public override string GetModuleInfo(string configuration, float reliabilityAtTime)
{
foreach (var configNode in configs)
{
if (!configNode.HasValue("configuration"))
{
continue;
}
var nodeConfiguration = configNode.GetValue("configuration");
if (string.Equals(nodeConfiguration, configuration, StringComparison.InvariantCultureIgnoreCase))
{
if (configNode.HasNode("cycle"))
{
var nodeCycle = new FloatCurve();
nodeCycle.Load(configNode.GetNode("cycle"));
float nodeBurnTime = 0f;
configNode.TryGetValue("ratedBurnTime", ref nodeBurnTime);
float burnThrough = nodeCycle.Evaluate(nodeCycle.maxTime);
return(String.Format(" Rated Burn Time: <color=#b1cc00ff>{0:F0} s</color>\n <color=#ec423fff>{1:F0}%</color> failure at <color=#b1cc00ff>{2:F0} s</color>", nodeBurnTime, burnThrough, nodeCycle.maxTime));
}
}
}
return(base.GetModuleInfo(configuration, reliabilityAtTime));
}
public override string GetModuleInfo(string configuration, float reliabilityAtTime)
{
foreach (var configNode in configs)
{
if (!configNode.HasValue("configuration"))
{
continue;
}
var nodeConfiguration = configNode.GetValue("configuration");
if (string.Equals(nodeConfiguration, configuration, StringComparison.InvariantCultureIgnoreCase))
{
if (configNode.HasNode("reliabilityCurve"))
{
var nodeReliability = new FloatCurve();
nodeReliability.Load(configNode.GetNode("reliabilityCurve"));
// core is not yet available here
float reliabilityMin = TestFlightUtil.FailureRateToReliability(nodeReliability.Evaluate(nodeReliability.minTime), reliabilityAtTime);
float reliabilityMax = TestFlightUtil.FailureRateToReliability(nodeReliability.Evaluate(nodeReliability.maxTime), reliabilityAtTime);
return($" Reliability at 0 data: <color=#b1cc00ff>{reliabilityMin:P1}</color>\n Reliability at max data: <color=#b1cc00ff>{reliabilityMax:p1}</color>");
}
}
}
return(base.GetModuleInfo(configuration, reliabilityAtTime));
}
public virtual void SetActiveConfig(string alias)
{
if (configs == null)
{
configs = new List <ConfigNode>();
}
foreach (var configNode in configs)
{
if (!configNode.HasValue("configuration"))
{
continue;
}
var nodeConfiguration = configNode.GetValue("configuration");
if (string.Equals(nodeConfiguration, alias, StringComparison.InvariantCultureIgnoreCase))
{
currentConfig = configNode;
}
}
if (currentConfig == null)
{
return;
}
// update current values with those from the current config node
currentConfig.TryGetValue("configuration", ref configuration);
if (currentConfig.HasNode("reliabilityCurve"))
{
reliabilityCurve = new FloatCurve();
reliabilityCurve.Load(currentConfig.GetNode("reliabilityCurve"));
}
}
public void FromConfigNode(ConfigNode node)
{
Name = node.GetValue("name");
ShortName = node.GetValue("shortName");
Description = node.GetValue("description");
Author = node.GetValue("author");
bool.TryParse(node.GetValue("allowDeletion"), out AllowDeletion);
bool.TryParse(node.GetValue("career"), out CareerEnabled);
bool.TryParse(node.GetValue("science"), out ScienceEnabled);
bool.TryParse(node.GetValue("sandbox"), out SandboxEnabled);
ConfigNode.LoadObjectFromConfig(GeneralSettings, node.GetNode("KCT_Preset_General"));
ConfigNode.LoadObjectFromConfig(TimeSettings, node.GetNode("KCT_Preset_Time"));
ConfigNode fNode = node.GetNode("KCT_Preset_Formula");
ConfigNode.LoadObjectFromConfig(FormulaSettings, fNode);
if (fNode.HasNode("YearBasedRateMult"))
{
var fc = new FloatCurve();
var rateNode = fNode.GetNode("YearBasedRateMult");
fc.Load(rateNode);
FormulaSettings.YearBasedRateMult = fc;
}
if (node.HasNode("KCT_Preset_Part_Variables"))
{
PartVariables.FromConfigNode(node.GetNode("KCT_Preset_Part_Variables"));
}
}
public override void SetActiveConfig(string alias)
{
base.SetActiveConfig(alias);
if (currentConfig == null)
{
return;
}
// update current values with those from the current config node
cycle = new FloatCurve();
if (currentConfig.HasNode("cycle"))
{
cycle.Load(currentConfig.GetNode("cycle"));
}
else
{
cycle.Add(0f, 1f);
}
thrustModifier = new FloatCurve();
if (currentConfig.HasNode("thrustModifier"))
{
thrustModifier.Load(currentConfig.GetNode("thrustModifier"));
}
else
{
thrustModifier.Add(0f, 1f);
}
currentConfig.TryGetValue("idleDecayRate", ref idleDecayRate);
currentConfig.TryGetValue("ratedBurnTime", ref ratedBurnTime);
currentConfig.TryGetValue("engineID", ref engineID);
currentConfig.TryGetValue("engineConfig", ref engineConfig);
}
void PrintCurve(ConfigNode config, string name)
{
FloatCurve curve = new FloatCurve();
curve.Load(config);
PrintCurve(curve, name);
}
public override string GetModuleInfo(string configuration)
{
string infoString = "";
foreach (var configNode in configs)
{
if (!configNode.HasValue("configuration"))
{
continue;
}
var nodeConfiguration = configNode.GetValue("configuration");
if (string.Equals(nodeConfiguration, configuration, StringComparison.InvariantCultureIgnoreCase))
{
if (configNode.HasNode("baseIgnitionChance"))
{
var nodeIgnitionChance = new FloatCurve();
nodeIgnitionChance.Load(configNode.GetNode("baseIgnitionChance"));
float pMin = nodeIgnitionChance.Evaluate(nodeIgnitionChance.minTime);
float pMax = nodeIgnitionChance.Evaluate(nodeIgnitionChance.maxTime);
infoString = $" Ignition at 0 data: <color=#b1cc00ff>{pMin:P1}</color>\n Ignition at max data: <color=#b1cc00ff>{pMax:P1}</color>";
}
}
}
return(infoString);
}
public void Load(ConfigNode node)
{
ConfigNode.LoadObjectFromConfig(this, node);
if (node.HasValue("configName"))
{
configName = node.GetValue("configName");
}
else
{
configName = "";
}
ratio = float.Parse(node.GetValue("ratio"));
if (node.HasValue("minThrust"))
{
minThrust = float.Parse(node.GetValue("minThrust"));
}
else
{
minThrust = 0;
}
maxThrust = float.Parse(node.GetValue("maxThrust"));
atmosphereCurve = new FloatCurve();
ConfigNode atmosCurveNode = node.GetNode("atmosphereCurve");
if (atmosCurveNode != null)
{
atmosphereCurve.Load(atmosCurveNode);
}
}
void Trim(List <double[]> list, double topLayer)
{
FloatCurve curve = new FloatCurve();
curve.Load(WriteCurve(list));
double[] lastKey = { topLayer, curve.Evaluate((float)topLayer) };
for (int i = list.Count; i > 0; i--)
{
if (list[i - 2][0] < topLayer)
{
double dX = 0.01 * (lastKey[0] - list[i - 2][0]);
double dY = lastKey[1] - curve.Evaluate((float)(lastKey[0] - dX));
double tangent = dY / dX;
list.RemoveAt(i - 1);
list.Add(new double[] { lastKey[0], lastKey[1], tangent, tangent });
break;
}
else
{
list.RemoveAt(i - 1);
}
}
// Debug
PrintCurve(list, "Trim");
}
public void Load(ConfigNode node)
{
node.TryGetValue("Name", ref Name);
node.TryGetValue("Title", ref Title);
node.TryGetValue("ResourceName", ref ResourceName);
node.TryGetValue("Discovers", ref Discovers);
node.TryGetValue("Identifies", ref Identifies);
node.TryGetValue("Wavelength", ref Wavelength);
node.TryGetValue("Sensitivity", ref Sensitivity);
// Configure the default curve
AtmosphereEffect = new FloatCurve();
AtmosphereEffect.Add(0f, 1f);
AtmosphereEffect.Add(70000f, 5f);
AtmosphereEffect.Add(500000f, 0f);
ConfigNode floatCurveNode = new ConfigNode();
if (node.TryGetNode("AtmosphereEffect", ref floatCurveNode))
{
AtmosphereEffect.Load(floatCurveNode);
}
Wavelength *= 1E-9;
Title = Localizer.Format(Title);
}
public void Start()
{
foreach (ConfigNode node in part.partInfo.partConfig.GetNodes("MODULE"))
{
if (node.GetValue("name") == "SaturableRW")
{
torqueCurve.Load(node.GetNode("torqueCurve"));
bleedRate.Load(node.GetNode("bleedRate"));
break;
}
}
wheelRef = part.Modules.GetModule <ModuleReactionWheel> ();
// Float curve initialization.
maxRollTorque = wheelRef.RollTorque;
maxPitchTorque = wheelRef.PitchTorque;
maxYawTorque = wheelRef.YawTorque;
saturationLimit = (maxPitchTorque + maxYawTorque + maxRollTorque) * saturationScale / 3;
if (HighLogic.LoadedSceneIsFlight)
{
// Remember reference torque values.
