objects.h

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#ifndef OBJECTS_H
#define OBJECTS_H
 
#include "spline.h"
#include "common_structs.h"
 
#define OBJECT_LIST_SIZE 0x226
#define SOME_OBJECT_INDEX_LIST_SIZE 32
 
typedef struct
{
    /* 0x00 */ f32 sizeScaling;
    /* 0x04 */ Vec3f pos;
    /* 0x10 */ Vec3f origin_pos;
    /* 0x1C */ Vec3f unk_01C;
    /* 0x28 */ Vec3f offset;
    /* 0x34 */ f32 unk_034;
    /* 0x38 */ Vec3f velocity; // acceleration
    /* 0x44 */ f32 unk_044;
    /* 0x48 */ s32 unk_048;
    /* 0x4C */ s32 unk_04C;
    /* 0x50 */ s32 unk_050;
    /* 0x54 */ s32 status;
    /* 0x58 */ s32 unk_058;
    /* 0x5C */ s32 unk_05C;
    /* 0x60 */ u8 *activeTLUT;
    /* 0x64 */ u8 *activeTexture;
    /* 0x68 */ u8 *tlutList; // I feel like this should actually be `u8 (*tlutList)[512]`, but that causes mismatches
    /* 0x6C */ u8 *textureList;
    /* 0x70 */ Gfx *model;
    /* 0x74 */ Vtx *vertex;
    /* 0x78 */ s8  unk_078[0x04];
    /* 0x7C */ SplineControlPoint *controlPoints;
    /* 0x80 */ SplineData *spline;
    /* 0x84 */ s16 unk_084[0xA];
    /* 0x98 */ u16 timer;
    /* 0x9A */ u16 unk_09A;
    /* 0x9C */ s16 unk_09C;
    /* 0x9E */ s16 unk_09E;
    /* 0xA0 */ s16 primAlpha;
    /* 0xA2 */ s16 unk_0A2;
    /* 0xA4 */ s16 type;
    /* 0xA6 */ s16 state;
    /* 0xA8 */ s16 unk_0A8;
    /* 0xAA */ s16 unk_0AA;
    /* 0xAC */ s16 unk_0AC;
    /* 0xAE */ s16 unk_0AE;
    /* 0xB0 */ s16 unk_0B0;
    /* 0xB2 */ Vec3su orientation; // rotation, I think
    /* 0xB8 */ Vec3su unk_0B8;
    /* 0xBE */ Vec3su direction_angle;
    /* 0xC4 */ u16 unk_0C4;
    /* 0xC6 */ u16 unk_0C6;
    /* 0xC8 */ u16 boundingBoxSize;
    /* 0xCA */ s8  unk_0CA;
    /* 0xCB */ s8  unk_0CB;
    /* 0xCC */ s8  unk_0CC;
    /* 0xCD */ s8  unk_0CD;
    /* 0xCE */ s8  unk_0CE;
    /* 0xCF */ s8  unk_0CF;
    /* 0xD0 */ s8  unk_0D0;
    /* 0xD1 */ s8  unk_0D1;
    /* 0xD2 */ s8  itemDisplay;
    /* 0xD3 */ s8  unk_0D3;
    /* 0xD4 */ s8  unk_0D4;
    /* 0xD5 */ u8  unk_0D5;
    /* 0xD6 */ u8  unk_0D6;
    /* 0xD7 */ u8  unk_0D7;
    /* 0xD8 */ u8  unk_0D8;
    /* 0xD9 */ u8  textureWidth;
    /* 0xDA */ u8  textureHeight;
    /* 0xDB */ u8  unk_0DB;
    /* 0xDC */ u8  unk_0DC;
    /* 0xDD */ u8  unk_0DD;
    /* 0xDE */ s8  unk_0DE;
    /* 0xDF */ u8  unk_0DF;
} Objects; // size = 0xE0
 
extern Objects gObjectList[];
 
