Modifications triggered by RevEng

gotools-core/include/GoTools/creators/ApproxSurf.h

@@ -60,7 +60,10 @@
 #include "GoTools/geometry/SplineCurve.h"
 #include <vector>
 
-
+enum
+  {
+   ACCURACY_MAXDIST, ACCURACY_AVDIST_FRAC
+  };
 
 class SmoothSurf;
 
@@ -203,6 +206,11 @@ class ApproxSurf
     /// Approximate C1 continuity with a given impartance 0 <= fac < 1
     void setC1Approx(double fac1, double fac2);
 
+  void setMBA(bool mba)
+  {
+    mba_ = mba;
+  }
+
     /// Fetch the approximating surface
 
     /// When everything else is set, this function can be used to run the 
@@ -227,6 +235,11 @@ class ApproxSurf
     /// match against the current surface.
     int reParam();
 
+  std::vector<double> getParvals()
+  {
+    return parvals_;
+  }
+
     /// Check whether or not the spline space will be refined during 
     /// the approximation iterations
     bool getDoRefine()
@@ -241,6 +254,13 @@ class ApproxSurf
       refine_ = refine;
     }
 
+  /// Set accuracy criterion
+  void setAccuracyCrit(int criterion, double frac)
+  {
+    acc_criter_ = (criterion == 1) ? ACCURACY_AVDIST_FRAC : ACCURACY_MAXDIST;
+    acc_frac_ = frac;
+  }
+
 
  protected:
     /// Default constructor
@@ -264,6 +284,7 @@ class ApproxSurf
     bool close_belt_;
     bool repar_;
     bool refine_;
+  bool mba_;
 
     int dim_;
     std::vector<double> points_;
@@ -275,6 +296,8 @@ class ApproxSurf
     int constdir_;
     bool orig_;
     double c1fac1_, c1fac2_;
+  int acc_criter_;
+  double acc_frac_;
 
     /// Generate an initial curve representing the spline space
     int makeInitSurf(std::vector<shared_ptr<SplineCurve> > &crvs, 
@@ -289,6 +312,9 @@ class ApproxSurf
     /// Generate a smoothing surface
     int makeSmoothSurf();
 
+  /// Approximate using mba method
+  void mbaApprox();
+
     /// Check the accuracy of the current surface
     int checkAccuracy(std::vector<double>& acc_outside_u,
 		      std::vector<int>& nmb_outside_u,
@@ -307,6 +333,8 @@ class ApproxSurf
     /// Define free and fixed coefficients
     void coefKnownFromPoints();
     void setCoefKnown();
+
+  bool approxOK();
 };
 
 }  // namespace Go

gotools-core/include/GoTools/geometry/BoundedCurve.h

@@ -134,7 +134,8 @@ class GO_API BoundedCurve : public ParamCurve
     virtual void appendCurve(ParamCurve* cv, bool reparam=true);
 
     virtual void appendCurve(ParamCurve* cv,
-			     int continuity, double& dist, bool reparam=true);
+			     int continuity, double& dist, bool reparam=true,
+			     double tol = 1.0e-4);
 
     virtual void closestPoint(const Point& pt,
 			      double tmin,

gotools-core/include/GoTools/geometry/BoundedUtils.h

@@ -286,6 +286,11 @@ namespace BoundedUtils {
 		     std::vector< shared_ptr< CurveOnSurface > >& bnd_cvs,
 		     double eps);
 
+  std::vector<shared_ptr<CurveOnSurface> >
+  intersectWithElementarySurface(shared_ptr<ParamSurface>& surf,
+				 shared_ptr<ElementarySurface>& elem,
+				 double geom_tol);
+
     /// Find the intersection curve(s) between a parametric surface and a given plane.
     /// The plane is defined by its normal and a point on the plane.
     /// \param surf the surface to intersect with the plane
@@ -322,7 +327,21 @@ namespace BoundedUtils {
       intersectWithCylinder(shared_ptr<ParamSurface>& surf,
 			    Point pnt, Point vec, double radius, double geom_tol);
 
