public static Vector2 LoadBounds <T>()
{
Vector2 bounds = new Vector2(float.NegativeInfinity, float.PositiveInfinity);
try
{
KSP.IO.PluginConfiguration config = KSP.IO.PluginConfiguration.CreateForType <T>();
config.load();
bounds = config.GetValue("bounds", bounds);
config.save();
}
catch (Exception e)
{
Logging.PostErrorMessage(
"{0} handled while loading PluginData for type {1}: do you have a malformed XML file?",
e.GetType().FullName,
typeof(T).Name
);
Logging.PostDebugMessage(e.ToString());
}
return(bounds);
}
public Settings()
{
config = KSP.IO.PluginConfiguration.CreateForType<Settings>();
config.load();
Serialize(false);
}
public static float LoadStep <T>(float defStep = 1f)
{
double stepMult;
stepMult = (double)defStep;
try
{
KSP.IO.PluginConfiguration config = KSP.IO.PluginConfiguration.CreateForType <T>();
config.load();
stepMult = config.GetValue("stepMult", stepMult);
config.save();
}
catch (Exception e)
{
Logging.PostErrorMessage(
"{0} handled while loading PluginData for type {1}: do you have a malformed XML file?",
e.GetType().FullName,
typeof(T).Name
);
Logging.PostDebugMessage(e.ToString());
}
return((float)stepMult);
}
/*
* Called when plug in loaded
*/
public void Awake()
{
_state = DisplayState.none;
RenderingManager.AddToPostDrawQueue(0, OnDraw);
KSP.IO.PluginConfiguration config = KSP.IO.PluginConfiguration.CreateForType <UbioZurWeldingLtd>();
config.load();
//TODO: manage the case there is no config file (and so no values)
/* Save the value to create the config file
* config.SetValue(Constants.settingEdiButX, 190);
* config.SetValue(Constants.settingEdiButY, 50);
* config.SetValue(Constants.settingDbAutoReload, true);
* config.SetValue(Constants.settingAllNodes, false);
* config.SetValue(Constants.settingAllowCareer, false);
* config.save();
*/
int editorButx = config.GetValue <int>(Constants.settingEdiButX);
int editorButy = config.GetValue <int>(Constants.settingEdiButY);
_databaseAutoReload = config.GetValue <bool>(Constants.settingDbAutoReload);
Welder.IncludeAllNodes = config.GetValue <bool>(Constants.settingAllNodes);
_allowCareerMode = config.GetValue <bool>(Constants.settingAllowCareer);
_editorButton = new Rect(Screen.width - editorButx, editorButy, Constants.guiWeldButWidth, Constants.guiWeldButHeight);
_editorErrorDial = new Rect(Screen.width / 2 - Constants.guiDialogX, Screen.height / 2 - Constants.guiDialogY, Constants.guiDialogW, Constants.guiDialogH);
_editorWarningDial = new Rect(Screen.width / 2 - Constants.guiDialogX, Screen.height / 2 - Constants.guiDialogY, Constants.guiDialogW, Constants.guiDialogH);
_editorInfoWindow = new Rect(Screen.width / 2 - Constants.guiInfoWindowX, Screen.height / 2 - Constants.guiInfoWindowY, Constants.guiInfoWindowW, Constants.guiInfoWindowH);
_editorOverwriteDial = new Rect(Screen.width / 2 - Constants.guiDialogX, Screen.height / 2 - Constants.guiDialogY, Constants.guiDialogW, Constants.guiDialogH);
_editorSavedDial = new Rect(Screen.width / 2 - Constants.guiDialogX, Screen.height / 2 - Constants.guiDialogY, Constants.guiDialogW, Constants.guiDialogH);
}
public void LoadConfig()
{
if (config == null)
{
config = KSP.IO.PluginConfiguration.CreateForType <SaturableRW> ();
}
config.load();
if (!config.GetValue("DefaultStateIsActive", true) && vessel.atmDensity > 0.001)
{
wheelRef.State = ModuleReactionWheel.WheelState.Disabled;
}
if (!config.GetValue("DisplayCurrentTorque", false))
{
Fields ["availablePitchTorque"].guiActive = false;
Fields ["availableRollTorque"].guiActive = false;
Fields ["availableYawTorque"].guiActive = false;
}
dischargeTorque |= config.GetValue("dischargeTorque", false);
// Save the file so it can be activated by anyone.
