void setupRound()
{
// Clear Screen
PA_ClearTextBg(SCREEN_TOP);
// Reset paddles and ball
PA_SetSpriteXY(SCREEN_BOTTOM, BALL_BOTTOM, -BALL_WIDTH, -BALL_HEIGHT);
PA_SetSpriteXY(SCREEN_TOP, BALL_TOP, -BALL_WIDTH, -BALL_HEIGHT);
ball.x = SCREEN_WIDTH/2-BALL_WIDTH/2;
ball.y = SCREEN_HEIGHT-BALL_HEIGHT/2;
ball.vx = 1+((float)PA_RandMax(10)/10);
ball.vy = -2-((float)PA_RandMax(5*game.score)/10);
ball.ax = 0;
ball.ay = 0;
game.smartAI = 0;
testBall.x = 0;
testBall.y = 0;
testBall.vx = 0;
testBall.vy = 0;
testBall.ax = 0;
testBall.ay = 0;
if(PA_RandMax(1)) ball.vx = -ball.vx;
theirPaddle.x = SCREEN_WIDTH/2-PADDLE_WIDTH/2;
theirPaddle.y = 0;
myPaddle.x = SCREEN_WIDTH/2-PADDLE_WIDTH/2;
myPaddle.y = SCREEN_HEIGHT-PADDLE_HEIGHT;
game.gameover = false;
}
int main(int argc, char ** argv)
{
PA_Init();
PA_InitVBL();
PA_Init3D(); // Regular init for the 3D sprite system
PA_Reset3DSprites();
PA_InitText(0, 1);
PA_OutputSimpleText(0, 4, 1, "Create texture from FAT");
fatInitDefault(); // Init for libfat. Automatically sets up DLDI and everything else you need for basic FAT access.
PA_FatInitAllBuffers(); // Initialize all the memory buffers used by the FAT loading system
PA_FatSetBasePath("/DemoFiles/data"); // Set a base path from the card root to load your asset files from
// Within this base asset folder:
// all background binaries should be in /bg/
// sprite and sprite palette binaries in /sprites/
// and RAW format sound files in /sfx/
// Load a sprite image from FAT to VRAM. It works just like PA_3DCreateTex!
u16 gfx = PA_FatEasy3DCreateTex("pokekun", // Name of a texture binary created with PAGfx (without "_Texture.bin")
32, // Texture width
64, // Texture height
TEX_256COL); // 256 color texture (see TEX_16COL, TEX_4COL, etc.)
// Create a palette for the 3D sprites that will be created later. It works just like PA_Load3DSpritePal!
PA_FatEasyLoad3DSpritePal(0, // Sprite palette number
"pokekun"); // Name of a palette binary in EFS created by PAGfx (without the "_Pal.bin")
PA_OutputSimpleText(0, 1, 22, "Press A to create a 3D sprite!");
u16 nsprites0 = 0; // Number of 3D sprites created
while(1)
{
if (Pad.Newpress.A && nsprites0 < 1024) // You can have 1024 3D sprites!!!
{
// Since the sprite is already in VRAM you can just use the normal PA_3DCreateSpriteFromTex function
PA_3DCreateSpriteFromTex(nsprites0, // Next sprite to load...
gfx, // texture in VRAM to use, no image copying !
32, 64, 0, PA_RandMax(240), PA_RandMax(160)); // The rest is like normal 3D sprites
++nsprites0; // Next time, load the next sprite number
}
PA_WaitForVBL();
PA_3DProcess();
}
return 0;
}
void CDeck::pickCard(typecard* p_card, int p_playerID) {
// Randomly pick a card in the deck
p_card->first = PA_RandMax(2);
p_card->second = PA_RandMax(9);
while (m_cardfrequency[*p_card] <= 0) {
p_card->first = PA_RandMax(2);
p_card->second = PA_RandMax(9);
}
if (p_playerID == HUMAN_GET) { // Receive the information
p_card->first = l_wifi.getIntInfo();
p_card->second = l_wifi.getIntInfo();
}
if (p_playerID == HUMAN_SEND) { // Send the information
l_wifi.sendIntInfo(p_card->first);
l_wifi.sendIntInfo(p_card->second);
}
m_cardfrequency[*p_card]--;
}
int _ds_objects_b11o06_manage(void *objp) {
ds_t_object *object = objp;
ds_t_object *particle;
int res;
res = ds_objects_lib_beh_disk(object, 1,
79, // 1.27 / 1.6
5, 2, 4,
-1, // ...
3, 4, 4);
if (res) {
// Particle creation!
ds_music_playSound("DiscBullet", 0, 0);
int i,s,sx,sy;
for (i=0; i<17; i++) {
s = PA_RandMax(35) + 20; // Speed - RAND(35)+20
particle = ds_objects_createParticle(object->x + 8, object->y - 4, object->layer, 40);
if (i == 0) {
sy = 0;
} else if (i < 8) {
sy = 0 - ((s / 7) * i);
} else if (i == 8) {
sy = -s;
} else if (i < 16) {
sy = 0 - ((s / 7) * (16 - i));
} else {
sy = 0;
}
sx = (90 - (11.25 * i));
if (sx > 0)
sx = sqrt((s*s) - (sy*sy));
else
sx = 0 - sqrt((s*s) - (sy*sy));
ds_objects_lib_beh_particleMMF2_Init(particle,
sx,
sy,
0, 20, 3);
}
ds_objects_setBlink(object, DS_C_GAMESTATUS_BLINK);
}
return 1;
}
int main(int argc, char ** argv)
{
PA_Init();
PA_InitVBL();
PA_InitText(0, 0);
PA_OutputSimpleText(0, 6, 1, "Create GFX from FAT");
fatInitDefault(); // Init for libfat. Automatically sets up DLDI and everything else you need for basic FAT access.
PA_FatInitAllBuffers(); // Initialize all the memory buffers used by the FAT loading system
PA_FatSetBasePath("/DemoFiles/data"); // Set a base path from the card root to load your asset files from
// Within this base asset folder:
// all background binaries should be in /bg/
// sprite and sprite palette binaries in /sprites/
// and RAW format sound files in /sfx/
u16 gfx[2];
// Load a sprite image from FAT to VRAM. It works just like PA_CreateGfx!
gfx[0] = PA_FatEasyCreateGfx(0, // Screen
"pokekun", // Name of a sprite binary created with PAGfx (without the "_Sprite.bin")
OBJ_SIZE_32X64, // Sprite size macro
1); // 256 color sprite
// Let's make another one for the top screen
gfx[1] = PA_FatEasyCreateGfx(1, "pokekun", OBJ_SIZE_32X64, 1);
// Create some palettes for sprites that will be created later. It works just like PA_LoadSpritePal!
PA_FatEasyLoadSpritePal(0, // Screen
0, // Sprite palette number
"pokekun"); // Name of a palette binary in EFS created by PAGfx (without the "_Pal.bin")
// for the top screen, too
PA_FatEasyLoadSpritePal(1, 0, "pokekun");
PA_OutputSimpleText(0, 0, 20, "Press A to create a sprite on\nthe bottom screen, B for one on\nthe top screen");
u8 nsprites0 = 0; // Number of sprites on the bottom screen
u8 nsprites1 = 0; // Top screen
while(1)
{
if (Pad.Newpress.A && nsprites0 < 128)
{
// Since the sprite is already in VRAM you can just the normal PA_CreateSpriteFromGfx
PA_CreateSpriteFromGfx(0, // screen
nsprites0, // Next sprite to load...
gfx[0], // image to use in memory, no image copying !
OBJ_SIZE_32X64, 1, 0, PA_RandMax(224), PA_RandMax(128)); // The rest is like normal sprites
++nsprites0; // Next time, load the next sprite number
}
if (Pad.Newpress.B && nsprites1 < 128)
{
PA_CreateSpriteFromGfx(1, nsprites1, gfx[1], OBJ_SIZE_32X64, 1, 0, PA_RandMax(224), PA_RandMax(128));
++nsprites1;
}
PA_WaitForVBL();
}
return 0;
}
