void GenerateThread::run()
{
const int INF=2000000000;
bool impossible, timeExceeded;
gen.generate(INF, impossible, timeExceeded, true); //true means threaded
}
void GenerateMultipleThread::run()
{
genMulti.abortOptimization=false;
time(&initial_time);
for(int i=0; i<nTimetables; i++){
time(&start_time);
bool impossible;
bool timeExceeded;
for(int qq=0; qq<gt.rules.nInternalActivities; qq++)
permutation[qq]=savedPermutation[qq];
emit(timetableStarted(i+1));
semaphoreTimetableStarted.acquire();
genMulti.generate(timeLimit, impossible, timeExceeded, true); //true means threaded
QString s;
bool ok;
myMutex.lock();
if(genMulti.abortOptimization){
myMutex.unlock();
return;
}
else if(impossible){
s=tr("Timetable impossible to generate");
s+=QString(".");
ok=false;
}
else if(timeExceeded){
s=tr("Time exceeded for current timetable");
////////2011-05-26
int mact=maxActivitiesPlaced;
int mseconds=genMulti.timeToHighestStage;
bool zero=false;
if(mseconds==0)
zero=true;
int hh=mseconds/3600;
mseconds%=3600;
int mm=mseconds/60;
mseconds%=60;
int ss=mseconds;
QString tim;
if(hh>0){
tim+=" ";
tim+=tr("%1 h", "hours").arg(hh);
}
if(mm>0){
tim+=" ";
tim+=tr("%1 m", "minutes").arg(mm);
}
if(ss>0 || zero){
tim+=" ";
tim+=tr("%1 s", "seconds").arg(ss);
}
tim.remove(0, 1);
s+=QString(". ");
s+=tr("Max placed activities: %1 (at %2)", "%1 represents the maximum number of activities placed, %2 is a time interval").arg(mact).arg(tim);
///////
s+=QString(".");
ok=false;
}
else{
ok=true;
time_t finish_time;
time(&finish_time);
int seconds=int(finish_time-start_time);
int hours=seconds/3600;
seconds%=3600;
int minutes=seconds/60;
seconds%=60;
QString tmp;
genMulti.c.fitness(gt.rules, &tmp);
s=tr("Timetable has %1 soft conflicts factor and was generated in %2 hours, %3 minutes and %4 seconds")
.arg(CustomFETString::number(genMulti.c.conflictsTotal))
.arg(hours)
.arg(minutes)
.arg(seconds);
s+=QString(".");
}
myMutex.unlock();
emit(timetableGenerated(i+1, s, ok));
semaphoreTimetableFinished.acquire();
}
emit(finished());
}
