Tweak SR570 good voltage range
Add ion chamber readings to XRF scan initial conditions for
normalization, and move initial conditions list into scan configuration
so that they can be set upon scan completion instead of at whetever
arbitrary time the user happens to clisk save (like, maybe, after
they've already close the shutter...)
Trigger update of scan initial conditions in XRF Scan configuration upon
acquisition completion, tweak peaking time calibration and make that
control aware of external changes.
Replaced all the connect statements in
IDEASXRSDetailedDetectorViewWithSave that were *inexplicably* deleted in
the previous commit...
Corrected ```onEnergyCalibrationOffsetChanged``` behavior so that it
applys changes to all ABs in scan.  This seems to have resolved the
crash bug on ```Aplly to Scans...``` as well.  Why?  Who knows.

Resolves issue#635
Merge branch 'master' of github.com:acquaman/acquaman
Trying to figure out what in the AB class is preventing the plotted data source from updating/displaying properly. I've changed the arguments for a few methods (shouldn't actually change anything, but they more accurately reflect the changes to this particular system, I think) and a few qDebug statements. I see that every time the values() method is called, the output size is always one number--it should scale with the data stored?
I've added a line to onInputSourceValuesChanged(...) that updates the axes_ information every time the pv updates. Now we see the proper 'accumulating' behavior on the plot--the number of points increases with the number of updates! The value displayed is still zero, need to make sure this updates next.
The values() method seems to be setting outputValues correctly--the values returned are equal to the values stored in dataStored_ QVector.
For curiosity's sake, the axisValue() method returns the correct values, so far.
Hmmm. Doesn't appear to be a plot autoscale issue.
If I uncomment series1_ in STWidget, I see that the two plotted series follow each other in terms of value updates (great), but the AB model seems to consistently report the updates as 0, whereas the MPlotRealtimeModel reports the true update values.
Added loadFromDb() method to the analysis block class, and some comments to the header file.
Transferred contents of STRealtimeModelAB to new Acquaman class AM0DAccumulatorAB. Using this new class now in StripTool2 project.
Removed class STRealtimeModelAB.
Merge branch 'master' of https://github.com/acquaman/acquaman into master-StripTool