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game.c
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#include "game.h"
#include "levels.h"
#include "myLib.h"
#include "sound.h"
#include "images/Level1.h"
#include "images/SpritesBT.h"
#include "sound/powerupsfx.h"
#include "sound/Snd_Scorpio.h"
#include "sound/Snd_Sword.h"
#include "sound/Snd_Knife.h"
#define ROWMASK 0xFF // to keep sprites on screen (prevents odd loop around glitches)
#define COLMASK 0x1FF
OBJ_ATTR shadowOAM[128];
#define FACING_RIGHT 0
#define FACING_LEFT 1
int timer = 0; // how many update frames per animationCounter
int animationCounter = 0; // used to determine animation frame
int pTRow;
int pTCol;
int myCoins;
int lastBlockLoaded = 0; // The last block we loaded
// CHECKPOINTS MIN.DIST: 260
int checkPoints[] = { 530, 1100, 2000};
int totalCP = 3;
void initSprites() {
loadSprites();
initPlayer();
// Init the enemies
totalEnemies = 0;
initEnemy(130, 180, 290, SCORPIO);
initEnemy(48, 15, 85, SCORPIO);
initEnemy(130, 85, 150, SCORPIO);
initEnemy(48, 140, 220, SOLDIER1);
initEnemy(130, 350, 390, SOLDIER1);
// SecondPart
initEnemy(130, 710, 785, SOLDIER1);
initEnemy(48, 1284, 1360, SOLDIER1);
initEnemy(48, 470, 475, THROWER1);
initEnemy(130, 1005, 1010, THROWER1);
//Second part
initEnemy(130, 580, 660, SCORPIO);
initEnemy(48, 902, 984, SCORPIO);
initEnemy(130, 1250, 1360, SCORPIO);
// CRAZY THING!!!!
initEnemy(130, 1910, 1920, THROWER1);
initEnemy(130, 1810, 1985, SOLDIER1);
initEnemy(130, 1884, 1960, SOLDIER1);
initEnemy(130, 1484, 1560, SOLDIER1);
initEnemy(48, 1550, 1630, SCORPIO);
// Init the carpets
totalCarpets = 0;
//initCarpet(48, 140, 350, HORIZONTAL);
initCarpet(48, 1790, 1875, HORIZONTAL);
//initCarpet(48, 1790+256, 1875+256, HORIZONTAL);
// Init your coins
totalCoins = 0;
// Hide everything
int i;
for(i = 0; i < 128; i++) {
OAM[i].attr0 = ATTR0_HIDE;
shadowOAM[i].attr0 = ATTR0_HIDE;
}
}
void initPlayer() {
timerWalk = 0;
animationWalk = 0;
isJumping = false;
jumpInc = 0;
canJump = true;
MAX_JUMP = 15.0f; //12.0f;
collisions = 0;
frontflip = 0;
animationFlip = 0;
playerX = 25;
playerY = 130; //130;
// Test
//playerX += 1500;
// Load a CheckPoint
if (checkPoint > -1) {
playerX = checkPoints[checkPoint] + 25;
}
player.hflip = 0;
player.alive = LIVE;
lastFacing = FACING_RIGHT;
}
void loadSprites() {
//DMANow(3, (unsigned int*)Pikachu7Tiles, &CHARBLOCKBASE[4], Pikachu7TilesLen/2);
//DMANow(3, (unsigned int*)Pikachu7Pal, SPRITE_PALETTE, 256);
//DMANow(3, (unsigned int*)ScorpioTiles, &CHARBLOCKBASE[4], ScorpioTilesLen/2);
