How to use

self

method

in

com.github.rinde.rinsim.scenario.Scenario$Builder

/**
 * Removes all events that do not satisfy <code>filter</code>.
 * @param filter The {@link Predicate} that specifies which
 *          {@link TimedEvent}s will be retained.
 * @return This, as per the builder pattern.
 */
public Builder filterEvents(Predicate<? super TimedEvent> filter) {
 eventList.retainAll(Collections2.filter(eventList, filter));
 return self();
}

/**
 * Removes all events that do not satisfy <code>filter</code>.
 * @param filter The {@link Predicate} that specifies which
 *          {@link TimedEvent}s will be retained.
 * @return This, as per the builder pattern.
 */
public Builder filterEvents(Predicate<? super TimedEvent> filter) {
 eventList.retainAll(Collections2.filter(eventList, filter));
 return self();
}

/**
 * Removes all previously added model builders that are an instance of the
 * specified type.
 * @param type All model builders that are instance of this type are
 *          removed.
 * @param <T> The type.
 * @return This, as per the builder pattern.
 */
public <T extends ModelBuilder<?, ?>> Builder removeModelsOfType(
  Class<T> type) {
 final List<ModelBuilder<?, ?>> toRemove = new ArrayList<>();
 for (final ModelBuilder<?, ?> mb : modelBuilders) {
  if (type.isInstance(mb)) {
   toRemove.add(mb);
  }
 }
 modelBuilders.removeAll(toRemove);
 return self();
}

  .iterator().next()));
return self();

  .iterator().next()));
return self();

/**
 * Removes all previously added model builders that are an instance of the
 * specified type.
 * @param type All model builders that are instance of this type are
 *          removed.
 * @param <T> The type.
 * @return This, as per the builder pattern.
 */
public <T extends ModelBuilder<?, ?>> Builder removeModelsOfType(
  Class<T> type) {
 final List<ModelBuilder<?, ?>> toRemove = new ArrayList<>();
 for (final ModelBuilder<?, ?> mb : modelBuilders) {
  if (type.isInstance(mb)) {
   toRemove.add(mb);
  }
 }
 modelBuilders.removeAll(toRemove);
 return self();
}

/**
 * Adds the model builders. The builders will be used to instantiate
 * {@link Model}s needed for the scenario.
 * @param builders The model builders to add.
 * @return This, as per the builder pattern.
 */
public Builder addModels(Iterable<? extends ModelBuilder<?, ?>> builders) {
 Iterables.addAll(modelBuilders, builders);
 return self();
}

/**
 * The {@link ProblemClass} to use for the next scenario that is created.
 * @param pc The problem class to use.
 * @return This, as per the builder pattern.
 */
public Builder problemClass(ProblemClass pc) {
 problemClass = pc;
 return self();
}

/**
 * Add the specified {@link TimedEvent}s to the builder.
 * @param events The events to add.
 * @return This, as per the builder pattern.
 */
public Builder addEvents(Iterable<? extends TimedEvent> events) {
 for (final TimedEvent te : events) {
  addEvent(te);
 }
 return self();
}

/**
 * Adds the model builder. The builders will be used to instantiate
 * {@link Model}s needed for the scenario.
 * @param modelBuilder The model builder to add.
 * @return This, as per the builder pattern.
 */
public Builder addModel(ModelBuilder<?, ?> modelBuilder) {
 modelBuilders.add(modelBuilder);
 return self();
}

/**
 * Removes all events.
 * @return This, as per the builder pattern.
 */
public Builder clearEvents() {
 eventList.clear();
 return self();
}

/**
 * Adds the model builder. The builders will be used to instantiate
 * {@link Model}s needed for the scenario.
 * @param modelBuilder The model builder to add.
 * @return This, as per the builder pattern.
 */
public Builder addModel(ModelBuilder<?, ?> modelBuilder) {
 modelBuilders.add(modelBuilder);
 return self();
}

/**
 * Add the specified {@link TimedEvent} to the builder.
 * @param event The event to add.
 * @return This, as per the builder pattern.
 */
public Builder addEvent(TimedEvent event) {
 eventList.add(event);
 return self();
}

/**
 * Removes all events.
 * @return This, as per the builder pattern.
 */
public Builder clearEvents() {
 eventList.clear();
 return self();
}

/**
 * Adds the model builders. The builders will be used to instantiate
 * {@link Model}s needed for the scenario.
 * @param builders The model builders to add.
 * @return This, as per the builder pattern.
 */
public Builder addModels(Iterable<? extends ModelBuilder<?, ?>> builders) {
 Iterables.addAll(modelBuilders, builders);
 return self();
}

/**
 * Add the specified {@link TimedEvent} to the builder.
 * @param event The event to add.
 * @return This, as per the builder pattern.
 */
public Builder addEvent(TimedEvent event) {
 eventList.add(event);
 return self();
}

/**
 * The instance id to use for the next scenario that is created.
 * @param id The id to use.
 * @return This, as per the builder pattern.
 */
public Builder instanceId(String id) {
 instanceId = id;
 return self();
}

/**
 * The {@link ProblemClass} to use for the next scenario that is created.
 * @param pc The problem class to use.
 * @return This, as per the builder pattern.
 */
public Builder problemClass(ProblemClass pc) {
 problemClass = pc;
 return self();
}

/**
 * The instance id to use for the next scenario that is created.
 * @param id The id to use.
 * @return This, as per the builder pattern.
 */
public Builder instanceId(String id) {
 instanceId = id;
 return self();
}

/**
 * Add the specified {@link TimedEvent}s to the builder.
 * @param events The events to add.
 * @return This, as per the builder pattern.
 */
public Builder addEvents(Iterable<? extends TimedEvent> events) {
 for (final TimedEvent te : events) {
  addEvent(te);
 }
 return self();
}