private void SetPerPlanetList()
{
signalMinDirect = new List <double> ();
signalMaxDirect = new List <double> ();
signalMinRelay = new List <double> ();
signalMaxRelay = new List <double> ();
foreach (MyTuple planet in AHUtil.signalPlanetList)
{
signalMinDirect.Add(AHUtil.GetSignalStrength(directBetterRange, planet.item2));
signalMaxDirect.Add(AHUtil.GetSignalStrength(directBetterRange, planet.item3));
signalMinRelay.Add(AHUtil.GetSignalStrength(relayBetterRange, planet.item2));
signalMaxRelay.Add(AHUtil.GetSignalStrength(relayBetterRange, planet.item3));
}
}
private void SetPerPlanetList()
{
signalMinDirect = new List <double> ();
signalMaxDirect = new List <double> ();
signalMinRelay = new List <double> ();
signalMaxRelay = new List <double> ();
//for (int p = AHUtil.signalPlanetList.Count - 1; p >= 0; p--)
for (int p = 0; p < AHUtil.signalPlanetList.Count; p++)
{
var planet = AHUtil.signalPlanetList[p];
//foreach (MyTuple planet in AHUtil.signalPlanetList) {
signalMinDirect.Add(AHUtil.GetSignalStrength(directBetterRange, planet.item2));
signalMaxDirect.Add(AHUtil.GetSignalStrength(directBetterRange, planet.item3));
signalMinRelay.Add(AHUtil.GetSignalStrength(relayBetterRange, planet.item2));
signalMaxRelay.Add(AHUtil.GetSignalStrength(relayBetterRange, planet.item3));
}
}
private void SetActiveConnect()
{
if (vessel.Connection == null || !vessel.Connection.IsConnected)
{
connectedToDSN = false;
connectedTo = null;
targetPower = 0;
targetMaxRange = 0;
targetDistance = 0;
sSToTarget = 0;
sSTargetToDSN = 0;
sSToDSN = 0;
}
else if (vessel.Connection.ControlPath [0].b.isHome)
{
connectedToDSN = true;
connectedTo = null;
targetPower = dsnPower;
targetMaxRange = dsnRange;
targetDistance = Vector3.Distance(vessel.GetWorldPos3D(), Relay.DSN.position) - Relay.DSN.distanceOffset;
targetDistance = (targetDistance < 0) ? 0 : targetDistance;
sSToTarget = AHUtil.GetSignalStrength(targetMaxRange, targetDistance);
sSTargetToDSN = 0;
sSToDSN = sSToTarget;
}
else
{
connectedToDSN = false;
connectedTo = vessel.Connection.ControlPath [0].b.transform.GetComponent <Vessel> ();
targetPower = relays [connectedTo].linkList [0].relayA.relayPower;
targetMaxRange = AHUtil.GetRange(vesselPower, relays [connectedTo].endRelayPower);
targetDistance = Vector3.Distance(vessel.vesselTransform.position, connectedTo.vesselTransform.position);
sSToTarget = AHUtil.GetSignalStrength(targetMaxRange, targetDistance);
sSTargetToDSN = relays [connectedTo].endRelaySignalStrength;
sSToDSN = sSToTarget * sSTargetToDSN;
}
}
public static void CalcCustomDistance()
{
signalCustomDistanceDirect = AHUtil.GetSignalStrength(directBetterRange, Double.Parse(customDistance));
signalCustomDistanceRelay = AHUtil.GetSignalStrength(relayBetterRange, Double.Parse(customDistance));
}
private double _signalStrength()
{
return(AHUtil.GetSignalStrength(maxRange, distance));
}