public float GetEventAndBiomeMultiplier(Globals.energySubTypes subType, Globals.biome bioType)
{
float test = eventAndBiomeMatrix[(int)subType - 2, (int)bioType];
Debug.Log("test: " + test);
return(test);
}
//between 0 - 1 usually
//is function of population in town and the effects
/* public Biome(Biome biomeToCopy){
health = biomeToCopy.health;
center = biomeToCopy.center;
biomeType = biomeToCopy.biomeType;
resources = biomeToCopy.resources;
yeildRate = biomeToCopy.yeildRate;
} */
public Biome(int biomeNumber){
float health = 1f;
biomeType = (Globals.biome)biomeNumber;
resources = Globals.retBiomeResources(biomeType, biomeNumber*3);
float tempTotal = 0f;
for (int counter = 0; counter < 3; counter++) {
yeildRate [counter] = Random.Range (.2f, 1f);
tempTotal += yeildRate [counter];
}
tempTotal /= 2;
for (int counter = 0; counter < 3; counter++) {
yeildRate[counter] /= tempTotal/2;
int tempRounder = (int) (yeildRate [counter] * 100);
yeildRate [counter] = (float) tempRounder / 100;
//Debug.Log (resources [counter] + " <-- resource ; percentYeild --> " + yeildRate [counter]);
}
}
//between 0 - 1 usually
//is function of population in town and the effects
/* public Biome(Biome biomeToCopy){
* health = biomeToCopy.health;
* center = biomeToCopy.center;
* biomeType = biomeToCopy.biomeType;
* resources = biomeToCopy.resources;
* yeildRate = biomeToCopy.yeildRate;
* } */
public Biome(int biomeNumber)
{
float health = 1f;
biomeType = (Globals.biome)biomeNumber;
resources = Globals.retBiomeResources(biomeType, biomeNumber * 3);
float tempTotal = 0f;
for (int counter = 0; counter < 3; counter++)
{
yeildRate [counter] = Random.Range(.2f, 1f);
tempTotal += yeildRate [counter];
}
tempTotal /= 2;
for (int counter = 0; counter < 3; counter++)
{
yeildRate[counter] /= tempTotal / 2;
int tempRounder = (int)(yeildRate [counter] * 100);
yeildRate [counter] = (float)tempRounder / 100;
//Debug.Log (resources [counter] + " <-- resource ; percentYeild --> " + yeildRate [counter]);
}
}