//DMANow(3, (unsigned int*)ScorpioPal, SPRITE_PALETTE, 256);
//DMANow(3, (unsigned int*)textSheetTiles, &CHARBLOCKBASE[4]+textSheet[1].startPos, textSheetTilesLen/2);
//DMANow(3, (unsigned int*)textSheetPal, SPRITE_PALETTE, 256);
DMANow(3, (unsigned int*)SpritesBTTiles, &CHARBLOCKBASE[4], SpritesBTTilesLen/2);
DMANow(3, (unsigned int*)SpritesBTPal, SPRITE_PALETTE, SpritesBTPalLen/2);
}
void loopGame(int lifes, int co) {
int newBlock;
myCoins = co;
moveSprites();
if (player.alive == LIVE) {
movePlayer();
checkCollisions();
} else if (player.alive == DYING) {
dyingPlayer();
}
showCP();
showCoins();
showCarpets();
putLifes(lifes);
putMyCoins(myCoins);
DMANow(3, shadowOAM, OAM, 128*4);
small_hoff = hoff%8;
newBlock = hoff / 8;
if (newBlock != lastBlockLoaded) {
lastBlockLoaded = newBlock;
loadMapBlockCol(hoff/8, Level1Map);
}
REG_BG0HOFS = small_hoff;
//REG_BG0HOFS = small_hoff;
//REG_BG0HOFS = hoff;
REG_BG0VOFS = voff;
REG_BG2HOFS = hoff >> 4;
REG_BG2VOFS = voff >> 4;
}
void moveSprites() {
timer++;
if(timer == 9){ // next animation every 10 update frames
timer = 0;
animationCounter++;
}
int i;
for (i = 1; i <= totalEnemies; i++) {
if (enemies[i].alive == DEAD) {
continue;
}
if (enemies[i].alive == LIVE || enemies[i].type == KNIFE) {
moveEnemy(i);
} else {
dyingEnemy(i);
}
}
}
void movePlayer() {
// PLAYER
int moving = 0;
int playerFacing = lastFacing; //PIKAFACING_FRONT;
// Running!!!-------
if (KEY_DOWN_NOW(BUTTON_RIGHT)) {
playerFacing = FACING_RIGHT;
timerWalk++;
if (timerWalk == 5) {
timerWalk = 0;
animationWalk++;
}
moving = true;
}
if (KEY_DOWN_NOW(BUTTON_LEFT)) {
playerFacing = FACING_LEFT;
timerWalk++;
if (timerWalk == 5) {
timerWalk = 0;
animationWalk++;
}
moving = true;
}
// End of Running------
// Stance Animation (Not moving)
if (moving == 0) {
timerWalk = 0;
animationWalk = 0;
}
// Make the camera follow the player (SCROLL)
if (playerX > levelWidth() - 120) {
//hoff = levelWidth() - 256;
} else if (playerX > 120) {
hoff = playerX - 120;
} else {
hoff = 0;
small_hoff = 0;
}
/*
// Now the vertical!
int voff1 = playerY - 80;
int MAX_VOFF = 0;
int MIN_VOFF = -80;
// Smooth it
if (voff1 >= MIN_VOFF && voff1 <= MAX_VOFF) {
if (voff < voff1) { voff+=2; }
else if (voff > voff1) { voff-=2; }
}
*/
// Save the CHECK POINTS!!!
if (playerX > checkPoints[checkPoint+1]) {
checkPoint++;
}
// Jumping------------
//continue jumping if already in the air
if (isJumping) {
canJump = 0;
timerJump++;
if (timerJump >= 4) {
timerJump = 0;
// -24, -19, -15...
