SoBaseKit(3IV) - Online Linux Manual Page

NAMESoBaseKit — base class for all node kits
INHERITS FROMSoBase > SoFieldContainer > SoNode > SoBaseKit
SYNOPSIS¶\f7#include <Inventor/nodekits/SoBaseKit.h> Parts from class SoBaseKit: \f8callbackList\*(Cr Methods from class SoBaseKit: \f8SoBaseKit\*(Cr()
\f8getClassNodekitCatalog\*(Cr() const
\f8getNodekitCatalog\*(Cr() const
\f8getPart\*(Cr(const SbName &partName, SbBool makeIfNeeded)
\f8getPartString\*(Cr(const SoBase *part)
\f8createPathToPart\*(Cr(const SbName &partName, SbBool makeIfNeeded, const SoPath *pathToExtend = NULL)
\f8setPart\*(Cr(const SbName &partName, SoNode *newPart)
\f8set\*(Cr(char *partName, char *parameters)
\f8set\*(Cr(char *nameValuePairs)
\f8isSearchingChildren\*(Cr()
\f8setSearchingChildren\*(Cr(SbBool newVal)
\f8getClassTypeId\*(Cr() Methods from class SoNode: \f8setOverride\*(Cr(SbBool state)
\f8isOverride\*(Cr() const
\f8copy\*(Cr(SbBool copyConnections = FALSE) const
\f8affectsState\*(Cr() const
\f8getByName\*(Cr(const SbName &name)
\f8getByName\*(Cr(const SbName &name, SoNodeList &list) Methods from class SoFieldContainer: \f8setToDefaults\*(Cr()
\f8hasDefaultValues\*(Cr() const
\f8fieldsAreEqual\*(Cr(const SoFieldContainer *fc) const
\f8copyFieldValues\*(Cr(const SoFieldContainer *fc, SbBool copyConnections = FALSE)
\f8get\*(Cr(SbString &fieldDataString)
\f8getFields\*(Cr(SoFieldList &resultList) const
\f8getField\*(Cr(const SbName &fieldName) const
\f8getFieldName\*(Cr(const SoField *field, SbName &fieldName) const
\f8isNotifyEnabled\*(Cr() const
\f8enableNotify\*(Cr(SbBool flag) Methods from class SoBase: \f8ref\*(Cr()
\f8unref\*(Cr() const
\f8unrefNoDelete\*(Cr() const
\f8touch\*(Cr()
\f8getTypeId\*(Cr() const
\f8isOfType\*(Cr(SoType type) const
\f8setName\*(Cr(const SbName &name)
\f8getName\*(Cr() const Macros from class SoBaseKit: \f8SO_GET_PART\*(Cr(kit, partName, partClass)
\f8SO_CHECK_PART\*(Cr(kit, partName, partClass)
DESCRIPTIONThis is the base class from which all nodekit nodes are derived. Nodekits provide a convenient mechanism for creating groups of scene graph nodes with some larger meaning. When you create a shape node such ​as an indexed face set, for example, you almost always precede it with a coordinate node. You may also want to add a transform node or specify properties with material, drawing style, material binding, ​etc. Instead of creating each of these nodes individually and then arranging them into a subgraph, you can use a nodekit of the appropriate type (in this case, \f8SoShapeKit\f1). Each class of nodekit has a nodekit catalog (\f8SoNodekitCatalog\f1) that describes ​the nodes in the subgraph, referred to as parts. The catalog has an entry for each part, with information such as the partName, partType, and nullByDefault (if FALSE the constructor creates it). The catalog also describes the arrangement ​of parts in the subgraph. (Other information is described below; a complete description is in the \f8SoNodekitCatalog\f1 reference page.) If we regard the scene graph arrangement as a branching tree, then the top node (root) ​of the arrangement is always the nodekit itself. The leaf nodes are those at the bottom (containing no children). Some leaves of the tree are defined in the catalog to be public parts, while other leaves ​are private. All non-leaf parts are considered internal to the nodekit structure and are marked private. Public parts are accessible; they may be requested, changed, or set by the programmer with member functions ​such as \f8getPart()\f1. Private parts are not accessible, so methods such as \*(CbgetPart()\f1 will have no effect on them. For example, if you call \*(CbgetPart()\f1 to retrieve a private part, \*(CrNULL\f1 will be returned even when the part exists. Every ​nodekit reference page has a Parts section describing the function of each public part it adds to those inherited from its parent class. Also, a Catalog Parts section has tables of often-needed information ​from the catalog (part type, etc.). These tables include all public parts, both new and inherited. Only the public parts of a nodekit are described in the reference pages. Nodekits take care of the rest ​for you; they automatically arrange the subgraph, creating and deleting the private parts when necessary. (The \f8SoNodekitCatalog\f1 reference page has methods for finding out the part names and arrangement of all parts, ​both public and private.) The nodekit catalog is a template shared by all instances of a class. They use the shared catalog as a guide when creating parts (i.e., constructing actual nodes), but each instance ​stores its own parts separately. Moreover, nodekits are not \f8SoGroup\f1 nodes, and parts are added as \f2hidden children\f1; you can only access parts with the methods of \*(CbSoBaseKit\f1 and its derived classes. Any public part may be retrieved with \f8getPart()\f1, ​installed with \f8setPart()\f1, or removed by giving a \*(CrNULL\f1 argument to \*(CbsetPart()\f1. Paths from the nodekit down to a part can be created by \*(CbcreatePathToPart()\f1. By default, parts are not created until the user requests or sets them. This keeps the ​subgraph uncluttered and efficient for traversal. Additionally, removing a part (setting it to NULL) has the extra effect of removing any internal parts that are no longer needed. Since nodekits hide their ​children, any \f8SoPath\f1 containing nodekits will end at the topmost nodekit. However, since nodekits may be nested within other nodekits, you may wish to cast an \*(Cb(SoPath *)\f1 into an \*(Cb(SoNodeKitPath *)\f1. The methods of \*(CbSoNodeKitPath\f1 allow you to view all ​nodekits that lie on the path (see the reference page for \f8SoNodeKitPath\f1). Public parts in the nodekit catalog fall into three categories: [1] regular nodes [2] nodekits, or nested nodekits (which may nest recursively). Any node which is public in a ​nested nodekit is accessible to the higher level nodekit(s) that contains it. The description of \f8getPart()\f1 below shows how to refer to nested parts by name (e.g., \*(Cr"appearance.material"\f1). This works for any nodekit method that ​takes a part name for an argument. [3] lists, or list parts. These parts group together children (list elements) of a particular type or types. As with nested nodekits, you can refer to individual elements using notation described ​in \f8getPart()\f1 (e.g., \*(Cr"childList[0]"\f1, or if the list elements are in turn nodekits, \*(Cr"childList[2].transform"\f1). When the catalog denotes that a part is a list, the part itself is always a node of type \f8SoNodeKitListPart\f1. The catalog specifies a set of permissible \*(CrlistItemTypes\f1 and ​a \f7listContainerType\f1 for that part. It gives this information to the \*(CbSoNodeKitListPart\f1 when it creates it. From then on, the list part will enforce type checking. So even if you retrieve the \*(CbSoNodeKitListPart\f1 with \*(CbgetPart()\f1, you will not be able to add illegal ​children. (See the \f8SoNodeKitListPart\f1 reference page for more information). As an example, the \f2callbackList\f1 part of \*(CbSoBaseKit\f1 has an \*(CbSoSeparator\f1 container and allows only \*(CbSoCallback\f1 and \*(CbSoEventCallback\f1 nodes in the list. Children may be added, retrieved, and removed from ​an \f8SoNodeKitListPart\f1 node using methods that parallel those of \*(CbSoGroup\f1. However, type-checking is strictly enforced. Note that, although all public parts are leaves in the nodekit catalog, you are free to add children to them ​(assuming that they are groups, nodekits, or list parts). A part's status as a leaf in the catalog just means that the nodekit will not manage the part's children. For example, \f8SoWrapperKit\f1 has a part called \f2contents\f1 with ​a part type of \f8SoSeparator\f1. You can put whatever you want underneath the separator, as long as \f2contents\f1 itself is an \*(CbSoSeparator\f1. Thus, a nodekit only controls a section of the scene graph. Above and below that section, anything ​goes. However, when nodekits are nested, they effectively create a larger `known' section of the scene graph. For example, the appearance part of the \f8SoSeparatorKit\f1 is a leaf node in the \*(CbSoSeparatorKit\f1 catalog. But \f2appearance\f1 is in turn an \*(CbSoAppearanceKit\f1, containing ​parts such as material and drawStyle. The two nodekits combine to make an even larger template, which the \f8SoSeparatorKit\f1 can examine by looking at the catalogs for both classes. So an \*(CbSoSeparatorKit\f1 can successfully return a part named \*(Cr"material"\f1; first it ​finds (or creates) the appearance part, then it gets the material by calling \f8getPart()\f1 on the \f2appearance\f1. When the catalog defines the \f7listItemTypes\f1 of a list part to be nodekits, the name-able space expands further. For example, \*(CbSoSeparatorKit\f1 has a part \f2childList\f1 which ​permits only \f8SoSeparatorKits\f1, so each list element can be further searched. Hence the name \*(Cb"childList[0].childList[1].childList[2].material"\f1 is perfectly legal.
