%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Lumen test suite ERRORs log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 01-04
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.55146c8f6bf7f64f8e08c3e7dcd584c72b59cb75
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[serial] - SERIAL
=--------------------------------------------------------------------------------=
Al_bulk/ELPH/05_QP-serial-exc-disp  :  NO o-05_QP.ndb.QP in OUTPUT 
Al_bulk/ELPH/05_QP-serial-exc-disp  :  NO o-05_QP.qp in OUTPUT 
Al_bulk/ELPH/05_QP-serial-exc-disp  :  NO o-05_QP.ndb.QP in OUTPUT 
Al_bulk/ELPH/05_QP-serial-exc-disp  :  NO o-05_QP.qp in OUTPUT 
hBN/EXCPH-qe/03_excph_lifetimes_tdhf-serial-exc-disp/o-03_excph_lifetimes_tdhf.ndb.excph_gkkp_fragment_2  : VALUE(#105)@COL#  1 is  0.28411E-05 [REF] vs  0.26768E-04 [OUT] corresponding to  21.043     [% RELATIVE TO MAX]   
hBN/EXCPH-qe/03_excph_lifetimes_tdhf-serial-exc-disp/o-03_excph_lifetimes_tdhf.QP  : VALUE(#3)@COL#  3 is   22.231     [REF] vs   24.937     [OUT] corresponding to  5.7346     [% RELATIVE TO MAX]   
hBN/EXCPH-qe/13_excph_lifetimes_tdhf-serial-exc-disp/o-13_excph_lifetimes_tdhf.ndb.excph_gkkp_fragment_2  : VALUE(#105)@COL#  1 is  0.44608E-05 [REF] vs  0.40313E-04 [OUT] corresponding to  31.378     [% RELATIVE TO MAX]   
hBN/EXCPH-qe/13_excph_lifetimes_tdhf-serial-exc-disp/o-13_excph_lifetimes_tdhf.QP  : VALUE(#3)@COL#  3 is   21.704     [REF] vs   25.274     [OUT] corresponding to  7.5864     [% RELATIVE TO MAX]   
hBN/EXCPH-qe/23_excph_lifetimes_tdhf-serial-exc-disp/o-23_excph_lifetimes_tdhf.ndb.excph_gkkp_fragment_2  : VALUE(#105)@COL#  1 is  0.28352E-05 [REF] vs  0.37924E-04 [OUT] corresponding to  30.861     [% RELATIVE TO MAX]   
hBN/EXCPH-qe/23_excph_lifetimes_tdhf-serial-exc-disp/o-23_excph_lifetimes_tdhf.QP  : VALUE(#3)@COL#  3 is   22.209     [REF] vs   26.503     [OUT] corresponding to  9.1036     [% RELATIVE TO MAX]   
Si_bulk/ELPH/base/15_QP-serial-exc-disp  :  NO o-15_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/15_QP-serial-exc-disp  :  NO o-15_QP.qp in OUTPUT 
Si_bulk/ELPH/base/15_QP-serial-exc-disp  :  NO o-15_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/15_QP-serial-exc-disp  :  NO o-15_QP.qp in OUTPUT 
Si_bulk/ELPH/base/16_QP-serial-exc-disp  :  NO o-16_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/16_QP-serial-exc-disp  :  NO o-16_QP.qp in OUTPUT 
Si_bulk/ELPH/base/16_QP-serial-exc-disp  :  NO o-16_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/16_QP-serial-exc-disp  :  NO o-16_QP.qp in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-serial-exc-disp  :  NO o-04_dgrid_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-serial-exc-disp  :  NO o-04_dgrid_QP.qp in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-serial-exc-disp  :  NO o-04_dgrid_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-serial-exc-disp  :  NO o-04_dgrid_QP.qp in OUTPUT 
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:42:9 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 01-42
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=8)] - single, random parallelization
=--------------------------------------------------------------------------------=
Al_bulk/ELPH/05_QP-Nmpi8-rand_par-exc-disp  :  NO o-05_QP.ndb.QP in OUTPUT 
Al_bulk/ELPH/05_QP-Nmpi8-rand_par-exc-disp  :  NO o-05_QP.qp in OUTPUT 
Al_bulk/ELPH/05_QP-Nmpi8-rand_par-exc-disp  :  NO o-05_QP.ndb.QP in OUTPUT 
Al_bulk/ELPH/05_QP-Nmpi8-rand_par-exc-disp  :  NO o-05_QP.qp in OUTPUT 
CH4/MAGNETIC/04_bse-Nmpi8-rand_par-exc-disp/o-04_bse.alpha_q1_diago_bse  : VALUE(#428)@COL#  4 is -0.40447     [REF] vs  -445.49     [OUT] corresponding to  100.21     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse-Nmpi8-rand_par-exc-disp/o-04_bse.alpha_q1_haydock_bse  : VALUE(#428)@COL#  4 is -0.40447     [REF] vs  -445.49     [OUT] corresponding to  100.21     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse-Nmpi8-rand_par-exc-disp/o-04_bse.E_INDX_IP_q1  : VALUE(#11)@COL#  1 is   29.856     [REF] vs   18.858     [OUT] corresponding to  36.836     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse-Nmpi8-rand_par-exc-disp/o-04_bse.jdos_q1_diago_bse  : VALUE(#428)@COL#  4 is -0.32971E-01 [REF] vs  -48.666     [OUT] corresponding to  100.24     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse_magnetic-Nmpi8-rand_par-exc-disp/o-04_bse_magnetic.alpha_q1_diago_bse  : VALUE(#448)@COL#  4 is -0.33084     [REF] vs  -240.41     [OUT] corresponding to  100.53     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse_magnetic-Nmpi8-rand_par-exc-disp/o-04_bse_magnetic.alpha_q1_haydock_bse  : VALUE(#448)@COL#  4 is -0.33084     [REF] vs  -240.41     [OUT] corresponding to  100.53     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse_magnetic-Nmpi8-rand_par-exc-disp/o-04_bse_magnetic.E_INDX_IP_q1  : VALUE(#12)@COL#  1 is   29.935     [REF] vs   18.934     [OUT] corresponding to  36.750     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse_magnetic-Nmpi8-rand_par-exc-disp/o-04_bse_magnetic.jdos_q1_diago_bse  : VALUE(#1577)@COL#  4 is  0.34002E-01 [REF] vs   17.362     [OUT] corresponding to  99.525     [% RELATIVE TO MAX]   
