Manages radar signal reception and response processing. More...

#include "receiver.h"

Inheritance diagram for radar::Receiver:

Collaboration diagram for radar::Receiver:

Public Types
enum class	RecvFlag { FLAG_NODIRECT = 1 , FLAG_NOPROPLOSS = 2 }
	Enumeration for receiver configuration flags. More...

Public Member Functions
	Receiver (Platform *platform, std::string name, unsigned seed, OperationMode mode) noexcept
	Constructs a Receiver object.

	~Receiver () override=default

	Receiver (const Receiver &)=delete

	Receiver (Receiver &&)=delete

Receiver &	operator= (const Receiver &)=delete

Receiver &	operator= (Receiver &&)=delete

void	addResponseToInbox (std::unique_ptr< serial::Response > response) noexcept
	Adds a response to the receiver's pulsed-mode inbox.

void	addInterferenceToLog (std::unique_ptr< serial::Response > response) noexcept
	Adds a pulsed interference response to the receiver's CW-mode log.

bool	checkFlag (RecvFlag flag) const noexcept
	Checks if a specific flag is set.

RealType	getNoiseTemperature () const noexcept
	Retrieves the noise temperature of the receiver.

RealType	getWindowLength () const noexcept
	Retrieves the radar window length.

RealType	getWindowPrf () const noexcept
	Retrieves the pulse repetition frequency (PRF) of the radar window.

RealType	getWindowSkip () const noexcept
	Retrieves the window skip time.

RealType	getNoiseTemperature (const math::SVec3 &angle) const noexcept override
	Gets the noise temperature for a specific angle.

RealType	getWindowStart (unsigned window) const
	Retrieves the start time of a specific radar window.

unsigned	getWindowCount () const noexcept
	Gets the number of radar windows.

std::mt19937 &	getRngEngine () noexcept
	Gets the receiver's internal random number generator engine.

OperationMode	getMode () const noexcept
	Gets the operational mode of the receiver.

bool	isActive () const noexcept
	Checks if the receiver is currently active (listening).

void	setActive (const bool active) noexcept
	Sets the active state of the receiver.

std::vector< std::unique_ptr< serial::Response > >	drainInbox () noexcept
	Moves all responses from the inbox into a RenderingJob.

void	enqueueFinalizerJob (core::RenderingJob &&job)
	Adds a completed RenderingJob to the finalizer queue.

bool	waitAndDequeueFinalizerJob (core::RenderingJob &job)
	Waits for and dequeues a RenderingJob from the finalizer queue.

void	setWindowProperties (RealType length, RealType prf, RealType skip) noexcept
	Sets the properties for radar windows.

void	setFlag (RecvFlag flag) noexcept
	Sets a receiver flag.

void	setNoiseTemperature (RealType temp)
	Sets the noise temperature of the receiver.

void	prepareCwData (size_t numSamples)
	Prepares the internal storage for CW IQ data.

void	setCwSample (size_t index, ComplexType sample)
	Sets a single IQ sample at a specific index for CW simulation.

const std::vector< ComplexType > &	getCwData () const
	Retrieves the collected CW IQ data.

std::vector< ComplexType > &	getMutableCwData ()
	Retrieves the collected CW IQ data for modification.

const std::vector< std::unique_ptr< serial::Response > > &	getPulsedInterferenceLog () const
	Retrieves the log of pulsed interferences for CW mode.

void	setSchedule (std::vector< SchedulePeriod > schedule)
	Sets the active schedule for the receiver.

const std::vector< SchedulePeriod > &	getSchedule () const noexcept
	Retrieves the list of active reception periods.

std::optional< RealType >	getNextWindowTime (RealType time) const
	Determines the next valid window start time at or after the given time.

const Radar *	getAttached () const noexcept
	Retrieves the attached radar object.

const antenna::Antenna *	getAntenna () const noexcept
	Gets the antenna associated with this radar.

RealType	getGain (const math::SVec3 &angle, const math::SVec3 &refangle, RealType wavelength) const
	Calculates the radar gain based on input angles and wavelength.

std::shared_ptr< timing::Timing >	getTiming () const
	Retrieves the timing source for the radar.

void	setTiming (const std::shared_ptr< timing::Timing > &tim)
	Sets the timing source for the radar.

void	setAntenna (const antenna::Antenna *ant)
	Sets the antenna for the radar.

void	setAttached (const Radar *obj)
	Attaches another radar object to this radar.

math::Vec3	getPosition (const RealType time) const
	Retrieves the position of the object.

math::SVec3	getRotation (const RealType time) const
	Retrieves the rotation of the object.

