public void UpdateForgettingKnowledgeTest()
{
var forgettingBits = new float[] { 1 };
var forgetting = new ActorKnowledge(_agentId, _knowledge.EntityId, forgettingBits, 0, -1);
InitializeModel(true, 0);
_forgettingModel.ForgettingExpertise.Add(forgetting);
// working on the index 0 today
var workingBits = new byte[] { 0 };
_forgettingModel.UpdateForgettingProcess(new AgentId(2, 1), workingBits);
// ForgettingBits should not be updated because the KnowledgeId is not the same
Assert.AreEqual(1, forgetting.GetKnowledgeBit(0));
}
/// <summary>
/// Simulate the work on a specific task
/// </summary>
/// <param name="task"></param>
public virtual float WorkOnTask(SymuTask task)
{
if (task is null)
{
throw new ArgumentNullException(nameof(task));
}
float timeSpent;
if (Schedule.Type == TimeStepType.Intraday)
{
timeSpent = Math.Min(Environment.MainOrganization.Models.Intraday, Capacity.Actual);
}
else
{
timeSpent = Cognitive.TasksAndPerformance.TasksLimit.LimitSimultaneousTasks
// Mono tasking
? Math.Min(task.Weight, Capacity.Actual)
// Multi tasking
: Math.Min(task.Weight / 2, Capacity.Actual);
}
timeSpent = Math.Min(task.WorkToDo, timeSpent);
task.WorkToDo -= timeSpent;
if (task.WorkToDo < Tolerance)
{
SetTaskDone(task);
}
else
{
UpdateTask(task);
}
// As the agent work on task that requires knowledge, the agent can't forget the associate knowledge today
ForgettingModel.UpdateForgettingProcess(task.KnowledgesBits);
Capacity.Decrement(timeSpent);
return(timeSpent);
}