA; extern struct Callbacks* D_8002D340; int ResetCallback(void); int VSyncCallback(void (*f)()); int VSyncCallbacks(int ch, void (*f)()); int StopCallback(void); int RestartCallback(void); u16 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 { u_long tag; u_long code[15]; } DR_ENV; 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_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; 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; 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 { 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 PixPattern { u8 w; u8 h; u8 x; u8 y; } PixPattern; extern u_short LoadTPage(PixPattern* pix, int tp, int abr, int x, int y, int w, int h ); u_short GetClut(int x, int y ); 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); void GsClearVcount(void); long GsGetVcount(); void GsInitVcount(); void InitGeom(); 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 ); struct Entity; typedef void (*PfnEntityUpdate)(struct Entity*); typedef union { s32 val; struct { s16 lo; s16 hi; } i; } f32; 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; typedef struct { char pad0[0xA]; s16 unkA; s16 unkC; s16 unkE; } Unkstruct4; typedef struct { s16 unk0; s16 unk2; u16 unk4; u16 unk6; u16 unk8; s16 unkA; u16 unkC; s16 unkE; s16 unk10; s16 unk12; s16 unk14; s16 unk16; s16 unk18; s16 unk1A; s16 unk1C; s16 unk1E; s16 unk20; u8 hitboxWidth; u8 hitboxHeight; s32 unk24; } Unkstruct5; typedef struct { s16 x; s16 y; } Unkstruct6; typedef struct { u16 unk0; u16 unk2; } Unsktruct_800EAF28; typedef struct { Unsktruct_800EAF28* unk0; u16 unk4; s16 unk6; s16 unk8; char padA[2]; } unkstruct_80072FA0; typedef struct { s32 unk0; char unk4[0xC]; } unkStruct_800A872C; typedef struct { u16* fg; u16* bg; u16 unk8; s16 unkA; u16 unkC; u16 unkE; } Unkstruct8; typedef struct Unkstruct_80072F20 { s32 pl_vram_flag; s32 unk04; char pad08[0x4]; s32 unk0C; s32 unk10; char pad14[0x4]; s32 unk18; char pad1C[0x24]; s16 unk40; u16 pl_high_jump_timer; u16 unk44; u16 unk46; u16 unk48; u16 unk4A; u16 unk4C; u16 unk4E; u16 unk50; u16 unk52; char pad54[0x8]; u16 unk5C; char pad62[0x8]; u16 unk66; u16 unk68; char pad70[0x8]; u16 unk72; char pad78[0x6]; u16 unk7A; } Unkstruct_80072F20; typedef struct { u8 unk0[0x278]; } Unkstruct_8013B160; typedef struct { s32 unk00; s32 unk04; } Unkstruct_8003C794; typedef struct { s32 unk00[2]; char pad8[0x28]; } Unkstruct_800ECE2C_sub; typedef struct Unkstruct_800ECE2C { s32 unk00; char unk04[0x38]; s32 unk3C; char unk40[0x14]; Unkstruct_800ECE2C_sub unk54[16]; } Unkstruct_800ECE2C; typedef struct { u8 unk0; u8 unk1; u8 pad2[0x1E - 0x02]; } Unkstruct_80137638; typedef struct { u8 unk0; char pad1[0x33]; } Unkstruct_800A4B12; typedef struct { u16 unk0; char pad2[0x32]; } Unkstruct_80086FFA; typedef struct { s32 unk0; s32 unk4; char pad8[0xC]; } Unkstruct_80138094; typedef struct { s32 unk0; s32 unk4; char pad8[0x2E]; s16 unk36; } Unkstruct_80138FB4; typedef struct { s32 unk0; } Unkstruct_80137990; typedef struct { s32 unk000; char pad004[0x274]; } Unkstruct_8013B15C; typedef struct { u16 unk0; u16 unk2; u16 unk4; u16 unk6; u16 unk8; u16 unkA; u16 unkC; u16 unkE; u16 unk10; u16 unk12; u16 unk14; u16 unk16; u16 unk18; u16 unk1A; u16 unk1C; u16 unk1E; u16 unk20; u16 unk22; u16 unk24; u16 unk26; u16 unk28; u16 unk2A; u16 unk2C; u8 unk2E; u8 unk2F; char padA[0x10]; } Unkstruct_8006C3CC; typedef struct { s16 sp10; char pad2[0x2]; u16 sp14; char pad6[0x1]; u8 sp17; u16 sp18; char padA[0x2]; u16 sp1C; u16 sp1E; u8 sp20; char pad11[0x1]; u16 sp22; } Unkstruct_8011A290; typedef struct { char pad0[0xD]; s8 unk0D; s16 unk0E; s16 unk10; s16 unk12; s16 unk14; s16 unk16; s16 unk18; } Unkstruct_8011A328; typedef struct { s16 unk0; char pad2[0xE]; s16 unk10; char pad12[0x8]; s16 unk1A; s16 unk1C; } Unkstruct_800ACEC6; typedef struct { char pad0[0x14]; s32 unk14; s32 unk18; s32 unk1C; s32 unk20; } Unkstruct_8010BF64; typedef struct { u16 unk00; u16 unk02; u16 unk04; } SfxRingBufferItem; typedef struct { s32 unk0; s32 unk4; s32 unk8; } Unkstruct_800FD5BC; typedef struct { u8 unk00[3]; char unk03[9]; } Unkstruct_80128BBC_Sub; typedef struct Unkstruct_80128BBC { char unk00[4]; Unkstruct_80128BBC_Sub unk04[4]; } Unkstruct_80128BBC; typedef struct Unkstruct_aSimCBinDemoKey { s32 unk0; s8 unk4; char pad5[0x3]; s32 unk8; s32 unkC; s32 unk10; s32 unk14; } Unkstruct_aSimCBinDemoKey; typedef struct Unkstruct_800A2D98 { s32 equipTypeFilter; s32 unk4; s32 unk8; } Unkstruct_800A2D98; typedef struct Unkstruct_8011B334 { char pad0[0x8]; u16 unk8; char padA[0x2]; u16 unkC; char padE[0xC]; u8 unk1A; char pad1B[0xB]; s16 unk26; u16 unk28; u16 unk2A; char pad2C[0x4]; u16 unk30; } Unkstruct_8011B334; typedef struct { s32 unk0; s32 unk4; s32 unk8; s32 unkC; } Unkstruct_800EA5E4; typedef struct Unkstruct_800A7734 { u16 unk00; char unk02[0x1E]; } Unkstruct_800A7734; typedef struct Unkstruct_800FF494 { char pad0[0x1E]; u16 unk1E; u16 unk20; } Unkstruct_800FF494; typedef struct { s32 unk0; s32 unk4; s32 unk8; } Unkstruct_8011A3AC; typedef struct { s32 unk0; s32 unk4; s32 unk8; s32 unkC; } Unkstruct_800FDB18; 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; u8 unk29; u16 unk2A; } Lba; typedef struct { s16 cursorX; s16 cursorY; s16 unk4; s16 unk6; RECT unk1; s16 w; s16 h; int unk14; s16 unk18; s16 unk1A; s16 unk1C; } MenuContext; typedef struct { u8 tileLayoutId; u8 tilesetId; u8 objGfxId; u8 objLayoutId; } RoomLoadDef; 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; s32 stageId; s32 bossId; s32 unk10; } RoomBossTeleport; typedef struct { s16 pressed; s16 previous; s16 tapped; s16 repeat; } Pad; typedef struct { u16 duration; u16 unk2; } AnimationFrame; typedef struct { s8 unk0; s8 unk2; s8 hitboxWidth; s8 hitboxHeight; } FrameProperty; typedef struct Entity { f32 posX; f32 posY; s32 accelerationX; s32 accelerationY; u16 unk10; s16 unk12; u16 facing; u16 palette; s8 blendMode; u8 unk19; s16 unk1A; s16 unk1C; s16 unk1E; s16 unk20; s16 unk22; u16 zPriority; u16 objectId; PfnEntityUpdate pfnUpdate; u16 step; u16 unk2E; u16 subId; u16 objectRoomIndex; s32 unk34; s16 unk38; s16 unk3A; u16 unk3C; s16 hitPoints; s16 unk40; s16 unk42; u16 unk44; u8 hitboxWidth; u8 hitboxHeight; u8 unk48; u8 unk49; s16 unk4A; AnimationFrame* unk4C; u16 animFrameIdx; s16 animFrameDuration; s16 animSet; s16 animCurFrame; s16 unk58; s16 unk5A; s32 unk5C; s32 unk60; s32 firstPolygonIndex; s16 unk68; u16 unk6A; u8 unk6C; s8 unk6D; s16 unk6E; s32 unk70; s32 unk74; s32 unk78; 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; Multi unk88; union { struct Entity* entityPtr; s32 modeS32; struct { u16 unk0; u16 unk2; } modeU16; struct { s16 unk0; s16 unk2; } modeS16; } unk8C; s16 unk90; s16 unk92; u8 unk94; u8 unk95; s16 unk96; s32 unk98; s32 unk9C; s16 unkA0; s16 unkA2; s16 unkA4; s16 unkA6; s16 unkA8; s16 unkAA; u8 unkAC; s8 unkAD; s8 unkAE; s8 unkAF; s16 unkB0; s16 unkB2; s16 unkB4; s16 unkB6; union { void (*unkFuncB8)(struct Entity*); struct Entity* entityPtr; struct { u8 unk0; u8 unk1; u8 unk2; u8 unk3; } modeU8; } unkB8; } Entity; typedef struct { u16 animSet; u16 zPriority; Multi16 unk4; u16 palette; u8 unk8; u8 unk9; u8 blendMode; u8 unkB; u32 unkC; const u8* unk10; } ObjInit2; typedef enum { MONO, STEREO } SoundMode; typedef struct { DRAWENV draw; DISPENV disp; } DisplayBuffer; typedef struct { void* unk0; DisplayBuffer buf; char pad74[0x400]; u32 _unk_0474[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 struct { u32 unk0; s32 hp; s32 hpMax; s32 hearts; s32 heartsMax; s32 mp; s32 mpMax; s32 statStr; s32 statCon; s32 