Group: convolution¶

A¶

• function kfr::autocorrelate(const univector<T, Tag1> &) Auto-correlation

B¶

• variable kfr::convolve_filter<T>::block_size

C¶

• class kfr::convolve_filter<T> Convolution using Filter API
• constructor kfr::convolve_filter<T>::convolve_filter<T>(const univector_ref<const T> &, size_t)
• constructor kfr::convolve_filter<T>::convolve_filter<T>(size_t, size_t)
• function kfr::convolve(const univector<T1, Tag1> &, const univector<T2, Tag2> &) Convolution
• function kfr::correlate(const univector<T1, Tag1> &, const univector<T2, Tag2> &) Correlation
• variable kfr::convolve_filter<T>::cscratch

D¶

• variable kfr::convolve_filter<T>::data_size

F¶

• variable kfr::convolve_filter<T>::fft

I¶

• function kfr::convolve_filter<T>::input_block_size() Apply filter to multiples of returned block size for optimal processing efficiency.
• variable kfr::convolve_filter<T>::input_position
• variable kfr::convolve_filter<T>::ir_segments

O¶

• variable kfr::convolve_filter<T>::overlap

P¶

• typedef kfr::convolve_filter<T>::plan_t
• variable kfr::convolve_filter<T>::position
• variable kfr::convolve_filter<T>::premul
• function kfr::convolve_filter<T>::process_buffer(T *, const T *, size_t)
• function kfr::convolve_filter<T>::process_expression(T *, const expression_handle<T> &, size_t)

R¶

• variable kfr::convolve_filter<T>::real_fft
• function kfr::convolve_filter<T>::reset()

S¶

• variable kfr::convolve_filter<T>::saved_input
• variable kfr::convolve_filter<T>::scratch1
• variable kfr::convolve_filter<T>::scratch2
• variable kfr::convolve_filter<T>::segments
• function kfr::convolve_filter<T>::set_data(const univector_ref<const T> &)
• typedef kfr::convolve_filter<T>::ST

T¶

• variable kfr::convolve_filter<T>::temp