// Function: main()
int main(int argc, char ** argv)
{
PA_Init(); // Initializes PA_Lib
PA_InitVBL(); // Initializes a standard VBL
PA_InitText(1, 0);
PA_EasyBgLoad(0, 1, pasplash); // Load your backgrounds...
PA_InitBgTrans(0); // Init BgTransition system, uses background 0 but little memory...
// If you want it to hide your sprites, set your sprites' priorities to 1 or more...
u8 transtype = 0;
s8 i;
u8 vflip;
// Infinite loop to keep the program running
while (1)
{
vflip = PA_Rand()&1; // random
transtype = PA_Rand()%5; // random
PA_OutputText(1, 8, 8, "Transition : %d ", transtype);
PA_OutputText(1, 10, 9, "Vflip : %d ", vflip);
// Transition out...
for (i = 0; i <= TRANS_LENGTH; i++) { // Fade length...
PA_BgTransUpDown(0, // screen
transtype, // fade type, from 0 to 4, test them out !
vflip, // vertical flip
i); // Time, 0 being the screen completely visible, 32 completely out
PA_WaitForVBL(); // To slow down the fades, we wait a frame...
}
vflip = PA_Rand()&1; // random
transtype = PA_Rand()%5; // random
PA_OutputText(1, 8, 8, "Transition : %d ", transtype);
PA_OutputText(1, 10, 9, "Vflip : %d ", vflip);
// Transition back in...
for (i = TRANS_LENGTH; i >= 0; i--) { // Fade length...
PA_BgTransUpDown(0, // screen
transtype, // fade type, from 0 to 4, test them out !
vflip, // vertical flip
i); // Time, 0 being the screen completely visible, 32 completely out
PA_WaitForVBL(); // To slow down the fades, we wait a frame...
}
PA_WaitForVBL();
}
return 0;
} // End of main()
// Function: main()
int main(int argc, char ** argv)
{
u8 i;
PA_Init(); // Initializes PA_Lib
PA_InitVBL(); // Initializes a standard VBL
// Load 8bit palettes for sprites...
PA_LoadSpritePal(0,0,(void*)ds_Pal);
PA_LoadSpritePal(0,1,(void*)giz_Pal);
PA_LoadSpritePal(0,2,(void*)gp_Pal);
PA_LoadSpritePal(0,3,(void*)psp_Pal);
// Create sprites
PA_CreateSprite(0,0,(void*)ds_Sprite,OBJ_SIZE_64X64,1,0,PA_Rand()%192,PA_Rand()%128);
PA_CreateSprite(0,1,(void*)giz_Sprite,OBJ_SIZE_64X64,1,1,PA_Rand()%192,PA_Rand()%128);
PA_CreateSprite(0,2,(void*)gp_Sprite,OBJ_SIZE_64X64,1,2,PA_Rand()%192,PA_Rand()%128);
PA_CreateSprite(0,3,(void*)psp_Sprite,OBJ_SIZE_64X64,1,3,PA_Rand()%192,PA_Rand()%128);
//Set the main palette
BG_PALETTE[0] = PA_RGB(27,27,27);
// Infinite loop to keep the program running
while (1)
{
PA_WaitForVBL();
for(i=0;i<4;i++) PA_MoveSprite(i);
}
return 0;
} // End of main()
// Function: main()
int main(int argc, char ** argv)
{
PA_Init(); // Initializes PA_Lib
PA_InitVBL(); // Initializes a standard VBL
PA_InitText(1, 0);
PA_EasyBgLoad(0, 1, pasplash); // Load your backgrounds...
u8 fadetype0 = 0;
s8 i;
// Infinite loop to keep the program running
while (1)
{
// First we fade out... to fade out, move the time from 0 to 32, 32 included !
for (i = 0; i <= 32; i++) {
PA_WindowFade(0, // screen
fadetype0, // fade type, from 0 to 7, test them out !
i); // Time, 0 being the screen completely visible, 32 completely out
PA_WaitForVBL(); // To slow down the fades, we wait a frame...
