private void initialize()
{
//MonoBehaviour.print("NodeFairingInit: "+fairingCreated+ " :: " +fairingForceDisabled+ " :: "+fairingJettisoned + " :: " +fairingEnabled);
if (rendersToRemove != null && rendersToRemove.Length > 0)
{
ROTUtils.removeTransforms(part, ROTUtils.parseCSV(rendersToRemove));
}
loadFairingData(ROTConfigNodeUtils.parseConfigNode(configNodeData));
if (externalUpdateData != null)
{
updateFromExternalData(externalUpdateData);
}
if (fairingCreated || (fairingEnabled && !fairingJettisoned && !fairingForceDisabled && string.IsNullOrEmpty(nodeName)))//previously existed, recreate it, or should exist by default values in the config
{
buildFairing();
if (!string.IsNullOrEmpty(nodeName))
{
AttachNode n = part.FindAttachNode(nodeName);
if (n != null && n.attachedPart != null)
{
prevAttachedPart = n.attachedPart;
//MonoBehaviour.print("Setting initial attached part to: " + prevAttachedPart);
}
}
}
else if (!fairingJettisoned && !fairingForceDisabled && !string.IsNullOrEmpty(nodeName))//else could potentially be activated by a node...check for activation
{
needsStatusUpdate = true;
}
updateTextureSet(false);
needsGuiUpdate = true;
//MonoBehaviour.print("NodeFairingInit End: " + fairingCreated + " :: " + fairingForceDisabled + " :: " + fairingJettisoned + " :: " + fairingEnabled);
}
public AttachNodeBaseData(String nodeData)
{
String[] dataVals = nodeData.Split(new String[] { "," }, StringSplitOptions.None);
position = new Vector3(ROTUtils.safeParseFloat(dataVals[0].Trim()), ROTUtils.safeParseFloat(dataVals[1].Trim()), ROTUtils.safeParseFloat(dataVals[2].Trim()));
orientation = new Vector3(ROTUtils.safeParseFloat(dataVals[3].Trim()), ROTUtils.safeParseFloat(dataVals[4].Trim()), ROTUtils.safeParseFloat(dataVals[5].Trim()));
size = dataVals.Length > 6 ? ROTUtils.safeParseInt(dataVals[6]) : 4;
}
public void loadPersistence(String data)
{
String[] csv = ROTUtils.parseCSV(data);
topY = ROTUtils.safeParseFloat(csv[0]);
bottomY = ROTUtils.safeParseFloat(csv[1]);
topRadius = ROTUtils.safeParseFloat(csv[2]);
bottomRadius = ROTUtils.safeParseFloat(csv[3]);
}
public void setOpacity(float value)
{
opacity = value;
if (rootObject != null)
{
ROTUtils.setOpacityRecursive(rootObject.transform, value);
}
}
public static bool[] GetBoolValues(this ConfigNode node, String name)
{
String[] values = node.GetValues(name);
int len = values.Length;
bool[] vals = new bool[len];
for (int i = 0; i < len; i++)
{
vals[i] = ROTUtils.safeParseBool(values[i]);
}
return(vals);
}
private void initialize()
{
if (initialized)
{
return;
}
initialized = true;
prevDiameter = currentDiameter;
coreNodeNames = ROTUtils.parseCSV(coreManagedNodes);
//model-module setup/initialization
ConfigNode node = ROTConfigNodeUtils.parseConfigNode(configNodeData);
//list of CORE model nodes from config
//each one may contain multiple 'model=modelDefinitionName' entries
//but must contain no more than a single 'variant' entry.
//if no variant is specified, they are added to the 'Default' variant.
