Exemple #1
0
void RepastHPCDemoModel::initSchedule(repast::ScheduleRunner& runner){
	runner.scheduleEvent(1, repast::Schedule::FunctorPtr(new repast::MethodFunctor<RepastHPCDemoModel> (this, &RepastHPCDemoModel::requestAgents)));
    runner.scheduleEvent(1.1, repast::Schedule::FunctorPtr(new repast::MethodFunctor<RepastHPCDemoModel> (this, &RepastHPCDemoModel::connectAgentNetwork)));
	runner.scheduleEvent(2, 1, repast::Schedule::FunctorPtr(new repast::MethodFunctor<RepastHPCDemoModel> (this, &RepastHPCDemoModel::doSomething)));
	runner.scheduleEvent(3, repast::Schedule::FunctorPtr(new repast::MethodFunctor<RepastHPCDemoModel> (this, &RepastHPCDemoModel::moveAgents)));
	runner.scheduleEndEvent(repast::Schedule::FunctorPtr(new repast::MethodFunctor<RepastHPCDemoModel> (this, &RepastHPCDemoModel::recordResults)));
	runner.scheduleStop(stopAt);
	
	// Data collection
	runner.scheduleEvent(1.5, 5, repast::Schedule::FunctorPtr(new repast::MethodFunctor<repast::DataSet>(agentValues, &repast::DataSet::record)));
	runner.scheduleEvent(10.6, 10, repast::Schedule::FunctorPtr(new repast::MethodFunctor<repast::DataSet>(agentValues, &repast::DataSet::write)));
	runner.scheduleEndEvent(repast::Schedule::FunctorPtr(new repast::MethodFunctor<repast::DataSet>(agentValues, &repast::DataSet::write)));
}
Exemple #2
0
void RepastHPCDemoModel::initSchedule(repast::ScheduleRunner& runner){
	runner.scheduleEvent(1, repast::Schedule::FunctorPtr(new repast::MethodFunctor<RepastHPCDemoModel> (this, &RepastHPCDemoModel::requestAgents)));
	runner.scheduleEvent(2, 1, repast::Schedule::FunctorPtr(new repast::MethodFunctor<RepastHPCDemoModel> (this, &RepastHPCDemoModel::doSomething)));
	runner.scheduleEndEvent(repast::Schedule::FunctorPtr(new repast::MethodFunctor<RepastHPCDemoModel> (this, &RepastHPCDemoModel::recordResults)));
	runner.scheduleStop(stopAt);
}
Exemple #3
0
void BirdModel::initSchedule(repast::ScheduleRunner& runner) {
	runner.scheduleStop(stopAt);

	runner.scheduleEvent(1, 1,
			repast::Schedule::FunctorPtr(
					new repast::MethodFunctor<BirdModel>(this,
							&BirdModel::step)));

	runner.scheduleEvent(1.05, 1,
			repast::Schedule::FunctorPtr(
					new repast::MethodFunctor<BirdModel>(this,
							&BirdModel::synchAgents)));

	// Create a builder for netcdf aggregate data collection
	repast::SVDataSetBuilder testBuilder("./logs/data.csv", ";",
			repast::RepastProcess::instance()->getScheduleRunner().schedule());

	// This is the data source
	BirdData* bData = new BirdData(this);
	testBuilder.addDataSource(
			repast::createSVDataSource("RANDOM_NUMBERS", bData,
					std::plus<int>()));
	repast::DataSet* testDataSet = testBuilder.createDataSet();

	// Schedule the record and write on the dataset
	runner.scheduleEvent(1.1, 1,
			repast::Schedule::FunctorPtr(
					new repast::MethodFunctor<repast::DataSet>(testDataSet,
							&repast::DataSet::record)));

	repast::Schedule::FunctorPtr dataWrite = repast::Schedule::FunctorPtr(
			new repast::MethodFunctor<repast::DataSet>(testDataSet,
					&repast::DataSet::write));

	runner.scheduleEvent(1.2, 1, dataWrite);

	// Make sure we write the data when the sim ends
	runner.scheduleEndEvent(dataWrite);

	/**
	 * NETCDF TEST 2
	 */
	// Create a builder for netcdf aggregate data collection
	repast::SVDataSetBuilder fastBuilder("./logs/fastest.csv", ";",
			repast::RepastProcess::instance()->getScheduleRunner().schedule());

	// This is the data source
	Fastest* fast = new Fastest(this);
	fastBuilder.addDataSource(
			repast::createSVDataSource("NUM_OF_FASTEST_BIRDS", fast,
					std::plus<int>()));
	repast::DataSet* fastDataSet = fastBuilder.createDataSet();

	// Schedule the record and write on the dataset
	runner.scheduleEvent(1.1, 1,
			repast::Schedule::FunctorPtr(
					new repast::MethodFunctor<repast::DataSet>(fastDataSet,
							&repast::DataSet::record)));

	repast::Schedule::FunctorPtr fastWrite = repast::Schedule::FunctorPtr(
			new repast::MethodFunctor<repast::DataSet>(fastDataSet,
					&repast::DataSet::write));

	runner.scheduleEvent(1.2, 1, fastWrite);

	// Make sure we write the data when the sim ends
	runner.scheduleEndEvent(fastWrite);

	/**
	 * NETCDF TEST 3
	 *
	// Create a builder for netcdf aggregate data collection
	repast::SVDataSetBuilder fastBuilder("./logs/fastest.csv", ";",
			repast::RepastProcess::instance()->getScheduleRunner().schedule());

	// This is the data source
	Speed* speed = new Speed(this);
	SpeedBuilder.addDataSource(
			repast::createSVDataSource("SPEED", speed,
					std::plus<int>()));
	repast::DataSet* speedDataSet = speedBuilder.createDataSet();

	// Schedule the record and write on the dataset
	runner.scheduleEvent(1.1, 1,
			repast::Schedule::FunctorPtr(
					new repast::MethodFunctor<repast::DataSet>(speedDataSet,
							&repast::DataSet::record)));

	repast::Schedule::FunctorPtr fastWrite = repast::Schedule::FunctorPtr(
			new repast::MethodFunctor<repast::DataSet>(speedDataSet,
					&repast::DataSet::write));

	runner.scheduleEvent(1.2, 1, speedWrite);

	// Make sure we write the data when the sim ends
	runner.scheduleEndEvent(speedWrite);
	*
	*
	*/
}