}
fadetype0 = PA_Rand()&7; // Random fade type for screen 0... from 0 to 7
PA_OutputText(1, 8, 9, "Window Fade : %d ", fadetype0);
// To fade in, same thing, but from 32 to 0 included...
for (i = 32; i >= 0; i--) {
PA_WindowFade(0, fadetype0, i);
PA_WaitForVBL(); // To slow down the fades, we wait a frame...
}
fadetype0 = PA_Rand()&7; // Random fade type for screen 0...
PA_OutputText(1, 8, 9, "Window Fade : %d ", fadetype0);
PA_WaitForVBL();
}
return 0;
} // End of main()
void monster::move(int move_cnt)
{
if(y < 390)
y = y + move_cnt;
else{
x = PA_Rand()%250;
y = 10;
}
}
// 싱글 플레이 스타트
void singleplay_start() {
// 각각의 객체 생성
hero player;
princess prin;
monster mons1;
water drop_water1;
water drop_water2;
water drop_water3;
water drop_water4;
crystal_Ball ball;
// 랜덤으로 x좌표지정
drop_water1.x = PA_Rand()%250;
drop_water2.x = PA_Rand()%250;
drop_water3.x = PA_Rand()%250;
drop_water4.x = PA_Rand()%250;
mons1.x = PA_Rand()%250;
// 각각의 객체 이미지 출력
// 물방울 그림 출력의 경우 (첫번째 인자 - spriteNUM, 두번째인자 - objNUM)
drop_water1.water_setting(SPRITE2_PAL, OBJ2_NUM);
drop_water2.water_setting(SPRITE3_PAL, OBJ3_NUM);
drop_water3.water_setting(SPRITE4_PAL, OBJ4_NUM);
drop_water4.water_setting(SPRITE5_PAL, OBJ5_NUM);
ball.ball_setting(SPRITE6_PAL, OBJ6_NUM);
mons1.monster_setting(SPRITE7_PAL, OBJ7_NUM, mons1.x);
while(1) // 여기에서 게임이 동작!!
{
/* 텍스트 출력부분- 게임정보 (계속적으로 출력)*/
PA_OutputText(DOWN_SCREEN, 1, 21, "Stage%d", gp.stage_num);
PA_OutputText(DOWN_SCREEN, 9, 21, "Score:%d", gp.score);
PA_OutputText(DOWN_SCREEN, 18, 21, "Odd Monster:%d",gp.oddmonster);
PA_OutputText(DOWN_SCREEN, 18, 22, "My Crystals:%d",gp.crystals);
// 객체 이동
player.move();
prin.move(1);
mons1.move(1);
drop_water1.move(3);
drop_water2.move(2);
drop_water3.move(3);
drop_water4.move(2);
// 몬스터와 크리스탈이 충돌했을 때,
if (PA_Distance(mons1.x, mons1.y, ball.x, ball.y) < 32*32) {
gp.score = gp.score+50;
mons1.y = mons1.y-100; // 몬스터가 뒤로 밀리는 현상
mons1.hp = mons1.hp-15; // 몬스터의 피가 15씩 감소
ball.x = -100;
ball.y = -100;
if(mons1.hp<0)
{
gp.oddmonster--;
gp.score = gp.score+100;
mons1.~monster();
}
}
// 물방울을 주인공이 먹었을 때
if (PA_Distance(drop_water1.x, drop_water1.y-240, player.x, player.y) < 16*8) {
drop_water1.x = PA_Rand()%250;
drop_water1.y = 0;
gp.crystals++;
}
if(PA_Distance(drop_water2.x, drop_water2.y-240, player.x, player.y) < 16*8) {
drop_water2.x = PA_Rand()%250;
drop_water2.y = 0;
gp.crystals++;
}
if(PA_Distance(drop_water3.x, drop_water3.y-240, player.x, player.y) < 16*8) {
drop_water3.x = PA_Rand()%250;
drop_water3.y = 0;
gp.crystals++;
}
if(PA_Distance(drop_water4.x, drop_water4.y-240, player.x, player.y) < 16*8) {
drop_water4.x = PA_Rand()%250;
drop_water4.y = 0;
gp.crystals++;
}
// 크리스탈 카운트 ( 떨어지는 물방울을 먹은 개수 만큼 볼 생성 )
if(gp.crystals > 0 )
gp.crystals = ball.move(player.x, gp.crystals); // 볼 생성
/******************************** Motion Area ****************************************/