LoadConfig();
StartCoroutine(RegisterWheel());
}
}
public Resource(ConfigNode node)
{
//Debug.Log ("VKLoading Resource");
if (node.HasValue("resourceName") && PartResourceLibrary.Instance.resourceDefinitions.Any(d => d.name == node.GetValue("resourceName")))
{
//Debug.Log ("VKResource Found");
this._resource = PartResourceLibrary.Instance.GetDefinition(node.GetValue("resourceName"));
if (node.HasValue("maxRate"))
{
double.TryParse(node.GetValue("maxRate"), out _maxRate);
}
if (node.HasNode("rateCurve"))
{
_rateCurve.Load(node.GetNode("rateCurve"));
}
if (node.HasNode("revRateCurve"))
{
_revRateCurve.Load(node.GetNode("revRateCurve"));
}
if (node.HasValue("type"))
{
type = node.GetValue("type");
}
}
}
public override void OnLoad(ConfigNode node)
{
base.OnLoad(node);
foreach (ConfigNode n in node.GetNodes("RESOURCE"))
{
if (n.HasValue("name") && n.HasNode("rate"))
{
FloatCurve rate = new FloatCurve();
string unitName = "";
if (n.HasValue("unitName"))
{
unitName = n.GetValue("unitName");
}
else
{
unitName = n.GetValue("name");
}
rate.Load(n.GetNode("rate"));
inputResources.Add(new ResourceRate(n.GetValue("name"), rate, unitName));
print("adding RESOURCE " + n.GetValue("name") + " = " + rate.ToString());
}
}
foreach (ConfigNode n in node.GetNodes("OUTPUT_RESOURCE"))
{
if (n.HasValue("name") && n.HasNode("rate"))
{
FloatCurve rate = new FloatCurve();
string unitName = "";
if (n.HasValue("unitName"))
{
unitName = n.GetValue("unitName");
}
else
{
unitName = n.GetValue("name");
}
rate.Load(n.GetNode("rate"));
outputResources.Add(new ResourceRate(n.GetValue("name"), rate, unitName));
print("adding OUTPUT_RESOURCE " + n.GetValue("name") + " = " + rate.ToString());
}
}
foreach (ConfigNode c in node.GetNodes("HEATPUMP_NODE"))
{
print("searching HEATPUMP_NODE");
if (c.HasValue("name"))
{
string nodeName = c.GetValue("name");
attachNodeNames.Add(nodeName);
print("Adding HEATPUMP_NODE " + nodeName);
}
}
}
public override void OnLoad(ConfigNode node)
{
// As of v1.3 we dont' need to worry about reliability bodies anymore, just a simple FloatCurve
if (node.HasNode("reliabilityCurve"))
{
reliabilityCurve = new FloatCurve();
reliabilityCurve.Load(node.GetNode("reliabilityCurve"));
}
base.OnLoad(node);
}
public EngineEventController(ConfigNode node)
{
name = "engineEvent";
node.TryGetValue("name", ref name);
linkedTo = "engineEvent";
node.TryGetValue("eventName", ref eventName);
node.TryGetValue("eventDuration", ref eventDuration);
eventCurve.Load(node.GetNode("eventCurve"));
}
public void OnLoad(ConfigNode node)
{
// Process nodes
node.TryGetValue("name", ref name);
node.TryGetValue("laserFXControllerIDs", ref fxName);
fxNames = fxName.Split(new char[] { ',' }, StringSplitOptions.RemoveEmptyEntries);
fxCurve.Load(node.GetNode("laserFXIntensityCurve"));
}
public void Load(ConfigNode node)
{
ConfigNode.LoadObjectFromConfig(this, node);
if (node.GetNode("atmosphereCurve") is ConfigNode atmosCurveNode)
{
atmosphereCurve = new FloatCurve();
atmosphereCurve.Load(atmosCurveNode);
}
name ??= node.GetValue("displayName");
}
public override void Load(ConfigNode node)
{
base.Load(node);
node.TryGetValue("floatName", ref floatName);
curve = new();
curve.Load(node.GetNode("floatCurve"));
modifierTypeName = "Material Float";
}
public void Load(ConfigNode node)
{
if (node.HasValue("scope"))
scope = node.GetValue("scope").ToLower();
if (node.HasNode("reliabilityCurve"))
{
reliabilityCurve = new FloatCurve();
reliabilityCurve.Load(node.GetNode("reliabilityCurve"));
}
}
public override void OnLoad(ConfigNode node)
{
base.OnLoad(node);
if (node.HasNode("cycle"))
{
cycle = new FloatCurve();
cycle.Load(node.GetNode("cycle"));
}
else
cycle = null;
}
public ResourceBand(string resourceName, ConfigNode node)
{
ResourceName = resourceName;
string distName = "Uniform";
node.TryGetValue("name", ref name);
node.TryGetValue("title", ref title);
node.TryGetValue("countScale", ref countScale);
node.TryGetValue("rotateRate", ref rotateRate);
node.TryGetValue("minAbundance", ref minAbundance);
node.TryGetValue("maxAbundance", ref maxAbundance);
node.TryGetValue("useAirDensity", ref useAirDensity);
node.TryGetValue("alwaysDiscovered", ref AlwaysDiscovered);
node.TryGetValue("alwaysIdentified", ref AlwaysIdentified);
node.TryGetValue("alwaysIdentified", ref AlwaysIdentified);
node.TryGetValue("distributionType", ref distName);
node.TryGetValue("remoteDiscoveryScale", ref RemoteDiscoveryScale);
discoveryScienceReward = Settings.BaseDiscoverScienceReward;
identifyScienceReward = Settings.BaseIdentifyScienceReward;
node.TryGetValue("discoveryScienceReward", ref discoveryScienceReward);
node.TryGetValue("identifyScienceReward", ref identifyScienceReward);
title = Localizer.Format(title);
densityCurve = new FloatCurve();
if (useAirDensity)
{
densityCurve.Add(0f, 0f);
densityCurve.Add(1f, 1f);
densityCurve.Add(12f, 12f);
ConfigNode densCurve = new ConfigNode();
if (node.TryGetNode("densityCurve", ref densCurve))
{
densityCurve.Load(densCurve);
}
}
if (distName == "Uniform")
{
Distribution = new UniformDistributionModel(node) as DistributionModel;
}
if (distName == "Spherical")
{
Distribution = new SphericalDistributionModel(node) as DistributionModel;
}
}
public override void Load(ConfigNode node)
{
base.Load(node);
node.TryGetValue("textureName", ref textureName);
scrollCurveX = new();
scrollCurveY = new();
scrollCurveX.Load(node.GetNode("scrollCurveX"));
scrollCurveY.Load(node.GetNode("scrollCurveY"));
modifierTypeName = GetType().Name;
}
public override void Load(ConfigNode node)
{
base.Load(node);
xCurve = new FloatCurve();
yCurve = new FloatCurve();
zCurve = new FloatCurve();
xCurve.Load(node.GetNode("xCurve"));
yCurve.Load(node.GetNode("yCurve"));
zCurve.Load(node.GetNode("zCurve"));
modifierTypeName = "Position";
}
public override void Load(ConfigNode node)
{
base.Load(node);
xCurve = new();
yCurve = new();
zCurve = new();
xCurve.Load(node.GetNode("xCurve"));
yCurve.Load(node.GetNode("yCurve"));
zCurve.Load(node.GetNode("zCurve"));
modifierTypeName = "Scale";
}
public void Load(ConfigNode node)
{
if (node.HasValue("scope"))
{
scope = node.GetValue("scope").ToLower();
}
if (node.HasNode("reliabilityCurve"))
{
reliabilityCurve = new FloatCurve();
reliabilityCurve.Load(node.GetNode("reliabilityCurve"));
}
}
/// <summary>
/// Loads the desired FloatCurve from the desired config node.
/// </summary>
/// <param name="curve">The FloatCurve to load</param>
/// <param name="curveNodeName">The name of the curve to load</param>
/// <param name="defaultCurve">An optional default curve to use in case the curve's node doesn't exist in the part module's config.</param>
protected void loadCurve(FloatCurve curve, string curveNodeName, ConfigNode defaultCurve = null)
{
if (curve.Curve.length > 0)
{
return;
}
ConfigNode[] nodes = this.part.partInfo.partConfig.GetNodes("MODULE");
ConfigNode engineNode = null;
ConfigNode node = null;
string moduleName;
//Get the switcher config node.