PARTS\f8callbackList\*(Cr
This is the only part that the base class \f8SoBaseKit\f1 creates. It is a public part that is inherited by \f2all\f1 nodekits. It provides an easy way to add callbacks for a nodekit to use during action traversal ​(e.g. \f8SoHandleEventAction\f1). It is a list part and may contain numerous \*(CbSoCallback\f1 and/or \*(CbSoEventCallback\f1 nodes.
METHODS\f8SoBaseKit\*(Cr()
Constructor. \f8getClassNodekitCatalog\*(Cr() const
Returns the \f8SoNodekitCatalog\f1 for the class \*(CbSoBaseKit\f1. \f8getNodekitCatalog\*(Cr() const
Returns the \f8SoNodekitCatalog\f1 for this instance of \*(CbSoBaseKit\f1. While each instance of a given class creates its own distinct set of parts (which are actual nodes), all instances share the same catalog (which describes ​the parts but contains no actual node pointers). \f8getPart\*(Cr(const SbName &partName, SbBool makeIfNeeded)
Searches the nodekit catalog (and those of all nested nodekits) for the part named \f7partName\f1. Returns a pointer to the part if a \f2match is found\f1, the part is \f2public\f1, and the part has \f2already been built\f1. If no match is found, or if the part is \f2private\f1, \*(CrNULL\f1 is ​returned. If \f7partName\f1 is in the catalog (or that of one of its nested nodekit parts), but the part has not been built yet, the argument \*(CrmakeIfNeeded\f1 determines the course of action. When \*(CrmakeIfNeeded\f1 is \*(CrFALSE\f1, \*(CrNULL\f1 is returned; when \*(CrmakeIfNeeded\f1 is \*(CrTRUE\f1, \*(CbgetPart()\f1 will ​create the part (as well as any necessary intermediary parts), put it in the correct place, and return a pointer to the newly created part. Elements of list parts and parts within nested nodekits can all be retrieved ​with \f8getPart()\f1 The full syntax for legal \*(CrpartName\f1 arguments is given below. Part name BNF notation: \f7partName = singleName | compoundName\f1 \f7compoundName = singleName | compoundName.singleName\f1 \f7singleName = singlePartName | singleListElementName\f1 \f7singlePartName =\f1 the name of any single part in the catalog (including those that are lists or nodekits), or in the recursively nested catalogs of any ​of its parts. \f7singleListElementName = singleListName[index]\f1 \f7singleListName =\f1 the name of any single list-type part in the catalog, or in the recursively nested catalogs of any of its parts. \f7index = integer\f1 Examples of valid part names are: "transform", "appearance.material", "childList[2].drawStyle", ​"foot", "bird.leftLeg.foot", "octopus.leg[4].suctionCup[2].material" \f8getPartString\*(Cr(const SoBase *part)
Given a node or a path to a node, checks if the part exists in the nodekit, in a nested nodekit, or an element of a list part. If so, returns a string describing the part name; otherwise, returns an empty ​string (""). \f8createPathToPart\*(Cr(const SbName &partName, SbBool makeIfNeeded, const SoPath *pathToExtend = NULL)
Returns a path that begins at this nodekit and ends at \f7partName\f1. Searching for the part is the same as in \*(CbgetPart()\f1. \*(CrNULL\f1 is returned if \*(CrpartName\f1 cannot be found, or if \*(CrmakeIfNeeded\f1 is \*(CrFALSE\f1 and the part is not yet built. If the the part is retrieved ​and the argument \f7pathToExtend\f1 is \*(CrNULL\f1, the path returned begins at \*(Crthis\f1 and ends at \*(CrpartName\f1. If \*(CrpathToExtend\f1 is not \*(CrNULL\f1, the path created is a copy of \*(CrpathToExtend\f1 with entries appended all the way down to \*(CrpartName\f1. It is okay for \*(CrpathToExtend\f1 to go beyond the nodekit; extra ​nodes will be popped off the tail before continuing from \f7this\f1 down to \*(CrpartName\f1. \f8setPart\*(Cr(const SbName &partName, SoNode *newPart)
Inserts the given node (not a copy) as the new part specified by \f7partName\f1. See \*(CbgetPart()\f1 for the syntax of \*(CrpartName\f1. This method adds any extra nodes needed to fit the part into the nodekit's catalog. For example, if you call: \f7 mySepKit->setPart("childList[0]", myNewChild); the ​kit may need to create the part childList before it can install \f7myNewChild\f1. Run-time type checking verifies that the node type of \*(CrnewPart\f1 matches the type called for by \*(CrpartName\f1. For example, if \*(CrpartName\f1 was a \f2material\f1 for an \*(CbSoSeparatorKit\f1, but \*(CrnewPart\f1 was an \*(CbSoTransform\f1 node, then ​the node would not be installed, and \f7FALSE\f1 would be returned. If \f7newPart\f1 is \*(CrNULL\f1, then the node specified by \*(CrpartName\f1 is removed. If this renders any private parts useless (as occurs when you remove the last child of an \*(CbSoGroup\f1 node), ​they will also be removed. Hence nodekits do not retain unnecessary nodes. \f7TRUE\f1 is returned on success, and \*(CrFALSE\f1 upon error. \f8set\*(Cr(char *partName, char *parameters)
\f8set\*(Cr(char *nameValuePairs)
These functions allow field values of parts (nodes) to be set. If \f7partName\f1 and \*(Crparameters\f1 are used, then a single part is specified by \*(CrpartName\f1; the field values are specified in \*(Crparameters\f1. The format of \*(Crparamaters\f1 is the Inventor File Format syntax. ​For example, \f7 mySepKit->set("material", "diffuseColor 1 0 0 shininess 0.6"); sets the part material to the values \f7"diffuseColor 1 0 0 shininess 0.6"\f1. The values used in \*(Crparameters\f1 must of course be appropriate for the node-type to which \*(CrpartName\f1 belongs. In this case, the nodekit \*(CbSoSeparatorKit\f1 has a part named \f2material\f1 which is of type \*(CbSoMaterial\f1. The \f7nameValuePairs\f1 ​syntax can be used to set the field values in several different parts simultaneously. In this case, the argument string, \f7nameValuePairs\f1 contains \f2name-value\f1 pairs: \*(Cr"partName1 { parameters1 } ... partNameN { parametersN }"\f1. For example, \f7 mySepKit->set("material { diffuseColor 1 1 1 } transform { translation 4 3 .6 }"); mySepKit->set("childList[0].material { ambientColor .5 .5 .5 }");\f8isSearchingChildren\*(Cr()
\f8setSearchingChildren\*(Cr(SbBool newVal)
Sets and queries if nodekit children are searched during \f8SoSearchAction\f1 traversal. By default, they are not. \f8getClassTypeId\*(Cr()
Returns type identifier for this class.
MACROS\f8SO_GET_PART\*(Cr(kit, partName, partClass)
Calls \f8getPart()\f1 with \*(CrmakeIfNeeded\f1 set to \*(CrTRUE\f1, then casts the result to the type \*(CrpartClass\f1. Note that in the debug library, this macro checks to see if the part is of type \*(CrpartClass\f1, while the regular library does no type checking. \f8SO_CHECK_PART\*(Cr(kit, partName, partClass)
Calls \f8getPart()\f1, but with \*(CrmakeIfNeeded\f1 set to \*(CrFALSE\f1, then casts the result to the type \*(CrpartClass\f1. Note that in the debug library, this macro checks to see if the part is of type \*(CrpartClass\f1, while the regular library does no type checking.