if (jumpInc < 0) {
jumpInc *= 0.82; //(1.0 - (MAX_JUMP / 125.0f));
if (jumpInc > -4) { //(-MAX_JUMP / 5.0f)) {
//jumpInc *= -1.0;
jumpInc = 5;
}
}
if (jumpInc > 0 && jumpInc <= MAX_JUMP) {
jumpInc *= 1.1; //1.0 + (MAX_JUMP / 175.0f);
}
if (jumpInc > 8) jumpInc = 8;
playerY += jumpInc;
animationWalk = 0;
}
}
// End of Jumping----------
int finishedJump = false;
/***************/
// Check if the player is colliding with a Flying Carpet
int flying = false;
int i;
for (i = 0; i < totalCarpets; i++) {
if (carpets[i].col >= playerX - 60 && carpets[i].col <= playerX - 8) {
//if (carpets[i].row >= playerY - 24 && carpets[i].row - 16 >= playerY) {
if (playerY - 24 <= carpets[i].row && playerY >= carpets[i].row - 16) {
playerY = carpets[i].row - 16;
if (carpets[i].timerMov < 1000) {
playerX--;
} else {
playerX++;
}
flying = true;
finishedJump = true;
}
}
}
/***************/
// Check player's position (get the TILE where he is at)
pTRow = (playerY+16) >> 3;
pTCol = (playerX+8) >> 3;
// New Tracer
//int theTileUp = loadTile(pTRow-1, pTCol, Level1Map);
int theTileM = loadTile(pTRow, pTCol, Level1Map);
//int theTileDn = loadTile(pTRow+1, pTCol, Level1Map);
if (false) {
// SCREENBLOCKBASE[30].tilemap[11] = theTileUp;
SCREENBLOCKBASE[30].tilemap[43] = theTileM;
//SCREENBLOCKBASE[30].tilemap[75] = theTileDn;
}
// If player is moving down (jumping in the air)
// This is also GRAVITY
if (jumpInc >= 1 && !flying) {
// If he touches the Floor, land him, stop falling
if (theTileM == FL2) {
//if (theTile == FL2) {
finishedJump = true;
playerY = 130;
// On the roof!!!!
} else if ( (theTileM >= 1 && theTileM <= 7 )) {
finishedJump = true;
playerY = pTRow*8 - 16;
// Landing on a Market...
} else if ((theTileM >= K2n && theTileM <= K5n)
|| (theTileM >= K1b && theTileM <= K6b)
|| (theTileM >= K1a && theTileM <= K6a)){
finishedJump = true;
playerY = pTRow*8 - 16;
// He continues in the air falling...
} else {
//Falling
canJump = false;
isJumping = true;
frontflip = 2; // Never do a frontflip falling
}
// Y=130 is always the Floor
if (playerY >= 130) {
finishedJump = true;
playerY = 130;
}
}
if (finishedJump) {
jumpInc = 5;
isJumping = false;
canJump = true;
frontflip = 0;
animationFlip = 0;
}
//(animationWalk%4)*2
int facing = 0;
if (playerFacing == FACING_LEFT) facing = ATTR1_HFLIP;
// Hide the other parts...
moveHero(TI2, 160, 240, 0, 0, 0);
// Draw the good frame!
int offR = 0;
int offC = 0;
// Jumping?
if (isJumping) {
if ((!moving && frontflip == 0) || (frontflip == 2)) {
offR = 0;
offC = 2;
} else {
frontflip = 1;
if (timerJump == 0) {
animationFlip++;
}
offR = 0;
offC = 2 + (animationFlip%6)*2;
// Only one frontflip animation...
if (animationFlip == 6) { frontflip = 2; }
}
// Update player position!
moveHero(0, playerY - 24, playerX, offR, offC, ATTR1_SIZE32 | facing);
}
// Running
else if (moving) {
int anim = animationWalk%12;
offR = 4;
int offC2 = -1;
switch(anim) {
case 0: case 1: case 2: case 3:
offC = (anim)*2;
break;
case 4:
offC = (anim*2);
offC2 = offC+1;
break;
case 5:
offC = 11;
offC2 = 12;
break;
case 6: case 7: case 8:
offC = 14+(anim-6)*2;
break;
case 9: case 10: case 11:
offC = 20+(anim-9)*3;
offC2 = offC+1;
break;
}
// Update player position!
