Syntalos::SecondaryClockSynchronizer
Syntalos::SecondaryClockSynchronizer
Synchronizer for an external steady monotonic clock. More…
#include <timesync.h>
Public Functions
Name | |
---|---|
SecondaryClockSynchronizer(std::shared_ptr< SyncTimer > masterTimer, const QString & modName, const QString & id =QString()) | |
~SecondaryClockSynchronizer() | |
void | setNotifyCallbacks(const SyncDetailsChangeNotifyFn & detailsChangeNotifyFn, const OffsetChangeNotifyFn & offsetChangeNotifyFn) Set callback functions to notify about state changes. |
microseconds_t | clockCorrectionOffset() const An adjustment offset to pring the secondary clock back to speed. |
void | setCalibrationPointsCount(int timepointCount) Set the amount of points needed to determine the average offset explicitly. |
void | setExpectedClockFrequencyHz(double frequency) Automatically determine tolerance and needed calibration point count based on expected DAQ frequency. |
void | setStrategies(const TimeSyncStrategies & strategies) |
void | setTolerance(const microseconds_t & tolerance) |
void | setTimeSyncBasename(const QString & fname, const QUuid & collectionId) |
bool | isCalibrated() const |
microseconds_t | expectedOffsetToMaster() const |
bool | start() |
void | stop() |
void | processTimestamp(microseconds_t & masterTimestamp, const microseconds_t & secondaryAcqTimestamp) |
Detailed Description
class Syntalos::SecondaryClockSynchronizer;
Synchronizer for an external steady monotonic clock.
This synchronizer helps synchronizing a timestamp from an external source with Syntalos’ master clock.
Public Functions Documentation
function SecondaryClockSynchronizer
explicit SecondaryClockSynchronizer(
std::shared_ptr< SyncTimer > masterTimer,
const QString & modName,
const QString & id =QString()
)
function ~SecondaryClockSynchronizer
~SecondaryClockSynchronizer()
function setNotifyCallbacks
void setNotifyCallbacks(
const SyncDetailsChangeNotifyFn & detailsChangeNotifyFn,
const OffsetChangeNotifyFn & offsetChangeNotifyFn
)
Set callback functions to notify about state changes.
function clockCorrectionOffset
microseconds_t clockCorrectionOffset() const
An adjustment offset to pring the secondary clock back to speed.
negative values indicate the secondary clock running too slow, positive values mean it is running too fast compared to the master clock.
function setCalibrationPointsCount
void setCalibrationPointsCount(
int timepointCount
)
Set the amount of points needed to determine the average offset explicitly.
function setExpectedClockFrequencyHz
void setExpectedClockFrequencyHz(
double frequency
)
Automatically determine tolerance and needed calibration point count based on expected DAQ frequency.
function setStrategies
void setStrategies(
const TimeSyncStrategies & strategies
)
function setTolerance
void setTolerance(
const microseconds_t & tolerance
)
function setTimeSyncBasename
void setTimeSyncBasename(
const QString & fname,
const QUuid & collectionId
)
function isCalibrated
bool isCalibrated() const
function expectedOffsetToMaster
microseconds_t expectedOffsetToMaster() const
function start
bool start()
function stop
void stop()
function processTimestamp
void processTimestamp(
microseconds_t & masterTimestamp,
const microseconds_t & secondaryAcqTimestamp
)
Updated on 2024-11-06 at 17:10:29 +0000