#include <epicsTime.h>
#include "NDPluginDriver.h"

Classes
class	NDPluginTimeSeries
	Compute time series on signals. More...

Macros
#define	TSAcquireString "TS_ACQUIRE" /* (asynInt32, r/w) Acquire on/off */
	NDPluginTimeSeries.h. More...

#define	TSReadString "TS_READ" /* (asynInt32, r/w) Read data */

#define	TSNumPointsString "TS_NUM_POINTS" /* (asynInt32, r/w) Number of time series points to use */

#define	TSCurrentPointString "TS_CURRENT_POINT" /* (asynInt32, r/o) Current point in time series */

#define	TSTimePerPointString "TS_TIME_PER_POINT" /* (asynFloat64, r/o) Time per time point from driver */

#define	TSAveragingTimeString "TS_AVERAGING_TIME" /* (asynFloat64, r/o) Averaging time in plugin */

#define	TSNumAverageString "TS_NUM_AVERAGE" /* (asynInt32, r/o) Time points to average */

#define	TSElapsedTimeString "TS_ELAPSED_TIME" /* (asynFloat64, r/o) Elapsed acquisition time */

#define	TSAcquireModeString "TS_ACQUIRE_MODE" /* (asynInt32, r/w) Acquire mode */

#define	TSTimeAxisString "TS_TIME_AXIS" /* (asynFloat64Array, r/o) Time axis array */

#define	TSTimestampString "TS_TIMESTAMP" /* (asynFloat64Array, r/o) Series of timestamps */

#define	TSTimeSeriesString "TS_TIME_SERIES" /* (asynFloat64Array, r/o) Time series array */

#define	FIRST_NDPLUGIN_TIME_SERIES_PARAM P_TSAcquire

Macro Definition Documentation

◆ FIRST_NDPLUGIN_TIME_SERIES_PARAM

#define FIRST_NDPLUGIN_TIME_SERIES_PARAM P_TSAcquire

◆ TSAcquireModeString

#define TSAcquireModeString "TS_ACQUIRE_MODE" /* (asynInt32, r/w) Acquire mode */

◆ TSAcquireString

#define TSAcquireString "TS_ACQUIRE" /* (asynInt32, r/w) Acquire on/off */

NDPluginTimeSeries.h.

Plugin that creates time-series arrays from callback data.

Author: Mark Rivers

Date: February 2016

◆ TSAveragingTimeString

#define TSAveragingTimeString "TS_AVERAGING_TIME" /* (asynFloat64, r/o) Averaging time in plugin */

◆ TSCurrentPointString

#define TSCurrentPointString "TS_CURRENT_POINT" /* (asynInt32, r/o) Current point in time series */

◆ TSElapsedTimeString

#define TSElapsedTimeString "TS_ELAPSED_TIME" /* (asynFloat64, r/o) Elapsed acquisition time */

◆ TSNumAverageString

#define TSNumAverageString "TS_NUM_AVERAGE" /* (asynInt32, r/o) Time points to average */

◆ TSNumPointsString

#define TSNumPointsString "TS_NUM_POINTS" /* (asynInt32, r/w) Number of time series points to use */

◆ TSReadString

#define TSReadString "TS_READ" /* (asynInt32, r/w) Read data */

◆ TSTimeAxisString

#define TSTimeAxisString "TS_TIME_AXIS" /* (asynFloat64Array, r/o) Time axis array */

◆ TSTimePerPointString

#define TSTimePerPointString "TS_TIME_PER_POINT" /* (asynFloat64, r/o) Time per time point from driver */

◆ TSTimeSeriesString

#define TSTimeSeriesString "TS_TIME_SERIES" /* (asynFloat64Array, r/o) Time series array */

◆ TSTimestampString

#define TSTimestampString "TS_TIMESTAMP" /* (asynFloat64Array, r/o) Series of timestamps */

Classes

Macros