OdModelerGeometry Class

Class Hierarchy

Syntax

C++

class OdModelerGeometry : public OdRxObject;

File

ModelerGeometry.h

Description

This class defines the interface for classes that provide conversion services for ACIS SAT and SAB data.

Remarks

This class is used to convert ACIS data between various versions of SAT and SAB.

For example, if a version 2004 .dwg file is saved as an R15 .dxf file, the SAB data in the 2004 file must be converted to version 700 SAT, so as to be valid within the R15 .dxf file.

Corresponding C++ library: ModelerGeometry

Group

Other Classes

OdModelerGeometry Enumerations

	Name	Description
	geomType	Defines geometry types.
	MaterialState	Describes a material state.

OdModelerGeometry Methods

	Name	Description
	addSubentitySpecialSettings	Adds special settings to a subentity.
	auditAcisData	This method is not implemented.
	bodyType	Returns the body type of this ModelerGeometry object.
	booleanOper	This is the overview for the booleanOper method overload.
	brep	Populates the specified BrBrep object with the ACIS BREP data of this ModelerGeometry object.
	chamferEdges	Creates chamfers at the edges of a ModelerGeometry object.
	ChangeFacesDoubleSidedParam	Sets the parameter indicating whether faces are double-sided or not.
	checkCrossSectionCurves	Checks whether cross section curves are valid for the lofting operation.
	checkGuideCurves	Checks whether guide curves are valid for the lofting operation.
	checkInterference	Checks whether the solid interferes with another solid object.
	checkPathCurve	Checks whether a path curve is valid for the lofting operation.
	checkRevolveCurve	Checks whether a specified entity is valid for the revolve operation.
	checkSweepCurve	Determines if the specified sweep entity is valid and returns the planarity of the sweep entity.
	checkSweepPathCurve	Checks whether a specified sweep path curve entity is valid.
	cleanBody	Removes all edges and faces that are not needed for supporting the topology of the ModelerGeometry object.
	clear	Clears the contents of this ModelerGeometry object.
	ClearColorAttributes	Clears the color attributes of this ModelerGeometry object.
	ClearMaterialAttributes	Clears the material attributes of this ModelerGeometry object.
	ClearMaterialMapperAttributes	Clears the material mapper attributes of this ModelerGeometry object.
	convertTo	Creates a new OdDb3dSolid or OdDbSurface object.
	convertToNurbSurface	Converts this ModelerGeometry object to nurb surfaces.
	convertToRegion	Creates region (OdDbRegion class) entities for each face of the ModelerGeometry object.
	copySubEntity	Creates a copy of a specified subentity of this entity.
	createBlendObject	Creates a blend object from the given edges.
	createBox	Creates a WCS aligned solid box centered about the world origin.
	createCachedCurves	Creates cached curves.
	createExtrudedObject	Creates an object by sweeping a planar curve, region, or planar surface in the direction of the given vector using a distance equal to the length of the vector.
	createFilletSurface	Creates a tangent surface between two edges of a surface with constant radius and trimming or no trimming of the original surfaces.
	createFrom	Creates an extruded surface when given a planar entity with thickness, or creates a plane surface when given a simple closed planar entity.
	createFrustum	Creates a WCS aligned frustum centered about the world origin.
	createLoftedObject	Creates a lofted object from the given curves.
	createPyramid	Creates a pyramid. World origin is centered about the base of the pyramid and the pyramid is positioned at half of the specified height above the world origin.
	createRevolvedObject	Creates an object by revolving a specified curve, region, or planar surface around the specified axis of revolution.
	createSculptedSolid	Creates a solid by trimming and (or) extending the specified surfaces and 3D solids, forming an enclosed volume.
	createSectionObjects	Intersects the specified plane with this ModelerGeometry object and creates the intersection in a resulting array.
	createSphere	Creates a sphere centered about the world origin.
	createSweptObject	Creates a swept object by sweeping a face along the specified path.
	createTorus	Creates a WCS aligned torus centered about the world origin and with the Z-axis as its axis of rotation.
	createWedge	Creates a WCS aligned wedge centered about the world origin.
	drawSilhouettes	Creates a viewport-dependent silhouette representation of this ModelerGeometry object.
	enableAcisAudit	Enables or disables ACIS data audit.
	evaluate	This is the overview for the evaluate method overload.
	explode	Explodes this ModelerGeometry object into a set of OdDbEntity objects.
	extendEdges	Extends the edges of this ModelerGeometry object.