for (int index = 0; index < nodes.Length; index++)
{
node = nodes[index];
if (node.HasValue("name"))
{
moduleName = node.GetValue("name");
if (moduleName == this.ClassName)
{
engineNode = node;
break;
}
}
}
if (engineNode == null)
{
return;
}
if (engineNode.HasNode(curveNodeName))
{
node = engineNode.GetNode(curveNodeName);
curve.Load(node);
}
else if (defaultCurve != null)
{
curve.Load(defaultCurve);
}
}
public override void OnLoad(ConfigNode node)
{
base.OnLoad(node);
if (node.HasNode("cycle"))
{
cycle = new FloatCurve();
cycle.Load(node.GetNode("cycle"));
}
else
{
cycle = null;
}
}
void QuickFix(FloatCurve curve, double topLayer)
{
if (topLayer > curve.maxTime)
{
List <double[]> list = ReadCurve(curve); /* Avoid Bad Curves ==> */ if (list.Count == 0)
{
Debug.Log("AtmosphereTopLayer.QuickFix", "This curve is pointless."); return;
}
list.Last()[3] = 0;
list.Add(new double[] { topLayer, list.Last()[1], 0, 0 });
curve.Load(WriteCurve(list));
}
}
public static void Load()
{
bullets = new BulletInfos();
UrlDir.UrlConfig[] nodes = GameDatabase.Instance.GetConfigs("BULLET");
for (int i = 0; i < nodes.Length; i++)
{
ConfigNode node = nodes[i].config;
FloatCurve penetrationCurve = new FloatCurve();
penetrationCurve.Load(node.GetNode("penetration"));
bullets.Add(new BulletInfo(node.GetValue("name"), float.Parse(node.GetValue("positiveCoefficient")),
penetrationCurve));
}
}
void Multiply(FloatCurve curve, double multiplier)
{
List <double[]> list = new List <double[]>();
list = ReadCurve(curve);
foreach (double[] key in list)
{
key[0] *= multiplier;
key[2] /= multiplier;
key[3] /= multiplier;
}
curve.Load(WriteCurve(list));
}
// loads from an override node
public bool Load(ConfigNode node)
{
if (node.HasNode("atmosphereCurve"))
{
atmosphereCurve.Load(node.GetNode("atmosphereCurve"));
}
else
{
atmosphereCurve = null;
return(false);
}
if (node.HasNode("velocityCurve"))
{
velocityCurve.Load(node.GetNode("velocityCurve"));
}
else
{
velocityCurve = null;
}
TWR = node.HasValue("TWR") ? double.Parse(node.GetValue("TWR")) : -1;
thrustMultiplier = node.HasValue("thrustMultiplier") ? double.Parse(node.GetValue("thrustMultiplier")) : -1;
massMultiplier = node.HasValue("massMultiplier") ? double.Parse(node.GetValue("massMultiplier")) : -1;
minThrottleMultiplier = node.HasValue("minThrottleMultiplier") ? double.Parse(node.GetValue("minThrottleMultiplier")) : -1;
gimbalRange = node.HasValue("gimbalRange") ? float.Parse(node.GetValue("gimbalRange")) : -1;
costMult = node.HasValue("costMult") ? float.Parse(node.GetValue("costMult")) : 1f;
techRequired = node.HasValue("techRequired") ? node.GetValue("techRequired") : "";
return(true);
}
public override void OnLoad(ConfigNode node)
{
base.OnLoad(node);
if (node.HasNode("ClCurve"))
{
ClPotentialCurve = new FloatCurve();
ClPotentialCurve.Load(node.GetNode("ClCurve"));
ClViscousCurve = new FloatCurve();
ClViscousCurve.Add(-1, 0);
ClViscousCurve.Add(1, 0);
}
if (node.HasValue("majorMinorAxisRatio"))
{
double.TryParse(node.GetValue("majorMinorAxisRatio"), out majorMinorAxisRatio);
}
if (node.HasValue("taperCrossSectionAreaRatio"))
{
double.TryParse(node.GetValue("taperCrossSectionAreaRatio"), out taperCrossSectionAreaRatio);
}
if (node.HasValue("cosAngleCutoff"))
{
double.TryParse(node.GetValue("cosAngleCutoff"), out cosAngleCutoff);
}
if (node.HasValue("ignoreAnim"))
{
bool.TryParse(node.GetValue("ignoreAnim"), out ignoreAnim);
}
if (node.HasNode("CdCurve"))
{
CdCurve = new FloatCurve();
CdCurve.Load(node.GetNode("CdCurve"));
}
if (node.HasNode("ClPotentialCurve"))
{
ClPotentialCurve = new FloatCurve();
ClPotentialCurve.Load(node.GetNode("ClPotentialCurve"));
}
if (node.HasNode("ClViscousCurve"))
{
ClViscousCurve = new FloatCurve();
ClViscousCurve.Load(node.GetNode("ClViscousCurve"));
}
if (node.HasNode("CmCurve"))
{
CmCurve = new FloatCurve();
CmCurve.Load(node.GetNode("CmCurve"));
}
}
public override string GetInfo ()
{
if (configs.Count < 2)
return TLTInfo();
string info = TLTInfo() + "\nAlternate configurations:\n";
TechLevel moduleTLInfo = new TechLevel();
if (techNodes != null)
moduleTLInfo.Load(techNodes, techLevel);
else
moduleTLInfo = null;
foreach (ConfigNode config in configs) {
if(!config.GetValue ("name").Equals (configuration)) {
info += " " + config.GetValue ("name") + "\n";
if(config.HasValue (thrustRating))
info += " (" + ThrustTL(config.GetValue (thrustRating), config).ToString("0.00") + " Thrust";
else
info += " (Unknown Thrust";
FloatCurve isp = new FloatCurve();
if(config.HasNode ("atmosphereCurve")) {
isp.Load (config.GetNode ("atmosphereCurve"));
info += ", "
+ isp.Evaluate (isp.maxTime).ToString() + "-"
+ isp.Evaluate (isp.minTime).ToString() + "Isp";
}
else if (config.HasValue("IspSL") && config.HasValue("IspV"))
{
float ispSL = 1.0f, ispV = 1.0f;
float.TryParse(config.GetValue("IspSL"), out ispSL);
float.TryParse(config.GetValue("IspV"), out ispV);
TechLevel cTL = new TechLevel();
if (cTL.Load(config, techNodes, engineType, techLevel))
{
ispSL *= ispSLMult * cTL.atmosphereCurve.Evaluate(1);
ispV *= ispVMult * cTL.atmosphereCurve.Evaluate(0);
info += ", " + ispSL.ToString("0") + "-" + ispV.ToString("0") + "Isp";
}
}
info += ")\n";
}
}
return info;
}
public static FloatCurve ModifyCurveKeys(ConfigNode tempNode, float vacMult, float atmMult, bool extendToZero)
{
FloatCurve initialCurve = new FloatCurve();
initialCurve.Load(tempNode);
string[] keyStrings = tempNode.GetValues("key");
float maxTime, ispAtMaxTime, secondTime, ispAtSecondTime, maxPressure;
maxTime = ispAtMaxTime = secondTime = ispAtSecondTime = maxPressure = 0;
FloatCurve newAtmosphereCurve = new FloatCurve();
maxTime = initialCurve.maxTime;
for (int i = 0; i < keyStrings.Length; i++)
{
string[] splitKey = keyStrings[i].Split(' ');
float scalar = vacMult + Convert.ToSingle(splitKey[0]) * (atmMult - vacMult);
if (!extendToZero)
scalar = Mathf.Clamp(scalar, Mathf.Min(atmMult, vacMult), Mathf.Max(atmMult, vacMult));
if (Convert.ToSingle(splitKey[0]) != 0)
newAtmosphereCurve.Add(Convert.ToSingle(splitKey[0]), Convert.ToSingle(splitKey[1]) * scalar, Convert.ToSingle(splitKey[2]) * scalar, Convert.ToSingle(splitKey[3]) * scalar);
else
newAtmosphereCurve.Add(Convert.ToSingle(splitKey[0]), Convert.ToSingle(splitKey[1]) * scalar, 0, 0);
if (i == keyStrings.Length - 2)
{
secondTime = Convert.ToSingle(splitKey[0]);
ispAtSecondTime = Convert.ToSingle(splitKey[1]) * scalar;
}
}
ispAtMaxTime = newAtmosphereCurve.Evaluate(maxTime);
if (extendToZero && (ispAtSecondTime - ispAtMaxTime) >= 0.0001f)
{
maxPressure = maxTime + (0.01f - ispAtMaxTime) / (ispAtSecondTime - ispAtMaxTime) * (secondTime - maxTime);
newAtmosphereCurve.Add(maxPressure, 0.01f, 0, 0);
}
return newAtmosphereCurve;
}
virtual public void DoConfig(ConfigNode cfg)
{
// fix propellant ratios to not be rounded
if (cfg.HasNode("PROPELLANT"))
{
foreach (ConfigNode pNode in cfg.GetNodes("PROPELLANT"))
{
if (pNode.HasValue("ratio"))
{
double dtmp;
if (double.TryParse(pNode.GetValue("ratio"), out dtmp))
pNode.SetValue("ratio", (dtmp * 100.0).ToString());
}
}
}
float heat = -1;
if (cfg.HasValue("heatProduction")) // ohai amsi: allow heat production to be changed by multiplier
{
heat = (float)Math.Round(float.Parse(cfg.GetValue("heatProduction")) * heatMult, 0);
cfg.SetValue("heatProduction", heat.ToString());
}
// load throttle (for later)
curThrottle = throttle;
if (cfg.HasValue("throttle"))
float.TryParse(cfg.GetValue("throttle"), out curThrottle);
else if(cfg.HasValue("minThrust") && cfg.HasValue("maxThrust"))
curThrottle = float.Parse(cfg.GetValue("minThrust")) / float.Parse(cfg.GetValue("maxThrust"));
float TLMassMult = 1.0f;
if (techLevel != -1)
{
// load techlevels
TechLevel cTL = new TechLevel();
//print("For engine " + part.name + ", config " + configuration + ", max TL: " + TechLevel.MaxTL(cfg, techNodes, engineType));
cTL.Load(cfg, techNodes, engineType, techLevel);
TechLevel oTL = new TechLevel();
oTL.Load(cfg, techNodes, engineType, origTechLevel);
// set atmosphereCurve
if (cfg.HasValue("IspSL") && cfg.HasValue("IspV"))
{
cfg.RemoveNode("atmosphereCurve");
ConfigNode curve = new ConfigNode("atmosphereCurve");
float ispSL, ispV;
float.TryParse(cfg.GetValue("IspSL"), out ispSL);
float.TryParse(cfg.GetValue("IspV"), out ispV);
FloatCurve aC = new FloatCurve();
aC = Mod(cTL.atmosphereCurve, ispSL, ispV);
aC.Save(curve);
cfg.AddNode(curve);
}
// set heatProduction and dissipation
if (heat > 0)
{
cfg.SetValue("heatProduction", MassTL(heat).ToString("0"));
part.heatDissipation = 0.12f / MassTL(1.0f);
}
// set thrust and throttle
if (cfg.HasValue(thrustRating))
{
float thr;
float.TryParse(cfg.GetValue(thrustRating), out thr);
configMaxThrust = ThrustTL(thr);
cfg.SetValue(thrustRating, configMaxThrust.ToString("0.0000"));
if (cfg.HasValue("minThrust"))
{
float.TryParse(cfg.GetValue("minThrust"), out thr);
configMinThrust = ThrustTL(thr);
cfg.SetValue("minThrust", configMinThrust.ToString("0.0000"));
}
else
{
if (thrustRating.Equals("thrusterPower"))
{
configMinThrust = configMaxThrust * 0.5f;
}
else
{
configMinThrust = configMaxThrust;
if (curThrottle > 1.0f)
{
if (techLevel >= curThrottle)
curThrottle = 1.0f;
else
curThrottle = -1.0f;
}
if (curThrottle >= 0.0f)
{
curThrottle = (float)((double)curThrottle * cTL.Throttle());
configMinThrust *= curThrottle;
}
cfg.SetValue("minThrust", configMinThrust.ToString("0.0000"));
}
}
curThrottle = configMinThrust / configMaxThrust;
if(origMass > 0)
TLMassMult = MassTL(1.0f);
}
}
else
{
if(cfg.HasValue(thrustRating) && curThrottle > 0f && !cfg.HasValue("minThrust"))
{
configMinThrust = curThrottle * float.Parse(cfg.GetValue(thrustRating));
cfg.SetValue("minThrust", configMinThrust.ToString("0.0000"));
}
}
// mass change
if (origMass > 0)
{
float ftmp;
configMassMult = 1.0f;
if (cfg.HasValue("massMult"))
if (float.TryParse(cfg.GetValue("massMult"), out ftmp))
configMassMult = ftmp;
part.mass = origMass * configMassMult * massMult * TLMassMult;
}
// KIDS integration
if(cfg.HasNode("atmosphereCurve"))
{
ConfigNode newCurveNode = new ConfigNode("atmosphereCurve");
FloatCurve oldCurve = new FloatCurve();
oldCurve.Load(cfg.GetNode("atmosphereCurve"));
FloatCurve newCurve = Mod(oldCurve, ispSLMult, ispVMult);
newCurve.Save(newCurveNode);
cfg.RemoveNode("atmosphereCurve");
cfg.AddNode(newCurveNode);
}
}
public override void OnLoad(ConfigNode node)
{
// As of v1.3 we dont' need to worry about reliability bodies anymore, just a simple FloatCurve
if (node.HasNode("reliabilityCurve"))
{
reliabilityCurve = new FloatCurve();
reliabilityCurve.Load(node.GetNode("reliabilityCurve"));
}
// if (node.HasNode("RELIABILITY_BODY"))
// {
// if (reliabilityBodies == null)
// reliabilityBodies = new List<ReliabilityBodyConfig>();
// foreach (ConfigNode bodyNode in node.GetNodes("RELIABILITY_BODY"))
// {
// ReliabilityBodyConfig reliabilityBody = new ReliabilityBodyConfig();
// reliabilityBody.Load(bodyNode);
// reliabilityBodies.Add(reliabilityBody);
// }
// }
base.OnLoad(node);
}
public PistonEngine(float power, float speed, float BSFC)
{
_boost = 1;
_running = false;
_fuel = true;
_boostPressure = 0;
_hasSuper = false;
_boostMults = new float[2];
_boostCosts = new float[2];
_boostMults[0] = 1f;
_boostMults[1] = 1f;
_boostCosts[0] = 0f;
_boostCosts[1] = 0f;
_boostMode = 0;
_boostSwitch = -1f; // auto
_coolerEffic = 0f;
_coolerMin = 0f;
_ramAir = 0.1f;
_volEfficMult = 1.0f;
_oilTemp = 298f;
_oilTempTarget = _oilTemp;
_dOilTempdt = 0;
_bsfc = BSFC;
_minthrottle = 0.1f;
_maxMP = 1e6f; // No waste gate on non-turbo engines.