move_sprite(SPRITE1, player.x, player.y); // hero 좌표 변경 후 출력
move_sprite(SPRITE9, prin.x, prin.y); // princess 좌표 변경 후 출력
dual_move(SPRITE2, drop_water1.x, drop_water1.y); // 물방울 좌표 변경 후 출력
dual_move(SPRITE3, drop_water2.x, drop_water2.y); // 물방울 좌표 변경 후 출력
dual_move(SPRITE4, drop_water3.x, drop_water3.y); // 물방울 좌표 변경 후 출력
dual_move(SPRITE5, drop_water4.x, drop_water4.y); // 물방울 좌표 변경 후 출력
if(mons1.y > 375)
break;
else
dual_move(SPRITE7, mons1.x, mons1.y); // 몬스터 좌표 변경 후 출력
// 크리스탈 좌표 변경 후 출력
if(gp.crystals > 0)
dual_move(SPRITE6, ball.x, ball.y);
PA_WaitForVBL();
}
UnLoad_Screen();
PA_LoadBackground(UP_SCREEN, BG2, &gameover);
PA_LoadBackground(DOWN_SCREEN, BG2, &gameover);
wait(100);
}
int main(void)
{
// Initialise the lib...
PA_Init();
PA_InitVBL();
PA_InitText(1, 0);
// Load the palettes for the sprites on both screens
PA_DualLoadSpritePal(0, (void*)sprite0_Pal);
s32 i; // will be used in for loops to cycle through the frisbees...
PA_InitRand(); // Init the random stuff...
for (i = 0; i < 10; i++){
// Sprite initial position...
frisbee[i].x = (PA_Rand()%256)-16; // random position on the screen
frisbee[i].y = 192+SCREENHOLE + (PA_Rand()%192)-16; // random position on the bottom screen;
// Speed of frisbee in both ways
frisbee[i].vx = 0;
frisbee[i].vy = 0;
frisbee[i].angle = 0;
// Create the sprite on both screens...
PA_DualCreateSprite(FRISBEE+i, (void*)frisbee_Sprite, OBJ_SIZE_32X32, 1, 0, frisbee[i].x-16, frisbee[i].y-16);
PA_DualSetSpriteRotEnable(FRISBEE+i, i); // Enable rotation/zoom, rotset 0
}
while(1)
{
for (i = 0; i < 10; i++){
// Move with the stylus, or move on...
if (PA_MoveSprite(FRISBEE+i)){
frisbee[i].x = PA_MovedSprite.X;
frisbee[i].y = PA_MovedSprite.Y + 192 + SCREENHOLE;
frisbee[i].vx = PA_MovedSprite.Vx; frisbee[i].vy = PA_MovedSprite.Vy;
}
else{
// Now, the frisbee's fixed point position will be updated according to the speed...
frisbee[i].x += frisbee[i].vx;
frisbee[i].y += frisbee[i].vy;
// If the sprite touches the left or right border, flip the horizontal speed
if ((frisbee[i].x - 16 <= 0) && (frisbee[i].vx < 0)) frisbee[i].vx = -frisbee[i].vx;
else if ((frisbee[i].x + 16 >= 256)&&(frisbee[i].vx > 0)) frisbee[i].vx = - frisbee[i].vx;
// Same thing, for top and bottom limits...
if ((frisbee[i].y - 16 <= 0) && (frisbee[i].vy < 0)) frisbee[i].vy = -frisbee[i].vy;
else if ((frisbee[i].y + 16 >= 192 + 192 + SCREENHOLE)&& (frisbee[i].vy > 0)) frisbee[i].vy = - frisbee[i].vy;
// The bottom limit is at the bottom of the bottom screen, so that would be 2 screen heights, plus the space in between...
PA_DualSetSpriteXY(FRISBEE+i, frisbee[i].x-16, frisbee[i].y-16);
}
frisbee[i].angle+=4; // Make the frisbee turn...
PA_DualSetRotsetNoZoom(i, frisbee[i].angle);
}
PA_WaitForVBL(); // Synch to the framerate...
}
return 0;
}