config ["DefaultStateIsActive"] = config.GetValue("DefaultStateIsActive", true);
config ["DisplayCurrentTorque"] = config.GetValue("DisplayCurrentTorque", false);
config ["dischargeTorque"] = config.GetValue("dischargeTorque", false);
config.save();
}
public void LoadConfig()
{
KSP.IO.PluginConfiguration config = KSP.IO.PluginConfiguration.CreateForType <PartCatalog>();
config.load();
foreach (FieldInfo field in GetType().GetFields(BindingFlags.Instance | BindingFlags.GetField | BindingFlags.NonPublic | BindingFlags.Public))
{
foreach (Attribute at in field.GetCustomAttributes(false))
{
if (at is SaveToConfig)
{
MethodInfo getValueMethod = null;
MethodInfo[] methods = typeof(KSP.IO.PluginConfiguration).GetMethods();
foreach (MethodInfo method in methods)
{
if (method.IsGenericMethodDefinition && method.ContainsGenericParameters && method.GetParameters().Length == 2)
{
getValueMethod = method.MakeGenericMethod(new Type[] { field.FieldType });
break;
}
}
if (getValueMethod != null)
{
object val = getValueMethod.Invoke(config, new object[] { field.Name, ((SaveToConfig)at).DefaultValue });
field.SetValue(this, val);
}
}
}
}
}
public static void LoadConfigs()
{
config = KSP.IO.PluginConfiguration.CreateForType <WingProceduralManager> ();
config.load();
WingProceduralManager.uiRectWindowEditor = config.GetValue("uiRectWindowEditor", UIUtility.SetToScreenCenterAlways(new Rect()));
WingProceduralManager.uiRectWindowDebug = config.GetValue <Rect> ("uiRectWindowDebug", UIUtility.SetToScreenCenterAlways(new Rect()));
WPDebug.logCAV = Convert.ToBoolean(config.GetValue("logCAV", "false"));
WPDebug.logUpdate = Convert.ToBoolean(config.GetValue("logUpdate", "false"));
WPDebug.logUpdateGeometry = Convert.ToBoolean(config.GetValue("logUpdateGeometry", "false"));
WPDebug.logUpdateMaterials = Convert.ToBoolean(config.GetValue("logUpdateMaterials", "false"));
WPDebug.logMeshReferences = Convert.ToBoolean(config.GetValue("logMeshReferences", "false"));
WPDebug.logCheckMeshFilter = Convert.ToBoolean(config.GetValue("logCheckMeshFilter", "false"));
WPDebug.logPropertyWindow = Convert.ToBoolean(config.GetValue("logPropertyWindow", "false"));
WPDebug.logFlightSetup = Convert.ToBoolean(config.GetValue("logFlightSetup", "false"));
WPDebug.logFieldSetup = Convert.ToBoolean(config.GetValue("logFieldSetup", "false"));
WPDebug.logFuel = Convert.ToBoolean(config.GetValue("logFuel", "false"));
WPDebug.logLimits = Convert.ToBoolean(config.GetValue("logLimits", "false"));
WPDebug.logEvents = Convert.ToBoolean(config.GetValue("logEvents", "false"));
//prefs
WingProcedural.sharedPropAnglePref = Convert.ToBoolean(config.GetValue("AnglePref", "false"));
//WingProcedural.sharedPropEdgePref = Convert.ToBoolean(config.GetValue("EdgePref", "false"));
WingProcedural.sharedPropEThickPref = Convert.ToBoolean(config.GetValue("ThickPref", "false"));
}
private static void LoadFromXml()
{
KSP.IO.PluginConfiguration config = KSP.IO.PluginConfiguration.CreateForType <SettingsLoader>(); // why use template T?
config.load();
guiwindowPosition = config.GetValue <Rect>("guiwindowPosition", guiwindowPosition);
showConfigs = config.GetValue <bool>("showConfig", showConfigs);
guiIsActive = config.GetValue <bool>("guiIsActive", guiIsActive);
}
void LoadConfigs()
{
KSP.IO.PluginConfiguration config = KSP.IO.PluginConfiguration.CreateForType <FlightGUI>();
config.load();
mainGuiRect = config.GetValue("flight_mainGuiRect", new Rect());
dataGuiRect = config.GetValue("flight_dataGuiRect", new Rect());
settingsGuiRect = config.GetValue("flight_settingsGuiRect", new Rect());
}
public Settings()
{
config = KSP.IO.PluginConfiguration.CreateForType <Settings>();
try
{
config.load();
}
catch (System.Xml.XmlException e)
{
if (ConfigError)
{
throw; // if previous error handling failed, we give up
}
ConfigError = true;
Debug.Log("Error loading Trajectories config: " + e.ToString());
string TrajPluginPath = System.IO.Path.GetDirectoryName(System.Reflection.Assembly.GetExecutingAssembly().Location);
Debug.Log("Trajectories is installed in: " + TrajPluginPath);
TrajPluginPath += "/PluginData/" + System.Reflection.Assembly.GetExecutingAssembly().FullName + "/config.xml";
if (System.IO.File.Exists(TrajPluginPath))
{
Debug.Log("Clearing config file...");
int idx = 1;
while (System.IO.File.Exists(TrajPluginPath + ".bak." + idx))
{
++idx;
}
System.IO.File.Move(TrajPluginPath, TrajPluginPath + ".bak." + idx);
Debug.Log("Creating new config...");
config.load();
Debug.Log("New config created");
}
else
{
Debug.Log("No config file exists");
throw;
}
}
Serialize(false);
MapGUIWindowPos = new Rect(MapGUIWindowPos.xMin, MapGUIWindowPos.yMin, 1, MapGUIWindowPos.height); // width will be auto-sized to fit contents
}
public Settings()
{
config = KSP.IO.PluginConfiguration.CreateForType<Settings>();
config.load();
Serialize(false);
MapGUIWindowPos = new Rect(MapGUIWindowPos.xMin, MapGUIWindowPos.yMin, 1, MapGUIWindowPos.height); // width will be auto-sized to fit contents
}
public Settings()
{