ConfigNode[] coreDefNodes = node.GetNodes("CORE");
ModelDefinitionLayoutOptions[] coreDefs;
List <ModelDefinitionLayoutOptions> coreDefList = new List <ModelDefinitionLayoutOptions>();
int coreDefLen = coreDefNodes.Length;
for (int i = 0; i < coreDefLen; i++)
{
string variantName = coreDefNodes[i].GetStringValue("variant", "Default");
coreDefs = ROTModelData.getModelDefinitionLayouts(coreDefNodes[i].GetStringValues("model"));
coreDefList.AddUniqueRange(coreDefs);
ModelDefinitionVariantSet mdvs = getVariantSet(variantName);
mdvs.addModels(coreDefs);
}
coreDefs = coreDefList.ToArray();
coreModule = new ROTModelModule <ModuleROTProbe>(part, this, getRootTransform("ModularProbe-CORE"), ModelOrientation.CENTRAL, nameof(currentCore), null, nameof(currentCoreTexture), nameof(coreModulePersistentData));
coreModule.name = "ModularProbe-Core";
coreModule.getSymmetryModule = m => m.coreModule;
coreModule.getValidOptions = () => getVariantSet(currentVariant).definitions;
coreModule.massScalar = massScalingPower;
coreModule.volumeScalar = volumeScalingPower;
//set up the model lists and load the currently selected model
coreModule.setupModelList(coreDefs);
coreModule.setupModel();
updateModulePositions();
updateMassAndDimensions();
updateAttachNodes(false);
updateAvailableVariants();
ROTStockInterop.updatePartHighlighting(part);
}
public static float[] GetFloatValues(this ConfigNode node, String name, float[] defaults)
{
String baseVal = node.GetStringValue(name);
if (!String.IsNullOrEmpty(baseVal))
{
String[] split = baseVal.Split(new char[] { ',' });
float[] vals = new float[split.Length];
for (int i = 0; i < split.Length; i++)
{
vals[i] = ROTUtils.safeParseFloat(split[i]);
}
return(vals);
}
return(defaults);
}
public static Vector3 GetVector3(this ConfigNode node, String name, Vector3 defaultValue)
{
String value = node.GetValue(name);
if (value == null)
{
return(defaultValue);
}
String[] vals = value.Split(',');
if (vals.Length < 3)
{
MonoBehaviour.print("ERROR parsing values for Vector3 from input: " + value + ". found less than 3 values, cannot create Vector3");
return(defaultValue);
}
return(new Vector3((float)ROTUtils.safeParseDouble(vals[0]), (float)ROTUtils.safeParseDouble(vals[1]), (float)ROTUtils.safeParseDouble(vals[2])));
}
public static int[] GetIntValues(this ConfigNode node, string name, int[] defaultValues = null)
{
int[] values = defaultValues;
string[] stringValues = node.GetValues(name);
if (stringValues == null || stringValues.Length == 0)
{
return(values);
}
int len = stringValues.Length;
values = new int[len];
for (int i = 0; i < len; i++)
{
values[i] = ROTUtils.safeParseInt(stringValues[i]);
}
return(values);
}
public GameObject[] generatePanels(Transform parent)
{
//each panelEdgeGroup should now contain the vertical edge loops for each vertical panel grouping
//from here, need to generate meshes for panels depending upon splitPanels setting
int len = panelGroups.Length;
GameObject[] gos = new GameObject[panels];
for (int i = 0; i < len; i++)
{
gos[i] = parent.FindOrCreate("FairingPanel-" + i).gameObject;
ROTUtils.destroyChildren(gos[i].transform);//remove any existing colliders
MeshFilter mf = gos[i].GetComponent <MeshFilter>();
if (mf == null)
{
mf = gos[i].AddComponent <MeshFilter>();
}
mf.mesh = panelGroups[i].generatePanels(offset, outsideUV, insideUV, edgesUV);
if (colliders)
{
GameObject[] cols = panelGroups[i].generateColliders(offset, facesPerCollider);
for (int k = 0; k < cols.Length; k++)
{
cols[k].transform.NestToParent(gos[i].transform);
}
}
MeshRenderer mr = gos[i].GetComponent <MeshRenderer>();
if (mr == null)
{
mr = gos[i].AddComponent <MeshRenderer>();
}
gos[i].transform.parent = parent;
gos[i].transform.localPosition = Vector3.zero;
gos[i].transform.rotation = parent.rotation;
}
Transform[] trs;
for (int i = len; i < 8; i++)//destroy extra unused panels
{
trs = parent.transform.FindChildren("FairingPanel-" + i);
for (int k = 0; k < trs.Length; k++)
{
GameObject.DestroyImmediate(trs[k].gameObject);
}
}
return(gos);
}
public static FloatCurve GetFloatCurve(this ConfigNode node, String name, FloatCurve defaultValue = null)
{
FloatCurve curve = new FloatCurve();
if (node.HasNode(name))
{
ConfigNode curveNode = node.GetNode(name);
