Execution Time32.33s

Test: tutorial-foam-foam_demopers (Passed)
Build: master-x86_64-centos7-clang100-opt-no-rt-cxxmodules (olsnba08.cern.ch) on 2019-11-14 01:39:53
Repository revision: 32b17abcda23e44b64218a42d0ca69cb30cda7e0

Test Timing: Passed
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Test output
Processing /data/sftnight/workspace/root-benchmark-no-rt-cxxmodules/BUILDTYPE/Release/COMPILER/clang_gcc62/LABEL/performance-sandy-cc7/root/tutorials/foam/foam_demopers.C...
Info in <TUnixSystem::ACLiC>: creating shared library /data/sftnight/workspace/root-benchmark-no-rt-cxxmodules/BUILDTYPE/Release/COMPILER/clang_gcc62/LABEL/performance-sandy-cc7/build/runtutorials/foam_demo_C.so
====================== TestVector ================================
------------------------------------------------------------------
TFile**		foam_demo.root	histograms
 TFile*		foam_demo.root	histograms
  KEY: TFoam	FoamX;1	General purpose self-adapting Monte Carlo event generator
  KEY: TProcessID	ProcessID0;1	70a42596-0683-11ea-8790-33298e80beef
  KEY: TH1D	hst_Wt;1	Main weight of Foam
------------------------------------------------------------------
20191114/030700  At:100     N=144       TFile         
20191114/030700  At:244     N=155       TProcessID    
20191114/030700  At:399     N=29865     TFoam          CX =  2.86
20191114/030700  At:30264   N=335       TH1D           CX =  3.10
20191114/030700  At:30599   N=301       KeysList      
20191114/030700  At:30900   N=5660      StreamerInfo   CX =  3.20
20191114/030700  At:36560   N=68        FreeSegments  
20191114/030700  At:36628   N=1         END           
------------------------------------------------------------------
OBJ: TList	TList	Doubly linked list : 0

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StreamerInfo for class: TFoam, version=1, checksum=0x83ac944d
  TObject        BASE            offset=  0 type=66 Basic ROOT object   
  TString        fName           offset=  0 type=65 Name of a given instance of the FOAM class
  TString        fVersion        offset=  0 type=65 Actual version of the FOAM like (1.01m)
  TString        fDate           offset=  0 type=65 Release date of FOAM
  int            fDim            offset=  0 type= 6 Dimension of the integration/simulation space
  int            fNCells         offset=  0 type= 6 Maximum number of cells
  int            fRNmax          offset=  0 type= 6 Maximum No. of the rand. numb. requested at once
  int            fOptDrive       offset=  0 type= 3 Optimization switch =1,2 for variance or maximum weight optimization
  int            fChat           offset=  0 type= 3 Chat=0,1,2 chat level in output, Chat=1 normal level
  int            fOptRej         offset=  0 type= 3 Switch =0 for weighted events; =1 for unweighted events in MC
  int            fNBin           offset=  0 type= 3 No. of bins in the edge histogram for cell MC exploration
  int            fNSampl         offset=  0 type= 3 No. of MC events, when dividing (exploring) cell
  int            fEvPerBin       offset=  0 type= 3 Maximum number of effective (wt=1) events per bin
  int            fOptPRD         offset=  0 type= 3 Option switch for predefined division, for quick check
  int            fNoAct          offset=  0 type= 6 Number of active cells
  int            fLastCe         offset=  0 type= 3 Index of the last cell
  TFoamCell**    fCells          offset=  0 type=501 [fNCells] Array of ALL cells
  TFoamMaxwt*    fMCMonit        offset=  0 type=64 Monitor of the MC weight for measuring MC efficiency
  double         fMaxWtRej       offset=  0 type= 8 Maximum weight in rejection for getting wt=1 events
  TRefArray*     fCellsAct       offset=  0 type=64 Array of pointers to active cells, constructed at the end of foam build-up
  double*        fPrimAcu        offset=  0 type=48 [fNoAct] Array of cumulative probability of all active cells
  TObjArray*     fHistEdg        offset=  0 type=64 Histograms of wt, one for each cell edge
  TObjArray*     fHistDbg        offset=  0 type=64 Histograms of wt, for debug
  TH1D*          fHistWt         offset=  0 type=64 Histogram of the MC wt
  double*        fMCvect         offset=  0 type=48 [fDim] Generated MC vector for the outside user
  double         fMCwt           offset=  0 type= 8 MC weight           
  double*        fRvec           offset=  0 type=48 [fRNmax] random number vector from r.n. generator fDim+1 maximum elements
  TRandom*       fPseRan         offset=  0 type=64 Pointer to user-defined generator of pseudorandom numbers
  long           fNCalls         offset=  0 type= 4 Total number of the function calls
  long           fNEffev         offset=  0 type= 4 Total number of effective events (wt=1) in the foam buildup
  double         fSumWt          offset=  0 type= 8 Total sum of wt and wt^2
  double         fSumWt2         offset=  0 type= 8 Total sum of wt and wt^2
  double         fSumOve         offset=  0 type= 8 Total Sum of overweighted events
  double         fNevGen         offset=  0 type= 8 Total number of the generated MC events
  double         fWtMax          offset=  0 type= 8 Maximum/Minimum MC weight
  double         fWtMin          offset=  0 type= 8 Maximum/Minimum MC weight
  double         fPrime          offset=  0 type= 8 Primary integral R' (R=R'<wt>)
  double         fMCresult       offset=  0 type= 8 True Integral R from MC series
  double         fMCerror        offset=  0 type= 8 and its error       
  double*        fAlpha          offset=  0 type=48 [fDim] Internal parameters of the hyper-rectangle

