#include "face.h"

#include "armfunc.h"

#include "random.h"

#include "hardware.h"

#include "move.h"

#include "oam.h"

#include "proc.h"

#include "sprite.h"

#include "util.h"

#include "bm.h"

#include "gamedata.h"

#include "constants/videoalloc_global.h"

#include "constants/faces.h"

struct FaceVramEnt CONST_DATA DefaultFaceConfig[FACE_SLOT_COUNT] =

{

[0] = { OBCHR_FACE_DEFAULT0 * CHR_SIZE, OBPAL_FACE_DEFAULT0 },

[1] = { OBCHR_FACE_DEFAULT1 * CHR_SIZE, OBPAL_FACE_DEFAULT1 },

[2] = { OBCHR_FACE_DEFAULT2 * CHR_SIZE, OBPAL_FACE_DEFAULT2 },

[3] = { OBCHR_FACE_DEFAULT3 * CHR_SIZE, OBPAL_FACE_DEFAULT3 },

};

u16 CONST_DATA Sprite_Face64x80[] =

{

4,

OAM0_SHAPE_64x32, OAM1_SIZE_64x32 + OAM1_X(-32), OAM2_CHR(0x00),

OAM0_SHAPE_64x32 + OAM0_Y(32), OAM1_SIZE_64x32 + OAM1_X(-32), OAM2_CHR(0x08),

OAM0_SHAPE_32x16 + OAM0_Y(64), OAM1_SIZE_32x16 + OAM1_X(-32), OAM2_CHR(0x10),

OAM0_SHAPE_32x16 + OAM0_Y(64), OAM1_SIZE_32x16, OAM2_CHR(0x50),

};

u16 CONST_DATA Sprite_Face64x80_Flipped[] =

{

4,

OAM0_SHAPE_64x32, OAM1_SIZE_64x32 + OAM1_HFLIP + OAM1_X(-32), OAM2_CHR(0x00),

OAM0_SHAPE_64x32 + OAM0_Y(32), OAM1_SIZE_64x32 + OAM1_HFLIP + OAM1_X(-32), OAM2_CHR(0x08),

OAM0_SHAPE_32x16 + OAM0_Y(64), OAM1_SIZE_32x16 + OAM1_HFLIP + OAM1_X(-32), OAM2_CHR(0x50),

OAM0_SHAPE_32x16 + OAM0_Y(64), OAM1_SIZE_32x16 + OAM1_HFLIP, OAM2_CHR(0x10),

};

u16 CONST_DATA Sprite_Face96x80[] =

{

6,

OAM0_SHAPE_64x32, OAM1_SIZE_64x32 + OAM1_X(-32), OAM2_CHR(0x00),

OAM0_SHAPE_64x32 + OAM0_Y(32), OAM1_SIZE_64x32 + OAM1_X(-32), OAM2_CHR(0x08),

OAM0_SHAPE_32x16 + OAM0_Y(64), OAM1_SIZE_32x16 + OAM1_X(-32), OAM2_CHR(0x10),

OAM0_SHAPE_32x16 + OAM0_Y(64), OAM1_SIZE_32x16, OAM2_CHR(0x50),

OAM0_SHAPE_16x32 + OAM0_Y(48), OAM1_SIZE_16x32 + OAM1_X(-48), OAM2_CHR(0x14),

OAM0_SHAPE_16x32 + OAM0_Y(48), OAM1_SIZE_16x32 + OAM1_X(+32), OAM2_CHR(0x16),

};

