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HPS_INLINE Vector_3D & | Clean_Zeroes (F epsilon=F(1.0e-4)) |
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HPS_INLINE Vector_3D | Cross (Vector_3D const &v) const |
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Vector_3D< F > | different_vector () const |
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HPS_INLINE F | Dot (Vector_3D const &v) const |
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bool | Equals (Vector_3D const &v, int in_tolerance=32) const |
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HPS_INLINE double | Length () const |
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HPS_INLINE double | Length2D () const |
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HPS_INLINE double | LengthSquared () const |
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HPS_INLINE double | LengthSquared2D () const |
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HPS_INLINE F | Magnitude () const |
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HPS_INLINE F | Manhattan () const |
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HPS_INLINE Vector_3D & | Normalize (bool check_range=false, F epsilon=Float_Traits< F >::Epsilon()) |
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HPS_INLINE Vector_3D & | Normalize (F epsilon) |
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bool | operator!= (Vector_3D const &v) const |
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Vector_3D const | operator* (F s) const |
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Vector_3D & | operator*= (F s) |
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Vector_3D const | operator+ (Vector_3D const &v) const |
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Vector_3D & | operator+= (Vector_3D const &v) |
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Vector_3D const | operator- () const |
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Vector_3D const | operator- (Vector_3D const &v) const |
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Vector_3D & | operator-= (Vector_3D const &v) |
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Vector_3D const | operator/ (F s) const |
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Vector_3D & | operator/= (F s) |
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bool | operator== (Vector_3D const &v) const |
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F & | operator[] (size_t i) |
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F const & | operator[] (size_t i) const |
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HPS_INLINE Vector_3D | Scale (Vector_3D const &v) const |
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| Vector_3D (F v1, F v2, F v3) |
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template<typename D > |
| | Vector_3D (Vector_3D< D > const &that) |
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| Vector_3D (Point_3D< F > const &p) |
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| Vector_3D (Plane_3D< F > const &p) |
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| Vector_3D (Vector_2D< F > const &that) |
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The documentation for this class was generated from the following file:
