cell * create_cell_work(MN * mn, cell * ci, char bdiff, char dflag)
{
cell * c = new_cell();
accept_cell (c,(c_comp *)comp_to_kit(mn));
c->basflg=c->bas1=c->bas2=c->bas3=c->bas4=0;
c->difflg=dflag;
c->bdiff=bdiff; c->reasno=0; c->cg_flag=0; c->dens=255;
if (if_dust(c) & 0x0c) c->flg=c_f_dust;
else c->flg=c_f_bad;
set_bad_cell(c);
c->col += ci->col;
c->r_col += ci->r_col;
c->row += ci->row;
c->r_row += ci->r_row;
c->env->upper += ci->r_row;
c->env->left += ci->r_col;
if( ci->pos_inc&erect_rot )
{
c->pos_inc = erect_rot;
c->stick_inc = ci->stick_inc;
}
else
{
c->stick_inc = NO_INCLINE;
c->pos_inc = erect_no;
}
insert_cell(c,ci);
return c;
}
cell * rest_cell(void *k, cell *ci)
{
cell * c = new_cell();
rest_kit((puchar) c, k);
insert_cell(c,ci);
return c;
}
cell * create_cell(MN * mn, cell * ci, char bdiff, char dflag) {
cell * c = new_cell();
accept_cell(c, (c_comp *) comp_to_kit(mn));
c->basflg = c->bas1 = c->bas2 = c->bas3 = c->bas4 = 0;
c->difflg = dflag;
c->bdiff = bdiff;
c->reasno = 0;
c->cg_flag = 0;
c->dens = 255;
if (if_dust(c) & 0x0c)
c->flg = c_f_dust;
else
c->flg = c_f_bad;
set_bad_cell(c);
c->pos_inc = erect_no;
c->accent_leader = 0;
c->bottom_accent = 0;
c->n_baton = NO_BATONS;
c->flg_new = 0;
c->save_stick_inc = c->stick_inc = NO_INCLINE;
c->cg_flag_fine = 0;
c->dupstart = 0;
c->dupend = 0;
c->dlang_dup = 0; // Nick 17.02.2001 - was error!
insert_cell(c, ci);
return c;
}
void
calculate_grid_backtrack(void)
{
int next_cell;
for (int m = 0; m < 9; m++) {
for (int n = 0; n < 9; n++) {
next_cell = (int)random_in_range(9);
insert_cell(m, n, next_cell);
}
}
}
void insert(K &&key, V &&value)
{
insert_cell(new b_tree_cell{std::move(key), std::move(value)});
}
void insert(const K &key, const V &value)
{
insert_cell(new b_tree_cell{key, value});
}