_wastegate = 1f;
_charge = 1f;
_chargeTarget = 1f;
_turboLag = 2f;
// set reference conditions
_power0 = power;
_omega0 = speed;
// Guess at reasonable values for these guys. Displacements run
// at about 2 cubic inches per horsepower or so, at least for
// non-turbocharged engines.
// change to 1.4; supercharging...
_compression = 8;
_displacement = power * (1.4f * CIN2CM / HP2W);
mixtureEfficiency = new FloatCurve();
ConfigNode node = new ConfigNode("MixtureEfficiency");
node.AddValue("key", "0.05 0 0 2.09732360097324");
node.AddValue("key", "0.05137 0.00862 2.09732360097324 164.206349206348");
node.AddValue("key", "0.05179 0.21552 164.206349206348 35.4900398406375");
node.AddValue("key", "0.0543 0.48276 35.4900398406375 18.1343042071197");
node.AddValue("key", "0.05842 0.7069 18.1343042071197 9.17092198581561");
node.AddValue("key", "0.06312 0.83621 9.17092198581561 5.01693121693122");
node.AddValue("key", "0.06942 0.93103 5.01693121693122 2.7239336492891");
node.AddValue("key", "0.07786 1 2.7239336492891 0");
node.AddValue("key", "0.08845 1 0 -1.3521568627451");
node.AddValue("key", "0.0927 0.98276 -1.3521568627451 -2.02862745098038");
node.AddValue("key", "0.09695 0.956895 -2.02862745098038 -2.02862745098041");
node.AddValue("key", "0.099075 0.9439625 -2.02862745098041 -2.02862745098041");
node.AddValue("key", "0.1001375 0.93749625 -2.02862745098041 -2.02862745098038");
node.AddValue("key", "0.1012 0.93103 -2.02862745098038 -5.16579275905118");
node.AddValue("key", "0.1045375 0.8793075 -5.16579275905118 -5.1657927590512");
node.AddValue("key", "0.107875 0.827585 -5.1657927590512 -5.16579275905119");
node.AddValue("key", "0.11455 0.72414 -5.16579275905119 -12.6714082503556");
node.AddValue("key", "0.12158 0.4569 -12.6714082503556 -26.9723225030083");
node.AddValue("key", "0.12435 0.23276 -26.9723225030083 -119.364102564103");
node.AddValue("key", "0.125 0 -119.364102564103 0");
mixtureEfficiency.Load(node);
ComputeVEMultiplier(); // compute volumetric efficiency of engine, based on rated power and BSFC.
}
public void Load(ConfigNode node)
{
if (node.HasNode("PROPELLER"))
node = node.GetNode("PROPELLER");
if (node.HasValue("name"))
name = node.GetValue("name");
if (node.HasValue("ixx"))
Ixx = double.Parse(node.GetValue("ixx"));
if (node.HasValue("ixxFTLB"))
Ixx = double.Parse(node.GetValue("ixxFTLB")) * FTLBTOJ;
if (node.HasValue("diameterIN"))
Diameter = double.Parse(node.GetValue("diameterIN")) * INTOM;
if (node.HasValue("diameterFT"))
Diameter = double.Parse(node.GetValue("diameterFT")) * FTTOM;
if (node.HasValue("diameter"))
Diameter = double.Parse(node.GetValue("diameter"));
if (node.HasValue("numblades"))
numBlades = int.Parse(node.GetValue("numblades"));
if (node.HasValue("gearratio"))
GearRatio = double.Parse(node.GetValue("gearratio"));
if (node.HasValue("minpitch"))
MinPitch = double.Parse(node.GetValue("minpitch"));
if (node.HasValue("maxpitch"))
MaxPitch = double.Parse(node.GetValue("maxpitch"));
if (node.HasValue("minrpm"))
MinRPM = double.Parse(node.GetValue("minrpm"));
if (node.HasValue("maxrpm"))
{
MaxRPM = double.Parse(node.GetValue("maxrpm"));
ConstantSpeed = 1;
}
if (node.HasValue("constspeed"))
ConstantSpeed = int.Parse(node.GetValue("constspeed"));
if (node.HasValue("reversepitch"))
ReversePitch = double.Parse(node.GetValue("reversepitch"));
if (node.HasNode("cThrust"))
cThrust = new FGTable(node.GetNode("cThrust"));
if (node.HasNode("cThrustFP"))
{
cThrustFP = new FloatCurve();
cThrustFP.Load(node.GetNode("cThrustFP"));
}
if (node.HasNode("cPower"))
cPower = new FGTable(node.GetNode("cPower"));
if (node.HasNode("cPowerFP"))
{
cPowerFP = new FloatCurve();
cPowerFP.Load(node.GetNode("cPowerFP"));
}
if (node.HasNode("CtMach"))
{
CtMach = new FloatCurve();
CtMach.Load(node.GetNode("CtMach"));
}
if (node.HasNode("CpMach"))
{
CpMach = new FloatCurve();
CpMach.Load(node.GetNode("CpMach"));
}
if (node.HasNode("MachDrag"))
{
MachDrag = new FloatCurve();
MachDrag.Load(node.GetNode("MachDrag"));
}
if (node.HasValue("sense"))
Sense = double.Parse(node.GetValue("sense"));
SetSense(Sense >= 0.0 ? 1.0 : -1.0);
if (node.HasValue("P_Factor"))
P_Factor = double.Parse(node.GetValue("P_Factor"));
if (node.HasValue("ct_factor"))
SetCtFactor(double.Parse(node.GetValue("ct_factor")));
if (node.HasValue("cp_factor"))
SetCpFactor(double.Parse(node.GetValue("cp_factor")));
CalcDefaults();
// persistent values
if (node.HasValue("RPM"))
RPM = double.Parse(node.GetValue("RPM"));
if (node.HasValue("Pitch"))
Pitch = double.Parse(node.GetValue("Pitch"));
if (node.HasValue("Feathered"))
Feathered = bool.Parse(node.GetValue("Feathered"));
if (node.HasValue("Reversed"))
Reversed = bool.Parse(node.GetValue("Reversed"));
}
public override string GetInfo()
{
if (!compatible)
return "";
if (configs.Count < 2)
return TLTInfo();
string info = TLTInfo() + "\nAlternate configurations:\n";
//Unused as yet
/*TechLevel moduleTLInfo = new TechLevel();
if (techNodes != null)
moduleTLInfo.Load(techNodes, techLevel);
else
moduleTLInfo = null;*/
foreach (ConfigNode config in configs) {
TechLevel cTL = new TechLevel();
if (!cTL.Load(config, techNodes, engineType, techLevel))
cTL = null;
if(!config.GetValue ("name").Equals (configuration)) {
info += " " + config.GetValue ("name") + "\n";
if(config.HasValue (thrustRating))
info += " (" + (scale * ThrustTL(config.GetValue (thrustRating), config)).ToString("0.00") + " Thrust";
else
info += " (Unknown Thrust";
float cst;
if(config.HasValue("cost") && float.TryParse(config.GetValue("cost"), out cst))
info += " (" + (scale*cst).ToString("N0") + " extra cost)"; // FIXME should get cost from TL, but this should be safe
// because it will always be the cost for the original TL, and thus unmodified.
FloatCurve isp = new FloatCurve();
if(config.HasNode ("atmosphereCurve")) {
isp.Load (config.GetNode ("atmosphereCurve"));
info += ", "
+ isp.Evaluate (isp.maxTime).ToString() + "-"
+ isp.Evaluate (isp.minTime).ToString() + "Isp";
}
else if (config.HasValue("IspSL") && config.HasValue("IspV"))
{
float ispSL = 1.0f, ispV = 1.0f;
float.TryParse(config.GetValue("IspSL"), out ispSL);
float.TryParse(config.GetValue("IspV"), out ispV);
if (cTL != null)
{
ispSL *= ispSLMult * cTL.AtmosphereCurve.Evaluate(1);
ispV *= ispVMult * cTL.AtmosphereCurve.Evaluate(0);
info += ", " + ispSL.ToString("0") + "-" + ispV.ToString("0") + "Isp";
}
}
float gimbalR = -1f;
if (config.HasValue("gimbalRange"))
gimbalR = float.Parse(config.GetValue("gimbalRange"));
// Don't do per-TL checks here, they're misleading.
/*else if (!gimbalTransform.Equals("") || useGimbalAnyway)
{
if (cTL != null)
gimbalR = cTL.GimbalRange;
}*/
if (gimbalR != -1f)
info += ", Gimbal " + gimbalR.ToString("N1");
if (config.HasValue("ullage"))
info += ", " + (config.GetValue("ullage").ToLower() == "true" ? "ullage" : "no ullage");
if (config.HasValue("pressureFed") && config.GetValue("pressureFed").ToLower() == "true")
info += ", pfed";
if (config.HasValue("ignitions"))
{
int ignitions;
if (int.TryParse(config.GetValue("ignitions"), out ignitions))
{
if (ignitions > 0)
info += ", " + ignitions + " ignition" + (ignitions > 1 ? "s" : "");
else
info += ", unl. ignitions";
}
}
info += ")\n";
}
}
return info;
}
public void Load(ConfigNode node)
{
ConfigNode.LoadObjectFromConfig(this, node);
ConfigNode atmosCurveNode = node.GetNode("atmosphereCurve");
if (atmosCurveNode != null)
{
atmosphereCurve = new FloatCurve();
atmosphereCurve.Load(atmosCurveNode);
}
if (name == null)
name = node.GetValue("displayName");
}
void PrintCurve(ConfigNode config, string name)
{
FloatCurve curve = new FloatCurve();
curve.Load(config);
PrintCurve(curve, name);
}
void QuickFix(FloatCurve curve, double topLayer)
{
if (topLayer > curve.maxTime)
{
List<double[]> list = ReadCurve(curve); /* Avoid Bad Curves ==> */ if (list.Count == 0) { UnityEngine.Debug.Log("SigmaLog: This curve is pointless."); return; }
list.Last()[3] = 0;
list.Add(new double[] { topLayer, list.Last()[1], 0, 0 });
curve.Load(WriteCurve(list));
}
}
void Smooth(List<double[]> list, double smoothRange)
{
FloatCurve curve = new FloatCurve();
curve.Load(WriteCurve(list));
double topLayer = curve.maxTime;
double smoothStart = topLayer - smoothRange;
double[] newKey = { smoothStart, curve.Evaluate((float)smoothStart) };
double[] lastKey = { topLayer, 0, 0, 0 };
for (int i = list.Count; i > 0; i--)
{
if (list[i - 1][0] >= smoothStart)
list.RemoveAt(i - 1);
}
list.Add(newKey);
list.Add(lastKey);
// Debug
PrintCurve(list, "Smooth");
}
/*private List<PQSLandControl.LandClass> GetListLC(ConfigNode node)
{
ConfigNode curNodes = new ConfigNode();
node.CopyTo(curNodes);
List<PQSLandControl.LandClass> list = new List<PQSLandControl.LandClass>();
Type cType = typeof(PQSLandControl.LandClass);
while (curNodes.nodes.Count > 0)
{
PQSLandControl.LandClass obj = new PQSLandControl.LandClass();
ParseObject(obj, curNodes.nodes[0]);
curNodes.nodes.Remove(curNodes.nodes[0]);
}
return list;
}
private List<PQSLandControl.LandClassScatterAmount> GetListLCSA(ConfigNode node)
{
ConfigNode curNodes = new ConfigNode();
node.CopyTo(curNodes);
List<PQSLandControl.LandClassScatterAmount> list = new List<PQSLandControl.LandClassScatterAmount>();
Type cType = typeof(PQSLandControl.LandClass);
while (curNodes.nodes.Count > 0)
{
PQSLandControl.LandClassScatterAmount obj = new PQSLandControl.LandClassScatterAmount();
ParseObject(obj, curNodes.nodes[0]);
curNodes.nodes.Remove(curNodes.nodes[0]);
}
return list;
}*/
private void ParseField(object m, FieldInfo fi, ConfigNode modNode)
{
string name = fi.Name;
/*if (fi.FieldType == typeof(IList))
{
if(modNode.HasNode(name))
{
IList list = fi.GetValue(m) as IList;
if (list[0] != null)
{
Type objType = list[0].GetType();
ConfigNode listNode = modNode.GetNode(name);
list.Clear();
if(objType == typeof(PQSLandControl.LandClass))
fi.SetValue(m, GetListLC(listNode));
}
}
}
else*/
if (fi.FieldType == typeof(string))
{
if (modNode.HasValue(name))
{
string val = modNode.GetValue(name);
fi.SetValue(m, val);
}
}
else if (fi.FieldType == typeof(bool))
{
bool val;
if (modNode.HasValue(name))
if (bool.TryParse(modNode.GetValue(name), out val))
fi.SetValue(m, val);
}
else if (fi.FieldType == typeof(int))
{
int val;
if (modNode.HasValue(name))
if (int.TryParse(modNode.GetValue(name), out val))
fi.SetValue(m, val);
}
else if (fi.FieldType == typeof(float))
{
float val;
if (modNode.HasValue(name))
if (float.TryParse(modNode.GetValue(name), out val))
fi.SetValue(m, val);
}
else if (fi.FieldType == typeof(double))
{
double val;
if (modNode.HasValue(name))
if (double.TryParse(modNode.GetValue(name), out val))
fi.SetValue(m, val);
}
else if (fi.FieldType == typeof(MapSO))
{
if (modNode.HasValue(name))
{
MapSO map = fi.GetValue(m) as MapSO;
if (map.Depth == MapSO.MapDepth.Greyscale)
{
Configuration.MapSOParser_GreyScale<MapSO> newMap = new Configuration.MapSOParser_GreyScale<MapSO>();
newMap.SetFromString(modNode.GetValue(name));
if (newMap.value != null)
fi.SetValue(m, newMap.value);
}
else
{
Configuration.MapSOParser_RGB<MapSO> newMap = new Configuration.MapSOParser_RGB<MapSO>();
newMap.SetFromString(modNode.GetValue(name));
if (newMap.value != null)
fi.SetValue(m, newMap.value);
}
}
}
else if (fi.FieldType == typeof(AnimationCurve))
{
if (modNode.HasNode(name))
{
FloatCurve fc = new FloatCurve();
fc.Load(modNode.GetNode(name));
fi.SetValue(m, fc.Curve);
}
}
else if (fi.FieldType == typeof(FloatCurve))
{
if (modNode.HasNode(name))
{
FloatCurve fc = new FloatCurve();
fc.Load(modNode.GetNode(name));
fi.SetValue(m, fc);
}
}
else if (fi.FieldType == typeof(Texture2D))
{
if (modNode.HasValue(name))
{
Configuration.Texture2DParser newParser = new Configuration.Texture2DParser();
newParser.SetFromString(name);
if (newParser.value != null)
fi.SetValue(m, newParser.value);
else
{
Texture2D newTex = Utility.LoadTexture(name, true, false, false);
if (newTex != null)
fi.SetValue(m, newParser.value);
}
}
}
else if (fi.FieldType == typeof(PQSLandControl.LandClass))
{
if(modNode.HasNode(name))
{
PQSLandControl.LandClass lc = fi.GetValue(m) as PQSLandControl.LandClass;
ParseObject(lc, modNode.GetNode(name));
}
}
else if (fi.FieldType == typeof(PQSMod_CelestialBodyTransform.AltitudeFade))
{
if (modNode.HasNode(name))
{
PQSMod_CelestialBodyTransform.AltitudeFade af = fi.GetValue(m) as PQSMod_CelestialBodyTransform.AltitudeFade;
ParseObject(af, modNode.GetNode(name));
}
}
else if (fi.FieldType == typeof(PQSMod_CelestialBodyTransform.AltitudeFade[]))
{
if (modNode.HasNode(name))
{
PQSMod_CelestialBodyTransform.AltitudeFade[] secFades = fi.GetValue(m) as PQSMod_CelestialBodyTransform.AltitudeFade[];
ConfigNode newNodes = new ConfigNode();
modNode.GetNode(name).CopyTo(newNodes);
foreach (PQSMod_CelestialBodyTransform.AltitudeFade af in secFades)
{
ParseObject(af, newNodes.nodes[0]);
newNodes.nodes.Remove(newNodes.nodes[0]);
}
}
}
}
void Trim(List<double[]> list, double topLayer)
{
FloatCurve curve = new FloatCurve();
curve.Load(WriteCurve(list));
double[] lastKey = { topLayer, curve.Evaluate((float)topLayer) };
for (int i = list.Count; i > 0; i--)
{
if (list[i - 1][0] >= topLayer)
list.RemoveAt(i - 1);
}
list.Add(lastKey);
// Debug
PrintCurve(list, "Trim");
}
void FixPressure(FloatCurve curve, double topLayer)
{
List<double[]> list = ReadCurve(curve); /* Avoid Bad Curves ==> */ if (list.Count < 2) { UnityEngine.Debug.Log("SigmaLog: This pressure curve has " + (list.Count == 0 ? "no keys" : "just one key") + ". I don't know what you expect me to do with that."); return; }
double maxAltitude = list.Last()[0];
bool smoothEnd = list.Last()[1] == 0 && list.Count > 2;
double smoothRange = list.Last()[0] - list[list.Count - 2][0];
if (smoothEnd) list.RemoveAt(list.Count - 1);
if (topLayer > maxAltitude)
{
Extend(list, topLayer);
maxAltitude = list.Last()[0];
}
if (topLayer < maxAltitude)
{
Trim(list, topLayer);
}
if (smoothEnd)
{