-    /// Find the intersction curve(s) between two spline surfaces
+    std::vector<shared_ptr<CurveOnSurface> >
+      intersectWithSphere(shared_ptr<ParamSurface>& surf,
+			  Point pnt, double radius, double geom_tol);
+
+    std::vector<shared_ptr<CurveOnSurface> >
+      intersectWithCone(shared_ptr<ParamSurface>& surf,
+			Point pnt, Point axispt, Point sfpt, double geom_tol);
+
+    std::vector<shared_ptr<CurveOnSurface> >
+      intersectWithTorus(shared_ptr<ParamSurface>& surf,
+			 Point pnt, Point normal, double rad1,
+			 double rad2, double geom_tol);
+
+    /// Find the intersction curve(s) between two parametric surfaces. The surfaces
+  /// are represented as spline surface if this was not the case initially.
     /// \param sf1 the first surface to intersect
     /// \param sf2 the second surface to intersect
     /// \retval int_segments1 a vector of CurveOnSurface s, representing the intersection 
@@ -337,7 +356,23 @@ namespace BoundedUtils {
 			      double epsge);
 
 
-    /// Translate a given BoundedSurface 
+     /// Find the intersction curve(s) between two parametric surfaces where at least
+  /// one is an elementary surface. 
+    /// \param sf1 the first surface to intersect
+    /// \param sf2 the second surface to intersect
+    /// \retval int_segments1 a vector of CurveOnSurface s, representing the intersection 
+    ///                       curves as lying on 'sf1'.
+    /// \retval int_segments2 a vector of CurveOnSurface s, representing the intersection
+    ///                       curves as lying on 'sf2'.
+    /// \param epsge geometrical tolerance to be used for intersection computations
+    void getIntersectionCurveElem(shared_ptr<ParamSurface>& sf1,
+				  shared_ptr<ParamSurface>& sf2,
+				  std::vector<shared_ptr<CurveOnSurface> >& int_segments1,
+				  std::vector<shared_ptr<CurveOnSurface> >& int_segments2,
+				  double epsge);
+
+
+     /// Translate a given BoundedSurface 
     /// \param trans_vec the vector specifying the translation to apply to the surface
     /// \param bd_sf the surface to translate
     /// \param deg_eps an epsilon value used when determining degenerate boundary loops

gotools-core/include/GoTools/geometry/Circle.h

@@ -139,7 +139,8 @@ class Circle : public ElementaryCurve
     virtual void appendCurve(ParamCurve* cv, bool reparam=true);
 
     virtual void appendCurve(ParamCurve* cv,
-			     int continuity, double& dist, bool reparam=true);
+			     int continuity, double& dist, bool reparam=true,
+			     double tol = 1.0e-4);
 
     virtual void closestPoint(const Point& pt,
 			      double tmin,

gotools-core/include/GoTools/geometry/CurveOnSurface.h

@@ -248,7 +248,8 @@ class GO_API CurveOnSurface : public ParamCurve
     // inherited from ParamCurve.  NB: does not check whether the resulting ParamCurve
     // stays inside parameter domain (or that the space curve stays on surface).
     virtual void appendCurve(ParamCurve* cv,
-			     int continuity, double& dist, bool reparam=true);
+			     int continuity, double& dist, bool reparam=true,
+			     double tol = 1.0e-4);
 
     /// Set the underlying surface to the one pointed to by the argument
     /// \param surface the pointer to the surface we will set as underlying for this
@@ -441,6 +442,8 @@ class GO_API CurveOnSurface : public ParamCurve
 
     /// Check if the curve is a constant parameter curve with regard to the 
     /// parameter tol
+    /// pardir = 1: constant in 1. parameter direction
+    /// pardir = 2: constant in 2. parameter direction
     bool isConstantCurve(double tol, int& pardir, double& parval) const;
 
     /// Fetch recorded constant curve information

gotools-core/include/GoTools/geometry/ElementarySurface.h

@@ -134,10 +134,11 @@ class ElementarySurface : public ParamSurface
     virtual void setParameterBounds(double from_upar, double from_vpar,
 				    double to_upar, double to_vpar) = 0;
 
+
     /// Fetch parameter bounds. NB! Not oriented
     virtual RectDomain getParameterBounds() const = 0;
 
-    virtual void turnOrientation();
+  virtual void turnOrientation();
     virtual void reverseParameterDirection(bool direction_is_u);
     virtual void swapParameterDirection();
 
@@ -166,6 +167,11 @@ class ElementarySurface : public ParamSurface
       return -1.0;
     }
 