Platform *	getPlatform () const noexcept
	Retrieves the associated platform of the object.

const std::string &	getName () const noexcept
	Retrieves the name of the object.

Protected Attributes
std::shared_ptr< timing::Timing >	_timing
	Timing source for the radar.

Detailed Description

Manages radar signal reception and response processing.

Definition at line 35 of file receiver.h.

Member Enumeration Documentation

◆ RecvFlag

enum class radar::Receiver::RecvFlag

strong

Enumeration for receiver configuration flags.

Enumerator
FLAG_NODIRECT
FLAG_NOPROPLOSS

Definition at line 42 of file receiver.h.

        {
            FLAG_NODIRECT = 1,
            FLAG_NOPROPLOSS = 2
        };

Constructor & Destructor Documentation

◆ Receiver() [1/3]

radar::Receiver::Receiver	(	Platform *	platform,
		std::string	name,
		unsigned	seed,
		OperationMode	mode
	)

explicitnoexcept

Constructs a Receiver object.

Parameters

platform	The platform associated with this receiver.
name	The name of the receiver.
seed	The seed for the receiver's internal random number generator.
mode	The operational mode (PULSED_MODE or CW_MODE).

Definition at line 23 of file receiver.cpp.

                                                                                                                 :
        Radar(platform, std::move(name)), _mode(mode), _rng(seed)
    {
    }

◆ ~Receiver()

radar::Receiver::~Receiver ( )

overridedefault

◆ Receiver() [2/3]

radar::Receiver::Receiver ( const Receiver & )

delete

◆ Receiver() [3/3]

radar::Receiver::Receiver ( Receiver && )

delete

Member Function Documentation

◆ addInterferenceToLog()

void radar::Receiver::addInterferenceToLog ( std::unique_ptr< serial::Response > response )

noexcept

Adds a pulsed interference response to the receiver's CW-mode log.

Parameters

response A unique pointer to the response object.

Definition at line 34 of file receiver.cpp.

    {
        std::lock_guard lock(_interference_log_mutex);
        _pulsed_interference_log.push_back(std::move(response));
    }

◆ addResponseToInbox()

void radar::Receiver::addResponseToInbox ( std::unique_ptr< serial::Response > response )

noexcept

Adds a response to the receiver's pulsed-mode inbox.

Parameters

response A unique pointer to the response object.

Definition at line 28 of file receiver.cpp.

    {
        std::lock_guard lock(_inbox_mutex);
        _inbox.push_back(std::move(response));
    }

◆ checkFlag()

bool radar::Receiver::checkFlag ( RecvFlag flag ) const

noexcept

Checks if a specific flag is set.

Parameters

flag	The flag to check.

Returns: True if the flag is set, false otherwise.

Definition at line 86 of file receiver.h.

86{ return _flags & static_cast<int>(flag); }

Referenced by simulation::calculateDirectPathContribution(), simulation::calculatePreviewLinks(), simulation::calculateReflectedPathContribution(), processing::runPulsedFinalizer(), simulation::solveRe(), simulation::solveReDirect(), and radar::to_json().

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◆ drainInbox()

std::vector< std::unique_ptr< serial::Response > > radar::Receiver::drainInbox ( )

noexcept

Moves all responses from the inbox into a RenderingJob.

Returns: A vector of unique pointers to the responses.

Definition at line 40 of file receiver.cpp.

    {
        std::lock_guard lock(_inbox_mutex);
        std::vector<std::unique_ptr<serial::Response>> drained_responses;
        drained_responses.swap(_inbox);
        return drained_responses;
    }

◆ enqueueFinalizerJob()

void radar::Receiver::enqueueFinalizerJob ( core::RenderingJob && job )

Adds a completed RenderingJob to the finalizer queue.

Parameters

job	The RenderingJob to enqueue.

Definition at line 48 of file receiver.cpp.

    {
        {
            std::lock_guard lock(_finalizer_queue_mutex);
            _finalizer_queue.push(std::move(job));
        }
        _finalizer_queue_cv.notify_one();
    }

◆ getAntenna()

const antenna::Antenna * radar::Radar::getAntenna ( ) const

noexceptinherited

Gets the antenna associated with this radar.

