Logo ROOT   6.10/09
Reference Guide
roostats Directory Reference
Directory dependency graph for roostats:

Files

file  CreateExampleFile.C [code]
 
file  FourBinInstructional.C [code]
  View in nbviewer Open in SWAN This example is a generalization of the on/off problem.
 
file  HybridInstructional.C [code]
  View in nbviewer Open in SWAN Example demonstrating usage of HybridCalcultor
 
file  HybridOriginalDemo.C [code]
  View in nbviewer Open in SWAN Example on how to use the HybridCalculatorOriginal class
 
file  HybridStandardForm.C [code]
  View in nbviewer Open in SWAN A hypothesis testing example based on number counting with background uncertainty.
 
file  IntervalExamples.C [code]
  View in nbviewer Open in SWAN Example showing confidence intervals with four techniques.
 
file  JeffreysPriorDemo.C [code]
  View in nbviewer Open in SWAN tutorial demonstrating and validates the RooJeffreysPrior class
 
file  ModelInspector.C [code]
 RooStats Model Inspector.
 
file  MultivariateGaussianTest.C [code]
  View in nbviewer Open in SWAN Comparison of MCMC and PLC in a multi-variate gaussian problem
 
file  NuMuToNuE_Oscillation.cxx [code]
 
file  NuMuToNuE_Oscillation.h [code]
 
file  OneSidedFrequentistUpperLimitWithBands.C [code]
  View in nbviewer Open in SWAN OneSidedFrequentistUpperLimitWithBands
 
file  rs101_limitexample.C [code]
  View in nbviewer Open in SWAN 'Limit Example' RooStats tutorial macro #101 This tutorial shows an example of creating a simple model for a number counting experiment with uncertainty on both the background rate and signal efficiency.
 
file  rs102_hypotestwithshapes.C [code]
  View in nbviewer Open in SWAN rs102_hypotestwithshapes for RooStats project
 
file  rs301_splot.C [code]
  View in nbviewer Open in SWAN SPlot tutorial
 
file  rs401c_FeldmanCousins.C [code]
  View in nbviewer Open in SWAN Produces an interval on the mean signal in a number counting experiment with known background using the Feldman-Cousins technique.
 
file  rs401d_FeldmanCousins.C [code]
  View in nbviewer Open in SWAN 'Neutrino Oscillation Example from Feldman & Cousins'
 
file  rs601_HLFactoryexample.C [code]
  View in nbviewer Open in SWAN 'High Level Factory Example' RooStats tutorial macro #601
 
file  rs602_HLFactoryCombinationexample.C [code]
  View in nbviewer Open in SWAN 'High Level Factory Example' RooStats tutorial macro #602
 
file  rs603_HLFactoryElaborateExample.C [code]
  View in nbviewer Open in SWAN 'High Level Factory Example' RooStats tutorial macro #602
 
file  rs701_BayesianCalculator.C [code]
  View in nbviewer Open in SWAN 'Bayesian Calculator' RooStats tutorial macro #701
 
file  rs801_HypoTestInverterOriginal.C [code]
  View in nbviewer Open in SWAN 'Hypothesis Test Inversion' RooStats tutorial macro #801
 
file  rs_bernsteinCorrection.C [code]
  View in nbviewer Open in SWAN 'Bernstein Correction' RooStats tutorial macro
 
file  rs_numberCountingCombination.C [code]
  View in nbviewer Open in SWAN 'Number Counting Example' RooStats tutorial macro #100
 
file  rs_numbercountingutils.C [code]
  View in nbviewer Open in SWAN 'Number Counting Utils' RooStats tutorial
 
file  StandardBayesianMCMCDemo.C [code]
  View in nbviewer Open in SWAN Standard demo of the Bayesian MCMC calculator
 
file  StandardBayesianNumericalDemo.C [code]
  View in nbviewer Open in SWAN Standard demo of the numerical Bayesian calculator
 
file  StandardFeldmanCousinsDemo.C [code]
  View in nbviewer Open in SWAN Standard demo of the Feldman-Cousins calculator StandardFeldmanCousinsDemo
 
file  StandardFrequentistDiscovery.C [code]
  View in nbviewer Open in SWAN StandardFrequentistDiscovery
 
file  StandardHistFactoryPlotsWithCategories.C [code]
  View in nbviewer Open in SWAN StandardHistFactoryPlotsWithCategories
 
file  StandardHypoTestDemo.C [code]
  View in nbviewer Open in SWAN Standard tutorial macro for hypothesis test (for computing the discovery significance) using all RooStats hypotheiss tests calculators and test statistics.
 
file  StandardHypoTestInvDemo.C [code]
  View in nbviewer Open in SWAN Standard tutorial macro for performing an inverted hypothesis test for computing an interval
 
file  StandardProfileInspectorDemo.C [code]
  View in nbviewer Open in SWAN Standard demo of the ProfileInspector class StandardProfileInspectorDemo
 
file  StandardProfileLikelihoodDemo.C [code]
  View in nbviewer Open in SWAN Standard demo of the Profile Likelihood calculator StandardProfileLikelihoodDemo
 
file  StandardTestStatDistributionDemo.C [code]
  View in nbviewer Open in SWAN StandardTestStatDistributionDemo.C
 
file  TestNonCentral.C [code]
  View in nbviewer Open in SWAN
 
file  TwoSidedFrequentistUpperLimitWithBands.C [code]
  View in nbviewer Open in SWAN TwoSidedFrequentistUpperLimitWithBands
 
file  Zbi_Zgamma.C [code]
  View in nbviewer Open in SWAN Demonstrate Z_Bi = Z_Gamma