+    virtual double radius2(double u, double v) const
+    {
+      return -1.0;
+    }
+
     virtual Point location() const
     {
       Point dummy;

gotools-core/include/GoTools/geometry/Ellipse.h

@@ -126,7 +126,8 @@ class Ellipse : public ElementaryCurve
     virtual void appendCurve(ParamCurve* cv, bool reparam=true);
 
     virtual void appendCurve(ParamCurve* cv,
-			     int continuity, double& dist, bool reparam=true);
+			     int continuity, double& dist, bool reparam=true,
+			     double tol = 1.0e-4);
 
     virtual void closestPoint(const Point& pt,
 			      double tmin,

gotools-core/include/GoTools/geometry/GoIntersections.h

@@ -115,6 +115,12 @@ void intersectParamCurves(ParamCurve* cv1, ParamCurve* cv2, double epsge,
 			  double epsge, std::vector<double >& intpar,
 			  std::vector<std::pair<double,double> >& int_cvs);
 
+/// Intersect a curve with a cylinder
+ void intersectCurveCylinder(ParamCurve* cv, const Point& pos,
+			     const Point&axis, double radius,
+			     double epsge, std::vector<double >& intpar,
+			     std::vector<std::pair<double,double> >& int_cvs);
+
 ///Intersect two spline curves. Collect intersection parameters.
 /// \param cv1 pointer to the first spline curve
 /// \param cv2 pointer to the second spline curve

gotools-core/include/GoTools/geometry/Hyperbola.h

@@ -126,7 +126,8 @@ class Hyperbola : public ElementaryCurve
     virtual void appendCurve(ParamCurve* cv, bool reparam=true);
 
     virtual void appendCurve(ParamCurve* cv,
-			     int continuity, double& dist, bool reparam=true);
+			     int continuity, double& dist, bool reparam=true,
+			     double tol = 1.0e-4);
 
     virtual void closestPoint(const Point& pt,
 			      double tmin,
@@ -151,7 +152,7 @@ class Hyperbola : public ElementaryCurve
      /// Query if parametrization is bounded. Both upper and lower
     /// parameter bounds must be finite for this to be true.
     /// \return \a true if bounded, \a false otherwise
-    bool isBounded() const;
+    virtual bool isBounded() const;
 
     /// If the curve is 2 dimensional, x and y coordinates will be swapped.
     /// Used when curve is a parameter curve.

gotools-core/include/GoTools/geometry/Line.h

@@ -132,7 +132,8 @@ class Line : public ElementaryCurve
     virtual void appendCurve(ParamCurve* cv, bool reparam=true);
 
     virtual void appendCurve(ParamCurve* cv,
-			     int continuity, double& dist, bool reparam=true);
+			     int continuity, double& dist, bool reparam=true,
+			     double tol = 1.0e-4);
 
     virtual void closestPoint(const Point& pt,
 			      double tmin,
@@ -165,7 +166,7 @@ class Line : public ElementaryCurve
     /// Query if parametrization is bounded. Both upper and lower
     /// parameter bounds must be finite for this to be true.
     /// \return \a true if bounded, \a false otherwise
-    bool isBounded() const;
+    virtual bool isBounded() const;
 
     /// Confirm that the curve is linear
     virtual bool isLinear(Point& dir, double tol);

gotools-core/include/GoTools/geometry/Parabola.h

@@ -126,7 +126,8 @@ class Parabola : public ElementaryCurve
     virtual void appendCurve(ParamCurve* cv, bool reparam=true);
 
     virtual void appendCurve(ParamCurve* cv,
-			     int continuity, double& dist, bool reparam=true);
+			     int continuity, double& dist, bool reparam=true,
+			     double tol = 1.0e-4);
 
     virtual void closestPoint(const Point& pt,
 			      double tmin,
@@ -148,7 +149,7 @@ class Parabola : public ElementaryCurve
     /// Query if parametrization is bounded. Both upper and lower
     /// parameter bounds must be finite for this to be true.
     /// \return \a true if bounded, \a false otherwise
-    bool isBounded() const;
+    virtual bool isBounded() const;
 
     // Translate the curve along a given vector
     virtual void translateCurve(const Point& dir);

gotools-core/include/GoTools/geometry/ParamCurve.h

@@ -237,8 +237,10 @@ class GO_API ParamCurve : public GeomObject
     /// \param dist a measure of the local distorsion around the transition in order
     ///             to achieve the specified continuity.
     /// \param reparam specify whether or not there should be reparametrization
+    /// \param tol relevant only for CurveOnSurface
     virtual void appendCurve(ParamCurve* cv,
-			     int continuity, double& dist, bool reparam=true) = 0;
+			     int continuity, double& dist, bool reparam=true,
+			     double tol = 1.0e-4) = 0;
 
     /// Estimate the length of the curve, by sampling it at a certain number of points
     /// and calculating the linear approximation to the curve through these points.
@@ -331,6 +333,11 @@ class GO_API ParamCurve : public GeomObject
       // bounded curves and some elementary curves
     }
 