Returns: Pointer to the associated antenna.

Definition at line 78 of file radar_obj.h.

78{ return _antenna; }

Referenced by radar::to_json(), and radar::to_json().

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◆ getAttached()

const Radar * radar::Radar::getAttached ( ) const

noexceptinherited

Retrieves the attached radar object.

Returns: Pointer to the attached radar object.

Definition at line 71 of file radar_obj.h.

71{ return _attached; }

Referenced by simulation::calculatePreviewLinks(), and simulation::calculateResponse().

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◆ getCwData()

const std::vector< ComplexType > & radar::Receiver::getCwData ( ) const

Retrieves the collected CW IQ data.

Returns: A constant reference to the vector of complex IQ samples.

Definition at line 228 of file receiver.h.

228{ return _cw_iq_data; }

◆ getGain()

RealType radar::Radar::getGain	(	const math::SVec3 &	angle,
		const math::SVec3 &	refangle,
		RealType	wavelength
	)		const

inherited

Calculates the radar gain based on input angles and wavelength.

Parameters

angle	The radar's pointing angle.
refangle	The reference angle for comparison.
wavelength	The wavelength of the radar signal.

Returns: The calculated radar gain.

Definition at line 26 of file radar_obj.cpp.

    {
        return _antenna->getGain(angle, refangle, wavelength);
    }

References antenna::Antenna::getGain().

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◆ getMode()

OperationMode radar::Receiver::getMode ( ) const

noexcept

Gets the operational mode of the receiver.

Returns: The operational mode (PULSED_MODE or CW_MODE).

Definition at line 151 of file receiver.h.

151{ return _mode; }

Referenced by radar::to_json().

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◆ getMutableCwData()

std::vector< ComplexType > & radar::Receiver::getMutableCwData ( )

Retrieves the collected CW IQ data for modification.

Returns: A mutable reference to the vector of complex IQ samples.

Definition at line 234 of file receiver.h.

234{ return _cw_iq_data; }

Referenced by processing::finalizeCwReceiver().

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◆ getName()

const std::string & radar::Object::getName ( ) const

noexceptinherited

Retrieves the name of the object.

Returns: A const reference to the string representing the object's name.

Definition at line 68 of file object.h.

68{ return _name; }

Referenced by simulation::calculatePreviewLinks(), simulation::calculateResponse(), processing::finalizeCwReceiver(), serial::Response::getTransmitterName(), processing::runPulsedFinalizer(), setNoiseTemperature(), radar::to_json(), radar::to_json(), and radar::to_json().

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◆ getNextWindowTime()

std::optional< RealType > radar::Receiver::getNextWindowTime ( RealType time ) const

Determines the next valid window start time at or after the given time.

Parameters

time	The proposed window start time.

Returns: The actual start time, or nullopt if no valid time exists in the schedule.

Definition at line 130 of file receiver.cpp.

    {
        // If no schedule is defined, assume always on.
        if (_schedule.empty())
        {
            return time;
        }
        for (const auto& period : _schedule)
        {
            // If time is within this period, it's valid.
            if (time >= period.start && time <= period.end)
            {
                return time;
            }
            // If time is before this period, skip to the start of this period.
            if (time < period.start)
            {
                return period.start;
            }
            // If time is after this period, continue to next period.
        }
        // Time is after the last scheduled period.
        return std::nullopt;
    }

◆ getNoiseTemperature() [1/2]

RealType radar::Receiver::getNoiseTemperature ( ) const

noexcept

Retrieves the noise temperature of the receiver.

Returns: The noise temperature.

Definition at line 93 of file receiver.h.

93{ return _noise_temperature; }

Referenced by simulation::calculatePreviewLinks(), processing::finalizeCwReceiver(), processing::runPulsedFinalizer(), and radar::to_json().

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◆ getNoiseTemperature() [2/2]

RealType radar::Receiver::getNoiseTemperature ( const math::SVec3 & angle ) const

overridevirtualnoexcept

Gets the noise temperature for a specific angle.

Parameters

angle The angle in spherical coordinates (SVec3).

Returns: The noise temperature at the given angle.

Reimplemented from radar::Radar.

Definition at line 73 of file receiver.cpp.

    {
        return _noise_temperature + Radar::getNoiseTemperature(angle);
    }

References radar::Radar::getNoiseTemperature().