hBN/NL/small/02_ypp_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_lin.YPP-E_frequency in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_lin.YPP-eels_along_E in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_lin.YPP-eps_along_E in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_lin.YPP-polarization in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_lin.YPP-E_frequency in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_lin.YPP-eels_along_E in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_lin.YPP-eps_along_E in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_lin.YPP-polarization in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-current in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-E_frequency in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-eels_along_E in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-eps_along_E in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-polarization in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-current in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-E_frequency in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-eels_along_E in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-eps_along_E in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-rand_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-polarization in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-rand_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-E_frequency in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-rand_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-eels_along_E in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-rand_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-eps_along_E in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-rand_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-polarization in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-rand_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-E_frequency in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-rand_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-eels_along_E in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-rand_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-eps_along_E in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-rand_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-Field in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-probe-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-probe-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-pump-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-pump-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-Field in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-probe-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-probe-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-pump-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-pump-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-Field in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-probe-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-probe-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-pump-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-pump-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-Field in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-probe-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-probe-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-pump-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-rand_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-pump-polarization in OUTPUT 
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q1_diago_bse  : VALUE(#110)@COL#  3 is   12.164     [REF] vs   2.3331     [OUT] corresponding to  45.396     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q1_haydock_bse  : VALUE(#110)@COL#  3 is   12.164     [REF] vs   2.3330     [OUT] corresponding to  45.395     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q1_inv_bse  : VALUE(#110)@COL#  3 is   12.169     [REF] vs   2.3293     [OUT] corresponding to  45.443     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q2_diago_bse  : VALUE(#246)@COL#  3 is  0.92308     [REF] vs  0.80943     [OUT] corresponding to  11.002     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q2_haydock_bse  : VALUE(#246)@COL#  7 is  0.92309     [REF] vs  0.80943     [OUT] corresponding to  11.002     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q2_inv_bse  : VALUE(#199)@COL#  6 is   1.6136     [REF] vs   2.1276     [OUT] corresponding to  19.590     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q3_diago_bse  : VALUE(#245)@COL#  3 is  0.28967     [REF] vs  0.18259     [OUT] corresponding to  26.527     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q3_haydock_bse  : VALUE(#245)@COL#  3 is  0.28969     [REF] vs  0.18257     [OUT] corresponding to  26.538     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q3_inv_bse  : VALUE(#245)@COL#  3 is  0.28967     [REF] vs  0.18259     [OUT] corresponding to  26.526     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.jdos_q1_diago_bse  : VALUE(#251)@COL#  3 is  0.43718     [REF] vs -0.65221     [OUT] corresponding to  29.902     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.jdos_q2_diago_bse  : VALUE(#251)@COL#  3 is  0.16685     [REF] vs -0.55898     [OUT] corresponding to  22.276     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.jdos_q3_diago_bse  : VALUE(#251)@COL#  3 is -0.51683E-01 [REF] vs  -1.0626     [OUT] corresponding to  30.850     [% RELATIVE TO MAX]   
Si_bulk/ELPH/base/15_QP-Nmpi8-rand_par-exc-disp  :  NO o-15_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/15_QP-Nmpi8-rand_par-exc-disp  :  NO o-15_QP.qp in OUTPUT 
Si_bulk/ELPH/base/15_QP-Nmpi8-rand_par-exc-disp  :  NO o-15_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/15_QP-Nmpi8-rand_par-exc-disp  :  NO o-15_QP.qp in OUTPUT 
Si_bulk/ELPH/base/16_QP-Nmpi8-rand_par-exc-disp  :  NO o-16_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/16_QP-Nmpi8-rand_par-exc-disp  :  NO o-16_QP.qp in OUTPUT 
Si_bulk/ELPH/base/16_QP-Nmpi8-rand_par-exc-disp  :  NO o-16_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/16_QP-Nmpi8-rand_par-exc-disp  :  NO o-16_QP.qp in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Nmpi8-rand_par-exc-disp  :  NO o-04_dgrid_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Nmpi8-rand_par-exc-disp  :  NO o-04_dgrid_QP.qp in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Nmpi8-rand_par-exc-disp  :  NO o-04_dgrid_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Nmpi8-rand_par-exc-disp  :  NO o-04_dgrid_QP.qp in OUTPUT 
