
Public Member Functions | |
bool | AddTransform (HPS.MatrixKit in_transform) |
Appends a transform to the underlying Parasolid data associated with this component. Only components of type ParasolidAssembly, ParasolidInstance and ParasolidTopoBody can have transforms applied to them. Additionally, only transformations which are rigid motions can be applied. Calling AddTransform with a transform which is not a rigid motion, such as a shear, will cause the function to fail. More... | |
Component () | |
The default constructor creates an uninitialized Parasolid.Component object. The Type() function will return Type.None. More... | |
Component (HPS.Component in_that) | |
This constructor creates an Parasolid.Component object that shares the underlying smart-pointer of the source Component. The copy will only be successful if the source component is really an upcast of a Parasolid.Component object. Otherwise the copy will fail and the resulting Parasolid.Component will be invalid. More... | |
Component (HPS.Parasolid.Component in_that) | |
This constructor creates an Parasolid.Component object that shares the underlying smart-pointer of the source Component. The copy will only be successful if the source component is really an upcast of a Parasolid.Component object. Otherwise the copy will fail and the resulting Parasolid.Component will be invalid. More... | |
override void | Dispose () |
int | GetParasolidEntity () |
Gets the ParasolidEntity object corresponding to this ParasolidComponent. More... | |
override HPS.Type | ObjectType () |
This function returns the type the object, as declared (if the object is derived, this does not give the true type of the derived object). More... | |
bool | SetTransform (HPS.MatrixKit in_transform) |
Applies a transform to the underlying Parasolid data associated with this component, replacing any transform currently set on it. Only components of type ParasolidAssembly, ParasolidInstance and ParasolidTopoBody can have transforms applied to them. Additionally, only transformations which are rigid motions can be applied. Calling SetTransform with a transform which is not a rigid motion, such as a shear, will cause the function to fail. More... | |
void | Tessellate (HPS.Parasolid.FacetTessellationKit in_facet_options, HPS.Parasolid.LineTessellationKit in_line_options) |
Re-tessellate the given Component with the provided options. <linebreak> Tessellation can only occur at the body, instance or assembly level, so calling this function on Component objects below that level will have no effect. <linebreak> More... | |
![]() | |
void | AddKey (HPS.Key in_key) |
Adds a key to be associated with this Component. This will additionally ensure this key can be used to find this Component via CADModel.GetComponentFromKey on the owning CADModel. In general, this will either be a SegmentKey or a GeometryKey (or a subclass thereof), but it may also be an IncludeKey, which is necessary for an instanced Component. If an IncludeKey is associated with this Component, the underlying target of the include will be associated with this Component, though the include will be stored as well to determine things like the associated KeyPath correctly. More... | |
void | AddOwner (HPS.Component in_owner, HPS.IncludeKey in_include) |
Adds an owner to this Component. This is intended to facilitate adding additional owners to an instanced Component, and allows specifying the associated IncludeKey for the additional owner. It is possible to add an owner without adding an IncludeKey, and, if desired, add the IncludeKey separately via AddKey. More... | |
void | AddOwner (HPS.Component in_owner) |
Adds an owner to this Component. This is intended to facilitate adding additional owners to an instanced Component, and allows specifying the associated IncludeKey for the additional owner. It is possible to add an owner without adding an IncludeKey, and, if desired, add the IncludeKey separately via AddKey. More... | |
void | AddReference (HPS.Component in_reference) |
Adds a Component as a reference to this Component. More... | |
bool | AddTransform (HPS.MatrixKit in_transform) |
Appends a transform to the underlying PRC or Parasolid data associated with this component. More... | |
virtual void | Assign (HPS.Component in_that) |
Share the underlying smart-pointer of the Component source. More... | |
Component () | |
The default constructor creates an uninitialized Component object. The Type() function will return Type.None. More... | |
Component (HPS.Component in_that) | |
