def GenerateFitAndPlotCPP(fc, anaName, drawBeforeFit, drawAfterFit,
drawCorrelationMatrix, drawSeparateComponents,
drawLogLikelihood, minos, minosPars, doFixParameters,
fixedPars, ReduceCorrMatrix, noFit):
"""
function call to top-level C++ side function Util.GenerateFitAndPlot()
@param fc FitConfig name connected to fit and plot details
@param anaName Analysis name defined in config file, mainly used for output file/dir naming
@param drawBeforeFit Boolean deciding whether before-fit plots are produced
@param drawAfterFit Boolean deciding whether after-fit plots are produced
@param drawCorrelationMatrix Boolean deciding whether correlation matrix plot is produced
@param drawSeparateComponents Boolean deciding whether separate component (=sample) plots are produced
@param drawLogLikelihood Boolean deciding whether log-likelihood plots are produced
@param minos Boolean deciding whether asymmetric errors are calculated, eg whether MINOS is run
@param minosPars When minos is called, defining what parameters need asymmetric error calculation
@param doFixParameters Boolean deciding if some parameters are fixed to a value given or not
@param fixedPars String of parameter1:value1,parameter2:value2 giving information on which parameter to fix to which value if dofixParameter == True
@param ReduceCorrMatrix Boolean deciding whether reduced correlation matrix plot is produced
@param noFit Don't re-run fit but use after-fit workspace
"""
from ROOT import Util
log.debug('GenerateFitAndPlotCPP: anaName %s ' % anaName)
log.debug("GenerateFitAndPlotCPP: drawBeforeFit %s " % drawBeforeFit)
log.debug("GenerateFitAndPlotCPP: drawAfterFit %s " % drawAfterFit)
log.debug("GenerateFitAndPlotCPP: drawCorrelationMatrix %s " %
drawCorrelationMatrix)
log.debug("GenerateFitAndPlotCPP: drawSeparateComponents %s " %
drawSeparateComponents)
log.debug("GenerateFitAndPlotCPP: drawLogLikelihood %s " %
drawLogLikelihood)
log.debug("GenerateFitAndPlotCPP: minos %s " % minos)
log.debug("GenerateFitAndPlotCPP: minosPars %s " % minosPars)
log.debug("GenerateFitAndPlotCPP: doFixParameters %s " % doFixParameters)
log.debug("GenerateFitAndPlotCPP: fixedPars %s " % fixedPars)
log.debug("GenerateFitAndPlotCPP: ReduceCorrMatrix %s " % ReduceCorrMatrix)
log.debug("GenerateFitAndPlotCPP: noFit {0}".format(noFit))
Util.GenerateFitAndPlot(fc.name, anaName, drawBeforeFit, drawAfterFit,
drawCorrelationMatrix, drawSeparateComponents,
drawLogLikelihood, minos, minosPars,
doFixParameters, fixedPars, ReduceCorrMatrix,
noFit)
def GenerateFitAndPlotCPP(fc, anaName, drawBeforeFit, drawAfterFit,
drawCorrelationMatrix, drawSeparateComponents,
drawLogLikelihood, minos, minosPars):
from ROOT import Util
log.debug('GenerateFitAndPlotCPP: anaName %s ' % anaName)
log.debug("GenerateFitAndPlotCPP: drawBeforeFit %s " % drawBeforeFit)
log.debug("GenerateFitAndPlotCPP: drawAfterFit %s " % drawAfterFit)
log.debug("GenerateFitAndPlotCPP: drawCorrelationMatrix %s " %
drawCorrelationMatrix)
log.debug("GenerateFitAndPlotCPP: drawSeparateComponents %s " %
drawSeparateComponents)
log.debug("GenerateFitAndPlotCPP: drawLogLikelihood %s " %
drawLogLikelihood)
log.debug("GenerateFitAndPlotCPP: minos %s " % minos)
log.debug("GenerateFitAndPlotCPP: minosPars %s " % minosPars)
Util.GenerateFitAndPlot(fc.name, anaName, drawBeforeFit, drawAfterFit,
drawCorrelationMatrix, drawSeparateComponents,
drawLogLikelihood, minos, minosPars)
