NurbsSurfaceMesh.AddSurfaceWithTrim
Adds a trimmed surface to the mesh.
NurbsSurface NurbsSurfaceMesh.AddSurfaceWithTrim( Object in_vsaControlPoints, Object in_vsadUKnots, Object in_vsadVKnots, Boolean in_bUClosed, Boolean in_bVClosed, Int32 in_lUDegree, Int32 in_lVDegree, siKnotParameterization in_eUParam, siKnotParameterization in_eVParam, siNurbsFormat in_eNurbsFormat, Int32 in_lNbTrim, Object in_vsabIsBoundary, Object in_vsalProjectionType, Object in_vsalNbCurve, Object in_vsaCurveControlPoints, Object in_vsaCurveNbControlPoints, Object in_vsaCurveParam, Object in_vsaCurveKnots, Object in_vsaCurveNbKnots, Object in_vsaCurveDegree, Object in_vsaCurveClosed ); |
oReturn = NurbsSurfaceMesh.AddSurfaceWithTrim( [ControlPoints], [UKnots], [VKnots], [UClosed], [VClosed], [UDegree], [VDegree], [UParam], [VParam], [NurbsFormat], [NbTrim], [IsBoundary], [ProjectionType], [NbCurve], [CurveControlPoints], [CurveNbControlPoints], [CurveParam], [CurveKnots], [CurveNbKnots], [CurveDegree], [CurveClosed] ); |
| Parameter | Type | Description | ||||||
|---|---|---|---|---|---|---|---|---|
| ControlPoints | 1D or 3D Array | The control points used for creating the nurbs surface. The control points can be stored in a 1-dimensional array or in a 3-dimensional matrix (UxVx4) of x,y,z,w values. The 1 dimensional array should contain the number of points in U and V at the beginning followed by a sequence of x,y,z,w values e.g. {U,V,Xo,Yo,Zo,...X(uv-1),Y(uv-1),Z(uv-1),W(uv-1)}. | ||||||
| UKnots | Array of Doubles | A vector of knot values in the U direction. | ||||||
| VKnots | Array of Doubles | An array of knot values in the V direction. | ||||||
| UClosed | Boolean | Specifies whether the nurbs surface is closed or not in U
direction.
Default Value: false |
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| VClosed | Boolean | Specifies whether the nurbs surface is closed or not in V
direction.
Default Value: false |
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| UDegree | Long | Degree of the nurbs surface in U direction.
Default Value: 3 |
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| VDegree | Long | Degree of the nurbs surface in V direction.
Default Value: 3 |
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| UParam | siKnotParameterization | The parameterization factor of the nurbs surface in U
direction.
Default Value: siNonUniformParameterization |
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| VParam | siKnotParameterization | The parameterization factor of the nurbs surface in V
direction.
Default Value: siNonUniformParameterization |
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| NurbsFormat | siNurbsFormat | Specifies how the data is formatted.
Default Value: siSINurbs |
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| NbTrim | Long | Specifies how many trims this surface contains.
Default Value: 0 |
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| IsBoundary | Array of Booleans | Specifies whether each trim is a boundary. | ||||||
| ProjectionType | Array of Longs | Specifies the projection type of each trim. Each member of the
array maps to a single trim, so the array is actually a combination
of the possible values (0 and 1).
|
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| NbCurve | Array of Longs | Number of nurbs curves in each trim | ||||||
| CurveControlPoints | 2D Array of 2D Array | Array where each set of control points is stored in a 2-dimensional array. The array is 4 x Number of ControlPoints. | ||||||
| CurveNbControlPoints | Array of Array of Longs | Specifies the number of ControlPoints per NurbsCurve per trim. | ||||||
| CurveParam | Array of Array of siKnotParameterization values | The parameterization factor of the nurbs curve for each trim. | ||||||
| CurveKnots | Array of Array of Doubles | An array of knot values for each trim. | ||||||
| CurveNbKnots | Array of Array of Longs | Specifies the number of Knots per nurbs curve per trim. | ||||||
| CurveDegree | Array of Array of Longs | Degree of the nurbs curves for each trim.
Default Value: 3 |
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| CurveClosed | Array of Array of Booleans | Specifies whether the nurbs curve is closed for each trim.
Default Value: False |
' This example creates a sphere with a circular trim
Dim lDegree(2), bClosed(2), eParameterization(2), aControlPoints, aKnots(2)
' Extract data from a sphere nurbs surface
set oRoot = Application.activeproject.activescene.root
set oSphere = oRoot.AddGeometry( "Sphere", "NurbsSurface" )
oSphere.ActivePrimitive.Geometry.Surfaces(0).Get _
siSINurbs, _
aControlPoints, _
aKnots(siUDirection),aKnots(siVDirection) , _
bClosed(siUDirection),bClosed(siVDirection), _
lDegree(siUDirection),lDegree(siVDirection), _
eParameterization(siUDirection),eParameterization(siVDirection)
' Extract data from a cricular curve for the trim
set oCurve = CreatePrim("Circle", "NurbsCurve")
Dim lCDegree, bCClosed, eCParameterization, aCControlVertex, aCKnots, lCCount, aCNbControlVertex
oCurve.ActivePrimitive.geometry.get _
siSINurbs, _
lCCount, _
aCControlVertex, _
aCNbControlVertex, _
aCKnots , _
aCNbKnots, _
bCClosed, _
lCDegree, _
eCParameterization
' Create the trimmed surface
set oNew = oRoot.AddNurbsSurfaceMesh
oNew.ActivePrimitive.Geometry.AddSurfaceWithTrim _
aControlPoints, _
aKnots(siUDirection),aKnots(siVDirection) , _
bClosed(siUDirection),bClosed(siVDirection), _
lDegree(siUDirection),lDegree(siVDirection), _
eParameterization(siUDirection),eParameterization(siVDirection), _
siSINurbs, _
1, _
array(True), _
array(0), _
array(lCCount), _
array(aCControlVertex), _
array(aCNbControlVertex), _
array(eCParameterization), _
array(aCKnots) , _
array(aCNbKnots), _
array(lCDegree), _
array(bCClosed)
|