%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Yambo test suite ERRORs log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-35
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[serial] - none
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:20:51 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-50
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(N=2)] - single, random parallelization
=--------------------------------------------------------------------------------=
hBN/NL/abinit/02_linear_optics_ip-Nmpi2-rand_par-develop  :  NO o-02_linear_optics_ip.e_total_F1 in OUTPUT 
hBN/NL/abinit/02_linear_optics_ip-Nmpi2-rand_par-develop  :  NO o-02_linear_optics_ip.external_potential_F1 in OUTPUT 
hBN/NL/abinit/02_linear_optics_ip-Nmpi2-rand_par-develop  :  NO o-02_linear_optics_ip.polarization_F1 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.e_total_F1 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.e_total_F10 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.e_total_F2 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.e_total_F3 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.e_total_F4 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.e_total_F5 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.e_total_F6 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.e_total_F7 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.e_total_F8 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.e_total_F9 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.external_potential_F1 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.external_potential_F10 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.external_potential_F2 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.external_potential_F3 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.external_potential_F4 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.external_potential_F5 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.external_potential_F6 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.external_potential_F7 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.external_potential_F8 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.external_potential_F9 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.polarization_F1 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.polarization_F10 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.polarization_F2 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.polarization_F3 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.polarization_F4 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.polarization_F5 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.polarization_F6 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.polarization_F7 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.polarization_F8 in OUTPUT 
hBN/NL/abinit/03_non_linear_ip-Nmpi2-rand_par-develop  :  NO o-03_non_linear_ip.polarization_F9 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.e_total_F1 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.e_total_F2 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.e_total_F3 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.e_total_F4 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.e_total_F5 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.external_potential_F1 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.external_potential_F2 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.external_potential_F3 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.external_potential_F4 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.external_potential_F5 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.polarization_F1 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.polarization_F2 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.polarization_F3 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.polarization_F4 in OUTPUT 
hBN/NL/small/04_non_linear_rpa_coll-Nmpi2-rand_par-develop  :  NO o-04_non_linear_rpa_coll.polarization_F5 in OUTPUT 
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-rand_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_0  : Different number of elements:     5 [REF]     3 [OUT]   
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-rand_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_1  : Different number of elements:     5 [REF]     3 [OUT]
Note: The following floating-point exceptions are signalling: IEEE_OVERFLOW_FLAG IEEE_UNDERFLOW_FLAG   
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-rand_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_2  : Different number of elements:     5 [REF]     3 [OUT]   
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-rand_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_3  : Different number of elements:     5 [REF]     3 [OUT]   
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-rand_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_4  : Different number of elements:     5 [REF]     3 [OUT]   
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-rand_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_5  : Different number of elements:     5 [REF]     3 [OUT]   
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.e_total_F1 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.e_total_F2 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.e_total_F3 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.e_total_F4 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.e_total_F5 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.external_potential_F1 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.external_potential_F2 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.external_potential_F3 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.external_potential_F4 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.external_potential_F5 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.polarization_F1 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.polarization_F2 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.polarization_F3 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.polarization_F4 in OUTPUT 