StreamerInfo for class: TFoamCell, version=1, checksum=0xc433f19e
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  short          fDim            offset=  0 type= 2 Dimension of the vector space
  int            fSerial         offset=  0 type= 3 Serial number       
  int            fStatus         offset=  0 type= 3 Status (active, inactive)
  TRef           fParent         offset=  0 type=61 Pointer to parent cell
  TRef           fDaught0        offset=  0 type=61 Pointer to daughter 1
  TRef           fDaught1        offset=  0 type=61 Pointer to daughter 2
  double         fXdiv           offset=  0 type= 8 Factor for division 
  int            fBest           offset=  0 type= 3 Best Edge for division
  double         fVolume         offset=  0 type= 8 Cartesian Volume of cell
  double         fIntegral       offset=  0 type= 8 Integral over cell (estimate from exploration)
  double         fDrive          offset=  0 type= 8 Driver  integral, only for cell build-up
  double         fPrimary        offset=  0 type= 8 Primary integral, only for MC generation

StreamerInfo for class: TProcessID, version=1, checksum=0x2b7ef579
  TNamed         BASE            offset=  0 type=67 The basis for a named object (name, title)

StreamerInfo for class: TFoamMaxwt, version=1, checksum=0x75617bf1
  TObject        BASE            offset=  0 type=66 Basic ROOT object   
  double         fNent           offset=  0 type= 8 No. of MC events    
  int            fnBin           offset=  0 type= 3 No. of bins on the weight distribution
  double         fwmax           offset=  0 type= 8 Maximum analyzed weight
  TH1D*          fWtHst1         offset=  0 type=64 Histogram of the weight wt
  TH1D*          fWtHst2         offset=  0 type=64 Histogram of wt filled with wt

StreamerInfo for class: TH1D, version=3, checksum=0xf9b1569f
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  TArrayD        BASE            offset=  0 type= 0 Array of doubles    

StreamerInfo for class: TH1, version=8, checksum=0x1c3740c4
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  TAttFill       BASE            offset=  0 type= 0 Fill area attributes
  TAttMarker     BASE            offset=  0 type= 0 Marker attributes   
  int            fNcells         offset=  0 type= 3 number of bins(1D), cells (2D) +U/Overflows
  TAxis          fXaxis          offset=  0 type=61 X axis descriptor   
  TAxis          fYaxis          offset=  0 type=61 Y axis descriptor   
  TAxis          fZaxis          offset=  0 type=61 Z axis descriptor   
  short          fBarOffset      offset=  0 type= 2 (1000*offset) for bar charts or legos
  short          fBarWidth       offset=  0 type= 2 (1000*width) for bar charts or legos
  double         fEntries        offset=  0 type= 8 Number of entries   
  double         fTsumw          offset=  0 type= 8 Total Sum of weights
  double         fTsumw2         offset=  0 type= 8 Total Sum of squares of weights
  double         fTsumwx         offset=  0 type= 8 Total Sum of weight*X
  double         fTsumwx2        offset=  0 type= 8 Total Sum of weight*X*X
  double         fMaximum        offset=  0 type= 8 Maximum value for plotting
  double         fMinimum        offset=  0 type= 8 Minimum value for plotting
  double         fNormFactor     offset=  0 type= 8 Normalization factor
  TArrayD        fContour        offset=  0 type=62 Array to display contour levels
  TArrayD        fSumw2          offset=  0 type=62 Array of sum of squares of weights
  TString        fOption         offset=  0 type=65 histogram options   
  TList*         fFunctions      offset=  0 type=63 ->Pointer to list of functions (fits and user)
  int            fBufferSize     offset=  0 type= 6 fBuffer size        
  double*        fBuffer         offset=  0 type=48 [fBufferSize] entry buffer
  TH1::EBinErrorOpt fBinStatErrOpt  offset=  0 type= 3 option for bin statistical errors
  TH1::EStatOverflows fStatOverflows  offset=  0 type= 3 per object flag to use under/overflows in statistics