Smooth(list, smoothRange);
}
curve.Load(WriteCurve(list));
}
public virtual void DoConfig(ConfigNode cfg)
{
// fix propellant ratios to not be rounded
if (cfg.HasNode("PROPELLANT"))
{
foreach (ConfigNode pNode in cfg.GetNodes("PROPELLANT"))
{
if (pNode.HasValue("ratio"))
{
double dtmp;
if (double.TryParse(pNode.GetValue("ratio"), out dtmp))
pNode.SetValue("ratio", (dtmp * 100.0).ToString());
}
}
}
float heat = -1;
if (cfg.HasValue("heatProduction")) // ohai amsi: allow heat production to be changed by multiplier
{
heat = (float)Math.Round(float.Parse(cfg.GetValue("heatProduction")) * heatMult, 0);
cfg.SetValue("heatProduction", heat.ToString());
}
// load throttle (for later)
curThrottle = throttle;
if (cfg.HasValue("throttle"))
float.TryParse(cfg.GetValue("throttle"), out curThrottle);
else if(cfg.HasValue("minThrust") && cfg.HasValue("maxThrust"))
curThrottle = float.Parse(cfg.GetValue("minThrust")) / float.Parse(cfg.GetValue("maxThrust"));
float TLMassMult = 1.0f;
float gimbal = -1f;
if (cfg.HasValue("gimbalRange"))
gimbal = float.Parse(cfg.GetValue("gimbalRange"));
float cost = 0f;
if(cfg.HasValue("cost"))
cost = float.Parse(cfg.GetValue("cost"));
if (techLevel != -1)
{
// load techlevels
TechLevel cTL = new TechLevel();
//print("For engine " + part.name + ", config " + configuration + ", max TL: " + TechLevel.MaxTL(cfg, techNodes, engineType));
cTL.Load(cfg, techNodes, engineType, techLevel);
TechLevel oTL = new TechLevel();
oTL.Load(cfg, techNodes, engineType, origTechLevel);
// set atmosphereCurve
if (cfg.HasValue("IspSL") && cfg.HasValue("IspV"))
{
cfg.RemoveNode("atmosphereCurve");
ConfigNode curve = new ConfigNode("atmosphereCurve");
float ispSL, ispV;
float.TryParse(cfg.GetValue("IspSL"), out ispSL);
float.TryParse(cfg.GetValue("IspV"), out ispV);
FloatCurve aC = new FloatCurve();
aC = Mod(cTL.AtmosphereCurve, ispSL, ispV);
aC.Save(curve);
cfg.AddNode(curve);
}
// set heatProduction and dissipation
if (heat > 0)
{
cfg.SetValue("heatProduction", MassTL(heat).ToString("0"));
part.heatDissipation = 0.12f / MassTL(1.0f);
}
// set thrust and throttle
if (cfg.HasValue(thrustRating))
{
float thr;
float.TryParse(cfg.GetValue(thrustRating), out thr);
configMaxThrust = ThrustTL(thr);
cfg.SetValue(thrustRating, configMaxThrust.ToString("0.0000"));
if (cfg.HasValue("minThrust"))
{
float.TryParse(cfg.GetValue("minThrust"), out thr);
configMinThrust = ThrustTL(thr);
cfg.SetValue("minThrust", configMinThrust.ToString("0.0000"));
}
else
{
if (thrustRating.Equals("thrusterPower"))
{
configMinThrust = configMaxThrust * 0.5f;
}
else
{
configMinThrust = configMaxThrust;
if (curThrottle > 1.0f)
{
if (techLevel >= curThrottle)
curThrottle = 1.0f;
else
curThrottle = -1.0f;
}
if (curThrottle >= 0.0f)
{
curThrottle = (float)((double)curThrottle * cTL.Throttle());
configMinThrust *= curThrottle;
}
cfg.SetValue("minThrust", configMinThrust.ToString("0.0000"));
}
}
curThrottle = configMinThrust / configMaxThrust;
if(origMass > 0)
TLMassMult = MassTL(1.0f);
}
// Don't want to change gimbals on TL-enabled engines willy-nilly
// So we don't unless either a transform is specified, or we override.
// We assume if it was specified in the CONFIG that we should use it anyway.
if (gimbal < 0 && (!gimbalTransform.Equals("") || useGimbalAnyway))
gimbal = cTL.GimbalRange;
if (gimbal >= 0)
{
// allow local override of gimbal mult
if (cfg.HasValue("gimbalMult"))
gimbal *= float.Parse(cfg.GetValue("gimbalMult"));
}
// Cost (multiplier will be 1.0 if unspecified)
cost = CostTL(cost, cfg);
}
else
{
if(cfg.HasValue(thrustRating) && curThrottle > 0f && !cfg.HasValue("minThrust"))
{
configMinThrust = curThrottle * float.Parse(cfg.GetValue(thrustRating));
cfg.SetValue("minThrust", configMinThrust.ToString("0.0000"));
}
}
// mass change
if (origMass > 0)
{
float ftmp;
configMassMult = 1.0f;
if (cfg.HasValue("massMult"))
if (float.TryParse(cfg.GetValue("massMult"), out ftmp))
configMassMult = ftmp;
part.mass = origMass * configMassMult * massMult * TLMassMult;
massDelta = 0;
if((object)(part.partInfo) != null)
if((object)(part.partInfo.partPrefab) != null)
massDelta = part.mass - part.partInfo.partPrefab.mass;
}
// KIDS integration
if(cfg.HasNode("atmosphereCurve"))
{
ConfigNode newCurveNode = new ConfigNode("atmosphereCurve");
FloatCurve oldCurve = new FloatCurve();
oldCurve.Load(cfg.GetNode("atmosphereCurve"));
FloatCurve newCurve = Mod(oldCurve, ispSLMult, ispVMult);
newCurve.Save(newCurveNode);
cfg.RemoveNode("atmosphereCurve");
cfg.AddNode(newCurveNode);
}
// gimbal change
if (gimbal >= 0 && !cfg.HasValue("gimbalRange")) // if TL set a gimbal
{
// apply module-wide gimbal mult on top of any local ones
cfg.AddValue("gimbalRange", (gimbal * gimbalMult).ToString("N4"));
}
if (cost != 0f)
{
if (cfg.HasValue("cost"))
cfg.SetValue("cost", cost.ToString("N3"));
else
cfg.AddValue("cost", cost.ToString("N3"));
}
}
public virtual void DoConfig(ConfigNode cfg)
{
configMaxThrust = configMinThrust = configHeat = -1f;
// Get thrusts
if (config.HasValue(thrustRating))
{
float thr;
if (float.TryParse(config.GetValue(thrustRating), out thr))
configMaxThrust = scale * thr;
}
if (config.HasValue("minThrust"))
{
float thr;
if (float.TryParse(config.GetValue("minThrust"), out thr))
configMinThrust = scale * thr;
}
// Get, multiply heat
if (cfg.HasValue("heatProduction"))
{
float heat;
if(float.TryParse(cfg.GetValue("heatProduction"), out heat))
configHeat = (float)Math.Round(heat * RFSettings.Instance.heatMultiplier, 0);
}
// load throttle (for later)
configThrottle = throttle;
if (cfg.HasValue("throttle"))
float.TryParse(cfg.GetValue("throttle"), out configThrottle);
else if (configMinThrust >= 0f && configMaxThrust >= 0f)
configThrottle = configMinThrust / configMaxThrust;
float TLMassMult = 1.0f;
float gimbal = -1f;
if (cfg.HasValue("gimbalRange"))
gimbal = float.Parse(cfg.GetValue("gimbalRange"));
float cost = 0f;
if (cfg.HasValue("cost"))
cost = scale * float.Parse(cfg.GetValue("cost"));
if (techLevel != -1)
{
// load techlevels
TechLevel cTL = new TechLevel();
cTL.Load(cfg, techNodes, engineType, techLevel);
TechLevel oTL = new TechLevel();
oTL.Load(cfg, techNodes, engineType, origTechLevel);
// set atmosphereCurve
if (cfg.HasValue("IspSL") && cfg.HasValue("IspV"))
{
cfg.RemoveNode("atmosphereCurve");
ConfigNode curve = new ConfigNode("atmosphereCurve");
// get the multipliers
float ispSL = 1f, ispV = 1f;
float.TryParse(cfg.GetValue("IspSL"), out ispSL);
float.TryParse(cfg.GetValue("IspV"), out ispV);
// Mod the curve by the multipliers
FloatCurve newAtmoCurve = new FloatCurve();
newAtmoCurve = Utilities.Mod(cTL.AtmosphereCurve, ispSL, ispV);
newAtmoCurve.Save(curve);
cfg.AddNode(curve);
}
// set heatProduction
if (configHeat > 0)
{
configHeat = MassTL(configHeat);
}
// set thrust and throttle
if (configMaxThrust >= 0)
{
configMaxThrust = ThrustTL(configMaxThrust);
if (configMinThrust >= 0)
{
configMinThrust = ThrustTL(configMinThrust);
}
else if (thrustRating.Equals("thrusterPower"))
{
configMinThrust = configMaxThrust * 0.5f;
}
else
{
configMinThrust = configMaxThrust;
if (configThrottle > 1.0f)
{
if (techLevel >= configThrottle)
configThrottle = 1.0f;
else
configThrottle = -1.0f;
}
if (configThrottle >= 0.0f)
{
configThrottle = (float)((double)configThrottle * cTL.Throttle());
configMinThrust *= configThrottle;
}
}
configThrottle = configMinThrust / configMaxThrust;
if (origMass > 0)
TLMassMult = MassTL(1.0f);
}
// Don't want to change gimbals on TL-enabled engines willy-nilly
// So we don't unless either a transform is specified, or we override.
// We assume if it was specified in the CONFIG that we should use it anyway.
if (gimbal < 0 && (!gimbalTransform.Equals("") || useGimbalAnyway))
gimbal = cTL.GimbalRange;
if (gimbal >= 0)
{
// allow local override of gimbal mult
if (cfg.HasValue("gimbalMult"))
gimbal *= float.Parse(cfg.GetValue("gimbalMult"));
}
// Cost (multiplier will be 1.0 if unspecified)
cost = scale * CostTL(cost, cfg);
}
else
{
if (cfg.HasValue(thrustRating) && configThrottle > 0f && !cfg.HasValue("minThrust"))
{
configMinThrust = configThrottle * configMaxThrust;
}
}
// Now update the cfg from what we did.