The copy constructor creates a Component object that shares the underlying smart-pointer of the source Component. More... | |
HPS.Component | CopyTo (HPS.Component in_new_owner) |
Creates a deep copy of this component under another component. Please note how entity copying is handled for each type of entity: More... | |
void | Delete (HPS.Component.DeleteMode mode) |
The behavior of the Delete function varies according to the type of object it's being called on. More... | |
void | Delete () |
The behavior of the Delete function varies according to the type of object it's being called on. More... | |
override bool | Equals (System.Object obj) |
bool | Equals (HPS.Component in_that) |
Check if the source Component points to the same underlying impl as this Component. More... | |
void | Flush () |
Removes all references to the underlying subcomponents, but leaves this Component around. If a subcomponent of the component being flushed has multiple owners, the flush will simply remove the reference to that subcomponent. If a subcomponent of the component being flushed has only one owner (the component being flushed), that subcomponent will be deleted. Any handles to the deleted components will become invalid. More... | |
HPS.Metadata [] | GetAllMetadata () |
Get all Metadata objects associated with this Component. More... | |
HPS.Component [] | GetAllSubcomponents (HPS.Component.ComponentType in_type) |
Gets all components under this Component that have the specified ComponentType mask. This will examine this subcomponents of this Component, the subcomponents of the subcomponents, and so on. More... | |
HPS.Component.ComponentType | GetComponentType () |
Gets the specific format-dependent type this Component represents. More... | |
override int | GetHashCode () |
HPS.Key [] | GetKeys () |
Get the underlying keys (if any) which represent this Component. Generally this will either be a segment or geometry key. More... | |
HPS.Metadata | GetMetadata (string in_name) |
Get the single Metadata object with the given name associated with this Component (if present). More... | |
string | GetName () |
Gets the name for this Component. This is a convenience function equivalent to getting the "Name" metadata for this Component. If a Component does not have a name, an empty UTF8 object will be returned. More... | |
HPS.Component [] | GetOwners () |
Get the Component objects (if any) which "own" this Component. Generally this will be a single element or no elements for a root component. It is possible for there to be multiple owners of a Component if it is instanced (i.e., it may have both a prototype and a containing Component). More... | |
HPS.Component [] | GetReferences () |
Get the Component objects (if any) which are referenced by this Component. These are Component objects which are associated with this Component, but not "owned" by this Component, and would not be deleted if this Component is deleted (though the reference relationship will be removed). More... | |
HPS.Component [] | GetReferrers () |
Gets the Component objects which refer to this Component (if any). These relationships are defined in the original CAD file and can be arbitrarily assigned between Components. <linebreak><linebreak> For the Exchange implementation of the Component hierarchy, Referrers will typically indicate which PMI elements refer to the Component being inspected. More... | |
HPS.Component [] | GetSubcomponents () |
Get the subcomponent objects (if any) owned or referenced by this Component. These Component objects would be deleted if this Component is deleted. More... | |
bool | HasComponentType (HPS.Component.ComponentType in_mask) |
This function indicates whether this Component has the given ComponentType mask. More... | |
bool | SetName (string in_new_name) |
Sets the name for this component. More... | |
bool | SetTransform (HPS.MatrixKit in_transform) |
Applies a transform to the underlying PRC or Parasolid data associated with this component, replacing any transforms currently set on it. More... | |
![]() | |
Sprocket (HPS.Sprocket in_that) | |
![]() | |
virtual bool | Empty () |
Indicates whether this object has any values set on it. More... | |
IntPtr | GetClassID () |
IntPtr | GetInstanceID () |
Returns the object's database handle, which can be used to determine which instance of a class the object is. For example, controls are simply aliases for segment keys that group related functions. Therefore, a SegmentKey and all of its controls would return the same instance id. Different keys and controls will return the same value if they are backed by the same database resource. More... | |