statInt; s32 statLck; } PlayerStats; typedef struct { s32 hours; s32 minutes; s32 seconds; s32 frames; } GameTimer; typedef struct { u32 unk0; u32 unk4; u32 unk8; u32 unkC; } SaveData_Unk238; typedef struct { u32 unk0; u32 unk4; u32 unk8; u32 unkC; } SaveData_Unk56C; typedef struct { u32 unk0; u32 unk4; u32 unk8; u32 unkC; } SaveData_Unk5B8; typedef struct { u32 unk00; u32 unk04; u32 unk08; u32 unk0C; u32 unk10; u32 unk14; u32 unk18; u32 unk1C; u32 unk20; u32 unk24; u32 unk28; u32 unk2C; u32 unk30; u32 unk34; u32 unk38; u32 unk3C; u32 unk40; u32 unk44; u32 unk48; u32 unk4C; u32 unk50; u32 unk54; u32 unk58; u32 unk5C; u32 unk60; u32 unk64; u32 unk68; u32 unk6C; u32 unk70; u32 unk74; u32 unk78; u32 unk7C; u32 unk80; u32 unk84; u32 unk88; u32 unk8C; u32 unk90; u32 unk94; u32 unk98; u32 unk9C; u32 unkA0; u32 unkA4; u32 unkA8; u32 unkAC; u32 unkB0; u32 unkB4; u32 unkB8; u32 unkBC; u32 unkC0; u32 unkC4; u32 unkC8; u32 unkCC; u32 unkD0; u32 unkD4; u32 unkD8; u32 unkDC; u32 unkE0; u32 unkE4; u32 unkE8; u32 unkEC; u32 unkF0; u32 unkF4; u32 unkF8; u32 unkFC; u32 unk100; u32 unk104; u32 unk108; u32 unk10C; u32 unk110; u32 unk114; u32 unk118; u32 unk11C; u32 unk120; u32 unk124; u32 unk128; u32 unk12C; u32 unk130; u32 unk134; u32 unk138; u32 unk13C; u32 unk140; u32 unk144; u32 unk148; u32 unk14C; u32 unk150; u32 unk154; u32 unk158; u32 unk15C; u32 unk160; u32 unk164; u32 unk168; u32 unk16C; u32 unk170; u32 unk174; u32 unk178; u32 unk17C; u32 unk180; u32 unk184; u32 unk188; u32 unk18C; u32 unk190; u32 unk194; u32 unk198; u32 unk19C; u32 unk1A0; u32 unk1A4; u32 unk1A8; u32 unk1AC; u32 unk1B0; u32 unk1B4; u32 unk1B8; u32 unk1BC; u32 unk1C0; u32 unk1C4; u32 unk1C8; u32 unk1CC; u32 unk1D0; u32 unk1D4; u32 unk1D8; u32 unk1DC; u32 unk1E0; u32 unk1E4; u32 unk1E8; u32 unk1EC; u32 unk1F0; u32 unk1F4; u32 unk1F8; u32 unk1FC; u32 unk200; u32 unk204; u32 unk208; u32 level; u32 goldAmount; u32 playTimeHours; u32 playTimeMinutes; u32 playTimeSeconds; u32 unk220; u32 isTimeAttackUnlocked; s16 stageID; u16 exploredRoomCount; u16 roomX; u16 roomY; u32 playableCharacter; u32 saveSize; SaveData_Unk238 unk238[51]; u32 unk568; SaveData_Unk56C unk56C[16]; u32 unk5AC; u32 unk5B0; u32 unk5B4; SaveData_Unk5B8 unk5B8[17]; u32 unk6C4; u8 unk[0x11CC - 0x6C8]; } SaveData; typedef struct { void (*Update)(void); void (*TestCollisions)(void); void (*unk08)(void); void (*InitRoomEntities)(s32 layoutId); RoomHeader* rooms; s16** spriteBanks; s32** cluts; void* unk1C; void** tileLayers; void** entityGfxs; void (*unk28)(void); void (*unk2c)(void); void* unk30; s32* unk34; s32* unk38; void (*unk3C)(); } Overlay; typedef struct RoomDimensions { s32 hSize; s32 vSize; s32 unk8; s32 left; s32 top; s32 right; s32 bottom; s32 x; s32 y; s32 width; s32 height; } RoomDimensions; typedef struct CollisionResult { s32 unk0; u32 unk4; u32 unk8; u32 unkC; u16 unk10; u16 unk12; s16 unk14; s16 unk16; s16 unk18; s16 unk1A; u16 unk1C; u16 unk1E; u8 pad2[2]; } CollisionResult; typedef struct { Overlay o; void (*FreePolygons)(s32); s16 (*AllocPolygons)(s32 primitives, s32 count); void (*CheckCollision)(s32 x, s32 y, CollisionResult* res, s32 unk); void (*func_80102CD8)(s32 arg0); void (*UpdateAnim)(FrameProperty* frameProps, s32* arg1); void (*AccelerateX)(s32 value); Entity* (*GetFreeDraEntity)(s16 start, s16 end); void* func_800FE728; void (*func_800EA5E4)(s32); void (*func_800EAF28)(s32); void (*PlaySfx)(s32 sfxId); void* func_800EDB58; void (*func_800EA538)(s32 arg0); void (*g_pfn_800EA5AC)(u16 arg0, u8 arg1, u8 arg2, u8 arg3); void* func_801027C4; void* func_800EB758; Entity* (*func_8011AAFC)(Entity* self, u32 flags, s32 arg2); bool (*func_80131F68)(void); DR_ENV* (*func_800EDB08)(POLY_GT4* poly); void* func_80106A28; void* func_80118894; Unkstruct5* D_800A8900; void* func_80118970; void* func_80118B18; void* func_8010DB38; void* func_8010DBFC; void* func_80118C28; void (*func_8010E168)(s32 arg0, s16 arg1); void (*func_8010DFF0)(s32 arg0, s32 arg1); void* func_800FF128; void (*func_800EB534)(s32 equipIcon, s32 palette, s32 index); s32 D_800A4B04; s32 D_800A7718; void (*AddHearts)(s32 value); void* func_8010715C; s32 (*func_800FD4C0)(s32 bossId, s32 action); void* (*func_8010E0A8)(void); void (*func_800FE044)(s32, s32); void (*func_800FD874)(u16 context, s32 arg1); void* D_800A8720; void* func_800FF7B8; s32 (*func_80134714)(s32 arg0, s32 arg1, s32 arg2); s32 (*func_80134678)(s16 arg0, u16 arg1); void (*func_800F53A4)(void); u32 (*CheckEquipmentItemCount)(u32 itemId, u32 equipType); void (*func_8010BF64)(Unkstruct_8010BF64* arg0); void (*func_800F1FC4)(s32 arg0); void* func_800F2288; void (*func_8011A3AC)(Entity* entity, s32 arg1, s32 arg2, Unkstruct_8011A3AC* arg3); s32 (*func_800FF460)(s32 arg0); void* func_800FF494; bool (*func_80133940)(void); bool (*func_80133950)(void); bool (*func_800F27F4)(s32 arg0); s32 (*func_800FF110)(s32 arg0); s32 (*func_800FD664)(s32 arg0); s32 (*func_800FD5BC)(Unkstruct_800FD5BC* arg0); void* func_800FDCE0; void (*func_800E2438)(const char* str); void* unused12C; void* unused130; void* unused134; void* unused138; void* unused13C; } GameApi; typedef struct { s16 x; s16 y; s16 width; s16 height; s16 clut; s16 tpage; u8 texLeft, dummyLeft; u8 texTop, dummyTop; u8 texRight, dummyRight; u8 texBottom, dummyBottom; } 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; s16 padding; } SpritePart; typedef struct { u16 count; SpritePart parts[0]; } SpriteParts; extern s32 D_8003925C; extern bool g_IsTimeAttackUnlocked; extern s32 D_8003C0EC[4]; extern s32 D_8003C0F8; extern s32 D_8003C100; extern u16 D_8003C104[]; extern u16 D_8003C3C2[]; extern s32 D_8003C704; extern u16 D_8003C708; extern s32 D_8003C728; extern s32 D_8003C730; extern s32 D_8003C734; extern s32 D_8003C73C; extern u32 D_8003C744; extern Unsktruct_800EAF28** D_8003C798; extern GameApi g_api; extern u32 D_8003C8C4; extern s32 g_roomCount; extern s32 D_8003C99C; extern u16 D_8003C9C8; extern s16 D_8003C9CC[]; extern s32 g_CurrentPlayableCharacter; extern s32 D_8003C9A4; extern s32 g_blinkTimer; extern s32 g_menuMainCursorIndex; extern s32 g_menuRelicsCursorIndex[]; extern s32 g_SettingsCloakMode; extern s32 g_SettingsSoundMode; extern s32 D_8003CA28[]; extern s32 D_8003CACC; extern s32 D_8003CB00[]; extern s32 D_8003CB04; extern GpuBuffer D_8003CB08; extern GpuBuffer D_800542FC; extern s16 D_80054302; extern DISPENV D_8005435C; extern const char g_strMemcardSavePath[]; extern const char g_strMemcardRootPath[]; extern s32 D_8006BAFC; extern s32 D_8006BB00; extern s32 D_8006C374; extern s32 D_8006C378; extern GpuBuffer* D_8006C37C; extern s32 D_8006C384; extern s32 D_8006C388; extern s32 D_8006C38C; extern s32 D_8006C390; extern s32 D_8006C384; extern s32 D_8006C388; extern s32 D_8006C38C; extern s32 D_8006C390; extern s32 D_8006C398; extern s32 D_8006C3AC; extern s32 g_backbufferX; extern s32 g_backbufferY; extern s32 D_8006C3B0; extern Entity* g_CurrentEntity; extern Unkstruct_8006C3CC D_8006C3C4[32]; extern s32 D_8006CBC4; extern u16 g_Clut[]; extern Unkstruct4 D_80072B34; extern s32 D_80072EE8; extern s32 D_80072EEC; extern s32 D_80072EF4[]; extern u16 D_80072EF6; extern s32 D_80072EFC; extern s16 D_80072F00[]; extern s16 D_80072F02[]; extern s16 D_80072F04; extern s16 D_80072F0A[]; extern s16 D_80072F0C; extern s16 D_80072F10; extern s16 D_80072F14[]; extern s16 D_80072F16[]; extern s16 D_80072F18; extern s16 D_80072F1A[]; extern s16 D_80072F1C[]; extern s16 D_80072F1E; extern Unkstruct_80072F20 D_80072F20; extern s32 D_80072F24; extern u32 D_80072F2C; extern s32 D_80072F30; extern