	extrude	Creates a solid by extruding the specified region.
	extrudeAlongPath	Creates a ModelerGeometry object by extruding a region along a path curve.
	extrudeFaces	Extrudes faces of the ModelerGeometry object with specified distance and taper angle.
	extrudeFacesAlongPath	Extrudes specified faces along the specified path determined by a curve entity.
	filletEdges	Creates rounded fillets on the edges of a ModelerGeometry object.
	generateMesh	This method is not implemented.
	generateSectionGeometry	This is the overview for the generateSectionGeometry method overload.
	get	Retrieves parameters of this ModelerGeometry object.
	getArea	Returns the area of this ModelerGeometry object.
	getAreaProp	Calculates the area properties of this ModelerGeometry object. The method validates the origin, xAxis, and yAxis parameters to ensure that: The axes are perpendicular to each other. The axes and the origin lie in the same plane as the region.
	getBoundingBox	Returns the bounding box.
	getCachedSilhouettes
	getControlPointAndWeight	Retrieves the control point and weight on the ModelerGeometry object by the specified indices (U, V).
	getControlPoints	Returns the control points and the quantity of control points in both U and V directions.
	getDegreeInU	Returns the degree of the ModelerGeometry object in the U direction.
	getDegreeInV	Returns the degree of the ModelerGeometry object in the V direction.
	getEdgeSubentityGeometry
	getFaceMesh	Gets a mesh of the face.
	getGsMarkersAtSubentPath	Returns an array of GS markers.
	getHlrCurves	Creates a view-dependent representation which consists of visible and hidden curves of input objects.
	getIsolineAtU	Returns the specified number of isolines created in the V direction.
	getIsolineAtV	Returns the specified number of isolines created in the U direction.
	getMassProp	Returns volume properties of the ModelerGeometry object.
	getMMPerUnit	Returns the mm/unit value for this ModelerGeometry object.
	getNormal	Returns the normal vector at the specified parameter location ([U, V]).
	getNumberOfControlPointsInU	Returns the quantity of control points in the U direction.
	getNumberOfControlPointsInV	Returns the quantity of control points in the V direction.
	getNumberOfKnotsInU	Returns the quantity of knots in the U direction.
	getNumberOfKnotsInV	Returns the quantity of knots in the V direction.
	getNumberOfSpansInU	Returns the simple patches in the U direction.
	getNumberOfSpansInV	Returns the simple patches in the V direction.
	getObjectMesh	Gets the mesh of this ModelerGeometry object.
	getParameterOfPoint	Returns the U and V parameter for a point on this ModelerGeometry object.
	getPerimeter	Returns the perimeter of this ModelerGeometry object.
	getPeriodInU	Returns the period value in the U direction for the ModelerGeometry object. Returned value is valid only if the ModelerGeometry object is periodic in the U direction.
	getPeriodInV	Returns the period value in the V direction for the ModelerGeometry object. Returned value is valid only if the ModelerGeometry object is periodic in the V direction.
	getPlane	Returns the plane of this ModelerGeometry object.
	getSection	Creates a DbRegion entity as a result of the intersection between the specified plane and the ModelerGeometry object.
	getSectionViewInfo	This function generates a data to show ViewSection. Sectionable entities include Db3dSolid, DbSurface, DbBody, and DbRegion.
	getSlice	This is the overview for the getSlice method overload.
	getSubentColor	Returns the color of the specified subentity.
	getSubentMaterial	Returns the material of the specified subentity.
	getSubentMaterialMapper	Retrieves a material mapper for the specified subentity.
	getSubentPathsAtGsMarker	Retrieves full subentity paths of subentities, represented by a GS marker.
	getTransformation	Returns the transformation matrix for this ModelerGeometry object.
	getUKnots	Returns the knot vector in the U direction.
	getVKnots	Returns the knot vector in the V direction.
	hasMaterials	Returns the material state of this ModelerGeometry object.
	hasTrueColorAttributes	Returns true if and only if TrueColor attributes are attached to the faces and/or edges of this ModelerGeometry object.
	imprintEntity	Intersects the given entity with this ModelerGeometry object and imprints their intersection graph onto the ModelerGeometry object.
	in	Reads the ACIS data from the specified StreamBuf object into this ModelerGeometry object.
	InsertControlPointsAtU	Inserts a row of control points at the given U knot parameter.
	InsertControlPointsAtV	Inserts a row of control points at the given V knot parameter.
	InsertKnot	Inserts a knot at the specified U or V parameter. The knot insertion doesn't modify the shape of the ModelerGeometry object.
	intersectWith	This is the overview for the intersectWith method overload.