config = KSP.IO.PluginConfiguration.CreateForType <Settings>();
config.load();
Serialize(false);
MapGUIWindowPos = new Rect(MapGUIWindowPos.xMin, MapGUIWindowPos.yMin, 1, MapGUIWindowPos.height); // width will be auto-sized to fit contents
}
public void SaveLoadObjects()
{
KACWorker.DebugLogFormatted("Saving Load Objects");
KSP.IO.PluginConfiguration configfile = KSP.IO.PluginConfiguration.CreateForType <KerbalAlarmClock>();
configfile.load();
configfile.SetValue("LoadManNode", this.LoadManNode);
configfile.SetValue("LoadVesselTarget", this.LoadVesselTarget);
configfile.save();
KACWorker.DebugLogFormatted("Saved Load Objects");
}
public void Awake()
{
// load XML config file, set default values if file doesnt exist
KSP.IO.PluginConfiguration cfg = KSP.IO.PluginConfiguration.CreateForType <GenesisRage.SafeChuteModule>(null);
cfg.load();
deWarpGrnd = (float)cfg.GetValue <double>("DeWarpGround", 15.0f);
maxAlt = (double)cfg.GetValue <double>("MaxAltitude", 10000.0f);
SCprint(String.Format("DeWarpGround = {0}, MaxAltitude = {1}", deWarpGrnd, maxAlt));
}
public void LoadSettingsFromConfig()
{
KSP.IO.PluginConfiguration config = KSP.IO.PluginConfiguration.CreateForType <EnginesFlightGUI>();
config.load();
FlightWindowPos = config.GetValue("flightWindowPos", new Rect());
//FlightGUI.ShowFlightGUIWindow = config.GetValue("showFlightWindow", false);
FlightGUISettings.LoadSettings(ref config);
GUIUnitsSettings.LoadSettings(ref config);
}
private void LoadSettings()
{
KSPLog.print("[kalculator.dll] Loading Config...");
KSP.IO.PluginConfiguration _configfile = KSP.IO.PluginConfiguration.CreateForType <Kalculator>();
_configfile.load();
_calcsize = _configfile.GetValue("windowpos", new Rect(360, 20, 308, 365));
_keybind = _configfile.GetValue("keybind", "k");
_versionlastrun = _configfile.GetValue <string>("version");
_useKspSkin = _configfile.GetValue <bool>("KSPSkin", false);
KSPLog.print("[kalculator.dll] Config Loaded Successfully");
}
public static void LoadConfigs()
{
config = KSP.IO.PluginConfiguration.CreateForType <FARDebugOptions>();
config.load();
FARDebugValues.displayForces = Convert.ToBoolean(config.GetValue("displayForces", "false"));
FARDebugValues.displayCoefficients = Convert.ToBoolean(config.GetValue("displayCoefficients", "false"));
FARDebugValues.displayShielding = Convert.ToBoolean(config.GetValue("displayShielding", "false"));
FARDebugValues.useSplinesForSupersonicMath = Convert.ToBoolean(config.GetValue("useSplinesForSupersonicMath", "true"));
FARDebugValues.allowStructuralFailures = Convert.ToBoolean(config.GetValue("allowStructuralFailures", "true"));
FARAeroStress.LoadStressTemplates();
FARPartClassification.LoadClassificationTemplates();
FARAeroUtil.LoadAeroDataFromConfig();
}
public void Awake()
{
//First, we need to look for the FloorIt slim plugin. It conflicts with this one. We'll throw an exception for it.
if (Array.Find(AppDomain.CurrentDomain.GetAssemblies(), item => item.FullName == "FloorIt") != null)
{
print("ERROR: FloorIt slim edition found. Initialization aborted.");
throw new Exception("FloorIt slim edition found.");
}
configFile = KSP.IO.PluginConfiguration.CreateForType <FloorItPlugin>();
configFile.load();
addTriggers();
}
public static void LoadConfigs(ConfigNode node)
{
config = KSP.IO.PluginConfiguration.CreateForType <FARSettingsScenarioModule>();
config.load();
bool tmp;
if (node.HasValue("allowStructuralFailures") && bool.TryParse(node.GetValue("allowStructuralFailures"), out tmp))
{
FARDebugValues.allowStructuralFailures = tmp;
}
else
{
FARDebugValues.allowStructuralFailures = true;
}
if (node.HasValue("showMomentArrows") && bool.TryParse(node.GetValue("showMomentArrows"), out tmp))
{
FARDebugValues.showMomentArrows = tmp;
}
else
{
FARDebugValues.showMomentArrows = false;
}
if (node.HasValue("useBlizzyToolbar") && bool.TryParse(node.GetValue("useBlizzyToolbar"), out tmp))
{
FARDebugValues.useBlizzyToolbar = tmp;
}
else
{
FARDebugValues.useBlizzyToolbar = false;
}
if (node.HasValue("aeroFailureExplosions") && bool.TryParse(node.GetValue("aeroFailureExplosions"), out tmp))
{
FARDebugValues.aeroFailureExplosions = tmp;
}
else
{
FARDebugValues.aeroFailureExplosions = true;
}
FARAeroStress.LoadStressTemplates();
FARAeroUtil.LoadAeroDataFromConfig();
FARActionGroupConfiguration.LoadConfiguration();
FARAnimOverrides.LoadAnimOverrides();
hasScenarioChanged = true;
}
private void Start()
{
instance = this;
if (config == null)
{
config = KSP.IO.PluginConfiguration.CreateForType <LINEARWindow>();
}
config.load();
windowRect = config.GetValue("windowRect", new Rect(500, 500, 300, 0));
config["windowRect"] = windowRect;
}
private void LoadConfig()
{
Debug.Log("[Adjustable Mod Panel] Loading settings.");
KSP.IO.PluginConfiguration config = KSP.IO.PluginConfiguration.CreateForType <AdjustableModPanel> (null);
config.load();
try {
int count = config.GetValue <int> ("count");
for (int i = 1; i <= count; i++)
{
string key = config.GetValue <string> ("mod" + i.ToString(), "");