String[] values = curveNode.GetValues("key");
int len = values.Length;
String[] splitValue;
float a, b, c, d;
for (int i = 0; i < len; i++)
{
splitValue = Regex.Replace(values[i], @"\s+", " ").Split(' ');
if (splitValue.Length > 2)
{
a = ROTUtils.safeParseFloat(splitValue[0]);
b = ROTUtils.safeParseFloat(splitValue[1]);
c = ROTUtils.safeParseFloat(splitValue[2]);
d = ROTUtils.safeParseFloat(splitValue[3]);
curve.Add(a, b, c, d);
}
else
{
a = ROTUtils.safeParseFloat(splitValue[0]);
b = ROTUtils.safeParseFloat(splitValue[1]);
curve.Add(a, b);
}
}
}
else if (defaultValue != null)
{
foreach (Keyframe f in defaultValue.Curve.keys)
{
curve.Add(f.time, f.value, f.inTangent, f.outTangent);
}
}
else
{
curve.Add(0, 0);
curve.Add(1, 1);
}
return(curve);
}
public static Material loadMaterial(String diffuse, String normal, String emissive, String shader)
{
Material material;
Texture diffuseTexture = ROTUtils.findTexture(diffuse, false);
Texture normalTexture = String.IsNullOrEmpty(normal) ? null : ROTUtils.findTexture(normal, true);
Texture emissiveTexture = String.IsNullOrEmpty(emissive) ? null : ROTUtils.findTexture(emissive, false);
material = new Material(Shader.Find(shader));
material.SetTexture("_MainTex", diffuseTexture);
if (normalTexture != null)
{
material.SetTexture("_BumpMap", normalTexture);
}
if (emissiveTexture != null)
{
material.SetTexture("_Emissive", emissiveTexture);
}
return(material);
}
public static void findShieldedPartsCylinder(Part basePart, Bounds fairingRenderBounds, List <Part> shieldedParts, float topY, float bottomY, float topRadius, float bottomRadius)
{
float height = topY - bottomY;
float largestRadius = topRadius > bottomRadius ? topRadius : bottomRadius;
Vector3 lookupCenterLocal = new Vector3(0, bottomY + (height * 0.5f), 0);
Vector3 lookupTopLocal = new Vector3(0, topY, 0);
Vector3 lookupBottomLocal = new Vector3(0, bottomY, 0);
Vector3 lookupCenterGlobal = basePart.transform.TransformPoint(lookupCenterLocal);
Ray lookupRay = new Ray(lookupBottomLocal, new Vector3(0, 1, 0));
List <Part> partsFound = new List <Part>();
Collider[] foundColliders = Physics.OverlapSphere(lookupCenterGlobal, height * 1.5f, 1);
foreach (Collider col in foundColliders)
{
Part pt = col.gameObject.GetComponentUpwards <Part>();
if (pt != null && pt != basePart && pt.vessel == basePart.vessel && !partsFound.Contains(pt))
{
partsFound.Add(pt);
}
}
Bounds[] otherPartBounds;
Vector3 otherPartCenterLocal;
float partYPos;
float partYPercent;
float partYRadius;
float radiusOffset = topRadius - bottomRadius;
foreach (Part pt in partsFound)
{
//check basic render bounds for containment
//TODO this check misses the case where the fairing is long/tall, containing a wide part; it will report that the wide part can fit inside
//of the fairing, due to the relative size of their colliders
otherPartBounds = pt.GetRendererBounds();
if (PartGeometryUtil.MergeBounds(otherPartBounds, pt.transform).size.sqrMagnitude > fairingRenderBounds.size.sqrMagnitude)
{
continue;
}
Vector3 otherPartCenter = pt.partTransform.TransformPoint(PartGeometryUtil.FindBoundsCentroid(otherPartBounds, pt.transform));
if (!fairingRenderBounds.Contains(otherPartCenter))
{
continue;
}
//check part bounds center point against conic projection of the fairing
otherPartCenterLocal = basePart.transform.InverseTransformPoint(otherPartCenter);
//check vs top and bottom of the shielded area
if (otherPartCenterLocal.y > lookupTopLocal.y || otherPartCenterLocal.y < lookupBottomLocal.y)
{
continue;
}
//quick check vs cylinder radius
float distFromLine = ROTUtils.distanceFromLine(lookupRay, otherPartCenterLocal);
if (distFromLine > largestRadius)
{
continue;
}
//more precise check vs radius of the cone at that Y position
partYPos = otherPartCenterLocal.y - lookupBottomLocal.y;
partYPercent = partYPos / height;
partYRadius = partYPercent * radiusOffset;
if (distFromLine > (partYRadius + bottomRadius))
{
continue;
}
shieldedParts.Add(pt);
}
}
public void enableColliders(bool val)
{
ROTUtils.enableColliderRecursive(rootObject.transform, val);
}
/// <summary>
/// Initialize the UI controls, including default values, and specifying delegates for their 'onClick' methods.<para/>
/// All UI based interaction code will be defined/run through these delegates.
