finalizer_pipeline.h File Reference

Declares focused, testable pipeline steps for receiver finalization. More...

#include <memory>
#include <span>
#include <string>
#include <tuple>
#include <vector>
#include "core/config.h"

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Namespaces
namespace	timing
namespace	radar
namespace	serial
namespace	core
namespace	processing
namespace	processing::pipeline

Functions
void	processing::pipeline::advanceTimingModel (timing::Timing *timing_model, const radar::Receiver *receiver, RealType rate)
	Advances the receiver's timing model to the start of the next processing window.
std::tuple< RealType, RealType >	processing::pipeline::calculateJitteredStart (RealType ideal_start, RealType first_phase_noise, RealType carrier_freq, RealType rate)
	Calculates the jittered start time and fractional delay from a phase noise sample.
void	processing::pipeline::applyCwInterference (std::span< ComplexType > window, RealType actual_start, RealType dt, const radar::Receiver *receiver, const std::vector< radar::Transmitter * > &cw_sources, const std::vector< std::unique_ptr< radar::Target > > *targets)
	Applies continuous-wave interference to a time window.
void	processing::pipeline::applyPulsedInterference (std::vector< ComplexType > &iq_buffer, const std::vector< std::unique_ptr< serial::Response > > &interference_log)
	Renders and applies pulsed interference to a continuous-wave IQ buffer.
void	processing::pipeline::addPhaseNoiseToWindow (std::span< const RealType > noise, std::span< ComplexType > window)
	Applies a pre-generated sequence of phase noise samples to an I/Q buffer.
RealType	processing::pipeline::applyDownsamplingAndQuantization (std::vector< ComplexType > &buffer)
	Downsamples and quantizes an IQ buffer.
void	processing::pipeline::exportCwToHdf5 (const std::string &filename, const std::vector< ComplexType > &iq_buffer, RealType fullscale, RealType ref_freq, const core::OutputFileMetadata *metadata=nullptr)
	Exports a finalized continuous-wave IQ buffer to an HDF5 file.

Detailed Description

Declares focused, testable pipeline steps for receiver finalization.

This header defines the individual, single-responsibility functions that constitute the signal processing pipeline for both pulsed and continuous-wave receivers. By breaking the finalization process into these discrete steps, each function becomes highly cohesive, easier to understand, and independently testable.

Definition in file finalizer_pipeline.h.