void assignQuota(float unit)
{
Debug.Log("Assigning quota...");
foreach (GameObject harbor in harbors)
{
foreach (Transform boat in harbor.transform)
{
BoatTileMovement b = boat.gameObject.GetComponent <BoatTileMovement>();
b.quota = b.capacity * unit;
b.keepFishingQuota(grid.resourceTiles.ElementAt(UnityEngine.Random.Range(0, grid.resourceTiles.Count)).Key);
}
}
}
public float calculateTotalCapacity()
{
float capacity = 0f;
foreach (GameObject harbor in harbors)
{
foreach (Transform boat in harbor.transform)
{
BoatTileMovement b = boat.gameObject.GetComponent <BoatTileMovement>();
capacity += b.capacity; // * b.efficiency;
}
}
return(capacity);
}
public void getFish(GameObject vessel, float quota)
{
float fish = 0f;
float totalFish = 0f;
bool enough = false;
for (int i = 0; i < boatsFishing.Count; i++)
{
BoatTileMovement boat = boatsFishing[i].GetComponent <BoatTileMovement>();
float maxCatch = boat.efficiency * boat.capacity * 15 > quota ? boat.efficiency * boat.capacity * 15 : quota;
totalFish += maxCatch;
}
enough = currentResource > totalFish ? true : false;
BoatTileMovement vesselComp = vessel.GetComponent <BoatTileMovement>();
if (enough)
{
float luck = Random.Range(currentResource / carryCapacity, ((currentResource / carryCapacity) + 1f) / 2);
float maxCatch = vesselComp.efficiency * vesselComp.capacity * 15 * luck;
float allowedCatch = quota;
vesselComp.currentCatch = quota > maxCatch ? maxCatch : quota;
currentResource -= vesselComp.currentCatch;
}
else
{
float maxCatch = currentResource / boatsFishing.Count;
float allowedCatch = quota;
vesselComp.currentCatch = maxCatch < quota ? maxCatch : quota;
currentResource -= vesselComp.currentCatch;
}
boatsFishing.Remove(vessel);
}