ModDescriptor desc = null;
if (key != "")
{
var vals = key.Split('+');
desc = new ModDescriptor()
{
module = vals[0],
method = vals[1],
textureHash = 0,
textureHashNeeded = false,
unmanageable = false,
modIcon = null,
defaultScenes = ApplicationLauncher.AppScenes.NEVER,
requiredScenes = ApplicationLauncher.AppScenes.NEVER
};
}
else
{
desc = new ModDescriptor()
{
module = config.GetValue <string> ("module" + i.ToString()),
method = config.GetValue <string> ("method" + i.ToString()),
textureHashNeeded = config.GetValue <bool> ("hashNeeded" + i.ToString()),
textureHash = (uint)config.GetValue <long> ("hash" + i.ToString(), 0u),
unmanageable = false,
modIcon = null,
defaultScenes = ApplicationLauncher.AppScenes.NEVER,
requiredScenes = ApplicationLauncher.AppScenes.NEVER
};
}
ApplicationLauncher.AppScenes value = (ApplicationLauncher.AppScenes)config.GetValue <int> ("scenes" + i.ToString());
descriptors.Add(desc);
currentScenes[desc] = value;
pinnedMods[desc] = config.GetValue <bool> ("pinned" + i.ToString(), false);
}
} catch (System.Exception e) {
Debug.Log("[Adjustable Mod Panel] There was an error reading config: " + e);
}
}
public void LoadConfig()
{
Config = KSP.IO.PluginConfiguration.CreateForType <AtmosphericSoundEnhancement>();
Config.load();
InteriorVolumeScale = Config.GetValue <float>("InteriorVolumeScale", InteriorVolumeScale);
InteriorMaxFreq = Config.GetValue <float>("InteriorMaxFreq", InteriorMaxFreq);
LowerMachThreshold = Config.GetValue <float>("LowerMachThreshold", LowerMachThreshold);
UpperMachThreshold = Config.GetValue <float>("UpperMachThreshold", UpperMachThreshold);
MaxDistortion = Config.GetValue <float>("MaxDistortion", MaxDistortion);
CondensationEffectStrength = Config.GetValue <float>("CondensationEffectStrength"
, CondensationEffectStrength
);
MaxVacuumFreq = Config.GetValue <float>("MaxVacuumFreq", MaxVacuumFreq);
MaxSupersonicFreq = Config.GetValue <float>("MaxSupersonicFreq", MaxSupersonicFreq);
Debug.Log("ASE -- Loaded settings: " + InteriorVolumeScale + " " + InteriorMaxFreq + " " + LowerMachThreshold + " " + UpperMachThreshold + " " + MaxDistortion + " " + CondensationEffectStrength + " " + MaxVacuumFreq + " " + MaxSupersonicFreq);
}
public void Load()
{
KSP.IO.PluginConfiguration configfile = KSP.IO.PluginConfiguration.CreateForType <EnhancedNavBall>();
configfile.load();
IconPos = configfile.GetValue(_iconpos, new Rect(184, 0, 32, 32));
WindowVisibleByActiveScene = configfile.GetValue(_windowvisiblebyactivescene, false);
NavballPosition = HandleFloatLoad(configfile.GetValue(_navballposition, GetDefaultNavballPosition()));
NavballScale = HandleFloatLoad(configfile.GetValue(_navballscale, GetDefaultNavballScale()));
GhostPosition = HandleFloatLoad(configfile.GetValue(_ghostposition, (0.1f).ToString()));
ProRetColour = configfile.GetValue(_proRetColour, Color.white);
NormalColour = configfile.GetValue(_normalColour, Color.white);
RadialColour = configfile.GetValue(_radialColour, Color.white);
ENBManeuver = configfile.GetValue(_enbManeuver, false);
RadialNormalDuringManeuver = configfile.GetValue(_radialNormalDuringManeuver, false);
}
public void LoadConfig()
{
Config = KSP.IO.PluginConfiguration.CreateForType <AtmosphericSoundEnhancement>();
Config.load();
InteriorVolumeScale = Config.GetValue <float>("InteriorVolumeScale", InteriorVolumeScale);
InteriorMaxFreq = Config.GetValue <float>("InteriorMaxFreq", InteriorMaxFreq);
LowerMachThreshold = Config.GetValue <float>("LowerMachThreshold", LowerMachThreshold);
UpperMachThreshold = Config.GetValue <float>("UpperMachThreshold", UpperMachThreshold);
MaxDistortion = Config.GetValue <float>("MaxDistortion", MaxDistortion);
CondensationEffectStrength = Config.GetValue <float>("CondensationEffectStrength"
, CondensationEffectStrength
);
MaxVacuumFreq = Config.GetValue <float>("MaxVacuumFreq", MaxVacuumFreq);
MaxSupersonicFreq = Config.GetValue <float>("MaxSupersonicFreq", MaxSupersonicFreq);
Log.dbg("Loaded settings: {0} {1} {2} {3} {4} {5} {6} {7}", InteriorVolumeScale, InteriorMaxFreq, LowerMachThreshold, UpperMachThreshold, MaxDistortion, CondensationEffectStrength, MaxVacuumFreq, MaxSupersonicFreq);
}
public override void LoadConfig(KSP.IO.PluginConfiguration config)
{
base.LoadConfig(config);
config.load();
HUDWindow window;
for (int idx = 0; idx < this.Windows.Count; idx++)
{
window = this.Windows[idx];
string saveName = string.Format("{0}_{1}", this.GetType().Name, window.WindowName);
Rect loadedPos = config.GetValue(saveName, window.defaultWindowPos);
window.WindowPos = loadedPos;
}
}
/// <summary>
/// Loads the config for the Welding or prepares default values and generates a new config
/// </summary>
private void initConfig()
{
string xmlOldConfigFile = FileManager.FULLPATHNAME(Constants.settingXmlFilePath, Constants.settingXmlOldConfigFileName);
KSP.IO.PluginConfiguration oldConfig = KSP.IO.PluginConfiguration.CreateForType <OldWeldingPluginConfig>();
bool oldConfigFound = File.Exists(xmlOldConfigFile);
if (oldConfigFound)
{
