A Simple Discrete-Event Simulation: Part 51

Today I tried a configuration that included instances of consecutively linked Path components, one exclusive and one non-exclusive. They both worked the way I intended them to once I cleaned up a couple of typos.

Here’s the new code that sets the configuration.

    //schedule for seven hours of arrivals in half-hour blocks
    var arrivalSchedule = [0,0,1,5,6,6,7,8,5,4,3,1,0,0]; 
    var entryDistribution = [[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0]];
    
    var arrival1 = new ArrivalsComponent(30.0,arrivalSchedule,entryDistribution);
    arrival1.defineDataGroup(90,2,80,"#00FFFF","#FF0000","#FFFF00");

    var routingTable = [1.0];
    var entry1 = new EntryComponent(2.0,routingTable);
    entry1.defineDataGroup(90,105,80,"#00FFFF","#FF0000","#FFFF00");
    entry1.setRoutingMethod(3);  //1 single connection, 2 distribution logic, 3 model logic
    
    arrival1.assignNextComponent(entry1);
    
    var pathA = new PathComponent();
    pathA.setStartPoint(168,168);
    pathA.setEndPoint(140,180);
    pathA.setSpeedTime(10.0,1.0);
    pathA.calcPathLength();
    
    entry1.assignNextComponent(pathA);
    pathA.assignPreviousComponent(entry1);

    var pathB = new PathComponent();
    pathB.setStartPoint(140,180);
    pathB.setEndPoint(168,193);
    pathB.setSpeedTime(10.0,1.0);
    pathB.calcPathLength();
    
    var queue0 = new QueueComponent(2.0,6.0);
    queue0.defineDataGroup(90,193,80,"#00FFFF","#FF0000","#FFFF00");
    queue0.setRoutingMethod(2);  //1 single connection, 2 distribution logic, 3 model logic

    pathB.assignNextComponent(queue0);
    queue0.assignPreviousComponent(pathB);
    
    pathA.assignNextComponent(pathB);
    pathB.assignPreviousComponent(pathA);
    
    var path1A = new PathComponent();
    path1A.setStartPoint(170,304);
    path1A.setEndPoint(30,316);
    path1A.setSpeedTime(20,1.0);
    path1A.calcPathLength();

    queue0.assignNextComponent(path1A);
    path1A.assignPreviousComponent(queue0);

    var path1B = new PathComponent();
    path1B.setStartPoint(30,316);
    path1B.setEndPoint(95,329);
    path1B.setSpeedTime(20,1.0);
    path1B.calcPathLength();

    var path2 = new PathComponent();
    path2.setStartPoint(170,304);
    path2.setEndPoint(245,329);
    path2.setSpeedTime(20,1.0);
    path2.calcPathLength();

    queue0.assignNextComponent(path2);
    path2.assignPreviousComponent(queue0);
    
    var queue1 = new QueueComponent(2.0,3.0,3); 
    queue1.defineDataGroup(5,329,80,"#00FFFF","#FF0000","#FFFF00");
    queue1.setRoutingMethod(1);  //1 single connection, 2 distribution logic, 3 model logic
    queue1.setExclusive(true);
    
    path1B.assignNextComponent(queue1);
    queue1.assignPreviousComponent(path1B);

    path1A.assignNextComponent(path1B);
    path1B.assignPreviousComponent(path1A);
    
    var queue2 = new QueueComponent(2.0,3.0,3); 
    queue2.defineDataGroup(175,329,80,"#00FFFF","#FF0000","#FFFF00");
    queue2.setRoutingMethod(1);  //1 single connection, 2 distribution logic, 3 model logic
    queue2.setExclusive(true);
    
    path2.assignNextComponent(queue2);
    queue2.assignPreviousComponent(path2);

    var path3 = new PathComponent();
    path3.setStartPoint(95,440);
    path3.setEndPoint(95,465);
    path3.setSpeedTime(20,1.0);
    path3.calcPathLength();
    
    queue1.assignNextComponent(path3);
    path3.assignPreviousComponent(queue1);
    
    var path4 = new PathComponent();
    path4.setStartPoint(245,440);
    path4.setEndPoint(245,465);
    path4.setSpeedTime(20,1.0);
    path4.calcPathLength();
    
    queue2.assignNextComponent(path4);
    path4.assignPreviousComponent(queue2);
    
    var process1 = new ProcessComponent(2.0,10.0);
    process1.defineDataGroup(5,465,80,"#00FFFF","#FF0000","#FFFF00");
    process1.setExclusive(true);
    process1.setRoutingMethod(1);  //1 single connection, 2 distribution logic, 3 model logic

    path3.assignNextComponent(process1);
    process1.assignPreviousComponent(path3);
    
    var process2 = new ProcessComponent(2.0,10.0);
    process2.defineDataGroup(175,465,80,"#00FFFF","#FF0000","#FFFF00");
    process2.setExclusive(true);
    process2.setRoutingMethod(1);  //1 single connection, 2 distribution logic, 3 model logic

    path4.assignNextComponent(process2);
    process2.assignPreviousComponent(path4);
    
    var path5 = new PathComponent();
    path5.setStartPoint(95,539);
    path5.setEndPoint(170,564);
    path5.setSpeedTime(30,1.0);
    path5.calcPathLength();
    
    process1.assignNextComponent(path5);
    path5.assignPreviousComponent(process1);
    
    var path6 = new PathComponent();
    path6.setStartPoint(245,539);
    path6.setEndPoint(170,564);
    path6.setSpeedTime(30,1.0);
    path6.calcPathLength();
    
    process2.assignNextComponent(path6);
    path6.assignPreviousComponent(process2);

    var exit1 = new ExitComponent(2.0);
    exit1.defineDataGroup(90,564,80,"#00FFFF","#FF0000","#FFFF00");
    
    path5.assignNextComponent(exit1);
    path6.assignNextComponent(exit1);
    exit1.assignPreviousComponent(path5);
    exit1.assignPreviousComponent(path6);