s32 D_80072F3C; extern u16 D_80072F60[]; extern u16 D_80072F62; extern u16 D_80072F64; extern u16 D_80072F66; extern u16 D_80072F68; extern s16 D_80072F6A[]; extern u16 D_80072F6C; extern u16 D_80072F6E; extern u16 D_80072F70; extern u16 D_80072F72; extern u16 D_80072F7C; extern u16 D_80072F86; extern u16 D_80072F88; extern u16 D_80072F92; extern u16 D_80072F9A; extern unkstruct_80072FA0 D_80072FA0[]; extern u32 D_80073060; extern u32 D_80073068; extern u32 D_8007306C; extern u32 D_80073070; extern u32 D_80073078; extern s32 D_80073080; extern Entity* D_8007308E; extern s16 D_80073092; extern RoomDimensions g_CurrentRoom; extern s32 g_CurrentRoomVSize; extern s32 D_800730AC; extern s32 g_CurrentRoomLeft; extern s32 g_CurrentRoomTop; extern s32 g_CurrentRoomRight; extern s32 g_CurrentRoomBottom; extern s32 g_CurrentRoomX; extern s32 g_CurrentRoomY; extern s32 g_CurrentRoomWidth; extern s32 g_CurrentRoomHeight; extern Entity g_EntityArray[256]; extern s16 D_800733DA; extern s16 D_800733DC; extern s16 D_800733DE; extern s32 D_800733E0; extern s32 D_800733E4; extern s32 D_800733E8; extern u16 D_800733EC; extern u16 D_800733EE; extern s8 D_800733F0; extern u8 D_800733F1; extern s16 D_800733F6; extern s16 D_800733F8; extern u16 D_800733FA; extern u16 D_800733FC; extern s16 D_800733FE; extern u16 D_80073404; extern u16 D_80073406; extern u16 D_8007340A; extern u16 D_8007341C; extern s32* D_80073424; extern s32 D_80073428; extern s16 D_8007342A; extern s16 D_8007342C; extern u16 D_8007342E; extern s16 D_80073432; extern s16 D_8007347C; extern u8 D_80073484; extern s32 D_800734F8; extern s16 D_800734EA; extern s8 D_80073510; extern s8 D_80073511; extern s8 D_80073512; extern s16 D_800735A6; extern s16 D_80073662; extern Entity D_80074C08[]; extern Entity D_800762D8[]; extern Unkstruct8 g_CurrentRoomTileLayout; extern Entity D_8007A958[]; extern Entity D_8007C0D8[]; extern Entity D_8007D858[]; extern Multi g_zEntityCenter; extern s32 g_entityDestroyed[]; extern Entity D_8007EF1C; extern unsigned long D_8007EFD8; extern s32 D_8007EFDC; extern s32 D_8007EFE0; extern s32 D_80084FE4[]; extern s32 D_80086FE4; extern s32* D_8007EFE4; extern s32 D_80080FE4; extern s8 D_80082FE4; extern POLY_GT4 D_80086FEC[]; extern s32 playerX; extern s32 playerY; extern u32 g_randomNext; extern s32 D_80096ED8[]; extern u32 D_80097364; extern s32 D_800973B4; extern POLY_GT4 D_800973B8[]; extern s32 D_800973EC; extern s32 D_800973F8; extern s32 D_800973FC; extern s32 D_80097400[]; extern s32 D_8009740C[]; extern s32 D_80097410; extern s32 D_80097414; extern s32 D_80097418; extern s32 D_8009741C; extern s32 D_80097420[]; extern s32 D_80097424; extern s32 D_80097448; extern s32 D_8009744C; extern s32 D_80097450; extern Pad g_pads[]; typedef struct { u16 unk0; u16 unk2; } Unkstruct_80097494; extern Unkstruct_80097494 D_80097494; extern u16 D_80097498; extern u16 D_8009749C[]; extern u32 g_StageId; extern s32 D_800974A4; extern DR_ENV D_800974AC; extern s32 D_800978AC; extern s32 D_800978B4; extern s32 D_800978C4; extern u32 D_800978F8; extern s32 D_80097904; extern s32 D_80097908; extern s32 D_8009790C; extern s32 D_80097910; extern s32 D_80097914; extern s32 D_80097924; extern s32 D_80097928; extern GpuUsage g_GpuUsage; extern s32 D_80097930[]; extern s32 D_80097934; extern u32 D_80097944; extern u8 D_80097964[]; extern u8 D_8009796E; extern s8 D_8009798A[]; extern u8 D_80097A8D; extern s32 D_80097BDC; extern s32 D_80097BE0; extern s32 D_80097BE4[]; extern s32 g_playerLevel; extern s32 g_playerExp; extern s32 g_playerGold; extern s32 g_killCount; extern u8 g_SaveName[12]; extern PlayerStats D_80097B9C; extern s32 g_playerHp; extern s32 g_playerHpMax; extern s32 g_playerHeart; extern s32 g_playerHeartMax; extern s32 g_playerMP; extern s32 g_playerMpMax; extern s32 D_80097C1C[]; extern s32 D_80097C20; extern s32 D_80097C24; extern Unkstruct_8011A3AC D_80097C38[]; extern u32 D_80097C40[]; extern GameTimer g_GameTimer; extern s32 D_80097C98; extern s8 D_80097D37; extern u8 D_80097F3C; extern u8 D_80097F3D; extern u8 D_80097F3E; extern s8 D_80097F3F; extern u8 D_80097F40; extern u8 D_80097F41; extern u8 D_80097F42; extern u8 D_80097F44; extern u8 D_80097F45; extern u8 D_80097F46; extern u8 D_80097F48; extern u8 D_80097F49; extern u8 D_80097F4A; extern s32 D_800987B4; extern s32 D_800987C8; extern s32 D_80098850; extern s32 D_80098894; void PadInit(s32 arg0); int VSync(s32); s32 rcos(s32); s32 rsin(s32); s32 SquareRoot0(s32); s32 SquareRoot12(s32, s32); long ratan2(long x, long y); void* DMACallback(int dma, void (*func)()); void func_800192DC(s32 arg0, s32 arg1); void func_8001C550(s32); s32 func_8001D290(s32, s32); s32 func_8001D374(s8, s16, s16); void func_8001D2E0(s32, s32, s32); void func_800202E0(s16); void func_80020F44(s16); void func_80021174(void); void func_80021188(void); s32 func_80021350(const char* str, s32, s32); s32 func_80021880(s32*, s32, s32); s32 func_800219E0(s32); void func_80021F6C(s16, s16); void func_8002A024(s32, s32); typedef struct { const char* name; const char* description; u16 attack; u16 defense; u16 element; u8 unk0E; u8 entId; u16 unk10; u16 unk12; u16 unk14; u16 unk16; u8 unk18; u8 isConsumable; u16 unk1A; u16 unk1C; u16 unk1E; u16 unk20; u16 unk22; u16 mpUsage; u16 unk26; u8 unk28; u8 unk29; u16 unk2A; u16 icon; u16 palette; u16 unk30; u16 unk32; } Equipment; typedef struct { const char* name; const char* description; u32 unk08; u32 unk0C; u32 unk10; u32 unk14; u16 icon; u16 palette; u32 unk1C; } Accessory; extern void (*D_800A0004)(); extern u32 D_800A0158; extern s32 D_800A015C; extern s32 D_800A04EC; extern s32 D_800A04F8; extern s32 D_800A0510[]; extern u16 g_saveIconPalette[0x10][0x10]; extern u8* g_saveIconTexture[0x10]; extern s32 D_800A2438; extern RoomBossTeleport D_800A297C[]; extern Unkstruct_800A2D98 D_800A2D98[]; extern u8 D_800A2EE8[]; extern u8 D_800A2EED; extern u8 D_800A2EF8[]; extern u8 D_800A2EFD; extern u8 D_800A2F08[]; extern u8 D_800A2F18[]; extern u8 D_800A2F28[]; extern u8 D_800A2F2D; extern u8 D_800A2F38[]; extern u8 D_800A2F3D; extern u16 D_800A2F48[]; extern u16 D_800A2F64[]; extern s32 D_800A2FBC[]; extern s32 D_800A2FC0[]; extern u32 g_playerEquip[]; extern RoomTeleport D_800A245C[]; extern s32 D_800A2464[]; extern const char* c_strALUCARD; extern const char* c_strSTR; extern const char* c_strCON; extern const char* c_strINT; extern const char* c_strLCK; extern const char* c_strEXP; extern const char* c_strNEXT; extern const char* c_strGOLD[]; extern const char* c_strLEVEL; extern const char* c_strTIME; extern const char* c_strROOMS; extern const char* c_strKILLS; extern const char* c_strHP; extern const char* c_strMP; extern const char* c_strHEART; extern const char* c_strSTATUS; extern const char* c_strButton; extern const char* c_strCloak; extern const char* c_strCloak2; extern const char* c_strExterior; extern const char* c_strLining; extern const char* c_strButtonRightHand[]; extern const char* c_strButtonLeftHand; extern const char* c_strButtonJump; extern const char* c_strButtonSpecial; extern const char* c_strButtonWolf; extern const char* c_strButtonMist; extern const char* c_strButtonBat; extern const char* c_strNormal; extern const char* c_strReversal; extern const char* c_strSound; extern const char* c_strStereo; extern const char* c_strMono; extern const char* c_strWindow; extern const char* c_strTime; extern const char* c_strALUCART; extern const char* c_strSSword; extern s32 D_800A3194[]; extern Lba D_800A3C40[]; extern Unsktruct_800EAF28* D_800A3B5C[]; extern Equipment