oldConfig = KSP.IO.PluginConfiguration.CreateForType <OldWeldingPluginConfig>();
oldConfig.load();
File.Delete(xmlOldConfigFile);
Log.dbg("old configfile found and deleted");
}
if (!File.Exists(FileManager.CONFIG_FULLPATHNAME))
{
_config = new WeldingConfiguration();
FileManager.saveConfig(_config);
_config.vector2CurveModules = Constants.basicVector2CurveModules;
_config.vector4CurveModules = Constants.basicVector4CurveModules;
_config.subModules = Constants.basicSubModules;
_config.modulesToIgnore = Constants.basicModulesToIgnore;
_config.averagedModuleAttributes = Constants.basicAveragedModuleAttributes;
_config.unchangedModuleAttributes = Constants.basicUnchangedModuleAttributes;
_config.breakingModuleAttributes = Constants.basicBreakingModuleAttributes;
}
else
{
_config = FileManager.loadConfig();
}
_config.dataBaseAutoReload = oldConfigFound ? oldConfig.GetValue <bool>(Constants.settingDbAutoReload) : _config.dataBaseAutoReload;
_config.allowCareerMode = oldConfigFound ? oldConfig.GetValue <bool>(Constants.settingAllowCareer) : _config.allowCareerMode;
Welder.includeAllNodes = oldConfigFound ? oldConfig.GetValue <bool>(Constants.settingAllNodes) : _config.includeAllNodes;
Welder.dontProcessMasslessParts = oldConfigFound ? oldConfig.GetValue <bool>(Constants.settingDontProcessMasslessParts) : _config.dontProcessMasslessParts;
Welder.StrengthCalcMethod = oldConfigFound ? StrengthParamsCalcMethod.ArithmeticMean : _config.StrengthCalcMethod;
Welder.MaxTempCalcMethod = oldConfigFound ? MaxTempCalcMethod.ArithmeticMean : _config.MaxTempCalcMethod;
Welder.runInTestMode = oldConfigFound ? false : _config.runInTestMode;
Welder.precisionDigits = oldConfigFound ? 6 : _config.precisionDigits;
Welder.fileSimplification = oldConfigFound ? false : _config.fileSimplification;
}
public Settings()
{
config = KSP.IO.PluginConfiguration.CreateForType<Settings>();
try
{
config.load();
}
catch (System.Xml.XmlException e)
{
if (ConfigError)
throw; // if previous error handling failed, we give up
ConfigError = true;
Debug.Log("Error loading Trajectories config: " + e.ToString());
string TrajPluginPath = System.IO.Path.GetDirectoryName(System.Reflection.Assembly.GetExecutingAssembly().Location);
Debug.Log("Trajectories installed in: " + TrajPluginPath);
if (System.IO.File.Exists(TrajPluginPath + "/PluginData/Trajectories/config.xml"))
{
Debug.Log("Clearing config file...");
int idx = 1;
while (System.IO.File.Exists(TrajPluginPath + "/PluginData/Trajectories/config.xml.bak." + idx))
++idx;
System.IO.File.Move(TrajPluginPath + "/PluginData/Trajectories/config.xml", TrajPluginPath + "/PluginData/Trajectories/config.xml.bak." + idx);
Debug.Log("Creating new config...");
config.load();
Debug.Log("New config created");
}
else
{
Debug.Log("No config file exists");
throw;
}
}
Serialize(false);
MapGUIWindowPos = new Rect(MapGUIWindowPos.xMin, MapGUIWindowPos.yMin, 1, MapGUIWindowPos.height); // width will be auto-sized to fit contents
}
private void LoadState(ConfigNode configNode)
{
KSP.IO.PluginConfiguration pluginConfig = KSP.IO.PluginConfiguration.CreateForType <AdvancedFlyByWire>();
if (pluginConfig != null)
{
pluginConfig.load();
this.m_UseKSPSkin = pluginConfig.GetValue <bool>("useStockSkin", true);
this.m_UseOldPresetsWindow = pluginConfig.GetValue <bool>("useOldPresetEditor", false);
this.m_UsePrecisionModeFactor = pluginConfig.GetValue <bool>("usePrecisionModeFactor", false);
this.m_PrecisionModeFactor = float.Parse(pluginConfig.GetValue <string>("precisionModeFactor", "0.5"));
}
m_Configuration = Configuration.Deserialize(GetAbsoluteConfigurationPath());
if (m_Configuration == null)
{
m_Configuration = new Configuration();
Configuration.Serialize(GetAbsoluteConfigurationPath(), m_Configuration);
}
m_FlightManager.m_Configuration = m_Configuration;
}
//private static readonly Color _maneuverColour = new Color(0, 0.1137f, 1, _manueverAlpha);
public void Save()
{
Utilities.DebugLogFormatted(LogLevel.Diagnostic, "Settings save");
KSP.IO.PluginConfiguration configfile = KSP.IO.PluginConfiguration.CreateForType <EnhancedNavBall>();
configfile.load();
configfile.SetValue(_iconpos, IconPos);
configfile.SetValue(_windowvisiblebyactivescene, WindowVisibleByActiveScene);
configfile.SetValue(_navballposition, HandleFloatSave(NavballPosition));
configfile.SetValue(_navballscale, HandleFloatSave(NavballScale));
configfile.SetValue(_ghostposition, HandleFloatSave(GhostPosition));
configfile.SetValue(_proRetColour, HandleColourSave(ProRetColour));
configfile.SetValue(_normalColour, HandleColourSave(NormalColour));
configfile.SetValue(_radialColour, HandleColourSave(RadialColour));
configfile.SetValue(_enbManeuver, ENBManeuver);
configfile.SetValue(_radialNormalDuringManeuver, RadialNormalDuringManeuver);
//configfile.SetValue("");
configfile.save();
}
/// <summary>
/// Loads the config for the Welding or prepares default values and generates a new config
/// </summary>
private void initConfig()
{
