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MyraMath
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Tabulates a vector of length N, allows random access. More...
#include <Vector.h>
Public Types | |
| typedef std::pair< CVectorRange< Number >, CVectorRange< Number > > | CPair |
| Useful typedefs. | |
| typedef std::pair< VectorRange< Number >, VectorRange< Number > > | Pair |
| typedef ReflectPrecision< Number >::type | Precision |
Public Member Functions | |
| Vector () | |
| Default constructor, makes size 0 empty Vector. | |
| Vector (int N) | |
| Constructs a Vector of length N, filled with Number(0) | |
| Vector (const Expression< 1, Number > &e) | |
| Constructs a Vector from an Expression. | |
| Vector (const Vector &that) | |
| Copy constructor. | |
| void | swap (Vector &that) |
| Member swap. | |
| Vector (Vector &&that) | |
| Move constructor, default construct and swap idiom. | |
| Vector & | operator= (Vector that) |
| Copy-assignment operator, copy construct and swap idiom. | |
| Vector (const CVectorRange< Number > &that) | |
| Constructs from a VectorRange (same size, values copied). | |
| Vector (const CMatrixRange< Number > &that) | |
| Constructs from a MatrixRange, but only if it's exactly 1 row or 1 column. | |
| Vector (InputStream &in) | |
| InputStream constructor, complements write(OutputStream) method. | |
| void | write (OutputStream &out) const |
| Writes to OutputStream, complements InputStream constructor. | |
| const Vector< Number > & | add_const () const |
| Returns const reference to *this. | |
| ~Vector () | |
| Releases internal resources. | |
| int | size () const |
| Size inspector. | |
| int | n_words () const |
| Storage requirements. | |
| template<class Functor > | |
| void | transform (const Functor &f) |
| Overwrites every x(n) in this Vector with f(x(n)). | |
| Vector & | operator= (const CVectorRange< Number > &that) |
| Assigns this = that. | |
| Vector & | operator= (const Expression< 1, Number > &that) |
| void | assign (const CVectorRange< Number > &that) |
| Like operator =, but does not reallocate/resize. Requires matching sizes. | |
| void | assign (const Expression< 1, Number > &that) |
| void | operator+= (const CVectorRange< Number > &that) |
| Adds this += that. | |
| void | operator+= (const Expression< 1, Number > &that) |
| void | operator-= (const CVectorRange< Number > &that) |
| Subtracts this -= that. | |
| void | operator-= (const Expression< 1, Number > &that) |
| void | operator*= (Number alpha) |
| Scales this *= alpha. | |
| void | operator/= (Number alpha) |
| Scales this /= alpha. | |
| Vector< Number > | operator- () |
| Unary minus (sign negation). | |
| template<> | |
| Vector< NumberS > | logspace (NumberS x0, NumberS x1, int N) |
| Generates a Vector filled with N Number's logarithmically spaced between (10^x0,10^x1) | |
| template<> | |
| Vector< NumberD > | logspace (NumberD x0, NumberD x1, int N) |
| template<> | |
| Vector< NumberC > | logspace (NumberS x0, NumberS x1, int N) |
| template<> | |
| Vector< NumberZ > | logspace (NumberD x0, NumberD x1, int N) |
| CVectorRange< Number > | range () const |
| Explicit conversion, returns a VectorRange over all of *this. | |
| VectorRange< Number > | range () |
| Explicit conversion, returns a VectorRange over all of *this. | |
| operator CVectorRange< Number > () const | |
| Implicit conversion into a VectorRange. | |
| operator VectorRange< Number > () | |
| Implicit conversion into a VectorRange. | |
| CVectorRange< Number > | window (int n0, int n1) const |
| Returns a VectorRange over this(n0:n1) | |
| VectorRange< Number > | window (int n0, int n1) |
| Returns a VectorRange over this(n0:n1) | |
| Array1< CVectorRange< Number > > | windows (const intCRange &n) const |
| Returns multiple windows using given sizes. | |
| Array1< VectorRange< Number > > | windows (const intCRange &n) |
| Returns multiple windows using given sizes. | |
| CMatrixRange< Number > | column () const |
| Returns an Nx1 column-shaped MatrixRange over all of *this. | |
| MatrixRange< Number > | column () |
| Returns an Nx1 column-shaped MatrixRange over all of *this. | |
| CMatrixRange< Number > | row () const |
| Returns a 1xN row-shaped MatrixRange over all of *this. | |
| MatrixRange< Number > | row () |
| Returns a 1xN row-shaped MatrixRange over all of *this. | |
| const Number & | operator() (int n) const |
| Random accessor/mutator. | |
| const Number & | operator[] (int n) const |
| Random accessor/mutator. | |
| Number & | operator() (int n) |
| Random accessor/mutator. | |
| Number & | operator[] (int n) |
| Random accessor/mutator. | |
| const Number & | at (int n) const |
| Bounds checked random accessor/mutator. | |
| Number & | at (int n) |
| Bounds checked random accessor/mutator. | |
| CVectorRange< Number > | first (int n) const |
| Returns a VectorRange over the first n entries, this(0:n) | |
| VectorRange< Number > | first (int n) |
| Returns a VectorRange over the first n entries, this(0:n) | |
| CVectorRange< Number > | cut_first (int n) const |
| Returns a VectorRange that cuts the first n entries, this(n:N) | |
| VectorRange< Number > | cut_first (int n) |
| Returns a VectorRange that cuts the first n entries, this(n:N) | |
| CPair | split_first (int n) const |
| Splits into two VectorRange's, returns [this->first(n), this->cut_first(n)]. | |
| Pair | split_first (int n) |
| Splits into two VectorRange's, returns [this->first(n), this->cut_first(n)]. | |
| CVectorRange< Number > | last (int n) const |
| Returns a VectorRange over the last n entries, this(N-n:N) | |
| VectorRange< Number > | last (int n) |
| Returns a VectorRange over the last n entries, this(N-n:N) | |
| CVectorRange< Number > | cut_last (int n) const |
| Returns a VectorRange that cuts the last n entries, this(0:N-n) | |
| VectorRange< Number > | cut_last (int n) |
| Returns a VectorRange that cuts the last n entries, this(0:N-n) | |
| CPair | split_last (int n) const |
| Splits into two VectorRange's, returns [this->cut_last(n), this->last(n)]. | |
| Pair | split_last (int n) |
| Splits into two VectorRange's, returns [this->cut_last(n), this->last(n)]. | |
Static Public Member Functions | |
| static Vector< Number > | random (int N) |
| Generates a random Vector of specified size. | |
| static Vector< Number > | zeros (int N) |
| Generates a zeros Vector of specified size. | |
| static Vector< Number > | ones (int N) |
| Generates a ones Vector of specified size. | |
| static Vector< Number > | fill (int N, Number c) |
| Generates a Vector of specified size filled with constant c. | |
| static Vector< Number > | fill (std::initializer_list< Number > list) |
| Generates a Vector of specified size filled with a std::initializer_list. | |
| static Vector< Number > | linspace (Number x0, Number x1, int N) |
| Generates a Vector filled with N Number's linearly spaced between (x0,x1). | |
| static Vector< Number > | logspace (Precision x0, Precision x1, int N) |
| Generates a Vector filled with N Number's logarithmically spaced between (10^x0,10^x1). | |
| static Vector< Number > | evaluate (const Expression< 1, Number > &e) |
| Generates a Vector by evaluating an arity-1 Expression of Number. | |
Tabulates a vector of length N, allows random access.
1.8.13