import mecsyco.core.agent.EventMAgent;
import mecsyco.core.coupling.CentralizedEventCouplingArtifact;
import mecsyco.core.exception.CausalityException;


public class Launcher {
	  public final static double maxSimulationTime = 10;
	  
	  public static void main(String args[]) {

	    /**********************************/
	    /**** AGENTS & MODEL ARTEFACTS ****/
	    /**********************************/

	    // First agent with first model (model1)
	    EventMAgent agent1 = new EventMAgent("Name1",maxSimulationTime);
	    MyModel1Artefact ModelArtefact1 = new MyModel1Artefact();
	    agent1.setModelArtefact(ModelArtefact1);

	    // Second agent with second model (model2)
	    EventMAgent agent2 = new EventMAgent("Name2",maxSimulationTime);
	    MyModel2Artefact ModelArtefact2 = new MyModel2Artefact();
	    agent2.setModelArtefact(ModelArtefact2);


	    /****************************/
	    /**** COUPLING ARTEFACTS ****/
	    /****************************/

	    //        Model1                      Model2
	    //   .--------------.            .--------------.
	    //   | .---.      .---.        .---.      .---. |
	    //   | | y |------| y |<-------| Y |------| Y | |
	    //   | '---'      '---'        '---'      '---' |
	    //   |              |            |              |
	    //   | .---.      .---.        .---.      .---. |
	    //   | | X |------| X |------->| x |------| x | |
	    //   | '---'      '---'        '---'      '---' |
	    //   '--------------'            '--------------'
	    //
	    // "y" and "X" are model1's state variables (typed Double)
	    // "Y" and "x" are model2's state variables (typed Double)
	    // We consider that the port names correspond to the state variable with which they are linked
	    // During the simulation, X and Y are exchanged and models states are modified,
	    // with model1.y = model2.Y and model2.x = model1.X

	    CentralizedEventCouplingArtifact couplingFrom1To2 = new CentralizedEventCouplingArtifact();
	    CentralizedEventCouplingArtifact couplingFrom2To1 = new CentralizedEventCouplingArtifact();
	 
	    // Agent1 will update "y" with the value received from couplingFrom2To1 (input events)
	    // Agent2 will update "x" with the value received from couplingFrom1To2 (input events)
	    agent1.addInputCouplingArtifact(couplingFrom2To1, "y");
	    agent2.addInputCouplingArtifact(couplingFrom1To2, "x");

	    // Agent1 will send "X" to couplingFrom1To2 (output events)
	    // Agent2 will send "Y" to couplingFrom2To1 (output events)
	    agent1.addOutputCouplingArtifact(couplingFrom1To2, "X");
	    agent2.addOutputCouplingArtifact(couplingFrom2To1, "Y");


	    /*******************************/
	    /**** MODELS INITIALIZATION ****/
	    /*******************************/
	 
	    // Start the simulation softwares associated to model1 and model2
	    // This is not systematically necessary, it depends on the simulation software used
	    agent1.startModelSoftware();
	    agent2.startModelSoftware();

	    // Initialize model1 and model2 parameters
	    // e.g. time discretization or constants
	    // This is not systematically necessary, it depends on the model
	    String [] args_model1 = { "0.001" };
	    String [] args_model2 = { "0.01" };
	    agent1.setModelParameters(args_model1);
	    agent2.setModelParameters(args_model2);

	    /***************************************/
	    /**** CO-SIMULATION INIT & STARTING ****/
	    /***************************************/

	    try {
	      // Co-initialization with first exchanges
	      // This is necessary only when the model initial states are co-dependent
	      agent1.coInitialize();
	      agent2.coInitialize();

	      // Start the co-simulation
	      agent1.start();
	      agent2.start();
	    
	    // This should never happen
	    } catch (CausalityException e) {
	      e.printStackTrace();
	    }
	  }
	}