ACTION BEHAVIOR\f8SoGLRenderAction, SoCallbackAction, SoGetBoundingBoxAction, SoHandleEventAction
Behaves like an \f8SoGroup\f1. Traverses each child in order. \f8SoRayPickAction
Traverses each child in order. Then, for any pick containing the kit on its path, makes an \f8SoNodeKitDetail\f1 as follows: Sets the \*(Cr"detailNodeKit"\f1 (retrievable with \*(CbSoNodeKitDetail::getNodeKit()\f1) to be a pointer to itself. Sets the \*(Cr"detailPart"\f1 (retrievable with \*(CbSoNodeKitDetail::getPart()\f1) to be a pointer ​to the kit's leaf-most part that lies on the pickPath. Sets the \f7"detailPartName"\f1 (retrievable with \*(CbSoNodeKitDetail::getPartName()\f1) to be the partName of that part, as found in the catalog. Does not descend into nested nodekits. Each nodekit along ​the path is the \f7"detailPart"\f1 in its parent's detail. However, if the pick path goes through a list part, a pointer to the child is used for the \*(Cr"detailPart"\f1, and \*(Cr"detailPartName"\f1 is of the form \*(Cr"listName[i]"\f1. \f8SoGetMatrixAction
Behaves like an \f8SoGroup\f1. Does nothing unless the kit is in the middle of the path chain the action is being applied to. If so, the children up to and including the next node in the chain are traversed. \f8SoSearchAction
First, searches itself like an \f8SoNode\f1. Then, checks the value of \*(CbisSearchingChildren()\f1. If TRUE, traverses the children in order. If FALSE, returns. \f8SoWriteAction
Begins by writing out regular fields, then writes out the parts. A nodekit does not write out its parts the way an \f8SoGroup\f1 writes out its children. Instead, it writes each part as an \*(CbSoSFNode\f1 field. First the partName is ​written, then the node being used for that part. To keep the files terse, nodekits write out as few parts as possible. However, nodekits always write a part if another instance or a path is writing it. If this ​is not the case, parts are left out according to the following rules: [1] NULL parts only write if the catalog states they are created by default. [2] Empty \f8SoGroup\f1 and \*(CbSoSeparator\f1 nodes do not write. [3] Non-leaf parts ​only write if they have non-default field values. [4] List parts only write if they have children or if the container node has non-default field values. [5] Nested nodekit parts only write if they need ​to write one or more parts, or if they have non-default field values.
CATALOG PARTS
All parts
NULL by
Part NamePart TypeDefault TypeDefault
callbackListNodeKitListPart--yes
Extra information for list parts from above table
Part NameContainer TypePermissible Types
callbackListSeparator Callback, EventCallback
FILE FORMAT/DEFAULTS\f7BaseKit { callbackList NULL }
SEE ALSO \f8SoAppearanceKit, SoCameraKit, SoLightKit, SoNodeKit, SoNodeKitDetail, SoNodeKitListPart, SoNodeKitPath, SoNodekitCatalog, SoSceneKit, SoSeparatorKit, SoShapeKit, SoWrapperKit 0
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(rof_escape_sequence|93|SoBaseKit.3iv|81|\f7virtual const SoNodekitCatalog * |.ds Pt \*(Crvirtual const SoNodekitCatalog * )         (parse_manual_page_|254|SoBaseKit.3iv|88/89|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|88/89|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|90/91|\f7virtual const SoNodekitCatalog * \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|90/91|\f7virtual const SoNodekitCatalog * \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|92|\f8getNodekitCatalog\*(Cr() const |\*(CbgetNodekitCatalog\*(Cr() const )         (rof_escape_sequence|93|SoBaseKit.3iv|97|\f7virtual SoNode * |.ds Pt \*(Crvirtual SoNode * )         (parse_manual_page_|254|SoBaseKit.3iv|104/105|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|104/105|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|106/107|\f7virtual SoNode * \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|106/107|\f7virtual SoNode * \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|108|\f8getPart\*(Cr(const SbName &partName, SbBool makeIfNeeded) |\*(CbgetPart\*(Cr(const SbName &partName, SbBool makeIfNeeded) )         (rof_escape_sequence|93|SoBaseKit.3iv|113|\f7SbString |.ds Pt \*(CrSbString )         (parse_manual_page_|254|SoBaseKit.3iv|120/121|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|120/121|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|122/123|\f7SbString \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|122/123|\f7SbString \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|124|\f8getPartString\*(Cr(const SoBase *part) |\*(CbgetPartString\*(Cr(const SoBase *part) )         (rof_escape_sequence|93|SoBaseKit.3iv|129|\f7virtual SoNodeKitPath * |.ds Pt \*(Crvirtual SoNodeKitPath * )         (parse_manual_page_|254|SoBaseKit.3iv|136/137|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|136/137|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|138/139|\f7virtual SoNodeKitPath * \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|138/139|\f7virtual SoNodeKitPath * \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|140|\f8createPathToPart\*(Cr(const SbName &partName, SbBool makeIfNeeded, const SoPath *pathToExtend = NULL) |\*(CbcreatePathToPart\*(Cr(const SbName &partName, SbBool makeIfNeeded, const SoPath *pathToExtend = NULL) )         (rof_escape_sequence|93|SoBaseKit.3iv|145|\f7virtual SbBool |.ds Pt \*(Crvirtual SbBool )         (parse_manual_page_|254|SoBaseKit.3iv|152/153|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|152/153|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|154/155|\f7virtual SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|154/155|\f7virtual SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|156|\f8setPart\*(Cr(const SbName &partName, SoNode *newPart) |\*(CbsetPart\*(Cr(const SbName &partName, SoNode *newPart) )         (rof_escape_sequence|93|SoBaseKit.3iv|161|\f7SbBool |.ds Pt \*(CrSbBool )         (parse_manual_page_|254|SoBaseKit.3iv|168/169|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|168/169|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|170/171|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|170/171|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|172|\f8set\*(Cr(char *partName, char *parameters) |\*(Cbset\*(Cr(char *partName, char *parameters) )         (rof_escape_sequence|93|SoBaseKit.3iv|177|\f7SbBool |.ds Pt \*(CrSbBool )         (parse_manual_page_|254|SoBaseKit.3iv|184/185|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|184/185|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|186/187|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|186/187|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|188|\f8set\*(Cr(char *nameValuePairs) |\*(Cbset\*(Cr(char *nameValuePairs) )         (rof_escape_sequence|93|SoBaseKit.3iv|193|\f7static SbBool |.ds Pt \*(Crstatic SbBool )         (parse_manual_page_|254|SoBaseKit.3iv|200/201|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|200/201|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|202/203|\f7static SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|202/203|\f7static SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|204|\f8isSearchingChildren\*(Cr() |\*(CbisSearchingChildren\*(Cr() )         (rof_escape_sequence|93|SoBaseKit.3iv|209|\f7static void |.ds Pt \*(Crstatic void )         (parse_manual_page_|254|SoBaseKit.3iv|216/217|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|216/217|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|218/219|\f7static void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|218/219|\f7static void \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|220|\f8setSearchingChildren\*(Cr(SbBool newVal) |\*(CbsetSearchingChildren\*(Cr(SbBool newVal) )         (rof_escape_sequence|93|SoBaseKit.3iv|225|\f7static SoType |.ds Pt \*(Crstatic SoType )         (parse_manual_page_|254|SoBaseKit.3iv|232/233|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|232/233|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|234/235|\f7static SoType \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|234/235|\f7static SoType \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|236|\f8getClassTypeId\*(Cr() |\*(CbgetClassTypeId\*(Cr() )         (rof_escape_sequence|93|SoBaseKit.3iv|246|\f7void |.ds Pt \*(Crvoid )         (parse_manual_page_|254|SoBaseKit.3iv|253/254|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|253/254|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|255/256|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|255/256|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|257|\f8setOverride\*(Cr(SbBool state) |\*(CbsetOverride\*(Cr(SbBool state) )         (rof_escape_sequence|93|SoBaseKit.3iv|262|\f7SbBool |.ds Pt \*(CrSbBool )         (parse_manual_page_|254|SoBaseKit.3iv|269/270|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|269/270|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|271/272|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|271/272|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|273|\f8isOverride\*(Cr() const |\*(CbisOverride\*(Cr() const )         (rof_escape_sequence|93|SoBaseKit.3iv|278|\f7SoNode * |.ds Pt \*(CrSoNode * )         (parse_manual_page_|254|SoBaseKit.3iv|285/286|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|285/286|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|287/288|\f7SoNode * \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|287/288|\f7SoNode * \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|289|\f8copy\*(Cr(SbBool copyConnections = FALSE) const |\*(Cbcopy\*(Cr(SbBool copyConnections = FALSE) const )         (rof_escape_sequence|93|SoBaseKit.3iv|294|\f7virtual SbBool |.ds Pt \*(Crvirtual SbBool )         (parse_manual_page_|254|SoBaseKit.3iv|301/302|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|301/302|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|303/304|\f7virtual SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|303/304|\f7virtual SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|305|\f8affectsState\*(Cr() const |\*(CbaffectsState\*(Cr() const )         (rof_escape_sequence|93|SoBaseKit.3iv|310|\f7static SoNode * |.ds Pt \*(Crstatic SoNode * )         (parse_manual_page_|254|SoBaseKit.3iv|317/318|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|317/318|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|319/320|\f7static SoNode * \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|319/320|\f7static SoNode * \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|321|\f8getByName\*(Cr(const SbName &name) |\*(CbgetByName\*(Cr(const SbName &name) )         (rof_escape_sequence|93|SoBaseKit.3iv|326|\f7static int |.ds Pt \*(Crstatic int )         (parse_manual_page_|254|SoBaseKit.3iv|333/334|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|333/334|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|335/336|\f7static int \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|335/336|\f7static int \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|337|\f8getByName\*(Cr(const SbName &name, SoNodeList &list) |\*(CbgetByName\*(Cr(const SbName &name, SoNodeList &list) )         (rof_escape_sequence|93|SoBaseKit.3iv|347|\f7void |.ds Pt \*(Crvoid )         (parse_manual_page_|254|SoBaseKit.3iv|354/355|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|354/355|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|356/357|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|356/357|\f7void \c══─}─══ |\*(Pt 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  (htmlprn|160|SoBaseKit.3iv|388/389|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|390|\f8fieldsAreEqual\*(Cr(const SoFieldContainer *fc) const |\*(CbfieldsAreEqual\*(Cr(const SoFieldContainer *fc) const )         (rof_escape_sequence|93|SoBaseKit.3iv|395|\f7void |.ds Pt \*(Crvoid )         (parse_manual_page_|254|SoBaseKit.3iv|402/403|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|402/403|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|404/405|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|404/405|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|406|\f8copyFieldValues\*(Cr(const SoFieldContainer *fc, SbBool copyConnections = FALSE) |\*(CbcopyFieldValues\*(Cr(const SoFieldContainer *fc, SbBool copyConnections = FALSE) )         (rof_escape_sequence|93|SoBaseKit.3iv|411|\f7void |.ds Pt \*(Crvoid )         (parse_manual_page_|254|SoBaseKit.3iv|418/419|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|418/419|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|420/421|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|420/421|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|422|\f8get\*(Cr(SbString &fieldDataString) |\*(Cbget\*(Cr(SbString &fieldDataString) )         (rof_escape_sequence|93|SoBaseKit.3iv|427|\f7virtual int |.ds Pt \*(Crvirtual int )         (parse_manual_page_|254|SoBaseKit.3iv|434/435|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|434/435|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|436/437|\f7virtual int \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|436/437|\f7virtual int \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|438|\f8getFields\*(Cr(SoFieldList &resultList) const 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(htmlprn|160|SoBaseKit.3iv|498/499|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|500/501|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|500/501|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|502|\f8enableNotify\*(Cr(SbBool flag) |\*(CbenableNotify\*(Cr(SbBool flag) )         (rof_escape_sequence|93|SoBaseKit.3iv|512|\f7void |.ds Pt \*(Crvoid )         (parse_manual_page_|254|SoBaseKit.3iv|519/520|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|519/520|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|521/522|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|521/522|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|523|\f8ref\*(Cr() |\*(Cbref\*(Cr() )         (rof_escape_sequence|93|SoBaseKit.3iv|528|\f7void |.ds Pt \*(Crvoid )         (parse_manual_page_|254|SoBaseKit.3iv|535/536|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|535/536|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|537/538|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|537/538|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|539|\f8unref\*(Cr() const |\*(Cbunref\*(Cr() const )         (rof_escape_sequence|93|SoBaseKit.3iv|544|\f7void |.ds Pt \*(Crvoid )         (parse_manual_page_|254|SoBaseKit.3iv|551/552|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|551/552|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|553/554|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|553/554|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|555|\f8unrefNoDelete\*(Cr() const |\*(CbunrefNoDelete\*(Cr() const )         (rof_escape_sequence|93|SoBaseKit.3iv|560|\f7void |.ds Pt \*(Crvoid )         (parse_manual_page_|254|SoBaseKit.3iv|567/568|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|567/568|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|569/570|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|569/570|\f7void \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|571|\f8touch\*(Cr() |\*(Cbtouch\*(Cr() )         (rof_escape_sequence|93|SoBaseKit.3iv|576|\f7virtual SoType |.ds Pt \*(Crvirtual SoType )         (parse_manual_page_|254|SoBaseKit.3iv|583/584|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|583/584|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|585/586|\f7virtual SoType \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|585/586|\f7virtual SoType \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|587|\f8getTypeId\*(Cr() const |\*(CbgetTypeId\*(Cr() const )         (rof_escape_sequence|93|SoBaseKit.3iv|592|\f7SbBool |.ds Pt \*(CrSbBool )         (parse_manual_page_|254|SoBaseKit.3iv|599/600|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|599/600|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|601/602|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|601/602|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|603|\f8isOfType\*(Cr(SoType type) const |\*(CbisOfType\*(Cr(SoType type) const )         (rof_escape_sequence|93|SoBaseKit.3iv|608|\f7virtual void |.ds Pt \*(Crvirtual void )         (parse_manual_page_|254|SoBaseKit.3iv|615/616|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|615/616|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|617/618|\f7virtual void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|617/618|\f7virtual void \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|619|\f8setName\*(Cr(const SbName &name) |\*(CbsetName\*(Cr(const SbName &name) )         (rof_escape_sequence|93|SoBaseKit.3iv|624|\f7virtual SbName |.ds Pt \*(Crvirtual SbName )         (parse_manual_page_|254|SoBaseKit.3iv|631/632|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|631/632|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|633/634|\f7virtual SbName \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|633/634|\f7virtual SbName \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|635|\f8getName\*(Cr() const |\*(CbgetName\*(Cr() const )         (rof_escape_sequence|93|SoBaseKit.3iv|641|\f8SO_GET_PART\*(Cr(kit, partName, partClass) |\*(CbSO_GET_PART\*(Cr(kit, partName, partClass) )         (rof_escape_sequence|93|SoBaseKit.3iv|644|\f8SO_CHECK_PART\*(Cr(kit, partName, partClass) |\*(CbSO_CHECK_PART\*(Cr(kit, partName, partClass) )         (rof_escape_sequence|93|SoBaseKit.3iv|650|\f8SoShapeKit\f1). |\&etc. Instead of creating each of these nodes individually and then arranging them into a subgraph, you can use a nodekit of the appropriate type (in this case, \*(CbSoShapeKit\f1). )         (rof_escape_sequence|93|SoBaseKit.3iv|652|\f8SoNodekitCatalog\f1) that describes |Each class of nodekit has a \f2nodekit catalog\f1 (\*(CbSoNodekitCatalog\f1) that describes )         (rof_escape_sequence|93|SoBaseKit.3iv|654|\f8SoNodekitCatalog\f1 reference page.) |\&of parts in the subgraph. (Other information is described below; a complete description is in the \*(CbSoNodekitCatalog\f1 reference page.) )         (rof_escape_sequence|93|SoBaseKit.3iv|659|\f8getPart()\f1. Private parts are not accessible, so methods such as \*(CbgetPart()\f1 will have no effect on them. For example, if you call \*(CbgetPart()\f1 to retrieve a private part, \*(CrNULL\f1 will be returned even when the part exists. |\&such as \*(CbgetPart()\f1. Private parts are not accessible, so methods such as \*(CbgetPart()\f1 will have no effect on them. For example, if you call \*(CbgetPart()\f1 to retrieve a private part, \*(CrNULL\f1 will be returned even when the part exists. )         (rof_escape_sequence|93|SoBaseKit.3iv|664|\f8SoNodekitCatalog\f1 reference page has methods for finding out the part names and arrangement of all parts, |\&for you; they automatically arrange the subgraph, creating and deleting the private parts when necessary. (The \*(CbSoNodekitCatalog\f1 reference page has methods for finding out the part names and arrangement of all parts, )         (rof_escape_sequence|93|SoBaseKit.3iv|668|\f8SoGroup\f1 nodes, and parts are added as \f2hidden children\f1; you can only access parts with the methods of \*(CbSoBaseKit\f1 and its derived classes. |\&stores its own parts separately. Moreover, nodekits are \f2not\f1 \*(CbSoGroup\f1 nodes, and parts are added as \f2hidden children\f1; you can only access parts with the methods of \*(CbSoBaseKit\f1 and its derived classes. )         (rof_escape_sequence|93|SoBaseKit.3iv|670|\f8getPart()\f1, |Any public part may be retrieved with \*(CbgetPart()\f1, )         (rof_escape_sequence|93|SoBaseKit.3iv|671|\f8setPart()\f1, or removed by giving a \*(CrNULL\f1 argument to \*(CbsetPart()\f1. Paths from the nodekit down to a part can be created by \*(CbcreatePathToPart()\f1. |\&installed with \*(CbsetPart()\f1, or removed by giving a \*(CrNULL\f1 argument to \*(CbsetPart()\f1. Paths from the nodekit down to a part can be created by \*(CbcreatePathToPart()\f1. )         (rof_escape_sequence|93|SoBaseKit.3iv|677|\f8SoPath\f1 containing nodekits will end at the topmost nodekit. However, since nodekits may be nested within other nodekits, you may wish to cast an \*(Cb(SoPath *)\f1 into an \*(Cb(SoNodeKitPath *)\f1. The methods of \*(CbSoNodeKitPath\f1 allow you to view all |\&children, any \*(CbSoPath\f1 containing nodekits will end at the topmost nodekit. However, since nodekits may be nested within other nodekits, you may wish to cast an \*(Cb(SoPath *)\f1 into an \*(Cb(SoNodeKitPath *)\f1. The methods of \*(CbSoNodeKitPath\f1 allow you to view all )         (rof_escape_sequence|93|SoBaseKit.3iv|678|\f8SoNodeKitPath\f1). |\&nodekits that lie on the path (see the reference page for \*(CbSoNodeKitPath\f1). )         (rof_escape_sequence|93|SoBaseKit.3iv|685|\f8getPart()\f1 below shows how to refer to nested parts by name (e.g., \*(Cr"appearance.material"\f1). This works for any nodekit method that |\&nested nodekit is accessible to the higher level nodekit(s) that contains it. The description of \*(CbgetPart()\f1 below shows how to refer to nested parts by name (e.g., \*(Cr"appearance.material"\f1). This works for any nodekit method that )         (rof_escape_sequence|93|SoBaseKit.3iv|689|\f8getPart()\f1 (e.g., \*(Cr"childList[0]"\f1, or if the list elements are in turn nodekits, \*(Cr"childList[2].transform"\f1). |\&in \*(CbgetPart()\f1 (e.g., \*(Cr"childList[0]"\f1, or if the list elements are in turn nodekits, \*(Cr"childList[2].transform"\f1). )         (rof_escape_sequence|93|SoBaseKit.3iv|691|\f8SoNodeKitListPart\f1. The catalog specifies a set of permissible \*(CrlistItemTypes\f1 and |When the catalog denotes that a part is a list, the part itself is always a node of type \*(CbSoNodeKitListPart\f1. The catalog specifies a set of permissible \*(CrlistItemTypes\f1 and )         (rof_escape_sequence|93|SoBaseKit.3iv|692|\f7listContainerType\f1 for that part. It gives this information to the \*(CbSoNodeKitListPart\f1 when it creates it. From then on, the list part will enforce type checking. So even if you retrieve the \*(CbSoNodeKitListPart\f1 with \*(CbgetPart()\f1, you will not be able to add illegal |\&a \*(CrlistContainerType\f1 for that part. It gives this information to the \*(CbSoNodeKitListPart\f1 when it creates it. From then on, the list part will enforce type checking. So even if you retrieve the \*(CbSoNodeKitListPart\f1 with \*(CbgetPart()\f1, you will not be able to add illegal )         (rof_escape_sequence|93|SoBaseKit.3iv|693|\f8SoNodeKitListPart\f1 reference page for more information). As an example, the \f2callbackList\f1 part of \*(CbSoBaseKit\f1 has an \*(CbSoSeparator\f1 container and allows only \*(CbSoCallback\f1 and \*(CbSoEventCallback\f1 nodes in the list. Children may be added, retrieved, and removed from |\&children. (See the \*(CbSoNodeKitListPart\f1 reference page for more information). As an example, the \f2callbackList\f1 part of \*(CbSoBaseKit\f1 has an \*(CbSoSeparator\f1 container and allows only \*(CbSoCallback\f1 and \*(CbSoEventCallback\f1 nodes in the list. Children may be added, retrieved, and removed from )         (rof_escape_sequence|93|SoBaseKit.3iv|694|\f8SoNodeKitListPart\f1 node using methods that parallel those of \*(CbSoGroup\f1. However, type-checking is strictly enforced. |\&an \*(CbSoNodeKitListPart\f1 node using methods that parallel those of \*(CbSoGroup\f1. However, type-checking is strictly enforced. )         (rof_escape_sequence|93|SoBaseKit.3iv|697|\f8SoWrapperKit\f1 has a part called \f2contents\f1 with |\&(assuming that they are groups, nodekits, or list parts). A part's status as a leaf in the catalog just means that the nodekit will not manage the part's children. For example, \*(CbSoWrapperKit\f1 has a part called \f2contents\f1 with )         (rof_escape_sequence|93|SoBaseKit.3iv|698|\f8SoSeparator\f1. You can put whatever you want underneath the separator, as long as \f2contents\f1 itself is an \*(CbSoSeparator\f1. |\&a part type of \*(CbSoSeparator\f1. You can put whatever you want underneath the separator, as long as \f2contents\f1 itself is an \*(CbSoSeparator\f1. )         (rof_escape_sequence|93|SoBaseKit.3iv|703|\f8SoSeparatorKit\f1 is a leaf node in the \*(CbSoSeparatorKit\f1 catalog. But \f2appearance\f1 is in turn an \*(CbSoAppearanceKit\f1, containing |However, when nodekits are nested, they