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:0:50 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 02-43
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=8)] - single, default parallelization
=--------------------------------------------------------------------------------=
Al_bulk/ELPH/05_QP-Nmpi8-def_par-exc-disp  :  NO o-05_QP.ndb.QP in OUTPUT 
Al_bulk/ELPH/05_QP-Nmpi8-def_par-exc-disp  :  NO o-05_QP.qp in OUTPUT 
Al_bulk/ELPH/05_QP-Nmpi8-def_par-exc-disp  :  NO o-05_QP.ndb.QP in OUTPUT 
Al_bulk/ELPH/05_QP-Nmpi8-def_par-exc-disp  :  NO o-05_QP.qp in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_lin.YPP-E_frequency in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_lin.YPP-eels_along_E in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_lin.YPP-eps_along_E in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_lin.YPP-polarization in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_lin.YPP-E_frequency in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_lin.YPP-eels_along_E in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_lin.YPP-eps_along_E in OUTPUT 
hBN/NL/small/02_ypp_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_lin.YPP-polarization in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-current in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-E_frequency in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-eels_along_E in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-eps_along_E in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-polarization in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-current in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-E_frequency in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-eels_along_E in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-eps_along_E in OUTPUT 
hBN/NL/small/02_ypp_rt_lin-Nmpi8-def_par-exc-disp  :  NO o-02_ypp_rt_lin.YPP-polarization in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-def_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-E_frequency in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-def_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-eels_along_E in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-def_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-eps_along_E in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-def_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-polarization in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-def_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-E_frequency in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-def_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-eels_along_E in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-def_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-eps_along_E in OUTPUT 
hBN/NL/small/09_ypp_lin_sex_coll-Nmpi8-def_par-exc-disp  :  NO o-09_ypp_lin_sex_coll.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_nl_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_nl_p_and_p_cvsex_bse.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-Field in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-probe-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-probe-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-pump-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-pump-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-Field in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-probe-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-probe-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-pump-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex.YPP-pump-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-Field in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-probe-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-probe-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-pump-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-pump-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-E_frequency in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-eels_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-eps_along_E in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-Field in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-probe-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-probe-polarization in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-pump-current in OUTPUT 
hBN/NL/small/12_ypp_rt_p_and_p_cvsex_bse-Nmpi8-def_par-exc-disp  :  NO o-12_ypp_rt_p_and_p_cvsex_bse.YPP-pump-polarization in OUTPUT 
MoS2/OPTICS-qe/Without-SOC-sp1/04_BSE_slabz-Nmpi8-def_par-exc-disp/o-04_BSE_slabz.alpha_q1_diago_bse  : VALUE(#114)@COL#  3 is   8.9574     [REF] vs   7.6297     [OUT] corresponding to  5.8454     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/04_BSE_slabz-Nmpi8-def_par-exc-disp/o-04_BSE_slabz.alpha_q1_haydock_bse  : VALUE(#114)@COL#  3 is   8.9576     [REF] vs   7.6298     [OUT] corresponding to  5.8462     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/04_BSE_slabz-Nmpi8-def_par-exc-disp/o-04_BSE_slabz.alpha_q1_inv_bse  : VALUE(#114)@COL#  3 is   8.9612     [REF] vs   7.6316     [OUT] corresponding to  5.8535     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/04_BSE_slabz_Lfull-Nmpi8-def_par-exc-disp/o-04_BSE_slabz_Lfull.alpha_q1_diago_bse  : VALUE(#114)@COL#  3 is   9.0536     [REF] vs   7.7274     [OUT] corresponding to  5.8455     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/04_BSE_slabz_Lfull-Nmpi8-def_par-exc-disp/o-04_BSE_slabz_Lfull.alpha_q1_haydock_bse  : VALUE(#114)@COL#  3 is   9.0536     [REF] vs   7.7275     [OUT] corresponding to  5.8453     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/04_BSE_slabz_Lfull-Nmpi8-def_par-exc-disp/o-04_BSE_slabz_Lfull.alpha_q1_inv_bse  : VALUE(#114)@COL#  3 is   9.0571     [REF] vs   7.7292     [OUT] corresponding to  5.8526     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q1_diago_bse  : VALUE(#109)@COL#  3 is   14.485     [REF] vs   3.6064     [OUT] corresponding to  50.232     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q1_haydock_bse  : VALUE(#109)@COL#  3 is   14.484     [REF] vs   3.6063     [OUT] corresponding to  50.231     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q1_inv_bse  : VALUE(#109)@COL#  3 is   14.491     [REF] vs   3.6035     [OUT] corresponding to  50.283     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q2_diago_bse  : VALUE(#245)@COL#  3 is  0.94562     [REF] vs  0.82148     [OUT] corresponding to  12.017     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q2_haydock_bse  : VALUE(#245)@COL#  7 is  0.94562     [REF] vs  0.82148     [OUT] corresponding to  12.017     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q2_inv_bse  : VALUE(#199)@COL#  6 is   1.6136     [REF] vs   2.1823     [OUT] corresponding to  21.678     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q3_diago_bse  : VALUE(#245)@COL#  3 is  0.28967     [REF] vs  0.17180     [OUT] corresponding to  29.200     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q3_haydock_bse  : VALUE(#245)@COL#  3 is  0.28969     [REF] vs  0.17176     [OUT] corresponding to  29.217     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q3_inv_bse  : VALUE(#245)@COL#  3 is  0.28967     [REF] vs  0.17180     [OUT] corresponding to  29.199     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.jdos_q1_diago_bse  : VALUE(#251)@COL#  3 is  0.43718     [REF] vs -0.79037     [OUT] corresponding to  33.695     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.jdos_q2_diago_bse  : VALUE(#251)@COL#  3 is  0.16685     [REF] vs -0.63639     [OUT] corresponding to  24.651     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim.jdos_q3_diago_bse  : VALUE(#251)@COL#  3 is -0.51683E-01 [REF] vs  -1.1774     [OUT] corresponding to  34.352     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q1_diago_bse  : VALUE(#5)@COL#  3 is   7.4048     [REF] vs   8.5370     [OUT] corresponding to  6.8757     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q1_haydock_bse  : VALUE(#5)@COL#  3 is   7.4051     [REF] vs   8.5369     [OUT] corresponding to  6.8735     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q1_inv_bse  : VALUE(#5)@COL#  3 is   7.4046     [REF] vs   8.5374     [OUT] corresponding to  6.8772     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q2_diago_bse  : VALUE(#199)@COL#  5 is -0.87486     [REF] vs -0.49852     [OUT] corresponding to  10.954     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q2_haydock_bse  : VALUE(#199)@COL#  5 is -0.87486     [REF] vs -0.49852     [OUT] corresponding to  10.954     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q2_inv_bse  : VALUE(#166)@COL#  7 is -0.48656     [REF] vs -0.15037E-01 [OUT] corresponding to  11.747     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q3_diago_bse  : VALUE(#145)@COL#  5 is -0.94521E-01 [REF] vs -0.40030E-01 [OUT] corresponding to  5.0784     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q3_haydock_bse  : VALUE(#145)@COL#  5 is -0.94521E-01 [REF] vs -0.40031E-01 [OUT] corresponding to  5.0783     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q3_inv_bse  : VALUE(#145)@COL#  5 is -0.94521E-01 [REF] vs -0.40031E-01 [OUT] corresponding to  5.0783     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.jdos_q1_diago_bse  : VALUE(#161)@COL#  5 is  -1.3120     [REF] vs  -1.0245     [OUT] corresponding to  7.8093     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Nmpi8-def_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.jdos_q3_diago_bse  : VALUE(#161)@COL#  5 is  -1.7849     [REF] vs  -1.5320     [OUT] corresponding to  7.0385     [% RELATIVE TO MAX]   
MoS2/P2Y/Without-SOC-sp1/23_RPA_no_LF-Nmpi8-def_par-exc-disp  :  NO o-23_RPA_no_LF.eel_q2_ip in OUTPUT 
MoS2/P2Y/Without-SOC-sp1/23_RPA_no_LF-Nmpi8-def_par-exc-disp  :  NO o-23_RPA_no_LF.eps_q2_ip in OUTPUT 
MoS2/P2Y/Without-SOC-sp1/23_RPA_no_LF-Nmpi8-def_par-exc-disp  :  NO o-23_RPA_no_LF.eel_q2_ip in OUTPUT 
MoS2/P2Y/Without-SOC-sp1/23_RPA_no_LF-Nmpi8-def_par-exc-disp  :  NO o-23_RPA_no_LF.eps_q2_ip in OUTPUT 
MoS2/P2Y/Without-SOC-sp2/23_RPA_no_LF-Nmpi8-def_par-exc-disp  :  NO o-23_RPA_no_LF.eel_q2_ip in OUTPUT 
MoS2/P2Y/Without-SOC-sp2/23_RPA_no_LF-Nmpi8-def_par-exc-disp  :  NO o-23_RPA_no_LF.eps_q2_ip in OUTPUT 
MoS2/P2Y/Without-SOC-sp2/23_RPA_no_LF-Nmpi8-def_par-exc-disp  :  NO o-23_RPA_no_LF.eel_q2_ip in OUTPUT 
MoS2/P2Y/Without-SOC-sp2/23_RPA_no_LF-Nmpi8-def_par-exc-disp  :  NO o-23_RPA_no_LF.eps_q2_ip in OUTPUT 
Si_bulk/ELPH/base/15_QP-Nmpi8-def_par-exc-disp  :  NO o-15_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/15_QP-Nmpi8-def_par-exc-disp  :  NO o-15_QP.qp in OUTPUT 
Si_bulk/ELPH/base/15_QP-Nmpi8-def_par-exc-disp  :  NO o-15_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/15_QP-Nmpi8-def_par-exc-disp  :  NO o-15_QP.qp in OUTPUT 
Si_bulk/ELPH/base/16_QP-Nmpi8-def_par-exc-disp  :  NO o-16_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/16_QP-Nmpi8-def_par-exc-disp  :  NO o-16_QP.qp in OUTPUT 
Si_bulk/ELPH/base/16_QP-Nmpi8-def_par-exc-disp  :  NO o-16_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/16_QP-Nmpi8-def_par-exc-disp  :  NO o-16_QP.qp in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Nmpi8-def_par-exc-disp  :  NO o-04_dgrid_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Nmpi8-def_par-exc-disp  :  NO o-04_dgrid_QP.qp in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Nmpi8-def_par-exc-disp  :  NO o-04_dgrid_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Nmpi8-def_par-exc-disp  :  NO o-04_dgrid_QP.qp in OUTPUT 
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:30:8 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 03-13
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=4)(Threads=2)] - single, random parallelization