bool | HasType (HPS.Type in_mask) |
This function indicates whether this Object has the given Type mask. More... | |
Object (HPS.Object that) | |
virtual void | Reset () |
Resets this object to its initial, uninitialized state. More... | |
virtual HPS.Type | Type () |
This function returns the true type of the underlying object. This function is useful for finding the type of smart pointer objects that have been cast to more generic types. More... | |
Protected Member Functions | |
override void | deleteCptr () |
![]() | |
virtual IntPtr | GetNonDirectorClassID () |
Additional Inherited Members | |
![]() | |
enum | ComponentType : uint { None = 0x00000000, GenericMask = 0xFFFFF000, ComponentType.ExchangeComponentMask = 0x00001000, ComponentType.ExchangeModelFile = 0x00001001, ComponentType.ExchangeProductOccurrence = 0x00001002, ComponentType.ExchangePartDefinition = 0x00001003, ComponentType.ExchangeView = 0x00001004, ComponentType.ExchangeFilter = 0x00001005, ComponentType.ExchangeRepresentationItemMask = 0x00003000, ComponentType.ExchangeRIBRepModel = 0x00003001, ComponentType.ExchangeRICurve = 0x00003002, ComponentType.ExchangeRIDirection = 0x00003003, ComponentType.ExchangeRIPlane = 0x00003004, ComponentType.ExchangeRIPointSet = 0x00003005, ComponentType.ExchangeRIPolyBRepModel = 0x00003006, ComponentType.ExchangeRIPolyWire = 0x00003007, ComponentType.ExchangeRISet = 0x00003008, ComponentType.ExchangeRICoordinateSystem = 0x00003009, ComponentType.ExchangeTopologyMask = 0x00005000, ComponentType.ExchangeTopoBody = 0x00005001, ComponentType.ExchangeTopoConnex = 0x00005002, ComponentType.ExchangeTopoShell = 0x00005003, ComponentType.ExchangeTopoFace = 0x00005004, ComponentType.ExchangeTopoLoop = 0x00005005, ComponentType.ExchangeTopoCoEdge = 0x00005006, ComponentType.ExchangeTopoEdge = 0x00005007, ComponentType.ExchangeTopoVertex = 0x00005008, ComponentType.ExchangeTopoSingleWireBody = 0x00005009, ComponentType.ExchangeTopoWireEdge = 0x0000500A, ComponentType.ExchangeDrawingMask = 0x00009000, ComponentType.ExchangeDrawingModel = 0x00009001, ComponentType.ExchangeDrawingView = 0x00009002, ComponentType.ExchangeDrawingSheet = 0x00009003, ComponentType.ExchangeBasicDrawingBlock = 0x00009004, ComponentType.ExchangeOperatorDrawingBlock = 0x00009005, ComponentType.ExchangePMIMask = 0x00011000, ComponentType.ExchangePMI = 0x00011000, ComponentType.ExchangePMIText = 0x00011100, ComponentType.ExchangePMIRichText = 0x00011200, ComponentType.ExchangePMIRoughness = 0x00011300, ComponentType.ExchangePMIGDT = 0x00011400, ComponentType.ExchangePMIDatum = 0x00011500, ComponentType.ExchangePMILineWelding = 0x00011600, ComponentType.ExchangePMISpotWelding = 0x00011700, ComponentType.ExchangePMIDimension = 0x00011800, ComponentType.ExchangePMIBalloon = 0x00011900, ComponentType.ExchangePMICoordinate = 0x00011A00, ComponentType.ExchangePMIFastener = 0x00011B00, ComponentType.ExchangePMILocator = 0x00011C00, ComponentType.ExchangePMIMeasurementPoint = 0x00011D00, ComponentType.ParasolidComponentMask = 0x00020000, ComponentType.ParasolidModelFile = 0x00020001, ComponentType.ParasolidAssembly = 0x00020002, ComponentType.ParasolidInstance = 0x00020003, ComponentType.ParasolidTopologyMask = 0x00060000, ComponentType.ParasolidTopoBody = 0x00060001, ComponentType.ParasolidTopoRegion = 0x00060002, ComponentType.ParasolidTopoShell = 0x00060003, ComponentType.ParasolidTopoFace = 0x00060004, ComponentType.ParasolidTopoLoop = 0x00060005, ComponentType.ParasolidTopoFin = 0x00060006, ComponentType.ParasolidTopoEdge = 0x00060007, ComponentType.ParasolidTopoVertex = 0x00060008, ComponentType.DWGComponentMask = 0x00100000, ComponentType.DWGModelFile = 0x00100001, ComponentType.DWGLayout = 0x00100002, ComponentType.DWGBlockTable = 0x00100003, ComponentType.DWGBlockTableRecord = 0x00100004, ComponentType.DWGEntity = 0x00100005, ComponentType.DWGLayerTable = 0x00100006, ComponentType.DWGLayer = 0x00100007, ComponentType.UserComponent = 0x01000000 } |
Enumerates the format-dependent types a Component can represent. More... | |
enum | DeleteMode { Standard = 0, Full = 1, StandardAndExchange = 2 } |
Enumerates whether The Delete operation will use the mode Standard, Full or StandardAndExchange. More... | |
![]() | |
static HPS.KeyPath [] | GetKeyPath (HPS.Component in_component) |