	isClosedInU	Determines whether the ModelerGeometry object is closed in the U direction.
	isClosedInV	Determines whether the ModelerGeometry object is closed in the V direction.
	isPeriodicInU	Determines whether the ModelerGeometry object is periodic in the U direction.
	isPeriodicInV	Determines whether the ModelerGeometry object is periodic in the V direction.
	isPlanar	Determines whether the ModelerGeometry object is a planar surface. If the surface is planar, also returns the plane information and normal. If the surface is planar, the method returns true via the bIsPlanar parameter, otherwise the method returns false.
	isPointOnSurface	Determines whether a specified point is on the ModelerGeometry object. If the specified point is on the ModelerGeometry object, the method returns true via bOnSurface, otherwise the method returns false.
	isRational	Determines whether the ModelerGeometry object is rational. If the ModelerGeometry object is rational, the method returns true, otherwise the method returns false.
	modifyPositionAndTangent	Adjusts the location and tangent of a point on this ModelerGeometry object with the specified parameter ([U, V]). The local control points are adjusted accordingly. If the pointers uDeriv and vDeriv are equal to NULL, then only the location of the point is adjusted.
	offsetBody	Offsets all faces by the specified distance.
	offsetFaces	Offsets the specified faces of this ModelerGeometry object for the specified distance.
	out	Writes the ACIS data from this ModelerGeometry object to the specified StreamBuf object.
	projectOnToEntity	Creates entities by projecting a specified entity onto the surface.
	rayTest	Creates a ray which starts from a specified point and has a specified direction.
	rebuild	Rebuilds this ModelerGeometry object with a specified new degree and quantity of control points in the U and V directions. This operation modifies the shape of the ModelerGeometry object.
	RemoveControlPointsAtU	Removes a row of control points at the specified position in the control points array. The method modifies the shape of the ModelerGeometry object.
	RemoveControlPointsAtV	Removes a row of control points at the specified position in the control points array. The method modifies the shape of the ModelerGeometry object.
	removeFaces	Removes the specified faces from this ModelerGeometry object.
	restoreAttributes	Restores attributes from old ModelerGeometry object.
	revolve	Creates a solid by revolving the specified region.
	separateBody	Separates the ModelerGeometry object into an array of solids representing the additional disjoint volumes. This ModelerGeometry object is reduced to a solid with one volume.
	set	Sets parameters of this ModelerGeometry object.
	setColorToSubents	Sets the new color for subentities.
	setControlPointAndWeight	Sets the control point and weight on the ModelerGeometry object by the specified indices (U, V).
	setControlPoints	Sets the control points.
	setFACETRES	Sets the Facetres for this ModelerGeometry object.
	setMaterialMapperToSubents	Sets the material mapper for subentities.
	setMaterialResolver	This method is not implemented.
	setMaterialToSubents	Sets the material for subentities.
	setMMPerUnit	Sets the mm/unit value for this ModelerGeometry object.
	setSubentColor	Sets the color of the specified face or edge subentity.
	setSubentMaterial	Sets a material for the specified subentity.
	setSubentMaterialMapper	Sets a material mapper for the specified subentity.
	setSubentPath	This method is not implemented.
	shellBody	Transforms this ModelerGeometry object into a thin-walled ModelerGeometry object shell by offsetting faces.
	sliceByPlane	Slices this ModelerGeometry object with the specified plane and sets the object to be the portion on the positive normal side plane.
	sliceBySurface	Slices this ModelerGeometry object with the specified surface.
	taperFaces	Tapers specified faces about a specified base point and draft vector for a specified draft angle.
	thicken	Creates a 3D solid object by thickening the surface by a specified amount.
	transformBy	Applies the specified 3D transformation matrix to this ModelerGeometry object.
	transformFaces	Transforms the specified faces of a ModelerGeometry object by applying the transformation matrix for rotation and (or) moving the faces.
	trimSurface	Trims the surface with specified cutting curves. When curves are used, the actual trimming boundary is formed by projecting the curves onto the surface, so the additional information of project direction needs to be provided.
	worldDraw	Creates a viewport-independent geometric representation of this ModelerGeometry object.

OdModelerGeometry Structures

	Name	Description
	NumIsolines	Stores the number of isolines in U and V directions.

Send feedback about this topic