KSP.IO.PluginConfiguration oldConfig = KSP.IO.PluginConfiguration.CreateForType <OldWeldingPluginConfig>();
bool oldConfigFound = System.IO.File.Exists(string.Concat(Constants.settingRuntimeDirectory, Constants.settingXmlFilePath, Constants.settingXmlOldConfigFileName));
if (oldConfigFound)
{
oldConfig = KSP.IO.PluginConfiguration.CreateForType <OldWeldingPluginConfig>();
oldConfig.load();
System.IO.File.Delete(string.Concat(Constants.settingRuntimeDirectory, Constants.settingXmlFilePath, Constants.settingXmlOldConfigFileName));
Debug.Log(string.Format("{0}old configfile found and deleted", Constants.logPrefix));
}
if (!System.IO.File.Exists(string.Concat(Constants.settingRuntimeDirectory, Constants.settingXmlFilePath, Constants.settingXmlConfigFileName)))
{
_config = new WeldingConfiguration();
FileManager.saveConfig(_config);
_config.vector2CurveModules = Constants.basicVector2CurveModules;
_config.vector4CurveModules = Constants.basicVector4CurveModules;
_config.subModules = Constants.basicSubModules;
_config.modulesToIgnore = Constants.basicModulesToIgnore;
_config.averagedModuleAttributes = Constants.basicAveragedModuleAttributes;
_config.unchangedModuleAttributes = Constants.basicUnchangedModuleAttributes;
_config.breakingModuleAttributes = Constants.basicBreakingModuleAttributes;
}
else
{
_config = FileManager.loadConfig();
}
_config.dataBaseAutoReload = oldConfigFound ? oldConfig.GetValue <bool>(Constants.settingDbAutoReload) : _config.dataBaseAutoReload;
_config.allowCareerMode = oldConfigFound ? oldConfig.GetValue <bool>(Constants.settingAllowCareer) : _config.allowCareerMode;
Welder.includeAllNodes = oldConfigFound ? oldConfig.GetValue <bool>(Constants.settingAllNodes) : _config.includeAllNodes;
Welder.dontProcessMasslessParts = oldConfigFound ? oldConfig.GetValue <bool>(Constants.settingDontProcessMasslessParts) : _config.dontProcessMasslessParts;
Welder.StrengthCalcMethod = oldConfigFound ? StrengthParamsCalcMethod.ArithmeticMean : _config.StrengthCalcMethod;
Welder.MaxTempCalcMethod = oldConfigFound ? MaxTempCalcMethod.ArithmeticMean : _config.MaxTempCalcMethod;
Welder.runInTestMode = oldConfigFound ? false : _config.runInTestMode;
Welder.precisionDigits = oldConfigFound ? 6 : _config.precisionDigits;
}
public static void LoadConfigs()
{
config = KSP.IO.PluginConfiguration.CreateForType <FARDebugOptions>();
config.load();
FARDebugValues.displayForces = Convert.ToBoolean(config.GetValue("displayForces", "false"));
FARDebugValues.displayCoefficients = Convert.ToBoolean(config.GetValue("displayCoefficients", "false"));
FARDebugValues.displayShielding = Convert.ToBoolean(config.GetValue("displayShielding", "false"));
FARDebugValues.useSplinesForSupersonicMath = Convert.ToBoolean(config.GetValue("useSplinesForSupersonicMath", "true"));
FARDebugValues.allowStructuralFailures = Convert.ToBoolean(config.GetValue("allowStructuralFailures", "true"));
FARDebugValues.useBlizzyToolbar = Convert.ToBoolean(config.GetValue("useBlizzyToolbar", "false"));
FARAeroStress.LoadStressTemplates();
FARPartClassification.LoadClassificationTemplates();
FARAeroUtil.LoadAeroDataFromConfig();
FARActionGroupConfiguration.LoadConfiguration();
FAREditorGUI.LoadColors();
ReColorTexture(ref FAREditorGUI.clColor, ref cLTexture);
ReColorTexture(ref FAREditorGUI.cdColor, ref cDTexture);
ReColorTexture(ref FAREditorGUI.cmColor, ref cMTexture);
ReColorTexture(ref FAREditorGUI.l_DColor, ref l_DTexture);
}
public override void LoadConfig(KSP.IO.PluginConfiguration config)
{
base.LoadConfig(config);
config.load();
VOID_PanelLineGroup group;
VOID_PanelLine line;
string groupKeyPrefix;
string groupIsShownKey;
for (int lIdx = 0; lIdx < this.PanelLines.Count; lIdx++)
{
line = this.PanelLines[lIdx];
line.LoadConfig(config, this.saveKeyName);
}
for (int gIdx = 0; gIdx < this.lineGroups.Count; gIdx++)
{
group = this.lineGroups[gIdx];
groupKeyPrefix = string.Format("{0}_{1}", this.saveKeyName, group.Name);
groupIsShownKey = string.Format("{0}_{1}{2}",
this.saveKeyName, group.Name, VOID_PanelLineGroup.ISSHOWN_KEY);
group.IsShown = config.GetValue(groupIsShownKey, group.IsShown);
for (int lIdx = 0; lIdx < this.PanelLines.Count; lIdx++)
{
line = this.PanelLines[lIdx];
line.LoadConfig(config, groupKeyPrefix);
}
}
}
public static void LoadConfigs(ConfigNode node)
{
config = KSP.IO.PluginConfiguration.CreateForType<FARSettingsScenarioModule>();
config.load();
bool tmp;
if (node.HasValue("allowStructuralFailures") && bool.TryParse(node.GetValue("allowStructuralFailures"), out tmp))
FARDebugValues.allowStructuralFailures = tmp;
else
FARDebugValues.allowStructuralFailures = true;
if (node.HasValue("showMomentArrows") && bool.TryParse(node.GetValue("showMomentArrows"), out tmp))
FARDebugValues.showMomentArrows = tmp;
else
FARDebugValues.showMomentArrows = false;
if (node.HasValue("useBlizzyToolbar") && bool.TryParse(node.GetValue("useBlizzyToolbar"), out tmp))
FARDebugValues.useBlizzyToolbar = tmp;
else
FARDebugValues.useBlizzyToolbar = false;