Gets the list of KeyPath objects that correspond to the given Component. There will be at least one KeyPath, and possibly more than one if a particular Component is instanced, e.g., if the Component corresponds to the wheel of a car, a KeyPath would be returned for each wheel (driver side front and rear, and passenger side front and rear). Each KeyPath in the list will also include the portion of the path above the Model (associated with the root CADModel) for each View, Layout layer, and Canvas permutation which includes the Model. This function will not take into account any includes or paths which do not come from the Component hierarchy or the View, Layout, and Canvas permutations which include the Model. More... | |
static HPS.KeyPath [] | GetKeyPath (HPS.Component[] in_components) |
Gets the list of KeyPath objects that correspond to the given ComponentPath. This function can be used to get the KeyPath for a particular instance of an instanced Component. For a non-instanced Component, since the ComponentPath can be determined unambiguously, the KeyPath returned will be the same as if only the leaf non-instanced Component was given to this function. There will be at least one KeyPath returned, and possibly more than one for each View, Layout layer, and Canvas which include the Model associated with the root CADModel. This function will not take into account any includes or paths which do not come from the Component hierarchy or the View, Layout, and Canvas permutations which include the Model. More... | |
static bool | operator!= (HPS.Component a, HPS.Component b) |
static bool | operator== (HPS.Component a, HPS.Component b) |
![]() | |
static IntPtr | ClassID< T > () |
![]() | |
bool | cMemOwn |
HandleRef | cptr |
Detailed Description
The Component class is a smart pointer. It represents a variety of Parasolid components. <linebreak> The primary purpose of this class is simply to provide access to the underlying ParasolidEntity object for use by Parasolid library functions.
Constructor & Destructor Documentation
◆ Component() [1/3]
|
inline |
The default constructor creates an uninitialized Parasolid.Component object. The Type() function will return Type.None.
◆ Component() [2/3]
|
inline |
This constructor creates an Parasolid.Component object that shares the underlying smart-pointer of the source Component. The copy will only be successful if the source component is really an upcast of a Parasolid.Component object. Otherwise the copy will fail and the resulting Parasolid.Component will be invalid.
- Parameters
-
in_that The source Component to copy.
◆ Component() [3/3]
|
inline |
This constructor creates an Parasolid.Component object that shares the underlying smart-pointer of the source Component. The copy will only be successful if the source component is really an upcast of a Parasolid.Component object. Otherwise the copy will fail and the resulting Parasolid.Component will be invalid.
- Parameters
-
in_that The source Component to copy.
Member Function Documentation
◆ AddTransform()
|
inline |
Appends a transform to the underlying Parasolid data associated with this component. Only components of type ParasolidAssembly, ParasolidInstance and ParasolidTopoBody can have transforms applied to them. Additionally, only transformations which are rigid motions can be applied. Calling AddTransform with a transform which is not a rigid motion, such as a shear, will cause the function to fail.
- Parameters
-
in_transform The transform to apply to this component.
- Returns
- true if transform was applied correctly, false otherwise.
◆ GetParasolidEntity()
|
inline |
Gets the ParasolidEntity object corresponding to this ParasolidComponent.
- Returns
- The ParasolidEntity object corresponding to this ParasolidComponent.
◆ ObjectType()
|
inlinevirtual |
This function returns the type the object, as declared (if the object is derived, this does not give the true type of the derived object).
- Returns
- The declared type of the object in question, which may differ from the true, underlying type.
Reimplemented from HPS.Component.
◆ SetTransform()
|
inline |
Applies a transform to the underlying Parasolid data associated with this component, replacing any transform currently set on it. Only components of type ParasolidAssembly, ParasolidInstance and ParasolidTopoBody can have transforms applied to them. Additionally, only transformations which are rigid motions can be applied. Calling SetTransform with a transform which is not a rigid motion, such as a shear, will cause the function to fail.
- Parameters
-
in_transform The transform to apply to this component.
- Returns
- true if transform was applied correctly, false otherwise.
◆ Tessellate()
|
inline |
The documentation for this class was generated from the following file:
- internals/hps_sprk_parasolid/source/cs/HPS.Parasolid.cs