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sor2.c
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#include <snes.h>
#include "soundbank.h"
int offset = 0;
extern char __SOUNDBANK__0;
extern char __SOUNDBANK__1;
extern char blaze, blaze_end;
extern char blaze_palette, blaze_palette_end;
extern char galsia_tiles, galsia_tiles_end;
extern char galsia_palette, galsial_palette_end;
extern char signal_tiles, signal_tiles_end;
extern char signal_palette, signal_palette_end;
extern char patterns1,patterns1_end;
extern char palette,palette_end;
extern char map, map_end;
extern char patterns2,patterns2_end;
extern char palette2, palette2_end;
extern char map2, map2_end;
extern char caixa, caixa_end;
extern char caixa_palette, caixa_palette_end;
extern char hud, hud_end;
extern char hud_map, hud_map_end;
extern char hud_pal, hud_pal_end;
extern char socobrr,socobrrend;
brrsamples socosound;
extern char danobrr,danobrrend;
brrsamples danosound;
//numero maximo de personagens na tela
#define MAXPERSONAGENS 5
//definindo estados
#define IDLE 0
#define SOCO 1
#define ANDANDO 2
#define DANO 3
//define sub estados
#define IDLE_JOGADOR_1 0
#define IDLE_JOGADOR_2 1
#define IDLE_JOGADOR_3 2
#define IDLE_JOGADOR_4 3
#define SOCO_JOGADOR_1 4
#define SOCO_JOGADOR_2 5
#define SOCO_JOGADOR_3 6
#define ANDANDO_JOGADOR_1 7
#define ANDANDO_JOGADOR_2 8
#define ANDANDO_JOGADOR_3 9
#define ANDANDO_JOGADOR_4 10
#define ANDANDO_JOGADOR_5 11
#define ANDANDO_JOGADOR_6 12
#define IDLE_INIMIGO_1 0
#define ANDANDO_INIMIGO_1 1
#define ANDANDO_INIMIGO_2 2
#define SOCO_INIMIGO_1 3
#define DANO_SIMPLES_INIMIGO_1 4
#define HUDSIZE 160
typedef struct _personagem personagem;
typedef struct _sprite sprite;
typedef struct _scroll scroll;
struct _sprite {
u8* tiles;
u8* paleta;
u16 estado;
u16 proximoEstado;
u16 proximoSubEstado;
u16 proximoFrame;
u8 xmin;
u8 xmax;
u8 ymin;
u8 ymax;
bool hitbox;
};
struct _personagem {
u16 tileSize;
u16 paletteSize;
u8 address;
sprite* sprites;
u16 _framesDoSprite;
u16 _vramAddress;
u16 _vramOffset;
unsigned char _estado;
unsigned char _subEstado;
unsigned char _estadoAntigo;
unsigned char _subEstadoAntigo;
int _x;
int _y;
int _oldx;
int _oldy;
char _vX;
char _vY;
u8 speed;
u8 speedRefresh;
u8 hflip;
bool ativo;
u8 logicState;
u8 prioridade;
u8 invisivel;
u8 _paletteOffset;
bool inimigo;
bool dano;
bool invencivel;
u8 danoDelay;
u8 danoCountdown;
u8 danoAtual;
bool shakeDano;
u8 vida;
u8 vidaTotal;
u8 inimigo;
char * nome;
};
struct _scroll {
u8 id;
u16 vram;
u16 scrX;
u16 scrY;
u8* bgMap;
u8 mapPage;
bool vRamFirstPage;
u16 scrollX;
u16 maxScrollX;