if (offC2 == -1) {
moveHero(0, playerY - 16, playerX, offR, offC, ATTR1_SIZE32 | facing);
} else {
if (facing == 0) {
moveHero(0, playerY - 16, playerX -4, offR, offC, ATTR1_SIZE32 | facing);
moveHero(TI2, playerY - 16, playerX+4, offR, offC2, ATTR1_SIZE32 | facing);
} else {
moveHero(0, playerY - 16, playerX -4, offR, offC2, ATTR1_SIZE32 | facing);
moveHero(TI2, playerY - 16, playerX+4, offR, offC, ATTR1_SIZE32 | facing);
}
}
// Not MOVING
} else {
moveHero(0, playerY - 16, playerX, offR, offC, ATTR1_SIZE32 | facing);
}
if (facing == ATTR1_HFLIP) {
player.hflip = true;
} else {
player.hflip = false;
}
lastFacing = playerFacing;
}
// Move a "SQUARE_16" sprite
void moveHero(int p, int row, int col, int offR, int offC, int ATTR1) {
shadowOAM[p].attr0 = (ROWMASK & (row+6 - voff)) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_TALL; //ATTR0_SQUARE;
shadowOAM[p].attr1 = (COLMASK & (col - hoff)) | ATTR1;
shadowOAM[p].attr2 = SPRITEOFFSET16(offR, offC);
}
// Move a "SQUARE_16" sprite
//void deathHero(int p, int row, int col) {
void dyingPlayer() {
int row = playerY - 2;
int col = playerX - 16;
int hflip = false;
if (player.hflip == true) { hflip = ATTR1_HFLIP; }
shadowOAM[0].attr0 = (ROWMASK & (row - voff)) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_SQUARE;
shadowOAM[0].attr1 = (COLMASK & (col - hoff)) | ATTR1_SIZE32 | hflip;
shadowOAM[0].attr2 = SPRITEOFFSET16(0, 21);
shadowOAM[TI2].attr0 = ATTR0_HIDE;
}
// Move a "SQUARE_16" sprite
void moveScorpio(int e, int offR, int offC, int ATTR1) {
int row = enemies[e].row;
int col = enemies[e].col;
if (enemies[e].hflip == true) {
ATTR1 |= ATTR1_HFLIP;
}
shadowOAM[e].attr0 = (ROWMASK & (row - voff)) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_WIDE; //ATTR0_SQUARE;
shadowOAM[e].attr1 = (COLMASK & (col - hoff)) | ATTR1_SIZE32 | ATTR1;
shadowOAM[e].attr2 = SPRITEOFFSET16(offR, offC);
}
void moveSoldier1(int e, int offR, int offC, int ATTR1) {
int row = enemies[e].row;
int col = enemies[e].col;
if (enemies[e].hflip == true) {
ATTR1 |= ATTR1_HFLIP;
}
int c = 0;
if (ATTR1 == ATTR1_SIZE64) {
c = -16;
}
shadowOAM[e].attr0 = (ROWMASK & (row-20-voff)) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_SQUARE;
shadowOAM[e].attr1 = (COLMASK & (col - hoff + c)) | ATTR1;
shadowOAM[e].attr2 = SPRITEOFFSET16(offR, offC);
}
void moveThrower1(int e, int offR, int offC, int ATTR1) {
int row = enemies[e].row;
int col = enemies[e].col;
if (enemies[e].hflip == true) {
ATTR1 |= ATTR1_HFLIP;
}
shadowOAM[e].attr0 = (ROWMASK & (row-28-voff)) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_SQUARE;
shadowOAM[e].attr1 = (COLMASK & (col - hoff)) | ATTR1_SIZE32 | ATTR1;
shadowOAM[e].attr2 = SPRITEOFFSET16(offR, offC);
}
void moveKnife(int e, int offR, int offC, int ATTR1) {
int row = enemies[e].row;
int col = enemies[e].col;
if (enemies[e].hflip == true) {
ATTR1 |= ATTR1_HFLIP;
}
