// TODO: protected
public bool Sense()
{
if (pState == ProgramStates.Ready)
{
if (SomePointsUsed)
{
var g = Graph.MeasureGraph.Instance;
g.Reset();
{
var co = g.CommonOptions;
var temp = new MeasureMode.Precise(Config.MIN_STEP, Config.MAX_STEP,
g.PreciseData.GetUsed(),
co.befTimeReal, co.iTimeReal, co.eTimeReal,
co.ForwardTimeEqualsBeforeTime ? co.befTimeReal : co.fTimeReal, co.bTimeReal,
(p, peak) => g.updateGraphDuringPreciseMeasure(p, peak, Counts),
g.updateGraphAfterPreciseMeasure);
temp.SaveResults += (s, e) => Config.autoSavePreciseSpectrumFile();
// how to unsubscribe?
//realizer.MeasureSend += (s, e) => temp.NextMeasure(e.Value);
CurrentMeasureMode = temp;
}
initMeasure(ProgramStates.Measure);
return(true);
}
else
{
OnLog("No points for precise mode measure.");
return(false);
}
}
return(false);
}
// TODO: protected
public bool Sense()
{
if (pState == ProgramStates.Ready) {
if (SomePointsUsed) {
var g = Graph.MeasureGraph.Instance;
g.Reset();
{
var co = g.CommonOptions;
var temp = new MeasureMode.Precise(Config.MIN_STEP, Config.MAX_STEP,
g.PreciseData.GetUsed(),
co.befTimeReal, co.iTimeReal, co.eTimeReal,
co.ForwardTimeEqualsBeforeTime ? co.befTimeReal : co.fTimeReal, co.bTimeReal,
(p, peak) => g.updateGraphDuringPreciseMeasure(p, peak, Counts),
g.updateGraphAfterPreciseMeasure);
temp.SaveResults += (s, e) => Config.autoSavePreciseSpectrumFile();
// how to unsubscribe?
//realizer.MeasureSend += (s, e) => temp.NextMeasure(e.Value);
CurrentMeasureMode = temp;
}
initMeasure(ProgramStates.Measure);
return true;
} else {
OnLog("No points for precise mode measure.");
return false;
}
}
return false;
}