};
int danoSFX = 0;
scroll bgMain;
scroll bgSub;
personagem *player1;
personagem personagens[5];
personagem * yOrder[5];
personagem * inimigoApanhando;
personagem * ultimoInimigoApanhando;
bool debug = false;
bool disableLogic = false;
sprite blazeGfx[13];
char blazeName[] = "blaze\0";
sprite galsiaGfx[5];
char galsiaName[] = "galsia\0";
sprite signalGfx[5];
char signalName[] = "signal\0";
unsigned short pad0;
bool hudPlayerChanged = false;
u8 hudPlayerState = 0;
u8 hudFrames = 0;
bool hudOpponentChanged = false;
u16 hudBuffer[160];
u8 paletteBuffer[16*4];
u8 chances = 4;
//dynamic sprites
unsigned char spr_queue, spr_mutex, bg_mutex;
typedef struct {
u8 *gfxoffset;
u16 adrgfxvram;
u16 size;
} spritequeue;
spritequeue sprqueue[16]; // Max 16 entries in queue
typedef struct {
spritequeue bg1;
spritequeue bg2;
u8 refreshBG1;
u8 refreshBG2;
} background;
background bgInfo;
void addSprite(u8 *pgfx, u16 adrspr, int size) {
spr_mutex = 1; // to avoid vbl during queue management
spr_queue++;
sprqueue[spr_queue].gfxoffset = pgfx;
sprqueue[spr_queue].adrgfxvram = adrspr;
sprqueue[spr_queue].size = size;
spr_mutex = 0;
}
void updateBG1 (u8 *pgfx, u16 adrspr, int size) {
bg_mutex = 1; // to avoid vbl during queue management
bgInfo.bg1.adrgfxvram = adrspr;
bgInfo.bg1.gfxoffset = pgfx;
bgInfo.bg1.size = size;
bgInfo.refreshBG1 = true;
bg_mutex = 0; // to avoid vbl during queue management
}
void updateBG2 (u8 *pgfx, u16 adrspr, int size) {
bg_mutex = 1; // to avoid vbl during queue management
bgInfo.bg2.adrgfxvram = adrspr;
bgInfo.bg2.gfxoffset = pgfx;
bgInfo.bg2.size = size;
bgInfo.refreshBG2 = true;
bg_mutex = 0; // to avoid vbl during queue management
}
void computeBoundaryBox (sprite* s) {
int i,j,x,y,b,t;
int minX = 64;
int maxX = 0;
int minY = 64;
int maxY = 0;
int bitplanes = 4;
int idx=0;
int linha =0;
int coluna = 0;
for(t = 0; t < 64; t++)
{
if (t!=0 && t % 8 == 0) {
idx += 8 * 2 * 8 * 2;
linha +=8;
coluna = 0;
}
int tile [8][8];
memset (tile,0,8*8*sizeof(int));
for(b=0;b<bitplanes;b+=2) { //loop through bitplane pairs
for(y=0;y<8;y++) {
unsigned char data =s->tiles[idx++];
int mask = 1;
for(x=0;x<8;x++) {
if ( (data & mask) != 0)
tile[y][(7-x)]+=1;
mask = mask << 1;
}
data =s->tiles[idx++];
mask = 1;
for(x=0;x<8;x++) {
if ( (data & mask) != 0)
tile[y][(7-x)]+=1;
mask = mask << 1;
}
}
}
for (y = 0; y < 8; y += 1) {
for (x = 0; x < 8; x += 1) {
if (tile[y][x]!= 0 ){
int newX = coluna + x;
int newY = linha + y;
if (newX < minX) {
minX = newX;
}
if (newY < minY) {
minY = newY;
}
if (newX > maxX) {
maxX = newX;
}
if (newY > maxY) {
maxY = newY;
}
