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package gregtech.api.objects;
import static gregtech.common.GT_UndergroundOil.DIVIDER;
import java.util.Random;
import net.minecraftforge.common.config.ConfigCategory;
import net.minecraftforge.fluids.Fluid;
import net.minecraftforge.fluids.FluidRegistry;
public class GT_UO_Fluid {
public String Registry = "null";
public int MaxAmount = 0;
public int MinAmount = 0;
public int Chance = 0;
public int DecreasePerOperationAmount = 5;
public GT_UO_Fluid(ConfigCategory aConfigCategory) { // TODO CONFIGURE
if (aConfigCategory.containsKey("Registry")) {
aConfigCategory.get("Registry").comment = "Fluid registry name";
Registry = aConfigCategory.get("Registry")
.getString();
}
if (aConfigCategory.containsKey("MaxAmount")) {
aConfigCategory
.get("MaxAmount").comment = "Max amount generation (per operation, sets the VeinData) 80000 MAX";
MaxAmount = aConfigCategory.get("MaxAmount")
.getInt(0);
}
if (aConfigCategory.containsKey("MinAmount")) {
aConfigCategory.get("MinAmount").comment = "Min amount generation (per operation, sets the VeinData) 0 MIN";
MinAmount = aConfigCategory.get("MinAmount")
.getInt(0);
}
if (aConfigCategory.containsKey("Chance")) {
aConfigCategory
.get("Chance").comment = "Chance generating (weighted chance!, there will be a fluid in chunk always!)";
Chance = aConfigCategory.get("Chance")
.getInt(0);
}
if (aConfigCategory.containsKey("DecreasePerOperationAmount")) {
aConfigCategory.get(
"DecreasePerOperationAmount").comment = "Decrease per operation (actual fluid gained works like (Litre)VeinData/5000)";
DecreasePerOperationAmount = aConfigCategory.get("DecreasePerOperationAmount")
.getInt(5);
}
// GT_FML_LOGGER.info("GT UO "+aConfigCategory.getName()+" Fluid:"+Registry+" Max:"+MaxAmount+"
// Min:"+MinAmount+" Chance:"+Chance);
}
public Fluid getFluid() {
try {
return FluidRegistry.getFluid(this.Registry);
} catch (Exception e) {
return null;
}
}
public int getRandomAmount(Random aRandom) { // generates some random ass number that correlates to extraction
// speeds
int smax = (int) Math.floor(Math.pow(MaxAmount * 100.d * DIVIDER, 0.2d)); // use scaled max and min values for
// the randomness to make high values
// more rare.
double smin = Math.pow(MinAmount * 100.d * DIVIDER, 0.2d);
double samount = Math.max(smin, aRandom.nextInt(smax) + aRandom.nextDouble());
return (int) (Math.pow(samount, 5) / 100); // reverses the computation above
}
}
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