AVX signal processor: Calculates the running sum of the signal's absolute value. More...

Inheritance diagram for tpglibs::AVXAbsRunSumProcessor:

Collaboration diagram for tpglibs::AVXAbsRunSumProcessor:

Public Member Functions
__m256i	process (const __m256i &signal) override
	Calculate and store the running sum with absolute values.

Public Member Functions inherited from tpglibs::AVXRunSumProcessor
__m256i	process (const __m256i &signal) override
	Calculate and store the running sum.

void	configure (const nlohmann::json &config, const int16_t *plane_numbers) override
	Configures the `R` factor and `S` factor according to plane.

Public Member Functions inherited from tpglibs::AVXProcessor
Public Member Functions inherited from tpglibs::AbstractProcessor< __m256i >
virtual	~AbstractProcessor ()=default

void	set_next_processor (std::shared_ptr< AbstractProcessor< __m256i > > next_processor)
	Setter for next processor.

Additional Inherited Members
Public Types inherited from tpglibs::AbstractProcessor< __m256i >
using	signal_type_t
	Signal type to process on. General __m256i.

Detailed Description

AVX signal processor: Calculates the running sum of the signal's absolute value.

Look to AVXRunSumProcessor for details on the running sum calculation.

Definition at line 20 of file AVXAbsRunSumProcessor.hpp.

Member Function Documentation

__m256i tpglibs::AVXAbsRunSumProcessor::process ( const __m256i & signal )

overridevirtual

Calculate and store the running sum with absolute values.

Parameters

signal The input signal to process on.

Definition at line 15 of file AVXAbsRunSumProcessor.cpp.

                                                            {
  return AVXRunSumProcessor::process(_mm256_abs_epi16(signal));
}

The documentation for this class was generated from the following files:

/github/workspace/dunedaq/sourcecode/tpglibs/include/tpglibs/AVXAbsRunSumProcessor.hpp
/github/workspace/dunedaq/sourcecode/tpglibs/src/AVXAbsRunSumProcessor.cpp