typedef struct
{
    /* 0x00 */ f32 sizeScaling;
    /* 0x04 */ Vec3f pos;
    /* 0x10 */ Vec3f origin_pos;
    /* 0x1C */ Vec3f unk_01C;
    /* 0x28 */ Vec3f offset;
    /* 0x34 */ f32 unk_034;
    /* 0x38 */ Vec3f velocity;
    /* 0x44 */ f32 unk_044;
    /* 0x48 */ s32 unk_048;
    /* 0x4C */ s32 unk_04C;
    /* 0x50 */ s32 unk_050;
    /* 0x54 */ s32 status;
    /* 0x58 */ s32 unk_058;
    /* 0x5C */ s32 unk_05C;
    /* 0x60 */ u8 *activeTLUT;
    /* 0x64 */ u8 *activeTexture;
    /* 0x68 */ u8 *tlutList; // I feel like this should actually be `u8 (*tlutList)[512]`, but that causes mismatches
    /* 0x6C */ u8 *textureList;
    /* 0x70 */ Gfx *model;
    /* 0x74 */ Vtx *vertex;
    /* 0x78 */ s8  unk_078[0x04];
    /* 0x7C */ Vec4s *unk_07C;
    /* 0x80 */ Vec4s *unk_080; // unk_080[][4]?
    /* 0x84 */ s16 unk_084[0xA];
    /* 0x98 */ u16 goldenMushroomTimer;
    /* 0x9A */ u16 unk_09A;
    /* 0x9C */ s16 unk_09C;
    /* 0x9E */ s16 unk_09E;
    /* 0xA0 */ s16 primAlpha;
    /* 0xA2 */ s16 unk_0A2;
    /* 0xA4 */ s16 currentItem;
    /* 0xA6 */ s16 itemDisplayState; // Usually a state tracker
    /* 0xA8 */ s16 unk_0A8;
    /* 0xAA */ s16 unk_0AA;
    /* 0xAC */ s16 unk_0AC;
    /* 0xAE */ s16 unk_0AE;
    /* 0xB0 */ s16 unk_0B0;
    /* 0xB2 */ Vec3su orientation; // rotation, I think
    /* 0xB8 */ Vec3su unk_0B8;
    /* 0xBE */ Vec3su direction_angle;
    /* 0xC4 */ u16 unk_0C4;
    /* 0xC6 */ u16 unk_0C6;
    /* 0xC8 */ u16 unk_0C8;
    /* 0xCA */ s8  unk_0CA;
    /* 0xCB */ s8  unk_0CB;
    /* 0xCC */ s8  unk_0CC;
    /* 0xCD */ s8  unk_0CD;
    /* 0xCE */ s8  unk_0CE;
    /* 0xCF */ s8  unk_0CF;
    /* 0xD0 */ s8  unk_0D0;
    /* 0xD1 */ s8  unk_0D1;
    /* 0xD2 */ s8  itemDisplay;
    /* 0xD3 */ s8  unk_0D3;
    /* 0xD4 */ s8  unk_0D4;
    /* 0xD5 */ u8  unk_0D5;
    /* 0xD6 */ u8  unk_0D6;
    /* 0xD7 */ u8  unk_0D7;
    /* 0xD8 */ u8  unk_0D8;
    /* 0xD9 */ u8  textureWidth;
    /* 0xDA */ u8  textureHeight;
    /* 0xDB */ u8  unk_0DB;
    /* 0xDC */ u8  unk_0DC;
    /* 0xDD */ u8  unk_0DD;
    /* 0xDE */ s8  unk_0DE;
    /* 0xDF */ u8  unk_0DF;
} ItemWindowObjects; // size = 0xE0
 
// This are other lists of indices in gObjectList.
 
#define VISIBLE 0x00040000
 
extern s32 D_80183DA0;
 
extern s32 gIndexLakituList[];
 
#define DELETED_OBJECT_ID -1
#define NULL_OBJECT_ID -1
 
extern s32 gItemWindowObjectByPlayerId[];
 
// Used for loop bounds when accessing indexObjectList1
extern s16 D_80165750;
 
extern s32 D_8018D1C8;
extern s32 D_8018D1D0;
extern s32 D_8018D1D8;
 
extern s32 D_8018D3C0;
 
extern Collision D_8018C0B0[];
 
#define NUM_YV_FLAG_POLES 4
 
typedef struct {
    /* 0x0 */ Vec3s pos;
    /* 0x6 */ u16 rot;
} YVFlagPoleSpawn; // size = 0x8;
 
extern YVFlagPoleSpawn D_800E5DF4[];
 
#define NUM_CRABS 0xA
 
typedef struct {
    /* 0x0 */ s16 startX;
    /* 0x2 */ s16 patrolX;
    /* 0x4 */ s16 startZ;
    /* 0x6 */ s16 patrolZ;
} CrabSpawn;
 
extern CrabSpawn gCrabSpawns[];
 
#define NUM_THWOMPS_50CC 8
#define NUM_THWOMPS_100CC_EXTRA 11
#define NUM_THWOMPS_150CC 12
 
extern Vec3f D_800E6734[];
 
typedef struct {
    /* 0x0 */ s16 startX;
    /* 0x2 */ s16 startZ;
    /* 0x4 */ s16 unk_4; // Group Id?
    /* 0x6 */ s16 unk_6; // Starting State?
} ThwompSpawn; // size = 0x8;
 
extern ThwompSpawn gThomwpSpawns50CC[];
extern ThwompSpawn gThwompSpawns100CCExtra[];
extern ThwompSpawn gThomwpSpawns150CC[];
extern ThwompSpawn *gThowmpSpawnList;
 
extern s16 gNumActiveThwomps;
 