u16 CONST_DATA Sprite_Face96x80_Flipped[] =

{

6,

OAM0_SHAPE_64x32, OAM1_SIZE_64x32 + OAM1_HFLIP + OAM1_X(-32), OAM2_CHR(0x00),

OAM0_SHAPE_64x32 + OAM0_Y(32), OAM1_SIZE_64x32 + OAM1_HFLIP + OAM1_X(-32), OAM2_CHR(0x08),

OAM0_SHAPE_32x16 + OAM0_Y(64), OAM1_SIZE_32x16 + OAM1_HFLIP + OAM1_X(-32), OAM2_CHR(0x50),

OAM0_SHAPE_32x16 + OAM0_Y(64), OAM1_SIZE_32x16 + OAM1_HFLIP, OAM2_CHR(0x10),

OAM0_SHAPE_16x32 + OAM0_Y(48), OAM1_SIZE_16x32 + OAM1_HFLIP + OAM1_X(-48), OAM2_CHR(0x16),

OAM0_SHAPE_16x32 + OAM0_Y(48), OAM1_SIZE_16x32 + OAM1_HFLIP + OAM1_X(+32), OAM2_CHR(0x14),

};

u16 CONST_DATA Sprite_Face64x72[] =

{

6,

OAM0_SHAPE_64x32, OAM1_SIZE_64x32 + OAM1_X(-32), OAM2_CHR(0x00),

OAM0_SHAPE_64x32 + OAM0_Y(32), OAM1_SIZE_64x32 + OAM1_X(-32), OAM2_CHR(0x08),

OAM0_SHAPE_16x8 + OAM0_Y(64), OAM1_SIZE_16x8 + OAM1_X(-32), OAM2_CHR(0x10),

OAM0_SHAPE_16x8 + OAM0_Y(64), OAM1_SIZE_16x8 + OAM1_X(-16), OAM2_CHR(0x12),

OAM0_SHAPE_16x8 + OAM0_Y(64), OAM1_SIZE_16x8, OAM2_CHR(0x50),

OAM0_SHAPE_16x8 + OAM0_Y(64), OAM1_SIZE_16x8 + OAM1_X(+16), OAM2_CHR(0x52),

};

u16 CONST_DATA Sprite_Face64x72_Flipped[] =

{

6,

OAM0_SHAPE_64x32, OAM1_SIZE_64x32 + OAM1_HFLIP + OAM1_X(-32), OAM2_CHR(0x00),

OAM0_SHAPE_64x32 + OAM0_Y(32), OAM1_SIZE_64x32 + OAM1_HFLIP + OAM1_X(-32), OAM2_CHR(0x08),

OAM0_SHAPE_16x8 + OAM0_Y(64), OAM1_SIZE_16x8 + OAM1_HFLIP + OAM1_X(-32), OAM2_CHR(0x52),

OAM0_SHAPE_16x8 + OAM0_Y(64), OAM1_SIZE_16x8 + OAM1_HFLIP + OAM1_X(-16), OAM2_CHR(0x50),

OAM0_SHAPE_16x8 + OAM0_Y(64), OAM1_SIZE_16x8 + OAM1_HFLIP, OAM2_CHR(0x12),

OAM0_SHAPE_16x8 + OAM0_Y(64), OAM1_SIZE_16x8 + OAM1_HFLIP + OAM1_X(+16), OAM2_CHR(0x10),

};

u16 CONST_DATA Sprite_FaceTalkFrameB[] =

{

1, OAM0_SHAPE_32x16, OAM1_SIZE_32x16 + OAM1_X(-16), 0,

};

u16 CONST_DATA Sprite_FaceTalkFrameB_Flipped[] =

{

1, OAM0_SHAPE_32x16, OAM1_SIZE_32x16 + OAM1_HFLIP + OAM1_X(-16), 0,

};

u16 CONST_DATA Sprite_FaceTalkFrameA[] =

{

4,

OAM0_SHAPE_16x8, OAM1_SIZE_16x8 + OAM1_X(-16), OAM2_CHR(0x00),

OAM0_SHAPE_16x8, OAM1_SIZE_16x8, OAM2_CHR(0x02),

OAM0_SHAPE_16x8 + OAM0_Y(8), OAM1_SIZE_16x8 + OAM1_X(-16), OAM2_CHR(0x04),

OAM0_SHAPE_16x8 + OAM0_Y(8), OAM1_SIZE_16x8, OAM2_CHR(0x06),

};