// thrust updates
if(configMaxThrust >= 0f)
cfg.SetValue(thrustRating, configMaxThrust.ToString("0.0000"));
if(configMinThrust >= 0f)
cfg.SetValue("minThrust", configMinThrust.ToString("0.0000")); // will be ignored by RCS, so what.
// heat update
if(configHeat >= 0f)
cfg.SetValue("heatProduction", configHeat.ToString("0"));
// mass change
if (origMass > 0)
{
float ftmp;
configMassMult = scale;
if (cfg.HasValue("massMult"))
if (float.TryParse(cfg.GetValue("massMult"), out ftmp))
configMassMult *= ftmp;
part.mass = origMass * configMassMult * RFSettings.Instance.EngineMassMultiplier * TLMassMult;
massDelta = 0;
if ((object)(part.partInfo) != null)
if ((object)(part.partInfo.partPrefab) != null)
massDelta = part.mass - part.partInfo.partPrefab.mass;
}
// KIDS integration
if (cfg.HasNode("atmosphereCurve"))
{
ConfigNode newCurveNode = new ConfigNode("atmosphereCurve");
FloatCurve oldCurve = new FloatCurve();
oldCurve.Load(cfg.GetNode("atmosphereCurve"));
FloatCurve newCurve = Utilities.Mod(oldCurve, ispSLMult, ispVMult);
newCurve.Save(newCurveNode);
cfg.RemoveNode("atmosphereCurve");
cfg.AddNode(newCurveNode);
}
// gimbal change
if (gimbal >= 0 && !cfg.HasValue("gimbalRange")) // if TL set a gimbal
{
// apply module-wide gimbal mult on top of any local ones
cfg.AddValue("gimbalRange", (gimbal * gimbalMult).ToString("N4"));
}
if (cost != 0f)
{
if (cfg.HasValue("cost"))
cfg.SetValue("cost", cost.ToString("N3"));
else
cfg.AddValue("cost", cost.ToString("N3"));
}
}
public override void OnLoad(ConfigNode node)
{
if (thrustCurve == null)
thrustCurve = new FloatCurve();
base.OnLoad(node);
// Manually reload ignitions if not in editor
if(!HighLogic.LoadedSceneIsEditor)
node.TryGetValue("ignited", ref ignited);
int pCount = propellants.Count;
// thrust curve
useThrustCurve = false;
if (node.HasNode("thrustCurve") && node.HasValue("curveResource"))
{
if (node.GetValue("curveResource") != curveResource)
{
Debug.Log("*RFE* ERROR: curveResource doesn't match node's!");
curveResource = node.GetValue("curveResource");
}
if (thrustCurve == null)
{
Debug.Log("*RFE* ERROR: have curve node but thrustCurve is null!");
thrustCurve = new FloatCurve();
thrustCurve.Load(node.GetNode("thrustCurve"));
}
if (curveResource != "")
{
for (int i = 0; i < pCount; ++i)
{
if (propellants[i].name.Equals(curveResource))
{
curveProp = i;
break;
}
}
if (curveProp != -1)
{
useThrustCurve = true;
}
}
}
// Set from propellants
bool instantThrottle = true;
for (int i = 0; i < pCount; ++i)
{
if (RFSettings.Instance.instantThrottleProps.Contains(propellants[i].name))
{
instantThrottle = false;
}
// any other stuff
}
// FIXME calculating throttle change rate
if (!instantThrottle)
throttleResponseRate = (float)(10d / Math.Sqrt(Math.Sqrt(part.mass * maxThrust)));
else
throttleResponseRate = 1000000f;
// set fields
Fields["thrustCurveDisplay"].guiActive = useThrustCurve;
CreateEngine();
if (ullageSet == null)
ullageSet = new Ullage.UllageSet(this);
// Get thrust axis (only on create prefabs)
if (part.partInfo == null || part.partInfo.partPrefab == null)
{
thrustAxis = Vector3.zero;
foreach(Transform t in part.FindModelTransforms(thrustVectorTransformName))
{
thrustAxis -= t.forward;
}
thrustAxis = thrustAxis.normalized;
}
ullageSet.SetThrustAxis(thrustAxis);
// ullage
if (node.HasNode("Ullage"))
{
ullageSet.Load(node.GetNode("Ullage"));
}
ullageSet.SetUllageEnabled(ullage);
// load ignition resources
if (node.HasNode("IGNITOR_RESOURCE"))
ignitionResources.Clear();
foreach (ConfigNode n in node.GetNodes("IGNITOR_RESOURCE"))
{
ModuleResource res = new ModuleResource();
res.Load(n);
ignitionResources.Add(res);
}
}
public string GetConfigInfo(ConfigNode config)
{
TechLevel cTL = new TechLevel();
if (!cTL.Load(config, techNodes, engineType, techLevel))
cTL = null;
string info = " " + config.GetValue("name") + "\n";
if (config.HasValue("description"))
info += " " + config.GetValue("description") + "\n";
if (config.HasValue(thrustRating))
{
info += " " + (scale * ThrustTL(config.GetValue(thrustRating), config)).ToString("G3") + " kN";
// add throttling info if present
if (config.HasValue("minThrust"))
info += ", min " + (float.Parse(config.GetValue("minThrust")) / float.Parse(config.GetValue(thrustRating)) * 100f).ToString("N0") + "%";
else if (config.HasValue("throttle"))
info += ", min " + (float.Parse(config.GetValue("throttle")) * 100f).ToString("N0") + "%";
}
else
info += " Unknown Thrust";
if (origMass > 0f)
{
float cMass = scale;
float ftmp;
if (config.HasValue("massMult"))
if (float.TryParse(config.GetValue("massMult"), out ftmp))
cMass *= ftmp;
cMass = origMass * cMass * RFSettings.Instance.EngineMassMultiplier;
info += ", " + cMass.ToString("N3") + "t";
}
info += "\n";
FloatCurve isp = new FloatCurve();
if (config.HasNode("atmosphereCurve"))
{
isp.Load(config.GetNode("atmosphereCurve"));
info += " Isp: "
+ isp.Evaluate(isp.maxTime).ToString() + " - "
+ isp.Evaluate(isp.minTime).ToString() + "s\n";
}
else if (config.HasValue("IspSL") && config.HasValue("IspV"))
{
float ispSL = 1.0f, ispV = 1.0f;
float.TryParse(config.GetValue("IspSL"), out ispSL);
float.TryParse(config.GetValue("IspV"), out ispV);
if (cTL != null)
{
ispSL *= ispSLMult * cTL.AtmosphereCurve.Evaluate(1);
ispV *= ispVMult * cTL.AtmosphereCurve.Evaluate(0);
info += " Isp: " + ispSL.ToString("0") + " - " + ispV.ToString("0") + "s\n";
}
}
float gimbalR = -1f;
if (config.HasValue("gimbalRange"))
gimbalR = float.Parse(config.GetValue("gimbalRange"));
// Don't do per-TL checks here, they're misleading.
/*else if (!gimbalTransform.Equals("") || useGimbalAnyway)
{
if (cTL != null)
gimbalR = cTL.GimbalRange;
}*/
if (gimbalR != -1f)
info += " Gimbal " + gimbalR.ToString("N1") + "d\n";
if (config.HasValue("ullage") || config.HasValue("ignitions") || config.HasValue("pressureFed"))
{
info += " ";
bool comma = false;
if (config.HasValue("ullage"))
{
info += (config.GetValue("ullage").ToLower() == "true" ? "ullage" : "no ullage");
comma = true;
}
if (config.HasValue("pressureFed") && config.GetValue("pressureFed").ToLower() == "true")
{
if (comma)
info += ", ";
info += "pfed";
comma = true;
}
if (config.HasValue("ignitions"))
{
int ignitions;
if (int.TryParse(config.GetValue("ignitions"), out ignitions))
{
if (comma)
info += ", ";
if (ignitions > 0)
info += ignitions + " ignition" + (ignitions > 1 ? "s" : "");
else
info += "unl. ignitions";
}
}
info += "\n";
}
float cst;
if (config.HasValue("cost") && float.TryParse(config.GetValue("cost"), out cst))
info += " (" + (scale * cst).ToString("N0") + " extra cost)\n"; // FIXME should get cost from TL, but this should be safe
return info;
}
void Multiply(FloatCurve curve, double multiplier)
{
List<double[]> list = new List<double[]>();
list = ReadCurve(curve);
foreach (double[] key in list)
{
key[0] *= multiplier;
key[2] /= multiplier;
key[3] /= multiplier;
}
curve.Load(WriteCurve(list));
}
public override void OnLoad(ConfigNode node)
{
base.OnLoad(node);
if (node.HasNode("baseIgnitionChance"))
{
Log("IgnitionFail: Loading baseIgnitionChance curve");
baseIgnitionChance = new FloatCurve();
baseIgnitionChance.Load(node.GetNode("baseIgnitionChance"));
}
else
baseIgnitionChance = null;
if (node.HasNode("pressureCurve"))
{
Log("IgnitionFail: Loading pressure curve");
pressureCurve = new FloatCurve();
pressureCurve.Load(node.GetNode("pressureCurve"));
}
else
pressureCurve = null;
}
public static FloatCurve Mod(FloatCurve fc, float sMult, float vMult)
{
//print("Modding this");
ConfigNode curve = new ConfigNode("atmosphereCurve");
fc.Save(curve);
foreach (ConfigNode.Value k in curve.values)
{
string[] val = k.value.Split(' ');
//print("Got string !" + k.value + ", split into " + val.Count() + " elements");
float atmo = float.Parse(val[0]);
float isp = float.Parse(val[1]);
isp = isp * ((sMult * atmo) + (vMult * (1f - atmo))); // lerp between vac and SL
val[1] = Math.Round(isp,1).ToString(); // round for neatness
string newVal = "";
foreach (string s in val)
newVal += s + " ";
k.value = newVal;
}
FloatCurve retCurve = new FloatCurve();
retCurve.Load(curve);
return retCurve;
}
virtual public void SetConfiguration(string newConfiguration = null)
{
if (newConfiguration == null)
newConfiguration = configuration;
ConfigNode newConfig = configs.Find (c => c.GetValue ("name").Equals (newConfiguration));
if (newConfig != null) {
// for asmi
if (useConfigAsTitle)
part.partInfo.title = configuration;
configuration = newConfiguration;
config = new ConfigNode ("MODULE");
newConfig.CopyTo (config);
config.name = "MODULE";
// fix for HotRockets etc.
