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--- src/SWIG_files/wrapper/Approx.i.orig 2026-08-04 19:52:44 UTC
+++ src/SWIG_files/wrapper/Approx.i
@@ -153,290 +153,9 @@ typedef NCollection_Sequence<opencascade::handle<TColS
typedef NCollection_Sequence<opencascade::handle<TColStd_HArray1OfReal>> Approx_SequenceOfHArray1OfReal;
/* end typedefs declaration */
-/***********************************
-* class Approx_BSplineApproxInterp *
-***********************************/
-class Approx_BSplineApproxInterp {
- public:
- /****** Approx_BSplineApproxInterp::Approx_BSplineApproxInterp ******/
- /****** md5 signature: 327aa9c8cae4778ed421f8deffe06de7 ******/
- %feature("compactdefaultargs") Approx_BSplineApproxInterp;
- %feature("autodoc", "
-Parameters
-----------
-thePoints: TColgp_Array1OfPnt
-theNbControlPts: int
-theDegree: int (optional, default to 3)
-theContinuousIfClosed: bool (optional, default to false)
+/* Begin remove Class Approx_BSplineApproxInterp */
-Return
--------
-None
-
-Description
------------
-Creates a constrained approximation solver.
-Input parameter: thePoints array of 3D points to fit (1-based indexing)
-Input parameter: theNbControlPts desired number of control points for the B-spline
-Input parameter: theDegree degree of the B-spline (default 3)
-Input parameter: theContinuousIfClosed if true, enforces C2 continuity for closed curves.
-") Approx_BSplineApproxInterp;
- Approx_BSplineApproxInterp(const TColgp_Array1OfPnt & thePoints, int theNbControlPts, int theDegree = 3, bool theContinuousIfClosed = false);
-
- /****** Approx_BSplineApproxInterp::Curve ******/
- /****** md5 signature: c38eea3d03f43cd4ac9ae236a908e33c ******/
- %feature("compactdefaultargs") Curve;
- %feature("autodoc", "Return
--------
-opencascade::handle<Geom_BSplineCurve>
-
-Description
------------
-Returns the resulting B-spline curve.
-") Curve;
- const opencascade::handle<Geom_BSplineCurve> & Curve();
-
- /****** Approx_BSplineApproxInterp::InterpolatePoint ******/
- /****** md5 signature: 88cab115881f613dfba7ed44fe7f3eca ******/
- %feature("compactdefaultargs") InterpolatePoint;
- %feature("autodoc", "
-Parameters
-----------
-thePointIndex: int
-theWithKink: bool (optional, default to false)
-
-Return
--------
-None
-
-Description
------------
-Marks a point to be exactly interpolated rather than approximated.
-Input parameter: thePointIndex 0-based index of the point
-Input parameter: theWithKink if true, a kink (C0 break) is inserted at this parameter.
-") InterpolatePoint;
- void InterpolatePoint(int thePointIndex, bool theWithKink = false);
-
- /****** Approx_BSplineApproxInterp::IsDone ******/
- /****** md5 signature: 05e29e49040d98b489fbc7af11aabb8e ******/
- %feature("compactdefaultargs") IsDone;
- %feature("autodoc", "Return
--------
-bool
-
-Description
------------
-Returns true if the fit was successfully computed.
-") IsDone;
- bool IsDone();
-
- /****** Approx_BSplineApproxInterp::MaxError ******/
- /****** md5 signature: 48ec91e4ff08cef7b377cac5e0e8d40a ******/
- %feature("compactdefaultargs") MaxError;
- %feature("autodoc", "Return
--------
-double
-
-Description
------------
-Returns the maximum approximation error (distance at approximated points).
-") MaxError;
- double MaxError();
-
- /****** Approx_BSplineApproxInterp::Perform ******/
- /****** md5 signature: c04b01412cba7220c024b5eb4532697f ******/
- %feature("compactdefaultargs") Perform;
- %feature("autodoc", "Return
--------
-None
-
-Description
------------
-Performs the fit using automatically computed parameters. Parameters are computed from input points using current parametrization alpha.
-") Perform;
- void Perform();
-
- /****** Approx_BSplineApproxInterp::Perform ******/
- /****** md5 signature: edd8da24abbeab549db6739ff7d86cac ******/
- %feature("compactdefaultargs") Perform;
- %feature("autodoc", "
-Parameters
-----------
-theParams: TColStd_Array1OfReal
-
-Return
--------
-None
-
-Description
------------
-Performs the fit with given parameters.
-Input parameter: theParams parameter values for each point (size must match point count).
-") Perform;
- void Perform(const TColStd_Array1OfReal & theParams);
-
- /****** Approx_BSplineApproxInterp::PerformOptimal ******/
- /****** md5 signature: 9208ad1faca7f61290cf24b3e701c16d ******/
- %feature("compactdefaultargs") PerformOptimal;
- %feature("autodoc", "
-Parameters
-----------
-theMaxIter: int
-
-Return
--------
-None
-
-Description
------------
-Performs the fit with iterative parameter optimization using automatically computed initial parameters.