effectively create a larger `known' section of the scene graph. For example, the \f2appearance\f1 part of the \*(CbSoSeparatorKit\f1 is a leaf node in the \*(CbSoSeparatorKit\f1 catalog. But \f2appearance\f1 is in turn an \*(CbSoAppearanceKit\f1, containing )         (rof_escape_sequence|93|SoBaseKit.3iv|704|\f8SoSeparatorKit\f1 can examine by looking at the catalogs for both classes. So an \*(CbSoSeparatorKit\f1 can successfully return a part named \*(Cr"material"\f1; first it |\&parts such as \f2material\f1 and \f2drawStyle\f1. The two nodekits combine to make an even larger template, which the \*(CbSoSeparatorKit\f1 can examine by looking at the catalogs for both classes. So an \*(CbSoSeparatorKit\f1 can successfully return a part named \*(Cr"material"\f1; first it )         (rof_escape_sequence|93|SoBaseKit.3iv|705|\f8getPart()\f1 on the \f2appearance\f1. |\&finds (or creates) the \f2appearance\f1 part, then it gets the \f2material\f1 by calling \*(CbgetPart()\f1 on the \f2appearance\f1. )         (rof_escape_sequence|93|SoBaseKit.3iv|707|\f7listItemTypes\f1 of a list part to be nodekits, the name-able space expands further. For example, \*(CbSoSeparatorKit\f1 has a part \f2childList\f1 which |When the catalog defines the \*(CrlistItemTypes\f1 of a list part to be nodekits, the name-able space expands further. For example, \*(CbSoSeparatorKit\f1 has a part \f2childList\f1 which )         (rof_escape_sequence|93|SoBaseKit.3iv|708|\f8SoSeparatorKits\f1, so each list element can be further searched. Hence the name \*(Cb"childList[0].childList[1].childList[2].material"\f1 is perfectly legal. |\&permits only \*(CbSoSeparatorKits\f1, so each list element can be further searched. Hence the name \*(Cb"childList[0].childList[1].childList[2].material"\f1 is perfectly legal. )         (rof_escape_sequence|93|SoBaseKit.3iv|714|\f7(SoNodeKitListPart) |.ds Pt \*(Cr(SoNodeKitListPart) )         (parse_manual_page_|254|SoBaseKit.3iv|721/722|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|721/722|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|723/724|\f7(SoNodeKitListPart) \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|723/724|\f7(SoNodeKitListPart) \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|725|\f8callbackList\*(Cr |\*(CbcallbackList\*(Cr )         (rof_escape_sequence|93|SoBaseKit.3iv|728|\f8SoBaseKit\f1 creates. It is a public part that is inherited by \f2all\f1 nodekits. It provides an easy way to add callbacks for a nodekit to use during action traversal |\f1This is the only part that the base class \*(CbSoBaseKit\f1 creates. It is a public part that is inherited by \f2all\f1 nodekits. It provides an easy way to add callbacks for a nodekit to use during action traversal )         (rof_escape_sequence|93|SoBaseKit.3iv|729|\f8SoHandleEventAction\f1). It is a list part and may contain numerous \*(CbSoCallback\f1 and/or \*(CbSoEventCallback\f1 nodes. |\&(e.g. \*(CbSoHandleEventAction\f1). It is a list part and may contain numerous \*(CbSoCallback\f1 and/or \*(CbSoEventCallback\f1 nodes. )         (rof_escape_sequence|93|SoBaseKit.3iv|737|\f7 |.ds Pt \*(Cr )         (parse_manual_page_|254|SoBaseKit.3iv|744/745|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|744/745|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|746/747|\f7 \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|746/747|\f7 \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|748|\f8SoBaseKit\*(Cr() |\*(CbSoBaseKit\*(Cr() )         (rof_escape_sequence|93|SoBaseKit.3iv|757|\f7static const SoNodekitCatalog * |.ds Pt \*(Crstatic const SoNodekitCatalog * )         (parse_manual_page_|254|SoBaseKit.3iv|764/765|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|764/765|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|766/767|\f7static const SoNodekitCatalog * \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|766/767|\f7static const SoNodekitCatalog * \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|768|\f8getClassNodekitCatalog\*(Cr() const |\*(CbgetClassNodekitCatalog\*(Cr() const )         (rof_escape_sequence|93|SoBaseKit.3iv|771|\f8SoNodekitCatalog\f1 for the class \*(CbSoBaseKit\f1. |\f1Returns the \*(CbSoNodekitCatalog\f1 for the class \*(CbSoBaseKit\f1. )         (rof_escape_sequence|93|SoBaseKit.3iv|777|\f7virtual const SoNodekitCatalog * |.ds Pt \*(Crvirtual const SoNodekitCatalog * )         (parse_manual_page_|254|SoBaseKit.3iv|784/785|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|784/785|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|786/787|\f7virtual const SoNodekitCatalog * \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|786/787|\f7virtual const SoNodekitCatalog * \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|788|\f8getNodekitCatalog\*(Cr() const |\*(CbgetNodekitCatalog\*(Cr() const )         (rof_escape_sequence|93|SoBaseKit.3iv|791|\f8SoNodekitCatalog\f1 for this instance of \*(CbSoBaseKit\f1. While each instance of a given class creates its own distinct set of parts (which are actual nodes), all instances share the same catalog (which describes |\f1Returns the \*(CbSoNodekitCatalog\f1 for this instance of \*(CbSoBaseKit\f1. While each instance of a given class creates its own distinct set of parts (which are actual nodes), all instances share the same catalog (which describes )         (rof_escape_sequence|93|SoBaseKit.3iv|798|\f7virtual SoNode * |.ds Pt \*(Crvirtual SoNode * )         (parse_manual_page_|254|SoBaseKit.3iv|805/806|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|805/806|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|807/808|\f7virtual SoNode * \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|807/808|\f7virtual SoNode * \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|809|\f8getPart\*(Cr(const SbName &partName, SbBool makeIfNeeded) |\*(CbgetPart\*(Cr(const SbName &partName, SbBool makeIfNeeded) )         (rof_escape_sequence|93|SoBaseKit.3iv|812|\f7partName\f1. Returns a pointer to the part if a \f2match is found\f1, the part is \f2public\f1, and the part has \f2already been built\f1. If no match is found, or if the part is \f2private\f1, \*(CrNULL\f1 is |\f1Searches the nodekit catalog (and those of all nested nodekits) for the part named \*(CrpartName\f1. Returns a pointer to the part if a \f2match is found\f1, the part is \f2public\f1, and the part has \f2already been built\f1. If no match is found, or if the part is \f2private\f1, \*(CrNULL\f1 is )         (rof_escape_sequence|93|SoBaseKit.3iv|813|\f7partName\f1 is in the catalog (or that of one of its nested nodekit parts), but the part has not been built yet, the argument \*(CrmakeIfNeeded\f1 determines the course of action. When \*(CrmakeIfNeeded\f1 is \*(CrFALSE\f1, \*(CrNULL\f1 is returned; when \*(CrmakeIfNeeded\f1 is \*(CrTRUE\f1, \*(CbgetPart()\f1 will |\&returned. If \*(CrpartName\f1 is in the catalog (or that of one of its nested nodekit parts), but the part has not been built yet, the argument \*(CrmakeIfNeeded\f1 determines the course of action. When \*(CrmakeIfNeeded\f1 is \*(CrFALSE\f1, \*(CrNULL\f1 is returned; when \*(CrmakeIfNeeded\f1 is \*(CrTRUE\f1, \*(CbgetPart()\f1 will )         (rof_escape_sequence|93|SoBaseKit.3iv|817|\f8getPart()\f1 The full syntax for legal \*(CrpartName\f1 arguments is given below. |\&with \*(CbgetPart()\f1 The full syntax for legal \*(CrpartName\f1 arguments is given below. )         (rof_escape_sequence|93|SoBaseKit.3iv|821|\f7partName = singleName | compoundName\f1 |\*(CrpartName = singleName | compoundName\f1 )         (rof_escape_sequence|93|SoBaseKit.3iv|823|\f7compoundName = singleName | compoundName.singleName\f1 |\*(CrcompoundName = singleName | compoundName.singleName\f1 )         (rof_escape_sequence|93|SoBaseKit.3iv|825|\f7singleName = singlePartName | singleListElementName\f1 |\*(CrsingleName = singlePartName | singleListElementName\f1 )         (rof_escape_sequence|93|SoBaseKit.3iv|827|\f7singlePartName =\f1 the name of any single part in the catalog (including those that are lists or nodekits), or in the recursively nested catalogs of any |\*(CrsinglePartName =\f1 the name of any single part in the catalog (including those that are lists or nodekits), or in the recursively nested catalogs of any )         (rof_escape_sequence|93|SoBaseKit.3iv|830|\f7singleListElementName = singleListName[index]\f1 |\*(CrsingleListElementName = singleListName[index]\f1 )         (rof_escape_sequence|93|SoBaseKit.3iv|832|\f7singleListName =\f1 the name of any single list-type part in the catalog, or in the recursively nested catalogs of any of its parts. |\*(CrsingleListName =\f1 the name of any single list-type part in the catalog, or in the recursively nested catalogs of any of its parts. )         (rof_escape_sequence|93|SoBaseKit.3iv|834|\f7index = integer\f1 |\*(Crindex = integer\f1 )         (rof_escape_sequence|93|SoBaseKit.3iv|845|\f7SbString |.ds Pt \*(CrSbString )         (parse_manual_page_|254|SoBaseKit.3iv|852/853|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|852/853|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|854/855|\f7SbString \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|854/855|\f7SbString \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|856|\f8getPartString\*(Cr(const SoBase *part) |\*(CbgetPartString\*(Cr(const SoBase *part) )         (rof_escape_sequence|93|SoBaseKit.3iv|866|\f7virtual SoNodeKitPath * |.ds Pt \*(Crvirtual SoNodeKitPath * )         (parse_manual_page_|254|SoBaseKit.3iv|873/874|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|873/874|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|875/876|\f7virtual SoNodeKitPath * \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|875/876|\f7virtual SoNodeKitPath * \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|877|\f8createPathToPart\*(Cr(const SbName &partName, SbBool makeIfNeeded, const SoPath *pathToExtend = NULL) |\*(CbcreatePathToPart\*(Cr(const SbName &partName, SbBool makeIfNeeded, const SoPath *pathToExtend = NULL) )         (rof_escape_sequence|93|SoBaseKit.3iv|880|\f7partName\f1. Searching for the part is the same as in \*(CbgetPart()\f1. \*(CrNULL\f1 is returned if \*(CrpartName\f1 cannot be found, or if \*(CrmakeIfNeeded\f1 is \*(CrFALSE\f1 and the part is not yet built. If the the part is retrieved |\f1Returns a path that begins at this nodekit and ends at \*(CrpartName\f1. Searching for the part is the same as in \*(CbgetPart()\f1. \*(CrNULL\f1 is returned if \*(CrpartName\f1 cannot be found, or if \*(CrmakeIfNeeded\f1 is \*(CrFALSE\f1 and the part is not yet built. If the the part is retrieved )         (rof_escape_sequence|93|SoBaseKit.3iv|881|\f7pathToExtend\f1 is \*(CrNULL\f1, the path returned begins at \*(Crthis\f1 and ends at \*(CrpartName\f1. If \*(CrpathToExtend\f1 is not \*(CrNULL\f1, the path created is a copy of \*(CrpathToExtend\f1 with entries appended all the way down to \*(CrpartName\f1. It is okay for \*(CrpathToExtend\f1 to go beyond the nodekit; extra |\&and the argument \*(CrpathToExtend\f1 is \*(CrNULL\f1, the path returned begins at \*(Crthis\f1 and ends at \*(CrpartName\f1. If \*(CrpathToExtend\f1 is not \*(CrNULL\f1, the path created is a copy of \*(CrpathToExtend\f1 with entries appended all the way down to \*(CrpartName\f1. It is okay for \*(CrpathToExtend\f1 to go beyond the nodekit; extra )         (rof_escape_sequence|93|SoBaseKit.3iv|882|\f7this\f1 down to \*(CrpartName\f1. |\&nodes will be popped off the tail before continuing from \*(Crthis\f1 down to \*(CrpartName\f1. )         (rof_escape_sequence|93|SoBaseKit.3iv|888|\f7virtual SbBool |.ds Pt \*(Crvirtual SbBool )         (parse_manual_page_|254|SoBaseKit.3iv|895/896|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|895/896|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|897/898|\f7virtual SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|897/898|\f7virtual SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|899|\f8setPart\*(Cr(const SbName &partName, SoNode *newPart) |\*(CbsetPart\*(Cr(const SbName &partName, SoNode *newPart) )         (rof_escape_sequence|93|SoBaseKit.3iv|902|\f7partName\f1. See \*(CbgetPart()\f1 for the syntax of \*(CrpartName\f1. This method adds any extra nodes needed to fit the part into the nodekit's catalog. For example, if you call: |\f1Inserts the given node (not a copy) as the new part specified by \*(CrpartName\f1. See \*(CbgetPart()\f1 for the syntax of \*(CrpartName\f1. This method adds any extra nodes needed to fit the part into the nodekit's catalog. For example, if you call: )         (rof_escape_sequence|93|SoBaseKit.3iv|905|\f7|\*(Cr )         (rof_escape_sequence|93|SoBaseKit.3iv|911|\f7myNewChild\f1. Run-time type checking verifies that the node type of \*(CrnewPart\f1 matches the type called for by \*(CrpartName\f1. For example, if \*(CrpartName\f1 was a \f2material\f1 for an \*(CbSoSeparatorKit\f1, but \*(CrnewPart\f1 was an \*(CbSoTransform\f1 node, then |\&kit may need to create the part \f2childList\f1 before it can install \*(CrmyNewChild\f1. Run-time type checking verifies that the node type of \*(CrnewPart\f1 matches the type called for by \*(CrpartName\f1. For example, if \*(CrpartName\f1 was a \f2material\f1 for an \*(CbSoSeparatorKit\f1, but \*(CrnewPart\f1 was an \*(CbSoTransform\f1 node, then )         (rof_escape_sequence|93|SoBaseKit.3iv|912|\f7FALSE\f1 would be returned. |\&the node would not be installed, and \*(CrFALSE\f1 would be returned. )         (rof_escape_sequence|93|SoBaseKit.3iv|914|\f7newPart\f1 is \*(CrNULL\f1, then the node specified by \*(CrpartName\f1 is removed. If this renders any private parts useless (as occurs when you remove the last child of an \*(CbSoGroup\f1 node), |If \*(CrnewPart\f1 is \*(CrNULL\f1, then the node specified by \*(CrpartName\f1 is removed. If this renders any private parts useless (as occurs when you remove the last child of an \*(CbSoGroup\f1 node), )         (rof_escape_sequence|93|SoBaseKit.3iv|917|\f7TRUE\f1 is returned on success, and \*(CrFALSE\f1 upon error. |\*(CrTRUE\f1 is returned on success, and \*(CrFALSE\f1 upon error. )         (rof_escape_sequence|93|SoBaseKit.3iv|923|\f7SbBool |.ds Pt \*(CrSbBool )         (parse_manual_page_|254|SoBaseKit.3iv|930/931|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|930/931|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|932/933|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|932/933|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|934|\f8set\*(Cr(char *partName, char *parameters) |\*(Cbset\*(Cr(char *partName, char *parameters) )         (rof_escape_sequence|93|SoBaseKit.3iv|939|\f7SbBool |.ds Pt \*(CrSbBool )         (parse_manual_page_|254|SoBaseKit.3iv|946/947|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|946/947|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|948/949|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|948/949|\f7SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|950|\f8set\*(Cr(char *nameValuePairs) |\*(Cbset\*(Cr(char *nameValuePairs) )         (rof_escape_sequence|93|SoBaseKit.3iv|953|\f7partName\f1 and \*(Crparameters\f1 are used, then a single part is specified by \*(CrpartName\f1; the field values are specified in \*(Crparameters\f1. The format of \*(Crparamaters\f1 is the Inventor File Format syntax. |\f1These functions allow field values of parts (nodes) to be set. If \*(CrpartName\f1 and \*(Crparameters\f1 are used, then a single part is specified by \*(CrpartName\f1; the field values are specified in \*(Crparameters\f1. The format of \*(Crparamaters\f1 is the Inventor File Format syntax. )         (rof_escape_sequence|93|SoBaseKit.3iv|957|\f7|\*(Cr )         (rof_escape_sequence|93|SoBaseKit.3iv|962|\f7"diffuseColor 1 0 0 shininess 0.6"\f1. The values used in \*(Crparameters\f1 must of course be appropriate for the node-type to which \*(CrpartName\f1 belongs. In this case, the nodekit \*(CbSoSeparatorKit\f1 has a part named \f2material\f1 which is of type \*(CbSoMaterial\f1. |sets the part \f2material\f1 to the values \*(Cr"diffuseColor 1 0 0 shininess 0.6"\f1. The values used in \*(Crparameters\f1 must of course be appropriate for the node-type to which \*(CrpartName\f1 belongs. In this case, the nodekit \*(CbSoSeparatorKit\f1 has a part named \f2material\f1 which