}
}
}
coluna += 8;
}
s->xmin = minX;
s->xmax = maxX;
s->ymin = minY;
s->ymax = maxY;
}
setSprite (
sprite* s,
u8 estado,
u8 subEstado,
u8* tiles,
u8* paleta,
u8 proximoEstado,
u8 proximoSubEstado,
u8 proximoFrame,
u8 xmin,
u8 xmax,
u8 ymin,
u8 ymax,
bool hitbox) {
s[subEstado].estado = estado;
s[subEstado].paleta = paleta;
s[subEstado].proximoEstado = proximoEstado;
s[subEstado].proximoFrame = proximoFrame;
s[subEstado].proximoSubEstado = proximoSubEstado;
s[subEstado].tiles = tiles;
s[subEstado].xmin = xmin;
s[subEstado].xmax = xmax;
s[subEstado].ymax = ymin;
s[subEstado].ymin = ymax;
s[subEstado].hitbox = hitbox;
//computeBoundaryBox (s);
}
void initPersonagem (personagem *p, u16 tileSize, u16 paletteSize) {
p->_estado = 0;
p->_subEstado = 0;
p->_estadoAntigo = 255;
p->_subEstadoAntigo = 255;
p->tileSize = tileSize;
p->paletteSize = paletteSize;
p->_framesDoSprite = 0;
p->_x = 0;
p->_y = 164;
p->speed = 1;
p->speedRefresh = 0;
p->hflip = 0;
p->ativo = true;
p->logicState = 0;
p->prioridade = 2;
p->invisivel = false;
int i;
for (i=0; i<MAXPERSONAGENS; i+=1) {
if (yOrder[i]==NULL) {
yOrder[i] = p;
break;
}
}
p->dano = false;
p->danoAtual = 0;
p->danoCountdown = 0;
p->danoDelay = 30;
p->invisivel = false;
p->shakeDano = false;
}
void initBlaze (personagem *p) {
setSprite (blazeGfx, IDLE, IDLE_JOGADOR_1, &blaze, &blaze_palette, IDLE, IDLE_JOGADOR_2, 14,0,63,0,63,false);
setSprite (blazeGfx, IDLE, IDLE_JOGADOR_2, &blaze+0x100, &blaze_palette, IDLE, IDLE_JOGADOR_3, 8,0,63,0,63,false);
setSprite (blazeGfx, IDLE, IDLE_JOGADOR_3, &blaze+0x1000, &blaze_palette, IDLE, IDLE_JOGADOR_4, 7,0,63,0,63,false);
setSprite (blazeGfx, IDLE, IDLE_JOGADOR_4, &blaze+0x100, &blaze_palette, IDLE, IDLE_JOGADOR_1, 9,0,63,0,63,false);
setSprite (blazeGfx, SOCO, SOCO_JOGADOR_1, &blaze+0x1000 + 0x100, &blaze_palette, SOCO, SOCO_JOGADOR_2, 5,0,63,0,63,false);
setSprite (blazeGfx, SOCO, SOCO_JOGADOR_2, &blaze+0x2000, &blaze_palette, SOCO, SOCO_JOGADOR_3, 5,45,63,44,50,true);
setSprite (blazeGfx, SOCO, SOCO_JOGADOR_3, &blaze+0x1000 + 0x100, &blaze_palette, IDLE, IDLE_JOGADOR_1, 5,0,63,0,63,false);
setSprite (blazeGfx, ANDANDO, ANDANDO_JOGADOR_1, &blaze+0x2000+0x100, &blaze_palette, ANDANDO, ANDANDO_JOGADOR_2, 8,0,63,0,63,false);
setSprite (blazeGfx, ANDANDO, ANDANDO_JOGADOR_2, &blaze+0x3000, &blaze_palette, ANDANDO, ANDANDO_JOGADOR_3, 8,0,63,0,63,false);
setSprite (blazeGfx, ANDANDO, ANDANDO_JOGADOR_3, &blaze+0x3000+0x100, &blaze_palette, ANDANDO, ANDANDO_JOGADOR_4, 7,0,63,0,63,false);
setSprite (blazeGfx, ANDANDO, ANDANDO_JOGADOR_4, &blaze+0x4000, &blaze_palette, ANDANDO, ANDANDO_JOGADOR_5, 8,0,63,0,63,false);