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◆ getPlatform()

Platform * radar::Object::getPlatform ( ) const

noexceptinherited

Retrieves the associated platform of the object.

Returns: A pointer to the Platform object associated with this object.

Definition at line 61 of file object.h.

61{ return _platform; }

Referenced by simulation::calculateDirectPathContribution(), simulation::calculateReflectedPathContribution(), and simulation::calculateResponse().

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◆ getPosition()

math::Vec3 radar::Object::getPosition ( const RealType time ) const

inherited

Retrieves the position of the object.

Parameters

time	The time at which to get the position of the object.

Returns: A math::Vec3 representing the position of the object.

Definition at line 46 of file object.h.

46{ return _platform->getPosition(time); }

radar::Platform::getPosition

math::Vec3 getPosition(const RealType time) const

Gets the position of the platform at a specific time.

Definition platform.h:74

References radar::Platform::getPosition().

Referenced by simulation::calculatePreviewLinks(), simulation::solveRe(), and simulation::solveReDirect().

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◆ getPulsedInterferenceLog()

const std::vector< std::unique_ptr< serial::Response > > & radar::Receiver::getPulsedInterferenceLog ( ) const

Retrieves the log of pulsed interferences for CW mode.

Returns: A const reference to the vector of interference responses.

Definition at line 240 of file receiver.h.

        {
            return _pulsed_interference_log;
        }

Referenced by processing::finalizeCwReceiver().

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◆ getRngEngine()

std::mt19937 & radar::Receiver::getRngEngine ( )

noexcept

Gets the receiver's internal random number generator engine.

Returns: A mutable reference to the RNG engine.

Definition at line 144 of file receiver.h.

144{ return _rng; }

Referenced by processing::finalizeCwReceiver(), and processing::runPulsedFinalizer().

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◆ getRotation()

math::SVec3 radar::Object::getRotation ( const RealType time ) const

inherited

Retrieves the rotation of the object.

Parameters

time	The time at which to get the rotation of the object.

Returns: A math::SVec3 representing the rotation of the object.

Definition at line 54 of file object.h.

54{ return _platform->getRotation(time); }

radar::Platform::getRotation

math::SVec3 getRotation(const RealType time) const

Gets the rotation of the platform at a specific time.

Definition platform.h:82

References radar::Platform::getRotation().

Referenced by radar::FileTarget::getRcs(), and processing::runPulsedFinalizer().

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◆ getSchedule()

const std::vector< SchedulePeriod > & radar::Receiver::getSchedule ( ) const

noexcept

Retrieves the list of active reception periods.

Returns: A const reference to the schedule vector.

Definition at line 255 of file receiver.h.

255{ return _schedule; }

Referenced by simulation::calculatePreviewLinks(), and radar::to_json().

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◆ getTiming()

std::shared_ptr< timing::Timing > radar::Radar::getTiming ( ) const

inherited

Retrieves the timing source for the radar.

Returns: Shared pointer to the timing source.

Definition at line 66 of file radar_obj.cpp.

    {
        if (!_timing)
        {
            LOG(Level::FATAL, "Radar::GetTiming called before timing set");
            throw std::runtime_error("Radar::GetTiming called before timing set");
        }
        return _timing;
    }

References radar::Radar::_timing, and LOG.

Referenced by processing::finalizeCwReceiver(), processing::runPulsedFinalizer(), radar::to_json(), and radar::to_json().

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◆ getWindowCount()

unsigned radar::Receiver::getWindowCount ( ) const

noexcept

Gets the number of radar windows.

Returns: The total number of radar windows.

Definition at line 96 of file receiver.cpp.

    {
        const RealType time = params::endTime() - params::startTime();
        const RealType pulses = time * _window_prf;
        return static_cast<unsigned>(std::ceil(pulses));
    }

References params::endTime(), and params::startTime().

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◆ getWindowLength()

RealType radar::Receiver::getWindowLength ( ) const

noexcept

Retrieves the radar window length.

Returns: The radar window length.

Definition at line 100 of file receiver.h.

100{ return _window_length; }

Referenced by processing::runPulsedFinalizer(), and radar::to_json().

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◆ getWindowPrf()

RealType radar::Receiver::getWindowPrf ( ) const

noexcept

Retrieves the pulse repetition frequency (PRF) of the radar window.

Returns: The PRF of the radar window.

