/**
* Asses the patients in the village.
*
* @param v the village that owns the hospital
*/
public List<Patient> checkPatientsAssess (Village v)
{
double rand;
bool stayhere;
List<Patient> up = new List<Patient> ();
int i = 0;
while (i < this.assess.Count) {
Patient p = this.assess [i];
p.timeLeft = p.timeLeft - 1;
if (p.timeLeft == 0) {
//inline stays here
rand = Village.myRand (v.seed);
v.seed = (int)(rand * Village.IM);
stayhere = (rand > 0.1 || v.rootVillage);
this.assess.RemoveAt (i);
if (stayhere) {
inside.Add (p);
p.timeLeft = 10;
p.time = p.timeLeft + 10;
} else {
freePersonnel = freePersonnel + 1;
up.Add (p);
}
} else
++i;
}
return up;
}
/**
* Create a set of villages. Villages are represented as a quad tree.
* Each village contains references to four other villages. Users
* specify the number of levels.
*
* @param level the number of level of villages.
* @param label a unique label for the village
* @param back a link to the "parent" village
* @param seed the user supplied seed value.
* @return the village that was created
*/
public static Village createVillage (int level, int label, bool isRootV, int seed)
{
if (level == 0)
return null;
else {
Village village = new Village (level, label, isRootV, seed);
for (int i = 3; i >= 0; i--) {
Village child = createVillage (level - 1, (label * 4) + i + 1, false, seed);
village.forward [i] = child;
}
return village;
}
}