setSprite (blazeGfx, ANDANDO, ANDANDO_JOGADOR_5, &blaze+0x4000+0x100, &blaze_palette, ANDANDO, ANDANDO_JOGADOR_6, 8,0,63,0,63,false);
setSprite (blazeGfx, ANDANDO, ANDANDO_JOGADOR_6, &blaze+0x5000, &blaze_palette, ANDANDO, ANDANDO_JOGADOR_1, 7,0,63,0,63,false);
p->vida = 18;
p->vidaTotal = 18;
p->inimigo = false;
p->nome = &blazeName[0];
p->sprites = blazeGfx;
}
void initGalsia (personagem *p) {
setSprite (galsiaGfx, IDLE, IDLE_INIMIGO_1, &galsia_tiles, &galsia_palette, ANDANDO, IDLE_INIMIGO_1, 1000,0,63,0,63,false);
setSprite (galsiaGfx, ANDANDO, ANDANDO_INIMIGO_1, &galsia_tiles+0x100, &galsia_palette, ANDANDO, ANDANDO_INIMIGO_2, 10,0,63,0,63,false);
setSprite (galsiaGfx, ANDANDO, ANDANDO_INIMIGO_2, &galsia_tiles+0x1000, &galsia_palette, ANDANDO, ANDANDO_INIMIGO_1, 10,0,63,0,63,false);
setSprite (galsiaGfx, SOCO, SOCO_INIMIGO_1, &galsia_tiles+0x1000+0x100, &galsia_palette, IDLE, IDLE_INIMIGO_1, 9,0,63,0,63,false);
setSprite (galsiaGfx, DANO, DANO_SIMPLES_INIMIGO_1, &galsia_tiles+0x2000+0x100, &galsia_palette, IDLE, IDLE_INIMIGO_1, 1000,0,63,0,63,false);
p->vida = 6;
p->vidaTotal = 6;
p->inimigo = true;
p->nome = &galsiaName[0];
p->sprites = galsiaGfx;
}
void initSignal (personagem *p) {
setSprite (signalGfx, IDLE, IDLE_INIMIGO_1, &signal_tiles, &signal_palette, ANDANDO, IDLE_INIMIGO_1, 1000,26,38,4,63,false);
setSprite (signalGfx, ANDANDO, ANDANDO_INIMIGO_1, &signal_tiles+0x100, &signal_palette, ANDANDO, ANDANDO_INIMIGO_2, 10,0,63,0,63,false);
setSprite (signalGfx, ANDANDO, ANDANDO_INIMIGO_2, &signal_tiles+0x1000, &signal_palette, ANDANDO, ANDANDO_INIMIGO_1, 10,0,63,0,63,false);
setSprite (signalGfx, SOCO, SOCO_INIMIGO_1, &signal_tiles+0x1000+0x100, &signal_palette, IDLE, IDLE_INIMIGO_1, 9,0,63,0,63,false);
setSprite (signalGfx, DANO, DANO_SIMPLES_INIMIGO_1, &signal_tiles+0x2000+0x100, &signal_palette, IDLE, IDLE_INIMIGO_1, 1000,0,63,0,63,false);
p->vida = 10;
p->vidaTotal = 10;
p->inimigo = true;
p->nome = &signalName[0];
p->sprites = signalGfx;
}
void mudaEstado (personagem *p, int estado, int subEstado) {
if (p->inimigo == false) {
if (p->_subEstado == SOCO_JOGADOR_2 ) {
//spcSetSoundEntryspcSetSoundEntry(15, 15, 6, &socobrrend-&socobrr, &socobrr, &socosound);
if (danoSFX == 0) {
spcSetSoundTableEntry (&socosound);
spcPlaySound(0);
}
}
}
p->_estadoAntigo = p->_estado;
p->_subEstadoAntigo = p->_subEstado;
p->_subEstado = subEstado;
p->_estado = estado;
p->_framesDoSprite = 0;
}
initGFX (personagem *p, u16 address,u16 vramAddress, u16 vramOffset, u8 tilePaletteNumber) {
p->address = address;
p->_vramAddress = vramAddress;