if (node.HasValue("aeroFailureExplosions") && bool.TryParse(node.GetValue("aeroFailureExplosions"), out tmp))
FARDebugValues.aeroFailureExplosions = tmp;
else
FARDebugValues.aeroFailureExplosions = true;
FARAeroStress.LoadStressTemplates();
FARAeroUtil.LoadAeroDataFromConfig();
FARActionGroupConfiguration.LoadConfiguration();
FARAnimOverrides.LoadAnimOverrides();
Color tmpColor = GUIColors.Instance[0];
ReColorTexture(ref tmpColor, ref cLTexture);
GUIColors.Instance[0] = tmpColor;
tmpColor = GUIColors.Instance[1];
ReColorTexture(ref tmpColor, ref cDTexture);
GUIColors.Instance[1] = tmpColor;
tmpColor = GUIColors.Instance[2];
ReColorTexture(ref tmpColor, ref cMTexture);
GUIColors.Instance[2] = tmpColor;
tmpColor = GUIColors.Instance[3];
ReColorTexture(ref tmpColor, ref l_DTexture);
GUIColors.Instance[3] = tmpColor;
}
public void LoadConfig()
{
Config = KSP.IO.PluginConfiguration.CreateForType<AtmosphericSoundEnhancement>();
Config.load();
InteriorVolumeScale = Config.GetValue<float>("InteriorVolumeScale", InteriorVolumeScale);
InteriorMaxFreq = Config.GetValue<float>("InteriorMaxFreq", InteriorMaxFreq);
LowerMachThreshold = Config.GetValue<float>("LowerMachThreshold", LowerMachThreshold);
UpperMachThreshold = Config.GetValue<float>("UpperMachThreshold", UpperMachThreshold);
MaxDistortion = Config.GetValue<float>("MaxDistortion", MaxDistortion);
CondensationEffectStrength = Config.GetValue<float>( "CondensationEffectStrength"
, CondensationEffectStrength
);
MaxVacuumFreq = Config.GetValue<float>("MaxVacuumFreq", MaxVacuumFreq);
MaxSupersonicFreq = Config.GetValue<float>("MaxSupersonicFreq", MaxSupersonicFreq);
Debug.Log("ASE -- Loaded settings: " + InteriorVolumeScale + " " + InteriorMaxFreq + " " + LowerMachThreshold + " " + UpperMachThreshold + " " + MaxDistortion + " " + CondensationEffectStrength + " " + MaxVacuumFreq + " " + MaxSupersonicFreq);
}
public static void LoadConfigs()
{
config = KSP.IO.PluginConfiguration.CreateForType<WingProceduralManager> ();
config.load ();
WingProceduralManager.uiRectWindowEditor = config.GetValue("uiRectWindowEditor", UIUtility.SetToScreenCenterAlways(new Rect()));
WingProceduralManager.uiRectWindowDebug = config.GetValue<Rect> ("uiRectWindowDebug", UIUtility.SetToScreenCenterAlways(new Rect()));
WPDebug.logCAV = Convert.ToBoolean (config.GetValue ("logCAV", "false"));
WPDebug.logUpdate = Convert.ToBoolean (config.GetValue ("logUpdate", "false"));
WPDebug.logUpdateGeometry = Convert.ToBoolean (config.GetValue ("logUpdateGeometry", "false"));
WPDebug.logUpdateMaterials = Convert.ToBoolean (config.GetValue ("logUpdateMaterials", "false"));
WPDebug.logMeshReferences = Convert.ToBoolean (config.GetValue ("logMeshReferences", "false"));
WPDebug.logCheckMeshFilter = Convert.ToBoolean (config.GetValue ("logCheckMeshFilter", "false"));
WPDebug.logPropertyWindow = Convert.ToBoolean (config.GetValue ("logPropertyWindow", "false"));
WPDebug.logFlightSetup = Convert.ToBoolean (config.GetValue ("logFlightSetup", "false"));
WPDebug.logFieldSetup = Convert.ToBoolean (config.GetValue ("logFieldSetup", "false"));
WPDebug.logFuel = Convert.ToBoolean (config.GetValue ("logFuel", "false"));
WPDebug.logLimits = Convert.ToBoolean (config.GetValue ("logLimits", "false"));
WPDebug.logEvents = Convert.ToBoolean (config.GetValue ("logEvents", "false"));
}
public void SaveConfig()
{
KACWorker.DebugLogFormatted("Saving Config");
KSP.IO.PluginConfiguration configfile = KSP.IO.PluginConfiguration.CreateForType <KerbalAlarmClock>();
configfile.load();
configfile.SetValue("DailyUpdateCheck", this.DailyVersionCheck);
configfile.SetValue("VersionCheckDate_Attempt", this.VersionCheckDate_AttemptString);
configfile.SetValue("VersionCheckDate_Success", this.VersionCheckDate_SuccessString);
configfile.SetValue("VersionWeb", this.VersionWeb);
configfile.SetValue("WindowVisible", this.WindowVisible);
configfile.SetValue("WindowMinimized", this.WindowMinimized);
configfile.SetValue("WindowPos", this.WindowPos);
configfile.SetValue("WindowVisible_SpaceCenter", this.WindowVisible_SpaceCenter);
configfile.SetValue("WindowMinimized_SpaceCenter", this.WindowMinimized_SpaceCenter);
configfile.SetValue("WindowPos_SpaceCenter", this.WindowPos_SpaceCenter);
configfile.SetValue("WindowVisible_TrackingStation", this.WindowVisible_TrackingStation);
configfile.SetValue("WindowMinimized_TrackingStation", this.WindowMinimized_TrackingStation);
configfile.SetValue("WindowPos_TrackingStation", this.WindowPos_TrackingStation);
configfile.SetValue("IconPos", this.IconPos);
configfile.SetValue("IconPos_SpaceCenter", this.IconPos_SpaceCenter);
configfile.SetValue("IconShow_SpaceCenter", this.IconShow_SpaceCenter);
configfile.SetValue("IconPos_TrackingStation", this.IconPos_TrackingStation);
configfile.SetValue("IconShow_TrackingStation", this.IconShow_TrackingStation);
configfile.SetValue("UseBlizzyToolbarIfAvailable", this.UseBlizzyToolbarIfAvailable);
configfile.SetValue("WindowMinimizedType", (int)this.WindowMinimizedType);
configfile.SetValue("UIBlockersEnabled", this.KSCUIBlockersEnabled);