shadowOAM[e].attr0 = (ROWMASK & (row-voff)) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_WIDE;
shadowOAM[e].attr1 = (COLMASK & (col - hoff)) | ATTR1_SIZE8 | ATTR1;
shadowOAM[e].attr2 = SPRITEOFFSET16(12, 15);
}
void dyingEnemy(int e) {
int ATTR0 = 0;
int ATTR1 = 0;
if (enemies[e].hflip == true) {
ATTR1 = ATTR1_HFLIP;
}
int part1Row;
if (enemies[e].type == SCORPIO) {
part1Row = 0;
ATTR0 |= ATTR0_WIDE;
} else if (enemies[e].type == SOLDIER1) {
part1Row = 0;
ATTR0 |= ATTR0_SQUARE;
}
shadowOAM[e ].attr0 = (ROWMASK & enemies[e].row+part1Row-voff) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0;
shadowOAM[e ].attr1 = (COLMASK & (enemies[e].col-hoff)) | ATTR1_SIZE32 | ATTR1 | ATTR1_VFLIP;
shadowOAM[e+TI2].attr0 = (ROWMASK & enemies[e].row-8-voff) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0;
shadowOAM[e+TI2].attr1 = (COLMASK & (enemies[e].col-hoff)) | ATTR1_SIZE32 | ATTR1 | ATTR1_VFLIP;
enemies[e].row += 2;
if (enemies[e].row > 168) {
killEnemy(e);
}
}
void killEnemy(int e) {
enemies[e].alive = DEAD;
//OAM[e].attr0 = (ROWMASK & 160) | ATTR0_HIDE;
//OAM[e+100].attr0 = (COLMASK & 240) | ATTR0_HIDE;
shadowOAM[e].attr0 = (ROWMASK & 160) | ATTR0_HIDE;
shadowOAM[e].attr1 = (COLMASK & 240);
shadowOAM[e+TI2].attr0 = (ROWMASK & 160) | ATTR0_HIDE;
shadowOAM[e+TI2].attr1 = (COLMASK & 240);
//enemies[e] = enemies[totalEnemies];
//totalEnemies--;
}
void moveText(int i, int row, int col, int offR, int offC) {
shadowOAM[i].attr0 = (ROWMASK & row) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_WIDE;
shadowOAM[i].attr1 = (COLMASK & col) | ATTR1_SIZE32;
shadowOAM[i].attr2 = SPRITEOFFSET16(offR, offC);
}
void initCarpet(int row, int col, int col2, int t) {
int c = totalCarpets++;
carpets[c].row = row;
carpets[c].col = col + rand() % (col2-col);
carpets[c].col1 = col;
carpets[c].col2 = col2;
carpets[c].type = t;
carpets[c].timerMov = 0;
}
// Horizontal walking
void initEnemy(int row, int col, int col2, int t) {
int e = totalEnemies;
if (t != KNIFE || enemies[totalEnemies].type != KNIFE) {
e = ++totalEnemies;
}
enemies[e].row = row;
enemies[e].col = col + rand() % (col2-col);
enemies[e].col1 = col;
enemies[e].col2 = col2;
enemies[e].alive = LIVE;
enemies[e].type = t;
enemies[e].timerMov = 2500;
}
// Horizontal walking
void moveEnemy(int e) {
// Hide the enemies we have already walked away
if (enemies[e].col < hoff - 150 || enemies[e].col > hoff + 450) {
shadowOAM[e].attr0 = ATTR0_HIDE;
shadowOAM[e+TI2].attr0 = ATTR0_HIDE;
return;
}
int r = enemies[e].row;
int cc = enemies[e].col;
int c1 = enemies[e].col1;
int c2 = enemies[e].col2;
//int sp = 4;
enemies[e].tRow = (r+9)>>3;
enemies[e].tCol = cc>>3;
int checkpointState = 0;
if (enemies[e].type == KNIFE) {
if (distX(enemies[e].col, enemies[e].col2) > 130) {
enemies[e].alive = DYING;
if (enemies[e].timerMov++ > 150) {
shadowOAM[e].attr0 = ATTR0_HIDE;
shadowOAM[e+TI2].attr0 = ATTR0_HIDE;
//killEnemy(e);
}
} else {
// Moving!