u16 CONST_DATA Sprite_FaceTalkFrameA_Flipped[] =

{

4,

OAM0_SHAPE_16x8, OAM1_SIZE_16x8 + OAM1_HFLIP, OAM2_CHR(0x00),

OAM0_SHAPE_16x8, OAM1_SIZE_16x8 + OAM1_HFLIP + OAM1_X(-16), OAM2_CHR(0x02),

OAM0_SHAPE_16x8 + OAM0_Y(8), OAM1_SIZE_16x8 + OAM1_HFLIP, OAM2_CHR(0x04),

OAM0_SHAPE_16x8 + OAM0_Y(8), OAM1_SIZE_16x8 + OAM1_HFLIP + OAM1_X(-16), OAM2_CHR(0x06),

};

struct FaceTalkSpriteEnt CONST_DATA FaceTalkFrameSpriteTable[16] =

{

{ 0x80, Sprite_FaceTalkFrameA },

{ 0x58, Sprite_FaceTalkFrameB },

{ 0x18, Sprite_FaceTalkFrameB },

{ 0x58, Sprite_FaceTalkFrameB },

{ 0x80, Sprite_FaceTalkFrameA_Flipped },

{ 0x58, Sprite_FaceTalkFrameB_Flipped },

{ 0x18, Sprite_FaceTalkFrameB_Flipped },

{ 0x58, Sprite_FaceTalkFrameB_Flipped },

{ 0x80, Sprite_FaceTalkFrameA },

{ 0x5C, Sprite_FaceTalkFrameB },

{ 0x1C, Sprite_FaceTalkFrameB },

{ 0x5C, Sprite_FaceTalkFrameB },

{ 0x80, Sprite_FaceTalkFrameA_Flipped },

{ 0x5C, Sprite_FaceTalkFrameB_Flipped },

{ 0x1C, Sprite_FaceTalkFrameB_Flipped },

{ 0x5C, Sprite_FaceTalkFrameB_Flipped },

};

struct ProcScr CONST_DATA ProcScr_Face[] =

{

PROC_19, // PROC_NAME("E_FACE")

PROC_WHILE_EXISTS(ProcScr_CamMove),

PROC_SLEEP(1),

PROC_REPEAT(Face_OnIdle),

PROC_END,

};

u8 CONST_DATA FaceTm_Unk_085C3C18[] =

{

12, 10,

0xFF, 0xFF, 0x00, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0xFF, 0xFF,

0xFF, 0xFF, 0x20, 0x21, 0x22, 0x23, 0x24, 0x25, 0x26, 0x27, 0xFF, 0xFF,

0xFF, 0xFF, 0x40, 0x41, 0x42, 0x43, 0x44, 0x45, 0x46, 0x47, 0xFF, 0xFF,

0xFF, 0xFF, 0x60, 0x61, 0x62, 0x63, 0x64, 0x65, 0x66, 0x67, 0xFF, 0xFF,

0xFF, 0xFF, 0x08, 0x09, 0x0A, 0x0B, 0x0C, 0x0D, 0x0E, 0x0F, 0xFF, 0xFF,

0xFF, 0xFF, 0x28, 0x29, 0x2A, 0x2B, 0x2C, 0x2D, 0x2E, 0x2F, 0xFF, 0xFF,

0x14, 0x15, 0x48, 0x49, 0x4A, 0x4B, 0x4C, 0x4D, 0x4E, 0x4F, 0x16, 0x17,

0x34, 0x35, 0x68, 0x69, 0x6A, 0x6B, 0x6C, 0x6D, 0x6E, 0x6F, 0x36, 0x37,

0x54, 0x55, 0x10, 0x11, 0x12, 0x13, 0x50, 0x51, 0x52, 0x53, 0x56, 0x57,

0x74, 0x75, 0x30, 0x31, 0x32, 0x33, 0x70, 0x71, 0x72, 0x73, 0x76, 0x77,

};