D_800A4B04[]; extern Unkstruct_800A4B12 D_800A4B1D[]; extern Accessory D_800A7718[]; extern Unkstruct_800A7734 D_800A7734[]; extern s8 D_800A841C[]; extern s32 D_800ACC64[]; extern RECT D_800ACD80; extern RECT D_800ACD88[2]; extern RECT D_800ACD90; extern RECT D_800ACDF0; extern u8 D_800ACFB4[][4]; extern Unkstruct_800ACEC6 D_800ACEC6; extern u8 D_800ACF4C[]; extern s16 D_800ACF8A[]; extern s16 D_800ACF60[]; extern s32 D_800ADC44; extern s32 D_800AE270[]; extern AnimationFrame* D_800AE294; extern s16 D_800AFDA6; extern const char* c_strEquip; extern const char* c_strSpells; extern const char* c_strRelics; extern const char* c_strSystem; extern const char* c_strFamiliars; extern const char* c_strFamiliar; extern const char* c_strSpecial2; extern RECT c_backbufferClear; extern s32 D_800B0130[]; extern s32 D_800B01B8[]; extern s32 D_800B0798[]; extern s32 D_800B07C8; extern s32 D_800B0830[]; extern s32 D_800B083C[]; extern s32 D_800B0914; extern s16 D_800BD07C[]; extern s32 D_800BD1C0; extern s32 D_800BD1C4; extern const char D_800DB524[]; extern const char a0104x04x; extern const char a2304x04x; extern const char aBlue; extern const char aDr03x; extern const char aEff03x; extern const char aEnv03x; extern const char aG403x; extern const char aGreen; extern const char aGt303x; extern const char aGt403x; extern const char aHalfOff; extern const char aHalfOn; extern const char aLine03x; extern const char aRed; extern const char aRgb02x02x02x; extern const char aSp03x; extern const char aSp1603x; extern const char aTile03x; extern s32 D_800DC4C0; extern s8 D_800DC4C4; extern u8 D_800BF554[]; extern u8 D_800BF555[]; extern u8 D_800BF556[]; extern u8 D_800BF559[]; extern u8 D_800BF55A[]; extern s32 D_801362AC; extern s32 D_801362B0; extern s32 D_801362B4; extern s32 D_801362B8; extern s32 D_801362BC; extern s32 g_DebugPalIdx; extern u32 D_801362C4; extern s32 D_801362C8; extern u32* D_801362CC; extern s32 D_801362D0[]; extern s32 D_801362D4; extern s32 D_801362D8; extern GpuUsage g_GpuMaxUsage; extern s32 g_softResetTimer; extern s32 D_80136300; extern s16 D_80136308[]; extern s32 D_8013640C; extern s16 D_80136460[]; extern s16 D_80136C60[]; extern u8 D_80137460[]; extern s32 D_80137470; extern s32 D_80137474; extern u16 D_80137478[]; extern u16 D_801374B8[]; extern s16 D_801374F8; extern u8* g_DecSrcPtr; extern u8* g_DecDstPtr; extern s32 g_DecReadNibbleFlag; extern s32 g_DecWriteNibbleFlag; extern s32* D_80137590; extern RoomLoadDef* D_801375BC; extern s16 D_80137538; extern s32 D_801375C8; extern Unkstruct_800A2D98 D_801375CC; extern s32 D_801375D4; extern s32* D_801375D8; extern s32 D_801375DC; extern s32 D_801375FC; extern s32 D_80137608; extern s32 g_IsSelectingEquipment; extern s32 g_EquipmentCursor; extern s32 D_80137614; extern s32 D_80137618; extern u8 D_8013761C[]; extern s32* D_8013763A; extern s16 D_8013767C; extern s16 D_80137688; extern u16 D_8013768C; extern u8 D_80137692; extern u8 D_801376B0; extern s32 D_8013783C; extern s32 D_801377FC[]; extern s32 D_80137840; extern s32 D_80137844[]; extern s32 D_80137848[]; extern s32 D_8013784C; extern s32 g_someValue; extern s32 D_80137930; extern s32 D_80137934; extern s32 D_80137938[]; extern s8* D_8013794C; extern s32 D_80137950; extern s32 D_80137954; extern s32 D_80137960; extern s32 D_80137964; extern s32 D_80137968; extern s32 D_8013796C; extern s32 D_80137970; extern s32 D_80137974; extern u32 D_80137978; extern u32 D_8013797C; extern s32 D_80137980; extern s32 D_80137984; extern u32 D_80137988; extern u32 D_8013798C; extern Unkstruct_80137990 D_80137990; extern s32 D_80137994; extern s32 D_80137998; extern u32 D_8013799C; extern s32 D_801379A0; extern u16 D_801379AC[2]; extern s32 D_801379B0; extern s32 D_80137E40; extern s32 D_80137E44; extern s32 D_80137E48; extern s32 D_80137E4C; extern s32 D_80137E50; extern s32 D_80137E58; extern s32 D_80137E5C; extern s32 D_80137E60; extern s32 D_80137E64; extern s32 D_80137E68; extern s32 D_80137F6C; extern void* D_80137F7C; extern s32 D_80137F9C; extern s32 D_80137FB4; extern s32 D_80138008; extern u8 D_8013803C; extern u8 D_80138040; extern u8 D_80138044; extern u8 D_80138048; extern s32 D_8013808C; extern s32 D_8013841C; extern s32 D_80138430; extern s32 D_80138438; extern s32 D_80138444; extern s32 D_80138454; extern s32 D_80138460; extern const char* D_80138784[487]; extern s32 D_80138F20; extern u8 D_80138F24[]; extern u8 D_80138F2C[]; extern s32 D_80138F28; extern s32 D_80138F7C; extern s16 D_80138F80; extern s32 D_80138F84[]; extern s16 D_80138FAC; extern s32 D_80138FB0; extern s16 D_80138FBC; extern s16 D_80138FC4; extern s16 g_sfxRingBufferPos1; extern s32 D_80139008; extern s16 D_80139010; extern s8 D_80139014; extern s8 D_80139018[]; extern s32 g_DebugCurPal; extern s16 D_8013901C; extern u8 D_80139020; extern s8 D_80139058[]; extern s16 D_8013909C; extern u8 D_801390A0; extern s16 D_801390A4; extern u8 D_801390A8; extern s16 D_801390AC[]; extern s32 D_801390B4[]; extern s8 D_801390C4; extern GpuBuffer* D_801390D4; extern u8 D_801390D8; extern SfxRingBufferItem g_sfxRingBuffer1[]; extern u16 D_801396E4; extern Multi D_801396E6; extern u16 D_801396E8; extern s16 D_801396EA; extern s32 D_801396F0; extern u16 D_801396F4; extern s32 D_801397FC; extern s16 D_80139800; extern s16 D_80139804; extern s32 D_8013980C; extern u8 D_80139810; extern s16 D_80139814[]; extern s16 D_80139820; extern s32 D_80139828[]; extern s32 D_80139834[]; extern s16 D_80139868[]; extern s16 D_80139A68; extern s16 D_80139A6C; extern s16 g_sfxRingBufferPos2; extern s16 D_80139A74; extern s16 D_80139A78; extern s16 D_8013AE7C; extern volatile unsigned char D_8013AE80; extern s16 D_8013AE84[]; extern s16 D_8013AE8C; extern s16 D_8013AEA0[]; extern s16 D_8013AE94; extern s32 D_8013AE9C; extern s16 D_8013AED4[]; extern s16 g_volumeL; extern s16 g_volumeR; extern s16 D_8013B678[]; extern s16 D_8013B698; extern s16 D_8013AEE0; extern s8 D_8013AEE8; extern u8 D_8013AEEC; extern s16 D_8013AEF0; extern s32 D_8013B158; extern Unkstruct_8013B160 D_8013B160[]; extern s32 D_8013B3D0; extern s16 g_sfxRingBuffer2[]; extern s32 D_8013B5E8; extern s8 D_8013B5EC[]; extern s8 D_8013B614[]; extern s8 D_8013B618; extern s32 D_8013B61C; extern s16 D_8013B620[]; extern s32 D_8013B628[]; extern s16 D_8013B648[]; extern s16 D_8013B650[]; extern s16 D_8013B658; extern s32 D_8013B660; extern s16 D_8013B664; extern s16 D_8013B668; extern s16 D_8013B66C[]; extern u8 D_8013B680; extern s8 D_8013B684; extern s8 D_8013B690; extern s32 D_8013B694; extern s32 D_8013B69C; extern s32 D_8016FCC0[]; extern void (*D_8013C00C)(void); extern void (*D_80170000)(void); extern void (*D_8017A000)(void); extern s32 (*D_8017A018)(); extern s32 (*D_8017D018)(); extern ImgSrc* g_imgUnk8013C200; extern ImgSrc* g_imgUnk8013C270; extern s32 D_801EC000[]; void InitializePads(void); void ReadPads(void); void ClearBackbuffer(void); void SetRoomForegroundLayer(s32 ); void SetRoomBackgroundLayer(s32 , s32 ); void CheckCollision(s32 x, s32 y, CollisionResult* res, s32 unk); void PlaySfx(s16 sfxId); s32 func_80019444(void); void func_800209B4(s32*, s32, s32); void func_80021E38(s32); void func_80021EEC(void); void func_80028D3C(s32, s32); void func_80029FBC(s32); void func_8002A09C(void*); void func_8002ABF4(s32); void func_800E346C(void); void func_800E34A4(s8 arg0); void func_800E34DC(s32 arg0); void func_800E4124(s32 arg0); void func_800E8D24(void); void func_800E8DF0(void); s32 func_800E912C(void); s32 func_800E9208(void); void func_800E928C(void); void func_800E92E4(void); void