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GEL
2
GEL is a library for Geometry and Linear Algebra
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GEL
2
GEL is a library for Geometry and Linear Algebra
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Template representing generic arithmetic vectors. More...
#include <ArithVec.h>
Inherited by CGLA::ArithVecFloat< double, Vec2d, 2 >, CGLA::ArithVecFloat< double, Vec3d, 3 >, CGLA::ArithVecFloat< double, Vec4d, 4 >, CGLA::ArithVecFloat< float, Vec2f, 2 >, CGLA::ArithVecFloat< float, Vec3f, 3 >, CGLA::ArithVecFloat< float, Vec4f, 4 >, CGLA::ArithVecFloat< T, V, 2 >, CGLA::ArithVecFloat< T, V, 3 >, CGLA::ArithVecFloat< T, V, 4 >, CGLA::ArithVecInt< int, Vec3i, 3 >, CGLA::ArithVecInt< int, Vec3usi, 3 >, CGLA::ArithVecInt< int, Vec4i, 4 >, CGLA::ArithVecInt< T, V, 3 >, CGLA::ArithVecInt< T, V, 4 >, CGLA::ArithVecInt< UChar, Vec3uc, 3 >, CGLA::ArithVecFloat< T, V, N >, and CGLA::ArithVecInt< T, V, N >.
Public Types | |
| typedef T | ScalarType |
| For convenience we define a more meaningful name for the scalar type. | |
| typedef V | VectorType |
| A more meaningful name for vector type. | |
Public Member Functions | |
| void | set (T _a, T _b) |
| Set all coordinates of a 2D vector. | |
| void | set (T _a, T _b, T _c) |
| Set all coordinates of a 3D vector. | |
| void | set (T _a, T _b, T _c, T _d) |
| Set all coordinates of a 4D vector. | |
| const T & | operator[] (unsigned int i) const |
| Const index operator. | |
| T & | operator[] (unsigned int i) |
| Non-const index operator. | |
| const T & | operator() (unsigned int i) const |
| Const index operator. | |
| T & | operator() (unsigned int i) |
| Non-const index operator. | |
| T * | get () |
| const T * | get () const |
| bool | operator== (const V &v) const |
| Equality operator. | |
| bool | operator== (T k) const |
| Equality wrt scalar. True if all coords are equal to scalar. | |
| bool | operator!= (const V &v) const |
| Inequality operator. | |
| bool | operator!= (T k) const |
| Inequality wrt scalar. True if any coord not equal to scalar. | |
| bool | all_l (const V &v) const |
| bool | all_le (const V &v) const |
| bool | all_g (const V &v) const |
| bool | all_ge (const V &v) const |
| const V & | operator*= (T k) |
| Assignment multiplication with scalar. | |
| const V & | operator/= (T k) |
| Assignment division with scalar. | |
| const V & | operator+= (T k) |
| Assignment addition with scalar. Adds scalar to each coordinate. | |
| const V & | operator-= (T k) |
| Assignment subtraction with scalar. Subtracts scalar from each coord. | |
| const V & | operator*= (const V &v) |
| const V & | operator/= (const V &v) |
| Assigment division with vector. Each coord divided independently. | |
| const V & | operator+= (const V &v) |
| Assignmment addition with vector. | |
| const V & | operator-= (const V &v) |
| Assignment subtraction with vector. | |
| const V | operator- () const |
| Negate vector. | |
| const V | operator* (const V &v1) const |
| const V | operator+ (const V &v1) const |
| Add two vectors. | |
| const V | operator- (const V &v1) const |
| Subtract two vectors. | |
| const V | operator/ (const V &v1) const |
| Divide two vectors. Each coord separately. | |
| const V | operator* (T k) const |
| Multiply scalar onto vector. | |
| const V | operator/ (T k) const |
| Divide vector by scalar. | |
| const T | min_coord () const |
| Return the smallest coordinate of the vector. | |
| const T | max_coord () const |
| Return the largest coordinate of the vector. | |
Static Public Member Functions | |
| static unsigned int | get_dim () |
| Return dimension of vector. | |
Protected Member Functions | |
| ArithVec () | |
| Construct uninitialized vector. | |
| ArithVec (T _a) | |
| Construct a vector where all coordinates are identical. | |
| ArithVec (T _a, T _b) | |
| Construct a 2D vector. | |
| ArithVec (T _a, T _b, T _c) | |
| Construct a 3D vector. | |
| ArithVec (T _a, T _b, T _c, T _d) | |
| Construct a 4D vector. | |
Protected Attributes | |
| T | data [N] |
| The actual contents of the vector. | |
Template representing generic arithmetic vectors.
The three parameters to the template are
T - the scalar type (i.e. float, int, double etc.)
V - the name of the vector type. This template is always (and only) used as ancestor of concrete types, and the name of the class _inheriting_ _from_ this class is used as the V argument.
N - The final argument is the dimension N. For instance, N=3 for a 3D vector.
This class template contains all functions that are assumed to be the same for any arithmetic vector - regardless of dimension or the type of scalars used for coordinates.
The template contains no virtual functions which is important since they add overhead.
| bool CGLA::ArithVec< T, V, N >::all_g | ( | const V & | v | ) | const [inline] |
Compare all coordinates against other vector. ( > ) Similar to testing whether we are on one side of three planes.
| bool CGLA::ArithVec< T, V, N >::all_ge | ( | const V & | v | ) | const [inline] |
Compare all coordinates against other vector. ( >= ) Similar to testing whether we are on one side of three planes.
| bool CGLA::ArithVec< T, V, N >::all_l | ( | const V & | v | ) | const [inline] |
Compare all coordinates against other vector. ( < ) Similar to testing whether we are on one side of three planes.
| bool CGLA::ArithVec< T, V, N >::all_le | ( | const V & | v | ) | const [inline] |
Compare all coordinates against other vector. ( <= ) Similar to testing whether we are on one side of three planes.
| T* CGLA::ArithVec< T, V, N >::get | ( | ) | [inline] |
Get a pointer to first element in data array. This function may be useful when interfacing with some other API such as OpenGL (TM)
| const T* CGLA::ArithVec< T, V, N >::get | ( | ) | const [inline] |
Get a const pointer to first element in data array. This function may be useful when interfacing with some other API such as OpenGL (TM).
| const V CGLA::ArithVec< T, V, N >::operator* | ( | const V & | v1 | ) | const [inline] |
Multiply vector with vector. Each coord multiplied independently Do not confuse this operation with dot product.
| const V& CGLA::ArithVec< T, V, N >::operator*= | ( | const V & | v | ) | [inline] |
Assignment multiplication with vector. Multiply each coord independently.
1.7.5.1
