|
override void | deleteCptr () |
|
override void | deleteCptr () |
|
override void | deleteCptr () |
|
virtual IntPtr | GetNonDirectorClassID () |
|
|
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
} |
|
enum | DeleteMode { Standard = 0,
Full = 1,
StandardAndExchange = 2
} |
|
static HPS.KeyPath [] | GetKeyPath (HPS.Component in_component) |
|
static HPS.KeyPath [] | GetKeyPath (HPS.Component[] in_components) |
|
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 |
|
The CADModel class is a smart pointer. It represents the root Component for a structured file format.
◆ CADModel() [1/4]
HPS.CADModel.CADModel |
( |
| ) |
|
|
inline |
The default constructor creates an uninitialized CADModel object. The Type() function will return Type.None.
◆ CADModel() [2/4]
This constructor creates a CADModel 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 CADModel object. Otherwise the copy will fail and the resulting CADModel will be invalid.
- Parameters
-
◆ CADModel() [3/4]
The copy constructor creates a CADModel object that shares the underlying smart-pointer of the source CADModel.
- Parameters
-
◆ CADModel() [4/4]
This constructor creates a CADModel object that is associated with the given Model. This will throw an exception if the given Model is not associated with a CADModel.
- Parameters
-
◆ ActivateDefaultCapture()
HPS.View HPS.CADModel.ActivateDefaultCapture |
( |
| ) |
|
|
inline |
Creates a new View object corresponding to the default capture for this CADModel. The View object that is returned will have the corresponding visibility settings, material settings, transformation settings, and camera for the default capture set on it.
- Returns
- A newly created View object corresponding to this Capture.
◆ GetActiveFilters()
Get a list of the active filters on the given View.
- Parameters
-
in_view | The View for which to get the active filters. |
- Returns
- A list of the active filters on the given View.
◆ GetAllCaptures()
Get a list of all captures from all subcomponents for this CADModel.
- Returns
- A list of all captures from all subcomponents for this CADModel.
◆ GetAllFilters()
Get a list of all filters from all subcomponents for this CADModel.
- Returns
- A list of all filters from all subcomponents for this CADModel.
◆ GetComponentFromKey()
Find the Component associated with the given Key (if any).
- Parameters
-
- Returns
- The Component associated with the given Key (if any).
◆ GetComponentPath() [1/4]
Get the ComponentPath which corresponds to the given KeyPath.
The returned path will contain the Components which occurs along the given KeyPath, up to the CADModel.
If the path type requested is Unique, Components associated with keys which are implicitly along the key path will be included in the returned path, provided they can be determined unambiguously.
If the path type requested is Complete, all Components associated with keys which are implicitly along the path will be included in the returned path, if an entry cannot be determined unambiguously, it will be filled with the first eligible component found.
Example: a component with two owners will select the first owner out of the two, if the key path does not specify which of the two owners to consider, when using a Complete path type. It will instead not include any of the two owners when using Unique path type.
This function will throw an InvalidSpecificationException if the provided key path does not proceed from leaf to root. An error will be logged if the key path is ambiguous, and only components associated with the explicit keys in the key path will be returned in this case.
- Parameters
-
- Returns
- The ComponentPath corresponding to the given KeyPath.
◆ GetComponentPath() [2/4]
Get the ComponentPath which corresponds to the given KeyPath.
The returned path will contain the Components which occurs along the given KeyPath, up to the CADModel.
If the path type requested is Unique, Components associated with keys which are implicitly along the key path will be included in the returned path, provided they can be determined unambiguously.
If the path type requested is Complete, all Components associated with keys which are implicitly along the path will be included in the returned path, if an entry cannot be determined unambiguously, it will be filled with the first eligible component found.
Example: a component with two owners will select the first owner out of the two, if the key path does not specify which of the two owners to consider, when using a Complete path type. It will instead not include any of the two owners when using Unique path type.
This function will throw an InvalidSpecificationException if the provided key path does not proceed from leaf to root. An error will be logged if the key path is ambiguous, and only components associated with the explicit keys in the key path will be returned in this case.
- Parameters
-
- Returns
- The ComponentPath corresponding to the given KeyPath.
◆ GetComponentPath() [3/4]
Get the ComponentPath which corresponds to the given SelectionItem. The returned path will be the Component associated with each key which occurs along the KeyPath associated with the SelectionItem, up to the CADModel.
If the path type requested is Unique, Components associated with keys which are implicitly along the key path will be included in the returned path, provided they can be determined unambiguously.
If the path type requested is Complete, all Components associated with keys which are implicitly along the path will be included in the returned path, if an entry cannot be determined unambiguously, it will be filled with the first eligible component found.
Example: a component with two owners will select the first owner out of the two, if the key path associated with the selection path does not specify which of the two owners to consider, when using a Complete path type. It will instead not include any of the two owners when using Unique path type.
This function will throw an InvalidSpecificationException if the provided key path does not proceed from leaf to root. An error will be logged if the key path is ambiguous, and only components associated with the explicit keys in the key path will be returned in this case.
- Parameters
-
- Returns
- The ComponentPath corresponding to the given SelectionItem.
◆ GetComponentPath() [4/4]
Get the ComponentPath which corresponds to the given SelectionItem. The returned path will be the Component associated with each key which occurs along the KeyPath associated with the SelectionItem, up to the CADModel.
If the path type requested is Unique, Components associated with keys which are implicitly along the key path will be included in the returned path, provided they can be determined unambiguously.
If the path type requested is Complete, all Components associated with keys which are implicitly along the path will be included in the returned path, if an entry cannot be determined unambiguously, it will be filled with the first eligible component found.
Example: a component with two owners will select the first owner out of the two, if the key path associated with the selection path does not specify which of the two owners to consider, when using a Complete path type. It will instead not include any of the two owners when using Unique path type.
This function will throw an InvalidSpecificationException if the provided key path does not proceed from leaf to root. An error will be logged if the key path is ambiguous, and only components associated with the explicit keys in the key path will be returned in this case.
- Parameters
-
- Returns
- The ComponentPath corresponding to the given SelectionItem.
◆ GetModel()
◆ ObjectType()
override HPS.Type HPS.CADModel.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.Object.
Reimplemented in HPS.Exchange.CADModel, HPS.Parasolid.CADModel, and HPS.DWG.CADModel.
◆ ResetVisibility() [1/2]
void HPS.CADModel.ResetVisibility |
( |
HPS.Canvas |
in_canvas, |
|
|
ulong |
in_layer |
|
) |
| |
|
inline |
◆ ResetVisibility() [2/2]
void HPS.CADModel.ResetVisibility |
( |
HPS.Canvas |
in_canvas | ) |
|
|
inline |
The documentation for this class was generated from the following file:
- internals/hps_sprk/source/cs/HPS.CADModel.cs