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| SavitzkyGolayFilter (unsigned m, int t, unsigned n, unsigned s, double dt=1.) |
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| SavitzkyGolayFilter (const SavitzkyGolayFilterConfig &conf) |
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void | configure (const SavitzkyGolayFilterConfig &conf) |
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| template<typename ContainerT > |
| ContainerT::value_type | filter (const ContainerT &v) const |
| | Apply Savitzky-Golay convolution to the data x should have size 2*m+1 As the function only applies a convolution, it runs in O(2m+1), and should be rather fast. More...
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std::vector< double > | weights () const |
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SavitzkyGolayFilterConfig | config () const |
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◆ filter()
template<typename ContainerT >
| ContainerT::value_type savgol::SavitzkyGolayFilter::filter |
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const ContainerT & |
v | ) |
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inline |
Apply Savitzky-Golay convolution to the data x should have size 2*m+1 As the function only applies a convolution, it runs in O(2m+1), and should be rather fast.
- Parameters
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| v | Container with the data to be filtered. Should have 2*m+1 elements Type of elements needs to be compatible with multiplication by a scalar, and addition with itself Common types would be std::vector<double>, std::vector<Eigen::VectorXd>, boost::circular_buffer<Eigen::Vector3d>... |
- Returns
- Filtered value according to the precomputed filter weights.
The documentation for this struct was generated from the following file:
