types.h

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#ifndef MELEE_EF_TYPES_H
#define MELEE_EF_TYPES_H
 
#include <melee/ef/forward.h> // IWYU pragma: export
#include <sysdolphin/baselib/forward.h>
 
#include <dolphin/mtx.h>
#include <dolphin/types.h>
#include <melee/sc/types.h>
 
// How efAsync_Spawn resolves position and forwards args to efSync_Spawn.
// ATTACH = passes jobj directly (effect tracks the joint).
// POS    = converts jobj to world coords via lb_8000B1CC (effect at fixed
// pos). OFFSET = Vec3 offset applied during world-pos calculation. PARAM  =
// extra float(s) forwarded to efSync_Spawn after the position arg.
typedef enum EF_SpawnKind {
    EF_SPAWN_ATTACH =
        0,            // (jobj)                 -> efSync(gfx_id, gobj, jobj)
    EF_SPAWN_POS = 1, // (jobj)                 -> worldpos(jobj) ->
                      // efSync(gfx_id, gobj, &pos)
    EF_SPAWN_POS_OFFSET = 2, // (jobj, &ofs)           -> worldpos(jobj, &ofs)
                             // -> efSync(gfx_id, gobj, &pos)
    EF_SPAWN_ATTACH_PARAM =
        3, // (jobj, &f)             -> efSync(gfx_id, gobj, jobj, &f)
    EF_SPAWN_POS_PARAM = 4, // (jobj, &f)             -> worldpos(jobj) ->
                            // efSync(gfx_id, gobj, &pos, &f)
    EF_SPAWN_POS_OFFSET_PARAM =
        5, // (jobj, &ofs, &f)       -> worldpos(jobj, &ofs)             ->
           // efSync(..., &pos, &f)
    EF_SPAWN_POS_OFFSET_PARAM2 =
        6, // (jobj, &ofs, &f1, &f2) -> worldpos(jobj, &ofs)             ->
           // efSync(..., &f1, &f2)
    EF_SPAWN_ATTACH_OFFSET =
        7, // (jobj, &vec)           -> efSync(gfx_id, gobj, jobj, &vec)
    EF_SPAWN_CAMERA_SHAKE =
        8, // (jobj, &ofs)           -> worldpos(jobj, &ofs)             ->
           // Camera_RequestQuake(gfx_id, &pos)
} EF_SpawnKind;
 
// 0 = async load (default)
// 1 = sync load
#define EF_LOADKIND_ASYNC 0
#define EF_LOADKIND_SYNC 1
 
// EF_Effect: scale_flags
#define EF_SCALE_NO_INHERIT 0x00
#define EF_SCALE_INHERIT 0x01
 
// EF_Effect: expire_flags
#define EF_DOES_NOT_EXPIRE 0x00
#define EF_DOES_EXPIRE 0x01
 
// EF_Effect: state_flags
#define EF_STATE_ACTIVE 0x00
#define EF_STATE_ENTERING_PAUSE 0x01
#define EF_STATE_PAUSED 0x02
#define EF_STATE_ASYNC 0x80
 
struct EF_Effect {
    /*  +0 */ EF_Effect* next;
    /*  +4 */ HSD_GObj* gobj;
    /*  +8 */ HSD_GObj* parent_gobj;
    /*  +C */ HSD_JObj* attach_jobj;
    /* +10 */ EF_UpdateFn update;
    /* +14 */ void* user_data;
    /* +18 */ Vec3 params; // callback parameters, usage depends per-callback
    /* +24 */ u16 lifetime;
    /* +26 */ s8 expire_flags;
    /* +27 */ u8 scale_flags;
    /* +28 */ u8 state_flags;
    /* +29 */ u8 is_async;
    /* +2A */ s8 x2A;
    /* +2B */ s8 x2B;
}; /* size = 0x2C */
 
struct EF_EffectDesc {
    /* +0 */ float lifetime;
    /* +4 */ StaticModelDesc model_desc;
}; /* size = 0x14 */
 
struct EF_QueuedEffect {
    /* +0 */ EF_QueuedEffect* next;
    /* +4 */ u8 spawn_kind; // EF_SpawnKind
    /* +8 */ s32 gfx_id;
    /* +C */ HSD_JObj* jobj;
    /* +10 */ Vec3 params; // parameters depending on spawn_kind
    /* +1C */ f32 extra1;  // forwarded to efSync_Spawn depending on spawn_kind
    /* +20 */ f32 extra2;  // second extra float used depending on spawn_kind
}; /* size = 0x24 */
 
typedef struct EF_DAT_Entry {
    /* 0x0 */ char* ef_DAT_file;       // ex. "EfCoData.dat"
    /* 0x4 */ char* effDataTable_name; // ex. "effCommonDataTable"
    /* 0x8 */ void* data;              // loaded data pointer
} EF_DAT_Entry;                        /* size = 0xC */
ASSERT_SIZE(EF_DAT_Entry, 0xC);
 
struct EF_QueuedEffect_ObjAlloc {
    char pad_0[0x24];
};
ASSERT_SIZE(struct EF_QueuedEffect_ObjAlloc, 0x24);
 
#endif