psstructs.h

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#ifndef SYSDOLPHIN_BASELIB_PSSTRUCTS_H
#define SYSDOLPHIN_BASELIB_PSSTRUCTS_H
 
#include <platform.h>
 
#include "baselib/archive.h"
 
#include "baselib/forward.h" // IWYU pragma: export
 
#include "baselib/jobj.h"
 
#include <dolphin/gx.h>
#include <dolphin/gx/GXEnum.h>
#include <dolphin/mtx.h>
 
struct HSD_Fog;
 
enum HSD_ParticleKind {
    Tornado = 1 << 2,
    TexEdge = 1 << 3,
    ComTLUT = 1 << 4,
    MirrorS = 1 << 5,
    MirrorT = 1 << 6,
    PrimEnv = 1 << 7,
    TexInterpNear = 1 << 9,
    DispTexture = 1 << 10,
    TexFlipS = 1 << 18,
    TexFlipT = 1 << 19,
    Trail = 1 << 20,
    DirVec = 1 << 21,
    DispFog = 1 << 24,
    NoZComp = 1 << 28,
    DispPoint = 1 << 30,
    DispLighting = 1 << 31
};
 
/* size: 0x1C */
typedef struct _HSD_PSTexGroup {
    u32 num; /* 0x0 */
 
    u32 fmt;     /* 0x4 */
    u32 tlutfmt; /* 0x8 */
 
    u32 width;  /* 0xC */
    u32 height; /* 0x10 */
 
    u16 palnum;  /* 0x14 */
    u16 palflag; /* 0x16 */
 
    u8* texTable[1]; /* 0x18 */
} HSD_PSTexGroup;
 
/* size: 0x8 */
typedef struct _HSD_PSFormGroup {
    u32 num;          /* 0x0 */
    u8* formTable[1]; /* 0x4 */
} HSD_PSFormGroup;
 
/* size: 0x40 */
typedef struct _HSD_PSCmdList {
    u16 type;     /* 0x0 */
    u16 texGroup; /* 0x2 */
 
    u16 genLife; /* 0x4 */
    u16 life;    /* 0x6 */
 
    u32 kind; /* 0x8 */
 
    float grav; /* 0xC */
    float fric; /* 0x10 */
 
    float vx; /* 0x14 */
    float vy; /* 0x18 */
    float vz; /* 0x1C */
 
    float radius; /* 0x20 */
    float angle;  /* 0x24 */
    float random; /* 0x28 */
    float size;   /* 0x2C */
 
    float param1; /* 0x30 */
    float param2; /* 0x34 */
    float param3; /* 0x38 */
 
    u8 cmdList[1]; /* 0x3C */
} HSD_PSCmdList;
 
struct HSD_psAppSRT {
    struct HSD_psAppSRT* next; /* 0x0 */
 
    struct HSD_Generator* gp; /* 0x4 */
 
    Vec3 translate; /* 0x8 */
    Quaternion rot; /* 0x14 */
    Vec3 scale;     /* 0x24 */
 
    u8 status; /* 0x30 */
 
    u8 frameNum;   /* 0x31 */
    u16 usedCount; /* 0x32 */
 
    Mtx mmtx;  /* 0x34 */
    float ssx; /* 0x64 */
    float ssy; /* 0x68 */
 
    f32 x6C; /* 0x6C */
    f32 x70; /* 0x70 */
    f32 x74; /* 0x74 */
    f32 x78; /* 0x78 */
    f32 x7C; /* 0x7C */
    f32 x80; /* 0x80 */
    f32 x84; /* 0x84 */
    f32 x88; /* 0x88 */
    f32 x8C; /* 0x8C */
    f32 x90; /* 0x90 */
    f32 x94; /* 0x94 */
    f32 x98; /* 0x98 */
 
    void (*freefunc)(struct HSD_psAppSRT* appSrt); /* 0x9C */
 
    u16 idnum; /* 0xA0 */
    s8 xA2;    /* 0xA2 */
};
 
