#ifndef SMS_H
#define SMS_H

#include <stdlib.h>
#include <stdint.h>
#include <stdarg.h>

#define PRESS_START 0x1000
#define PRESS_B     0x0200
#define PRESS_A     0x0100
#define PRESS_Z     0x0010
#define PRESS_X     0x0400
#define PRESS_Y     0x0800
#define PRESS_DU    0x0008
#define PRESS_DD    0x0004
#define PRESS_DL    0x0001
#define PRESS_DR    0x0002
#define PRESS_L     0x0040
#define PRESS_R     0x0020

#define MARIOFLAG_ALIVE     0x00000001
#define MARIOFLAG_INVISIBLE 0x00000004
#define MARIOFLAG_ALLDEAD   0x00000F00
#define MARIOFLAG_GAMEOVER  0x00000400
#define MARIOFLAG_SLIP      0x00000080
#define MARIOFLAG_HASHELMET_FOLLOWCAMERA  0x00001000
#define MARIOFLAG_HASHELMET 0x00002000
#define MARIOFLAG_HASFLUDD  0x00008000
#define MARIOFLAG_SPLASH    0x00010000
#define MARIOFLAG_PUDDLE    0x00020000
#define MARIOFLAG_SHIRT     0x00100000
#define MARIOFLAG_GONE      0x00200000

#define STATE_NUMBER   0x0000000F
#define STATE_AIRBORN  0x00000800
#define STATE_DOJUMP   0x00000080
#define STATE_AIRBORN  0x00000800
#define STATE_CUTSCENE 0x00001000
#define STATE_STUNNED  0x00002000

#define STATE_RUNNING 0x04000440
#define STATE_IDLE    0x0C400201
#define STATE_STOP    0x0C00023D
#define STATE_SPIN    0x00000441
#define STATE_JUMPSPIN  0x00000890
#define STATE_JUMPSPIN1 0x00000895
#define STATE_JUMPSPIN2 0x00000896
#define STATE_JUMP    0x02000880
#define STATE_D_JUMP  0x02000881
#define STATE_TRIPLE_J  0x00000882
#define STATE_JMP_LAND  0x04000470
#define STATE_HVY_LAND  0x04000473
#define STATE_D_LAND  0x04000472
#define STATE_T_LAND  0x0800023A
#define STATE_JUMPSIDE  0x00000880
#define STATE_SIDESTEP  0x0C008220
#define STATE_SIDE_FLIP 0x00000887
#define STATE_FALL      0x0000088C
#define STATE_SWIM    0x000024D7
#define STATE_DIVE    0x0080088A
#define STATE_DIVEJUMP  0x02000889
#define STATE_DIVESLIDE 0x00800456
#define STATE_CLIMB    0x18100340
#define STATE_CLIMBUP  0x10100343
#define STATE_WALLJUMP  0x02000886
#define STATE_WALLSLIDE 0x000008A7
#define STATE_HANG    0x3800034B
#define STATE_HANGCLIMB 0x3000054F
#define STATE_SLAMSTART 0x008008A9
#define STATE_SLAM    0x0080023C
#define STATE_SPRAY   0x0C008220
#define STATE_THROWN  0x000208B8
#define STATE_HOVER   0x0000088B
#define STATE_STUCK   0x0002033C
#define STATE_TALKING 0x10001308
#define STATE_TURNING 0X00000444
#define STATE_SHINE_C  0x00001302 // Collected Shine Sprite
#define STATE_DEATH    0x00020467
#define STATE_DOOR_F_O 0x00001321 // Door open fail
#define STATE_WALL_S_L 0x04000471
#define STATE_WALL_SLD 0x000008A7
#define STATE_F_KNCK_H 0x000208B0 // hard knockback from front (bumping into a wall from dive)
#define STATE_KNCK_LND 0x00020462 // Landing from front knockback
#define STATE_KNCK_GND 0x00020466 // Front knockback while grounded
#define STATE_FIRE_HIT 0x000208B7
#define STATE_FIRE_RVR 0x08000239 // Recover from fire on ground
#define STATE_HOVER_F  0x0000088D // Falling from hover
#define STATE_SLIDE_R1 0x000008A6 // Recover from slide by flipping
#define STATE_SLIDE_R2 0x00000386 // Recover from slide by getting up
#define STATE_R_SPRAY  0x0C008220 // Recover from spray
#define STATE_G_POUND  0x008008A9 // Ground pounding