func_800E92F4(void); void func_800EA5E4(s32); void func_800EA538(s32); void func_800EAD7C(void); void func_800EAEEC(void); void func_800EB534(s32 equipIcon, s32 palette, s32 index); void func_800ECE2C(void); void func_800EDA70(s32* arg0); void func_800EDA94(void); void func_800EDAE4(void); s32 AllocPolygons(u8 primitives, s32 count); s32 func_800EDD9C(u8 primitives, s32 count); void func_800EFBF8(void); void FreePolygons(s32 index); void func_800F0334(s32); void func_800F0578(s32 arg0); s32 func_800F087C(u32, u32); bool SetNextRoomToLoad(u32 chunkX, u32 chunkY); void func_800F180C(s32, s32, void*); void func_800F1868(s32, s32, void*); void func_800F18C4(s32, s32); void func_800F1954(s32, s32, s32); void func_800F1EB0(s32, s32, s32); void func_800F2120(void); void func_800F223C(void); void func_800F4994(void); s32 func_800F4D38(s32, s32); void func_800F4F48(void); void func_800F4FD0(void); bool IsAlucart(void); void func_800F53A4(void); bool ScissorSprite(SPRT* arg0, MenuContext* arg1); void func_800F5904(void*, s32 x, s32 y, s32 w, u32 h, s32 u, s32 v, s32 unk1, s32 unk2, bool disableTexShade, s32 unk4); void DrawMenuSprite(MenuContext* context, s32 x, s32 y, s32 width, s32 height, s32 u, s32 v, s32 clut, s32 tpage, s32 arg9, s32 colorIntensity, s32 argB); void DrawMenuRect(MenuContext* context, s32 posX, s32 posY, s32 width, s32 height, s32 r, s32 g, s32 b); s32 func_800F62E8(s32 arg0); void func_800F98AC(s32 arg0, s32 arg1); void func_800F99B8(s32 arg0, s32 arg1, s32 arg2); void DrawMenuChar(char ch, int x, int y, MenuContext* context); void DrawMenuStr(const char* str, s32 x, s32 y, MenuContext* context); void DrawMenuInt(s32 value, s32 x, s32 y, MenuContext*); void DrawSettingsReverseCloak(MenuContext* context); void DrawSettingsSound(MenuContext* context); void DrawPauseMenu(s32 arg0); void func_800F82F4(void); void func_800F8858(MenuContext* context); void func_800FABEC(s32 arg0); void func_800FAC30(void); void func_800FAF44(s32); s32 func_800FD4C0(s32 bossId, s32 action); s32 func_800FD664(s32 arg0); s32 func_800FD6C4(s32 equipTypeFilter); u8* func_800FD744(s32 equipTypeFilter); u8* func_800FD760(s32 equipTypeFilter); const char* GetEquipmentName(s32 equipTypeFilter, s32 equipId); u32 CheckEquipmentItemCount(u32 itemId, u32 equipType); void func_800FD874(u16 arg0, s32 arg1); s16 func_800FDB18(s32, s32); void func_800FDCE0(s32); void func_800FDE00(void); void func_800FE3C4(Unkstruct_8011A290*, s32, s32); void func_800FE728(s32, Unkstruct_8011B334*, s32); s32 func_800FE97C(s32*, s32, s32, s32); s32 func_800FEEA4(s32, s32); void func_800FF0A0(s32 arg0); void func_80102CD8(s32); void func_80102DEC(s32 arg0); void func_80103EAC(void); void DestroyEntity(Entity*); void func_801065F4(s16 startIndex); void func_801071CC(POLY_GT4* poly, u32 colorIntensity, s32 vertexIndex); void func_80107250(POLY_GT4* poly, s32 colorIntensity); void func_80107360(POLY_GT4* poly, s32 x, s32 y, s32 width, s32 height, s32 u, s32 v); void func_801073C0(void); void func_801092E8(s32); void SetPolyRect(POLY_GT4* poly, s32 x, s32 y, s32 width, s32 height); void func_8010D584(s16 arg0); void UpdateAnim(FrameProperty* frameProps, s32*); void func_8010DFF0(s32, s32); void func_8010E0A8(void); void func_8010E0B8(void); void func_8010E470(s32, s32); void func_8010E570(s32); void func_8010E83C(s32 arg0); s32 func_801104D0(); s32 func_801106A4(); s32 func_8011081C(); s32 func_80110968(); s32 func_80110BC8(); s32 func_80110DF8(); s32 func_80111018(); s32 func_801112AC(); s32 func_8011151C(); void func_80111928(void); void func_80111CC0(void); bool func_80111D24(void); void func_80115394(s32*, s16, s16); void func_80115C50(void); void func_80118894(Entity*); void func_80118C28(s32 arg0); void func_80118D0C(Entity* entity); void func_80119588(Entity* entity); void func_80119D3C(Entity* entity); void func_80119F70(Entity* entity); void func_8011A3AC(Entity* entity, s32 arg1, s32 arg2, Unkstruct_8011A3AC* arg3); void func_8011A4C8(Entity* entity); Entity* func_8011AAFC(Entity* entity, u32, s32); void func_8011AC3C(Entity* entity); void func_8011B190(Entity* entity); void func_8011B334(Entity* entity); void func_8011B480(Entity* entity); void func_8011B530(Entity* entity); void func_8011B5A4(Entity* entity); void func_8011BBE0(Entity* entity); void func_8011BDA4(Entity* entity); void func_8011D9F8(Entity* entity); void func_8011E0E4(Entity* entity); void func_8011E0EC(Entity* entity); void func_8011E390(Entity* entity); void func_8011E4BC(Entity* entity); void func_8011EDA0(Entity* entity); void func_8011EDA8(Entity* entity); void func_8011F074(Entity* entity); void func_8011F24C(Entity* entity); void func_8011F934(Entity* entity); void func_801200AC(Entity* entity); void func_80120AF8(Entity* entity); void func_80120DD0(Entity* entity); void func_80121980(Entity* entity); void func_8012231C(Entity* entity); void func_80123788(Entity* entity); void func_801238CC(Entity* entity); void func_80123A60(Entity* entity); void func_80123B40(Entity* entity); void func_80123F78(Entity* entity); void func_801243B0(Entity* entity); void func_80124A8C(Entity* entity); void func_80124B88(Entity* entity); void func_80125330(Entity* entity); void func_80125C2C(Entity* entity); void func_80125E68(Entity* entity); void func_801262AC(Entity* entity); void func_801267B0(Entity* entity); void func_80126C48(Entity* entity); void func_80126ECC(Entity* entity); void func_801274DC(Entity* entity); void func_8012768C(Entity* entity); void func_80127840(Entity* entity); void func_801279FC(Entity* entity); void func_80127CC8(Entity* entity); void func_80127F40(Entity* entity); void func_80128714(Entity* entity); void func_80128C2C(Entity* entity); void func_801291C4(Entity* entity); void func_80129864(Entity* entity); void func_8012A0A4(Entity* entity); void func_8012A528(Entity* entity); void func_8012A89C(Entity* entity); void func_8012B78C(Entity* entity); void func_8012B990(Entity* entity); void func_8012BEF8(Entity* entity); void func_8012CA64(void); void func_8012CB4C(void); void func_8012CCE4(void); void func_8012CFA8(void); void func_8012F894(Entity* entity); void func_80130264(Entity* entity); void func_80130618(Entity* entity); void func_801309B4(Entity* entity); void func_80130E94(Entity* entity); void func_8013136C(Entity* entity); void func_801315F8(Entity* entity); void func_80131EBC(const char* str, s16 arg1); void func_80131ED8(s32 value); void func_80131EE8(void); void func_80131F04(void); s32 func_80131F28(void); u16 func_80131F38(void); bool func_80131F68(void); s16 func_80131F94(void); void func_80132134(void); void func_8013216C(void); void func_801321FC(void); void func_80132264(void); s32 func_801326D8(void); void func_80132C2C(s16); u8 func_80132028(u_char com, u_char* param, u_char* result); void func_8013271C(void); void func_80132760(void); void func_80132A04(s16 voice, s16 vabId, s16 prog, s16 tone, u16 note, s16 volume, s16 distance); void func_801337B4(void); bool func_80133940(void); bool func_80133950(void); void func_80133FCC(void); void func_8013415C(void); void func_801361F8(void); typedef enum { ENTITY_UNALLOCATED, ENTITY_BREAKABLE, ENTITY_EXPLOSION, ENTITY_PRICE_DROP, ENTITY_NUMERIC_DAMAGE, ENTITY_RED_DOOR, ENTITY_INTENSE_EXPLOSION, ENTITY_ABSORB_ORB, ENTITY_ROOM_FOREGROUND, ENTITY_STAGE_NAME_POPUP, ENTITY_INVENTORY_DROP, ENTITY_RELIC_ORB, ENTITY_HEART_DROP, ENTITY_ENEMY_BLOOD, ENTITY_0E, ENTITY_0F, ENTITY_RESERVED_10, ENTITY_13 = 0x13, ENTITY_15 = 0x15 } SotnEntityIds; void EntityBreakable(Entity*); void EntityExplosion(Entity*); void