| basisFun(T u, int i, int p=-1) const | PLib::NurbsCurve | |
| basisFuns(T u, int span, Vector< T > &N) const | PLib::NurbsCurve | |
| C(T u, const NurbsCurve< T, N > &nurb) | PLib::NurbsCurve | [friend] |
| chordLengthParam(const Vector< Point_nD< T, N > > &Q, Vector< T > &ub) | PLib::NurbsCurve | [related] |
| clamp() (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| Cp(T u, const NurbsCurve< T, N > &nurb) | PLib::NurbsCurve | [friend] |
| ctrlPnts() const | PLib::NurbsCurve | [inline] |
| ctrlPnts(int i) const | PLib::NurbsCurve | [inline] |
| decompose(NurbsCurveArray< T, N > &c) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| decomposeClosed(NurbsCurveArray< T, N > &c) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| deg_ (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [protected] |
| degree() const | PLib::NurbsCurve | [inline] |
| degreeElevate(int t) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [virtual] |
| derive(T u, int d) const | PLib::NurbsCurve | |
| derive3D(T u, int d) const | PLib::NurbsCurve | |
| deriveAt(T u, int, Vector< Point_nD< T, N > > &) const | PLib::NurbsCurve | [virtual] |
| deriveAt(T u, int, int, Vector< Point_nD< T, N > > &) const | PLib::NurbsCurve | |
| deriveAtH(T u, int, Vector< HPoint_nD< T, N > > &) const | PLib::NurbsCurve | [virtual] |
| deriveAtH(T u, int, int, Vector< HPoint_nD< T, N > > &) const | PLib::NurbsCurve | |
| dersBasisFuns(int n, T u, int span, Matrix< T > &N) const | PLib::NurbsCurve | |
| drawAaImg(Image_Color &Img, const Color &color, int precision=3, int alpha=1) | PLib::NurbsCurve | |
| drawAaImg(Image_Color &Img, const Color &color, const NurbsCurve< T, 3 > &profile, int precision=3, int alpha=1) | PLib::NurbsCurve | |
| drawAaImg(Image_Color &Img, const Color &color, const NurbsCurve< T, 3 > &profile, const NurbsCurve< T, 3 > &scaling, int precision=3, int alpha=1) | PLib::NurbsCurve | |
| drawImg(Image_UBYTE &Img, unsigned char color=255, T step=0.01) | PLib::NurbsCurve | |
| drawImg(Image_Color &Img, const Color &color, T step=0.01) | PLib::NurbsCurve | |
| extremum(int findMin, CoordinateType coord, T minDu=0.0001, int sep=9, int maxIter=10, T um=-1, T uM=-1) const | PLib::ParaCurve | [virtual] |
| findKnot(T u) const | PLib::NurbsCurve | |
| findMult(int r) const | PLib::NurbsCurve | |
| findMultSpan(T u, int &r, int &s) const | PLib::NurbsCurve | |
| findSpan(T u) const | PLib::NurbsCurve | |
| firstD(T u) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| firstD(T u, int span) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| firstDn(T u) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| firstDn(T u, int span) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| generateCompatibleCurves (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [friend] |
| getRemovalBnd(int r, int s) const | PLib::NurbsCurve | |
| globalApproxErrBnd(Vector< Point_nD< T, N > > &Q, int deg, T E) | PLib::NurbsCurve | |
| globalApproxErrBnd(Vector< Point_nD< T, N > > &Q, Vector< T > &ub, int deg, T E) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalApproxErrBnd2(Vector< Point_nD< T, N > > &Q, int degC, T E) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalApproxErrBnd3(Vector< Point_nD< T, N > > &Q, int degC, T E) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalApproxErrBnd3(Vector< Point_nD< T, N > > &Q, const Vector< T > &ub, int degC, T E) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterp(const Vector< Point_nD< T, N > > &Q, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterp(const Vector< Point_nD< T, N > > &Q, const Vector< T > &ub, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterpClosed(const Vector< Point_nD< T, N > > &Qw, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterpClosed(const Vector< Point_nD< T, N > > &Qw, const Vector< T > &ub, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterpClosed(const Vector< Point_nD< T, N > > &Qw, const Vector< T > &ub, const Vector< T > &Uc, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterpClosedH(const Vector< HPoint_nD< T, N > > &Qw, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterpClosedH(const Vector< HPoint_nD< T, N > > &Qw, const Vector< T > &U, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterpClosedH(const Vector< HPoint_nD< T, N > > &Qw, const Vector< T > &ub, const Vector< T > &U, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterpD(const Vector< Point_nD< T, N > > &Q, const Vector< Point_nD< T, N > > &D, int d, int unitD, T a=1.0) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterpH(const Vector< HPoint_nD< T, N > > &Q, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterpH(const Vector< HPoint_nD< T, N > > &Q, const Vector< T > &U, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| globalInterpH(const Vector< HPoint_nD< T, N > > &Q, const Vector< T > &ub, const Vector< T > &U, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| hpointAt(T u) const | PLib::NurbsCurve | [inline] |
