private void setupEngineModels(Transform modelBase, ConfigNode baseNode)
{
ConfigNode[] modelNodes = baseNode.GetNodes("MODEL");
Transform engineRoot = modelBase.FindOrCreate("SSTU-ISDC-EngineRoot");
engineModels = new ModelModule <ISDCModelData, SSTUInterstageDecoupler>(part, this, engineRoot, ModelOrientation.TOP, nameof(customEngineColorData), nameof(currentEngineModel), nameof(currentEngineTextureSet));
engineModels.getSymmetryModule = m => m.engineModels;
engineModels.setupModelList(ModelData.parseModels <ISDCModelData>(modelNodes, m => new ISDCModelData(m)));
engineModels.setupModel();
updateEnginePositionAndScale();
}
private void init()
{
if (initialized)
{
return;
}
initialized = true;
standoffRotatedRoot = part.transform.FindRecursive("SSTUModularRCSStructureRoot");
if (standoffRotatedRoot == null)
{
standoffRotatedRoot = new GameObject("SSTUModularRCSStructureRoot").transform;
standoffRotatedRoot.NestToParent(part.transform.FindRecursive("model"));
standoffRotatedRoot.Rotate(90, -90, 0);
}
modelRotatedRoot = part.transform.FindRecursive("SSTUModularRCSBlockRoot");
if (modelRotatedRoot == null)
{
modelRotatedRoot = new GameObject("SSTUModularRCSBlockRoot").transform;
modelRotatedRoot.NestToParent(part.transform.FindRecursive("model"));
modelRotatedRoot.Rotate(0, 0, 0);
}
ConfigNode node = SSTUConfigNodeUtils.parseConfigNode(configNodeData);
ModelDefinitionLayoutOptions[] blocks = SSTUModelData.getModelDefinitions(node.GetNodes("MODEL"));
ModelDefinitionLayoutOptions[] structs = SSTUModelData.getModelDefinitions(node.GetNodes("STRUCTURE"));
modelTransform = modelRotatedRoot.FindOrCreate("ModularRCSModel");
rcsBlockModule = new ModelModule <SSTUModularRCS>(part, this, modelTransform, ModelOrientation.CENTRAL, nameof(currentModel), nameof(currentLayout), nameof(currentTexture), nameof(modelPersistentData), null, null, null, null);
rcsBlockModule.name = "RCSBlock";
rcsBlockModule.getSymmetryModule = m => m.rcsBlockModule;
rcsBlockModule.setupModelList(blocks);
rcsBlockModule.getValidOptions = () => blocks;
rcsBlockModule.setupModel();
rcsBlockModule.updateSelections();
standoffTransform = standoffRotatedRoot.FindOrCreate("ModularRCSStandoff");
standoffModule = new ModelModule <SSTUModularRCS>(part, this, standoffTransform, ModelOrientation.TOP, nameof(currentStructure), nameof(currentLayout), nameof(currentStructureTexture), nameof(structurePersistentData), null, null, null, null);
standoffModule.name = "Standoff";
standoffModule.getSymmetryModule = m => m.standoffModule;
standoffModule.setupModelList(structs);
standoffModule.getValidOptions = () => structs;
standoffModule.setupModel();
standoffModule.updateSelections();
updateModelScale();
updateMassAndCost();
rcsBlockModule.renameRCSThrustTransforms(rcsThrustTransformName);
updateAttachNodes(false);
}
private void initialize()
{
if (initialized)
{
return;
}
initialized = true;
double hsp = 1;
double dens = 1;
PartResourceDefinition resource = PartResourceLibrary.Instance.GetDefinition(resourceName);
hsp = resource.specificHeatCapacity;
dens = resource.density;
fluxPerResourceUnit = hsp * ablationEfficiency * dens;
baseSkinIntMult = part.skinInternalConductionMult;
baseCondMult = part.heatConductivity;
ConfigNode node = SSTUConfigNodeUtils.parseConfigNode(configNodeData);
Transform mhsRoot = part.transform.FindRecursive("model").FindOrCreate("SSTU-MHS-Root");
ConfigNode[] modelNodes = node.GetNodes("MODELS");
ModelDefinitionLayoutOptions[] models = SSTUModelData.getModelDefinitions(modelNodes);
model = new ModelModule <SSTUModularHeatShield>(part, this, mhsRoot, ModelOrientation.CENTRAL, nameof(currentShieldModel), null, nameof(currentShieldTexture), nameof(modelPersistentData), null, null, null, null);
model.getSymmetryModule = (m) => m.model;
model.setupModelList(models);
model.setupModel();
model.setScaleForDiameter(currentDiameter);
model.setPosition(0);
model.updateModelMeshes();
model.updateSelections();
model.volumeScalar = resourceScalePower;
model.massScalar = resourceScalePower;
if (standAlonePart)
{
updateDragCube();
updateAttachNodes(false);
}
SSTUModInterop.updateResourceVolume(part);
ConfigNode[] typeNodes = node.GetNodes("SHIELDTYPE");
shieldTypeData = HeatShieldTypeData.load(typeNodes);
currentShieldTypeData = Array.Find(shieldTypeData, m => m.baseType.name == currentShieldType);
updateModuleStats();
updatePartCost();
SSTUModInterop.onPartGeometryUpdate(part, false);
SSTUModInterop.updateResourceVolume(part);
SSTUStockInterop.fireEditorUpdate();//update for mass/cost/etc.