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StreamerInfo for class: TAxis, version=10, checksum=0x5a496e70
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  double         fXmin           offset=  0 type= 8 low edge of first bin
  double         fXmax           offset=  0 type= 8 upper edge of last bin
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  int            fFirst          offset=  0 type= 3 first bin to display
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  short          fLabelColor     offset=  0 type= 2 Color of labels     
  short          fLabelFont      offset=  0 type= 2 Font for labels     
  float          fLabelOffset    offset=  0 type= 5 Offset of labels    
  float          fLabelSize      offset=  0 type= 5 Size of labels      
  float          fTickLength     offset=  0 type= 5 Length of tick marks
  float          fTitleOffset    offset=  0 type= 5 Offset of axis title
  float          fTitleSize      offset=  0 type= 5 Size of axis title  
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StreamerInfo for class: ROOT::Math::TRandomEngine, version=1, checksum=0xdbdd9943
------------------------------------------------------------------
Collection name='THashList', class='THashList', size=3
 TKey Name = FoamX, Title = General purpose self-adapting Monte Carlo event generator, Cycle = 1
 TKey Name = ProcessID0, Title = 70a42596-0683-11ea-8790-33298e80beef, Cycle = 1
 TKey Name = hst_Wt, Title = Main weight of Foam, Cycle = 1
------------------------------------------------------------------
///////////////////////////// FOAM_Checks /////////////////////////////////
Info in <TFoam::CheckAll>: Check has found 0 errors and 0 warnings 

(x,y) =  ( 0.68054, 0.692506 )
(x,y) =  ( 0.39744, 0.223474 )
(x,y) =  ( 0.418624, 0.372684 )
(x,y) =  ( 0.332212, 0.378017 )
(x,y) =  ( 0.322215, 0.25438 )
(x,y) =  ( 0.614446, 0.605205 )
(x,y) =  ( 0.300181, 0.38244 )
(x,y) =  ( 0.76522, 0.777539 )
(x,y) =  ( 0.784071, 0.693017 )
(x,y) =  ( 0.720282, 0.660879 )
TH1.Print Name  = TFoamMaxwt_hst_Wt1, Entries= 76619, Total sum= 76619
TH1.Print Name  = TFoamMaxwt_hst_Wt2, Entries= 76619, Total sum= 54981.3
FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF
F                                                                              F
F                   ****************************************                   F
F                    ******     TFoam::Finalize       ******                   F
F                   ****************************************                   F
F     NevGen =      76619 = Number of generated events in the MC generation    F
F     nCalls =     176419 = Total number of function calls                     F
F                   ----------------------------------------                   F
F      AveWt =      0.71759331   =     Average MC weight                       F
F      WtMin =    1.472245e-19   =     Minimum MC weight (absolute)            F
F      WtMax =       4.1676265   =     Maximum MC weight (absolute)            F
F                   ----------------------------------------                   F
F     XPrime =       1.3929609   =     Primary total integral, R_prime         F
F     XDiver =      0.39362177   =     Driver  total integral, R_loss          F
F                   ----------------------------------------                   F
F      IntMC =      0.99957943 +-      0.00115528  = Result of the MC Integral F
F   mCerelat =    0.0011557661   =     Relative error of the MC integral       F
F  <w>/WtMax =       0.7211993   =              MC efficiency, acceptance rate F
F  Sigma/<w> =      0.31991763   =              MC efficiency, variance/ave_wt F
F      WtMax =           0.995   =              WtMax(esp= 0.0005)             F
F      Sigma =      0.22957075   =              variance of MC weight          F
F <OveW>/<W> =   0.00018763091   =              Contrib. of events wt>MaxWtRej F
F                                                                              F
FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF
 MCresult= 0.99957943 +- 0.00115528
===================== TestPers FINISHED =======================
(int) 0