All Frameworks Class Hierarchy This Framework Indexes
SurfaceMachiningInterfaces Interface CATIMfgMultiAxisIsoparametricMachining
Usage: an implementation of this interface is supplied and you must use it as is. You should not reimplement it.
interface CATIMfgMultiAxisIsoparametricMachining
Interface for multi axis isoparametric machining operations.
Method Index
- o
GetGeometricBeltsNumber(int&)
- Retrieves the number of belts from part elements.
- o
RemoveChecksGeometries()
- Removes all check elements from the operation.
- o
RemovePartsGeometries()
- Removes all part elements from the operation.
- o
SetChecksGeometries(CATBaseUnknown_var&,CATBaseUnknown_var&,int)
- Adds check geometry to the operation.
- o
SetPartsGeometries(CATBaseUnknown_var&,CATBaseUnknown_var&,int)
- Adds part geometry to the operation.
- o
SetPartsOrientation(int,CATOrientation)
- Modifies the orientation of the part with regards to its geometry.
- o
SetTransitionCorners(CATListValCATBaseUnknown_var&,CATListValCATBaseUnknown_var&)
- Sets the transition corners for all belts.
Methods
o GetGeometricBeltsNumber
| public virtual GetGeometricBeltsNumber( | | oNumberOfBelts) |
-
Retrieves the number of belts from part elements.
- Parameters:
-
- oNumberOfBelts
- The number of belts.
- Returns:
-
- S_OK
- if the method succeeds
o RemoveChecksGeometries
| public virtual RemoveChecksGeometries( | ) |
-
Removes all check elements from the operation.
- Returns:
-
- S_OK
- if the method succeeds
o RemovePartsGeometries
| public virtual RemovePartsGeometries( | ) |
-
Removes all part elements from the operation.
- Returns:
-
- S_OK
- if the method succeeds
o SetChecksGeometries
| public virtual SetChecksGeometries( | const | iReference, |
| const | iProduct, |
| const | iPosition | =0) |
-
Adds check geometry to the operation.
- Parameters:
-
- iReference
- The geometric element to set.
- iProduct
- The associated product of the referenced geometry.
- iPosition
- The position where to set the geometry in the geometry list (optional).
If not set, iReference is added at the end of the list.
- Returns:
-
- S_OK
- if the method succeeds
- E_FAIL
- if iReference is not valid
o SetPartsGeometries
| public virtual SetPartsGeometries( | const | iReference, |
| const | iProduct, |
| const | iPosition | =0) |
-
Adds part geometry to the operation.
Part faces must be sorted from the first to machine to the last one.
Parts must be defined inside a belt without forks.
- Parameters:
-
- iReference
- The geometric element to set.
- iProduct
- The associated product of the referenced geometry.
- iPosition
- The position where to set the geometry in the geometry list (optional).
If not set, iReference is added at the end of the list.
- Returns:
-
- S_OK
- if the method succeeds
- E_FAIL
- if iReference is not valid
o SetPartsOrientation
| public virtual SetPartsOrientation( | const | iBelt, |
| | iNewOrientation) |
-
Modifies the orientation of the part with regards to its geometry.
The system will automatically initialize the 'Side to mill' arrow based on orientation stored on first Face provided as Part element.
This orientation stored on CATCell itself is naturally defined outer the material in case of solid faces but stays unpredictable in case of wireframe surfaces.
- Parameters:
-
- iNewOrientation
- The new relative orientation.
- Returns:
-
- S_OK
- if the method succeeds
o SetTransitionCorners
| public virtual SetTransitionCorners( | const | iListOfCorners, |
| const | iListOfProducts) |
-
Sets the transition corners for all belts.
Four corners must be defined for each belt, sorted with the following rule :
- from corner 1 (start of first path)
- thru corner 2 (end of first path)
- thru corner 3 (start of last path)
- to corner 4 (end of last path)
Corners must belong to the BRep elements previously provided as Parts.
- Parameters:
-
- iListOfCorners
- The list of corners to go from a belt to another (CATVertex elements).
- Returns:
-
- S_OK
- if the method succeeds
- E_FAIL
- if iListOfCorners is not valid or if part elements are not defined.
This object is included in the file: CATIMfgMultiAxisIsoparametricMachining.h
If needed, your Imakefile.mk should include the module: SmgItfEnv