Definition at line 107 of file receiver.h.

107{ return _window_prf; }

Referenced by processing::runPulsedFinalizer(), and radar::to_json().

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◆ getWindowSkip()

RealType radar::Receiver::getWindowSkip ( ) const

noexcept

Retrieves the window skip time.

Returns: The window skip time.

Definition at line 114 of file receiver.h.

114{ return _window_skip; }

Referenced by processing::runPulsedFinalizer(), and radar::to_json().

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◆ getWindowStart()

RealType radar::Receiver::getWindowStart ( unsigned window ) const

Retrieves the start time of a specific radar window.

Parameters

window The index of the window.

Returns: The start time of the specified window.

Exceptions

std::logic_error If the receiver is not associated with a timing source.

Definition at line 103 of file receiver.cpp.

    {
        const RealType stime = static_cast<RealType>(window) / _window_prf + _window_skip;
        if (!_timing)
        {
            LOG(logging::Level::FATAL, "Receiver must be associated with timing source");
            throw std::logic_error("Receiver must be associated with timing source");
        }
        return stime;
    }

References radar::Radar::_timing, logging::FATAL, and LOG.

◆ isActive()

bool radar::Receiver::isActive ( ) const

noexcept

Checks if the receiver is currently active (listening).

Returns: True if active, false otherwise.

Definition at line 157 of file receiver.h.

157{ return _is_active; }

◆ operator=() [1/2]

Receiver & radar::Receiver::operator= ( const Receiver & )

delete

◆ operator=() [2/2]

Receiver & radar::Receiver::operator= ( Receiver && )

delete

◆ prepareCwData()

void radar::Receiver::prepareCwData ( size_t numSamples )

Prepares the internal storage for CW IQ data.

Parameters

numSamples The total number of samples to allocate memory for.

Definition at line 114 of file receiver.cpp.

    {
        std::lock_guard lock(_cw_mutex);
        _cw_iq_data.resize(numSamples);
    }

◆ setActive()

void radar::Receiver::setActive ( const bool active )

noexcept

Sets the active state of the receiver.

Parameters

active The new active state.

Definition at line 163 of file receiver.h.

163{ _is_active = active; }

Referenced by core::runEventDrivenSim().

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◆ setAntenna()

void radar::Radar::setAntenna ( const antenna::Antenna * ant )

inherited

Sets the antenna for the radar.

Parameters

ant	Pointer to the antenna to set.

Definition at line 46 of file radar_obj.cpp.

    {
        if (!ant)
        {
            LOG(Level::FATAL, "Transmitter's antenna set to null");
            throw std::logic_error("Transmitter's antenna set to null");
        }
        _antenna = ant;
    }

References LOG.

◆ setAttached()

void radar::Radar::setAttached ( const Radar * obj )

inherited

Attaches another radar object to this radar.

Parameters

obj	Pointer to the radar object to attach.

Exceptions

std::runtime_error If another object is already attached.

Definition at line 56 of file radar_obj.cpp.

    {
        if (_attached)
        {
            LOG(Level::FATAL, "Attempted to attach second object to transmitter");
            throw std::runtime_error("Attempted to attach second object to transmitter");
        }
        _attached = obj;
    }

References LOG.

◆ setCwSample()

void radar::Receiver::setCwSample	(	size_t	index,
		ComplexType	sample
	)

Sets a single IQ sample at a specific index for CW simulation.

Parameters

index	The index at which to store the sample.
sample	The complex IQ sample.

Definition at line 120 of file receiver.cpp.

    {
        if (index < _cw_iq_data.size())
        {
            _cw_iq_data[index] += sample;
        }
    }

◆ setFlag()

void radar::Receiver::setFlag ( RecvFlag flag )

noexcept

Sets a receiver flag.

Parameters

flag	The flag to set.

Definition at line 201 of file receiver.h.

201{ _flags |= static_cast<int>(flag); }

◆ setNoiseTemperature()

void radar::Receiver::setNoiseTemperature ( RealType temp )

Sets the noise temperature of the receiver.

Parameters

temp	The new noise temperature.

Exceptions

std::runtime_error If the noise temperature is negative.

Definition at line 78 of file receiver.cpp.

    {
        if (temp < -EPSILON)
        {
            LOG(logging::Level::FATAL, "Noise temperature for receiver {} is negative", getName());
            throw std::runtime_error("Noise temperature must be positive");
        }
        _noise_temperature = temp;
    }

References EPSILON, logging::FATAL, radar::Object::getName(), and LOG.

