/// <summary>
/// This is a test driver used to develop the SR classes and methods in SRControl, SRTakeDataHandler and the SREventHandler and for driving an asynchronous SR measurement together with LM.
/// Take data according to parameters on measurement, modeled after code in take_data.cpp
/// </summary>
/// <param name="meas">the measurement, has acq params</param>
/// <returns>SR.MEAS_TERMINATED: stop and do outliers and sums on existing collected results</returns>
/// <returns>SR.MEAS_ABORTED: abort and delete existing collected results</returns>
/// <returns>SR.MEAS_CONTINUE: move forward with the next collect step</returns>
public int take_sr_data(Measurement meas, Detector det)
{
// step 1
InitializeContext(meas, det);
// step 2
int status = InitializeSR(new CancellationTokenSource());
if (status != sr_h.SR_SUCCESS)
{
return(status);
}
/* new Measurement should be set up prior to here, or right here, with empty cycle list
*
* /* set up window for displaying run data as it is acquired */
// dev note: replaced with timer callback and progress update events
tds = new TDState(acquire_num_runs);
/* See StartLMCAssay for similar steps (LM file, cycle instance) "create a results record for this measurement" */
// step 3 should occur at a higher level (e.g. see StartLMCAssay)
// step 3, loop until 1) something bad happens, 2) external interrupt, or 3) to completion
do
{
// step 3.a
status = StartSRDAQ();
if (status != SR.MEAS_CONTINUE) // MEAS_ABORT or MEAS_TERMINATE
{
return(status);
}
// step 3.b
status = PollAndGetResults();
// Added A/S fail to cycle re-do decrement 3.16.2015 HN
if ((status == SR.ZERO_COUNT_TIME) || (status == SR.SR_TRY_AGAIN) || (status == SR.ACC_SNGL_FAIL)) // dev note: empty cycles are eliminated by this step
{
tds.run_number--;
continue;
}
else if (status != SR.SUCCESS) // MEAS_ABORT or MEAS_TERMINATE
{
return(status);
}
tds.fraction += meas.AcquireState.run_count_time;
} while (tds.run_number < acquire_num_runs);
// step 4
CloseDownSR();
//this is the end of the complete measurement, next the 2nd and 3rd phases of calculation kick in (Measurement.CalculateMeasurementResults())
return(SR.SUCCESS);
}
public void InitTDState()
{
tds = new TDState(acquire_num_runs);
}
/// <summary>
/// This is a test driver used to develop the SR classes and methods in SRControl, SRTakeDataHandler and the SREventHandler and for driving an asynchronous SR measurement together with LM.
/// Take data according to parameters on measurement, modeled after code in take_data.cpp
/// </summary>
/// <param name="meas">the measurement, has acq params</param>
/// <returns>SR.MEAS_TERMINATED: stop and do outliers and sums on existing collected results</returns>
/// <returns>SR.MEAS_ABORTED: abort and delete existing collected results</returns>
/// <returns>SR.MEAS_CONTINUE: move forward with the next collect step</returns>
public int take_sr_data(Measurement meas, Detector det)
{
// step 1
InitializeContext(meas, det);
// step 2
int status = InitializeSR(new CancellationTokenSource());
if (status != sr_h.SR_SUCCESS)
{
return status;
}
/* new Measurement should be set up prior to here, or right here, with empty cycle list
/* set up window for displaying run data as it is acquired */
// dev note: replaced with timer callback and progress update events
tds = new TDState(acquire_num_runs);
/* See StartLMCAssay for similar steps (LM file, cycle instance) "create a results record for this measurement" */
// step 3 should occur at a higher level (e.g. see StartLMCAssay)
// step 3, loop until 1) something bad happens, 2) external interrupt, or 3) to completion
do
{
// step 3.a
status = StartSRDAQ();
if (status != SR.MEAS_CONTINUE) // MEAS_ABORT or MEAS_TERMINATE
{
return status;
}
// step 3.b
status = PollAndGetResults();
// Added A/S fail to cycle re-do decrement 3.16.2015 HN
if ((status == SR.ZERO_COUNT_TIME) || (status == SR.SR_TRY_AGAIN) ||(status == SR.ACC_SNGL_FAIL)) // dev note: empty cycles are eliminated by this step
{
tds.run_number--;
continue;
}
else if (status != SR.SUCCESS) // MEAS_ABORT or MEAS_TERMINATE
{
return status;
}
tds.fraction += meas.AcquireState.run_count_time;
} while (tds.run_number < acquire_num_runs);
// step 4
CloseDownSR();
//this is the end of the complete measurement, next the 2nd and 3rd phases of calculation kick in (Measurement.CalculateMeasurementResults())
return (SR.SUCCESS);
}
public void InitTDState()
{
tds = new TDState(acquire_num_runs);
}