144 class VectorN
148     VectorN ();
149     VectorN (T x);
150     VectorN (T x, T y);
151     VectorN (T x, T y, T z);
152     VectorN (T x, T y, T z, T w);
153     VectorN (VectorN<T, 3> vec3, T w);
155     inline VectorN<T, N>& operator = (const VectorN<T, N>& rhs);
156     inline VectorN<T, N> operator - () const;
157     inline bool operator == (const VectorN<T, N>& rhs) const;
168     inline VectorN<T, N> operator + (const T rhs) const;
169     inline VectorN<T, N> operator - (const T rhs) const;
170     inline VectorN<T, N> operator * (const T rhs) const;
171     inline VectorN<T, N> operator / (const T rhs) const;
172     inline VectorN<T, N> operator += (const T rhs);
173     inline VectorN<T, N> operator -= (const T rhs);
174     inline VectorN<T, N> operator *= (const T rhs);
175     inline VectorN<T, N> operator /= (const T rhs);
177     inline VectorN<T, N> operator + (const VectorN<T, N>& rhs) const;
178     inline VectorN<T, N> operator - (const VectorN<T, N>& rhs) const;
179     inline VectorN<T, N> operator * (const VectorN<T, N>& rhs) const;
180     inline VectorN<T, N> operator / (const VectorN<T, N>& rhs) const;
181     inline VectorN<T, N> operator += (const VectorN<T, N>& rhs);
182     inline VectorN<T, N> operator -= (const VectorN<T, N>& rhs);
183     inline VectorN<T, N> operator *= (const VectorN<T, N>& rhs);
184     inline VectorN<T, N> operator /= (const VectorN<T, N>& rhs);
187     VectorN<NEW, N> convert_to () const;
194     inline float distance (const VectorN<T, N>& vec) const;
195     inline T dot (const VectorN<T, N>& vec) const;
196     inline VectorN<T, N> lerp (T weight, const VectorN<T, N>& vec) const;
205 VectorN<T, N>::VectorN ()  in VectorN()  function
213 VectorN<T, N>::VectorN (T x) {  in VectorN()  function
218 VectorN<T, N>::VectorN (T x, T y) {  in VectorN()  function
226 VectorN<T, N>::VectorN (T x, T y, T z) {  in VectorN()  function
235 VectorN<T, N>::VectorN (T x, T y, T z, T w) {  in VectorN()  function
245 VectorN<T, N>::VectorN (VectorN<T, 3> vec3, T w) {  in VectorN()  function
255 VectorN<T, N>& VectorN<T, N>::operator = (const VectorN<T, N>& rhs) {
264 VectorN<T, N> VectorN<T, N>::operator - () const {
273 VectorN<T, N> VectorN<T, N>::operator + (const T rhs) const {
274     VectorN<T, N> result;
283 VectorN<T, N> VectorN<T, N>::operator - (const T rhs) const {
284     VectorN<T, N> result;
293 VectorN<T, N> VectorN<T, N>::operator * (const T rhs) const {
294     VectorN<T, N> result;
303 VectorN<T, N> VectorN<T, N>::operator / (const T rhs) const {
304     VectorN<T, N> result;
313 VectorN<T, N> VectorN<T, N>::operator += (const T rhs) {
321 VectorN<T, N> VectorN<T, N>::operator -= (const T rhs) {
329 VectorN<T, N> VectorN<T, N>::operator *= (const T rhs) {
337 VectorN<T, N> VectorN<T, N>::operator /= (const T rhs) {
345 VectorN<T, N> VectorN<T, N>::operator + (const VectorN<T, N>& rhs) const {
346     VectorN<T, N> result;
355 VectorN<T, N> VectorN<T, N>::operator - (const VectorN<T, N>& rhs) const {
356     VectorN<T, N> result;
365 VectorN<T, N> VectorN<T, N>::operator * (const VectorN<T, N>& rhs) const {
366     VectorN<T, N> result;
375 VectorN<T, N> VectorN<T, N>::operator / (const VectorN<T, N>& rhs) const {
376     VectorN<T, N> result;
385 VectorN<T, N> VectorN<T, N>::operator += (const VectorN<T, N>& rhs) {
394 VectorN<T, N> VectorN<T, N>::operator -= (const VectorN<T, N>& rhs) {
403 VectorN<T, N> VectorN<T, N>::operator *= (const VectorN<T, N>& rhs) {
412 VectorN<T, N> VectorN<T, N>::operator /= (const VectorN<T, N>& rhs) {
421 bool VectorN<T, N>::operator == (const VectorN<T, N>& rhs) const {
432 VectorN<NEW, N> VectorN<T, N>::convert_to () const {  in convert_to()
433     VectorN<NEW, N> result;  in convert_to()
442 void VectorN<T, N>::zeros () {  in zeros()
449 void VectorN<T, N>::set (T x, T y) {  in set()
457 void VectorN<T, N>::set (T x, T y, T z) {  in set()
466 void VectorN<T, N>::set (T x, T y, T z, T w) {  in set()
476 T VectorN<T, N>::magnitude () const {  in magnitude()
486 float VectorN<T, N>::distance (const VectorN<T, N>& vec) const {  in distance()
496 T VectorN<T, N>::dot (const VectorN<T, N>& vec) const {  in dot()
506 VectorN<T, N> VectorN<T, N>::lerp (T weight, const VectorN<T, N>& vec) const {  in lerp()
516     MatrixN (VectorN<T, 2> a, VectorN<T, 2> b);
517     MatrixN (VectorN<T, 3> a, VectorN<T, 3> b, VectorN<T, 3> c);
518     MatrixN (VectorN<T, 4> a, VectorN<T, 4> b, VectorN<T, 4> c, VectorN<T, 4> d);
549     inline VectorN<T, N> operator * (const VectorN<T, N>& rhs) const;
572 MatrixN<T, N>::MatrixN (VectorN<T, 2> a, VectorN<T, 2> b) {  in MatrixN()
584 MatrixN<T, N>::MatrixN (VectorN<T, 3> a, VectorN<T, 3> b, VectorN<T, 3> c) {  in MatrixN()
601 MatrixN<T, N>::MatrixN (VectorN<T, 4> a, VectorN<T, 4> b, VectorN<T, 4> c, VectorN<T, 4> d) {  in MatrixN()
710 VectorN<T, N> MatrixN<T, N>::operator * (const VectorN<T, N>& rhs) const {
711     VectorN<T, N> result;
946 typedef VectorN<double, 2> Vec2d;
947 typedef VectorN<double, 3> Vec3d;
948 typedef VectorN<double, 4> Vec4d;
953 typedef VectorN<float, 2> Vec2f;
954 typedef VectorN<float, 3> Vec3f;
955 typedef VectorN<float, 4> Vec4f;