#define BGM_DOLPIC          0x80010001
#define BGM_BIANCO          0x80010002
#define BGM_MAMMA           0x80010003
#define BGM_PINNAPACO_SEA   0x80010004
#define BGM_PINNAPACO       0x80010005
#define BGM_MARE_SEA        0x80010006
#define BGM_MONTEVILLAGE    0x80010007
#define BGM_SHILENA         0x80010008
#define BGM_RICCO           0x80010009
#define BGM_GET_SHINE       0x8001000A
#define BGM_CHUBOSS         0x8001000B
#define BGM_MISS            0x8001000C
#define BGM_BOSS            0x8001000D
#define BGM_MAP_SELECT      0x8001000E
#define BGM_BOSSPAKU_DEMO   0x8001000F
#define BGM_MAIN_TITLE      0x80010010
#define BGM_CHUBOSS2        0x80010011
#define BGM_EXTRA           0x80010012
#define BGM_DELFINO         0x80010013
#define BGM_MAREVILLAGE     0x80010014
#define BGM_CORONA          0x80010015
#define BGM_KAGEMARIO       0x80010016
#define BGM_CAMERA          0x80010017
#define BGM_MONTE_ONSEN     0x80010018
#define BGM_MECHAKUPPA      0x80010019
#define BGM_AIRPORT         0x8001001A
#define BGM_UNDERGROUND     0x8001001B
#define BGM_TITLEBACK       0x8001001C
#define BGM_MONTE_NIGHT     0x8001001D
#define BGM_CASINO          0x8001001E
#define BGM_EVENT           0x8001001F
#define BGM_TIME_IVENT      0x80010020
#define BGM_SKY_AND_SEA     0x80010021
#define BGM_MONTE_RESCUE    0x80010022
#define BGM_MERRY_GO_ROUND  0x80010023
#define BGM_SCENARIO_SELECT 0x80010024
#define BGM_FANFARE_CASINO  0x80010025
#define BGM_FANFARE_RACE    0x80010026
#define BGM_CAMERA_KAGE     0x80010027
#define BGM_GAMEOVER        0x80010028
#define BGM_BOSSHANA_2ND3RD 0x80010029
#define BGM_BOSSGESO_2DN3RD 0x8001002A
#define BGM_CHUBOSS_MANTA   0x8001002B
#define BGM_MONTE_LAST      0x8001002C
#define BGM_SHINE_APPEAR    0x8001002D
#define BGM_KUPPA           0x8001002E
#define BGM_SPACEWORLD    0x80011030

#define SND_PIPE      9598

// FIXME 0x09A4? 0x09A4-E3? 0x07F4?
#define GFX_OFF     0x09A4

#define AIRPORT   0
#define DOLPIC0   1
#define BIANCO0   2
#define RICCO0    3
#define MAMMA0    4
#define PINNABEACH0  5
#define SIRENA0   6
#define DELFINO0  7
#define MONTE0    8
#define MARE0     9
#define NONE0    10
#define SCALE0   11
#define TEST10   12
#define PINNAPARCO0  13
#define CASINO0  14

typedef float Mtx[3][4];
typedef float Mtx44[4][4];

enum GXProjectionType {
  GX_PERSPECTIVE = 0,
  GX_ORTHOGRAPHIC = 1
};

typedef struct {
  float x, y, z;
} Vec, *VecPtr, Point3d, *Point3dPtr;

typedef struct {
  Point3d  position;
  Point3d  target;
  Vec   up;
  float fovy;
  float znear;
  float zfar;
  Mtx   viewMtx;
  Mtx44 projMtx;
} Camera;

typedef struct {
  int xorg;
  int yorg;
  int width;
  int height;
} ViewPort;

typedef struct {
  int u1;
} WaterGun;

typedef struct {
  uint16_t buttons; // 0x00
  int8_t lanalogx;  // 0x04
  int8_t lanalogy;  // 0x08
  int8_t ranalogx;  // 0x0C
  int8_t ranalogy;  // 0x0A
  uint8_t ltrig;    // 0x0E
  uint8_t rtrig;    // 0x12
  uint8_t status;   // 0x16
  uint8_t u2;
  uint8_t u3;
  uint8_t u4;
} __attribute__((packed)) Controller;

typedef struct {
  void* type;
  void* u1[55];
  int u2;
  int u3[7];
} MarioGamePad;

// MarDirector* mardirector = (MarDirector*)(r13 + 0x9FB8)
typedef struct {
  int u1;
} MarDirector;

typedef struct {
  float x;
  float y;
  float z;
} Vector;

typedef struct {
  int flag1;
  int flag2;
  int flag3;
  int flag4;
  int flag5;
  int flag6;
  int flag7;
  int flag8;
  int flag9;
  int flag10;
} NormalSoundData;

typedef struct {
  float u1;
  float u2;
  float u3;
  float u4;
} HitTable;

typedef struct {
  char* colKey;
  int flag;
} ColData;

typedef struct AnimData_t {
  char* modelKey;
  int unk1;
  int unk2;
  int unk3;
  int unk4;
  int unk5;
  int unk6;
  int unk7;
  int unk8;
  int unk9;
  char* animModel;
  char* animKey;
  int unk10;
  int unk11;
  int unk12;
} AnimData;

typedef struct {
  int info1;
  AnimData* aData;
} AnimInfo;

typedef struct {
  int flag1;
  int flag2;
  int flag3;
  HitTable* hitData;
} HitInfo;

typedef struct {
  int flag1;
  ColData* cData;
} ColInfo;

typedef struct {
  int flag1;
  NormalSoundData* normSoundData; // okay what?
} SoundInfo;

typedef struct ObjectData_t {
  char* modelKey;
  float unknown1;
  char* shiftJis;
  char* shiftJis2;
  AnimInfo* aInfo;
  HitInfo* hInfo;
  ColInfo* cInfo;
  SoundInfo* sInfo;
  int unused1;
  int unused2;
  int unused3;
  int unused4;
  float unknown2;
  int flag1;
  int flag2;
} ObjectData;

struct HitActor_t;
struct EMario_t;
struct EnemyMario_t;
struct WaterGun_t;
struct Yoshi_t;
struct ObjectData_t;
struct AnimData_t;

