public static double GetREALSignal(CommNet.CommPath path)
{
double signal = 1d;
bool first = true;
foreach (CommNet.CommLink link in path)
{
signal *= GetREALSignal(link, !first);
first = false;
}
return(signal);
}
public virtual RealAntenna AntennaTowardsHome()
{
CommNet.CommPath path = new CommNet.CommPath();
if (!(Net.FindHome(this, path)))
{
return(null);
}
if (this[path.First.end] is RACommLink link)
{
return(link.start.Equals(this) ? link.FwdAntennaTx: link.RevAntennaTx);
}
return(null);
}
public static void RAKerbalismLinkHandler(object p1, Vessel v)
{
if (CommNet.CommNetScenario.CommNetEnabled && v.Connection is RACommNetVessel raCNV && raCNV.Comm is RACommNode node)
{
bool powered = (bool)p1.GetType().GetField("powered").GetValue(p1);
bool transmitting = (bool)p1.GetType().GetField("transmitting").GetValue(p1);
double ecIdle = powered ? raCNV.IdlePowerDraw() : 0;
double ec = ecIdle, rate = 0, strength = 0, packetInterval = 1.0f;
int status = 2;
string target_name = "NotConnected";
List <string[]> sList = new List <string[]>();
if (!v.loaded)
{
raCNV.powered = powered;
}
if (powered && node.AntennaTowardsHome() is RealAntenna ra)
{
CommNet.CommPath path = new CommNet.CommPath();
(node.Net as RACommNetwork).FindHome(node, path);
status = !raCNV.IsConnectedHome ? 2 : path.Count == 1 ? 0 : 1;
rate = (node.Net as RACommNetwork).MaxDataRateToHome(node) / 8e6; // Convert rate from bps to MBps;
if (transmitting)
{
ec += ra.PowerDrawLinear * packetInterval * 1e-6; // 1 EC/sec = 1KW. Draw(mw) * interval(sec) * mW -> kW conversion
}
if (node[path.First.end] is RACommLink link)
{
strength = link.start.Equals(node) ? link.FwdMetric : link.RevMetric;
}
foreach (CommNet.CommLink clink in path)
{
sList.Add(new string[1] {
clink.end.name
});
}
//sList.Add(new string[1] { path.First.end.name });
target_name = path.First.end.name;
}
p1.GetType().GetField("linked").SetValue(p1, raCNV.IsConnectedHome); // Link Status
p1.GetType().GetField("ec").SetValue(p1, ec); // EC/s
p1.GetType().GetField("rate").SetValue(p1, rate); // Rate in MB/s
p1.GetType().GetField("status").SetValue(p1, status); // 0=direct, 1=indirect, 2=none
p1.GetType().GetField("strength").SetValue(p1, strength); // Signal quality indicator (float 0..1)
p1.GetType().GetField("target_name").SetValue(p1, target_name);
p1.GetType().GetField("control_path").SetValue(p1, sList);
p1.GetType().GetField("ec_idle")?.SetValue(p1, ecIdle);
//Debug.LogFormat($"{ModTag}Rate: {RATools.PrettyPrintDataRate(rate * 8 * 1024 * 1024)} EC: {ec:F4} Linked:{raCNV.IsConnectedHome} Strength: {strength:F2} Target: {target_name}");
}
}
public static double GetRealSignalForTrackingStation(CommNet.CommPath path)
{
// return the signal strength between a vessel and the dsn when there are relays between them
// Debug.Log ("[AH] getting real signal for " + path[0].a.name);
double signal = 1d;
foreach (CommNet.CommLink link in path)
{
// Debug.Log ("[AH] link : " + link.ToString ());
signal *= link.signalStrength;
}
return(signal);
}
public static double GetRealSignal(CommNet.CommPath path, Vessel v = null)
{
// return the signal strength between a vessel and the dsn when there are relays between them
// Debug.Log ("[AH] getting real signal for " + path[0].a.name);
if (v == null)
{
v = FlightGlobals.ActiveVessel;
}
double signal = 1d;
foreach (CommNet.CommLink link in path)
{
// Debug.Log ("[AH] link : " + link.ToString ());
if (link.a.transform.GetComponent <Vessel> () != v)
{
signal *= link.signalStrength;
}
}
return(signal);
}