+    virtual bool isBounded() const
+    {
+      return true;  // Is overridden when an unbounded curve is possible
+    }
+
     /// Check if the curve is linear
     virtual bool isLinear(Point& dir, double tol);
 

gotools-core/include/GoTools/geometry/Plane.h

@@ -166,6 +166,9 @@ class Plane : public ElementarySurface
     /// Check for paralell and anti paralell partial derivatives in surface corners
     virtual void getDegenerateCorners(std::vector<Point>& deg_corners, double tol) const;
 
+    virtual shared_ptr<ElementaryCurve> 
+      getElementaryParamCurve(ElementaryCurve* space_crv, double tol,
+			      const Point* start_par_pt = NULL, const Point* end_par_pt = NULL) const;
     // --- Functions specific to Plane ---
 
     /// Point in plane
@@ -228,7 +231,7 @@ class Plane : public ElementarySurface
     /// \return \a true if bounded, \a false otherwise
     virtual bool isBounded() const;
 
-    /// Check if the plane is closed. Virtual function - always false.
+     /// Check if the plane is closed. Virtual function - always false.
     virtual bool isClosed(bool& closed_dir_u, bool& closed_dir_v) const;
 
     /// Return the result from intersecting the unbounded plane with a

gotools-core/include/GoTools/geometry/RectDomain.h

@@ -82,6 +82,16 @@ class GO_API RectDomain : public Domain
     virtual bool isOnBoundary(const Array<double, 2>& point, 
 			      double tolerance) const;
 
+    /// bd = -1 : Not a boundary point
+    /// bd = 0: umin
+    /// bd = 1: umax
+    /// bd = 2: vmin
+    /// bd = 3: vmax
+    /// bd2 = -1 : Not a corner point
+    /// otherwise: as bd
+    bool isOnBoundary(const Array<double, 2>& point, 
+		      double tolerance, int& bd, int& bd2) const;
+
     /// Check if a given parameter pair lies on a corner in the domain within
     /// the given tolerance
     bool isOnCorner(const Array<double, 2>& point, 
@@ -144,6 +154,10 @@ class GO_API RectDomain : public Domain
     /// included
     bool overlap(const RectDomain& rd, double tol);
 
+    /// Check if two domains overlap, boundary overlap within tolerance
+    /// dependent on parameter direction included
+    bool overlap(const RectDomain& rd, double tol1, double tol2);
+
     /// Get the 'lower left' corner of this RectDomain.
     /// \return a 2D array containing the 'lower left' corner of this RectDomain
     Array<double, 2> lowerLeft()  const { return ll_; }

gotools-core/include/GoTools/geometry/SplineCurve.h

@@ -294,7 +294,8 @@ class GO_API SplineCurve : public ParamCurve
     virtual void appendCurve(ParamCurve* other_curve,
 			     int continuity, 
 			     double& dist, 
-			     bool repar=true);
+			     bool repar=true,
+			     double tol = 1.0e-4);
 
     /// Inherited from ParamCurve.
     /// Short hand function to call \ref appendCurve with C^1

gotools-core/include/GoTools/geometry/SplineDebugUtils.h

@@ -44,6 +44,7 @@
 #include "GoTools/geometry/SplineSurface.h"
 #include "GoTools/geometry/SplineCurve.h"
 #include "GoTools/geometry/Line.h"
+#include "GoTools/geometry/Circle.h"
 #include <memory>
 #include "GoTools/utils/config.h"
 #include "GoTools/geometry/BoundedSurface.h"
@@ -65,9 +66,18 @@ namespace SplineDebugUtils
     void GO_API writeSpaceParamCurve(const SplineCurve& pcurve,
                                      std::ostream& os, double z = 0.0);
 
+    void GO_API writeSpaceParamCurve(shared_ptr<ParamCurve> pcurve,
+                                     std::ostream& os, double z = 0.0);
+
     void GO_API writeSpaceParamCurve(const Line& pline,
                                      std::ostream& os, double z = 0.0);
 
+    void GO_API writeSpaceParamCurve(const Circle& pcirc,
+                                     std::ostream& os, double z = 0.0);
+
+    void GO_API writeSpace1DCurve(const SplineCurve& pcurve,
+                                     std::ostream& os, double z = 0.0);
+
     /// Write the parameter curve (if existing) and the space curve (if
     /// existing) to the output stream. Both curves are written as 3D curves
     /// extending 2D curves with the given z-value.