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Itasca C++ Interface
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Provides interface to IExtrudeSet. Contains containers for points, edges and blocks objects. More...
#include <iextrudeset.h>
Public Member Functions | |
| virtual IThing * | getIThing ()=0 |
| returns its IThing pointer | |
| virtual const IThing * | getIThing () const =0 |
| returns its const IThing pointer | |
| virtual IString | getName () const =0 |
| returns the set name | |
| virtual IExtrudePoint * | createPoint (const DVect &pos)=0 |
| Adds a point to the point container and returns a pointer to the newly created object. The point is located at pos. | |
| virtual IExtrudeEdge * | createEdge (IExtrudePoint *end1, IExtrudePoint *end2, bool useDefaultSize, QString *str)=0 |
| Adds a edge to the edge container and returns a pointer to the newly created object. The edge is defined by verices end1 and end2. | |
| virtual IContainer * | getPointContainer ()=0 |
| Adds a block to the block container and returns a pointer to the newly created object. | |
| virtual const IContainer * | getPointContainer () const =0 |
| returns a const pointer to the point container. | |
| virtual const IExtrudePoint * | findPointWithID (uint64 id) const =0 |
| given an id, returns a const pointer to the point object. | |
| virtual IExtrudePoint * | findPointWithID (uint64 id)=0 |
| given an id, returns a pointer to the point object. | |
| virtual const IGeomPoint * | findClosestPoint (const DVect &pos, const double &radius=limits< double >::max()) const =0 |
| given a position pos in space, returns a const pointer to the closest point object within a given radius. | |
| virtual IGeomPoint * | findClosestPoint (const DVect &pos, const double &radius=limits< double >::max())=0 |
| given a position pos in space, returns a pointer to the closest point object within a given radius. | |
| virtual const QList< QList< const IExtrudePoint * > > | findPotentialPolygonAt (DVect pos) const =0 |
| Test if a potential closed polygon exists at pos. Returns vertices of the polygon. | |
| virtual const std::vector< std::vector< uint64 > > | findClosedPolygonAt (const DVect &pos) const =0 |
| Find a potential closed polygon. Returns edges of the polygon. | |
| virtual const std::vector< std::vector< uint64 > > | findMostExternalClosedRegion () const =0 |
| Find most external closed region. Returns edges of the polygon. | |
| virtual IContainer * | getEdgeContainer ()=0 |
| Test if a (quad) block exists with 2 points on a diagonal. | |
| virtual const IContainer * | getEdgeContainer () const =0 |
| returns a const pointer to the edge container container. | |
| virtual const IExtrudeEdge * | findEdgeWithID (uint64 id) const =0 |
| given an id, returns a const pointer to the edge object. | |
| virtual IExtrudeEdge * | findEdgeWithID (uint64 id)=0 |
| given an id, returns a pointer to the edge object. | |
| virtual const IExtrudeEdge * | findClosestEdge (const DVect &pos, const double &radius=limits< double >::max()) const =0 |
| given a position pos in space, returns a const pointer to the closest edge object within a given radius. | |
| virtual IExtrudeEdge * | findClosestEdge (const DVect &pos, const double &radius=limits< double >::max())=0 |
| given a position pos in space, returns a pointer to the closest edge object within a given radius. | |
| virtual const IExtrudeEdge * | findMatchingEdge (const IGeomPoint *end1, const IGeomPoint *end2) const =0 |
| given the two vertices end1 and end2 of an edge, returns a pointer to the matching edge object. | |
| virtual IExtrudeEdge * | findMatchingEdge (const IGeomPoint *end1, const IGeomPoint *end2)=0 |
| given the two vertices end1 and end2 of an edge, returns a pointer to the matching edge object. | |
| virtual uint32 | getEdgesByBreakAngle (uint32 edgeID, double breakAngle, bool nonIntersected, QList< uint32 > *connectedEdges) const =0 |
| given one edge, populate connectedEdges with ID's of edges which are connected to it and to one another with the angle less than the break angle | |
| virtual uint32 | combineEdgesToSingleEdge (QList< uint32 > *connectedEdges, QString *edgeWarning=nullptr)=0 |
| given list of edge IDs, combine them to single curved edge | |
