private void RunWaves()
{
float _dist = Vector3.Distance(emitter.position, receiver.position);
float _min = 0f;
float _max = 1.5f;
List <SignalPattern> _signalPatterns = new List <SignalPattern> ();
foreach (LinkedSatDish lsd in linkedSatDishes)
{
LineRenderer _wave = GetWave(lsd.sateliteDish.name);
_wave.gameObject.SetActive(true);
float _strength = lsd.signalStrengthOffset + lsd.sateliteDish.valueX;
_strength = Mathf.Clamp(_strength, _min, _max);
float _speed = lsd.signalSpeedOffset + lsd.sateliteDish.valueY;
_speed = Mathf.Clamp(_speed, _min, _max);
int _frequency = Mathf.RoundToInt(_speed * ( float )graphFrequency);
_frequency = Mathf.Max(10, _frequency);
if (_wave.positionCount != _frequency)
{
_wave.positionCount = _frequency;
}
_signalPatterns.Add(new SignalPattern(
_strength,
_speed
));
float _width = _dist / ( float )_frequency;
float t = Time.time * 2f;
Vector3[] _points = new Vector3[_frequency + 1];
for (int a = 0; a < _frequency + 1; ++a)
{
_points[a] = receiver.position;
_points[a].x -= a * _width;
_points[a].y += Mathf.Sin(a + t) * _strength;
}
_wave.SetPositions(_points);
}
ServiceStatus _serviceStatus = DATA_PACKAGE.GetServiceStatus(_signalPatterns.ToArray());
if (_serviceStatus != null)
{
_serviceStatus.tmMachineId = name;
}
currentServiceStatus = _serviceStatus;
}
