Unit *getNextUnit()
{
UnitTime ut = time_queue.top();
time_queue.pop();
ticks = ut.tick;
return (current_unit = ut.unit);
}
void get_next(fractional_t &t)
{
TestPoints* pt;
do // avoid duplicates
{
pt = queue.top();
queue.pop();
t = pt->get_cur();
pt->next();
queue.push(pt);
} while (t == last);
last = t;
}
void init(const fractional_t &speed,
const fractional_t &min_time)
{
last = -1;
// clean out queue
while (!queue.empty())
queue.pop();
// add all iterators
for (unsigned int i = 0; i < ts.get_task_count(); i++)
{
pts[i].init(ts[i], speed, min_time);
queue.push(pts + i);
}
}
int addUnitToQueue( Unit* unit, unsigned long ticks_from_now )
{
if (unit == NULL || ticks_from_now < 0)
return -1;
time_queue.push( UnitTime( ticks_from_now + ticks, unit ) );
return 0;
}
