public void AddEnergy(int amount)
{
energy += amount;
if (energy > 100)
{
energy = 100;
}
playerLight.SwitchOnPointLight();
if (onEnergyChangedCallback != null)
{
onEnergyChangedCallback.Invoke();
}
}
public void ChangeEnergy(int energyCount)
{
int currentEnergy = PlayerPrefs.GetInt("Player.Energy");
int newBalance = currentEnergy + energyCount;
PlayerPrefs.SetInt("Player.Energy", newBalance);
OnEnergyChanged?.Invoke(newBalance, energyCount);
}
public void RegenEnergyOverTime(float regenSpeed)
{
currentEnergy += regenSpeed * Time.deltaTime;
ClampEnergy();
OnEnergyChanged?.Invoke(this, new OnEnergyChangedEventArgs {
CurrentEnergy = currentEnergy
});
}
public void RegenEnergy(float regenAmount)
{
currentEnergy += regenAmount;
ClampEnergy();
OnEnergyChanged?.Invoke(this, new OnEnergyChangedEventArgs {
CurrentEnergy = currentEnergy
});
}
public void DrainEnergy(float drainAmount)
{
currentEnergy -= drainAmount;
ClampEnergy();
OnEnergyChanged?.Invoke(this, new OnEnergyChangedEventArgs {
CurrentEnergy = currentEnergy
});
}
public void SendEnergy(int amount, NodeController destination)
{
if (node is IEnergyTransmitter transmitter)
{
transmitter.TransmitEnergy(destination, amount);
}
OnEnergyChanged?.Invoke();
}
public void AddEnergy(int amount, NetworkIdentity sender)
{
if (node is IEnergyReceiver receiver)
{
receiver.ReceiveEnergy(amount, sender);
}
OnEnergyChanged?.Invoke();
}
private void SpendEnergy()
{
Energy--;
OnEnergyChanged?.Invoke(Energy);
if (Energy < 1)
{
OnOutOfEnergy?.Invoke();
Energy = 0;
}
}
private void Awake()
{
Energy = MaxEnergy;
OnEnergyChanged?.Invoke(Energy);
}
protected virtual void InvokeEnergyChanged(float oldValue, float newValue)
{
OnEnergyChanged?.Invoke(this, oldValue, newValue);
}
public void EnergyChanged()
{
OnEnergyChanged?.Invoke(this);
}