int main(void)
{
int i;
i = NBR_PHILO;
while (i--)
{
if (create_fork())
return (1);
if (create_philo())
return (1);
}
join_lists();
fill_o_phils();
// test id mutex
// thread_init();
return (0);
}
static void
random_storm(Storm * st)
{
int i, j, tmp;
XPoint p;
for (i = 0; i < st->multi_strike; i++) {
st->bolts[i].end1.x = NRAND(st->scr_width);
st->bolts[i].end1.y = 0;
st->bolts[i].end2.x = NRAND(st->scr_width);
st->bolts[i].end2.y = st->scr_height;
st->bolts[i].wiggle_number = WIGGLE_BASE + NRAND(MAX_WIGGLES);
if ((st->bolts[i].flash = flashing_strike()))
flash_duration(&(st->bolts[i].flash_begin), &(st->bolts[i].flash_stop),
st->bolts[i].wiggle_number);
else
st->bolts[i].flash_begin = st->bolts[i].flash_stop = 0;
st->bolts[i].wiggle_amount = WIGGLE_AMOUNT;
if (i == 0)
st->bolts[i].delay_time = NRAND(DELAY_TIME_AMOUNT);
else
st->bolts[i].delay_time = NRAND(DELAY_TIME_AMOUNT) +
(MULTI_DELAY_TIME_BASE * i);
st->bolts[i].strike_level = FIRST_LEVEL_STRIKE;
tmp = 0;
generate(st->bolts[i].end1, st->bolts[i].end2, BOLT_ITERATION,
st->bolts[i].middle, &tmp);
st->bolts[i].fork_number = 0;
st->bolts[i].visible = 0;
for (j = 0; j < BOLT_VERTICIES; j++) {
if (st->bolts[i].fork_number >= 2)
break;
if (NRAND(100) < RANDOM_FORK_PROBILITY) {
p.x = NRAND(st->scr_width);
p.y = st->scr_height;
st->bolts[i].forks_start[st->bolts[i].fork_number] = j;
create_fork(&(st->bolts[i].branch[st->bolts[i].fork_number]),
st->bolts[i].middle[j], p, j);
st->bolts[i].fork_number++;
}
}
}
}