#define NUM_NEON_SIGNS 10
#define NUM_CHAIN_CHOMPS 3
 
#define NUM_PENGUINS 15
 
extern s32 indexObjectList1[];
 
#define NUM_SEAGULLS 10
#define NUM_SNOWMEN 19
#define NUM_HEDGEHOGS 15
 
typedef struct {
    /* 0x0 */ Vec3s pos;
    /* 0x6 */ s16 unk_6; // Group Id?
} SnowmanSpawn; // size = 0x8;
 
extern SnowmanSpawn gSnowmanSpawns[];
 
typedef struct {
    /* 0x0 */ Vec3s pos;
    /* 0x6 */ s16 unk_06; // Group Id?
} HegdehogSpawn; // size = 0x8;
 
extern HegdehogSpawn gHedgehogSpawns[];
extern Vec3s gHedgehogPatrolPoints[];
 
extern s32 indexObjectList2[];
 
#define NUM_BOOS 0xA
#define NUM_FIRE_BREATHS 4
 
extern Vec3s gFireBreathsSpawns[];
 
// These should really, really be Vec3s arrays, but that doesn't match
extern s16 D_800E5740[];
extern s16 D_800E579C[];
extern s16 D_800E57F8[];
 
extern s32 indexObjectList3[];
 
extern s32 indexObjectList4[];
 
#define gObjectParticle1_SIZE 128
#define NUM_GROUP1_MOLES  8
#define NUM_GROUP2_MOLES 11
#define NUM_GROUP3_MOLES 12
#define NUM_TOTAL_MOLES  (NUM_GROUP1_MOLES + NUM_GROUP2_MOLES + NUM_GROUP3_MOLES)
#define NUM_SNOWFLAKES 0x32
 
typedef union {
    Vec3s asVec3sList[NUM_TOTAL_MOLES];
    s16 asFlatList[NUM_TOTAL_MOLES*3];
} MoleSpawnUnion;
extern MoleSpawnUnion gMoleSpawns;
 
extern s8 D_8018D198[];
extern s8 D_8018D1A8[];
extern s8 D_8018D1B8[];
 
extern s32 D_8018CF10;
 
extern s32 gObjectParticle1[];
 
extern s32 gNextFreeObjectParticle1;
 
extern s16 D_8018D174;
 
#define gObjectParticle2_SIZE 128
 
extern s32 gObjectParticle2[];
 
extern s32 gNextFreeObjectParticle2;
 
extern s32 D_8018D3BC;
 
#define gObjectParticle3_SIZE 128
extern s32 gObjectParticle3[];
extern s32 gNextFreeObjectParticle3;
extern s16 D_80165730;
 
extern s16 D_80165738;
 
#define gObjectParticle4_SIZE 0x40
 
#define NUM_TORCHES 8
 
// This should really be `extern Vec3s gTorchSpawns[];`
extern s16 gTorchSpawns[];
 
extern s32 gObjectParticle4[];
 
extern s32 gNextFreeObjectParticle4;
 
// Maximum number of leaves that can be falling?
#define gLeafParticle_SIZE 0x40
// Number of leaves to spawn each bonk?
#define gLeafParticle_SPAWN_SIZE 0x14
 
extern s32 gLeafParticle[];
 
extern s32 gNextFreeLeafParticle;
 
// Struct used for clouds and stars
// See `func_80070328` and `func_80070250` for cloud initialization
// See `func_800704A0` and `func_800703E0` for star initialization
typedef struct {
    // rotY and posY seem relative to the camera.
    // See `func_800788F8` to see how rotY is used to decide whether and where to display clouds/stars
    // See `func_80078A44` and `func_800789AC` to see how stars and clouds (respectively) are looped over
    /* 0x00 */ u16 rotY;
    /* 0x02 */ u16 posY;
    // Can be bigger than 100!
    /* 0x04 */ u16 scalePercent;
    // There are a couple different cloud shapes, this decides which one is used
    // For stars, this is always 0 since they don't have multiple textures
    /* 0x06 */ u16 subType;
} StarData, CloudData; // size = 0x8
 
#define D_8018CC80_SIZE 0x64
 
extern s32 D_8018CC80[];
 
extern s32 D_8018D1F0;
 
extern s32 D_8018D1F8;
 
extern s16 D_8018D17C;
 
extern s8 D_8018D230;
 
extern s32 D_8018D3C4;
 
#endif