u8 CONST_DATA FaceTm_Unk_085C3C92[] =

{

4, 4,

0x00, 0x01, 0x02, 0x03,

0x04, 0x05, 0x06, 0x07,

0x08, 0x09, 0x0A, 0x0B,

0x0C, 0x0D, 0x0E, 0x0F,

};

struct ProcScr CONST_DATA ProcScr_FaceChibiSpr[] =

{

PROC_REPEAT(FaceChibiSpr_OnIdle),

PROC_END,

};

u16 CONST_DATA Sprite_FaceChibi[] =

{

2,

OAM0_SHAPE_32x16, OAM1_SIZE_32x16, OAM2_CHR(0),

OAM0_SHAPE_32x16 + OAM0_Y(+16), OAM1_SIZE_32x16, OAM2_CHR(4),

};

u16 CONST_DATA Sprite_FaceChibi_Flipped[] =

{

2,

OAM0_SHAPE_32x16, OAM1_SIZE_32x16 + OAM1_HFLIP, OAM2_CHR(0),

OAM0_SHAPE_32x16 + OAM0_Y(+16), OAM1_SIZE_32x16 + OAM1_HFLIP, OAM2_CHR(4),

};

struct ProcScr CONST_DATA ProcScr_FaceEndIn8Frames[] =

{

PROC_SLEEP(8),

PROC_CALL(EndFacePtr),

PROC_END,

};

struct FaceProc * COMMON_DATA(gFaces) gFaces[FACE_SLOT_COUNT] = { 0 };

struct FaceVramEnt EWRAM_DATA gFaceConfig[FACE_SLOT_COUNT] = { 0 };

struct FaceInfo const * GetFaceInfo(int fid)

{

return FaceInfoTable + fid - 1;

}

int GetFace_Unk(int fid)

{

return GetFaceInfo(fid)->unk_0E;

}

void InitFaces(void)

{

int i;

for (i = 0; i < FACE_SLOT_COUNT; ++i)

EndFaceById(i);

SetFaceConfig(NULL);

}

void SetFaceConfig(struct FaceVramEnt const * config)

{

int i;

if (config == NULL)

config = DefaultFaceConfig;

for (i = 0; i < FACE_SLOT_COUNT; ++i)

{

gFaceConfig[i].chr_off = config[i].chr_off;

gFaceConfig[i].palid = config[i].palid;

}

}

int GetFreeFaceSlot(void)

{

int i;

for (i = 0; i < FACE_SLOT_COUNT; ++i)

{

if (gFaces[i] == NULL)

return i;

}

return -1;

}

void UpdateFaceTalk(struct FaceProc * proc)

{

int sprite_num;

int oam0;

proc->talk_frame_clock--;

if (proc->talk_frame_clock < 0)

{

proc->talk_frame_clock = 1 + ((RandNextB() >> 16) & 7); // 1 + rand(0..6)

proc->talk_frame = (proc->talk_frame + 1) & 3;

}

sprite_num = (GetFaceDisp(proc) & FACE_DISP_SMILE) != 0 ? 0 : 8;

sprite_num = (GetFaceDisp(proc) & FACE_DISP_FLIPPED) != 0 ? sprite_num + 4 : sprite_num;

if ((GetFaceDisp(proc) & (FACE_DISP_TALK_1 | FACE_DISP_TALK_2)) != 0)

sprite_num += proc->talk_frame;

oam0 = (GetFaceDisp(proc) & FACE_DISP_BLEND) != 0 ? OAM0_BLEND : 0;

oam0 += OAM0_Y(proc->y_disp + proc->y_offset_mouth);

PutSpriteExt(proc->sprite_layer,

OAM1_X(proc->x_disp + proc->x_offset_mouth), oam0,

FaceTalkFrameSpriteTable[sprite_num].sprite,

proc->oam2 + FaceTalkFrameSpriteTable[sprite_num].chr);

}

void Face_OnIdle(struct FaceProc * proc)

{

int oam0;

oam0 = (GetFaceDisp(proc) & FACE_DISP_BLEND) != 0 ? OAM0_BLEND : 0;

oam0 += OAM0_Y(proc->y_disp);