typedef struct PolarSubCamera_t {
  void* Type;
  void* u2;
  int u3;
  int u4;
  Vector position;
  int u5;
  void* u6;
  int u7;
  Vector u8;
  float u9;
  int u10;
  Vector rotation;
  Vector u11;
  int u12[51];
  MarioGamePad* gamepad;
} PolarSubCamera;

typedef struct MapObjBase_t{
  void* Type;      //0
  void* u2;
  int u3;
  int u4;
  Vector position;  //10
  int u5;
  void* u6;      //20
  Vector scale;
} __attribute__((packed)) MapObjBase;

typedef struct HitActor_t{
  void* Type;      //0
  void* u2;
  int u3;
  int u4;
  Vector position;  //10
  int u5;
  void* u6;      //20
  Vector scale;
  Vector direction;  //30
  void* u7;
  void* u8;      //40
  struct HitActor_t** colarray;
  uint16_t colcount;
  uint16_t colarraysize;
  int colsettings;
  float bound1;      //50
  float bound2;
  float bound3;
  float bound4;
  float bound5;      //60
  int colflags;
  int u18;
  int u19;
  void* u20;      //70
  void* u21[0x2F];
  ObjectData* objData; // 130
} __attribute__((packed)) HitActor;

typedef struct {
  void* Type;      //0
  void* u2;
  int u3;
  int u4;
  Vector position;  //10
  int u5;
  void* u6;      //20
  Vector scale;
  Vector direction;  //30
  void* u7;
  void* u8;      //40
  struct HitActor_t** colarray;
  uint16_t colcount;
  uint16_t colarraysize;
  int colsettings;
  float bound1;      //50
  float bound2;
  float bound3;
  float bound4;
  float bound5;      //60
  int colflags;
  int u18;
  int u19;
  void* u20;      //70
  void* u21;      //74
  void* u22;      //78
  int snd1;      //7C
  int snd2;      //80
  char* bas;      //84
  int status;      //88
  int init;      //8c
  int status_timer;  //90
  int temp6;      //94
  int temp7;      //98
  int temp8;      //9c
  int temp9;      //a0
  int temp10;      //a4
  int temp11;      //a8
  int temp12;      //ac
  float dirY;      //b0
  int current;        //b4
  float u23;      //b8
  float u24;      //bc
  float u25;      //c0
  void* u26;      //c4
  float u27;      //c8
  float u28;      //cc
  int reserved1;    //d0
  int u29;       // Used - d4
  int analogX;    //d8
  int analogY;    //dc
  int reserved4;    //e0
  int reserved5;    //e4
  void* u30[18];
  ObjectData* objData; // 130
} __attribute__((packed)) MultiActor;

typedef struct {
  void* Type;      //0
  void* u2;
  int u3;
  int u4;
  Vector position;  //10
  int u5;
  void* u6;      //20
  Vector scale;
  Vector direction;  //30
  void* u7;
  void* u8;      //40
  struct HitActor_t** colarray;
  uint16_t colcount;
  uint16_t colarraysize;
  int colsettings;
  float bound1;      //50
  float bound2;
  float bound3;
  float bound4;
  float bound5;      //60
  int colflags;
  int u18;
  int u19;
  void* u20;      //70
  void* u21;
  void* u22;
  int u23;
  int isFlipped;
  int flipTimer;
} __attribute__((packed)) flipBlockActor;

typedef struct {
  void* Type;
  void* u2;
  int u3;
  int hitCount;
  Vector position;
  int u5;
  void* u6;
  Vector scale;
  Vector direction;
  void* u7;
  void* u8;
  void* u9;
  int u10;
  int collision;
  float u12;
  float u13;
  float u14;
  float u15;
  float u16;
  int u17;
  int u18;
  int u19;
  void* u20;
} BlockActor;

typedef struct {
  void* Type;      //0
  void* u2;
  int u3;
  int u4;
  Vector position;  //10
  int u5;
  void* u6;      //20
  Vector scale;
  Vector direction;  //30
  void* u7;
  void* u8;      //40
  struct HitActor_t** colarray;
  uint16_t colcount;
  uint16_t colarraysize;
  int colsettings;
  float bound1;      //50
  float bound2;
  float bound3;
  float bound4;
  float bound5;      //60
  int colflags;
  int u18;
  int u19;
  void* u20;      //70
  void* u21;
  void* u22;
  int u23;
  int isDown;
  int isRot;
} __attribute__((packed)) hexActor;

typedef struct {
  void* Type;          //0
  void* u2;          //4
  int u3;            //8
  int u4;            //c
  Vector position;      //10
  int u5;
  void* u6;          //20
  Vector scale;
  Vector direction;      //30
  void* u7;
  void* u8;          //40
  HitActor** colarray;
  uint16_t colcount;
  uint16_t colarraysize;
  int colsettings;
  float bound1;        //50
  float bound2;
  float bound3;
  float bound4;
  float bound5;        //60
  int colflags;
  int u18;
  int u19;
  void* u20;          //70
  int u21;
  int u22;
  uint32_t status;
  uint32_t laststatus;    //80
  int statustime;
  void* u23;          //88
  void* u24;          //8c
  void* u25;          //90
  uint16_t rotx;        //94
  uint16_t roty;        //96
  uint16_t rotz;        //98
  uint16_t roty2;        //9a
  void* u26;          //9c
  void* u27;          //a0
  Vector speed;        //a4
  void* u28[26];        //b0
  int flags;          //118
  void* u29[178];        //11c
  WaterGun* watergun;         //3e4
  void* u31;          //3e8
  void* u32;          //3ec
  struct Yoshi_t* yoshi;    //3f0
  void* u33[40];        //3f4
  MarioGamePad* gamepad;     //4f4
} __attribute__((packed)) MarioActor;