=--------------------------------------------------------------------------------=
Al111/04_HF-Omp2-Nmpi4-rand_par-exc-disp/o-04_HF.hf  : VALUE(#6)@COL#  6 is  -8.1400     [REF] vs  -6.7413     [OUT] corresponding to  10.234     [% RELATIVE TO MAX]   
Al111/04_HF-Omp2-Nmpi4-rand_par-exc-disp/o-04_HF.ndb.HF_and_locXC  : VALUE(#11)@COL#  1 is -0.29914     [REF] vs -0.24774     [OUT] corresponding to  10.234     [% RELATIVE TO MAX]   
Al_bulk/ELPH/05_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-05_QP.ndb.QP in OUTPUT 
Al_bulk/ELPH/05_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-05_QP.qp in OUTPUT 
Al_bulk/ELPH/05_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-05_QP.ndb.QP in OUTPUT 
Al_bulk/ELPH/05_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-05_QP.qp in OUTPUT 
Al_bulk/GW-OPTICS/03_QP_COHSEX-Omp2-Nmpi4-rand_par-exc-disp/o-03_QP_COHSEX.ndb.HF_and_locXC  : VALUE(#25)@COL#  1 is -0.34472     [REF] vs -0.31385     [OUT] corresponding to  7.1548     [% RELATIVE TO MAX]   
Al_bulk/GW-OPTICS/03_QP_COHSEX-Omp2-Nmpi4-rand_par-exc-disp/o-03_QP_COHSEX.qp  : VALUE(#13)@COL#  4 is  -2.1248     [REF] vs  -1.2848     [OUT] corresponding to  37.162     [% RELATIVE TO MAX]   
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-Omp2-Nmpi4-rand_par-exc-disp/o-03_QP_COHSEX_drude.ndb.HF_and_locXC  : VALUE(#21)@COL#  1 is -0.23145     [REF] vs -0.33023     [OUT] corresponding to  22.895     [% RELATIVE TO MAX]   
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-Omp2-Nmpi4-rand_par-exc-disp/o-03_QP_COHSEX_drude.qp  : VALUE(#11)@COL#  4 is  -2.0833     [REF] vs  -4.7713     [OUT] corresponding to  119.35     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/02_HF-Omp2-Nmpi4-rand_par-exc-disp/o-02_HF.hf  : VALUE(#3)@COL#  4 is  -5.6370     [REF] vs  -3.9476     [OUT] corresponding to  15.338     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q1_diago_bse  : VALUE(#110)@COL#  3 is   12.164     [REF] vs   2.0445     [OUT] corresponding to  46.728     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q1_haydock_bse  : VALUE(#110)@COL#  3 is   12.164     [REF] vs   2.0446     [OUT] corresponding to  46.727     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q1_inv_bse  : VALUE(#110)@COL#  3 is   12.169     [REF] vs   2.0406     [OUT] corresponding to  46.777     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q2_diago_bse  : VALUE(#246)@COL#  3 is  0.92308     [REF] vs  0.80581     [OUT] corresponding to  11.352     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q2_haydock_bse  : VALUE(#246)@COL#  7 is  0.92309     [REF] vs  0.80581     [OUT] corresponding to  11.352     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q2_inv_bse  : VALUE(#224)@COL#  6 is   2.3473     [REF] vs   1.8163     [OUT] corresponding to  20.241     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q3_diago_bse  : VALUE(#245)@COL#  3 is  0.28967     [REF] vs  0.17866     [OUT] corresponding to  27.500     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q3_haydock_bse  : VALUE(#245)@COL#  3 is  0.28969     [REF] vs  0.17863     [OUT] corresponding to  27.515     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.alpha_q3_inv_bse  : VALUE(#245)@COL#  3 is  0.28967     [REF] vs  0.17866     [OUT] corresponding to  27.499     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.jdos_q1_diago_bse  : VALUE(#251)@COL#  3 is  0.43718     [REF] vs -0.70890     [OUT] corresponding to  31.459     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.jdos_q2_diago_bse  : VALUE(#251)@COL#  3 is  0.16685     [REF] vs -0.59017     [OUT] corresponding to  23.233     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim.jdos_q3_diago_bse  : VALUE(#251)@COL#  3 is -0.51683E-01 [REF] vs  -1.1116     [OUT] corresponding to  32.344     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q1_diago_bse  : VALUE(#5)@COL#  3 is   7.4048     [REF] vs   8.4631     [OUT] corresponding to  6.4269     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q1_haydock_bse  : VALUE(#5)@COL#  3 is   7.4051     [REF] vs   8.4631     [OUT] corresponding to  6.4251     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q1_inv_bse  : VALUE(#5)@COL#  3 is   7.4046     [REF] vs   8.4636     [OUT] corresponding to  6.4287     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q2_diago_bse  : VALUE(#199)@COL#  5 is -0.87486     [REF] vs -0.53702     [OUT] corresponding to  9.8329     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q2_haydock_bse  : VALUE(#199)@COL#  5 is -0.87486     [REF] vs -0.53702     [OUT] corresponding to  9.8329     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q2_inv_bse  : VALUE(#166)@COL#  7 is -0.48656     [REF] vs -0.62399E-01 [OUT] corresponding to  10.567     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q3_diago_bse  : VALUE(#214)@COL#  3 is  0.26686     [REF] vs  0.29368     [OUT] corresponding to  5.3797     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q3_haydock_bse  : VALUE(#214)@COL#  3 is  0.26686     [REF] vs  0.29369     [OUT] corresponding to  5.3811     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.alpha_q3_inv_bse  : VALUE(#214)@COL#  3 is  0.26686     [REF] vs  0.29369     [OUT] corresponding to  5.3808     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.jdos_q1_diago_bse  : VALUE(#161)@COL#  5 is  -1.3120     [REF] vs  -1.0546     [OUT] corresponding to  6.9926     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp1/07_BSE+GW_slabz_rim_rimW-Omp2-Nmpi4-rand_par-exc-disp/o-07_BSE+GW_slabz_rim_rimW.jdos_q3_diago_bse  : VALUE(#161)@COL#  5 is  -1.7849     [REF] vs  -1.5584     [OUT] corresponding to  6.3036     [% RELATIVE TO MAX]   
Si_bulk/ELPH/base/15_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-15_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/15_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-15_QP.qp in OUTPUT 