p->_vramOffset = vramOffset;
unsigned char palEntry;
WaitForVBlank();
// Init tiles
dmaCopyVram(p->sprites[0].tiles, (vramAddress), p->tileSize);
// Init palette
u8 palEntry = (128+tilePaletteNumber*16);
dmaCopyCGram(p->sprites[0].paleta, palEntry, p->paletteSize);
p->_paletteOffset = tilePaletteNumber;
// Define sprites parameters
oamSet(address, 0, 0, p->prioridade, 0, 0, vramOffset, tilePaletteNumber); // Put sprite in 100,100, with maximum priority 3 from tile entry 0, palette 0
oamSetEx(address, OBJ_LARGE, OBJ_SHOW);
}
void updateGfx (personagem* p) {
int estadoAntigo = p->_estado;
int subestadoAntigo = p->_subEstado;
if (p->_subEstado != p->_subEstadoAntigo) {
//tem que trocar o sprite
p->_subEstadoAntigo = p->_subEstado;
p->_estadoAntigo = p->_estado;
addSprite (p->sprites[p->_subEstado].tiles, p->_vramAddress, p->tileSize);
return;
}
if (p->_framesDoSprite == p->sprites[p->_subEstado].proximoFrame) {
mudaEstado (p, p->sprites[p->_subEstado].proximoEstado, p->sprites[p->_subEstado].proximoSubEstado);
}
if (p->_subEstado != subestadoAntigo) {
//tem que trocar o sprite
addSprite (p->sprites[p->_subEstado].tiles, p->_vramAddress, p->tileSize);
}
p->_framesDoSprite += 1;
}
void move (personagem *p, int x, int y) {
p->_vX = x;
p->_vY = y;
}
unsigned int backgroundAnimControl = 0;
bool backgroundAnim = false;
// VERY VERY INEFFICIENT WAY, BUT WORKS
void animBackground () {
u8 paletteEntry = 2;
u16 paletteSize = 16*4;
u16 palEntry = paletteEntry*BG_16COLORS;
if (backgroundAnim == 0) {
backgroundAnim = !backgroundAnim;
WaitForVBlank();
setPaletteColor (21+32,RGB15(31,4,0)); //24
setPaletteColor (24+32,RGB15(31,31,0)); //21
setPaletteColor (18+32,RGB15(31,31,0)); //21
setPaletteColor (20+32,RGB15(0,4,13)); //17
setPaletteColor (26+32,RGB15(9,31,31)); //20
setPaletteColor (23+32,RGB15(0,9,0)); //20
setPaletteColor (25+32,RGB15(4,31,0)); //20
//WaitForVBlank();
//memcpy (paletteBuffer, &palette,paletteSize);
//change palette here just one time
//dmaCopyCGram(paletteBuffer, palEntry, paletteSize);
} else {
backgroundAnim = !backgroundAnim;
WaitForVBlank();
dmaCopyCGram(&palette, palEntry, paletteSize);
}
}
void animBackgroundControl () {
backgroundAnimControl += 1;
if (backgroundAnimControl == 12) {
animBackground ();
backgroundAnimControl = 0;
}
}
void enableDano (personagem *p) {
if (p->inimigo == true) {
inimigoApanhando = p;
}
if (p->invencivel == false) {
danoSFX = 1;
spcSetSoundTableEntry(&danosound);
spcPlaySound(0);
if (p->vida > 0) //TODO: QUANDO FOR ZERO FAZER O CARA MORRER
p->vida -= 1; //TODO: tirar vida de forma diferente?