typedef struct EnemyMario_t{
  void* Type;      //0
  void* u2;
  int u3;
  int u4;
  Vector position;  //10
  int u5;
  void* u6;      //20
  Vector scale;
  Vector direction;  //30
  void* u7;
  void* u8;      //40
  HitActor** colarray;
  uint16_t colcount;
  uint16_t colarraysize;
  int colsettings;
  float bound1;      //50
  float bound2;
  float bound3;
  float bound4;
  float bound5;      //60
  int colflags;
  int u18;
  int u19;
  void* u20;      //70
  int u21;
  int u22;
  uint32_t status;
  uint32_t laststatus;//80
  int statustime;
  void* u23[36];    //88
  int flags;      //118
  void* u24[64];
  char name[16];    //218
  void* u25[180];    //228
  MarioGamePad* gamepad; //4fc
  void* u26[3940];
  uint16_t emarioflags;
  uint16_t emariodamage;  //4294
  uint16_t emariohealth;  //4296
  uint16_t u27;      //4298
  int u28;
  int u29;
  struct EMario_t* emario;
  int u30;
  int u31;
  float u32;
  float u33;
  uint16_t u34;
  uint16_t u35;
  uint16_t u36;
  uint16_t hpmetertimer;
} __attribute__((packed)) EnemyMario;

typedef struct EMario_t{
  void* Type;      //0
  void* u2;
  int u3;
  int u4;
  Vector position;  //10
  int u5;
  void* u6;      //20
  Vector scale;
  Vector direction;  //30
  void* u7;
  void* u8;      //40
  HitActor** colarray;
  uint16_t colcount;
  uint16_t colarraysize;
  int colsettings;
  float bound1;      //50
  float bound2;
  float bound3;
  float bound4;
  float bound5;      //60
  int colflags;
  int u18;
  int u19;
  void* u20;      //70
  void* u21[55];
  EnemyMario* enemymario;
} __attribute__((packed)) EMario;

#define ITEMFLAG_STATIC 0x00000010

typedef struct {
  void* Type;
  void* u2;
  int u3;
  int u4;
  Vector position;
  int u5;
  void* u6;
  Vector scale;
  Vector direction;
  void* u7;
  void* u8;
  void* u9;
  int u10;
  int itemtype;
  float u12;
  float u13;
  float u14;
  float u15;
  float u16;
  int u17;
  int u18;
  int u19;
  void* u20;
  //0x74
  int pad1[14];
  Vector velocity;
  int pad2[14];
  int flags;
} __attribute__((packed)) ItemActor;

typedef struct {
  uint8_t u1;  //00
  uint8_t u2;
  uint8_t u3;
  uint8_t u4;
  int u5;    //04
  int u6;    //08
  int u7;    //0c
  MarioActor* mario;
} __attribute__((packed)) Yoshi;

typedef struct {
  void* u1[6];
  int count;      //18
  void* u1_2[21];
  Vector position;  //70
  void* u2[11];    //7c
  float u3;      //a8
  void* u4[4];    //7c
  float u5;       //bc
  void* u6[4];    //c0
  float u7;       //d0
  void* u8[9];    //d4
  float u9;      //f8
  void* u10[13];
  uint16_t u11;    //134
  uint16_t u12;
} __attribute__((packed)) WaterEmitInfo;

typedef struct {
 int u1;
 float u2;
} Sound;

typedef struct {
  int x1;
  int y1;
  int x2;
  int y2;
} JUTRect;
typedef struct {
  void* type;
  int content[64];
} J2DGrafContext;
typedef struct {
  void* type;
  int content[64];
} J2DOrthoGraph;
typedef struct {
  void* type;
  int content[9];
} J2DPrint;
typedef struct {
  void* type;
} JUTResFont;
typedef struct {
} ResFONT;
typedef struct {
  void* type;
  int pad1[2];
  int flags;
  JUTRect bounds;
  int content[100];
} J2DTextBox;
typedef struct {
  void* type;
  int content[64];
} J2DPaneO;
typedef struct {
  void* type;
  int content[64];
} J2DScreen;

typedef struct {
  int charIndex;
  int unk1;
  uint8_t voice;
} JMSMesgEntry;

typedef struct {
  int unk1;
  char* textBuf;
  JMSMesgEntry* entry[10];
} TalkMesEntry;

typedef struct {
  void* type;
  void* data[596];
  TalkMesEntry* msgEntry;
} Talk2D;

typedef struct {
  void* type;
} GCConsole;
typedef struct {
  void* type;
} PollutionManager;
typedef struct {
  void* type;
} ItemManager;
typedef struct {
  void* type;
  void* u1;
  int flags1;
  int flags2;
  int timer;
} TrembleModelEffect;
typedef struct {
  float a1[4];
  float a2[4];
  float a3[4];
} A3_A4_f;

typedef struct {
  int x;
  int y;
  int w;
  int h;
} Rect;

typedef struct {
  void* type;
  int type2;
  int id;
  int isVisible;
  int pane_id;
  JUTRect rect;
  JUTRect cRect;
  JUTRect clipRect;
  JUTRect scissorBounds;
  void* unk1[0x4A];
  long* tmem;
} J2DPane;

typedef struct CARDFileInfo {
  int chan;
  int fileNo;
  int offset;
  int length;
  int iBlock;
} CARDFileInfo;