EntityPriceDrop(Entity*); void EntityNumericDamage(Entity*); void EntityRedDoor(Entity*); void EntityIntenseExplosion(Entity*); void EntityAbsorbOrb(Entity*); void EntityRoomForeground(Entity*); void EntityStageNamePopup(Entity*); void EntityInventoryDrop(Entity*); void EntityRelicOrb(Entity*); void EntityHeartDrop(Entity*); void EntityEnemyBlood(Entity*); void EntityUnkId0E(Entity*); void EntityDummy(Entity*); u32 CheckEquipmentItemCount(u32 itemId, u32 equipType) { if (equipType < 5) { switch (equipType) { case 0: return (g_playerEquip[0] == itemId) + (g_playerEquip[1] == itemId); case 1: return g_playerEquip[2] == itemId; case 2: return g_playerEquip[3] == itemId; case 3: return g_playerEquip[4] == itemId; case 4: return (g_playerEquip[5] == itemId) + (g_playerEquip[6] == itemId); } } } const u32 rodataPadding_800DCBD8 = 0; ;; ;; // s16 func_800FDB18(s32 arg0, s32 arg1) { // s16 temp_v0; // s32 ret; // s32 var_v1; // switch (arg0) { // case 0: // temp_v0 = arg1 - (D_80097BDC * 0x10); // asm volatile("move $16, $2"); // if (temp_v0 < 0x100) { // ret = 0x100; // } // break; // case 1: // temp_v0 = arg1 - (D_80097BDC * 4); // asm volatile("move $16, $2"); // if (temp_v0 < 0x40) { // ret = 0x40; // } // break; // case 2: // ret = arg1; // var_v1 = (((rand() % 12) + D_80097BDC) - 9) / 10; // if (var_v1 < 0) { // var_v1 = 0; // } // if (var_v1 > 4) { // var_v1 = 4; // } // ret = ret - var_v1; // break; // case 3: // ret = arg1 + (D_80097BE0 * 4); // break; // case 4: // case 5: // ret = arg1; // if (CheckEquipmentItemCount(80, 4)) { // ret += ((s32)(((s16)ret) + (((u32)(ret << 0x10)) >> 0x1F))) >> 1; // } // break; // } // return ret; // } bool func_800FDC94(s32 arg0) { u8 temp = D_800A841C[arg0 * 0x1C]; if (D_80097B9C.mp < (s32)temp) { return false; } else { D_80097B9C.mp -= temp; return true; } } ;; bool func_800FDD44(s32 equipHeadIndex) { s32 equippedItem; u8 temp_s1; u8 temp_v0; equippedItem = g_playerEquip[equipHeadIndex]; temp_s1 = D_800A4B1D[g_playerEquip[equipHeadIndex]].unk0; if (!CheckEquipmentItemCount(0x54, 4)) { if (temp_s1 != 0) { temp_v0 = D_8009798A[equippedItem]; if (temp_v0 == 0) { g_playerEquip[equipHeadIndex] = 0; func_800F53A4(); return true; } D_8009798A[equippedItem]--; } } return false; } void func_800FDE00(void) { D_80137960 = 0; D_80137964 = 0; D_80137968 = 0; } ;; ;; bool func_800FE3A8(s32 arg0) { s32 temp = 2; return (D_80097964[arg0] & temp) != 0; } ;; ;; bool HasEnoughMp(s32 mpCount, bool subtractMp) { if (D_80097B9C.mp >= mpCount) { if (subtractMp != 0) { D_80097B9C.mp -= mpCount; } return false; } return true; } void func_800FE8F0(void) { if (D_8013B5E8 == 0) { D_8013B5E8 = 0x40; } } void AddHearts(s32 value) { if (D_80097B9C.hearts < D_80097B9C.heartsMax) { D_80097B9C.hearts += value; if (D_80097B9C.heartsMax < D_80097B9C.hearts) { D_80097B9C.hearts = D_80097B9C.heartsMax; } func_8011AAFC(g_EntityArray, 99, 0); PlaySfx(0x67A); } } ;; void func_800FEE6C(void) { s32* var_v1 = D_80139828; do { if (*var_v1 != 0) { *var_v1 -= 1; } var_v1++; } while ((s32)var_v1 < (s32)&D_80139828[0x10]); } ;; s32 func_800FF064(s32 arg0) { s32 playerMP; playerMP = D_80097B9C.mp - 4; if (playerMP > 0) { if (arg0 != 0) { D_80097B9C.mp = playerMP; } return 0; } return -1; } void func_800FF0A0(s32 context) { D_80139828[context] = 0; } void func_800FF0B8(void) { s32 i; for (i = 0; i < 16; i++) { func_800FF0A0(i); } } void func_800FF0F4(s32 arg0) { D_80139828[arg0] = 0x1000; } s32 func_800FF110(s32 arg0) { return D_80139828[arg0]; } ;; s32 func_800FF460(s32 arg0) { if (arg0 == 0) { return 0; } return arg0 + ((u32)(arg0 * D_80097BE4[0]) >> 7); } s32 func_800FF494(Unkstruct_800FF494* arg0) { s32 temp_s2 = CheckEquipmentItemCount(0x4B, 4); s32 rnd = rand() & 0xFF; rnd -= ((rand() & 0x1F) + D_80097BE4[0]) / 20; if (temp_s2 != 0) { rnd -= arg0->unk1E * temp_s2; } if (rnd < arg0->unk1E) { return 0x40; } else { rnd -= arg0->unk1E; if (temp_s2 != 0) { rnd -= arg0->unk20 * temp_s2; } rnd -= ((rand() & 0x1F) + D_80097BE4[0]) / 20; if (rnd >= arg0->unk20) { rnd = rand() % 28; if (arg0->unk1E == 0) { rnd++; } if (arg0->unk20 == 0) { rnd++; } return rnd + temp_s2; } else { return 0x20; } } } void func_800FF60C(void) { s32 var_a0_2; s32 i; func_800EA538(6); i = 0; while (1) { if (g_playerEquip[4] == D_800A2FBC[i]) { break; } if (D_800A2FBC[i] == -1) { break; } i += 2; } var_a0_2 = D_800A2FC0[i]; if ((g_playerEquip[4] == 0x32) && (g_SettingsCloakMode != 0)) { var_a0_2++; } func_800EA5E4(var_a0_2); if (g_playerEquip[4] == 0x38) { func_800EA5E4(0x415); } } void func_800FF60C(); void func_800FF6C4(void) { if ((g_StageId != 0x1F) && (g_CurrentPlayableCharacter == 0)) { func_800FF60C(); } } void func_800FF708(s32 arg0, s32 arg1) { s32 rnd; do { loop_1: rnd = rand() % 90; if (rnd == 0x19) { goto loop_1; } } while (D_800A7734[rnd].unk00 != arg0); g_playerEquip[arg1 + 2] = rnd; } ;; ;; ;; extern Unkstruct_80137990 D_80137990; bool func_8010183C(s32 arg0) { if (arg0 == 0) { if (D_80137990.unk0 == 0) { D_80137990.unk0 = 1; return true; } return false; } else if (arg0 == 1) { if (D_80137990.unk0 == 0x15) { D_80137990.unk0 = 0x33; return true; } return false; } return true; } void DrawHudRichter(void); void func_8010189C(void) { POLY_GT4* poly; s32 i; u16* new_var; D_8013B5E8 = 0; D_80137998 = 0; D_8013796C = D_80097B9C.hp; if ((g_StageId == 0x1F) || (g_CurrentPlayableCharacter != 0)) { DrawHudRichter(); return; } D_80137970 = func_800EDD9C(4, 14); poly = &D_80086FEC[D_80137970]; if (poly != (0)) { for (i = 0; poly != (0); i++) { func_80107360(poly, D_800A2EE8[i], D_800A2EF8[i], D_800A2F28[i], D_800A2F38[i], D_800A2F08[i], D_800A2F18[i]); poly->tpage = 0x1F; new_var = &D_800A2F48[i]; poly->clut = *new_var; poly->pad2 = 0x1F0; poly->pad3 = D_800A2F64[i]; if (i == 5) { SetPolyRect(poly, D_800A2EED, D_800A2EFD, D_800A2F3D, D_800A2F2D); poly->y0 = poly->y2; poly->x1 = poly->x0; poly->x2 = poly->x3; poly->y3 = poly->y1; } if (i == 1) { poly->p1 = 0; poly->p2 = rand() + 8; poly->p3 = (7 & rand()) + 1; } poly = (POLY_GT4*)poly->tag; } } } ;; ;; extern Unkstruct_80086FFA D_80086FFA[]; u16 func_801025F4(void) { return D_80086FFA[D_8013799C].unk0; } void func_80102628(s32 arg0) { POLY_GT4* poly; s32 temp; s32 i = 0; poly = &D_80086FEC[D_8013799C]; if (poly != (0)) { temp = arg0 / 2; while (poly != (0)) { poly->y0 = 0; poly->u0 = (u8)temp; poly->v0 = 0xF0; poly->b0 = 0; poly->g0 = 0; poly->r0 = 0; poly->pad2 = 0x1FD; poly->pad3 = 8; poly->x0 = temp * (i & 1); poly = (POLY_GT4*)poly->tag; i++; } } } void func_801026BC(s32 arg0) { POLY_GT4* poly = &D_80086FEC[D_801379A0]; if (arg0 == 0) { poly->pad3 = 8; return; } else if (!