/* size: 0x98 */
struct HSD_Particle {
    HSD_Particle* next;                  // 0x00
    u32 kind;                            // 0x04
    u8 bank;                             // 0x08
    u8 texGroup;                         // 0x09
    u8 poseNum;                          // 0x0A
    u8 palNum;                           // 0x0B
    u16 sizeCount;                       // 0x0C
    u16 primColCount;                    // 0x0E
    u16 envColCount;                     // 0x10
    GXColor primCol;                     // 0x12
    GXColor envCol;                      // 0x16
    u16 cmdWait;                         // 0x1A
    u8 loopCount;                        // 0x1C
    u8 linkNo;                           // 0x1D
    u16 idnum;                           // 0x1E
    u8* cmdList;                         // 0x20
    u16 cmdPtr;                          // 0x24
    u16 cmdMarkPtr;                      // 0x26
    u16 cmdLoopPtr;                      // 0x28
    u16 life;                            // 0x2A
    Vec3 vel;                            // 0x2C
    float grav;                          // 0x38
    float fric;                          // 0x3C
    Vec3 pos;                            // 0x40
    float size;                          // 0x4C
    float rotate;                        // 0x50
    u16 aCmpCount;                       // 0x54
    u8 aCmpMode;                         // 0x56
    u8 aCmpParam1;                       // 0x57
    u8 aCmpParam2;                       // 0x58
    u8 pJObjOfs;                         // 0x59
    u16 matColCount;                     // 0x5A
    u16 ambColCount;                     // 0x5C
    u16 rotateCount;                     // 0x5E
    float sizeTarget;                    // 0x60
    float rotateTarget;                  // 0x64
    u16 primColRemain;                   // 0x68
    u16 envColRemain;                    // 0x6A
    GXColor primColTarget;               // 0x6C
    GXColor envColTarget;                // 0x70
    u16 matColRemain;                    // 0x74
    u16 ambColRemain;                    // 0x76
    u16 aCmpRemain;                      // 0x78
    u8 aCmpParam1Target;                 // 0x7A
    u8 aCmpParam2Target;                 // 0x7B
    u8 matRGB;                           // 0x7C
    u8 matA;                             // 0x7D
    u8 ambRGB;                           // 0x7E
    u8 ambA;                             // 0x7F
    u8 matRGBTarget;                     // 0x80
    u8 matATarget;                       // 0x81
    u8 ambRGBTarget;                     // 0x82
    u8 ambATarget;                       // 0x83
    float trail;                         // 0x84
    struct HSD_Generator* gen;           // 0x88
    struct HSD_psAppSRT* appsrt;         // 0x8C
    float* userdata;                     // 0x90
    int (*callback)(HSD_Particle* part); // 0x94
};
 
/* size: 0xC */
typedef struct _PSUserFunc {
    int (*hookCreate)(HSD_Particle* part); /* 0x0 */
    int (*hookDelete)(HSD_Particle* part); /* 0x4 */
    int (*setUserData)(HSD_Particle* part, u8 unknown1,
                       float unknown2); /* 0x8 */
} HSD_PSUserFunc;
 
typedef struct _auxDisc {
    f32 minAngle;
    f32 maxAngle;
} auxDisc;
 
typedef struct _auxLine {
    f32 x2;
    f32 y2;
    f32 z2;
} auxLine;
 
typedef struct _auxTornado {
    f32 vel;
} auxTornado;
 
typedef struct _auxRect {
    f32 x;
    f32 y;
    f32 z;
    f32 xx;
    f32 xy;
    f32 xz;
    f32 yx;
    f32 yy;
    f32 yz;
    f32 zx;
    f32 zy;
    f32 zz;
    u16 flag;
} auxRect;
 
typedef struct _auxCone {
    f32 minAngle;
    f32 maxAngle;
    f32 height;
} auxCone;
 
typedef struct _auxSphere {
    f32 speed;
    f32 latMid;
    f32 latRange;
    f32 lonMid;
    f32 lonRange;
} auxSphere;
 
