public Environment(BufferedGraphics g, ImageList newEntities, int size, int newIterations, int newDuration)
{
rnd = new Random(System.Environment.TickCount);
stats = new Dictionary<STATISTIC, double>();
results = new List<string>();
messageQueue = new MessageQueue();
Environment a = this;
executionTree = new ExecutionTree(ref a);
entities = newEntities;
device = g;
WorkerSupportsCancellation = true;
speed = 5;
// Determine the percent chance that a new agent will be introduced into the environment.
// The higher the chance the more likely the size of the population will be larger.
if (size == 0)
populationSize = 0.10;
else if (size == 1)
populationSize = 0.25;
else if (size == 2)
populationSize = 0.50;
// Set the run parameters
iterations = newIterations;
duration = newDuration * 60;
timer = new TimeSpan();
}
private ExecutionTree tree; // Execution tree for the current run.
#endregion Fields
#region Constructors
public Controller(ref Environment environment, ref MessageQueue messages, Image image, Graphics g)
: base(ref environment, ref messages, new PointF(g.VisibleClipBounds.Width - 16, 0), 0, image, g)
{
Reset();
// Log agent creation
manager = this;
// Create a new broadcast message (Inform)
Message aMessage = new InformMessage(this);
messageQueue.Broadcast(aMessage);
ImageKey = "cpu.png";
SelectedImageKey = "cpu.png";
type = AGENT_TYPE.AGENT_CONTROLLER;
tree = environment.Execution;
}
public void New()
{
if (agents != null && agents.Count > 0) {
while (agents.Count > 0) {
Agent agent = agents[agents.Count - 1];
RemoveAgent(agent);
}
}
agents = new List<Agent>();
Environment a = this;
messageQueue = new MessageQueue();
if (executionTree == null)
executionTree = new ExecutionTree(ref a);
Agent operatorAgent = AddNewAgent(AGENT_TYPE.AGENT_OPERATOR, entities.Images[(int)AGENT_TYPE.AGENT_OPERATOR]);
operatorAgent.Name = "Operator";
Agent controllerAgent = AddNewAgent(AGENT_TYPE.AGENT_CONTROLLER, entities.Images[(int)AGENT_TYPE.AGENT_CONTROLLER]);
controllerAgent.Name = "Controller";
timer = new TimeSpan();
stats = new Dictionary<STATISTIC, double>();
stats.Add(STATISTIC.STOCKPRODUCED, 0);
stats.Add(STATISTIC.STOCKSENT, 0);
stats.Add(STATISTIC.STOCKLOST, 0);
stats.Add(STATISTIC.STOCKDELIVERED, 0);
stats.Add(STATISTIC.STOCKDELIVEREDUSED, 0);
stats.Add(STATISTIC.STOCKDELIVEREDLOST, 0);
stats.Add(STATISTIC.PRODUCTPRODUCED, 0);
stats.Add(STATISTIC.PRODUCTPRODUCEDUSED, 0);
stats.Add(STATISTIC.PRODUCTPRODUCEDLOST, 0);
stats.Add(STATISTIC.PRODUCTDELIVERED, 0);
totAgents = 0;
readings = 0;
}