}
private void init()
{
if (initialized)
{
return;
}
initialized = true;
ConfigNode node = SSTUConfigNodeUtils.parseConfigNode(configNodeData);
standoffTransform = part.transform.FindRecursive("model").FindOrCreate("ModularRCSStandoff");
standoffTransform.localRotation = Quaternion.Euler(0, 0, 90);//rotate 90' on z-axis, to face along x+/-; this should put the 'top' of the model at 0,0,0
standoffModule = new ModelModule <SingleModelData, SSTUModularRCS>(part, this, standoffTransform, ModelOrientation.TOP, nameof(structurePersistentData), nameof(currentStructure), nameof(currentStructureTexture));
standoffModule.getSymmetryModule = m => m.standoffModule;
standoffModule.setupModelList(ModelData.parseModels <SingleModelData>(node.GetNodes("STRUCTURE"), m => new SingleModelData(m)));
standoffModule.setupModel();
if (string.IsNullOrEmpty(modelName))
{
MonoBehaviour.print("ERROR: SSTUModularRCS - null/empty modelName in module config.");
}
modelTransform = part.transform.FindModel(modelName);
updateModelScale();
updateMassAndCost();
updateAttachNodes(false);
ConfigNode[] fuelTypeNodes = node.GetNodes("FUELTYPE");
int len = fuelTypeNodes.Length;
fuelTypes = new ContainerFuelPreset[len];
for (int i = 0; i < len; i++)
{
fuelTypes[i] = VolumeContainerLoader.getPreset(fuelTypeNodes[i].GetValue("name"));
}
fuelType = Array.Find(fuelTypes, m => m.name == currentFuelType);
if (fuelType == null && (fuelTypes != null && fuelTypes.Length > 0))
{
MonoBehaviour.print("ERROR: SSTUModularRCS - currentFuelType was null for value: " + currentFuelType);
fuelType = fuelTypes[0];
currentFuelType = fuelType.name;
MonoBehaviour.print("Assigned default fuel type of: " + currentFuelType + ". This is likely a config error that needs to be corrected.");
}
else if (fuelTypes == null || fuelTypes.Length < 1)
{
//TODO -- handle cases of disabled fuel switching
MonoBehaviour.print("ERROR: SSTUModularRCS - No fuel type definitions found.");
}
}
private void initialize()
{
if (initialized)
{
return;
}
initialized = true;
ConfigNode node = SSTUConfigNodeUtils.parseConfigNode(configNodeData);
Transform root = part.transform.FindRecursive("model").FindOrCreate(rootTransformName);
models = new ModelModule <PositionedModelData, SSTUModelSwitch2>(part, this, root, ModelOrientation.TOP, nameof(modelPersistentData), nameof(currentModel), nameof(currentTexture));
models.getSymmetryModule = m => m.models;
models.setupModelList(ModelData.parseModels <PositionedModelData>(node.GetNodes("MODEL"), m => new PositionedModelData(m)));
models.setupModel();
models.model.updateScale(currentScale);
models.updateModel();
updateMassAndCost();
updateAttachNodes(false);
}
/// <summary>
/// Loads all of the part definitions and values from the stashed config node data
/// </summary>
private void loadConfigData()
{
ConfigNode node = SSTUConfigNodeUtils.parseConfigNode(configNodeData);
noseModule = new ModelModule <SingleModelData, SSTUModularUpperStage>(part, this, getRootTransform("MUSNose"), ModelOrientation.TOP, nameof(nosePersistentData), nameof(currentNose), nameof(currentNoseTexture));
noseModule.getSymmetryModule = m => m.noseModule;
noseModule.setupModelList(SingleModelData.parseModels(node.GetNodes("NOSE")));
noseModule.setupModel();
upperModule = new ModelModule <SingleModelData, SSTUModularUpperStage>(part, this, getRootTransform("MUSUpper"), ModelOrientation.TOP, nameof(upperPersistentData), nameof(currentUpper), nameof(currentUpperTexture));
upperModule.getSymmetryModule = m => m.upperModule;
upperModule.setupModelList(SingleModelData.parseModels(node.GetNodes("UPPER")));
upperModule.setupModel();
