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package gregtech.common.power;
import gregtech.api.util.GT_Utility;
public abstract class Power {
protected final byte tier;
protected int recipeEuPerTick;
protected int recipeDuration;
protected final int specialValue;
public Power(byte tier) {
this(tier, 0);
}
public Power(byte tier, int specialValue) {
this.tier = tier;
this.specialValue = specialValue;
}
public byte getTier() {
return tier;
}
public abstract String getTierString();
/**
* This method should be called prior to usage of any value except the power tier.
*/
public abstract void computePowerUsageAndDuration(int euPerTick, int duration);
public void computePowerUsageAndDuration(int euPerTick, int duration, int specialValue) {
computePowerUsageAndDuration(euPerTick, duration);
}
public int getEuPerTick() {
return recipeEuPerTick;
}
public int getDurationTicks() {
return recipeDuration;
}
public double getDurationSeconds() {
return 0.05d * getDurationTicks();
}
public String getDurationStringSeconds() {
return GT_Utility.formatNumbers(getDurationSeconds()) + GT_Utility.trans("161", " secs");
}
public String getDurationStringTicks() {
if (getDurationTicks() == 1) {
return GT_Utility.formatNumbers(getDurationTicks()) + GT_Utility.trans("209.1", " tick");
}
return GT_Utility.formatNumbers(getDurationTicks()) + GT_Utility.trans("209", " ticks");
}
public abstract String getTotalPowerString();
public abstract String getPowerUsageString();
public abstract String getVoltageString();
public abstract String getAmperageString();
public int compareTo(byte tier, int specialValue) {
if (this.tier < tier) {
return this.tier - tier;
}
return this.specialValue - specialValue;
}
}
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