void Update () {
bool shouldDrainBattery = false;
//get how much energy to add based on average per sec.
float energyToAdd = powerSupply.getAvgUsePerSec() * Time.deltaTime;
if (powerSupply.getIsEnergySupplied()) { //hub supplying energy.
bool shouldChargeBattery = false;
if (powerSupply.getIsOn()) { //if on.
if (powerSupply.getIsUsingBattery()) { //using battery.. don't use enrgy.
shouldDrainBattery = true;
}
else { //not using battery, power on, energy supplied... USE ENERGY...!
//add to total usage.
powerSupply.addTotalUse(energyToAdd);
shouldChargeBattery = true;
}
}
else { //turned off.
shouldChargeBattery = true;
}
if (shouldChargeBattery) {
//and charge battery as well.
int numB = getNumBatteries();
for (int i=0; i<numB; i++) {
Battery b = powerSupply.getBatteryList()[i];
if (!b.getIsFull()) {
//found a not full battery.. charge this one and break.. so you don't charge the others too.
b.setEnergy(b.getCurEnergy() + energyToAdd);
break;
}
}
}
}
else { //no energy supplied from hub.
if (powerSupply.getIsOn()) {
if (powerSupply.getIsUsingBattery()) {
shouldDrainBattery = true;
}
}
}
if (shouldDrainBattery) {
//Debug.Log("Using battery");
//start depleting the first available battery that's not empty.
int numB = getNumBatteries();
for (int i=0; i<numB; i++) {
Battery b = powerSupply.getBatteryList()[i];
if (!b.getIsEmpty()) {
//found a not empty battery.. deplete this one and 'break'.. so you don't empty the others too.
b.setEnergy(b.getCurEnergy() - energyToAdd);
break;
}
}
}
}