PutSpriteExt(proc->sprite_layer, OAM1_X(proc->x_disp), oam0, proc->sprite, proc->oam2);

UpdateFaceTalk(proc);

}

struct FaceProc * StartFaceAuto(int fid, int x, int y, int disp)

{

int slot = GetFreeFaceSlot();

if (slot < 0)

return NULL;

return StartFace(slot, fid, x, y, disp);

}

struct FaceProc * StartFace(int slot, int fid, int x, int y, int disp)

{

int x_mouth_rel;

int oam2_layer;

struct FaceInfo const * info;

struct FaceProc * proc;

if (gFaces[slot] != NULL)

return NULL;

info = GetFaceInfo(fid);

Decompress(info->img, (u8 *) VRAM + 0x10000 + gFaceConfig[slot].chr_off);

ApplyPalette(info->pal, 0x10 + gFaceConfig[slot].palid);

proc = SpawnProc(ProcScr_Face, PROC_TREE_5);

if (proc == NULL)

return NULL;

gFaces[slot] = proc;

SetFaceDisp(proc, disp);

FaceRefreshSprite(proc);

switch (disp & FACE_DISP_HLAYER_MASK)

{

case FACE_DISP_HLAYER(FACE_HLAYER_0):

oam2_layer = OAM2_LAYER(0);

break;

case FACE_DISP_HLAYER(FACE_HLAYER_1):

oam2_layer = OAM2_LAYER(1);

break;

case FACE_DISP_HLAYER(FACE_HLAYER_3):

oam2_layer = OAM2_LAYER(3);

break;

default:

oam2_layer = OAM2_LAYER(2);

// fallthrough

}

proc->slot = slot;

proc->sprite_layer = 5;

proc->x_disp = x;

proc->y_disp = y;

x_mouth_rel = 4 - info->x_mouth;

proc->x_offset_mouth = (GetFaceDisp(proc) & FACE_DISP_FLIPPED) != 0 ? x_mouth_rel : -x_mouth_rel;

proc->x_offset_mouth = proc->x_offset_mouth * 8;

proc->y_offset_mouth = info->y_mouth * 8;

proc->talk_frame_clock = 0;

proc->talk_frame = 0;

proc->oam2 = (gFaceConfig[slot].chr_off / CHR_SIZE) + OAM2_PAL(gFaceConfig[slot].palid) + oam2_layer;

proc->fid = fid;

return proc;

}

void EndFace(struct FaceProc * proc)

{

gFaces[proc->slot] = NULL;

Proc_End(proc);

}

void EndFaceById(int slot)

{

EndFace(gFaces[slot]);

}

u32 SetFaceDisp(struct FaceProc * proc, u32 disp)

{

proc->disp = disp;

return proc->disp;

}

u32 SetFaceDispById(int slot, u32 disp)

{

return SetFaceDisp(gFaces[slot], disp);

}

u32 GetFaceDisp(struct FaceProc * proc)

{

return proc->disp;

}

u32 GetFaceDispById(int slot)

{

return GetFaceDisp(gFaces[slot]);

}

void FaceRefreshSprite(struct FaceProc * proc)

{

switch (proc->disp & FACE_DISP_KIND_MASK)

{

case FACE_DISP_KIND(FACE_64x80):

proc->sprite = Sprite_Face64x80;

break;

case FACE_DISP_KIND(FACE_64x80_FLIPPED):

proc->sprite = Sprite_Face64x80_Flipped;

break;

case FACE_DISP_KIND(FACE_96x80):

proc->sprite = Sprite_Face96x80;

break;

case FACE_DISP_KIND(FACE_96x80_FLIPPED):

proc->sprite = Sprite_Face96x80_Flipped;

break;

case FACE_DISP_KIND(FACE_64x72):

proc->sprite = Sprite_Face64x72;

break;

case FACE_DISP_KIND(FACE_64x72_FLIPPED):

proc->sprite = Sprite_Face64x72_Flipped;

break;

