| _null_vec | mlib::XYvec | [protected, static] |
| _x | mlib::Vec2< XYvec > | [protected] |
| _x_axis | mlib::XYvec | [protected, static] |
| _y | mlib::Vec2< XYvec > | [protected] |
| _y_axis | mlib::XYvec | [protected, static] |
| angle(const XYvec &v) const | mlib::Vec2< XYvec > | |
| dim() | mlib::Vec2< XYvec > | [inline, static] |
| dist(const XYvec &v) const | mlib::Vec2< XYvec > | [inline] |
| dist_sqrd(const XYvec &v) const | mlib::Vec2< XYvec > | [inline] |
| is_equal(const XYvec &v, double epsSqrd=epsNorSqrdMath()) const | mlib::Vec2< XYvec > | [inline] |
| is_exact_null() const | mlib::Vec2< XYvec > | [inline] |
| is_null(double epsSqrdMath=epsNorSqrdMath()) const | mlib::Vec2< XYvec > | [inline] |
| is_parallel(const XYvec &) const | mlib::Vec2< XYvec > | |
| length() const | mlib::Vec2< XYvec > | [inline] |
| length_sqrd() const | mlib::Vec2< XYvec > | [inline] |
| normalized() const | mlib::Vec2< XYvec > | |
| null() | mlib::XYvec | [inline, static] |
| operator *(const XYvec &v) const | mlib::Vec2< XYvec > | [inline] |
| operator *(double s) const | mlib::Vec2< XYvec > | [inline] |
| operator *=(double s) | mlib::Vec2< XYvec > | [inline] |
| operator!=(const XYvec &v) const | mlib::Vec2< XYvec > | [inline] |
| operator+(const XYvec &v) const | mlib::Vec2< XYvec > | [inline] |
| operator+=(const XYvec &v) | mlib::Vec2< XYvec > | [inline] |
| operator-(const XYvec &v) const | mlib::Vec2< XYvec > | [inline] |
| operator-() const | mlib::Vec2< XYvec > | [inline] |
| operator-=(const XYvec &v) | mlib::Vec2< XYvec > | [inline] |
| operator/(double s) const | mlib::Vec2< XYvec > | [inline] |
| operator/=(double s) | mlib::Vec2< XYvec > | [inline] |
| operator==(const XYvec &v) const | mlib::Vec2< XYvec > | [inline] |
| operator[](int index) const | mlib::Vec2< XYvec > | [inline] |
| operator[](int index) | mlib::Vec2< XYvec > | [inline] |
| orthogonalized(const XYvec &b) const | mlib::Vec2< XYvec > | [inline] |
| perpend() const | mlib::Vec2< XYvec > | [inline] |
| projected(const XYvec &b) const | mlib::Vec2< XYvec > | [inline] |
| signed_angle(const XYvec &) const | mlib::Vec2< XYvec > | |
| tlen(const XYvec &b) const | mlib::Vec2< XYvec > | [inline] |
| value_type typedef | mlib::Vec2< XYvec > | |
| Vec2() | mlib::Vec2< XYvec > | [inline] |
| Vec2(double x, double y) | mlib::Vec2< XYvec > | [inline] |
| X() | mlib::XYvec | [inline, static] |
| XYvec() | mlib::XYvec | [inline] |
| XYvec(double x, double y) | mlib::XYvec | [inline] |
| XYvec(CNDCvec &) | mlib::XYvec | |
| XYvec(CVEXEL &) | mlib::XYvec | |
| Y() | mlib::XYvec | [inline, static] |