/// </summary>
private void initializeUI()
{
Action <ModuleROTank> modelChangedAction = (m) =>
{
m.updateModulePositions();
m.updateDimensions();
m.updateAttachNodes(true);
m.updateFairing(true);
m.updateAvailableVariants();
m.updateDragCubes();
ROTModInterop.updateResourceVolume(m.part);
};
//set up the core variant UI control
string[] variantNames = ROTUtils.getNames(variantSets.Values, m => m.variantName);
this.updateUIChooseOptionControl(nameof(currentVariant), variantNames, variantNames, true, currentVariant);
Fields[nameof(currentVariant)].guiActiveEditor = variantSets.Count > 1;
Fields[nameof(currentVariant)].uiControlEditor.onFieldChanged = (a, b) =>
{
//TODO find variant set for the currently enabled core model
//query the index from that variant set
ModelDefinitionVariantSet prevMdvs = getVariantSet(coreModule.definition.name);
//this is the index of the currently selected model within its variant set
int previousIndex = prevMdvs.indexOf(coreModule.layoutOptions);
//grab ref to the current/new variant set
ModelDefinitionVariantSet mdvs = getVariantSet(currentVariant);
//and a reference to the model from same index out of the new set ([] call does validation internally for IAOOBE)
ModelDefinitionLayoutOptions newCoreDef = mdvs[previousIndex];
//now, call model-selected on the core model to update for the changes, including symmetry counterpart updating.
this.actionWithSymmetry(m =>
{
m.currentVariant = currentVariant;
m.coreModule.modelSelected(newCoreDef.definition.name);
modelChangedAction(m);
});
};
Fields[nameof(currentDiameter)].uiControlEditor.onFieldChanged = (a, b) =>
{
this.actionWithSymmetry(m =>
{
if (m != this)
{
m.currentDiameter = this.currentDiameter;
}
modelChangedAction(m);
m.prevDiameter = m.currentDiameter;
});
ROTStockInterop.fireEditorUpdate();
};
Fields[nameof(currentVScale)].uiControlEditor.onFieldChanged = (a, b) =>
{
this.actionWithSymmetry(m =>
{
if (m != this)
{
m.currentVScale = this.currentVScale;
}
modelChangedAction(m);
});
ROTStockInterop.fireEditorUpdate();
};
Fields[nameof(currentNose)].uiControlEditor.onFieldChanged = (a, b) =>
{
noseModule.modelSelected(a, b);
this.actionWithSymmetry(modelChangedAction);
ROTStockInterop.fireEditorUpdate();
};
Fields[nameof(currentCore)].uiControlEditor.onFieldChanged = (a, b) =>
{
coreModule.modelSelected(a, b);
this.actionWithSymmetry(modelChangedAction);
ROTStockInterop.fireEditorUpdate();
};
Fields[nameof(currentMount)].uiControlEditor.onFieldChanged = (a, b) =>
{
mountModule.modelSelected(a, b);
this.actionWithSymmetry(modelChangedAction);
ROTStockInterop.fireEditorUpdate();
};
//------------------MODEL DIAMETER SWITCH UI INIT---------------------//
if (maxDiameter == minDiameter)
{
Fields[nameof(currentDiameter)].guiActiveEditor = false;
}
else
{
this.updateUIFloatEditControl(nameof(currentDiameter), minDiameter, maxDiameter, diameterLargeStep, diameterSmallStep, diameterSlideStep, true, currentDiameter);
}
Fields[nameof(currentVScale)].guiActiveEditor = enableVScale;
//------------------MODULE TEXTURE SWITCH UI INIT---------------------//
Fields[nameof(currentNoseTexture)].uiControlEditor.onFieldChanged = noseModule.textureSetSelected;
Fields[nameof(currentCoreTexture)].uiControlEditor.onFieldChanged = coreModule.textureSetSelected;
Fields[nameof(currentMountTexture)].uiControlEditor.onFieldChanged = mountModule.textureSetSelected;
if (HighLogic.LoadedSceneIsEditor)
{
GameEvents.onEditorShipModified.Add(new EventData <ShipConstruct> .OnEvent(onEditorVesselModified));
}
}
//TODO clean this up to be easier to read/understand now that it is optimized for cylinder check only
public static void findShieldedPartsCylinder(Part basePart, List <Part> shieldedParts, float topY, float bottomY, float topRadius, float bottomRadius)
{
float height = topY - bottomY;
float largestRadius = topRadius > bottomRadius ? topRadius : bottomRadius;
Vector3 lookupCenterLocal = new Vector3(0, bottomY + (height * 0.5f), 0);
Vector3 lookupTopLocal = new Vector3(0, topY, 0);