(g_StageId & 0x20)) { SetPolyRect(poly, 0, 1, 255, 255); } else { poly->x2 = 255; poly->x0 = 255; poly->y1 = 240; poly->y0 = 240; poly->x3 = 0; poly->x1 = 0; poly->y3 = -15; poly->y2 = -15; } func_80107250(poly, arg0 * 2); if (arg0 == 0x40) { poly->pad3 = 0; } else { poly->pad3 = 0x35; } } void func_801027A4(void) { func_801026BC(0); } ;; ;; void func_80102CD8(s32 arg0) { D_801379AC[0] = arg0; D_801379AC[1] = 0; D_801379B0 = D_800A3194[arg0]; } ;; ;; void func_80102DEC(s32 context) { D_80137E64 = 0; D_80137E68 = context; } s32 func_80102E04(void) { u32 new_var2 = D_80137E68; s32 temp_s0 = D_80137E64; switch (temp_s0) { case 0: func_800E92E4(); D_80137E50 = 4; D_80137E64++; break; case 1: if (func_800E9B18(new_var2, 0) != temp_s0) { D_80137E50 = D_80137E50 - 1; if (D_80137E50 == -1) { temp_s0 = -1; return temp_s0; } } else { return 1; } break; } return 0; } void func_80102EB8(void) { POLY_GT4 *poly1, *poly2, *poly3; s32 i; D_80137E58 = AllocPolygons(4, 3); poly1 = &D_80086FEC[D_80137E58]; D_80137E5C = AllocPolygons(3, 3); poly2 = &D_80086FEC[D_80137E5C]; D_80137E60 = AllocPolygons(2, 12); poly3 = &D_80086FEC[D_80137E60]; for (i = 0; i < 3; i++) { func_80107360(poly1, 98, 79, 96, 0, 0, 0); func_801072DC(poly1); poly1->tpage = 0x10; poly1->clut = 0x1A1; poly1->pad2 = g_zEntityCenter.S16.unk0 + 32; poly1->pad3 = 8; poly1->p1 = 0; SetPolyRect(poly2, 80, 79, 96, 0); func_801072DC(poly2); func_801071CC(poly2, 96, 0); func_801071CC(poly2, 96, 1); poly2->g0 = poly2->g1 = poly2->g2 = poly2->g3 = poly2->r0 = poly2->r1 = poly2->r2 = poly2->r3 = 0; poly2->tpage = 0x1F; poly2->pad2 = g_zEntityCenter.S16.unk0 + 31; poly2->pad3 = 8; poly1 = (POLY_GT4*)poly1->tag; poly2 = (POLY_GT4*)poly2->tag; } for (i = 0; i < 12; i++) { func_80107250(poly3, 255); poly3->pad2 = g_zEntityCenter.S16.unk0 + 32; poly3->pad3 = 8; poly3 = (POLY_GT4*)poly3->tag; } } void func_801030B4(s32 arg0, POLY_GT4* poly, s32 arg2) { s32 var_v1; if (arg2 == arg0) { if (g_blinkTimer & 0x20) { var_v1 = (g_blinkTimer & 0x1F) + 0x60; } else { var_v1 = 0x7F - (g_blinkTimer & 0x1F); } poly->r0 = poly->r1 = var_v1 - 16; poly->r2 = poly->r3 = var_v1 + 16; poly->b0 = poly->b1 = poly->b2 = poly->b3 = 0; poly->pad3 = 0x404; } else { poly->b1 = 96; poly->b0 = 96; poly->b3 = 128; poly->b2 = 128; poly->r0 = poly->r1 = poly->r2 = poly->r3 = 0; poly->pad3 = 0x415; } } POLY_GT4* func_80103148(POLY_GT4* poly1, POLY_GT4* arg1) { poly1->x0 = arg1->x0 - 1; poly1->y0 = arg1->y0 - 1; poly1->x1 = arg1->x1; poly1->y1 = arg1->y0 - 1; poly1->pad3 = 0; poly1 = (POLY_GT4*)poly1->tag; poly1->x0 = arg1->x0 - 1; poly1->y0 = arg1->y0 - 1; poly1->x1 = arg1->x0 - 1; poly1->y1 = arg1->y2; poly1->pad3 = 0; poly1 = (POLY_GT4*)poly1->tag; poly1->x0 = arg1->x0 - 1; poly1->y0 = arg1->y2; poly1->x1 = arg1->x1; poly1->y1 = arg1->y2; poly1->pad3 = 0; poly1 = (POLY_GT4*)poly1->tag; poly1->x0 = arg1->x1; poly1->y0 = arg1->y0 - 1; poly1->x1 = arg1->x1; poly1->y1 = arg1->y2; poly1->pad3 = 0; return (POLY_GT4*)poly1->tag; } ;; void func_80103EAC(void) { D_80137E4C = 0; func_800E92F4(); } ;; void func_8010427C(void) { FreePolygons(D_80137E40); FreePolygons(D_80137E44); FreePolygons(D_80137E48); } ;; ;; ;; void func_80105408(void) { *D_80072EF4 = 0x1000; D_80072EFC = 1; } ;; void DestroyEntity(Entity* entity) { s32 i; s32 length; u32* ptr; if (entity->unk34 & 0x800000) { FreePolygons(entity->firstPolygonIndex); } ptr = (u32*)entity; length = sizeof(Entity) / sizeof(u32); for (i = 0; i < length; i++) *ptr++ = (0); } void func_801065F4(s16 startIndex) { Entity* pItem; for (pItem = &g_EntityArray[startIndex]; pItem < &g_EntityArray[256]; pItem++) DestroyEntity(pItem); } void func_80106670(s32 blendMode); ;; ;; ;; void func_801071CC(POLY_GT4* poly, u32 colorIntensity, s32 vertexIndex) { switch (vertexIndex) { case 0: poly->b0 = colorIntensity; poly->g0 = colorIntensity; poly->r0 = colorIntensity; break; case 1: poly->b1 = colorIntensity; poly->g1 = colorIntensity; poly->r1 = colorIntensity; break; case 2: poly->b2 = colorIntensity; poly->g2 = colorIntensity; poly->r2 = colorIntensity; break; case 3: poly->b3 = colorIntensity; poly->g3 = colorIntensity; poly->r3 = colorIntensity; break; } } void func_80107250(POLY_GT4* poly, s32 colorIntensity) { func_801071CC(poly, (u8)colorIntensity, 0); func_801071CC(poly, (u8)colorIntensity, 1); func_801071CC(poly, (u8)colorIntensity, 2); func_801071CC(poly, (u8)colorIntensity, 3); } void func_801072BC(POLY_GT4* poly) { func_80107250(poly, 0); } void func_801072DC(POLY_GT4* poly) { func_80107250(poly, 0x80); } void func_801072FC(POLY_G4* poly) { (poly)->r0 = 0, (poly)->g0 = 0, (poly)->b0 = 0; (poly)->r1 = 0, (poly)->g1 = 0, (poly)->b1 = 0; (poly)->r2 = 0, (poly)->g2 = 0, (poly)->b2 = 0; (poly)->r3 = 0, (poly)->g3 = 0, (poly)->b3 = 0; } void SetPolyRect(POLY_GT4* poly, s32 x, s32 y, s32 width, s32 height) { poly->x0 = x; poly->y0 = y; poly->x1 = x + width; poly->y1 = y; poly->x2 = x; poly->x3 = x + width; poly->y2 = y + height; poly->y3 = y + height; } void func_80107360(POLY_GT4* poly, s32 x, s32 y, s32 width, s32 height, s32 u, s32 v) { poly->x0 = x; poly->y0 = y; poly->x1 = x + width; poly->y1 = y; poly->x2 = x; poly->y2 = y + height; poly->x3 = x + width; poly->y3 = y + height; poly->v0 = v; poly->v1 = v; poly->u0 = u; poly->u1 = u + width; poly->u2 = u; poly->v2 = v + height; poly->u3 = u + width; poly->v3 = v + height; } void func_801073C0(void) { CdReadyCallback((0)); CdDataCallback((0)); } s32 func_801073E8(void) { u8 sp10; if (CdSync(1, &sp10) == 0) { D_80137F9C = 0; return D_80137F9C; } else { if (((u32)(func_80019444() - 0x10) < 2) || (!(sp10 & 0x10))) { CdControlF(1, 0); D_80137F9C = 0; return D_80137F9C; } D_80137F9C = 1; return D_80137F9C; } } void func_80107460(void) { D_80137F7C = &D_801EC000[D_80137F6C << 0x9]; CdGetSector(D_80137F7C, 0x200); D_80137F6C = (D_80137F6C + 1) & 7; } ;; ;; ;; ;; ;; ;; ;; ;; ;; void func_8010838C(s32 arg0) { func_801073C0(); D_8006C398 = arg0; } void func_801083BC(void) { D_8006C398 = 1; D_8006BAFC = 25; D_8013AE9C = 10; D_800ACC64[0] = 0; } bool func_801083F0(void) { D_8006C398 = 1; D_8006BAFC = 0x19; if (D_8013AE9C == 0) { return false; } else { D_8013AE9C--; D_800ACC64[0] += 4; } return true; } ;; ;; void func_80109328(void) { s16* player_unk1E = &g_EntityArray[PLAYER_CHARACTER].unk1E; D_80072F20.unk66 = 0; if ((*player_unk1E == 0x800) && (g_EntityArray[PLAYER_CHARACTER].step == 8)) { g_EntityArray[PLAYER_CHARACTER].unk1E = 0; g_EntityArray[PLAYER_CHARACTER].animCurFrame = 0x9D; g_EntityArray[PLAYER_CHARACTER].facing = (g_EntityArray[PLAYER_CHARACTER].facing + 1) & 1; } if (D_80072F16[0] != 0) { D_80072F16[0] = 0; func_801092E8(0); } g_EntityArray[PLAYER_CHARACTER].blendMode = 0; } ;; ;; void func_80109990(void) { if (D_80137FB4 == 0) { if ((D_80097B9C.mp == D_80097B9C.mpMax) && !(D_80072F2C & 0x100000)) { func_8011AAFC(g_CurrentEntity, 0x28, 0); PlaySfx(0x67D); D_80137FB4++; } } else if (D_80097B9C.mp != D_80097B9C.mpMax) { D_80137FB4 = 0; } } ;; ;; ;; ;; ;; void func_8010BF64(Unkstruct_8010BF64* arg0) { if (g_CurrentPlayableCharacter == 0) { arg0->unk14 = D_800ACEC6.unk1A - ((D_80072F2C / 2) & 2); arg0->unk1C = D_800ACEC6.unk1C + ((D_80072F2C / 2) & 2); arg0->unk18 = D_800ACEC6.unk10 - 1; arg0->unk20 = D_800ACEC6.unk0 + 1; } else { D_8013C00C(); } } ;; ;; ;; ;; ;; void func_8010D584(s16 step) { g_EntityArray[PLAYER_CHARACTER].step = step; g_EntityArray[PLAYER_CHARACTER].unk2E = 0; } ;; ;; void func_8010DA2C(s32* arg0) { g_CurrentEntity->unk4C = arg0; g_CurrentEntity->animFrameDuration = 0; g_CurrentEntity->animFrameIdx = 0; } void func_8010DA48(u32 arg0) { g_CurrentEntity->unkAC = arg0; g_CurrentEntity->animFrameDuration = 0; g_CurrentEntity->animFrameIdx = 0; } ;; ;; ;; ;; ;; void func_8010DFF0(s32 arg0, s32 arg1) { POLY_GT4* poly; s32 i; if (arg0 != 0) { g_EntityArray[UNK_ENTITY_1].unk7C.U8.unk1 = 1; g_EntityArray[UNK_ENTITY_3].animCurFrame = 0; g_EntityArray[UNK_ENTITY_2].animCurFrame = 0; g_EntityArray[UNK_ENTITY_1].animCurFrame = 0; poly = &D_80086FEC[g_EntityArray[UNK_ENTITY_1].firstPolygonIndex]; for (i = 0; i < 6; i++) { poly->x1 = 0; poly = (POLY_GT4*)poly->tag; } } g_EntityArray[UNK_ENTITY_1].unk7C.U8.unk0 = 1; g_EntityArray[UNK_ENTITY_1].unk7E.modeU8.unk0 = 10; if (arg1 != 0) { if (arg1 < 4) { D_80072F1E = 4; } else { D_80072F1E = arg1; } } } void func_8010E0A8(void) { Entity* entity = &g_EntityArray[UNK_ENTITY_1]; entity->unk7E.modeU8.unk0 = 0; } void func_8010E0B8(void) { Entity* entity = &g_EntityArray[UNK_ENTITY_1]; entity->unk7C.U8.unk1 = 0; entity->unk7C.U8.unk0 = 0; } void func_8010E0D0(s32 arg0) { Entity* entity; if (arg0 == 1) { entity = func_8011AAFC(g_EntityArray, 0x47002C, 0); if (entity != (0)) { entity->unk34 |= 0x10000; } entity = func_8011AAFC(g_EntityArray, 0x40002C, 0); if (entity != (0)) { entity->unk34 |= 0x10000; } } func_8010DFF0(1, 1); } void func_8010E168(s32 arg0, s16 arg1) { if (arg0 == 0) { func_8011AAFC(g_CurrentEntity, 0x15002C, 0); if (arg1 >= D_80072F1A[0]) { D_80072F1A[0] = arg1; } } else if (D_80072F1C[0] <= arg1) { D_80072F1C[0] = arg1; } } void func_8010E1EC(s32 speed) { if (g_CurrentEntity->accelerationX < 0) { g_CurrentEntity->accelerationX += speed; if (g_CurrentEntity->accelerationX > 0) { g_CurrentEntity->accelerationX = 0; } } else { g_CurrentEntity->accelerationX -= speed; if (g_CurrentEntity->accelerationX < 0) g_CurrentEntity->accelerationX = 0; } } void func_8010E234(s32 speed) { if (g_CurrentEntity->accelerationY < 0) { g_CurrentEntity->accelerationY += speed; if (g_CurrentEntity->accelerationY > 0) { g_CurrentEntity->accelerationY = 0; } } else { g_CurrentEntity->accelerationY -= speed; if (g_CurrentEntity->accelerationY < 0) { g_CurrentEntity->accelerationY = 0; } } } s32 func_8010E27C(void) { u16* facing; if (D_80072F64 & 2) { return 0; } facing = &g_EntityArray[PLAYER_CHARACTER].facing; if (*facing == 1) { if (D_80072EE8 & 0x2000) { *facing = 0; D_80072F6C = 1; return -1; } else if (D_80072EE8 & 0x8000) { return 1; } } else { if (!(D_80072EE8 & 0x2000)) { if (D_80072EE8 & 0x8000) { *facing = 1; D_80072F6C = 1; return -1; } return 0; } return 1; } return 0; } ;; void AccelerateX(s32 accelerationX) { if (g_CurrentEntity->facing == 1) { accelerationX = -accelerationX; } g_CurrentEntity->accelerationX = accelerationX; } void func_8010E3B8(s32 accelerationX) { if (g_EntityArray[PLAYER_CHARACTER].objectRoomIndex == 1) { accelerationX = -accelerationX; } g_EntityArray[PLAYER_CHARACTER].accelerationX = accelerationX; } void func_8010E3E0(void) { u16* temp = &D_80072F68; if (*temp != 0) { DestroyEntity(&g_EntityArray[16]); *temp = 0; } } void func_8010E42C(u16 arg0) { g_EntityArray[PLAYER_CHARACTER].unk2E = arg0; g_EntityArray[PLAYER_CHARACTER].step = 0x12; if (!(arg0 & 1)) { func_8010DA48(0xF4); } else { func_8010DA48(0xF5); } } void func_8010E470(s32 arg0, s32 arg1) { g_EntityArray[PLAYER_CHARACTER].accelerationX = arg1; g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; g_EntityArray[PLAYER_CHARACTER].step = 2; g_EntityArray[PLAYER_CHARACTER].unk2E = D_800ACF4C[arg0 * 2 + 0]; func_8010DA48(D_800ACF4C[arg0 * 2 + 1]); } void func_8010E4D0(void) { func_80111CC0(); g_EntityArray[PLAYER_CHARACTER].palette = 0x8100; g_EntityArray[PLAYER_CHARACTER].zPriority = g_zEntityCenter.S16.unk0; if ((u32)(D_80072F92 - 1) < 2U) { func_8010DA48(0xC7); g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; func_8010D584(6); func_80111CC0(); PlaySfx(0x6F2); return; } func_80111CC0(); func_8010E470(0, 0); } ;; void func_8010E570( s32); void func_8010E6AC(s32 arg0) { bool condition = false; condition = ((D_80072F20.pl_vram_flag & 0x20) != condition); AccelerateX(0x18000); g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; func_8010D584(1); if (arg0 != 0) { if (g_EntityArray[PLAYER_CHARACTER].unkAC != 0xD) { func_8010DA48(0xD); } } else { func_8010DA48(7); func_8011AAFC(g_CurrentEntity, 0x50001, 0); } if (D_80072F6C != 0) { g_EntityArray[PLAYER_CHARACTER].unkAC = 9; } if ((g_EntityArray[PLAYER_CHARACTER].unkAC == 7) && (condition)) { g_EntityArray[PLAYER_CHARACTER].animFrameIdx = 1; } if (D_80072F70 == 2) { g_EntityArray[PLAYER_CHARACTER].animFrameIdx = 4; } } void func_8010E7AC(void) { func_8010D584(3); if (D_80072F70 != 1) { func_8010DA48(0x1C); } g_EntityArray[PLAYER_CHARACTER].accelerationY = 0x20000; g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; D_80072F0C = 8; if (D_80072F20.unk04 & 1) { D_80072F0A[0] = 8; } else { D_80072F0A[0] = 0; } D_80072F64 = 0x10; } void func_8010E83C(s32 arg0) { if (D_80072F92 != 0) { func_8010E7AC(); return; } else if (func_8010E27C() != 0) { func_8010DA48(0x1A); AccelerateX(0x18000); D_80072F64 = 0; } else { func_8010DA48(0x16); g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; D_80072F64 = 4; } g_EntityArray[PLAYER_CHARACTER].accelerationY = 0xFFFB0000 | 0x2000; func_8010D584(4); if (D_80072F70 == 1) { D_80072F64 |= 0x10; } if (arg0 != 0) { D_80072F64 = D_80072F64 & ~1; } else { D_80072F64 = D_80072F64 | 1; } } void func_8010E940(void) { u16* temp = &D_80072F64; *temp |= 0x21; func_8010DA48(0x20); g_EntityArray[PLAYER_CHARACTER].unk2E = 0; g_EntityArray[PLAYER_CHARACTER].accelerationY = -0x44000; if (D_80072F92 != 0) { g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; } } void func_8010E9A4(void) { if (func_8010E27C() != 0) { AccelerateX(0x30000); } else { g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; } if (g_EntityArray[PLAYER_CHARACTER].step == 4) { D_80072F60[2] |= 1; } else { D_80072F60[2] = 0; } func_8011AAFC(g_CurrentEntity, 2, 0); func_8010D584(8); g_EntityArray[PLAYER_CHARACTER].accelerationY = -0xC0000; func_8010DA48(0x21); D_80072F6A[0] = 0; } ;; s32 func_8010EADC(s16 arg0, s16 arg1) { Entity* entity = &g_EntityArray[0x20]; s32 i; s32 var_a2; s32 ret; for (i = 0, var_a2 = 0, ret = 0; i < 16; i++) { if (entity->objectId == 0) { ret++; } if (entity->unkB0 != 0) { if (entity->unkB0 == arg0) { var_a2++; } } if (var_a2 >= arg1) { return -1; } entity++; } return (ret == 0) ? -1 : 0; } ;; ;; void func_8010ED54(u8 arg0) { g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; func_8010D584(0xF); func_8010DA48(arg0); func_8011AAFC(g_CurrentEntity, 0x14003D, 0); D_80072F68 = 0; } ;; void func_8010FAF4(void) { DestroyEntity(&g_EntityArray[UNK_ENTITY_10]); D_80072F66 = 0; } void func_8010FB24(void) { g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; func_8010D584(0x22); func_8010E168(1, 0x10); func_8010E3E0(); } void func_8010FB68(void) { g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; func_8010D584(0x20); func_8010E3E0(); func_8010DA48(0xBA); PlaySfx(0x6F3); PlaySfx(0x67D); D_80072F16[0] = func_800FDB18(3, 0x400); func_801092E8(1); func_8011AAFC(g_CurrentEntity, 0x110028, 0); func_80118C28(0xB); } void func_8010FBF4(void) { g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; func_8010D584(0x25); func_8010E3E0(); func_8010DA48(0xDA); PlaySfx(0x6F4); func_80118C28(0xC); D_80072F18 = 4; } void func_8010FC50(void) { g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; func_8010D584(0x21); func_8010E3E0(); func_8011AAFC(g_CurrentEntity, 0x75, 0); func_8010DA48(0xF0); PlaySfx(0x6F1); D_80072F18 = 4; } void func_8010FCB8(void) { g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; func_8010D584(0x23); func_8010E3E0(); func_8011AAFC(g_CurrentEntity, 0x10075, 0); func_8010DA48(0xF1); PlaySfx(0x6F1); D_80072F18 = 4; } void func_8010FD24(void) { g_EntityArray[PLAYER_CHARACTER].accelerationY = 0; g_EntityArray[PLAYER_CHARACTER].accelerationX = 0; func_8010D584(0x27); func_8010E3E0(); func_8010DA48(0xF1); func_8011AAFC(g_CurrentEntity, 0x170028, 0); D_80072F18 = 4; } void func_8010FD88(void) { g_EntityArray[PLAYER_CHARACTER].step = 0; g_EntityArray[PLAYER_CHARACTER].unk2E = 3; AccelerateX(0xFFFC8000); g_CurrentEntity->accelerationY = 0; func_8010DA48(0xDB); func_8011AAFC(g_CurrentEntity, 0, 0); D_80072F66 = 0; PlaySfx(0x617); } void CreateEntityFromCurrentEntity(u16 objectId, Entity* entity); void EntityUnkId17(Entity* arg0); Entity* AllocEntity(Entity*, Entity*); ;; s32 func_8010FDF8( s32); ;; ;; ;; ;; ;; ;; ;; ;; ;; ;;