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◆ setSchedule()

void radar::Receiver::setSchedule ( std::vector< SchedulePeriod > schedule )

Sets the active schedule for the receiver.

Parameters

schedule A vector of active periods.

Definition at line 128 of file receiver.cpp.

128{ _schedule = std::move(schedule); }

◆ setTiming()

void radar::Radar::setTiming ( const std::shared_ptr< timing::Timing > & tim )

inherited

Sets the timing source for the radar.

Parameters

tim	Shared pointer to the timing source to set.

Definition at line 36 of file radar_obj.cpp.

    {
        if (!tim)
        {
            LOG(Level::FATAL, "Radar timing source must not be null");
            throw std::runtime_error("Radar timing source must not be null");
        }
        _timing = tim;
    }

References radar::Radar::_timing, and LOG.

◆ setWindowProperties()

void radar::Receiver::setWindowProperties	(	RealType	length,
		RealType	prf,
		RealType	skip
	)

noexcept

Sets the properties for radar windows.

Parameters

length	The length of the radar window.
prf	The pulse repetition frequency.
skip	The skip time between windows.

Definition at line 88 of file receiver.cpp.

    {
        const auto rate = params::rate() * params::oversampleRatio();
        _window_length = length;
        _window_prf = 1 / (std::floor(rate / prf) / rate);
        _window_skip = std::floor(rate * skip) / rate;
    }

References params::oversampleRatio(), and params::rate().

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◆ waitAndDequeueFinalizerJob()

bool radar::Receiver::waitAndDequeueFinalizerJob ( core::RenderingJob & job )

Waits for and dequeues a RenderingJob from the finalizer queue.

This is a blocking call, intended for use by the dedicated finalizer thread.

Parameters

job	A reference to a RenderingJob to be filled.

Returns: false if a shutdown signal is received, true otherwise.

Definition at line 57 of file receiver.cpp.

    {
        std::unique_lock lock(_finalizer_queue_mutex);
        _finalizer_queue_cv.wait(lock, [this] { return !_finalizer_queue.empty(); });
 
        job = std::move(_finalizer_queue.front());
        _finalizer_queue.pop();
 
        // Check for shutdown signal (negative duration)
        if (job.duration < 0.0)
        {
            return false; // Shutdown signal
        }
        return true;
    }

References core::RenderingJob::duration.

Referenced by processing::runPulsedFinalizer().

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Member Data Documentation

◆ _timing

std::shared_ptr<timing::Timing> radar::Radar::_timing

protectedinherited

Timing source for the radar.

Definition at line 129 of file radar_obj.h.

Referenced by radar::Radar::getTiming(), getWindowStart(), and radar::Radar::setTiming().

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

packages/libfers/src/radar/receiver.h
packages/libfers/src/radar/receiver.cpp

Public Types

Public Member Functions

Protected Attributes

Detailed Description

Member Enumeration Documentation

◆ RecvFlag

Constructor & Destructor Documentation

◆ Receiver() [1/3]

◆ ~Receiver()

◆ Receiver() [2/3]

◆ Receiver() [3/3]

Member Function Documentation

◆ addInterferenceToLog()

◆ addResponseToInbox()

◆ checkFlag()

◆ drainInbox()

◆ enqueueFinalizerJob()

◆ getAntenna()

◆ getAttached()

◆ getCwData()

◆ getGain()

◆ getMode()

◆ getMutableCwData()

◆ getName()

◆ getNextWindowTime()

◆ getNoiseTemperature() [1/2]

◆ getNoiseTemperature() [2/2]

◆ getPlatform()

◆ getPosition()

◆ getPulsedInterferenceLog()

◆ getRngEngine()

◆ getRotation()

◆ getSchedule()

◆ getTiming()

◆ getWindowCount()

◆ getWindowLength()

◆ getWindowPrf()

◆ getWindowSkip()

◆ getWindowStart()

◆ isActive()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ prepareCwData()

◆ setActive()

◆ setAntenna()

◆ setAttached()

◆ setCwSample()

◆ setFlag()

◆ setNoiseTemperature()

◆ setSchedule()

◆ setTiming()

◆ setWindowProperties()

◆ waitAndDequeueFinalizerJob()

Member Data Documentation

◆ _timing