struct HSD_Generator {
    HSD_Generator* next;                  // 0x0
    u32 kind;                             // 0x4
    f32 random;                           // 0x8
    f32 count;                            // 0xC
    HSD_JObj* jobj;                       // 0x10
    u16 genLife;                          // 0x14
    u16 type;                             // 0x16
    u8 bank;                              // 0x18
    u8 linkNo;                            // 0x19
    u8 texGroup;                          // x1A
    u8 dummy;                             // 0x1B
    u16 idnum;                            // 0x1C
    u16 life;                             // 0x1E
    u8* cmdList;                          // 0x20
    Vec3 pos;                             // 0x24
    Vec3 vel;                             // 0x30
    f32 grav;                             // 0x3C
    f32 fric;                             // 0x40
    f32 size;                             // 0x44
    f32 radius;                           // 0x48
    f32 angle;                            // 0x4C
    u32 numChild;                         // 0x50
    HSD_psAppSRT* appsrt;                 // 0x54
    HSD_PSUserFunc* userfunc;             // 0x58
    int (*callback)(HSD_Generator* part); // 0x5C
    union {
        auxDisc disc;
        auxLine line;
        auxTornado tornado;
        auxRect rect;
        auxCone cone;
        auxSphere sphere;
    } aux; // 0x60
};
 
#define PS_TEXDIRECTION
#ifdef PS_TEXDIRECTION
extern int texc[4][4];
extern int td;
#endif
 
#ifndef _NFUNCPROTO
void psSetFog(struct HSD_Fog* fog);
 
void psRemoveFog(void);
#endif
 
static inline void setBlendMode(int blendmode);
 
static inline void setupChanCtrl(HSD_Particle* pp);
static inline void setupChanReg(HSD_Particle* pp);
static inline void getClrTrail(HSD_Particle* pp, GXColor* col);
static inline void setupTevReg(HSD_Particle* pp);
static inline void psSetCurrentMtx(GXPosNrmMtx idx);
static inline HSD_Particle* psDispSubPoint(HSD_Particle* pp);
static inline HSD_Particle* psDispSubPointTrail(HSD_Particle* pp);
static inline void psDispSubMakePolygon(HSD_Particle* pp, u8* texform, float x,
                                        float y, float z, float ppvx,
                                        float ppvy, float ppvz, float x0,
                                        float y0, float z0, float x1, float y1,
                                        float z1);
 
static inline void psDispSub(HSD_Particle* pp, u8* texform);
 
void psInitDataBank(int bank, int* cmdBank, int* texBank, u32* ref,
                    int* formBank);
 
void psInitParticle(int num);
 
void psRemoveParticle(void);
 
HSD_Particle* psGenerateParticle0(HSD_Particle* p, int linkNo, int bank,
                                  u32 kind, u16 texGroup, u8* list, int life,
                                  float x, float y, float z, float vx,
                                  float vy, float vz, float size, float grav,
                                  float fric, int palflag, HSD_Generator* gp,
                                  int flgInterpret);
 
HSD_Particle* psGenerateParticleID0(HSD_Particle* p, int linkNo, int bank,
                                    int id, int flgInterpret);
 
HSD_Particle* psGenerateParticle(int linkNo, int bank, u32 kind, u16 texGroup,
                                 u8* list, int life, float x, float y, float z,
                                 float vx, float vy, float vz, float size,
                                 float grav, float fric, int palflag,
                                 HSD_Generator* gp);
 
HSD_Particle* psGenerateParticleIDPV(int linkNo, int bank, int id, float px,
                                     float py, float pz, float vx, float vy,
                                     float vz);
 
HSD_Particle* psGenerateParticleID(int linkNo, int bank, int id);
HSD_Particle* psGenerateParticleIDN(int linkNo, int bank, int id);
 
void psKillParticle(HSD_Particle* pp);
void psKillAllParticle(void);
 
void psSetPointJObj(int no, HSD_JObj* jobj);
void psSetPointJObjNodup(HSD_JObj* jobj, int no);
 
void psClearPointJObj(void);
 
void psDeletePntJObjwithParticle(HSD_Particle* pp);
 
void psKillFamily(u16 idnum, int linkNo);
void psKillGeneratorChild(HSD_Generator* gp);
 
void psAddOffsetAll(float xofs, float yofs, float zofs);
 
void psPauseFamily(u16 idnum, int linkNo);
void psRestartFamily(u16 idnum, int linkNo);
 
void psSetCallback(int (**callback)(HSD_Particle* part));
 
void psSetUserFunc(HSD_Generator* gp, HSD_PSUserFunc* userfunc);
 
static inline void psRemoveBillboardCamera(void);
 
#endif