hBN/NL/small/06_non_linear_lrc-Nmpi2-rand_par-develop  :  NO o-06_non_linear_lrc.polarization_F5 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.e_total_F1 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.e_total_F2 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.e_total_F3 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.e_total_F4 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.e_total_F5 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.external_potential_F1 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.external_potential_F2 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.external_potential_F3 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.external_potential_F4 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.external_potential_F5 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.polarization_F1 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.polarization_F2 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.polarization_F3 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.polarization_F4 in OUTPUT 
hBN/NL/small/09_non_linear_hf_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_hf_coll.polarization_F5 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.e_total_F1 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.e_total_F2 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.e_total_F3 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.e_total_F4 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.e_total_F5 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.external_potential_F1 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.external_potential_F2 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.external_potential_F3 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.external_potential_F4 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.external_potential_F5 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.polarization_F1 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.polarization_F2 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.polarization_F3 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.polarization_F4 in OUTPUT 
hBN/NL/small/09_non_linear_sex_coll-Nmpi2-rand_par-develop  :  NO o-09_non_linear_sex_coll.polarization_F5 in OUTPUT 
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:5:27 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-56
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(N=2)] - single, default parallelization
=--------------------------------------------------------------------------------=
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-def_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_0  : Different number of elements:     5 [REF]     3 [OUT]   
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-def_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_1  : Different number of elements:     5 [REF]     3 [OUT]
Note: The following floating-point exceptions are signalling: IEEE_OVERFLOW_FLAG IEEE_UNDERFLOW_FLAG   
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-def_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_2  : Different number of elements:     5 [REF]     3 [OUT]   
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-def_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_3  : Different number of elements:     5 [REF]     3 [OUT]   
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-def_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_4  : Different number of elements:     5 [REF]     3 [OUT]   
hBN/NL/small/05_ypp_nl_tddft-Nmpi2-def_par-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_5  : Different number of elements:     5 [REF]     3 [OUT]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:9:53 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 19-06
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(Threads=2)] - none
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:15:28 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 0:51:38 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%




%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Yambo test suite SKIPs log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-35
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[serial] - none
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:20:51 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-50
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(N=2)] - single, random parallelization
=--------------------------------------------------------------------------------=
hBN/NL/abinit/02_ypp-Nmpi2-rand_par-develop  : Source-Run FAILED
hBN/NL/abinit/03_ypp-Nmpi2-rand_par-develop  : Source-Run FAILED
hBN/NL/pwscf/03_ypp-Nmpi2-rand_par-develop  : 04_ip_gspace                                       skipped (unable to define parallel configuration)
hBN/NL/small/02_ypp_lin-Nmpi2-rand_par-develop  : Source-Run FAILED
hBN/NL/small/03_ypp_nl-Nmpi2-rand_par-develop  : Source-Run FAILED
hBN/NL/small/04_ypp_nl_rpa_coll-Nmpi2-rand_par-develop  : Source-Run FAILED
hBN/NL/small/06_ypp_nl_lrc-Nmpi2-rand_par-develop  : Source-Run FAILED
hBN/NL/small/09_ypp_nl_hf_coll-Nmpi2-rand_par-develop  : Source-Run FAILED
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:5:27 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-56
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(N=2)] - single, default parallelization
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:9:53 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 19-06
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(Threads=2)] - none
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:15:28 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 0:51:38 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%




%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Yambo test suite WHITELISTED files log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-35
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[serial] - none
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:20:51 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-50
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(N=2)] - single, random parallelization
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:5:27 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-56
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(N=2)] - single, default parallelization
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:9:53 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 19-06
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(Threads=2)] - none
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:15:28 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 0:51:38 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%




%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Yambo test suite RULES-SUCC files log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-35
