void scrolling(t_bunny_pixelarray *pix, int *i)
{
static t_scrolling **scroll = NULL;
static unsigned int *pixel[NB_SCROLLS];
int x;
int k;
int p;
*i = (*i - 1 + WIDTH) % WIDTH;
full_color(pix, BLACK);
if (scroll == NULL)
{
if ((scroll = bunny_malloc(sizeof(t_scrolling*) * (NB_SCROLLS + 1))) == NULL)
return ;
k = -1;
while (++k < NB_SCROLLS && (scroll[k] = init_scroll(k)))
pixel[k] = (unsigned int *)scroll[k]->pix->pixels;
}
k = -1;
while (++k < NB_SCROLLS && (p = -1))
while (++p <= WIDTH / scroll[k]->pix->clipable.clip_width && (x = -1))
while (++x < scroll[k]->pix->clipable.clip_width *
(scroll[k]->pix->clipable.clip_height - 1))
t_tekpixel(pix, scroll[k]->pos + x / scroll[k]->pix->clipable.clip_width,
((*i * scroll[k]->vit) + x % scroll[k]->pix->clipable.clip_width +
p * scroll[k]->pix->clipable.clip_width) % WIDTH, pixel[k][x]);
}
int main( void ){
// Initialization
int i,j;
bst_t* tree = NULL;
SystemInit();
init_scroll();
GLCD_Clear( Blue );
tree = malloc(sizeof(bst_t));
bst_init(tree);
// Insertion
for (i=0; i<100; i++) bst_insert(tree, value_array[i]);
printf("0 | %d, %d\n",bst_min(tree), bst_max(tree));
// Deletion
for (i=0; i<5; i++){
for (j=0; j<20; j++) bst_erase(tree, erase_array[i][j]);
printf("%d | %d, %d\n", i+1, bst_min(tree), bst_max(tree));
}
// Destruction
bst_destroy(tree);
while ( 1 ) {
/* An emebedded system does not terminate... */
}
}
void print_scroll(char *s)
{
//teks_layar4(x, y, " ");
//teks_layar4(x, y, s);
y = y+10;
if (y > 238) init_scroll();
}
void print_scroll(char *s)
{
y = y+10;
if (y > 238) init_scroll();
}