configfile.SetValue("BehaviourChecksPerSec", this.BehaviourChecksPerSec);
configfile.SetValue("BackupSaves", this.BackupSaves);
configfile.SetValue("BackupSavesToKeep", this.BackupSavesToKeep);
configfile.SetValue("CancelFlightModeJumpOnBackupFailure", this.CancelFlightModeJumpOnBackupFailure);
configfile.SetValue("AllowJumpFromViewOnly", this.AllowJumpFromViewOnly);
configfile.SetValue("AllowJumpToAsteroid", this.AllowJumpToAsteroid);
configfile.SetValue("AlarmListMaxAlarms", this.AlarmListMaxAlarms);
configfile.SetValue("AlarmPosition", this.AlarmPosition);
configfile.SetValue("AlarmDefaultAction", this.AlarmDefaultAction);
configfile.SetValue("AlarmDefaultMargin", this.AlarmDefaultMargin);
configfile.SetValue("AlarmDeleteOnClose", this.AlarmDeleteOnClose);
configfile.SetValue("ShowTooltips", this.ShowTooltips);
configfile.SetValue("ShowEarthTime", this.ShowEarthTime);
configfile.SetValue("HideOnPause", this.HideOnPause);
configfile.SetValue("TimeFormat", Enum.GetName(typeof(KACTime.PrintTimeFormat), this.TimeFormat));
configfile.SetValue("AlarmXferRecalc", this.AlarmXferRecalc);
configfile.SetValue("AlarmXferRecalcThreshold", this.AlarmXferRecalcThreshold);
configfile.SetValue("AlarmXferDisplayList", this.AlarmXferDisplayList);
configfile.SetValue("XferUseModelData", this.XferUseModelData);
configfile.SetValue("AlarmNodeRecalc", this.AlarmNodeRecalc);
configfile.SetValue("AlarmNodeRecalcThreshold", this.AlarmNodeRecalcThreshold);
configfile.SetValue("AlarmAddSOIAuto", this.AlarmAddSOIAuto);
configfile.SetValue("AlarmAddSOIAutoThreshold", this.AlarmAddSOIAutoThreshold);
//configfile.SetValue("AlarmAddSOIMargin", this.AlarmAddSOIMargin);
configfile.SetValue("AlarmAutoSOIMargin", this.AlarmAutoSOIMargin);
configfile.SetValue("AlarmAddSOIAuto_ExcludeEVA", this.AlarmAddSOIAuto_ExcludeEVA);
configfile.SetValue("AlarmOnSOIChange", this.AlarmCatchSOIChange);
configfile.SetValue("AlarmOnSOIChange_Action", this.AlarmOnSOIChange_Action);
configfile.SetValue("AlarmSOIRecalc", this.AlarmSOIRecalc);
configfile.SetValue("AlarmSOIRecalcThreshold", this.AlarmSOIRecalcThreshold);
configfile.SetValue("AlarmAddManAuto", this.AlarmAddManAuto);
configfile.SetValue("AlarmAddManAuto_andRemove", this.AlarmAddManAuto_andRemove);
configfile.SetValue("AlarmAddManAutoThreshold", this.AlarmAddManAutoThreshold);
configfile.SetValue("AlarmAddManAutoMargin", this.AlarmAddManAutoMargin);
configfile.SetValue("AddManAutoMargin", this.AlarmAddManAutoMargin.ToString());
configfile.SetValue("AlarmAddManAuto_Action", this.AlarmAddManAuto_Action);
configfile.SetValue("AlarmCrewDefaultStoreNode", this.AlarmCrewDefaultStoreNode);
configfile.save();
KACWorker.DebugLogFormatted("Saved Config");
}
public static void LoadConfigs()
{
config = KSP.IO.PluginConfiguration.CreateForType<FARDebugOptions>();
config.load();
FARDebugValues.displayForces = Convert.ToBoolean(config.GetValue("displayForces", "false"));
FARDebugValues.displayCoefficients = Convert.ToBoolean(config.GetValue("displayCoefficients", "false"));
FARDebugValues.displayShielding = Convert.ToBoolean(config.GetValue("displayShielding", "false"));
FARDebugValues.useSplinesForSupersonicMath = Convert.ToBoolean(config.GetValue("useSplinesForSupersonicMath", "true"));
FARDebugValues.allowStructuralFailures = Convert.ToBoolean(config.GetValue("allowStructuralFailures", "true"));
FARDebugValues.useBlizzyToolbar = Convert.ToBoolean(config.GetValue("useBlizzyToolbar", "false"));
FARAeroStress.LoadStressTemplates();
FARPartClassification.LoadClassificationTemplates();
FARAeroUtil.LoadAeroDataFromConfig();
}
private void LoadPresets()
{
config = KSP.IO.PluginConfiguration.CreateForType<IspAdjustmentGUIController>();
config.load();
int presetNum = 0;
do
{
string tmpName;
tmpName = config.GetValue("IspPreset" + presetNum + "Name", "NothingHere");
//IspPreset tmp = config.GetValue("IspPreset" + presetNum, new IspPreset("NothingHere", "", 1, 1, false));
if (tmpName == "NothingHere")
break;
IspPreset tmp = new IspPreset();
tmp.presetName = tmpName;
tmp.presetDescription = config.GetValue<string>("IspPreset" + presetNum + "Description");
tmp.vacIspMult = Convert.ToSingle(config.GetValue<string>("IspPreset" + presetNum + "Vac"));
tmp.atmIspMult = Convert.ToSingle(config.GetValue<string>("IspPreset" + presetNum + "Atm"));
tmp.extendToZero = config.GetValue<bool>("IspPreset" + presetNum + "Extend");
tmp.thrustCorrection = config.GetValue<bool>("IspPreset" + presetNum + "ThrustCorrection");
tmp.ratingIspCutoff = Convert.ToSingle(config.GetValue<string>("IspPreset" + presetNum + "RatingIspCutoff", "385"));
tmp.ratingThrustCutoff = Convert.ToSingle(config.GetValue<string>("IspPreset" + presetNum + "RatingThrustCutoff", "300"));
presetNum++;
IspPresetList.Add(tmp);
} while (true);
string gameName = HighLogic.CurrentGame.Title;
int selectedPresetNum = Convert.ToInt32(config.GetValue("SelectedPreset" + gameName, "0"));
selectedPreset = IspPresetList[selectedPresetNum];
print("Presets Loaded...");
}