-Input parameter: theMaxIter maximum number of optimization iterations.
-") PerformOptimal;
- void PerformOptimal(int theMaxIter);
-
- /****** Approx_BSplineApproxInterp::PerformOptimal ******/
- /****** md5 signature: 39ed52935923f49d5478c48507e4540a ******/
- %feature("compactdefaultargs") PerformOptimal;
- %feature("autodoc", "
-Parameters
-----------
-theParams: TColStd_Array1OfReal
-theMaxIter: int
-
-Return
--------
-None
-
-Description
------------
-Performs the fit with iterative parameter optimization. Parameters of approximated points are re-projected onto the curve after each iteration to improve the fit.
-Input parameter: theParams initial parameter values
-Input parameter: theMaxIter maximum number of optimization iterations.
-") PerformOptimal;
- void PerformOptimal(const TColStd_Array1OfReal & theParams, int theMaxIter);
-
- /****** Approx_BSplineApproxInterp::SetClosedTolerance ******/
- /****** md5 signature: c8a4c45fa8db6f2cf7a3064333529aef ******/
- %feature("compactdefaultargs") SetClosedTolerance;
- %feature("autodoc", "
-Parameters
-----------
-theRelTol: double
-
-Return
--------
-None
-
-Description
------------
-Sets the relative tolerance for detecting closed curves. Closedness is detected when first/last points are within theRelTol * (bounding box diagonal).
-Input parameter: theRelTol relative tolerance (default 1e-12).
-") SetClosedTolerance;
- void SetClosedTolerance(double theRelTol);
-
- /****** Approx_BSplineApproxInterp::SetConvergenceTolerance ******/
- /****** md5 signature: 32dd19fe3bd8a68a10704dfeaf23af3f ******/
- %feature("compactdefaultargs") SetConvergenceTolerance;
- %feature("autodoc", "
-Parameters
-----------
-theTol: double
-
-Return
--------
-None
-
-Description
------------
-Sets the convergence tolerance for parameter optimization. Optimization stops when relative error reduction falls below this value.
-Input parameter: theTol convergence tolerance (default 1e-3).
-") SetConvergenceTolerance;
- void SetConvergenceTolerance(double theTol);
-
- /****** Approx_BSplineApproxInterp::SetKnotInsertionTolerance ******/
- /****** md5 signature: fba00dbe4b829b430f2eca8881356d4f ******/
- %feature("compactdefaultargs") SetKnotInsertionTolerance;
- %feature("autodoc", "
-Parameters
-----------
-theTol: double
-
-Return
--------
-None
-
-Description
------------
-Sets the tolerance for detecting duplicate knot positions during insertion.
-Input parameter: theTol knot matching tolerance (default 1e-4).
-") SetKnotInsertionTolerance;
- void SetKnotInsertionTolerance(double theTol);
-
- /****** Approx_BSplineApproxInterp::SetMinPivot ******/
- /****** md5 signature: 76d4a0e19014e897215028588328ad63 ******/
- %feature("compactdefaultargs") SetMinPivot;
- %feature("autodoc", "
-Parameters
-----------
-theMinPivot: double
-
-Return
--------
-None
-
-Description
------------
-Sets the minimum pivot value for the Gauss solver. Matrices with pivots below this threshold are treated as singular.
-Input parameter: theMinPivot minimum pivot threshold (default 1e-20).
-") SetMinPivot;
- void SetMinPivot(double theMinPivot);
-
- /****** Approx_BSplineApproxInterp::SetParametrizationAlpha ******/
- /****** md5 signature: ac54d445809a59b404b537fce3ccc531 ******/
- %feature("compactdefaultargs") SetParametrizationAlpha;
- %feature("autodoc", "
-Parameters
-----------
-theAlpha: double
-
-Return
--------
-None
-
-Description
------------
-Sets the parametrization power for automatic parameter computation. 0.0 = uniform, 0.5 = centripetal (default), 1.0 = chord-length.
-Input parameter: theAlpha parametrization exponent in [0, 1].
-") SetParametrizationAlpha;
- void SetParametrizationAlpha(double theAlpha);
-
- /****** Approx_BSplineApproxInterp::SetProjectionTolerance ******/
- /****** md5 signature: a2d46914406443eccff22bac9af1d607 ******/
- %feature("compactdefaultargs") SetProjectionTolerance;
- %feature("autodoc", "
-Parameters
-----------
-theTol: double
-
-Return
--------
-None
-
-Description
------------
-Sets the tolerance for point projection onto curve during optimization.
-Input parameter: theTol projection accuracy (default 1e-6).
-") SetProjectionTolerance;
- void SetProjectionTolerance(double theTol);
-
-};
-
-
-%extend Approx_BSplineApproxInterp {
- %pythoncode {
- __repr__ = _dumps_object
- }
-};
+/* End remove Class Approx_BSplineApproxInterp */
/***********************
* class Approx_Curve2d *
|