Vector3 lookupBottomLocal = new Vector3(0, bottomY, 0);
Vector3 lookupCenterGlobal = basePart.transform.TransformPoint(lookupCenterLocal);
Ray lookupRay = new Ray(lookupBottomLocal, new Vector3(0, 1, 0));
List <Part> partsFound = new List <Part>();
//do a basic sphere check vs the maximal size of the cylinder
Collider[] foundColliders = Physics.OverlapSphere(lookupCenterGlobal, height * 1.5f, 1);
foreach (Collider col in foundColliders)
{
Part pt = col.gameObject.GetComponentUpwards <Part>();
if (pt != null && pt != basePart && pt.vessel == basePart.vessel && !partsFound.Contains(pt))
{
partsFound.Add(pt);
}
}
Vector3 otherPartCenterLocal;
float partYPos;
float partYPercent;
float partYRadius;
float radiusOffset = topRadius - bottomRadius;
foreach (Part pt in partsFound)
{
Vector3 otherPartCenter = pt.partTransform.TransformPoint(PartGeometryUtil.FindBoundsCentroid(pt.GetRendererBounds(), pt.transform));
//check part bounds center point against conic projection of the fairing
otherPartCenterLocal = basePart.transform.InverseTransformPoint(otherPartCenter);
//check vs top and bottom of the shielded area
if (otherPartCenterLocal.y > lookupTopLocal.y || otherPartCenterLocal.y < lookupBottomLocal.y)
{
continue;
}
//quick check vs cylinder radius
float distFromLine = ROTUtils.distanceFromLine(lookupRay, otherPartCenterLocal);
if (distFromLine > largestRadius)
{
continue;
}
//more precise check vs radius of the cone at that Y position
partYPos = otherPartCenterLocal.y - lookupBottomLocal.y;
partYPercent = partYPos / height;
partYRadius = partYPercent * radiusOffset;
if (distFromLine > (partYRadius + bottomRadius))
{
continue;
}
shieldedParts.Add(pt);
//print("Shielding part: " + pt);
}
}
//creates/recreates FairingData instances from data from config node and any persistent node (if applicable)
private void loadFairingData(ConfigNode node)
{
recolorHandler = new RecoloringHandler(Fields[nameof(customColorData)]);
ConfigNode[] fairingNodes = node.GetNodes("FAIRING");
fairingParts = new ROTNodeFairingData[fairingNodes.Length];
Transform modelBase = part.transform.FindRecursive("model");
Transform parent;
ModuleROTNodeFairing[] cs = part.GetComponents <ModuleROTNodeFairing>();
int l = Array.IndexOf(cs, this);
int moduleIndex = l;
for (int i = 0; i < fairingNodes.Length; i++)
{
parent = modelBase.FindOrCreate(fairingName + "-" + moduleIndex + "-" + i);
fairingParts[i] = new ROTNodeFairingData();
fairingParts[i].load(fairingNodes[i], parent.gameObject);
if (fairingParts[i].canAdjustTop)
{
enableTopDiameterControls = true;
if (guiTopDiameter < 0)
{
guiTopDiameter = fairingParts[i].topRadius * 2f;
}
else
{
fairingParts[i].topRadius = guiTopDiameter * 0.5f;
}
}
if (fairingParts[i].canAdjustBottom)
{
enableBottomDiameterControls = true;
if (guiBottomDiameter < 0)
{
guiBottomDiameter = fairingParts[i].bottomRadius * 2f;
}
else
{
fairingParts[i].bottomRadius = guiBottomDiameter * 0.5f;
}
}
}
//reload fairing data from persistence;
//it -should- already match the guiTopDiameter/guiBottomDiameter (or else was already corrupted/invalid when saved out).
if (!String.IsNullOrEmpty(persistentDataString))
{
String[] datas = ROTUtils.parseCSV(persistentDataString, ":");
int length = datas.Length;
for (int i = 0; i < length; i++)
{
fairingParts[i].loadPersistence(datas[i]);
}
}
string[] names = node.GetStringValues("textureSet");
string[] titles = ROTUtils.getNames(TexturesUnlimitedLoader.getTextureSets(names), m => m.title);
TextureSet t = TexturesUnlimitedLoader.getTextureSet(currentTextureSet);
if (t == null)
{
currentTextureSet = names[0];
t = TexturesUnlimitedLoader.getTextureSet(currentTextureSet);
initializedColors = false;
}
if (!initializedColors)
{
initializedColors = true;
recolorHandler.setColorData(t.maskColors);
}
this.updateUIChooseOptionControl(nameof(currentTextureSet), names, titles, true, currentTextureSet);
}
public string[] getLayoutTitles()
{
return(ROTUtils.getNames(layouts, m => m.title));
}
