/**
* Schedules this event to act the given entities at the specified point in simulation time
* determined by a sample from the distribution provided to the method. The sample is interpreted
* as offset from the the present time in the reference time unit.
*
* @param who1 E : The first entity this event happens to
* @param who2 F : The second entity this event happens to
* @param dist NumericalDist<?> : Numerical distribution to sample the offset to the current
* simulation time from
* @see SimClock
*/
public void schedule(E who1, F who2, NumericalDist<?> dist) {
if ((dist == null)) {
sendWarning(
"Can't schedule Event!",
"Event : " + getName() + " Method: schedule(E who1, F who2, NumericalDist<?> dist)",
"The NumericalDist given as parameter is a null reference.",
"Be sure to have a valid NumericalDist reference before calling " + "this method.");
return; // no proper parameter
}
if ((who1 == null)) {
sendWarning(
"Can't schedule Event!",
"Event : " + getName() + " Method: schedule(E who1, F who2, NumericalDist<?> dist)",
"The first entity given as parameter is a null reference.",
"Be sure to have a valid Entity reference for this event to " + "be scheduled with.");
return; // no proper parameter
}
if ((who2 == null)) {
sendWarning(
"Can't schedule Event!",
"Event : " + getName() + " Method: schedule(E who1, F who2, NumericalDist<?> dist)",
"The second entity given as parameter is a null reference.",
"Be sure to have a valid Entity reference for this event to " + "be scheduled with.");
return; // no proper parameter
}
if (isScheduled()) {
sendWarning(
"Can't schedule Event! Command ignored.",
"Event : " + getName() + " Method: schedule(E who1, F who2, NumericalDist<?> dist)",
"The event to be scheduled is already scheduled.",
"Use method events only once, do not use them multiple " + "times.");
return; // was already scheduled
}
if (!isModelCompatible(who1)) {
sendWarning(
"Can't schedule Event! Command ignored",
"Entity : " + getName() + " Method: schedule(E who1, F who2, NumericalDist<?> dist)",
"The first entity to be scheduled with this event is not " + "modelcompatible.",
"Make sure to use compatible model components only.");
return; // is not compatible
}
if (!isModelCompatible(who2)) {
sendWarning(
"Can't schedule Event! Command ignored",
"Entity : " + getName() + " Method: schedule(E who1, F who2, NumericalDist<?> dist)",
"The second entity to be scheduled with this event is not " + "modelcompatible.",
"Make sure to use compatible model components only.");
return; // is not compatible
}
// determine time span
TimeSpan dt = dist.sampleTimeSpan();
// generate trace
this.generateTraceForScheduling(
who1,
who2,
null,
null,
null,
TimeOperations.add(presentTime(), dt),
" Sampled from " + dist.getQuotedName() + ".");
// schedule Event
getModel().getExperiment().getScheduler().schedule(who1, who2, this, dt);
if (currentlySendDebugNotes()) {
sendDebugNote(
"schedules on EventList<br>" + getModel().getExperiment().getScheduler().toString());
}
}
/**
* Returns a <code>SimTime</code> object representing the time it takes to unload the containers
* (goods) with the transporter or crane. The time is taken from the given random number stream
* unloadTimeStream.
*
* @return desmoj.SimTime : The time it takes to unload the containers (goods) with the
* transporter/crane.
*/
protected SimTime getUnloadTimeSample() {
return new SimTime(unloadTimeStream.sample().doubleValue());
}