| hpointAt(T u, int span) const | PLib::NurbsCurve | [virtual] |
| knot() const | PLib::NurbsCurve | [inline] |
| knot(int i) const | PLib::NurbsCurve | [inline] |
| knotInsertion(T u, int r, NurbsCurve< T, N > &nc) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| leastSquares(const Vector< Point_nD< T, N > > &Q, int degC, int n) | PLib::NurbsCurve | |
| leastSquares(const Vector< Point_nD< T, N > > &Q, int degC, int n, const Vector< T > &ub) | PLib::NurbsCurve | |
| leastSquares(const Vector< Point_nD< T, N > > &Q, int degC, int n, const Vector< T > &ub, const Vector< T > &knot) | PLib::NurbsCurve | |
| leastSquaresClosed(const Vector< Point_nD< T, N > > &Q, int degC, int n) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| leastSquaresClosed(const Vector< Point_nD< T, N > > &Q, int degC, int n, const Vector< T > &ub) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| leastSquaresClosed(const Vector< Point_nD< T, N > > &Q, int degC, int n, const Vector< T > &ub, const Vector< T > &knot) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| leastSquaresClosedH(const Vector< HPoint_nD< T, N > > &Q, int degC, int n, const Vector< T > &ub) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| leastSquaresClosedH(const Vector< HPoint_nD< T, N > > &Q, int degC, int n, const Vector< T > &ub, const Vector< T > &knot) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| leastSquaresH(const Vector< HPoint_nD< T, N > > &Q, int degC, int n, const Vector< T > &ub) | PLib::NurbsCurve | |
| leastSquaresH(const Vector< HPoint_nD< T, N > > &Q, int degC, int n, const Vector< T > &ub, const Vector< T > &knot) | PLib::NurbsCurve | |
| length(T eps=0.001, int n=100) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| lengthF(T) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| lengthF(T, int) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| lengthIn(T us, T ue, T eps=0.001, int n=100) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| makeCircle(const Point_nD< T, N > &O, const Point_nD< T, N > &X, const Point_nD< T, N > &Y, T r, double as, double ae) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| makeCircle(const Point_nD< T, N > &O, T r, double as, double ae) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| makeCircle(const Point_nD< T, N > &O, T r) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| makeLine(const Point_nD< T, N > &P0, const Point_nD< T, N > &P1, int d) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| maxKnot() const | PLib::NurbsCurve | [inline, virtual] |
| mergeKnotVector(const Vector< T > &Um) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| mergeOf(const NurbsCurve< T, N > &cl, const NurbsCurve< T, N > &cu) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| minDist2(const Point_nD< T, N > &p, T &guess, T error=0.0001, T s=0.2, int sep=9, int maxIter=10, T um=-1, T uM=-1) const | PLib::ParaCurve | [virtual] |
| minDistX(T y, T &guessU, T error=0.0001, T s=-1, int sep=9, int maxIter=10, T um=-1, T uM=-1) const | PLib::ParaCurve | [virtual] |
| minDistY(T y, T &guessU, T error=0.0001, T s=-1, int sep=9, int maxIter=10, T um=-1, T uM=-1) const | PLib::ParaCurve | [virtual] |
| minDistZ(T y, T &guessU, T error=0.0001, T s=-1, int sep=9, int maxIter=10, T um=-1, T uM=-1) const | PLib::ParaCurve | [virtual] |
| minKnot() const | PLib::NurbsCurve | [inline, virtual] |
| modCP(int i, const HPoint_nD< T, N > &a) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [inline] |
| modCPby(int i, const HPoint_nD< T, N > &a) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [inline] |
| modKnot(const Vector< T > &knotU) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [inline, virtual] |
| movePoint(T u, const Point_nD< T, N > &delta) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| movePoint(T u, const BasicArray< Point_nD< T, N > > &delta) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| movePoint(const BasicArray< T > &ur, const BasicArray< Point_nD< T, N > > &D) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| movePoint(const BasicArray< T > &ur, const BasicArray< Point_nD< T, N > > &D, const BasicArray_INT &Dr, const BasicArray_INT &Dk) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| movePoint(const BasicArray< T > &ur, const BasicArray< Point_nD< T, N > > &D, const BasicArray_INT &Dr, const BasicArray_INT &Dk, const BasicArray_INT &fixCP) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| normal(T u, const Point_nD< T, N > &v) const | PLib::NurbsCurve | |
