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IUnknown
|
+---IDispatch
|
+---CATBaseUnknown
|
+---CATBaseDispatch
|
+---AnyObject
|
+---HybridShape
|
+---HybridShapeSweep
|
+---HybridShapeSweepExplicit
LICENSING INFORMATION: Creation of volume result requires GSO License
if GSO License is not granted , settting of Volume context has not effect
| o Property AngleLaw( | ) As CATIAReference |
| o Property AngleLawInversion( | ) As long |
| o Property AngleLawType( | ) As long |
| o Property Context( | ) As long |
oContext the context
for the Sweep hybrid shape feature.
Dim oContext Set oContext = Sweep.Context
| o Property FirstGuideCrv( | ) As CATIAReference |
| o Property GuideDeviation( | ) As CATIALength (Read Only) |
| o Property GuideDeviationActivity( | ) As boolean |
| o Property GuideProjection( | ) As boolean |
Sweep hybrid shape sweep explicit feature to True.
Sweep.GuideProjection = True
| o Property Mode( | ) As long |
| o Property PositionMode( | ) As long |
oPosMode the position mode
for the Sweep hybrid shape feature.
oPosMode = Sweep.PositionMode
| o Property PositionedProfile( | ) As CATIAReference |
| o Property Profile( | ) As CATIAReference |
| o Property ProfileXAxisComputationMode( | ) As long |
oDirCompMode the Profile X Axis ComputationMode
for the Sweep hybrid shape feature.
oDirCompMode = Sweep.ProfileXAxisComputationMode
| o Property PullingDirection( | ) As CATIAHybridShapeDirection |
ohDir the pulling direction feature
for the Sweep hybrid shape feature.
Dim ohDir As CATIAHybridShapeDirection Set ohDir = Sweep.PullingDirection
| o Property Reference( | ) As CATIAReference |
| o Property SecondGuideCrv( | ) As CATIAReference |
| o Property SmoothActivity( | ) As boolean |
| o Property SmoothAngleThreshold( | ) As CATIAAngle (Read Only) |
| o Property SolutionNo( | ) As long |
| o Property Spine( | ) As CATIAReference |
| o Property SubType( | ) As long |
| 1 | Explicit profile swept surface defined with reference surface |
| 2 | Explicit profile swept surface defined with two guide curves |
| 3 | Explicit profile swept surface defined with pulling direction |
| o Func GetAngleRef( | long | ii) As CATIAAngle |
| o Sub GetFittingPoints( | CATIAReference | opIAElemA, |
| CATIAReference | opIAElemB) |
| o Sub GetLongitudinalRelimiters( | CATIAReference | opIAElemA, |
| CATIAReference | opIAElemB) |
| o Sub GetNbAngle( | long | oAng) |
| o Sub GetNbGuide( | long | oNum) |
| o Sub GetNbPosAngle( | long | oPosAng) |
| o Sub GetNbPosCoord( | long | oPosCoord) |
| o Func GetPosAngle( | long | ii) As CATIAAngle |
| o Func GetPosCoord( | long | ii) As CATIALength |
| o Func GetPosDirection( | long | ii) As CATIAReference |
| o Func GetPosPoint( | long | ii) As CATIAReference |
| o Func GetPosSwapAxes( | long | ii) As long |
| o Sub GetRelimiters( | CATIAReference | opIAElem1, |
| long | opOrient1, | |
| CATIAReference | opIAElem2, | |
| long | opOrient2) |
| o Sub IsSketchAxisUsedAsDefault( | boolean | oBoolean) |
| o Sub RemoveAngle( | ) |
| o Sub RemoveFittingPoints( | ) |
| o Sub RemoveGuide( | ) |
| o Sub SetAngleRef( | long | ii, |
| double | Elem) |
| o Sub SetFittingPoints( | CATIAReference | ipIAElemA, |
| CATIAReference | ipIAElemB) |
| o Sub SetGuideDeviation( | double | iLength) |
| o Sub SetLongitudinalRelimiters( | CATIAReference | ipIAElemA, |
| CATIAReference | ipIAElemB) |
| o Sub SetPosAngle( | long | ii, |
| double | Elem) |
| o Sub SetPosCoord( | long | ii, |
| double | Elem) |
| o Sub SetPosDirection( | long | ii, |
| CATIAReference | Elem) |
| o Sub SetPosPoint( | long | ii, |
| CATIAReference | Elem) |
| o Sub SetPosSwapAxes( | long | ii, |
| long | Elem) |
| o Sub SetRelimiters( | CATIAReference | ipIAElem1, |
| long | ipOrient1, | |
| CATIAReference | ipIAElem2, | |
| long | ipOrient2) |
| o Sub SetSmoothAngleThreshold( | double | iAngle) |
| o Sub UseSketchAxisAsDefault( | boolean | iBoolean) |
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