void Garbage::sendSquirrel( Habitat *origin, Habitat *destination ) {
squirrel->hide();
squirrel->goodsMarker->hide();
destination->incomingSquirrels++;
glm::vec3 pos = *squirrel->getPosition();
AdvancedSprite *newSquirrel = spriteGen->createSquirrel( pos.x, pos.y, pos.z );
newSquirrel->setDestination( destination );
if ( hasGoodsToSend ) {
newSquirrel->setGoods( true );
hasGoodsToSend = false;
garbageBag->hide();
}
PathFinder path;
glm::vec3 destPosition = destination->getPosition();
newSquirrel->path = *path.groundPath(origin->getPosition(), destPosition);
newSquirrel->isMoving = true;
newSquirrel->show();
newSquirrel->goodsSprite->show();
newSquirrel->goodsMarker->show();
departure( "squirrel" );
}
void Garbage::sendCrow( Habitat *origin, Habitat *destination ) {
crow->hide();
crow->goodsMarker->hide();
destination->incomingCrows++;
glm::vec3 pos = *crow->getPosition();
AdvancedSprite *newCrow = spriteGen->createCrow( pos.x, pos.y, pos.z );
newCrow->setDestination( destination );
if ( hasGoodsToSend ) {
newCrow->setGoods( true );
newCrow->goodsSprite->show();
hasGoodsToSend = false;
garbageBag->hide();
}
PathFinder path;
glm::vec3 destPosition = destination->getPosition();
destPosition.y += destination->getHitBox().y / 2.0f;
newCrow->path = *path.flightPath(origin->getPosition(), destPosition);
newCrow->isMoving = true;
newCrow->show();
newCrow->goodsMarker->show();
departure( "crow" );
}
main(){
sim_init();
while (narr < TOTAL_EVENTS){
switch (act()){
case ARRIVAL:
arrival();
break;
case DEPARTURE:
departure();
break;
default:
printf("error in act procedure\n");
exit(1);
break;
} /* end switch */
} /* end while */
printf("Probablity a packet is blocked: \nbatch arrival: %8.4f \nsingle packet arrival: %8.4f\n",
((float) batch_nloss) / batch_packets, ((float) nloss) / (total_packets - batch_packets));
return(0);
} /* end main */
float run() {
int i;
while (narr < total_events) {
switch (act()) {
case ARRIVAL:
arrival();
break;
case DEPARTURE:
departure();
break;
default:
printf("error in act procedure\n");
exit(1);
break;
} /* end switch */
} /* end while */
/* printf("The mean queue length seen by arriving customers is: %8.4f\n",
((float) q_sum) / narr);
printf("Probablity a packet is blocked is: %8.4f\n",
((float) nloss) / narr);
*/
fprintf (stderr, "%.6f\n", ((float) nloss) / narr);
return ((float) nloss) / narr;
} /* end main */
QString JourneyInfo::departureText( bool htmlFormatted, bool displayTimeBold,
bool showRemainingMinutes, bool showDepartureTime,
int linesPerRow ) const
{
QString sTime, sDeparture = departure().toString( "hh:mm" );
if ( htmlFormatted && displayTimeBold ) {
sDeparture = sDeparture.prepend( "<span style='font-weight:bold;'>" ).append( "</span>" );
}
if ( departure().date() != QDate::currentDate() ) {
sDeparture += ", " + DepartureInfo::formatDateFancyFuture( departure().date() );
}
if ( showDepartureTime && showRemainingMinutes ) {
QString sText = durationToDepartureString();
if ( htmlFormatted ) {
sText = sText.replace( QRegExp( "\\+(?:\\s*| )(\\d+)" ),
QString( "<span style='color:%1;'>+ \\1</span>" )
.arg( Global::textColorDelayed().name() ) );
}
if ( linesPerRow > 1 ) {
sTime = QString( htmlFormatted ? "%1<br>(%2)" : "%1\n(%2)" )
.arg( sDeparture ).arg( sText );
} else {
sTime = QString( "%1 (%2)" ).arg( sDeparture ).arg( sText );
}
} else if ( showDepartureTime ) {
sTime = sDeparture;
} else if ( showRemainingMinutes ) {
sTime = durationToDepartureString();
if ( htmlFormatted ) {
sTime = sTime.replace( QRegExp( "\\+(?:\\s*| )(\\d+)" ),
QString( "<span style='color:%1;'>+ \\1</span>" )
.arg( Global::textColorDelayed().name() ) );
}
} else {
sTime.clear();
}
return sTime;
}
int main() {
int i;
initialize();
for (i=0; i<NUM_MAX_EVENTS; i++) {
timing();
statistics();
switch(next_event_type) {
case 0:
arrival();
break;
case 1:
departure();
break;
}
}
printf("The expected number of customer is queue is %f \n", area_num_in_q/sim_time);
return 0;
}
double Model_ExternalShading::intermediate(bool state, double Lumint, double Evg) {
return departure(state, Lumint, Evg);
}