public void SendSignal(SignalEmitter emitter, SignalType type, SignalDataSO signalDataSo, ISignalMessage signalMessage = null)
{
Receivers.Remove(null);
foreach (SignalReceiver receiver in Receivers)
{
if (receiver.SignalTypeToReceive != type)
{
continue;
}
if (receiver.Frequency.IsBetween(signalDataSo.MinMaxFrequancy.x, signalDataSo.MinMaxFrequancy.y) == false)
{
continue;
}
if (receiver.ListenToEncryptedData == false && MatchingEncryption(receiver, emitter) == false)
{
continue;
}
if (receiver.SignalTypeToReceive == SignalType.PING && receiver.Emitter == emitter)
{
if (signalDataSo.UsesRange)
{
SignalStrengthHandler(receiver, emitter, signalDataSo); break;
}
receiver.ReceiveSignal(SignalStrength.HEALTHY, signalMessage);
break;
}
//TODO (Max) : Radio signals should be sent to relays and servers.
if (receiver.SignalTypeToReceive == SignalType.RADIO && AreOnTheSameFrequancy(receiver, emitter))
{
if (signalDataSo.UsesRange)
{
SignalStrengthHandler(receiver, emitter, signalDataSo, signalMessage); continue;
}
receiver.ReceiveSignal(SignalStrength.HEALTHY, signalMessage);
continue;
}
//Bounced radios always have a limited range.
if (receiver.SignalTypeToReceive == SignalType.BOUNCED && AreOnTheSameFrequancy(receiver, emitter))
{
SignalStrengthHandler(receiver, emitter, signalDataSo, signalMessage);
}
}
}
public void SendSignal(SignalEmitter emitter, SignalType type, SignalDataSO signalDataSo)
{
foreach (SignalReceiver receiver in Receivers)
{
if (receiver.SignalTypeToReceive != type)
{
return;
}
if (receiver.Frequency.IsBetween(signalDataSo.MinMaxFrequancy.x, signalDataSo.MinMaxFrequancy.y) == false)
{
return;
}
if (receiver.SignalTypeToReceive == SignalType.PING && receiver.Emitter == emitter)
{
if (signalDataSo.UsesRange)
{
SignalStrengthHandler(receiver, emitter, signalDataSo); break;
}
receiver.ReceiveSignal(SignalStrength.HEALTHY);
break;
}
//TODO (Max) : Radio signals should be sent to relays and servers.
if (receiver.SignalTypeToReceive == SignalType.RADIO && AreOnTheSameFrequancy(receiver, emitter))
{
if (signalDataSo.UsesRange)
{
SignalStrengthHandler(receiver, emitter, signalDataSo); continue;
}
receiver.ReceiveSignal(SignalStrength.HEALTHY);
continue;
}
//Bounced radios always have a limited range.
if (receiver.SignalTypeToReceive == SignalType.BOUNCED && AreOnTheSameFrequancy(receiver, emitter))
{
SignalStrengthHandler(receiver, emitter, signalDataSo);
}
}
}
private void SignalStrengthHandler(SignalReceiver receiver, SignalEmitter emitter, SignalDataSO signalDataSo, ISignalMessage signalMessage = null)
{
SignalStrength strength = GetStrength(receiver, emitter, signalDataSo.SignalRange);
if (strength == SignalStrength.HEALTHY)
{
receiver.ReceiveSignal(strength, signalMessage);
}
if (strength == SignalStrength.TOOFAR)
{
emitter.SignalFailed();
}
if (strength == SignalStrength.DELAYED)
{
StartCoroutine(DelayedSignalRecevie(receiver.DelayTime, receiver, strength, signalMessage));
return;
}
if (strength == SignalStrength.WEAK)
{
Random chance = new Random();
if (DMMath.Prob(chance.Next(0, 100)))
{
StartCoroutine(DelayedSignalRecevie(receiver.DelayTime, receiver, strength, signalMessage));
}
emitter.SignalFailed();
}
}