intertankModule = new ModelModule <SingleModelData, SSTUModularUpperStage>(part, this, getRootTransform("MUSIntertank"), ModelOrientation.TOP, nameof(intertankPersistentData), nameof(currentIntertank), nameof(currentIntertankTexture));
intertankModule.getSymmetryModule = m => m.intertankModule;
intertankModule.setupModelList(SingleModelData.parseModels(node.GetNodes("INTERTANK")));
intertankModule.setupModel();
lowerModule = new ModelModule <SingleModelData, SSTUModularUpperStage>(part, this, getRootTransform("MUSLower"), ModelOrientation.TOP, nameof(lowerPersistentData), nameof(currentLower), nameof(currentLowerTexture));
lowerModule.getSymmetryModule = m => m.lowerModule;
lowerModule.setupModelList(SingleModelData.parseModels(node.GetNodes("LOWER")));
lowerModule.setupModel();
mountModule = new ModelModule <SingleModelData, SSTUModularUpperStage>(part, this, getRootTransform("MUSMount"), ModelOrientation.BOTTOM, nameof(mountPersistentData), nameof(currentMount), nameof(currentMountTexture));
mountModule.getSymmetryModule = m => m.mountModule;
mountModule.setupModelList(SingleModelData.parseModels(node.GetNodes("MOUNT")));
mountModule.setupModel();
rcsModule = new ModelModule <SSTUModularUpperStageRCS, SSTUModularUpperStage>(part, this, getRootTransform("MUSRCS"), ModelOrientation.CENTRAL, nameof(rcsPersistentData), nameof(currentRCS), nameof(currentRCSTexture));
rcsModule.getSymmetryModule = m => m.rcsModule;
rcsModule.setupModelList(SingleModelData.parseModels(node.GetNodes("RCS"), m => new SSTUModularUpperStageRCS(m)));
rcsModule.setupModel();
updateRCSModule();
if (!splitTank)
{
intertankModule.model.destroyCurrentModel();
lowerModule.model.destroyCurrentModel();
}
}
private void initialize()
{
if (initialized)
{
return;
}
initialized = true;
ConfigNode node = SSTUConfigNodeUtils.parseConfigNode(configNodeData);
ModelDefinitionLayoutOptions[] defs = SSTUModelData.getModelDefinitions(node.GetNodes("MODEL"));
Transform root = part.transform.FindRecursive("model").FindOrCreate(rootTransformName);
models = new ModelModule <SSTUModelSwitch>(part, this, root, ModelOrientation.TOP, nameof(currentModel), null, nameof(currentTexture), nameof(modelPersistentData), nameof(animationPersistentData), nameof(animationMaxDeploy), nameof(enableAnimationEvent), nameof(disableAnimationEvent));
models.name = "ModelSwitch";
models.getSymmetryModule = m => m.models;
models.getValidOptions = () => defs;
models.setupModelList(defs);
models.setupModel();
models.setScale(currentScale);
models.updateModelMeshes();
models.updateSelections();
updateMassAndCost();
updateAttachNodes(false);
}
private void initialize()
{
if (initialized)
{
return;
}
initialized = true;
double hsp = 1;
double dens = 1;
if (heatSoak)
{
PartResourceDefinition resource = PartResourceLibrary.Instance.GetDefinition(resourceName);
hsp = resource.specificHeatCapacity;
dens = resource.density;
}
else
{
resource = part.Resources[resourceName];
if (resource != null)
{
hsp = resource.info.specificHeatCapacity;
dens = resource.info.density;
}
else
{
hsp = PhysicsGlobals.StandardSpecificHeatCapacity;
dens = 0.005f;
}
}
fluxPerResourceUnit = hsp * ablationEfficiency * dens;
baseSkinIntMult = part.skinInternalConductionMult;
baseCondMult = part.heatConductivity;
ConfigNode node = SSTUConfigNodeUtils.parseConfigNode(configNodeData);
//stand-alone modular heat-shield setup
if (standAlonePart)
{
ConfigNode[] modelNodes = node.GetNodes("MODEL");
model = new ModelModule <SingleModelData, SSTUModularHeatShield>(part, this, part.transform.FindRecursive("model"), ModelOrientation.CENTRAL, nameof(modelPersistentData), nameof(currentShieldModel), nameof(currentShieldTexture));
model.setupModelList(SingleModelData.parseModels(modelNodes));
model.setupModel();