Si_bulk/ELPH/base/15_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-15_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/15_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-15_QP.qp in OUTPUT 
Si_bulk/ELPH/base/16_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-16_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/16_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-16_QP.qp in OUTPUT 
Si_bulk/ELPH/base/16_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-16_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base/16_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-16_QP.qp in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-04_dgrid_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-04_dgrid_QP.qp in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-04_dgrid_QP.ndb.QP in OUTPUT 
Si_bulk/ELPH/base_bz/04_dgrid_QP-Omp2-Nmpi4-rand_par-exc-disp  :  NO o-04_dgrid_QP.qp in OUTPUT 
Si_bulk/RT/08_ypp_gw_10fs_Gonly_part1-Omp2-Nmpi4-rand_par-exc-disp/o-08_ypp_gw_10fs_Gonly_part1.qp_gw_cohsex_gw_ppa  : VALUE(#10)@COL#  5 is -0.25390     [REF] vs -0.36382     [OUT] corresponding to  14.548     [% RELATIVE TO MAX]   
Si_bulk/RT/08_ypp_gw_10fs_Gonly_part2-Omp2-Nmpi4-rand_par-exc-disp/o-08_ypp_gw_10fs_Gonly_part2.qp_gw_cohsex_gw_ppa  : VALUE(#10)@COL#  5 is   1.7698     [REF] vs   1.6599     [OUT] corresponding to  5.6877     [% RELATIVE TO MAX]   
Si_bulk/RT/08_ypp_gw_10fs_part1-Omp2-Nmpi4-rand_par-exc-disp/o-08_ypp_gw_10fs_part1.qp_gw_cohsex_gw_ppa  : VALUE(#10)@COL#  5 is -0.27543     [REF] vs -0.38667     [OUT] corresponding to  14.415     [% RELATIVE TO MAX]   
Si_bulk/RT/08_ypp_gw_10fs_part2-Omp2-Nmpi4-rand_par-exc-disp/o-08_ypp_gw_10fs_part2.qp_gw_cohsex_gw_ppa  : VALUE(#10)@COL#  5 is   1.7483     [REF] vs   1.6371     [OUT] corresponding to  5.8725     [% RELATIVE TO MAX]   
Si_bulk/RT/09_bse_10fs-Omp2-Nmpi4-rand_par-exc-disp/o-09_bse_10fs.eel_q1_diago_bse  : VALUE(#281)@COL#  3 is  0.65030E-01 [REF] vs  0.75780E-02 [OUT] corresponding to  30.181     [% RELATIVE TO MAX]   
Si_bulk/RT/09_bse_10fs-Omp2-Nmpi4-rand_par-exc-disp/o-09_bse_10fs.eel_q1_haydock_bse  : VALUE(#281)@COL#  7 is  0.65030E-01 [REF] vs  0.75880E-02 [OUT] corresponding to  30.175     [% RELATIVE TO MAX]   
Si_bulk/RT/09_bse_10fs-Omp2-Nmpi4-rand_par-exc-disp/o-09_bse_10fs.eps_q1_diago_bse  : VALUE(#165)@COL#  3 is   213.49     [REF] vs  -128.92     [OUT] corresponding to  99.758     [% RELATIVE TO MAX]   
Si_bulk/RT/09_bse_10fs-Omp2-Nmpi4-rand_par-exc-disp/o-09_bse_10fs.eps_q1_haydock_bse  : VALUE(#165)@COL#  3 is   213.50     [REF] vs  -128.95     [OUT] corresponding to  99.769     [% RELATIVE TO MAX]   
Si_bulk/RT/09_bse_10fs-Omp2-Nmpi4-rand_par-exc-disp/o-09_bse_10fs.jdos_q1_diago_bse  : VALUE(#284)@COL#  5 is   15.119     [REF] vs  -29.117     [OUT] corresponding to  142.89     [% RELATIVE TO MAX]   
Si_bulk/RT/09_bse_10fs_Gonly-Omp2-Nmpi4-rand_par-exc-disp/o-09_bse_10fs_Gonly.eel_q1_diago_bse  : VALUE(#287)@COL#  3 is  0.65109E-01 [REF] vs  0.12063E-01 [OUT] corresponding to  29.525     [% RELATIVE TO MAX]   
Si_bulk/RT/09_bse_10fs_Gonly-Omp2-Nmpi4-rand_par-exc-disp/o-09_bse_10fs_Gonly.eel_q1_haydock_bse  : VALUE(#287)@COL#  3 is  0.65110E-01 [REF] vs  0.12606E-01 [OUT] corresponding to  29.223     [% RELATIVE TO MAX]   
Si_bulk/RT/09_bse_10fs_Gonly-Omp2-Nmpi4-rand_par-exc-disp/o-09_bse_10fs_Gonly.eps_q1_diago_bse  : VALUE(#168)@COL#  3 is   253.34     [REF] vs  -103.99     [OUT] corresponding to  98.825     [% RELATIVE TO MAX]   
Si_bulk/RT/09_bse_10fs_Gonly-Omp2-Nmpi4-rand_par-exc-disp/o-09_bse_10fs_Gonly.eps_q1_haydock_bse  : VALUE(#168)@COL#  3 is   253.35     [REF] vs  -105.60     [OUT] corresponding to  99.271     [% RELATIVE TO MAX]   
Si_bulk/RT/09_bse_10fs_Gonly-Omp2-Nmpi4-rand_par-exc-disp/o-09_bse_10fs_Gonly.jdos_q1_diago_bse  : VALUE(#288)@COL#  5 is   17.882     [REF] vs  -33.679     [OUT] corresponding to  168.03     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:49:21 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 3:2:27 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%




%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Lumen test suite SKIPs log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 01-04
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.55146c8f6bf7f64f8e08c3e7dcd584c72b59cb75
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[serial] - SERIAL
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:42:9 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 01-42
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=8)] - single, random parallelization
=--------------------------------------------------------------------------------=
CH4/MAGNETIC/03_gw  : FAILED CPU configuration
CH4/MAGNETIC/03_gw_magnetic  : FAILED CPU configuration
CH4/Symmetric/03_RPA  : FAILED CPU configuration
CH4/Symmetric/04_TDDFT  : FAILED CPU configuration
CH4/Symmetric/04_TDDFT_func_der  : FAILED CPU configuration
CH4/Symmetric/04_TDDFT_lowcut  : FAILED CPU configuration
CH4/Symmetric_b3lyp/03_RPA  : FAILED CPU configuration
CH4/Symmetric_b3lyp/04_TDDFT  : FAILED CPU configuration
CH4/Symmetric_b3lyp/04_TDDFT_func_der  : FAILED CPU configuration
hBN/EXCPH-qe/03_excph_lifetimes  : 03_excph_lifetimes                                 skipped (excph not coded in parallel)
hBN/EXCPH-qe/03_excph_lifetimes_tdhf  : 03_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/03_excph_lifetimes_tdip  : 03_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/03_excph_pl  : 03_excph_pl                                        skipped (excph not coded in parallel)
hBN/EXCPH-qe/13_excph_lifetimes  : 13_excph_lifetimes                                 skipped (excph not coded in parallel)
hBN/EXCPH-qe/13_excph_lifetimes_tdhf  : 13_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/13_excph_lifetimes_tdip  : 13_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/23_excph_lifetimes  : 23_excph_lifetimes                                 skipped (excph not coded in parallel)