// FIXME version?
/* const int32_t testObjectVTable[119] = {
  0x00000000, 0x00000000, 0x801C4580, 0x80007D70,
  0x801AF750, 0x802FA6F4, 0x801B2FF0, 0x802FA6FC,
  0x801B3364, 0x00000000, 0x00000000, 0x801C4918,
  0x803370C0, 0x8033720C, 0x80337214, 0x8033721C,
  0x80337220, 0x80337228, 0x8033722C, 0x80337230,
  0x80337234, 0x80007FA8, 0x80007FA0, 0x80007F98,
  0x80007F90, 0x80007F88, 0x80007F80, 0x803370E0,
  0x803370E8, 0x803370EC, 0x803370F4, 0x803370F8,
  0x80337100, 0x80337104, 0x802F7004, 0x802F7020,
  0x802F703C, 0x802F7058, 0x802F7074, 0x802F7090,
  0x801B305C, 0x800C6E9C, 0x801B4194, 0x80007D40,
  0x800C6E94, 0x80218CC0, 0x801AFA4C, 0x802187D0,
  0x801B345C, 0x801AFF74, 0x801B35F8, 0x801B36B8,
  0x8021818C, 0x80218020, 0x80217FC8, 0x80217DE4,
  0x801AFA80, 0x801B4114, 0x80217D88, 0x80217D6C,
  0x80217CC8, 0x80217B30, 0x80217990, 0x801B401C,
  0x801B0430, 0x801B0738, 0x801B12F8, 0x801B1368,
  0x801B9C24, 0x801B1058, 0x801B118C, 0x800C6ED0,
  0x801B17DC, 0x800C6F08, 0x801B238C, 0x801B1D64,
  0x801B12F0, 0x801AEBEC, 0x800C6F0C, 0x800C6F10,
  0x800C6F14, 0x801B02D0, 0x801C42E4, 0x801B43D0,
  0x801B03B8, 0x801B03F4, 0x801B08F4, 0x800C6F18,
  0x800C6F20, 0x801AEBE4, 0x801B1764, 0x801B4F30,
  0x801B3F2C, 0x801B4580, 0x801B4528, 0x801B4644,
  0x801B46C4, 0x801B48F8, 0x801B4D78, 0x801B47E4,
  0x801B4DD0, 0x801B4950, 0x801B49A4, 0x801B4200,
  0x801B4BDC, 0x801B49F8, 0x801B4CEC, 0x801B4274,
  0x801B4D54, 0x801B4470, 0x801B44DC, 0x801B444C,
  0x801B3938, 0x801B3ADC, 0x801B3B8C, 0x801B3DFC,
  0x801B3EE4, 0x801B3D64, 0x801B3DF0,
}; */

// For C++ inheritence
#define GetObjectFunction(object, func) (void*)*(void**)((int)*(int*)object+func)
#define Director_GameUpdate 0x64
#define HitActor_TouchPlayer 0x0148
#define HitActor_ReceiveMessage 0xA0

// Only works with objects with vtables
#define GetType(object) *(int*)object
#define TYPE_ENEMYMARIO 0x803aef24
#define TYPE_EMARIO     0x803ae404
#define TYPE_ITEMNOZZLE 0x803c942c

// Free is done automatically on stage transition
#define malloc(n) __nwa__FUl((n))
#define free(n) __dla__FUl((n))

void GXSetScissor(int x, int y, int x2, int y2);
void GXSetViewport(float x, float y, float w, float h, float nearZ, float farZ);
void GXSetProjection(float mtx[4][4], int projType);
void GXFlush();
void C_MTXLookAt(Mtx mtx, Point3dPtr* camPos, VecPtr* camUp, Point3dPtr* target);
void setSrcRect(int viewPortObj, int rect);
void GXInvalidateTexAll();

void J2DOrthoGraph_Create(J2DOrthoGraph* targetaddr, JUTRect* view);

void J2DGrafContext_Setup2D(J2DGrafContext* graphics);

void J2DPrint_Create(J2DPrint* targetaddr, JUTResFont* font, int u);
float J2DPrint_GetWidth(J2DPrint* j2dprint, char* text);
void J2DPrint_Initiate(J2DPrint* j2dprint);
void J2DPrint_Print(J2DPrint* j2dprint, int x, int y, char* text, int u1, int u2, int u3);
void J2DPrint_Delete(J2DPrint* j2dprint, int mask);

// TODO version
#ifdef SMS_LANG_EU
#define GameFont (*(ResFONT**)((*(int*)(SceneReference - 0x6110)) + 0x48))
#define GameStrTable (RTOC - 0x4BC4)
#endif
#ifdef SMS_LANG_US
#define GameFont (*(ResFONT**)((*(int*)(SceneReference - 0x6038)) + 0x48))
#define GameStrTable (RTOC - 19304)
#endif
#ifdef SMS_LANG_JP
#define GameFont (*(ResFONT**)((*(int*)(SceneReference - 0x6808)) + 0x48))
#endif

