int Drill::deltaConf(int *input) {
int out = lambda();
time_remaining = 0;
parts += *input;
if(expire->getRealTime() < process_time) {
timeAdvance(parts, process_time);
return out;
}
parts -= 1;
timeAdvance(parts, process_time);
return out;
}
int Drill::deltaInternal() {
int out = lambda();
if(parts > 0) {
parts -= 1;
throwEvent(1);
timeAdvance(parts, process_time);
} else {
throwEvent(1);
timeAdvance(0, process_time);
}
return out;
}
InternalEvent * Simulator::buildInternalEvent(const Time& currentTime)
{
Time time(timeAdvance());
if (not isInfinity(time)) {
return new InternalEvent(currentTime + time, this);
} else {
return 0;
}
}
void Drill::deltaExternal(Time2D *time, int *input) {
double current_time = time->getRealTime();
time_remaining = expire->getRealTime() - current_time;
std::cout << "DE-" << this->name << ":TR " << time_remaining << std::endl;
parts += *input;
if(time_remaining <= 0) {
time_remaining = process_time;
}
timeAdvance(parts, time_remaining);
}
/************** DEVS functions *****************/
vd::Time init(vd::Time time) override
{
devs_state = INIT;
processIn(time, INTERNAL);
return timeAdvance();
}
virtual devs::Time init(devs::Time time) override
{
internalTransition(time);
return timeAdvance();
}
