//---------------------------------------------------------------------------------
//constructor
public Agent(Patch patch, int income = 0, int pec = 50)
{
Income = income;
MyPatch = patch;
PecIntercept = pec;
patch.IsEmpty = false;
PEC = Analyze(patch);
}
//search patchlist and determine which patch to move to
public bool Move(ArrayList patchList)
{
ArrayList tmpList = new ArrayList(patchList);
Patch patch;
// search for an empty patch
for (int i = 0; i < patchList.Count; i++)
{
patch = ((Patch)(tmpList.ToArray()[rand.Next(tmpList.Count)]));
if (patch.IsEmpty && CanPollute(patch))
{
MyPatch.IsEmpty = true;
MyPatch = patch;
MyPatch.IsEmpty = false;
return true;
}
tmpList.Remove(patch);
}
return false;
}
//calculate ability to pollute
public bool CanPollute(Patch patch)
{
return (patch.Pollution < (Income - patch.Vegetation)
&& MyPatch.Pollution < Analyze(patch));
}
public bool CanGrow(Patch patch)
{
return (patch.Vegetation < (Income - patch.Pollution)
&& MyPatch.Pollution < PEC + (MyPatch.Vegetation + 1));
}
public int AnalyzePatch(Patch patch)
{
return Income - patch.Pollution;
}
public int Analyze(Patch patch)
{
return PecIntercept + patch.Vegetation;
}