model.model.updateScaleForDiameter(currentDiameter);
model.setPosition(0, ModelOrientation.CENTRAL);
model.model.updateModel();
updateAttachNodes(false);
updateDragCube();
}
ConfigNode[] typeNodes = node.GetNodes("SHIELDTYPE");
shieldTypeData = HeatShieldTypeData.load(typeNodes);
currentShieldTypeData = Array.Find(shieldTypeData, m => m.baseType.name == currentShieldType);
updateModuleStats();
updatePartCost();
if (!initializedResources && (HighLogic.LoadedSceneIsEditor || HighLogic.LoadedSceneIsFlight))
{
updatePartResources();
initializedResources = true;
}
}
private void initialize(bool start)
{
if (initialized)
{
return;
}
initialized = true;
topNodeNames = SSTUUtils.parseCSV(topManagedNodes);
bottomNodeNames = SSTUUtils.parseCSV(bottomManagedNodes);
ConfigNode node = SSTUConfigNodeUtils.parseConfigNode(configNodeData);
coreModule = new ModelModule <ServiceModuleCoreModel, SSTUModularServiceModule>(part, this, getRootTransform("MSC-CORE", true), ModelOrientation.TOP, nameof(coreModulePersistentData), nameof(currentCore), nameof(currentCoreTexture));
coreModule.getSymmetryModule = m => m.coreModule;
coreModule.setupModelList(ModelData.parseModels(node.GetNodes("CORE"), m => new ServiceModuleCoreModel(m)));
topModule = new ModelModule <SingleModelData, SSTUModularServiceModule>(part, this, getRootTransform("MSC-TOP", true), ModelOrientation.TOP, nameof(topModulePersistentData), nameof(currentTop), nameof(currentTopTexture));
topModule.getSymmetryModule = m => m.topModule;
topModule.getValidSelections = m => topModule.models.FindAll(s => s.canSwitchTo(part, topNodeNames));
bottomModule = new ModelModule <SingleModelData, SSTUModularServiceModule>(part, this, getRootTransform("MSC-BOTTOM", true), ModelOrientation.BOTTOM, nameof(bottomModulePersistentData), nameof(currentBottom), nameof(currentBottomTexture));
bottomModule.getSymmetryModule = m => m.bottomModule;
bottomModule.getValidSelections = m => bottomModule.models.FindAll(s => s.canSwitchTo(part, bottomNodeNames));
solarModule = new ModelModule <SolarData, SSTUModularServiceModule>(part, this, getRootTransform("MSC-Solar", true), ModelOrientation.CENTRAL, null, nameof(currentSolar), null);
solarModule.getSymmetryModule = m => m.solarModule;
solarModule.setupModelList(ModelData.parseModels(node.GetNodes("SOLAR"), m => new SolarData(m)));
solarModule.getValidSelections = delegate(IEnumerable <SolarData> all)
{
//System.Linq.Enumerable.Where(all, s => s.isAvailable(upgradesApplied));
float scale = coreModule.model.currentDiameterScale;
//find all solar panels that are unlocked via upgrades/tech-tree
List <SolarData> unlocked = solarModule.models.FindAll(s => s.isAvailable(upgradesApplied));
//filter those to find only the ones available for the current
List <SolarData> availableByScale = unlocked.FindAll(s => coreModule.model.isValidSolarOption(s.name, scale));
return(availableByScale);
};
solarModule.preModelSetup = delegate(SolarData d)
{
d.positions = coreModule.model.getPanelConfiguration(d.name).getScaledPositions(coreModule.model.currentDiameterScale);
};
rcsModule = new ModelModule <ServiceModuleRCSModelData, SSTUModularServiceModule>(part, this, getRootTransform("MSC-Rcs", true), ModelOrientation.CENTRAL, null, nameof(currentRCS), null);
rcsModule.getSymmetryModule = m => m.rcsModule;
rcsModule.setupModelList(ModelData.parseModels(node.GetNodes("RCS"), m => new ServiceModuleRCSModelData(m)));
rcsModule.getValidSelections = m => rcsModule.models.FindAll(s => s.isAvailable(upgradesApplied));
List <ConfigNode> tops = new List <ConfigNode>();
List <ConfigNode> bottoms = new List <ConfigNode>();
ConfigNode[] mNodes = node.GetNodes("CAP");
ConfigNode mNode;
int len = mNodes.Length;