p->dano = true;
p->danoCountdown = p->danoDelay;
p->danoAtual = 0;
p->invencivel = true;
if (p->inimigo == true) {
hudOpponentChanged = true;
}
}
}
void updateLogicNPC (personagem *p) {
if (p->dano == true) {
if (p->_estado != DANO) {
mudaEstado (p, DANO, DANO_SIMPLES_INIMIGO_1);
}
if (p->danoCountdown != 0) {
p->danoCountdown -= 1;
p->danoAtual += 1;
} else {
p->dano = false;
danoSFX = 0;
mudaEstado (p, IDLE, IDLE_INIMIGO_1);
}
if (p->danoAtual >= 7) {
p->invencivel = false;
}
if ( (p->danoCountdown & 4) == 0 ){
if (p->shakeDano == true) {
p->_x -= 2;
p->shakeDano = false;
} else {
p->_x += 2;
p->shakeDano = true;
}
}
}
}
void updateLogic (personagem *p, unsigned short pad) {
if (p->_estado != SOCO) {
if ((pad & KEY_UP) || (pad & KEY_DOWN) || (pad & KEY_LEFT) || (pad & KEY_RIGHT) ) {
if (p->_estado != ANDANDO) {
mudaEstado (p, ANDANDO, ANDANDO_JOGADOR_1);
}
}
if (pad & KEY_UP ) {
move (p,0,-1);
}
if (pad & KEY_DOWN ) {
move (p,0,+1);
}
if (pad & KEY_LEFT ) {
move (p,-3,0);
//move (p,-2,0);
}
if (pad & KEY_RIGHT ) {
//move (p,2,0);
move (p,3,0);
}
if (p->_estado == ANDANDO) {
if ((pad & KEY_UP) == 0 && (pad & KEY_DOWN) == 0 && (pad & KEY_LEFT) == 0 && (pad & KEY_RIGHT) == 0 ) {
move (p,0,0);
mudaEstado (p, IDLE, IDLE_JOGADOR_1);
}
}
}
if (p->_estado != SOCO) {
if (pad & KEY_A ) {
move (p,0,0);
mudaEstado (p,SOCO, SOCO_JOGADOR_1);
}
if (pad & KEY_B ) {
}
if (pad & KEY_Y) {
}
}
}
void oamSetXYEx2(unsigned int id, unsigned int x, unsigned char y) {
#define OAM_HI_TABLE_START 128*4
// Set low byte of x position and y position:
unsigned char x_lo = (unsigned char)x;
oamSetXY(id,x,y);
// Note that id isn't the OAM id, but a direct index into OAM shadow memory;
// the result is that id/4 is the actual oam index, which is required for determining
// the OAM high table position.
unsigned char oam_id = (unsigned char)(id >> 2);
// Set highest bit of x position: Either at bit 0,2,4,6 depending on oam id,
// as 4 oam entries are merged into one byte of the OAM high table.
//int bit_shift = 2*(oam_id % 4);
int bit_shift = oam_id & 3; // (oam_id % 4);
bit_shift = bit_shift << 1; // (oam_id % 4) * 2
int in_byte_position = 1 << bit_shift;
//int oam_high_table_pos = OAM_HI_TABLE_START + oam_id / 4;
int oam_high_table_pos = (oam_id >> 4) + OAM_HI_TABLE_START;
oamMemory[oam_high_table_pos] &= ~in_byte_position; // Clear current high bit of x
oamMemory[oam_high_table_pos] |= (x>>8)<<bit_shift; // Fill in new high bit of x
}
void updatePos (personagem* p) {
p->_oldx = p->_x;
p->_oldy = p->_y;
if (p->_vX != 0) {
if (p->speedRefresh == 0) {
p->_x += p->_vX;
}
if (p->_vX > 0) {
p->hflip = 0;
} else {
p->hflip = 1;
}
}
if (p->_vY != 0) {
if (p->speedRefresh == 0) {
p->_y += p->_vY;
}
}
if (p->speedRefresh == 0) {
p->speedRefresh = p->speed;
} else {
p->speedRefresh -= 1;
}
if (p->_x >= 218)
p->_x = 218;
if (p->_x <= -30)
p->_x = -30;
oamFlip(p->address, p->hflip, 0);