if (type.Equals("ModuleEngines") && part.Modules.Contains("ModuleEnginesFX") && !part.Modules.Contains("ModuleEngines"))
type = "ModuleEnginesFX";
if (type.Equals("ModuleEnginesFX") && part.Modules.Contains("ModuleEngines") && !part.Modules.Contains("ModuleEnginesFX"))
type = "ModuleEngines";
// fix for ModuleRCSFX etc
if (type.Equals("ModuleRCS") && part.Modules.Contains("ModuleRCSFX") && !part.Modules.Contains("ModuleRCS"))
type = "ModuleRCSFX";
if (type.Equals("ModuleRCSFX") && part.Modules.Contains("ModuleRCS") && !part.Modules.Contains("ModuleRCSFX"))
type = "ModuleRCS";
config.SetValue("name", type);
#if DEBUG
print ("replacing " + type + " with:");
print (newConfig.ToString ());
#endif
pModule = null;
if (part.Modules.Contains(type))
{
if (type.Equals("ModuleEnginesFX"))
{
if (engineID != "")
{
foreach (ModuleEnginesFX mFX in part.Modules.OfType<ModuleEnginesFX>())
{
if (mFX.engineID.Equals(engineID))
pModule = (PartModule)mFX;
}
}
else if (moduleIndex >= 0)
{
int tmpIdx = 0;
pModule = null;
foreach (PartModule pM in part.Modules)
{
if (pM.GetType().Equals(type))
{
if (tmpIdx == moduleIndex)
pModule = pM;
tmpIdx++;
}
}
}
else
pModule = part.Modules[type];
}
else
pModule = part.Modules[type];
if ((object)pModule == null)
{
Debug.Log("*RF* Could not find appropriate module of type " + type + ", with ID=" + engineID + " and index " + moduleIndex);
return;
}
// clear all FloatCurves
Type mType = pModule.GetType();
foreach (FieldInfo field in mType.GetFields())
{
if (field.FieldType == typeof(FloatCurve) && (field.Name.Equals("atmosphereCurve") || field.Name.Equals("velocityCurve")))
{
//print("*MFS* resetting curve " + field.Name);
field.SetValue(pModule, new FloatCurve());
}
}
// clear propellant gauges
foreach (FieldInfo field in mType.GetFields(BindingFlags.NonPublic | BindingFlags.Instance))
{
if (field.FieldType == typeof(Dictionary<Propellant, VInfoBox>))
{
Dictionary<Propellant, VInfoBox> boxes = (Dictionary<Propellant, VInfoBox>)(field.GetValue(pModule));
if (boxes == null)
continue;
foreach (VInfoBox v in boxes.Values)
{
if (v == null) //just in case...
continue;
try
{
part.stackIcon.RemoveInfo(v);
}
catch (Exception e)
{
print("*MFS* Trying to remove info box: " + e.Message);
}
}
boxes.Clear();
}
}
}
if (type.Equals("ModuleRCS") || type.Equals("ModuleRCSFX"))
{
ModuleRCS rcs = (ModuleRCS)pModule;
if (rcs != null)
{
rcs.G = 9.80665f;
/*bool oldRes = config.HasValue("resourceName");
string resource = "";
if (oldRes)
{
resource = config.GetValue("resourceName");
rcs.resourceName = resource;
}*/
DoConfig(config);
if (config.HasNode("PROPELLANT"))
{
rcs.propellants.Clear();
}
pModule.Load(config);
/*if (oldRes)
{
rcs.resourceName = resource;
rcs.SetResource(resource);
}*/
// PROPELLANT handling is automatic.
fastRCS = rcs;
if(type.Equals("ModuleRCS") && !part.Modules.Contains("ModuleRCSFX"))
fastType = ModuleType.MODULERCS;
else
fastType = ModuleType.MODULERCSFX;
}
}
else
{ // is an ENGINE
if (type.Equals("ModuleEngines"))
{
ModuleEngines mE = (ModuleEngines)pModule;
if (mE != null)
{
configMaxThrust = mE.maxThrust;
configMinThrust = mE.minThrust;
fastEngines = mE;
fastType = ModuleType.MODULEENGINES;
mE.g = 9.80665f;
if (config.HasNode("PROPELLANT"))
{
mE.propellants.Clear();
}
}
if (config.HasValue("maxThrust"))
{
float thr;
if(float.TryParse(config.GetValue("maxThrust"), out thr))
configMaxThrust = thr;
}
if (config.HasValue("minThrust"))
{
float thr;
if(float.TryParse(config.GetValue("minThrust"), out thr))
configMinThrust = thr;
}
}
else if (type.Equals("ModuleEnginesFX"))
{
ModuleEnginesFX mE = (ModuleEnginesFX)pModule;
if (mE != null)
{
configMaxThrust = mE.maxThrust;
configMinThrust = mE.minThrust;
fastEnginesFX = mE;
fastType = ModuleType.MODULEENGINESFX;
mE.g = 9.80665f;
if (config.HasNode("PROPELLANT"))
{
mE.propellants.Clear();
}
}
if (config.HasValue("maxThrust"))
{
float thr;
if (float.TryParse(config.GetValue("maxThrust"), out thr))
configMaxThrust = thr;
}
if (config.HasValue("minThrust"))
{
float thr;
if (float.TryParse(config.GetValue("minThrust"), out thr))
configMinThrust = thr;
}
}
DoConfig(config);
if(pModule != null)
pModule.Load (config);
if (config.HasNode("ModuleEngineIgnitor") && part.Modules.Contains("ModuleEngineIgnitor"))
{
ConfigNode eiNode = config.GetNode("ModuleEngineIgnitor");
if (eiNode.HasValue("ignitionsAvailable"))
{
int ignitions;
if (int.TryParse(eiNode.GetValue("ignitionsAvailable"), out ignitions))
{
if (ignitions < 0)
{
ignitions = techLevel + ignitions;
if (ignitions < 1)
ignitions = 1;
}
else if (ignitions == 0)
ignitions = -1;
eiNode.SetValue("ignitionsAvailable", ignitions.ToString());
if (eiNode.HasValue("ignitionsRemained"))
eiNode.SetValue("ignitionsRemained", ignitions.ToString());
else
eiNode.AddValue("ignitionsRemained", ignitions.ToString());
}
}
if (!HighLogic.LoadedSceneIsEditor && !(HighLogic.LoadedSceneIsFlight && vessel != null && vessel.situation == Vessel.Situations.PRELAUNCH)) // fix for prelaunch
{
int remaining = (int)(part.Modules["ModuleEngineIgnitor"].GetType().GetField("ignitionsRemained").GetValue(part.Modules["ModuleEngineIgnitor"]));
if(eiNode.HasValue("ignitionsRemained"))
eiNode.SetValue("ignitionsRemained", remaining.ToString());
else
eiNode.AddValue("ignitionsRemained", remaining.ToString());
}
ConfigNode tNode = new ConfigNode("MODULE");
eiNode.CopyTo(tNode);
tNode.SetValue("name", "ModuleEngineIgnitor");
part.Modules["ModuleEngineIgnitor"].Load(tNode);
}
}
if (part.Resources.Contains("ElectricCharge") && part.Resources["ElectricCharge"].maxAmount < 0.1)
{ // hacking around a KSP bug here
part.Resources["ElectricCharge"].amount = 0;
part.Resources["ElectricCharge"].maxAmount = 0.1;
}
if (config.HasValue("cost"))
configCost = float.Parse(config.GetValue("cost"));
UpdateTweakableMenu();
// Check for and enable the thrust curve
useThrustCurve = false;
Fields["thrustCurveDisplay"].guiActive = false;
if (config.HasNode("thrustCurve") && config.HasValue("curveResource"))
{
curveResource = config.GetValue("curveResource");
if (curveResource != "")
{
double ratio = 0.0;
switch (fastType)
{
case ModuleType.MODULEENGINES:
configHeat = fastEngines.heatProduction;
for (int i = 0; i < fastEngines.propellants.Count; i++ )
if (fastEngines.propellants[i].name.Equals(curveResource))
curveProp = i;
if (curveProp >= 0)
ratio = fastEngines.propellants[curveProp].totalResourceAvailable / fastEngines.propellants[curveProp].totalResourceCapacity;
break;
case ModuleType.MODULEENGINESFX:
configHeat = fastEnginesFX.heatProduction;
for (int i = 0; i < fastEnginesFX.propellants.Count; i++)
if (fastEnginesFX.propellants[i].name.Equals(curveResource))
curveProp = i;
if (curveProp >= 0)
ratio = fastEnginesFX.propellants[curveProp].totalResourceAvailable / fastEnginesFX.propellants[curveProp].totalResourceCapacity;
break;
case ModuleType.MODULERCS:
for (int i = 0; i < fastRCS.propellants.Count; i++)
if (fastRCS.propellants[i].name.Equals(curveResource))
curveProp = i;
if (curveProp >= 0)
ratio = fastRCS.propellants[curveProp].totalResourceAvailable / fastRCS.propellants[curveProp].totalResourceCapacity;
break;
}
if (curveProp != -1)
{
useThrustCurve = true;
configThrustCurve = new FloatCurve();
configThrustCurve.Load(config.GetNode("thrustCurve"));
print("*RF* Found thrust curve for " + part.name);
Fields["thrustCurveDisplay"].guiActive = true;
}
}
}
}
}
public override void OnLoad(ConfigNode node)
{
// As of v1.3 we dont' need to worry about reliability bodies anymore, just a simple FloatCurve
if (node.HasNode("reliabilityCurve"))
{
reliabilityCurve = new FloatCurve();
reliabilityCurve.Load(node.GetNode("reliabilityCurve"));
}
base.OnLoad(node);
}