hBN/EXCPH-qe/23_excph_lifetimes_tdhf  : 23_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/23_excph_lifetimes_tdip  : 23_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
hBN/NL/small/02_ip_Pp  : FAILED CPU configuration
hBN/NL/small/02_linear_optics_ip  : FAILED CPU configuration
hBN/NL/small/09_linear_optics_sex_coll  : FAILED CPU configuration
hBN/NL/small/10_linear_optics_dip_ip  : FAILED CPU configuration
hBN/NL/small/11_p_and_p  : FAILED CPU configuration
hBN/NL/small/12_p_and_p_cvsex  : FAILED CPU configuration
hBN/NL/small/12_p_and_p_cvsex_bse  : FAILED CPU configuration
hBN/NL/small/12_pump_cvsex_bse_coll  : FAILED CPU configuration
hBN/NL/small/12_pump_cvsex_coll  : FAILED CPU configuration
hBN/NL/small/13_velocity  : FAILED CPU configuration
hBN/NL/small/15_linear_lsex_coll  : FAILED CPU configuration
hBN/NL/small/16_linear_lhf_coll  : FAILED CPU configuration
hBN/NL/small/17_write_wf  : FAILED CPU configuration
hBN/RT/14_ip_dbgd  : FAILED CPU configuration
MoS2/EXCPH-qe/With-SOC/03_excph_lifetimes  : 03_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/03_excph_lifetimes_tdhf  : 03_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/03_excph_lifetimes_tdip  : 03_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/05_excph_lifetimes  : 05_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/13_excph_lifetimes  : 13_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/13_excph_lifetimes_tdhf  : 13_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/13_excph_lifetimes_tdip  : 13_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/15_excph_lifetimes  : 15_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/23_excph_lifetimes  : 23_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/23_excph_lifetimes_tdhf  : 23_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/23_excph_lifetimes_tdip  : 23_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
MoS2/OPTICS-abi/Without-SOC-sp1/11_RPA_no_LF_z_Covariant  : FAILED CPU configuration
MoS2/P2Y/Without-SOC-sp1/23_RPA_no_LF  : FAILED CPU configuration
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:0:50 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 02-43
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=8)] - single, default parallelization
=--------------------------------------------------------------------------------=
CH4/Symmetric/03_RPA  : WRONG CPU configuration
CH4/Symmetric/04_TDDFT  : WRONG CPU configuration
CH4/Symmetric/04_TDDFT_func_der  : WRONG CPU configuration
CH4/Symmetric/04_TDDFT_lowcut  : WRONG CPU configuration
CH4/Symmetric_b3lyp/03_RPA  : WRONG CPU configuration
CH4/Symmetric_b3lyp/04_TDDFT  : WRONG CPU configuration
CH4/Symmetric_b3lyp/04_TDDFT_func_der  : WRONG CPU configuration
hBN/EXCPH-qe/03_excph_lifetimes  : 03_excph_lifetimes                                 skipped (excph not coded in parallel)
hBN/EXCPH-qe/03_excph_lifetimes_tdhf  : 03_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/03_excph_lifetimes_tdip  : 03_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/03_excph_pl  : 03_excph_pl                                        skipped (excph not coded in parallel)
hBN/EXCPH-qe/13_excph_lifetimes  : 13_excph_lifetimes                                 skipped (excph not coded in parallel)
hBN/EXCPH-qe/13_excph_lifetimes_tdhf  : 13_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/13_excph_lifetimes_tdip  : 13_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/23_excph_lifetimes  : 23_excph_lifetimes                                 skipped (excph not coded in parallel)
hBN/EXCPH-qe/23_excph_lifetimes_tdhf  : 23_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/23_excph_lifetimes_tdip  : 23_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
hBN/NL/small/02_ip_Pp  : WRONG CPU configuration
hBN/NL/small/02_linear_optics_ip  : WRONG CPU configuration
hBN/NL/small/09_linear_optics_sex_coll  : WRONG CPU configuration
hBN/NL/small/10_linear_optics_dip_ip  : WRONG CPU configuration
hBN/NL/small/11_p_and_p  : WRONG CPU configuration
hBN/NL/small/12_p_and_p_cvsex  : WRONG CPU configuration
hBN/NL/small/12_p_and_p_cvsex_bse  : WRONG CPU configuration
hBN/NL/small/12_pump_cvsex_bse_coll  : WRONG CPU configuration
hBN/NL/small/12_pump_cvsex_coll  : WRONG CPU configuration
hBN/NL/small/13_velocity  : WRONG CPU configuration
hBN/NL/small/15_linear_lsex_coll  : WRONG CPU configuration
hBN/NL/small/16_linear_lhf_coll  : WRONG CPU configuration
hBN/NL/small/17_write_wf  : WRONG CPU configuration
MoS2/EXCPH-qe/With-SOC/03_excph_lifetimes  : 03_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/03_excph_lifetimes_tdhf  : 03_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/03_excph_lifetimes_tdip  : 03_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/05_excph_lifetimes  : 05_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/13_excph_lifetimes  : 13_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/13_excph_lifetimes_tdhf  : 13_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/13_excph_lifetimes_tdip  : 13_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/15_excph_lifetimes  : 15_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/23_excph_lifetimes  : 23_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/23_excph_lifetimes_tdhf  : 23_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/23_excph_lifetimes_tdip  : 23_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:30:8 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 03-13
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=4)(Threads=2)] - single, random parallelization
=--------------------------------------------------------------------------------=
hBN/EXCPH-qe/03_excph_lifetimes  : 03_excph_lifetimes                                 skipped (excph not coded in parallel)
