void SetNewOrePatch(int leadX, int leadY, Rock.RockType rType)
{
// FIX THIS! Making density calculation totally random!
int distance = ResourceGrid.Grid.pseudoRandom.Next(0, 21);
int density = 0;
if (distance >= 15)
{
// pick a 1 or 2 density
int pick = Random.Range(0, 2);
density = pick;
}
else if (distance < 15 && distance > 8)
{
// pick between 4 or 5 density
int pick = Random.Range(2, 4);
density = pick;
}
else
{
density = 5;
}
OrePatch patch = new OrePatch(leadX, leadY, density, rType);
// Debug.Log("ORE PATCH at lead x " + leadX + " lead Y " + leadY);
patch.SetFormation();
ResourceGrid.Grid.PlaceOrePatch(patch, rType);
}
void SetNewOrePatch(int leadX, int leadY, string typeName)
{
// first make sure that there is NO WATER tiles around this lead tile
if (!CheckForWater (leadX, leadY)) {
Debug.Log ("Found tile with no water around it!");
// Calculate the distance from this lead tile to the center of the map,
// the closer to the center the DENSER a patch of ore will be
float distance = Vector2.Distance (new Vector2 (leadX, leadY), new Vector2 (centerPosX, centerPosY));
int density = 0;
if (distance >= 20) {
// pick a 1 or 2 density
float pick = Random.Range (0, 3);
density = (int)pick;
} else if (distance < 14 && distance > 8) {
// pick between 4 or 5 density
float pick = Random.Range (3, 5);
density = (int)pick;
} else {
density = 5;
}
OrePatch patch = new OrePatch (leadX, leadY, density);
patch.SetFormation ();
PlaceOrePatch(patch, typeName);
} else {
Debug.Log("Could not place ore patch because " + leadX + "," + leadY+ " is a shore!");
}
}