for (int i = 0; i < len; i++)
{
mNode = mNodes[i];
if (mNode.GetBoolValue("useForTop", true))
{
tops.Add(mNode);
}
if (mNode.GetBoolValue("useForBottom", true))
{
bottoms.Add(mNode);
}
}
topModule.setupModelList(SingleModelData.parseModels(tops.ToArray()));
bottomModule.setupModelList(SingleModelData.parseModels(bottoms.ToArray()));
tops.Clear();
bottoms.Clear();
topModule.setupModel();
coreModule.setupModel();
coreModule.model.updateScaleForDiameter(currentDiameter);
bottomModule.setupModel();
solarModule.setupModel();
rcsModule.setupModel();
rcsModule.model.renameThrustTransforms(rcsThrustTransformName);
updateModulePositions();
updateMassAndCost();
updateAttachNodes(false);
SSTUStockInterop.updatePartHighlighting(part);
}
/// <summary>
/// Restores ModelData instances from config node data, and populates the 'currentModule' instances with the currently enabled modules.
/// </summary>
private void loadConfigData()
{
ConfigNode node = SSTUConfigNodeUtils.parseConfigNode(configNodeData);
ConfigNode[] tankSetsNodes = node.GetNodes("TANKSET");
ConfigNode[] tankNodes = node.GetNodes("TANK");
ConfigNode[] mountNodes = node.GetNodes("CAP");
variantData = TankVariant.parseVariants(node.GetNodes("VARIANT"));
tankSets = TankSet.parseSets(tankSetsNodes);
//if no sets exist, initialize a default set to add all models to
if (tankSets.Length == 0)
{
tankSets = new TankSet[1];
ConfigNode defaultSetNode = new ConfigNode("TANKSET");
defaultSetNode.AddValue("name", "default");
tankSets[0] = new TankSet(defaultSetNode);
}
TankModelData[] mainTankModules = ModelData.parseModels <TankModelData>(tankNodes, m => new TankModelData(m));
int len = mainTankModules.Length;
TankSet set;
for (int i = 0; i < len; i++)
{
set = Array.Find(tankSets, m => m.name == mainTankModules[i].setName);
//if set is not found by name, add it to the first set which is guaranteed to exist due to the default-set-adding code above.
if (set == null)
{
set = tankSets[0];
}
set.addModel(mainTankModules[i]);
}
topNodeNames = SSTUUtils.parseCSV(topManagedNodeNames);
bottomNodeNames = SSTUUtils.parseCSV(bottomManagedNodeNames);
tankModule = new ModelModule <TankModelData, SSTUModularFuelTank>(part, this, getRootTransform(rootTransformName, true), ModelOrientation.CENTRAL, nameof(bodyModuleData), nameof(currentTankType), nameof(currentTankTexture));
tankModule.getSymmetryModule = m => m.tankModule;
tankModule.getDisplayNames = m => SSTUUtils.getNames(m, s => s.variantName);
tankModule.setupModelList(mainTankModules);
currentTankSetModule = Array.Find(tankSets, m => m.name == tankModule.model.setName);
currentTankSet = currentTankSetModule.name;
lastSelectedVariant = tankModule.model.variantName;
tankModule.getValidSelections = delegate(IEnumerable <TankModelData> data) { return(System.Linq.Enumerable.Where(data, s => s.setName == currentTankSet)); };
tankModule.updateSelections();
tankModule.setupModel();
len = mountNodes.Length;
ConfigNode mountNode;
List <SingleModelData> noses = new List <SingleModelData>();
List <SingleModelData> mounts = new List <SingleModelData>();
for (int i = 0; i < len; i++)
{
mountNode = mountNodes[i];
if (mountNode.GetBoolValue("useForNose", true))
{
mountNode.SetValue("nose", "true");
noses.Add(new SingleModelData(mountNode));
}
if (mountNode.GetBoolValue("useForMount", true))
{
mountNode.SetValue("nose", "false");
mounts.Add(new SingleModelData(mountNode));
}
}
noseModule = new ModelModule <SingleModelData, SSTUModularFuelTank>(part, this, getRootTransform(rootNoseTransformName, true), ModelOrientation.TOP, nameof(noseModuleData), nameof(currentNoseType), nameof(currentNoseTexture));
noseModule.getSymmetryModule = m => m.noseModule;