void J2DTextBox_Create(J2DTextBox* targetaddr, int u1, JUTRect* bounds, ResFONT* font, void* table, int HBinding, int VBinding);
void J2DTextBox_Draw(J2DTextBox* textbox);
void J2DTextBox_Drawii(J2DTextBox* textbox, int a1, int a2);
void J2DTextBox_DrawSelf(J2DTextBox* textbox, int a1, int a2, A3_A4_f* matrix);
void J2DTextBox_SetString(J2DTextBox* textbox, char* string);
char* J2DTextBox_GetStringPtr(J2DTextBox* textbox);
void J2DTextBox_Delete(J2DTextBox* textbox);

void J2DPane_Draw(J2DPane* pane, int a1, int a2, J2DGrafContext* graphics, int a3);
void J2DPane_SetBasePosition(J2DPane* pane, int pos);
void J2DPane_MakeMatrix(J2DPane* pane, int a1, int a2);

void J2DScreen_Draw(J2DScreen* pane, int a1, int a2, J2DGrafContext* graphics, int a3);

void JUTRect_Set(JUTRect* rect, int x, int y, int w, int h);

void setTalkBox(Talk2D* tManager, char* textBuffer, JMSMesgEntry* entry);

void MarDirector_SetupObjects(MarDirector* director);
void Drama_PrepareUpdate(HitActor* this, int a1, void* drama, void* graphics, int obj);

/*
typedef ObjItemManager{
  int a1;
  int a2;
  void (*__dt__)();
  void (*GetType)();
  void (*Load)();
  void (*Save)();
  void (*LoadAfter)();
  void (*SearchF)();
  void (*Perform)();
  void (*CreateModelData)();
  void (*CreateModelData)();
  void (*CreateAnmData)();
  void (*CreateModelDataArray)();
  void (*ClipActors)();
  void (*SetFlagOutOfCube)();
  void (*CreateSpcBinary)();
  bool (*HasMapCollision)();
}*/

register void* RTOC  __asm ("r2");
register void* SceneReference __asm ("r13");

// math
float cosf(float);
float sinf(float);
float sqrtf(float);

// GC
//static void (*GXSetBlendMode)(int a1, int a2, int a3, int a4) = (void*)0x80361dd0;
//static void (*GXBegin)(int a1, int a2, int a3) = (void*)0x8035df88;

extern const Controller mPadStatus__10JUTGamePad[4];
#define Controllers mPadStatus__10JUTGamePad
#define ControllerOne mPadStatus__10JUTGamePad[0]

// TODO version
#ifdef SMS_LANG_EU
static MarioGamePad* GamePads = (MarioGamePad*)0x8056f2ec;
static MarioGamePad* GamePadOne = (MarioGamePad*)0x8056f2ec;
static MarioGamePad* GamePadTwo = (MarioGamePad*)0x8056f3ec;
static MarioGamePad* GamePadThree = (MarioGamePad*)0x8056f4ec;
static MarioGamePad* GamePadFour = (MarioGamePad*)0x8056f5ec;
#endif
#ifdef SMS_LANG_US
static MarioGamePad* GamePads = (MarioGamePad*)0x8057738c;
static MarioGamePad* GamePadOne = (MarioGamePad*)0x8057738c;
static MarioGamePad* GamePadTwo = (MarioGamePad*)0x8057748c;
static MarioGamePad* GamePadThree = (MarioGamePad*)0x8057758c;
static MarioGamePad* GamePadFour = (MarioGamePad*)0x8057768c;
#endif

void MarioGamePad_Read();
void MarioGamePad_Update(MarioGamePad* pad);
void MarioGamePad_Reset(MarioGamePad* pad);

extern void* gpSystemFont;
extern void* gpRomFont;

// SMS
extern void* gpApplication;
extern Talk2D* gpTalk2D;
#define TalkManager gpTalk2D
extern void* gpMarioParticleManager;
extern void* gpModelWaterManager;
extern uint32_t gModelWaterManagerWaterColor;
unsigned int CalcKeyCode(char* key);
void Vector_Add(Vector* v1, Vector* v2, Vector* vo);
void Vector_Subtract(Vector* v1, Vector* v2);
void Vector_Normalize(Vector* vi, Vector* vo);
void Vector_Scale(Vector* vi, float scale);
float Vector_Magnitude(Vector* v);
void Talk2D_OpenWindow(Talk2D* talkmanager, int a1, float f1);
void openNormalTalkWindow(Talk2D* manager);
void DrawWaterBackground(GCConsole* console);

void StampPollution(PollutionManager* pollution, int stamp, float x, float y, float z, float r);
void CleanPollution(PollutionManager* pollution, float x, float y, float z, float r);

// Stage
extern MarDirector* gpMarDirector;
extern void* gpItemManager;
extern void* gpMap;
extern PollutionManager* gpPollution;
extern void* gpStrategy;
extern void* gpSunManager;
extern HitActor* gpSunModel;

static uint8_t* ChangeScenario = (void*)0x003e9712;
static uint8_t* ChangeEpisode = (void*)0x003e9713;
void ChangeStage(MarDirector* director, uint32_t stageinfo);
HitActor* SearchF(void* namereflist, int keycode, char* ref);
// FIXME version
#ifdef SMS_LANG_EU
#define SearchObjByRef(ref) SearchF((void*)*(((int*)*(int*)(SceneReference - 0x5e80)) + 1), CalcKeyCode((ref)), (ref))
#endif
#ifdef SMS_LANG_US
#define SearchObjByRef(ref) SearchF((void*)*(((int*)*(int*)(SceneReference - 0x5db8)) + 1), CalcKeyCode((ref)), (ref))
#endif
int GetShineStage(uint8_t stageid);

int IsPolluted(void);