| virtual void | deletePoint (IExtrudePoint *pointIn, uint32 *edgeCount=0, uint32 *blockCount=0)=0 |
| Delete point from set. | |
| virtual void | deleteEdge (IExtrudeEdge *edgeIn, uint32 *blockCount=0)=0 |
| Delete edge from set. | |
| virtual void | deleteBlock (IExtrudeRegion *b)=0 |
| Delete block from set. | |
| virtual IExtrudeRegion * | createBlockByPoints (IExtrudePoint *p0In, IExtrudePoint *p1In, IExtrudePoint *p2In, IExtrudePoint *p3In, uint32 *newedgecount=0, bool ignoreerror=false)=0 |
| Create a new regular block by 3 or 4 points. | |
| virtual IExtrudeRegion * | createBlockByPoints (QSet< uint64 > inputPts, const MeshParameter *meshInfo=nullptr, QSet< QString > *errorsList=nullptr, QList< QString > *warningsList=nullptr, QList< QString > *infoList=nullptr)=0 |
| Create a new block by given set of points (point IDs) | |
| virtual IExtrudeRegion * | createBlockAt (DVect pos, QSet< QString > *errorsList=nullptr, QList< QString > *warningsList=nullptr, QList< QString > *infoList=nullptr)=0 |
| Create a new block at a given position. | |
| virtual bool | createBlocksAuto (IGroupID *group=nullptr, QSet< QString > *errorsList=nullptr, QList< QString > *warningsList=nullptr, QList< QString > *infoList=nullptr, const IRange *range=nullptr)=0 |
| Automatically create new blocks in all suitable closed polygons presents in the set. | |
| virtual int | getPointSize () const =0 |
| returns number of points. | |
| virtual int | getEdgeSize () const =0 |
| returns number of edges. | |
| virtual int | getBlockSize () const =0 |
| returns number of blocks. | |
| virtual void | clearMetaData ()=0 |
| virtual void | setMetaKeyValue (const QString &key, const QString &value)=0 |
| Add or change MetaData key and value. | |
| virtual int | getMetaCount () const =0 |
| Returns the number of MetaData objects in the Metadata vector. | |
| virtual QString | getMetaKey (int index) const =0 |
| Given an index to MetaData vector, returns the MetaData key;. | |
| virtual QString | getMetaValue (int index) const =0 |
| Given an index to MetaData vector, returns the MetaData value;. | |
| virtual int | findMetaKeyIndex (const QString &key) const =0 |
| Given an key, returns the corresponding index of the MetaData vector;. | |
| virtual QString | findMetaKeyValue (const QString &key) const =0 |
| Given an key, searchs the MedaData vector and returns the corresponding MetaData value;. | |
| virtual IContainer * | getRegionsContainer ()=0 |
| returns a pointer to the block container. | |
| virtual const IContainer * | getRegionsContainer () const =0 |
| returns a const pointer to the block container. | |
| virtual const IExtrudeRegion * | findBlockWithID (uint64 id) const =0 |
| given an id, returns a const pointer to the block object. | |
| virtual IExtrudeRegion * | findBlockWithID (uint64 id)=0 |
| given an id, returns a pointer to the block object. | |
| virtual const IExtrudeRegion * | findClosestBlock (const DVect &pos, const double &radius=limits< double >::max()) const =0 |
| given a position pos in space, returns a const pointer to the closest block object within a given radius. | |
| virtual IExtrudeRegion * | findClosestBlock (const DVect &pos, const double &radius=limits< double >::max())=0 |
| given a position pos in space, returns a pointer to the closest block object within a given radius. | |
| virtual void | getRegionLocations (FArray< DVect > *ret, uint64 wr=0, int we=-1)=0 |
| Get the locations of all of the region nodes. | |
| virtual bool | valid (QList< QString > *problems=nullptr, bool areaCheck=false) const =0 |
| Return true if basic block geometry is good. | |
| virtual bool | isAutoZone () const =0 |
| Returns true is auto zone mode is on. | |
| virtual double | getAutoZoneEdge () const =0 |
| Return AutoZone target average zone edge length. | |
| virtual int | getAutoZoneDir () const =0 |
| Return AutoZone direction: 0=all, 1=x,y only, 2=normal only. | |
| virtual int | getAutoZoneMode () const =0 |
| Returns AutoZone modes: 0 for edge, 1 for size, 2 for zones. | |
| virtual int | getAutoZoneSize () const =0 |
| Return AutoZone size (number of zones across largest dimension of x,y) | |
| virtual int | getAutoZoneTotal () const =0 |
| Return AutoZone target (maximum) total number of zones. | |
| virtual bool | isAutoZoneTotalAllowed () const =0 |