}

}

void UnpackFaceGraphics(int fid, int chr, int pal)

{

struct FaceInfo const * info = GetFaceInfo(fid);

Decompress(info->img, ((void *) VRAM) + chr * CHR_SIZE);

ApplyPalette(info->pal, pal);

}

void PutFaceTm(u16 * tm, u8 const * data, int tileref, bool is_flipped)

{

int width = *data++;

int height = *data++;

u8 const * it = data;

int ix, iy;

if (!is_flipped)

{

for (iy = 0; iy < height; ++iy)

{

for (ix = 0; ix < width; ++ix)

{

if (*it == 0xFF)

{

it++;

continue;

}

tm[TM_OFFSET(ix, iy)] = *it++ + tileref;

}

}

}

else

{

for (iy = 0; iy < height; ++iy)

{

for (ix = width - 1; ix >= 0; --ix)

{

if (*it == 0xFF)

{

it++;

continue;

}

tm[TM_OFFSET(ix, iy)] = *it++ + tileref + TILE_HFLIP;

}

}

}

}

void PutFullFaceTm(u16 * tm, int unused_1, int unused_2, int tileref, bool is_flipped)

{

PutFaceTm(tm, FaceTm_Unk_085C3C18, tileref, is_flipped);

}

void func_fe6_08008874(u16 * tm, int tileref)

{

TmApplyTsa(tm, Tsa_Unk_08101974, tileref);

}

void UnpackFaceChibiGraphics(int fid, int chr, int pal)

{

if (fid >= FID_FACTION_CHIBI)

{

RegisterVramMove(GetFactionFaceImg(fid), VRAM + chr * CHR_SIZE, 0x10 * CHR_SIZE);

ApplyFactionFacePal(fid, pal);

}

else

{

struct FaceInfo const * info = GetFaceInfo(fid);

RegisterVramMove(info->img_chibi, VRAM + chr * CHR_SIZE, 0x10 * CHR_SIZE);

ApplyPalette(info->pal, pal);

}

}

void PutFaceChibi(int fid, u16 * tm, int chr, int pal, bool is_flipped)

{

UnpackFaceChibiGraphics(fid, chr, pal);

chr &= 0x3FF;

PutFaceTm(tm, FaceTm_Unk_085C3C92, TILEREF(chr, pal), is_flipped);

}

void UnpackFaceChibiSprGraphics(int fid, int chr, int pal)

{

chr += 0x800; // chr relative to obj chr base

if (fid >= FID_FACTION_CHIBI)

{

RegisterVramMove(GetFactionFaceImg(fid) + CHR_SIZE * 0, (chr + 0x00) * CHR_SIZE, 4 * CHR_SIZE);

RegisterVramMove(GetFactionFaceImg(fid) + CHR_SIZE * 4, (chr + 0x20) * CHR_SIZE, 4 * CHR_SIZE);

RegisterVramMove(GetFactionFaceImg(fid) + CHR_SIZE * 8, (chr + 0x04) * CHR_SIZE, 4 * CHR_SIZE);

RegisterVramMove(GetFactionFaceImg(fid) + CHR_SIZE * 12, (chr + 0x24) * CHR_SIZE, 4 * CHR_SIZE);

ApplyFactionFacePal(fid, 0x10 + pal);

}

else

{

struct FaceInfo const * info = GetFaceInfo(fid);

RegisterVramMove(info->img_chibi + CHR_SIZE * 0, (chr + 0x00) * CHR_SIZE, 4 * CHR_SIZE);

RegisterVramMove(info->img_chibi + CHR_SIZE * 4, (chr + 0x20) * CHR_SIZE, 4 * CHR_SIZE);

RegisterVramMove(info->img_chibi + CHR_SIZE * 8, (chr + 0x04) * CHR_SIZE, 4 * CHR_SIZE);

RegisterVramMove(info->img_chibi + CHR_SIZE * 12, (chr + 0x24) * CHR_SIZE, 4 * CHR_SIZE);

