| absolute(const Tuple3 &t) | se_core::Tuple3 | [inline] |
| absolute() | se_core::Tuple3 | [inline] |
| add(const Tuple3 &t1, const Tuple3 &t2) | se_core::Tuple3 | [inline] |
| add(const Tuple3 &t1) | se_core::Tuple3 | [inline] |
| add(const coor_t dx, const coor_t dy, const coor_t dz) | se_core::Tuple3 | [inline] |
| angle(const Vector3 &v1) const | se_core::Vector3 | |
| clamp(coor_t min, coor_t max) | se_core::Tuple3 | [inline] |
| clamp(coor_t min, coor_t max, const Tuple3 &t) | se_core::Tuple3 | [inline] |
| clampMax(coor_t max, const Tuple3 &t) | se_core::Tuple3 | [inline] |
| clampMax(coor_t max) | se_core::Tuple3 | [inline] |
| clampMin(coor_t min) | se_core::Tuple3 | [inline] |
| clampMin(coor_t min, const Tuple3 &t) | se_core::Tuple3 | [inline] |
| cross(const Vector3 &v1, const Vector3 &v2) | se_core::Vector3 | [inline] |
| DIMENSION enum value | se_core::Tuple3 | |
| distance(const Point3 &p1) const | se_core::Point3 | |
| distanceL1(const Point3 &p1) const | se_core::Point3 | |
| distanceLinf(const Point3 &p1) const | se_core::Point3 | |
| distanceSquared(const Point3 &p1) const | se_core::Point3 | [inline] |
| dot(const Vector3 &v1) const | se_core::Vector3 | [inline] |
| epsilonEquals(const Tuple3 &t1, coor_t epsilon) const | se_core::Tuple3 | |
| equals(const Tuple3 &t1) const | se_core::Tuple3 | [inline] |
| eulerTowards(const Point3 &c, Euler3 &dest) const | se_core::Point3 | |
| get(coor_t t[]) const | se_core::Tuple3 | [inline] |
| get(Tuple3 *t) const | se_core::Tuple3 | [inline] |
| interpolate(const Tuple3 &t1, const Tuple3 &t2, scale_t alpha) | se_core::Tuple3 | [inline] |
| interpolate(const Tuple3 &t1, scale_t alpha) | se_core::Tuple3 | [inline] |
| isNan() const | se_core::Tuple3 | |
| isZero() const | se_core::Tuple3 | [inline] |
| length() const | se_core::Vector3 | |
| lengthSquared() const | se_core::Vector3 | [inline] |
| nearestPoint(const Point3 &pt1, const Point3 &pt2, const Point3 &testPoint) | se_core::Point3 | |
| negate(const Tuple3 &t1) | se_core::Tuple3 | [inline] |
| negate() | se_core::Tuple3 | [inline] |
| normalize(const Vector3 &v1) | se_core::Vector3 | [inline] |
| normalize() | se_core::Vector3 | [inline] |
| operator *(coor_t s) const | se_core::Tuple3 | [inline] |
| operator *=(scale_t s) | se_core::Tuple3 | [inline] |
| operator+(const Tuple3 &t1) const | se_core::Tuple3 | [inline] |
| operator+=(const Tuple3 &t1) | se_core::Tuple3 | [inline] |
| operator-(const Tuple3 &t1) const | se_core::Tuple3 | [inline] |
| operator-=(const Tuple3 &t1) | se_core::Tuple3 | [inline] |
| operator=(const Tuple3 &t) | se_core::Point3 | [inline] |
| operator==(const Tuple3 &t1) const | se_core::Tuple3 | [inline] |
| operator[](short index) const | se_core::Tuple3 | [inline] |
| operator[](short index) | se_core::Tuple3 | [inline] |
| Point3(coor_t x, coor_t y, coor_t z) | se_core::Point3 | [inline] |
| Point3(const coor_t p[]) | se_core::Point3 | [inline] |
| Point3(const Tuple3 &t1) | se_core::Point3 | [inline] |
| Point3() | se_core::Point3 | [inline] |
| project(const Point4 &p1) | se_core::Point3 | |
| reset() | se_core::Tuple3 | [inline] |
| rotate(const Quat4 &q) | se_core::Vector3 | |
| rotate(const Vector3 &v, const Quat4 &q) | se_core::Vector3 | |
| rotate(const Euler3 &a) | se_core::Vector3 | |
| rotate(const Vector3 &v, const Euler3 &a) | se_core::Vector3 | |
| rotateInverse(const Quat4 &q) | se_core::Vector3 | |
| rotateInverse(const Euler3 &a) | se_core::Vector3 | |
| scale(scale_t s, const Tuple3 &t1) | se_core::Tuple3 | |
| scale(scale_t s) | se_core::Tuple3 | |
| scaleAdd(scale_t s, const Tuple3 &t1) | se_core::Tuple3 | [inline] |
| scaleAdd(scale_t s, const Tuple3 &t1, const Tuple3 &t2) | se_core::Tuple3 | [inline] |
| set(coor_t xvalue, coor_t yvalue, coor_t zvalue) | se_core::Tuple3 | [inline] |
| set(const coor_t t[]) | se_core::Tuple3 | [inline] |
| set(const Tuple3 &t1) | se_core::Tuple3 | [inline] |
| setForward(const coor_t len, const bray_t yaw) | se_core::Vector3 | |
| setForward(const coor_t len, const bray_t yaw, const bray_t pitch) | se_core::Vector3 | |
| setForward(const coor_t len, const Euler3 &a1) | se_core::Vector3 | |
| sub(const Tuple3 &t1, const Tuple3 &t2) | se_core::Tuple3 | [inline] |
| sub(const Tuple3 &t1) | se_core::Tuple3 | [inline] |
| toLog() const | se_core::Tuple3 | |
| toString(char *buffer) const | se_core::Tuple3 | |
| Tuple3(coor_t xvalue, coor_t yvalue, coor_t zvalue) | se_core::Tuple3 | [inline] |
| Tuple3(const coor_t t[]) | se_core::Tuple3 | [inline] |
| Tuple3() | se_core::Tuple3 | [inline] |
| UNIT_FORWARD | se_core::Vector3 | [static] |
| Vector3(coor_t x, coor_t y, coor_t z) | se_core::Vector3 | [inline] |
| Vector3(const coor_t v[]) | se_core::Vector3 | [inline] |
| Vector3(const Tuple3 &t1) | se_core::Vector3 | [inline] |
| Vector3() | se_core::Vector3 | [inline] |
| x_ | se_core::Tuple3 | |
| xInsideTile() const | se_core::Point3 | [inline] |
| xTile() const | se_core::Point3 | [inline] |
| xzDistanceLinf(const Point3 &c) const | se_core::Point3 | |
| xzDistanceSquared(const Point3 &c) const | se_core::Point3 | [inline] |
| xzLength() const | se_core::Vector3 | |
| xzLengthSquared() const | se_core::Vector3 | [inline] |
| y_ | se_core::Tuple3 | |
| yaw() const | se_core::Vector3 | |
| yawTowards(const Point3 &c) const | se_core::Point3 | |
| yDistance(const Point3 &c) const | se_core::Point3 | |
| z_ | se_core::Tuple3 | |
| ZERO | se_core::Vector3 | [static] |
| zInsideTile() const | se_core::Point3 | [inline] |
| zTile() const | se_core::Point3 | [inline] |
Home Page | SagaEngine trunk (updated nightly) reference generated Sun Dec 2 20:06:31 2007 by Doxygen version 1.3.9.1.