| check if AutoZone Total can be performed | |
| virtual double | computeZones2D () const =0 |
| Return number of 2d zones in xy plane. | |
| virtual const DVect & | getOrigin () const =0 |
| Return extrusion origin point. | |
| virtual const Axes & | getAxesInput () const =0 |
| Return input (raw) Axes. | |
| virtual Axes | getAxes () const =0 |
| Return internal Axes (modified for orthogonality and unit lengths) | |
| virtual const DVect & | getUAxis () const =0 |
| Return extrusion u-axis direction (unit length) | |
| virtual const DVect & | getVAxis () const =0 |
| Return extrusion v-axis direction (unit length) | |
| virtual void | setOrigin (DVect c)=0 |
| Set extrusion origin. | |
| virtual void | setUAxis (DVect u)=0 |
| Set extrusion u-axis direction (unit length), adjust v-axis and normal. | |
| virtual void | setVAxis (DVect v)=0 |
| Set extrusion v-axis direction (unit length), adjust u-axis and normal. | |
| virtual void | setUVAxes (DVect u, DVect v)=0 |
| Set extrusion u,v axes, adjust v-axis, compute normal. | |
| virtual bool | testAxesBasisNormal ()=0 |
| Return true if u,v (and n in 3D) axes are unit length. | |
| virtual bool | testAxesBasisOrthogonal ()=0 |
| Return true if u,v (and n in 3D) axes are orthogonal. | |
| virtual bool | isAutoValidation () const =0 |
| Return auto-validation state, true means validation checks disable changes that created invalidate geometry. | |
| virtual void | setAutoValidation (bool x)=0 |
| Set auto-validation state, true means validation checks disable changes that created invalidate geometry. | |
| virtual double | getValidationTol () const =0 |
| Return relative tolerance used in auto-validation. | |
| virtual void | setValidationTol (double x)=0 |
| Set relative tolerance used in auto-validation. | |
| virtual double | computeValidationAbsTol () const =0 |
| Compute absolute tolerance used in validation. | |
| virtual void | setEdgeCombineTolerance (const double tol)=0 |
| Set tolerance for combining multiple edges to a single curved edge (affects amount of control points on the new edge) | |
| virtual double | getEdgeCombineTolerance () const =0 |
| Return tolerance for combining multiple edges. | |
| virtual bool | countZoneQuality (int statecount[], bool areaCheck=false) const =0 |
| Count number of problem zones, index 0=ok, 1,2=warnings, 3,4=bad. Return true if any bad. | |
| virtual bool | anyZonesBad (bool areaCheck=false) const =0 |
| Return true if any bad zones. | |
| virtual QString | getBadZonesReport () const =0 |
| Return descriptive string of warning and bad zone counts. | |
| virtual QString | getZoneQualityReport (bool badonly=false) const =0 |
| Return descriptive string of bad zone counts. | |
| virtual QString | getZoneQualityReport (int statecount[]) const =0 |
| Convert countlists to string report. | |
| virtual uint32 | getPointGroupNotice () const =0 |
| Notice point groups changed. | |
| virtual uint32 | getEdgeGroupNotice () const =0 |
| Notice edge groups changed. | |
| virtual uint32 | getBlockGroupNotice () const =0 |
| Notice block groups changed. | |
| virtual uint32 | getTwoDGeomChangedNotice () const =0 |
| Notice that 2D geometry has changed (points/edges/blocks moved or removed) | |
| virtual DExtent3 | getExtent () const =0 |
| Get Extension. | |
| virtual void | getGroups (std::map< IString, IStringList > *) const =0 |
| Gets all availables groups. | |
| virtual void | getAvailableSlots (IStringList *) const =0 |
| Gets all availables slots. | |
Static Public Attributes | |
| static const TType | type_ = 0x4cb61c35 |
| The type identification number for this class, for use in convert_cast() and convert_getcast(). | |
Provides interface to IExtrudeSet. Contains containers for points, edges and blocks objects.
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pure virtual |
MetaData is used to store generic data and it contains a key-value pair of strings. Clear Meta Data
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pure virtual |
Test if a (quad) block exists with 2 points on a diagonal.
returns a pointer to the edge container container.
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pure virtual |
Adds a block to the block container and returns a pointer to the newly created object.
returns a pointer to the point container.
1.10.0