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package gregtech.common.power;
import static gregtech.api.enums.GT_Values.V;
public class BasicMachineEUPower extends EUPower {
protected static final String OC = " (OC)";
protected boolean wasOverclocked;
public BasicMachineEUPower(byte tier, int amperage) {
super(tier, amperage);
}
public BasicMachineEUPower(byte tier, int amperage, int specialValue) {
super(tier, amperage, specialValue);
}
@Override
public void computePowerUsageAndDuration(int euPerTick, int duration) {
super.computePowerUsageAndDuration(euPerTick, duration);
if (tier == 0) {
// Long time calculation
long xMaxProgresstime = ((long) duration) << 1;
if (xMaxProgresstime > Integer.MAX_VALUE - 1) {
// make impossible if too long
recipeEuPerTick = Integer.MAX_VALUE - 1;
recipeDuration = Integer.MAX_VALUE - 1;
} else {
recipeEuPerTick = euPerTick >> 2;
recipeDuration = (int) xMaxProgresstime;
}
} else {
// Long EUt calculation
long xEUt = euPerTick;
// Isnt too low EUt check?
long tempEUt = Math.max(xEUt, V[1]);
recipeDuration = duration;
while (tempEUt <= V[tier - 1] * (long) amperage) {
tempEUt <<= 2; // this actually controls overclocking
// xEUt *= 4;//this is effect of everclocking
recipeDuration >>= 1; // this is effect of overclocking
xEUt = recipeDuration == 0 ? xEUt >> 1 : xEUt << 2; // U know, if the time is less than 1 tick make the
// machine use 2x less power
}
if (xEUt > Integer.MAX_VALUE - 1) {
recipeEuPerTick = Integer.MAX_VALUE - 1;
recipeDuration = Integer.MAX_VALUE - 1;
} else {
recipeEuPerTick = (int) xEUt;
if (recipeEuPerTick == 0) recipeEuPerTick = 1;
if (recipeDuration == 0) recipeDuration = 1; // set time to 1 tick
}
}
wasOverclocked = checkIfOverclocked();
}
@Override
public String getPowerUsageString() {
return decorateWithOverclockLabel(super.getPowerUsageString());
}
protected String decorateWithOverclockLabel(String s) {
if (wasOverclocked) {
s += OC;
}
return s;
}
protected boolean checkIfOverclocked() {
return originalVoltage != computeVoltageForEuRate(recipeEuPerTick);
}
}
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