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//schedule for seven hours of arrivals in half-hour blocks

var arrivalSchedule = [0,0,1,5,6,6,7,8,5,4,3,1,0,0];

var entryDistribution = [[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0],[1.0]];

var arrival1 = new ArrivalsComponent(30.0,arrivalSchedule,entryDistribution);

arrival1.defineDataGroup(90,2,80,"#00FFFF","#FF0000","#FFFF00");

var routingTable = [1.0];

var entry1 = new EntryComponent(2.0,routingTable);

entry1.defineDataGroup(90,105,80,"#00FFFF","#FF0000","#FFFF00");

entry1.setRoutingMethod(3); //1 single connection, 2 distribution logic, 3 model logic

arrival1.assignNextComponent(entry1);

var pathA = new PathComponent();

pathA.setStartPoint(168,168);

pathA.setEndPoint(140,180);

pathA.setSpeedTime(10.0,1.0);

pathA.calcPathLength();

entry1.assignNextComponent(pathA);

pathA.assignPreviousComponent(entry1);

var pathB = new PathComponent();

pathB.setStartPoint(140,180);

pathB.setEndPoint(168,193);

pathB.setSpeedTime(10.0,1.0);

pathB.calcPathLength();

var queue0 = new QueueComponent(2.0,6.0);

queue0.defineDataGroup(90,193,80,"#00FFFF","#FF0000","#FFFF00");

queue0.setRoutingMethod(2); //1 single connection, 2 distribution logic, 3 model logic

pathB.assignNextComponent(queue0);

queue0.assignPreviousComponent(pathB);

pathA.assignNextComponent(pathB);

pathB.assignPreviousComponent(pathA);

var path1A = new PathComponent();

path1A.setStartPoint(170,304);

path1A.setEndPoint(30,316);

path1A.setSpeedTime(20,1.0);

path1A.calcPathLength();

queue0.assignNextComponent(path1A);

path1A.assignPreviousComponent(queue0);

var path1B = new PathComponent();

path1B.setStartPoint(30,316);

path1B.setEndPoint(95,329);

path1B.setSpeedTime(20,1.0);

path1B.calcPathLength();

var path2 = new PathComponent();

path2.setStartPoint(170,304);

path2.setEndPoint(245,329);

path2.setSpeedTime(20,1.0);

path2.calcPathLength();

queue0.assignNextComponent(path2);

path2.assignPreviousComponent(queue0);

var queue1 = new QueueComponent(2.0,3.0,3);

queue1.defineDataGroup(5,329,80,"#00FFFF","#FF0000","#FFFF00");

queue1.setRoutingMethod(1); //1 single connection, 2 distribution logic, 3 model logic

queue1.setExclusive(true);

path1B.assignNextComponent(queue1);

queue1.assignPreviousComponent(path1B);

path1A.assignNextComponent(path1B);

path1B.assignPreviousComponent(path1A);

var queue2 = new QueueComponent(2.0,3.0,3);

queue2.defineDataGroup(175,329,80,"#00FFFF","#FF0000","#FFFF00");

queue2.setRoutingMethod(1); //1 single connection, 2 distribution logic, 3 model logic

queue2.setExclusive(true);

path2.assignNextComponent(queue2);

queue2.assignPreviousComponent(path2);

var path3 = new PathComponent();

path3.setStartPoint(95,440);

path3.setEndPoint(95,465);

path3.setSpeedTime(20,1.0);

path3.calcPathLength();

queue1.assignNextComponent(path3);

path3.assignPreviousComponent(queue1);

var path4 = new PathComponent();

path4.setStartPoint(245,440);

path4.setEndPoint(245,465);

path4.setSpeedTime(20,1.0);

path4.calcPathLength();

queue2.assignNextComponent(path4);

path4.assignPreviousComponent(queue2);

var process1 = new ProcessComponent(2.0,10.0);

process1.defineDataGroup(5,465,80,"#00FFFF","#FF0000","#FFFF00");

process1.setExclusive(true);

process1.setRoutingMethod(1); //1 single connection, 2 distribution logic, 3 model logic

path3.assignNextComponent(process1);

process1.assignPreviousComponent(path3);

var process2 = new ProcessComponent(2.0,10.0);

process2.defineDataGroup(175,465,80,"#00FFFF","#FF0000","#FFFF00");

process2.setExclusive(true);

process2.setRoutingMethod(1); //1 single connection, 2 distribution logic, 3 model logic

path4.assignNextComponent(process2);

process2.assignPreviousComponent(path4);

var path5 = new PathComponent();

path5.setStartPoint(95,539);

path5.setEndPoint(170,564);

path5.setSpeedTime(30,1.0);

path5.calcPathLength();

process1.assignNextComponent(path5);

path5.assignPreviousComponent(process1);

var path6 = new PathComponent();

path6.setStartPoint(245,539);

path6.setEndPoint(170,564);

path6.setSpeedTime(30,1.0);

path6.calcPathLength();

process2.assignNextComponent(path6);

path6.assignPreviousComponent(process2);

var exit1 = new ExitComponent(2.0);

exit1.defineDataGroup(90,564,80,"#00FFFF","#FF0000","#FFFF00");

path5.assignNextComponent(exit1);

path6.assignNextComponent(exit1);

exit1.assignPreviousComponent(path5);

exit1.assignPreviousComponent(path6);

A Simple Discrete-Event Simulation: Part 51

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