noseModule.getValidSelections = delegate(IEnumerable <SingleModelData> data)
{
return(System.Linq.Enumerable.Where(data, m => m.canSwitchTo(part, topNodeNames) && TankVariant.isValidNose(m.name, tankModule.model.variantName, variantData)));
};
noseModule.setupModelList(noses);
noseModule.setupModel();
mountModule = new ModelModule <SingleModelData, SSTUModularFuelTank>(part, this, getRootTransform(rootMountTransformName, true), ModelOrientation.BOTTOM, nameof(mountModuleData), nameof(currentMountType), nameof(currentMountTexture));
mountModule.getSymmetryModule = m => m.mountModule;
mountModule.getValidSelections = delegate(IEnumerable <SingleModelData> data)
{
return(System.Linq.Enumerable.Where(data, m => m.canSwitchTo(part, bottomNodeNames) && TankVariant.isValidMount(m.name, tankModule.model.variantName, variantData)));
};
mountModule.setupModelList(mounts);
mountModule.setupModel();
}
private void initialize(bool start)
{
if (initialized)
{
return;
}
initialized = true;
topNodeNames = SSTUUtils.parseCSV(topManagedNodes);
bottomNodeNames = SSTUUtils.parseCSV(bottomManagedNodes);
ConfigNode node = SSTUConfigNodeUtils.parseConfigNode(configNodeData);
coreModule = new ModelModule <SingleModelData, SSTUModularStationCore>(part, this, getRootTransform("MSC-CORE", true), ModelOrientation.TOP, nameof(coreModulePersistentData), nameof(currentCore), nameof(currentCoreTexture));
coreModule.getSymmetryModule = m => m.coreModule;
coreModule.setupModelList(SingleModelData.parseModels(node.GetNodes("CORE")));
topModule = new ModelModule <SingleModelData, SSTUModularStationCore>(part, this, getRootTransform("MSC-TOP", true), ModelOrientation.TOP, nameof(topModulePersistentData), nameof(currentTop), nameof(currentTopTexture));
topModule.getSymmetryModule = m => m.topModule;
topModule.getValidSelections = m => topModule.models.FindAll(s => s.canSwitchTo(part, topNodeNames));
bottomModule = new ModelModule <SingleModelData, SSTUModularStationCore>(part, this, getRootTransform("MSC-BOTTOM", true), ModelOrientation.BOTTOM, nameof(bottomModulePersistentData), nameof(currentBottom), nameof(currentBottomTexture));
bottomModule.getSymmetryModule = m => m.bottomModule;
bottomModule.getValidSelections = m => bottomModule.models.FindAll(s => s.canSwitchTo(part, bottomNodeNames));
solarModule = new ModelModule <SolarData, SSTUModularStationCore>(part, this, getRootTransform("MSC-Solar", true), ModelOrientation.CENTRAL, null, nameof(currentSolar), null);
solarModule.getSymmetryModule = m => m.solarModule;
solarModule.setupModelList(SingleModelData.parseModels(node.GetNodes("SOLAR"), m => new SolarData(m)));
solarModule.getValidSelections = m => solarModule.models.FindAll(s => s.isAvailable(upgradesApplied));
List <ConfigNode> tops = new List <ConfigNode>();
List <ConfigNode> bottoms = new List <ConfigNode>();
ConfigNode[] mNodes = node.GetNodes("CAP");
ConfigNode mNode;
int len = mNodes.Length;
for (int i = 0; i < len; i++)
{
mNode = mNodes[i];
if (mNode.GetBoolValue("useForTop", true))
{
tops.Add(mNode);
}
if (mNode.GetBoolValue("useForBottom", true))
{
bottoms.Add(mNode);
}
}
topModule.setupModelList(SingleModelData.parseModels(tops.ToArray()));
bottomModule.setupModelList(SingleModelData.parseModels(bottoms.ToArray()));
tops.Clear();
bottoms.Clear();
topModule.setupModel();
coreModule.setupModel();//TODO -- only setup core module if not the prefab part -- else need to add transform updating/fx-updating for RCS and engine modules, as they lack proper handling for transform swapping at runtime
bottomModule.setupModel();
solarModule.setupModel();
updateModulePositions();
updateMassAndCost();
updateAttachNodes(false);
SSTUStockInterop.updatePartHighlighting(part);
}