if (enemies[e].hflip) {
enemies[e].col -= 5;
} else {
enemies[e].col += 5;
}
}
moveKnife(e, 15, 12, 0);
}
// THROWER1
if (enemies[e].type == THROWER1) {
int timerMove = enemies[e].timerMov++;
int CHANGE = 140;
if (timerMove < CHANGE) checkpointState = 0;
else checkpointState = 1;
int frame = 0;
switch(checkpointState) {
case 0:
frame = 0;
break;
case 1:
frame = (timerMove - CHANGE) / 8;
if (frame > 3) frame = 3;
// Puts the sound of the knife!
if (timerMove == CHANGE + 5) {
if (distX(enemies[totalEnemies].col, playerX) < 190 && !soundA.isPlaying) {
playSoundA(Snd_Knife, SND_KNIFELEN, SND_KNIFEFREQ, 0);
}
} else if (timerMove == CHANGE + 25) {
// Create a new KNIFE
initEnemy(enemies[e].row-8, enemies[e].col, enemies[e].col, KNIFE);
enemies[totalEnemies].hflip = enemies[e].hflip;
enemies[totalEnemies].timerMov = 0;
} else if (timerMove > CHANGE + 50) {
enemies[e].timerMov = 0;
}
break;
}
enemies[ e].hflip = true;
enemies[e+TI2].hflip = true;
enemies[e+TI2].row = enemies[e].row+16;
enemies[e+TI2].col = enemies[e].col;
moveThrower1( e, 21, frame*4, 0);
moveThrower1(e+TI2, 23, frame*4, 0);
}
// SOLDIER1
if (enemies[e].type == SOLDIER1) {
int frame = animationCounter%4;
int timerMove = enemies[e].timerMov++;
if (timerMove < 1000) checkpointState = 0;
else if (timerMove < 2000) checkpointState = 1;
else if (timerMove < 3000) checkpointState = 2;
else if (timerMove < 5000) checkpointState = 3;
else checkpointState = 5;
switch(checkpointState){
case 0:
if (enemies[e].timerMov%2 == 0) enemies[e].col++;
if (enemies[e].col == enemies[e].col2) {
enemies[e].timerMov = 1000;
}
enemies[e ].hflip = true;
enemies[e+TI2].hflip = true;
break;
case 1: // wait
if (enemies[e].timerMov%99 == 0) {
enemies[e].timerMov = 2000;
}
enemies[e ].hflip = true;
enemies[e+TI2].hflip = true;
frame = 0;
break;
case 2:
if (enemies[e].timerMov%2 == 0) enemies[e].col--;
if (enemies[e].col == enemies[e].col1) {
enemies[e].timerMov = 3000;
}
enemies[e ].hflip = false;
enemies[e+TI2].hflip = false;
break;
case 3: // wait
if (enemies[e].timerMov%99 == 0) {
enemies[e].timerMov = 0;
}
enemies[e ].hflip = false;
enemies[e+TI2].hflip = false;
frame = 0;
break;
case 5:
enemies[e].timerMov++;
frame = 3 + (enemies[e].timerMov-5000)/5;
if (frame >= 8) {
frame = 0;
//enemies[e].timerMov = 0;
}
break;
}
int tileC = frame*4;
int ATTR1 = ATTR1_SIZE32;
if (frame == 5) { ATTR1 = ATTR1_SIZE64; }
if (frame == 6) { tileC += 4; }
enemies[e+TI2].row = enemies[e].row+8;
enemies[e+TI2].col = enemies[e].col;
moveSoldier1( e, 16, tileC, ATTR1);
moveSoldier1(e+TI2, 17, tileC, ATTR1);
/*
// ATTACK
if (enemies[e].timerMov >= 5000) {