oamSetXY (p->address, p->_x, p->_y -64); //GAMBIARRA
}
void updatePosNPC (personagem* p) {
p->_oldx = p->_x;
p->_oldy = p->_y;
if (p->_vX != 0) {
if (p->speedRefresh == 0) {
p->_x += p->_vX;
}
if (p->_vX > 0) {
p->hflip = 0;
} else {
p->hflip = 1;
}
}
if (p->_vY != 0) {
if (p->speedRefresh == 0) {
p->_y += p->_vY;
}
}
if (p->speedRefresh == 0) {
p->speedRefresh = p->speed;
} else {
p->speedRefresh -= 1;
}
oamFlip(p->address, p->hflip, 0);
oamSetXY (p->address, p->_x, p->_y -64); //GAMBIARRA
if (p->_x < -64)
oamSetVisible(p->address, OBJ_HIDE);
}
void updatePersonagemJogavel (personagem* p, unsigned short pad) {
updateLogic (p,pad);
updatePos (p);
updateGfx (p);
}
void updatePersonagemNPC (personagem* p) {
updateLogicNPC (p);
updatePosNPC (p);
updateGfx (p);
}
void handleScroll (personagem* p, scroll* s) {
u8 i;
if ( p->_x > 94) {
if (s->scrX < s->maxScrollX) {
s->scrX += 1;
for (i = 0; i < MAXPERSONAGENS; i += 1) {
if (personagens[i].ativo == true) {
personagens[i]._x -= 1;
}
}
}
if ( (s->scrX >= (s->mapPage+1)*256) ) {
s->mapPage += 1;
s->vRamFirstPage = !s->vRamFirstPage;
u16 vram = s->vram;
if (s->vRamFirstPage == false) {
vram += 1024;
}
updateBG1 (s->bgMap + 2048 * s->mapPage,vram,2048);
}
bgSetScroll(s->id,s->scrX-255,s->scrY-223);
}
}
void handleScrollSub (personagem* p, scroll* s) {
if ( p->_x > 94) {
if (s->scrX < s->maxScrollX) {
s->scrX += 2;
}
if ( (s->scrX >= (s->mapPage+1)*256) ) {
s->mapPage += 1;
s->vRamFirstPage = !s->vRamFirstPage;
u16 vram = s->vram;
if (s->vRamFirstPage == false) {
vram += 1024;
}
updateBG2 (s->bgMap + 2048 * s->mapPage,vram,2048);
}
bgSetScroll(s->id,s->scrX-255,s->scrY-223);
}
}
void oamSwap (personagem* p1, personagem* p2) {
u8 p1A = p1->address;
u8 p2A = p2->address;
u8 oamBuffer[4];
memcpy(oamBuffer, &oamMemory[p1A], 4);
memcpy( &oamMemory[p1A],&oamMemory[p2A], 4);
memcpy(&oamMemory[p2A], oamBuffer, 4);
p2->address = p1->address;
p1->address = p2A;
}
void handleYorder () {
int i;
for (i = 0; i < MAXPERSONAGENS-1; i+=1) {
if (yOrder[i]!= NULL) {
if (yOrder[i+1] != NULL) {
if (yOrder[i+1]->_y > yOrder[i]->_y){
personagem *aux = yOrder[i];
yOrder[i] = yOrder[i+1];
yOrder[i+1] = aux;
oamSwap (yOrder[i],yOrder[i+1]);
}
}
} else {
if (yOrder[i+1] != NULL) {
yOrder[i] = yOrder[i+1];
}
}
}
}
void writeNum (u16 pos, u8 num) {
int offset = 160;
u16 n=0x28df+1;
n+= num;
hudBuffer[pos] = n;
n=0x28e9+1;
n+= num;
hudBuffer[pos+32] = n;
}
handleHitBox () {
int i;
//writeNum (100,0);
for (i=0; i< MAXPERSONAGENS; i+=1) {
if (personagens[i].ativo == true) {
sprite * spriteAtual = &personagens[i].sprites[personagens[i]._subEstado];
if (spriteAtual->hitbox == true) {
//writeNum (100,1);
int j;
for (j=0; j < MAXPERSONAGENS; j += 1) {
if (j != i) {
if (personagens[j].ativo == true) {
int y1 = personagens[i]._y;
int y2 = personagens[j]._y;
if ( y2 < (y1 + 4) && y2 > (y1 - 4) ) {
//estao na mesma faixa
//writeNum (100,2);
sprite * spriteOponente = &personagens[j].sprites[personagens[j]._subEstado];
