public void Update()
{
targetSOI = targetVessel.mainBody.name;
targetAlt = (float)targetVessel.altitude / 1000f;
if (hailerGUI.nearBeacon != null)
{
pathCheck = new PathCheck(hailerGUI.nearBeacon.Vessel, targetVessel, hailerGUI.nearBeacon.PathGLimit);
float tripdist = Vector3.Distance(hailerGUI.nearBeacon.Vessel.GetWorldPos3D(), targetVessel.GetWorldPos3D());
tripCost = hailerGUI.nearBeacon.GetTripBaseCost(tripdist, hailerGUI.tonnage);
tripCost = hailerGUI.nearBeacon.GetTripFinalCost(tripCost, hailerGUI.vessel, targetVessel, hailerGUI.tonnage, hailerGUI.HCUPartsList);
affordable = true;
int i = hailerGUI.nearBeacon.JumpResources.Count - 1;
while (i >= 0)
{
if (hailerGUI.nearBeacon.RequireResource(hailerGUI.nearBeacon.JumpResources[i].resID, (double)(tripCost * hailerGUI.nearBeacon.JumpResources[i].ratio), false))
{
i--;
continue;
}
affordable = false;
break;
}
returnCost = float.PositiveInfinity;
returnAffordable = false;
if (farBeaconVessels.ContainsKey(targetVessel))
{
returnFuelCheck = farBeaconVessels[targetVessel].Any((ProtoBeacon pb) => pb.JumpResources.All((ESLDJumpResource res) => res.fuelCheck));
precision = 3.40282347E+38f;
for (int i2 = farBeaconVessels[targetVessel].Count - 1; i2 >= 0; i2--)
{
precision = Math.Min(farBeaconVessels[targetVessel][i2].GetTripSpread(tripdist), precision);
float possibleReturnCost = farBeaconVessels[targetVessel][i2].GetTripBaseCost(tripdist, hailerGUI.tonnage);
bool flag = false;
if (returnFuelCheck)
{
flag = farBeaconVessels[targetVessel][i2].JumpResources.All((ESLDJumpResource res) => res.fuelCheck && (double)(res.ratio * possibleReturnCost) <= res.fuelOnBoard);
if (flag)
{
returnAffordable = true;
}
}
if (possibleReturnCost < returnCost && ((!returnFuelCheck || !returnAffordable) | flag))
{
returnCost = possibleReturnCost;
returnBeacon = farBeaconVessels[targetVessel][i2];
}
}
}
else
{
returnFuelCheck = false;
precision = hailerGUI.nearBeacon.GetTripSpread(tripdist);
}
}
else
{
pathCheck = new PathCheck(null, targetVessel, 0f);
}
}
public static List <ProtoBeacon> QueryVesselFarBeacons(ProtoVessel vesselToQuery)
{
List <ProtoBeacon> list = new List <ProtoBeacon>();
List <ProtoPartSnapshot> protoPartSnapshots = vesselToQuery.protoPartSnapshots;
int count = protoPartSnapshots.Count;
for (int i = 0; i < count; i++)
{
List <ProtoPartModuleSnapshot> list2 = protoPartSnapshots[i].modules.FindAll((ProtoPartModuleSnapshot m) => m.moduleName == "ESLDBeacon");
int count2 = list2.Count;
for (int j = 0; j < count2; j++)
{
ProtoBeacon protoBeacon = new ProtoBeacon(list2[j].moduleValues, protoPartSnapshots[i].partInfo.partConfig.GetNodes("MODULE", "name", "ESLDBeacon")[j]);
protoBeacon.Vessel = vesselToQuery.vesselRef;
if (protoBeacon.activated && protoBeacon.moduleIsEnabled && protoBeacon.jumpTargetable)
{
list.Add(protoBeacon);
}
}
}
return(list);
}
public static List <ProtoBeacon> QueryVesselFarBeacons(ProtoVessel vesselToQuery)
{
List <ProtoBeacon> beacons = new List <ProtoBeacon>();
List <ProtoPartSnapshot> parts = vesselToQuery.protoPartSnapshots;
int partCount = parts.Count;
for (int i = 0; i < partCount; i++)
{
List <ProtoPartModuleSnapshot> modules = parts[i].modules.FindAll(m => m.moduleName == "ESLDBeacon");
int moduleCount = modules.Count;
for (int j = 0; j < moduleCount; j++)
{
ProtoBeacon protoBeacon = new ProtoBeacon(modules[j].moduleValues, parts[i].partInfo.partConfig.GetNodes("MODULE", "name", "ESLDBeacon")[j]);
protoBeacon.Vessel = vesselToQuery.vesselRef;
if (protoBeacon.activated && protoBeacon.moduleIsEnabled && protoBeacon.jumpTargetable)
{
beacons.Add(protoBeacon);
}
}
}
return(beacons);
}
public void Update()
{
targetSOI = targetVessel.mainBody.name;
targetAlt = (float)targetVessel.altitude / 1000;
if (hailerGUI.nearBeacon != null)
{
pathCheck = new PathCheck(hailerGUI.nearBeacon.Vessel, targetVessel, hailerGUI.nearBeacon.PathGLimit);
}
else
{
pathCheck = new PathCheck(null, targetVessel, 0);
return;
}
float tripdist = Vector3.Distance(hailerGUI.nearBeacon.Vessel.GetWorldPos3D(), targetVessel.GetWorldPos3D());
tripCost = hailerGUI.nearBeacon.GetTripBaseCost(tripdist, hailerGUI.tonnage);
tripCost = hailerGUI.nearBeacon.GetTripFinalCost(tripCost, hailerGUI.vessel, targetVessel, hailerGUI.tonnage, hailerGUI.HCUPartsList);
//float cost = tripCost;
affordable = true;
for (int i = hailerGUI.nearBeacon.JumpResources.Count - 1; i >= 0; i--)
{
if (!hailerGUI.nearBeacon.RequireResource(hailerGUI.nearBeacon.JumpResources[i].resID, tripCost * hailerGUI.nearBeacon.JumpResources[i].ratio, false))
{
affordable = false;
break;
}
}
//HailerGUI hailer = hailerGUI;
//affordable = hailerGUI.nearBeacon.JumpResources.All(res => hailer.nearBeacon.RequireResource(res.resID, res.ratio * cost, false));
returnCost = float.PositiveInfinity;
returnAffordable = false;
if (farBeaconVessels.ContainsKey(targetVessel))
{
returnFuelCheck = farBeaconVessels[targetVessel].Any(pb => pb.JumpResources.All(res => res.fuelCheck));
precision = float.MaxValue;
for (int i = farBeaconVessels[targetVessel].Count - 1; i >= 0; i--)
{
precision = Math.Min(farBeaconVessels[targetVessel][i].GetTripSpread(tripdist), precision);
float possibleReturnCost = farBeaconVessels[targetVessel][i].GetTripBaseCost(tripdist, hailerGUI.tonnage);
bool beaconCanAfford = false;
if (returnFuelCheck)
{
beaconCanAfford = farBeaconVessels[targetVessel][i].JumpResources.All(res => res.fuelCheck && res.ratio * possibleReturnCost <= res.fuelOnBoard);
if (beaconCanAfford)
{
returnAffordable = true;
}
}
if (possibleReturnCost < returnCost && (!returnFuelCheck || !returnAffordable || beaconCanAfford))
{
returnCost = possibleReturnCost;
returnBeacon = farBeaconVessels[targetVessel][i];
}
}
}
else
{
returnFuelCheck = false;
precision = hailerGUI.nearBeacon.GetTripSpread(tripdist);
}
}