enemies[e].timerMov++;
frame = 3 + (enemies[e].timerMov-5000)/5;
if (frame >= 8) {
frame = 0;
//enemies[e].timerMov = 0;
}
}
int tileC = frame*4;
int ATTR1 = ATTR1_SIZE32;
if (frame == 5) { ATTR1 = ATTR1_SIZE64; }
if (frame == 6) { tileC += 4; }
enemies[e+TI2].row = enemies[e].row+8;
enemies[e+TI2].col = enemies[e].col;
moveSoldier1( e, 16, tileC, ATTR1);
moveSoldier1(e+TI2, 17, tileC, ATTR1);
*/
}
// SCORPIO
if (enemies[e].type == SCORPIO) {
int timerMove = enemies[e].timerMov++;
if (timerMove < 1000) checkpointState = 0;
else if (timerMove < 2000) checkpointState = 1;
else if (timerMove < 3000) checkpointState = 2;
else checkpointState = 3;
int tileC = 0;
enemies[e+TI2].row = enemies[e].row+8;
enemies[e+TI2].col = enemies[e].col;
switch(checkpointState){
case 0:
if (enemies[e].timerMov%2 == 0) enemies[e].col++;
if (enemies[e].col == enemies[e].col2) {
enemies[e].timerMov = 1000;
}
tileC = (animationCounter%3)*4;
enemies[e ].hflip = true;
enemies[e+TI2].hflip = true;
moveScorpio( e, 13, tileC, 0);
moveScorpio(e+TI2, 14, tileC, 0);
if (distX(enemies[e].col, playerX) < 60 && !soundA.isPlaying) {
playSoundA(Snd_Scorpio, SND_SCORPIOLEN, SND_SCORPIOFREQ, 0);
}
break;
case 1: // wait
if (enemies[e].timerMov%99 == 0) {
enemies[e].timerMov = 2000;
}
enemies[e ].hflip = true;
enemies[e+TI2].hflip = true;
moveScorpio( e, 13, tileC, 0);
moveScorpio(e+TI2, 14, tileC, 0);
break;
case 2:
if (enemies[e].timerMov%2 == 0) enemies[e].col--;
if (enemies[e].col == enemies[e].col1) {
enemies[e].timerMov = 3000;
}
tileC = (animationCounter%3)*4;
enemies[e ].hflip = false;
enemies[e+TI2].hflip = false;
moveScorpio( e, 13, tileC, 0);
moveScorpio(e+TI2, 14, tileC, 0);
if (distX(enemies[e].col, playerX) < 60 && !soundA.isPlaying) {
playSoundA(Snd_Scorpio, SND_SCORPIOLEN, SND_SCORPIOFREQ, 0);
}
break;
case 3: // wait
if (enemies[e].timerMov%99 == 0) {
enemies[e].timerMov = 0;
}
enemies[e ].hflip = false;
enemies[e+TI2].hflip = false;
moveScorpio( e, 13, tileC, 0);
moveScorpio(e+TI2, 14, tileC, 0);
break;
}
}
}
void putLifes(int lifes) {
// Silouette
shadowOAM[TLI].attr0 = (ROWMASK & 1) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_TALL; //ATTR0_SQUARE;
shadowOAM[TLI].attr1 = (COLMASK & 3) | ATTR1_SIZE32;
shadowOAM[TLI].attr2 = SPRITEOFFSET16(0, 25);
// X
shadowOAM[TLI+1].attr0 = (ROWMASK & 10) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_SQUARE;
shadowOAM[TLI+1].attr1 = (COLMASK & 20) | ATTR1_SIZE8;
shadowOAM[TLI+1].attr2 = SPRITEOFFSET16(12, 14);
// Numbers
int n[2];
n[1] = lifes/10;
n[0] = lifes%10;
int nums = 2;
if (n[1] == 0) nums = 1;
int offR, offC;
