public void RenderPhoton(PhotonData state)
{
var player = Player.getPlayerById(_gameState, state.PlayerId);
var color = player.State.Color;
var position = state.Position.NumericValue;
var size = state.Size.NumericValue;
_geometries.PhotonGeometry.DrawParticle(position, size, color);
}
private static void ExplodePhoton(PhotonData photon)
{
var particle = new Particle();
particle.AlphaBehavior = new LerpFloatBehavior(1, 0);
particle.ColorBehavior = new ConstantBehavior <Color>(Color.WhiteSmoke);
particle.SizeBehavior = new LerpVector2Behavior(photon.Size.NumericValue * 2, 0);
particle.Lifetime = new TimeSpan(0.8);
particle.Position = photon.Position;
ParticleSystem.Get.Add(particle);
}
private static void ManagerDataReceived(PhotonData data)
{
StringBuilder message = new StringBuilder();
data.ListMaxSonarSensor.ToList().ForEach(d =>
{
message.Append(((d / 6.4) * 25.4).ToString("F")).Append(";");
});
message.Append(data.Photon);
_fileWriter.WriteLine(message);
}
// Manage data received from photons
private void ManagerDataReceived(PhotonData data)
{
// Store data receive to sensors in photons
List <long> photonData = data.ListMaxSonarSensor;
string photonKey = DictPhoton.Keys.ToList().Find(x => x.Contains(data.Photon));
foreach (Sensor sensor in DictPhoton[photonKey].Sensors)
{
sensor.SignalLength = photonData[sensor.SensorID];
if (_isCalibrating)
{
if (sensor.calibrationValues == null)
{
sensor.calibrationValues = new List <double>();
}
sensor.calibrationValues.Add(sensor.SignalLength);
}
}
}
private void StorePhoton(GameObject target, Vector3 direction, Vector3 location, Color energy)
{
var photonInformation = new PhotonData { Direction = direction, Location = location, Energy= energy};
List<PhotonData> pData;
if (photonData.TryGetValue(target, out pData))
pData.Add(photonInformation);
else
photonData.Add(target,new List<PhotonData>(){photonInformation});
}
