Execution Time10.90s

Test: test-stressmathcore-interpreted (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
Processors1

Show Command Line
Display graphs:

Test output
Processing /data/sftnight/workspace/root-benchmark-no-rt-cxxmodules/BUILDTYPE/Release/COMPILER/clang_gcc62/LABEL/performance-sandy-cc7/root/test/stressMathCore.cxx...
Beta distribution                       		................ OK
Gamma distribution                      		................ OK
Chisquare distribution                  		................ OK
Normal distribution                     		................ OK
BreitWigner distribution                		................ OK
F    distribution                       		................ OK
lognormal distribution                  		................ OK
Exponential distribution                		................ OK
Landau distribution                     		................ OK
Uniform distribution                    		................ OK
******************************************************************************
	Test of Physics Vector (GenVector package)
******************************************************************************
XYVector creation                       		................ OK
XYVector addition                       		................ OK
XYVector creation                       		................ OK
XYVector setting                        		................ OK
XYVector -> Polar2DVector               		................ OK
Vector conversion                       		................ OK
XYVector operations                     		..............
Polar2DVector operations                		................ OK
XYVector delta values                   		..............
Polar2DVector delta values              		................ OK
XYVector write                          		................ OK
XYVector read                           		................ OK
XYVector after read                     		................ OK
Polar2DVector write                     		................ OK
Polar2DVector read                      		................ OK
Polar2DVector after read                		................ OK
XYZVector creation                      		................ OK
XYZVector addition                      		................ OK
XYZVector creation                      		................ OK
XYZVector setting                       		................ OK
XYZVector -> Polar3DVector              		................ OK
Vector conversion                       		................ OK
XYZVector operations                    		..............
Polar3DVector operations                		................ OK
XYZVector delta values                  		..............
Polar3DVector delta values              		................ OK
XYZVector write                         		................ OK
XYZVector read                          		................ OK
XYZVector after read                    		................ OK
Polar3DVector write                     		................ OK
Polar3DVector read                      		................ OK
Polar3DVector after read                		................ OK
XYZVector_D32 write                     		................ OK
XYZVector_D32 read                      		................ OK
XYZVector_D32 after read                		................ OK
XYZVector creation                      		................ OK
XYZVector addition                      		................ OK
XYZVector creation                      		................ OK
XYZVector setting                       		................ OK
XYZVector -> RhoEtaPhiVector            		................ OK
Vector conversion                       		................ OK
XYZVector operations                    		..............
RhoEtaPhiVector operations              		................ OK
XYZVector delta values                  		..............
RhoEtaPhiVector delta values            		................ OK
XYZVector write                         		................ OK
XYZVector read                          		................ OK
XYZVector after read                    		................ OK
RhoEtaPhiVector write                   		................ OK
RhoEtaPhiVector read                    		................ OK
RhoEtaPhiVector after read              		................ OK
XYZVector_D32 write                     		................ OK
XYZVector_D32 read                      		................ OK
XYZVector_D32 after read                		................ OK
XYZVector creation                      		................ OK
XYZVector addition                      		................ OK
XYZVector creation                      		................ OK
XYZVector setting                       		................ OK
XYZVector -> RhoZPhiVector              		................ OK
Vector conversion                       		................ OK
XYZVector operations                    		..............
RhoZPhiVector operations                		................ OK
XYZVector delta values                  		..............
RhoZPhiVector delta values              		................ OK
XYZVector write                         		................ OK
XYZVector read                          		................ OK
XYZVector after read                    		................ OK
RhoZPhiVector write                     		................ OK
RhoZPhiVector read                      		................ OK
RhoZPhiVector after read                		................ OK
XYZVector_D32 write                     		................ OK
XYZVector_D32 read                      		................ OK
XYZVector_D32 after read                		................ OK
PxPyPzEVector creation                  		................ OK
PxPyPzEVector addition                  		................ OK
PxPyPzEVector creation                  		................ OK
PxPyPzEVector setting                   		................ OK
PxPyPzEVector -> PtEtaPhiEVector        		................ OK
Vector conversion                       		................ OK
PxPyPzEVector operations                		..............
PtEtaPhiEVector operations              		................ OK
PxPyPzEVector delta values              		..............
PtEtaPhiEVector delta values            		................ OK
PxPyPzEVector write                     		................ OK
PxPyPzEVector read                      		................ OK
PxPyPzEVector after read                		................ OK
PtEtaPhiEVector write                   		................ OK
PtEtaPhiEVector read                    		................ OK
PtEtaPhiEVector after read              		................ OK
PxPyPzEVector_D32 write                 		................ OK
PxPyPzEVector_D32 read                  		................ OK
PxPyPzEVector_D32 after read            		................ OK
PxPyPzEVector creation                  		................ OK
PxPyPzEVector addition                  		................ OK
PxPyPzEVector creation                  		................ OK
PxPyPzEVector setting                   		................ OK
PxPyPzEVector -> PtEtaPhiMVector        		................ OK
Vector conversion                       		................ OK
PxPyPzEVector operations                		..............
PtEtaPhiMVector operations              		................ OK
PxPyPzEVector delta values              		..............
PtEtaPhiMVector delta values            		................ OK
PxPyPzEVector write                     		................ OK
PxPyPzEVector read                      		................ OK
PxPyPzEVector after read                		................ OK
PtEtaPhiMVector write                   		................ OK
PtEtaPhiMVector read                    		................ OK
PtEtaPhiMVector after read              		................ OK
PxPyPzEVector_D32 write                 		................ OK
PxPyPzEVector_D32 read                  		................ OK
PxPyPzEVector_D32 after read            		................ OK
PxPyPzEVector creation                  		................ OK
PxPyPzEVector addition                  		................ OK
PxPyPzEVector creation                  		................ OK
PxPyPzEVector setting                   		................ OK
PxPyPzEVector -> PxPyPzMVector          		................ OK
Vector conversion                       		................ OK
PxPyPzEVector operations                		..............
PxPyPzMVector operations                		................ OK
PxPyPzEVector delta values              		..............
PxPyPzMVector delta values              		................ OK
PxPyPzEVector write                     		................ OK
PxPyPzEVector read                      		................ OK
PxPyPzEVector after read                		................ OK
PxPyPzMVector write                     		................ OK
PxPyPzMVector read                      		................ OK
PxPyPzMVector after read                		................ OK
PxPyPzEVector_D32 write                 		................ OK
PxPyPzEVector_D32 read                  		................ OK
PxPyPzEVector_D32 after read            		................ OK
******************************************************************************
	Test of SMatrix package
******************************************************************************
SVector<double,3> creation              		................ OK
SVector<double,3> addition              		................ OK
SVector<double,3> write                 		................ OK
SVector<double,3> read                  		................ OK
SVector<double,3> after read            		................ OK
SVector3_D32 write                      		................ OK
SVector3_D32 read                       		................ OK
SVector3_D32 after read                 		................ OK
SVector<double,4> creation              		................ OK
SVector<double,4> addition              		................ OK
SVector<double,4> write                 		................ OK
SVector<double,4> read                  		................ OK
SVector<double,4> after read            		................ OK
SVector4_D32 write                      		................ OK
SVector4_D32 read                       		................ OK
SVector4_D32 after read                 		................ OK
SVector<double,6> creation              		................ OK
SVector<double,6> addition              		................ OK
SVector<double,6> write                 		................ OK
SVector<double,6> read                  		................ OK
SVector<double,6> after read            		................ OK
SMatrix<double,3,4,> creation           		................ OK
SMatrix<double,3,4,> addition           		................ OK
SMatrix<double,3,4,> write              		................ OK
SMatrix<double,3,4,> read               		................ OK
SMatrix<double,3,4,> after read         		................ OK
SMatrix<double,4,3,> creation           		................ OK
SMatrix<double,4,3,> addition           		................ OK
SMatrix<double,4,3,> write              		................ OK
SMatrix<double,4,3,> read               		................ OK
SMatrix<double,4,3,> after read         		................ OK
SMatrix<double,3,3,> creation           		................ OK
SMatrix<double,3,3,> addition           		................ OK
SMatrix<double,3,3,> write              		................ OK
SMatrix<double,3,3,> read               		................ OK
SMatrix<double,3,3,> after read         		................ OK
SMatrix<Double32_t,3,3,> write          		................ OK
SMatrix<Double32_t,3,3,> read           		................ OK
SMatrix<Double32_t,3,3,> after read     		................ OK
SMatrix<double,5,5,MatRepSym> creation  		................ OK
SMatrix<double,5,5,MatRepSym> addition  		................ OK
SMatrix<double,5,5,MatRepSym> write     		................ OK
SMatrix<double,5,5,MatRepSym> read      		................ OK
SMatrix<double,5,5,MatRepSym> after read		................ OK
SMatrix<Double32_t,5,5,MatRepSym> write 		................ OK
SMatrix<Double32_t,5,5,MatRepSym> read  		................ OK
SMatrix<Double32_t,5,5,MatRepSym> after read		................ OK
******************************************************************************
	Test of a Composite Object (containing Vector's and Matrices)
******************************************************************************
Test Using CINT library

