void SetSymmetryValues(int balloonSize, ModuleKerBalloon mkb, BalloonInfo b, int selectedPlanet, string payload)
{
Log.Info("SetSymmetryValues, persistentId: " + mkb.part.persistentId);
mkb.balloonSize = balloonSize;
mkb.lastBalloonSize = lastBalloonSize;
mkb.recommendedBody = b.recommendedBody;
mkb.bodyG = GetBodyG(recommendedBody);
//Log.Info("recommendedBody: " + b.recommendedBody + ", bodyName: " + recommendedBody + ", bodyG: " + bodyG);
mkb.minAtmoPressure = b.minAtmoPressure;
mkb.maxAtmoPressure = b.maxAtmoPressure;
mkb.minScale = b.minScale;
mkb.maxScale = b.maxScale;
mkb.minLift = b.minLift;
mkb.maxLift = b.maxLift;
mkb.targetTWR = b.targetTWR;
mkb.liftLimit = liftLimit;
mkb.speedLimiter = b.speedLimiter;
mkb.maxSpeed = b.maxSpeed;
mkb.maxSpeedTolerence = b.maxSpeedTolerence;
mkb.speedAdjustStep = b.speedAdjustStep;
mkb.speedAdjustMin = b.speedAdjustMin;
mkb.speedAdjustMax = b.speedAdjustMax;
mkb.CFGballoonObject = b.CFGballoonObject;
mkb.CFGropeObject = b.CFGropeObject;
mkb.CFGcapObject = b.CFGcapObject;
mkb.CFGliftPointObject = b.CFGliftPointObject;
mkb.CFGballoonPointObject = b.CFGballoonPointObject;
mkb.payload = payload;
mkb.selectedPayload = selectedPayload;
mkb.bodyName = b.recommendedBody;
}
void UpdatePersistentData()
{
Log.Info("UpdatePersistentData, bodyName: " + bodyName);
string size = "Size" + balloonSize.ToString();
if (Statics.balloonSizes.ContainsKey(size))
{
var sizeDict = Statics.balloonSizes[size].balloonInfoDict;
string key = BalloonInfo.MakeKey(size, payload, bodyName);
if (sizeDict.ContainsKey(key))
{
var binfo = sizeDict[key];
// if (binfo.recommendedBody != recommendedBody)
SetValues(binfo);
}
else
{
Log.Info("balloonSizes, key: " + key + ", not found");
}
}
else
{
Log.Info("balloonSizes, size: " + size + ", not found");
}
}
void SetValues(BalloonInfo b)
{
Log.Info("SetValues");
//Log.Info("payload: " + b.payload + ", body: " + b.recommendedBody + ", techRequired: " + b.techRequired +
// ", minAtmoP: " + b.minAtmoPressure.ToString("F3") + ", maxAtmoP: " + b.maxAtmoPressure.ToString("F3") +
// ", minScale: " + b.minScale + ", maxScale: " + b.maxScale + ", minLift: " + b.minLift + ", maxLift: " + b.maxLift +
// ", speedlimiter: " + b.speedLimiter + ", maxSpeed: " + b.maxSpeed + ", maxSpeedTolerence: " + b.maxSpeedTolerence +
// ", speedAdjustMin: " + b.speedAdjustMin + ", speedAdjustMax: " + b.speedAdjustMax);
foreach (var p in part.symmetryCounterparts)
{
var m = p.FindModuleImplementing <ModuleKerBalloon>();
SetSymmetryValues(balloonSize, m, b, selectedPlanet, payload);
}
SetSymmetryValues(balloonSize, this, b, selectedPlanet, payload);
}
public static void LoadBalloonInfo()
{
string filename = KSPUtil.ApplicationRootPath + "/GameData/KerBalloons/PluginData/balloonSpecs.csv";
filename = filename.Replace('/', Path.DirectorySeparatorChar);
var binfolist = File.ReadAllLines(filename)
.Skip(2)
.Select(v => BalloonInfo.FromCsv(v))
.ToList();
Log.Info("binfolist.Count: " + binfolist.Count());
foreach (var b in binfolist)
{
if (!balloonSizes.ContainsKey(b.size))
{
balloonSizes.Add(b.size, new BalloonSize(b.size));
}
balloonSizes[b.size].balloonInfoDict.Add(BalloonInfo.MakeKey(b.size, b.payload, b.recommendedBody), b);
}
Log.Info("balloonSizes.Count: " + balloonSizes.Count());
}
public static BalloonInfo FromCsv(string csvLine)
{
string[] values = csvLine.Split(',');
Statics.Log.Info("csvLine: " + csvLine);
BalloonInfo info = new BalloonInfo();
info.payload = values[0];
info.size = values[1];
info.recommendedBody = values[2];
info.techRequired = values[3];
info.minAtmoPressure = Statics.SafeParse(values[4], 0f);
info.maxAtmoPressure = Statics.SafeParse(values[5], 0f);
info.minScale = Statics.SafeParse(values[6], 0f);
info.maxScale = Statics.SafeParse(values[7], 0f);
info.minLift = Statics.SafeParse(values[8], 0f);
info.maxLift = Statics.SafeParse(values[9], 0f);
info.targetTWR = Statics.SafeParse(values[10], 0f);
info.speedLimiter = Statics.SafeParse(values[11], false);
info.maxSpeed = Statics.SafeParse(values[12], 0f);
info.maxSpeedTolerence = Statics.SafeParse(values[13], 0f);
info.speedAdjustStep = Statics.SafeParse(values[14], 0f);
info.speedAdjustMin = Statics.SafeParse(values[15], 0f);
info.speedAdjustMax = Statics.SafeParse(values[16], 0f);
info.CFGballoonObject = values[17];
info.CFGropeObject = values[18];
info.CFGcapObject = values[19];
info.CFGliftPointObject = values[20];
info.CFGballoonPointObject = values[21];
Statics.Log.Info("payload: " + info.payload + ", body: " + info.recommendedBody + ", techRequired: " + info.techRequired +
", minAtmoP: " + info.minAtmoPressure.ToString("F3") + ", maxAtmoP: " + info.maxAtmoPressure.ToString("F3") +
", minScale: " + info.minScale + ", maxScale: " + info.maxScale + ", minLift: " + info.minLift + ", maxLift: " + info.maxLift +
", speedlimiter: " + info.speedLimiter + ", maxSpeed: " + info.maxSpeed + ", maxSpeedTolerence: " + info.maxSpeedTolerence +
", speedAdjustMin: " + info.speedAdjustMin + ", speedAdjustMax: " + info.speedAdjustMax);
return(info);
}