//Camera
extern HitActor* gpCamera;
void Camera_AddMultiPlayer(void* camera, Vector* position);
void Camera_RemoveMultiPlayer(void* camera, Vector* position);
void Camera_CreateMultiPlayer(void* camera, unsigned char players);
void PolarSubCamera_UpdateMultiplayer(void* camera);

// Mario
extern HitActor* gpMarioOriginal;
extern HitActor* gpMarioAddress;
#define GetFludd(mario) (HitActor*)((mario) + 0x03E4)
extern Vector* gpMarioPos;
extern uint16_t* gpMarioAngleX;
extern uint16_t* gpMarioAngleY;
extern uint16_t* gpMarioAngleZ;
extern float* gpMarioSpeedX;
extern float* gpMarioSpeedY;
extern float* gpMarioSpeedZ;
extern const uint16_t* gpMarioLightID;
extern int* gpMarioFlag;
extern float* gpMarioThrowPower;
extern const void** gpMarioGroundPlane;
MarioActor* GetMarioHitActor();
HitActor* GetFLUDD();
HitActor* GetMarioYoshi();
int GetMarioHP();
int GetMarioStatus();
int GetMarioStatusFromHitActor(MarioActor* mario);
void IncGoldCoinFlag(uint32_t coinptr, int stage, int amount);
// FIXME
#ifdef SMS_LANG_US
#define IncrementCoin(amount) incGoldCoinFlag(*(int*)(SceneReference - 0x6060), GetShineStage((*(int*)(gpApplication + 0x0E)) & 0xFF), (amount))
#endif
#ifdef SMS_LANG_EU
#define IncrementCoin(amount) incGoldCoinFlag(*(int*)(SceneReference - 0x6138), GetShineStage((*(int*)(gpApplication + 0x0E)) & 0xFF), (amount))
#endif
void GetMarioMapPosition();
void ThrowMario(void*, void*, float, float, float);
void SetMarioAnim(float a1, int a2, int a3);
int IsMarioJumping();
int SMS_IsMarioDashing();
void SetMarioStatus(MarioActor* mario, int a2, int a3, int a4);
#define MarioDoJump(mario) SetMarioStatus((mario), 0x02000881, 0, 0)
#define MarioDoThrow(mario) SetMarioStatus((mario), 0x000208B8, 0, 0)
void EmitSweat(MarioActor* mario);
void Fludd_Emit(WaterGun* fludd);
void Mario_StartVoice(MarioActor* mario, int id);
void Mario_SetGamePad(MarioActor* mario, MarioGamePad* gamepad);
void Mario_CheckController(HitActor* mario, void* drama, void* graphics);
void Mario_ReceiveMessage(MarioActor* mario, HitActor* other, unsigned long message);
void Mario_PlayerControl(MarioActor* mario, void* drama, void* graphics);
void Mario_CheckCollision(MarioActor* mario);
void Mario_DamageExec(MarioActor* mario, HitActor* other, int u1, int u2, int u3, float f1, int u4, float f2, short u5);
void Mario_IncHP(MarioActor* mario, int n);
void Mario_DecHP(MarioActor* mario, int n);
void EnemyMario_CheckController(HitActor* enemymario, void* drama, void* graphics);
void SetMarioVelocity(MarioActor* mario, float vel);
void StartTrembleEffect(TrembleModelEffect* effectmgr, float maxTremble, float minTremble, float damp, int timer);
void Mario_WearGlasses(MarioActor* mario);
void MapObjBase_RemoveMapCollision(MapObjBase* obj);
void Mario_InitValues(MarioActor* mario);
void Mario_Trample(MarioActor* mario, HitActor* other);
void Mario_SetAnimation(MarioActor* mario, int id, float f1);
void Mario_SetStatusToJumping(MarioActor* mario, long u1, long u2);
void Mario_GetOffYoshi(MarioActor* mario);
void Mario_WaterGunUpdate(MarioActor* martin);
void mario_initModel(MarioActor* mario);
void mario_initValues(MarioActor* mario);
#define GetMarioTrembleEffect(mario) ((TrembleModelEffect*)*((void**)(mario) + 0x014F))

void Yoshi_Ride(Yoshi* yoshi);

void WaterGun_Create(WaterGun* fludd, MarioActor* mario);
void WaterGun_Init(WaterGun* fludd);
void WaterGun_ChangeNozzle(void* this, int nozzletype, int nozzleslot);
void WaterGun_Update(WaterGun*, int, void*);

#define MARIOMSG_THROW    0x07
#define MARIOMSG_HURTFIRE  0x0a
#define MARIOMSG_HURT    0x0e
void SendMsgToMario(MarioActor* mario, int msg);

// Objects
#define OBJ_WATER      0x20000002
#define OBJ_ONEUP      0x20000006
#define OBJ_COIN      0x2000000E
#define OBJ_BLUECOIN    0x20000010
#define OBJ_ROCKETNOZZLE  0x20000022
#define OBJ_HOVERNOZZLE    0x20000026
#define OBJ_TURBONOZZLE    0x2000002A
HitActor* MakeObjAppear(ItemManager* itemManager, int id);
HitActor* makeShineAppearWithDemo(ItemManager* itemManager, char* manager, char* mang2, float x, float y, float z);

//Water
void WaterEmitInfo_Create(WaterEmitInfo* this, const char* prm);
void ModelWaterManager_EmitRequest(void* man, void* emitinfo);