| NurbsCurve() | PLib::NurbsCurve | |
| NurbsCurve(const NurbsCurve< T, N > &nurb) | PLib::NurbsCurve | |
| NurbsCurve(const Vector< HPoint_nD< T, N > > &P1, const Vector< T > &U1, int deg=3) | PLib::NurbsCurve | |
| NurbsCurve(const Vector< Point_nD< T, N > > &P1, const Vector< T > &W, const Vector< T > &U1, int deg=3) | PLib::NurbsCurve | |
| operator()(T u) const | PLib::NurbsCurve | [virtual] |
| operator=(const NurbsCurve< T, N > &) | PLib::NurbsCurve | [virtual] |
| P (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [protected] |
| ParaCurve() (defined in PLib::ParaCurve) | PLib::ParaCurve | [inline] |
| pointAt(T u) const | PLib::ParaCurve | [inline] |
| pointAt(T u, int span) | PLib::ParaCurve | [inline] |
| projectTo(const Point_nD< T, N > &p, T guess, T &u, Point_nD< T, N > &r, T e1=0.001, T e2=0.001, int maxTry=100) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| read(const char *) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| read(ifstream &fin) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [virtual] |
| refineKnotVector(const Vector< T > &X) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| refineKnotVectorClosed(const Vector< T > &X) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| removeKnot(int r, int s, int num) | PLib::NurbsCurve | |
| removeKnotsBound(const Vector< T > &ub, Vector< T > &ek, T E) | PLib::NurbsCurve | |
| reset(const Vector< HPoint_nD< T, N > > &P1, const Vector< T > &U1, int deg) | PLib::NurbsCurve | [virtual] |
| resize(int n, int Deg) | PLib::NurbsCurve | |
| setTangent(T u, const Point_nD< T, N > &T0) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| setTangentAtEnd(const Point_nD< T, N > &T0, const Point_nD< T, N > &T1) (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| splitAt(T u, NurbsCurve< T, N > &cl, NurbsCurve< T, N > &cu) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| tesselate(T tolerance, BasicList< T > *uk) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| transform(const MatrixRT< T > &A) | PLib::NurbsCurve | |
| U (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [protected] |
| unclamp() (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| write(const char *) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| write(ofstream &fout) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| writeDisplayLINE(const char *filename, int iNu, const Color &color=blueColor, T fA=1) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| writeDisplayLINE(const char *filename, const Color &color, int iNu, T u_s, T u_e) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| writePS(const char *, int cp=0, T magFact=T(-1), T dash=T(5), bool bOpen=true) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| writePSp(const char *, const Vector< Point_nD< T, N > > &, const Vector< Point_nD< T, N > > &, int cp=0, T magFact=0.0, T dash=5.0, bool bOpen=true) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| writeVRML(ostream &fout, T radius, int K, const Color &color, int Nu, int Nv, T u_s, T u_e) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| writeVRML(const char *filename, T radius, int K, const Color &color, int Nu, int Nv, T u_s, T u_e) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| writeVRML(const char *filename, T radius=1, int K=5, const Color &color=whiteColor, int Nu=20, int Nv=20) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [inline] |
| writeVRML(ostream &fout, T radius=1, int K=5, const Color &color=whiteColor, int Nu=20, int Nv=20) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [inline] |
| writeVRML97(const char *filename, T radius, int K, const Color &color, int Nu, int Nv, T u_s, T u_e) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| writeVRML97(ostream &fout, T radius, int K, const Color &color, int Nu, int Nv, T u_s, T u_e) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | |
| writeVRML97(const char *filename, T radius=1, int K=5, const Color &color=whiteColor, int Nu=20, int Nv=20) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [inline] |
| writeVRML97(ostream &fout, T radius=1, int K=5, const Color &color=whiteColor, int Nu=20, int Nv=20) const (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [inline] |
| ~NurbsCurve() (defined in PLib::NurbsCurve) | PLib::NurbsCurve | [inline, virtual] |