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[serial] - none
=--------------------------------------------------------------------------------=
hBN/NL/pwscf/03_ypp-serial-develop/o-03_ypp.YPP-eps_along_E  : VALUE(#171) @COL#  6 is  0.72855E-02 [REF] vs  0.72744E-02 [OUT] corresponding to  5.5302     [% RELATIVE TO MAX]   
hBN/NL/pwscf/05_ypp-serial-develop/o-05_ypp.YPP-X_probe_order_1  : VALUE(#10) @COL#  7 is   0.0000     [REF] vs  0.98943     [OUT] corresponding to 0.49471E+06 [% RELATIVE TO MAX]   
hBN/NL/small/03_ypp_nl-serial-develop/o-03_ypp_nl.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is     Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/04_ypp_nl_rpa-serial-develop/o-04_ypp_nl_rpa.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/04_ypp_nl_rpa_coll-serial-develop/o-04_ypp_nl_rpa_coll.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/05_ypp_nl_tddft-serial-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/05_ypp_nl_tddft_coll-serial-develop/o-05_ypp_nl_tddft_coll.YPP-X_probe_order_1  : VALUE(#4) @COL#  6 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/06_ypp_nl_lrc-serial-develop/o-06_ypp_nl_lrc.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/07_ypp_nl_lrw-serial-develop/o-07_ypp_nl_lrw.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/08_ypp_nl_jgm-serial-develop/o-08_ypp_nl_jgm.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/09_ypp_nl_hf_coll-serial-develop/o-09_ypp_nl_hf_coll.YPP-X_probe_order_1  : VALUE(#5) @COL#  5 is  0.12794E+29 [REF] vs   0.0000     [OUT] corresponding to 0.63969E+34 [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:20:51 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-50
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(N=2)] - single, random parallelization
=--------------------------------------------------------------------------------=
hBN/NL/pwscf/03_ypp-Nmpi2-rand_par-develop/o-03_ypp.YPP-eps_along_E  : VALUE(#171) @COL#  6 is  0.72855E-02 [REF] vs  0.72744E-02 [OUT] corresponding to  5.5302     [% RELATIVE TO MAX]   
hBN/NL/small/04_ypp_nl_rpa-Nmpi2-rand_par-develop/o-04_ypp_nl_rpa.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/05_ypp_nl_tddft_coll-Nmpi2-rand_par-develop/o-05_ypp_nl_tddft_coll.YPP-X_probe_order_1  : VALUE(#4) @COL#  6 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/07_ypp_nl_lrw-Nmpi2-rand_par-develop/o-07_ypp_nl_lrw.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/08_ypp_nl_jgm-Nmpi2-rand_par-develop/o-08_ypp_nl_jgm.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:5:27 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 18-56
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(N=2)] - single, default parallelization
=--------------------------------------------------------------------------------=
hBN/NL/pwscf/03_ypp-Nmpi2-def_par-develop/o-03_ypp.YPP-eps_along_E  : VALUE(#171) @COL#  6 is  0.72855E-02 [REF] vs  0.72744E-02 [OUT] corresponding to  5.5302     [% RELATIVE TO MAX]   
hBN/NL/pwscf/05_ypp-Nmpi2-def_par-develop/o-05_ypp.YPP-X_probe_order_1  : VALUE(#10) @COL#  7 is   0.0000     [REF] vs  0.43376     [OUT] corresponding to 0.21688E+06 [% RELATIVE TO MAX]   
hBN/NL/small/03_ypp_nl-Nmpi2-def_par-develop/o-03_ypp_nl.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is     Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/04_ypp_nl_rpa-Nmpi2-def_par-develop/o-04_ypp_nl_rpa.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/04_ypp_nl_rpa_coll-Nmpi2-def_par-develop/o-04_ypp_nl_rpa_coll.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/05_ypp_nl_tddft_coll-Nmpi2-def_par-develop/o-05_ypp_nl_tddft_coll.YPP-X_probe_order_1  : VALUE(#4) @COL#  6 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/06_ypp_nl_lrc-Nmpi2-def_par-develop/o-06_ypp_nl_lrc.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/07_ypp_nl_lrw-Nmpi2-def_par-develop/o-07_ypp_nl_lrw.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/08_ypp_nl_jgm-Nmpi2-def_par-develop/o-08_ypp_nl_jgm.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/09_ypp_nl_hf_coll-Nmpi2-def_par-develop/o-09_ypp_nl_hf_coll.YPP-X_probe_order_1  : VALUE(#5) @COL#  5 is  0.12794E+29 [REF] vs   0.0000     [OUT] corresponding to 0.63969E+34 [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:9:53 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Branch                  :develop
==================================================================================
Running tests           :all
Projects                : nl hard
Date - Time             :May-4-Sat - 19-06
Compilation Scheme      :gfortran_internal_DP.sh
Build                   :develop - MPI+OpenMP+SLK+SLEPC - OpenMPI - gfortran - rev.16675
Fortran                 :gfortran  GNU Fortran (Ubuntu 7.4.0-1ubuntu1~18.04) 7.4.0
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :double
Parallel Conf           :[(Threads=2)] - none
=--------------------------------------------------------------------------------=
hBN/NL/pwscf/03_ypp-Omp2-develop/o-03_ypp.YPP-eps_along_E  : VALUE(#171) @COL#  6 is  0.72855E-02 [REF] vs  0.72744E-02 [OUT] corresponding to  5.5302     [% RELATIVE TO MAX]   
hBN/NL/small/03_ypp_nl-Omp2-develop/o-03_ypp_nl.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is     Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/04_ypp_nl_rpa-Omp2-develop/o-04_ypp_nl_rpa.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/04_ypp_nl_rpa_coll-Omp2-develop/o-04_ypp_nl_rpa_coll.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/05_ypp_nl_tddft-Omp2-develop/o-05_ypp_nl_tddft.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/05_ypp_nl_tddft_coll-Omp2-develop/o-05_ypp_nl_tddft_coll.YPP-X_probe_order_1  : VALUE(#4) @COL#  6 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/06_ypp_nl_lrc-Omp2-develop/o-06_ypp_nl_lrc.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/07_ypp_nl_lrw-Omp2-develop/o-07_ypp_nl_lrw.YPP-X_probe_order_1  : VALUE(#5) @COL#  4 is -0.49942E+20 [REF] vs   0.0000     [OUT] corresponding to 0.24971E+26 [% RELATIVE TO MAX]   
hBN/NL/small/08_ypp_nl_jgm-Omp2-develop/o-08_ypp_nl_jgm.YPP-X_probe_order_1  : VALUE(#5) @COL#  7 is    -Infinity [REF] vs   0.0000     [OUT] corresponding to    Infinity [% RELATIVE TO MAX]   
hBN/NL/small/09_ypp_nl_hf_coll-Omp2-develop/o-09_ypp_nl_hf_coll.YPP-X_probe_order_1  : VALUE(#5) @COL#  5 is  0.12794E+29 [REF] vs   0.0000     [OUT] corresponding to 0.63969E+34 [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:15:28 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 0:51:38 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%