// Effects
void GenerateEffectElectric(HitActor* pos);
void emitGetCoinEffect(int unk1, MarioActor* mario);
void emitGotEffect(MarioActor* mario);
void objAppear(HitActor* actor);
void destroyCol(HitActor* actor);
void initModelData(HitActor* actor);
void marioCanTake(MarioActor* mario, HitActor* actor);
void marioStartVoice(MarioActor* mario, int soundIndex);

void ParticleManager_EmitWithRotate(void* man, int particle, Vector* position, uint16_t yaw, uint16_t pitch, uint16_t roll, uint8_t u2, void const* u5);
void MapObjBase_EmitSplash(MapObjBase* obj);

void changeTexture(int gfx, int gfxtype, int amnt);
void setPanePosition(J2DPane* plane, long speed, int unk2, int unk3, int unk4);
void updatePane(J2DPane* pane);
void updateBoundPane(J2DPane* pane);
void updateBlendPane(J2DPane* pane);
void movePane(J2DPane* pane, int u1, int u2);
int searchPane(long root, int id);
void processAppearCoin(int GCConsole);
void startAppearCoin(int GCConsole);
void processDownCoin(int GCConsole, int u1, long u2, long u3);
void getModel(HitActor* actor);
void showAllShapePacket(void);
void makeObjAppeared(HitActor* actor);
void startMapObjAnim(HitActor* actor, int multi);
void createMActor(int u1, int u2, int u3, int u4, int u5);
void startAnimation(int objProp, int anim, int u1);
void setUpMapCollision(HitActor* actor);
void setFrameRate(long _0x74, int unk1, float speed);
void changeCollision(HitActor* actor, int unk1, float unk2, float unk3);
void EasyEmitParticle(int effect, Vector* position, HitActor* actor, Vector* u1);

// Music / SFX
void PlaySound(int rate, Sound* sfx, int nl1, int nl2, int nl3, int four);
void startSoundSystemSE(int id, int unk1, int unk2, int unk3);
void StartStageEntranceDemoSeq(int u1, int u2);
void StartBGM(int u1);
void StopBGM(int u1, int u2);
void StopBGMs(int unk1, int unk2);
void search(int id);
void setAnimSound(HitActor* actor, char* bas);
void initAnimSound(int mBuff, int BAS, float unk1, int unk2);

// FIXME version?
//TEST LUMA
static float* lumaX = (void*)0x810e21bc;
static float* lumaY = (void*)0x810e21c0;
static float* lumaZ = (void*)0x810e21c4;
static float* lumaRotY = (void*)0x810e21e0;
static float* lumaScaleX = (void*)0x810e21d0;
static float* lumaScaleY = (void*)0x810e21d4;
static float* lumaScaleZ = (void*)0x810e21d8;
static float* CamRotX = (void*)0x812444e8;
static float* CamRotY = (void*)0x812444ec;
static float* CamRotZ = (void*)0x812444f0;
static float* CoinHUD = (void*)0x80e2cfc4;

void startCameraDemo(HitActor* cameraActor, int anim, float startrotation, int u1, long u2, int u3);
void coinTaken(HitActor* coin, HitActor* mario);
void redCoinTaken(HitActor* coin, HitActor* mario);
void startAppearGo(long ConsoleStr);
void startJAIStream(char* audioFile, int u1, void* u2);
void loadToMainRAM(char* file, int unk1, int unk2, int unk3, long unk4, int unk5, int unk6, int unk7);
void DVDOpen(char* file, long unk1);
void DVDPrepareStreamASync(long finfo, int length, int offset, long callback);
void DVDStopStreamAtEndAsync(long commandblock, long callback);
void DVDCancelStreamAsync(long commandblock, long callback);
void loadToARAM(char* file, int unk1, int unk2, int unk3, int unk4);
void loadModelData(char* modelFile, int flags, char* directory);
void setBuffer(void* constructor, void* buffer, int size);
void JSURead(void* constructor, void* buffer, int amount);
int readData(void* constructor, void* buffer, int size);
int getGlbResource(char* file);
void loadBCKDataBase(int bck);
void setBTP(long objPtr, char* animFile);
float getDistance(HitActor* object, Vector position);

static uint32_t** key = (void*)0x80412fec;
static const int* TGCCConsole2 = (void*)0x80902AB4;
//static const int* TGCCConsole2 = (void*)0x80ea3804;
const int* firstPane = (void*)0x80ea40e4;
void StartSoundActorWithInfo(int, Vector*, Vector*, float, int, int, void**, int, uint8_t);

//Other
// void PSMTXCopy(); // FIXME [US]0x803499b (other version? corresponding symbol?)
void CLBPolarToCross(Vector* center, Vector* out, float rho, uint16_t theta ,uint16_t phi);
void Application_Init(void* application);

void CARDInit(void);
int CARDMount(int channelNum, void* workArea, long cardCallBack);
int CARDOpen(int channelNum, char* fileName, CARDFileInfo* fileInfo);
int CARDCreate(int channelNum, char* fileName, int size, CARDFileInfo* fileInfo);
int CARDRead(CARDFileInfo* fileInfo, void* bufferAddr, int length, int offset);
int CARDWrite(CARDFileInfo* fileInfo, void* bufferAddr, int length, int offset);

//80e2d0d4 - c_cu
//80143a38
//80578988
//80426df0

//8117002c

#endif