int A = personagens[i]._x + spriteAtual->xmin;
int B = personagens[i]._x + spriteAtual->xmax;
int C = personagens[j]._x + spriteOponente->xmin;
int D = personagens[j]._x + spriteOponente->xmax;
if (A <= D && B >= C) {
//colidiu em X
//writeNum (100,3);
int X = personagens[i]._y - spriteAtual->ymin;
int Y = personagens[i]._y - spriteAtual->ymax;
int W = personagens[j]._y - spriteOponente->ymin;
int Z = personagens[j]._y - spriteOponente->ymax;
if (X <= Z && Y >= W) {
//colidiu em Y
//writeNum (100,4);
enableDano (&personagens[j]);
}
}
}
}
}
}
}
}
}
}
void handleCollisions () {
int i, j;
for (i=0; i< MAXPERSONAGENS; i+=1) {
if (personagens[i].ativo == true) {
for (j = i+1; j < MAXPERSONAGENS; j+=1) {
if (personagens[j].ativo == true) {
personagem *p1 = &personagens[i];
personagem *p2 = &personagens[j];
sprite* sp1 = &p1->sprites[p1->_subEstado];
sprite* sp2 = &p2->sprites[p2->_subEstado];
if ( ((p1->_x + sp1->xmin) > (p2->_x + sp2->xmin) && (p1->_x + sp1->xmin) < (p2->_x + sp2->xmax)) ||
((p1->_x + sp1->xmax) > (p2->_x + sp2->xmin) && (p1->_x + sp1->xmax) < (p2->_x + sp2->xmax)) )
{
if ( ((p1->_y + sp1->ymin) > (p2->_y + sp2->ymin) && (p1->_y + sp1->ymin) < (p2->_y + sp2->ymax)) ||
((p1->_y + sp1->ymax) > (p2->_y + sp2->ymin) && (p1->_y + sp1->ymax) < (p2->_y + sp2->ymax)) )
{
if (p1->_y < p2->_y) {
if (p1->address < p2->address) {
oamSwap (p1,p2);
}
} else {
if (p2->address < p1->address) {
oamSwap (p1,p2);
}
}
}
}
}
}
}
}
}
void myconsoleVblank () {
int dma = 0;
dma += 0x220;
dmaCopyOAram((unsigned char *) &oamMemory,0,0x220);
// if tile sprite queued
if (bg_mutex == 0) {
if (bgInfo.refreshBG1 == true) {
dmaCopyVram(bgInfo.bg1.gfxoffset, bgInfo.bg1.adrgfxvram, bgInfo.bg1.size);
dma += bgInfo.bg1.size;
bgInfo.refreshBG1 = false;
}
}
if (bg_mutex == 0) {
if (bgInfo.refreshBG2 == true) {
dmaCopyVram(bgInfo.bg2.gfxoffset, bgInfo.bg2.adrgfxvram, bgInfo.bg2.size);
dma += bgInfo.bg2.size;
bgInfo.refreshBG2 = false;
}
}
//copy hud
dmaCopyVram((u8*)hudBuffer, 0x1000, 320);
// Refresh pad values
dma += 320 ;
if (spr_queue != 0xff) {
if (spr_mutex == 0) { // if we have finished adding things
// copy memory to vram (2 tiles of the 16x16 sprites)
while (spr_queue != 0xff) {
if (dma + sprqueue[spr_queue].size > 6144)
break;
dmaCopyVram(sprqueue[spr_queue].gfxoffset, sprqueue[spr_queue].adrgfxvram, sprqueue[spr_queue].size);
spr_queue--;
}
}
}
}
void writeChar (u16 pos, char letra) {
u16 a = 0x24c0;
a += letra - 97;
hudBuffer[pos] = a;
}
void writeText (u16 pos, char* text) {
int i = 0;
while (text[i]!='\0') {
writeChar (pos + i, text[i]);
i+=1;
}
}
void initTimer () {
hudBuffer[46]=0x20a8;
hudBuffer[47]=0x20a8+1;
hudBuffer[48]=0x20a8+2;
hudBuffer[49]=0x20a8+3;
hudBuffer[46+32]=0x20a8+4;
hudBuffer[47+32]=0x20a8+5;
hudBuffer[48+32]=0x20a8+6;
hudBuffer[49+32]=0x20a8+7;
hudBuffer[46+64]=0x20a8+8;
hudBuffer[47+64]=0x20a8+9;
hudBuffer[48+64]=0x20a8+10;