Analysis guide and results

pylab = "ipython2.6 -pylab"
cbpm-lxs> pylab 
pylab> 

BPM tuning

pylab> import Calculations 
pylab> wa = Calculations.Waveform()

Mover calibration

pylab> import Calculations 
pylab> mc = Calculations.MoverCalibration("FILENAME")
pylab> mc.controlPlot()

Bump calibration

Full orbit calculation/resolution

pylab> import Calculations
pylab> o = Calculations.Orbit("FILENAME")
pylab> o.svd(20,-1,[],True) BPM 20, use all others (-1), removed bpms [], make a plot (True/False)
pylab> o.summary()

File types

Utility functions

pylab> import Utility
pylab> d = Utility.openData("FILENAME")
pylab> d.array()

Archiver plots

• Plot of IQ stabiltiy

import Analysis.Archive
s = Analysis.Archive.Stability(indexfile,bpmPolName)
s = Analysis.Archive.Stability('/cbpm/data/archiver/bari_20100908_153251','QM16FFx')

• Plot of a single variable

import Analysis.Archive
v = Analysis.Archive.VariablePlot(indexfile,bpmPolName,variable)
v = Analysis.Archive.VariablePlot('/cbpm/data/archiver/bari_20100908_153251','QM16FFx','ampnoise')

• Complete summary of bpm electronics stability

import Analysis.Archive
nalysis.Archive.bpmSystemStability(mapfile,indexfile)
Analysis.Archive.bpmSystemStability('bpm_sis.map','/cbpm/data/archiver/bari_20100908_153251')