ApplyPalette(info->pal, 0x10 + pal);

}

}

void FaceChibiSpr_OnIdle(struct FaceProc * proc)

{

PutSprite(5,

proc->x_disp - gDispIo.bg_off[0].x,

proc->y_disp - gDispIo.bg_off[0].y,

proc->sprite, proc->oam2);

}

void StartFaceChibiStr(int x, int y, int fid, int chr, int pal, bool is_flipped, ProcPtr parent)

{

struct FaceProc * proc;

UnpackFaceChibiSprGraphics(fid, chr, pal);

proc = SpawnProc(ProcScr_FaceChibiSpr, parent);

proc->x_disp = x;

proc->y_disp = y;

proc->oam2 = chr + OAM2_PAL(pal);

proc->sprite = is_flipped

? Sprite_FaceChibi_Flipped

: Sprite_FaceChibi;

}

void EndFaceChibiSpr(void)

{

Proc_EndEach(ProcScr_FaceChibiSpr);

}

void PutFace80x72(u16 * tm, int fid, int chr, int pal)

{

struct FaceInfo const * info;

if (fid == 0)

return;

info = GetFaceInfo(fid);

Decompress(info->img, (u8 *) VRAM + chr * CHR_SIZE);

ApplyPalette(info->pal, pal);

if (info->x_mouth != 0 && info->y_mouth != 0)

{

int i;

TmApplyTsa(tm,

(fid == FID_FAE) ? Tsa_Unk_08101A2C : Tsa_Unk_08101974,

(pal << 12) + (chr & 0x3FF));

for (i = 0; i < 6; ++i)

{

tm[i * 0x20 + 0] = 0;

tm[i * 0x20 + 9] = 0;

}

}

else

{

PutAppliedBitmap(tm, (pal << 12) + (chr & 0x3FF), 10, 9);

}

}

void EndFacePtr(struct GenericProc * proc)

{

EndFace(proc->ptr);

}

void EndFaceIn8Frames(struct FaceProc * proc)

{

struct GenericProc * gproc;

gproc = SpawnProc(ProcScr_FaceEndIn8Frames, PROC_TREE_3);

gproc->ptr = proc;

}

void StartFaceFadeIn(struct FaceProc * proc)

{

struct FaceInfo const * info = GetFaceInfo(proc->fid);

SetBlackPal(0x10 + gFaceConfig[proc->slot].palid);

StartPalFade(info->pal, 0x10 + gFaceConfig[proc->slot].palid, 12, proc);

}

void StartFaceFadeOut(struct FaceProc * proc)

{

struct FaceInfo const * info = GetFaceInfo(proc->fid);

StartPalFadeToBlack(0x10 + gFaceConfig[proc->slot].palid, 12, proc);

EndFaceIn8Frames(proc);

}

u8 const * GetFactionFaceImg(int fid)

{

SHOULD_BE_STATIC u8 const * SHOULD_BE_CONST img_table[] =

{

Img_FactionMiniCard + 0xC00,

Img_FactionMiniCard,

Img_FactionMiniCard + 0x200,

Img_FactionMiniCard + 0x400,

Img_FactionMiniCard + 0x600,

Img_FactionMiniCard + 0x800,

Img_FactionMiniCard + 0xA00,

};

fid = fid - FID_FACTION_CHIBI;

return img_table[fid];

}

void ApplyFactionFacePal(int fid, int pal)

{

SHOULD_BE_STATIC u16 const * SHOULD_BE_CONST pal_table[] =

{

Pal_FactionMiniCard,

Pal_FactionMiniCard + 0x10,

Pal_FactionMiniCard + 0x10,

Pal_FactionMiniCard + 0x10,

Pal_FactionMiniCard + 0x10,

Pal_FactionMiniCard + 0x10,

Pal_FactionMiniCard + 0x10,

};

fid = fid - FID_FACTION_CHIBI;

ApplyPalette(pal_table[fid], pal);

}