mxlib
c++ tools for analyzing astronomical data and other tasks by Jared R. Males. [git repo]
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Functions | |
template<typename realT > | |
void | tukey (realT *filt, int N, realT alpha) |
The Tukey Window. | |
template<typename realT > | |
void | tukey (std::vector< realT > &filt, realT alpha) |
The Tukey Window. | |
template<typename realT > | |
void | genCosine (realT *filt, size_t N, realT a0, realT a1) |
The generalized 2 parameter cosine Window. | |
template<typename realT > | |
void | genCosine (realT *filt, size_t N, realT a0, realT a1, realT a2) |
The generalized 3 parameter cosine Window. | |
template<typename realT > | |
void | genCosine (realT *filt, size_t N, realT a0, realT a1, realT a2, realT a3) |
The generalized 4 parameter cosine Window. | |
template<typename realT > | |
void | hann (realT *filt, int N) |
The Hann Window. | |
template<typename realT > | |
void | hann (std::vector< realT > &filt) |
The Hann Window. | |
template<typename realT > | |
void | hamming (realT *filt, int N) |
The Hamming Window. | |
template<typename realT > | |
void | hamming (std::vector< realT > &filt) |
The Hamming Window. | |
template<typename realT > | |
void | blackman (realT *filt, size_t N) |
The Blackman Window. | |
template<typename realT > | |
void | blackman (std::vector< realT > &filt) |
The Blackman Window. | |
template<typename realT > | |
void | exactBlackman (realT *filt, size_t N) |
The Exact Blackman Window. | |
template<typename realT > | |
void | exactBlackman (std::vector< realT > &filt) |
The Exact Blackman Windwo. | |
template<typename realT > | |
void | nuttal (realT *filt, size_t N) |
The Nuttal Window. | |
template<typename realT > | |
void | nuttal (std::vector< realT > &filt) |
The Nuttal Window. | |
template<typename realT > | |
void | blackmanNuttal (realT *filt, size_t N) |
The Blackman-Nuttal Windwo. | |
template<typename realT > | |
void | blackmanNuttal (std::vector< realT > &filt) |
The Blackman-Nuttal Windwo. | |
template<typename realT > | |
void | tukey2d (realT *filt, int rows, int cols, realT D, realT alpha, realT xc, realT yc) |
Create a 2-D Tukey window. | |
template<typename arrT > | |
void | tukey2d (arrT &filt, typename arrT::Scalar D, typename arrT::Scalar alpha, typename arrT::Scalar xc, typename arrT::Scalar yc) |
Create a 2-D Tukey window. | |
template<typename realT > | |
void | tukey2dAnnulus (realT *filt, int rows, int cols, realT D, realT eps, realT alpha, realT xc, realT yc) |
Create a 2-D Tukey window on an annulus. | |
template<typename arrT > | |
void | tukey2dAnnulus (arrT &filt, typename arrT::Scalar D, typename arrT::Scalar eps, typename arrT::Scalar alpha, typename arrT::Scalar xc, typename arrT::Scalar yc) |
Create a 2-D Tukey window on an annulus. | |
template<typename realT > | |
void | tukey2dSquare (realT *filt, int rows, int cols, realT W, realT H, realT alpha, realT xc, realT yc) |
Create a 2-D Tukey window on a rectangle. | |
The Exact Blackman Windwo.
See https://en.wikipedia.org/wiki/Window_function
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
realT | a real floating point type |
[out] | filt | The pre-allocated vector which will store the filter |
Definition at line 287 of file signalWindows.hpp.
References exactBlackman().