TrackD creation                         		................ OK
TrackD addition                         		................ OK
TrackD write                            		................ OK
TrackD read                             		................ OK
TrackD after read                       		................ OK
TrackD32 creation                       		................ OK
TrackD32 addition                       		................ OK
TrackD32 write                          		................ OK
TrackD32 read                           		................ OK
TrackD32 after read                     		................ OK
TrackD32 Double32 test                  		................ OK
TrackErrD creation                      		................ OK
TrackErrD addition                      		................ OK
TrackErrD write                         		................ OK
TrackErrD read                          		................ OK
TrackErrD after read                    		................ OK
TrackErrD32 creation                    		................ OK
TrackErrD32 addition                    		................ OK
TrackErrD32 write                       		................ OK
TrackErrD32 read                        		................ OK
TrackErrD32 after read                  		................ OK
TrackErrD32 Double32 test               		................ OK
VecTrack<TrackD> creation               		................ OK
VecTrack<TrackD> addition               		................ OK
VecTrack<TrackD> write                  		................ OK
VecTrack<TrackD> read                   		................ OK
VecTrack<TrackD> after read             		................ OK
VecTrack<TrackErrD> creation            		................ OK
VecTrack<TrackErrD> addition            		................ OK
VecTrack<TrackErrD> write               		................ OK
VecTrack<TrackErrD> read                		................ OK
VecTrack<TrackErrD> after read          		................ OK
******************************************************************************
stressMathCore: Real Time =   3.22 seconds Cpu Time =   2.81 seconds
 ROOTMARKS = 2172.95 ROOT version: 6.19/01	remotes/origin/master@v6-19-01-1994-g32b17ab
*******************************************************************************
(int) 0