int i;
int digit;
for (i = 0; i < nums; i++) {
digit = n[nums-1-i];
if (digit < 5) {
offR = 8; offC = 14 + 2*digit;
} else {
offR = 10; offC = 14+2*(digit-5);
}
shadowOAM[TLI+2+i].attr0 = (ROWMASK & 5) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_SQUARE;
shadowOAM[TLI+2+i].attr1 = (COLMASK & (26+i*15)) | ATTR1_SIZE16;
shadowOAM[TLI+2+i].attr2 = SPRITEOFFSET16(offR, offC);
}
}
void putMyCoins(const int myCoins) {
// Diamond
shadowOAM[TLI+4].attr0 = (ROWMASK & 4) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_SQUARE;
shadowOAM[TLI+4].attr1 = (COLMASK & 184) | ATTR1_SIZE16;
shadowOAM[TLI+4].attr2 = SPRITEOFFSET16(0, 27);
// X
shadowOAM[TLI+5].attr0 = (ROWMASK & 10) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_SQUARE;
shadowOAM[TLI+5].attr1 = (COLMASK & 200) | ATTR1_SIZE8;
shadowOAM[TLI+5].attr2 = SPRITEOFFSET16(12, 14);
// Numbers
int n[2];
n[1] = myCoins/10;
n[0] = myCoins%10;
int offR, offC;
int digit;
// Only 1 digit
if (n[1] == 0) {
digit = n[0];
if (digit < 5) {
offR = 8; offC = 14 + 2*digit;
} else {
offR = 10; offC = 14+2*(digit-5);
}
shadowOAM[TLI+7].attr0 = ATTR0_HIDE;
shadowOAM[TLI+6].attr0 = (ROWMASK & 5) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_SQUARE;
shadowOAM[TLI+6].attr1 = (COLMASK & (207)) | ATTR1_SIZE16;
shadowOAM[TLI+6].attr2 = SPRITEOFFSET16(offR, offC);
// 2 digits...
} else {
digit = n[1];
if (digit < 5) {
offR = 8; offC = 14 + 2*digit;
} else {
offR = 10; offC = 14+2*(digit-5);
}
shadowOAM[TLI+6].attr0 = (ROWMASK & 5) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_SQUARE;
shadowOAM[TLI+6].attr1 = (COLMASK & (207)) | ATTR1_SIZE16;
shadowOAM[TLI+6].attr2 = SPRITEOFFSET16(offR, offC);
digit = n[0];
if (digit < 5) {
offR = 8; offC = 14 + 2*digit;
} else {
offR = 10; offC = 14+2*(digit-5);
}
shadowOAM[TLI+7].attr0 = (ROWMASK & 5) | ATTR0_4BPP | ATTR0_REGULAR | ATTR0_SQUARE;
shadowOAM[TLI+7].attr1 = (COLMASK & (207+12)) | ATTR1_SIZE16;
shadowOAM[TLI+7].attr2 = SPRITEOFFSET16(offR, offC);
}
}
int checkCollisions() {
int DEAD_Y;
int DEAD_X;
int START_X = 0;
int i;
int enX, enY;
// CHEAT makes you INVULNERABLE
//if (cheatInvulnerable == 0) {
for (i = 1; i <= totalEnemies; i++) {
if (enemies[i].alive != LIVE) continue;
//if (enemies[i].type == THROWER1) continue;
enX = enemies[i].col;
enY = enemies[i].row;
switch(enemies[i].type) {
case KNIFE:
DEAD_Y = 24;
DEAD_X = 8+4;
START_X = enX;
break;
case THROWER1:
DEAD_Y = 48;
DEAD_X = 8+4;
START_X = enX;
case SCORPIO:
DEAD_Y = 16;
DEAD_X = 8+4;
START_X = enX+8;
//if (enemies[i].hflip == 1) { START_X = enX ; }
//else { START_X = enX; }
break;
case SOLDIER1: