static void my_check(t_btree **root, t_btree **n, t_btree *add,
int is_parent_at_left)
{
t_btree *y;
if (is_parent_at_left)
y = (*n)->parent->parent->right;
else
y = (*n)->parent->parent->left;
if (y && y->color == RB_RED)
{
y->color = RB_BLACK;
(*n)->parent->color = RB_BLACK;
(*n)->parent->parent->color = RB_RED;
*n = (*n)->parent->parent;
}
else
{
if ((is_parent_at_left && (*n == (*n)->parent->right))
|| (!is_parent_at_left && add == (*n)->parent->left))
{
*n = (*n)->parent;
my_rotate(root, *n, is_parent_at_left);
}
(*n)->parent->color = RB_BLACK;
(*n)->parent->parent->color = RB_RED;
my_rotate(root, (*n)->parent->parent, !is_parent_at_left);
}
}
void check_obj(t_rtv *rtv, t_coord *light,
double norme[3])
{
if (rtv->color == SPHERE)
{
norme[0] = light->xo - rtv->sph.tab[rtv->obj][1];
norme[1] = light->yo - rtv->sph.tab[rtv->obj][2];
norme[2] = light->zo - rtv->sph.tab[rtv->obj][3];
}
else if (rtv->color == CYLINDR)
{
my_rotate(light, rtv->cyl.tab[rtv->obj][4], rtv->cyl.tab[rtv->obj][5],
rtv->cyl.tab[rtv->obj][6]);
norme[0] = light->xo - rtv->cyl.tab[rtv->obj][1];
norme[1] = light->yo - rtv->cyl.tab[rtv->obj][2];
my_rotate(light, rtv->cyl.tab[rtv->obj][4], rtv->cyl.tab[rtv->obj][5],
rtv->cyl.tab[rtv->obj][6]);
}
else if (rtv->color == CONE)
{
my_rotate(light, rtv->cone.tab[rtv->obj][4], rtv->cone.tab[rtv->obj][5],
rtv->cone.tab[rtv->obj][6]);
norme[0] = light->xo - rtv->cone.tab[rtv->obj][1];
norme[1] = light->yo - rtv->cone.tab[rtv->obj][2];
my_rotate(light, rtv->cone.tab[rtv->obj][4], rtv->cone.tab[rtv->obj][5],
rtv->cone.tab[rtv->obj][6]);
}
}
int my_init2(int *pile1, int *pile2, int *s, int r[3][5])
{
r[1][0] = my_swap(pile1, s[1], 1);
r[1][1] = my_rotate(pile1, s[1], 1);
r[1][2] = my_reverse(pile1, s[1], 1);
r[2][0] = my_swap(pile2, s[2], -1);
r[2][1] = my_rotate(pile2, s[2], -1);
r[2][2] = my_reverse(pile2, s[2], -1);
return (1);
}
int main(int argc, char **argv)
{
static t_list *mapile = NULL;
static t_list *stack2 = NULL;
static t_list *lc = NULL;
t_var var;
var.i = 1;
while (argv[var.i])
{
my_push(&mapile, my_getnbr(argv[var.i]));
var.i = var.i + 1;
}
my_reverse_doc(&mapile);
while (my_is_empty(mapile) != -1)
{
var.len = my_length(mapile);
var.nb = my_min_doc(mapile, stack2, &var.pos);
while (var.pos != 0)
{
my_rotate(&mapile);
my_var_ini(&var.i, &var.pos, 1, mapile);
}
my_delete_first(&mapile, &stack2);
my_var_ini(&var.i, &var.pos, 2, mapile);
}
my_putchar('\n');
}