is of type \*(CbSoMaterial\f1. )         (rof_escape_sequence|93|SoBaseKit.3iv|964|\f7nameValuePairs\f1 |The \*(CrnameValuePairs\f1 )         (rof_escape_sequence|93|SoBaseKit.3iv|965|\f7nameValuePairs\f1 contains \f2name-value\f1 pairs: \*(Cr"partName1 { parameters1 } ... partNameN { parametersN }"\f1. |\&syntax can be used to set the field values in several different parts simultaneously. In this case, the argument string, \*(CrnameValuePairs\f1 contains \f2name-value\f1 pairs: \*(Cr"partName1 { parameters1 } ... partNameN { parametersN }"\f1. )         (rof_escape_sequence|93|SoBaseKit.3iv|970|\f7|\*(Cr )         (rof_escape_sequence|93|SoBaseKit.3iv|982|\f7static SbBool |.ds Pt \*(Crstatic SbBool )         (parse_manual_page_|254|SoBaseKit.3iv|989/990|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|989/990|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|991/992|\f7static SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|991/992|\f7static SbBool \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|993|\f8isSearchingChildren\*(Cr() |\*(CbisSearchingChildren\*(Cr() )         (rof_escape_sequence|93|SoBaseKit.3iv|998|\f7static void |.ds Pt \*(Crstatic void )         (parse_manual_page_|254|SoBaseKit.3iv|1005/1006|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|1005/1006|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|1007/1008|\f7static void \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|1007/1008|\f7static void \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|1009|\f8setSearchingChildren\*(Cr(SbBool newVal) |\*(CbsetSearchingChildren\*(Cr(SbBool newVal) )         (rof_escape_sequence|93|SoBaseKit.3iv|1012|\f8SoSearchAction\f1 traversal. By default, they are not. |\f1Sets and queries if nodekit children are searched during \*(CbSoSearchAction\f1 traversal. By default, they are not. )         (rof_escape_sequence|93|SoBaseKit.3iv|1018|\f7static SoType |.ds Pt \*(Crstatic SoType )         (parse_manual_page_|254|SoBaseKit.3iv|1025/1026|el══─{─══.ne|.el══─{─══.ne 2 )         (htmlprn|160|SoBaseKit.3iv|1025/1026|.el══─{─══.ne 2 |.el══─{─══.ne 2 )         (rof_escape_sequence|93|SoBaseKit.3iv|1027/1028|\f7static SoType \c══─}─══ |\*(Pt \c══─}─══ )         (htmlprn|160|SoBaseKit.3iv|1027/1028|\f7static SoType \c══─}─══ |\*(Pt \c══─}─══ )         (rof_escape_sequence|93|SoBaseKit.3iv|1029|\f8getClassTypeId\*(Cr() |\*(CbgetClassTypeId\*(Cr() )         (rof_escape_sequence|93|SoBaseKit.3iv|1036|\f8SO_GET_PART\*(Cr(kit, partName, partClass) |\*(CbSO_GET_PART\*(Cr(kit, partName, partClass) )         (rof_escape_sequence|93|SoBaseKit.3iv|1040|\f8getPart()\f1 with \*(CrmakeIfNeeded\f1 set to \*(CrTRUE\f1, then casts the result to the type \*(CrpartClass\f1. Note that in the debug library, this macro checks to see if the part is of type \*(CrpartClass\f1, while the regular library does no type checking. |\f1Calls \*(CbgetPart()\f1 with \*(CrmakeIfNeeded\f1 set to \*(CrTRUE\f1, then casts the result to the type \*(CrpartClass\f1. Note that in the debug library, this macro checks to see if the part is of type \*(CrpartClass\f1, while the regular library does no type checking. )         (rof_escape_sequence|93|SoBaseKit.3iv|1043|\f8SO_CHECK_PART\*(Cr(kit, partName, partClass) |\*(CbSO_CHECK_PART\*(Cr(kit, partName, partClass) )         (rof_escape_sequence|93|SoBaseKit.3iv|1047|\f8getPart()\f1, but with \*(CrmakeIfNeeded\f1 set to \*(CrFALSE\f1, then casts the result to the type \*(CrpartClass\f1. Note that in the debug library, this macro checks to see if the part is of type \*(CrpartClass\f1, while the regular library does no type checking. |\f1Calls \*(CbgetPart()\f1, but with \*(CrmakeIfNeeded\f1 set to \*(CrFALSE\f1, then casts the result to the type \*(CrpartClass\f1. Note that in the debug library, this macro checks to see if the part is of type \*(CrpartClass\f1, while the regular library does no type checking. )         (rof_escape_sequence|93|SoBaseKit.3iv|1051|\f8SoGLRenderAction, SoCallbackAction, SoGetBoundingBoxAction, SoHandleEventAction |\*(CbSoGLRenderAction, SoCallbackAction, SoGetBoundingBoxAction, SoHandleEventAction )         (rof_escape_sequence|93|SoBaseKit.3iv|1054|\f8SoGroup\f1. Traverses each child in order. |\f1Behaves like an \*(CbSoGroup\f1. Traverses each child in order. )         (rof_escape_sequence|93|SoBaseKit.3iv|1057|\f8SoRayPickAction |\*(CbSoRayPickAction )         (rof_escape_sequence|93|SoBaseKit.3iv|1060|\f8SoNodeKitDetail\f1 as follows: Sets the \*(Cr"detailNodeKit"\f1 (retrievable with \*(CbSoNodeKitDetail::getNodeKit()\f1) to be a pointer to itself. Sets the \*(Cr"detailPart"\f1 (retrievable with \*(CbSoNodeKitDetail::getPart()\f1) to be a pointer |\f1Traverses each child in order. Then, for any pick containing the kit on its path, makes an \*(CbSoNodeKitDetail\f1 as follows: Sets the \*(Cr"detailNodeKit"\f1 (retrievable with \*(CbSoNodeKitDetail::getNodeKit()\f1) to be a pointer to itself. Sets the \*(Cr"detailPart"\f1 (retrievable with \*(CbSoNodeKitDetail::getPart()\f1) to be a pointer )         (rof_escape_sequence|93|SoBaseKit.3iv|1061|\f7"detailPartName"\f1 (retrievable with \*(CbSoNodeKitDetail::getPartName()\f1) to be the partName of that part, as found in the catalog. |\&to the kit's leaf-most part that lies on the pickPath. Sets the \*(Cr"detailPartName"\f1 (retrievable with \*(CbSoNodeKitDetail::getPartName()\f1) to be the partName of that part, as found in the catalog. )         (rof_escape_sequence|93|SoBaseKit.3iv|1064|\f7"detailPart"\f1 in its parent's detail. However, if the pick path goes through a list part, a pointer to the child is used for the \*(Cr"detailPart"\f1, and \*(Cr"detailPartName"\f1 is of the form \*(Cr"listName[i]"\f1. |\&the path is the \*(Cr"detailPart"\f1 in its parent's detail. However, if the pick path goes through a list part, a pointer to the child is used for the \*(Cr"detailPart"\f1, and \*(Cr"detailPartName"\f1 is of the form \*(Cr"listName[i]"\f1. )         (rof_escape_sequence|93|SoBaseKit.3iv|1067|\f8SoGetMatrixAction |\*(CbSoGetMatrixAction )         (rof_escape_sequence|93|SoBaseKit.3iv|1070|\f8SoGroup\f1. Does nothing unless the kit is in the middle of the path chain the action is being applied to. If so, the children up to and including the next node in the chain are traversed. |\f1Behaves like an \*(CbSoGroup\f1. Does nothing unless the kit is in the middle of the path chain the action is being applied to. If so, the children up to and including the next node in the chain are traversed. )         (rof_escape_sequence|93|SoBaseKit.3iv|1073|\f8SoSearchAction |\*(CbSoSearchAction )         (rof_escape_sequence|93|SoBaseKit.3iv|1076|\f8SoNode\f1. Then, checks the value of \*(CbisSearchingChildren()\f1. If TRUE, traverses the children in order. If FALSE, returns. |\f1First, searches itself like an \*(CbSoNode\f1. Then, checks the value of \*(CbisSearchingChildren()\f1. If TRUE, traverses the children in order. If FALSE, returns. )         (rof_escape_sequence|93|SoBaseKit.3iv|1079|\f8SoWriteAction |\*(CbSoWriteAction )         (rof_escape_sequence|93|SoBaseKit.3iv|1082|\f8SoGroup\f1 writes out its children. Instead, it writes each part as an \*(CbSoSFNode\f1 field. First the partName is |\f1Begins by writing out regular fields, then writes out the parts. A nodekit does \f2not\f1 write out its parts the way an \*(CbSoGroup\f1 writes out its children. Instead, it writes each part as an \*(CbSoSFNode\f1 field. First the partName is )         (rof_escape_sequence|93|SoBaseKit.3iv|1090|\f8SoGroup\f1 and \*(CbSoSeparator\f1 nodes do not write. |[2] Empty \*(CbSoGroup\f1 and \*(CbSoSeparator\f1 nodes do not write. )         (rof_escape_sequence|93|SoBaseKit.3iv|1133|\f7BaseKit {|\*(CrBaseKit { )         (rof_escape_sequence|93|SoBaseKit.3iv|1140|\f8SoAppearanceKit, SoCameraKit, SoLightKit, SoNodeKit, SoNodeKitDetail, SoNodeKitListPart, SoNodeKitPath, SoNodekitCatalog, SoSceneKit, SoSeparatorKit, SoShapeKit, SoWrapperKit |\*(CbSoAppearanceKit, SoCameraKit, SoLightKit, SoNodeKit, SoNodeKitDetail, SoNodeKitListPart, SoNodeKitPath, SoNodekitCatalog, SoSceneKit, SoSeparatorKit, SoShapeKit, SoWrapperKit )