hBN/EXCPH-qe/03_excph_lifetimes_tdhf  : 03_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/03_excph_lifetimes_tdip  : 03_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/03_excph_pl  : 03_excph_pl                                        skipped (excph not coded in parallel)
hBN/EXCPH-qe/13_excph_lifetimes  : 13_excph_lifetimes                                 skipped (excph not coded in parallel)
hBN/EXCPH-qe/13_excph_lifetimes_tdhf  : 13_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/13_excph_lifetimes_tdip  : 13_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/23_excph_lifetimes  : 23_excph_lifetimes                                 skipped (excph not coded in parallel)
hBN/EXCPH-qe/23_excph_lifetimes_tdhf  : 23_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
hBN/EXCPH-qe/23_excph_lifetimes_tdip  : 23_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/03_excph_lifetimes  : 03_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/03_excph_lifetimes_tdhf  : 03_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/03_excph_lifetimes_tdip  : 03_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/05_excph_lifetimes  : 05_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/13_excph_lifetimes  : 13_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/13_excph_lifetimes_tdhf  : 13_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/13_excph_lifetimes_tdip  : 13_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/15_excph_lifetimes  : 15_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/23_excph_lifetimes  : 23_excph_lifetimes                                 skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/23_excph_lifetimes_tdhf  : 23_excph_lifetimes_tdhf                            skipped (excph not coded in parallel)
MoS2/EXCPH-qe/With-SOC/23_excph_lifetimes_tdip  : 23_excph_lifetimes_tdip                            skipped (excph not coded in parallel)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:49:21 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 3:2:27 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%




%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Lumen test suite WHITELISTED files log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 01-04
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.55146c8f6bf7f64f8e08c3e7dcd584c72b59cb75
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[serial] - SERIAL
=--------------------------------------------------------------------------------=
AlAs/RT/03_rt_delta_ip_adaptative-serial-exc-disp/o-03_rt_delta_ip_adaptative.energy  : VALUE(#42) @COL#  3 is  0.59278E-08 [REF] vs  0.48354E-08 [OUT] corresponding to  13.255     [% RELATIVE TO MAX]   
AlAs/RT/03_rt_delta_ip_adaptative_cache-serial-exc-disp/o-03_rt_delta_ip_adaptative_cache.energy  : VALUE(#44) @COL#  3 is  0.52966E-08 [REF] vs  0.45401E-08 [OUT] corresponding to  9.1797     [% RELATIVE TO MAX]   
AlAs/RT/04_rt_delta_ip_adaptative_cache_restart-serial-exc-disp/o-04_rt_delta_ip_adaptative_cache_restart.energy  : VALUE(#2) @COL#  2 is -0.13159E-08 [REF] vs -0.11560E-08 [OUT] corresponding to  11.885     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-serial-exc-disp/o-06_ypp_sort.exc_qpt1_E_sorted  : VALUE(#4) @COL#  2 is  0.92257     [REF] vs   1.0000     [OUT] corresponding to  7.7428     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-serial-exc-disp/o-06_ypp_sort.exc_qpt1_I_sorted  : VALUE(#3) @COL#  2 is  0.92257     [REF] vs  0.98437     [OUT] corresponding to  6.1801     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip-serial-exc-disp/o-03_td_ip.energy  : VALUE(#190) @COL#  3 is  0.60165E-08 [REF] vs  0.65335E-08 [OUT] corresponding to  6.1851     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip+qp-serial-exc-disp/o-03_td_ip+qp.energy  : VALUE(#197) @COL#  3 is  0.61150E-08 [REF] vs  0.66765E-08 [OUT] corresponding to  6.5241     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip+qp_vel-serial-exc-disp/o-03_td_ip+qp_vel.energy  : VALUE(#197) @COL#  2 is -0.43507E-08 [REF] vs -0.48548E-08 [OUT] corresponding to  5.3706     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip_vel-serial-exc-disp/o-03_td_ip_vel.energy  : VALUE(#94) @COL#  2 is -0.49251E-08 [REF] vs -0.53877E-08 [OUT] corresponding to  5.1544     [% RELATIVE TO MAX]   
hBN/RT/04_td_har_coll-serial-exc-disp/o-04_td_har_coll.energy  : VALUE(#184) @COL#  3 is  0.43784E-08 [REF] vs  0.48390E-08 [OUT] corresponding to  7.1181     [% RELATIVE TO MAX]   
hBN/RT/04_td_hartree-serial-exc-disp/o-04_td_hartree.energy  : VALUE(#91) @COL#  3 is  0.55319E-08 [REF] vs  0.60102E-08 [OUT] corresponding to  7.3757     [% RELATIVE TO MAX]   
hBN/RT/04_td_hdft-serial-exc-disp/o-04_td_hdft.energy  : VALUE(#139) @COL#  3 is -0.38772E-06 [REF] vs  0.10495E-06 [OUT] corresponding to  110.48     [% RELATIVE TO MAX]   
hBN/RT/04_td_hdft_coll-serial-exc-disp/o-04_td_hdft_coll.energy  : VALUE(#172) @COL#  3 is  0.38569E-08 [REF] vs  0.44630E-08 [OUT] corresponding to  8.9168     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf-serial-exc-disp/o-05_td_hf.energy  : VALUE(#110) @COL#  3 is  0.11155E-07 [REF] vs  0.93587E-08 [OUT] corresponding to  14.895     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf_fonly_coll-serial-exc-disp/o-05_td_hf_fonly_coll.energy  : VALUE(#110) @COL#  3 is  0.11109E-07 [REF] vs  0.93731E-08 [OUT] corresponding to  14.470     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-serial-exc-disp/o-06_td_sex_on_the_fly.energy  : VALUE(#183) @COL#  5 is -0.69487E-06 [REF] vs  0.45376E-09 [OUT] corresponding to  100.07     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-serial-exc-disp/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#183) @COL#  8 is -0.10878E+07 [REF] vs   1448.0     [OUT] corresponding to  100.13     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_vel-serial-exc-disp/o-06_td_sex_vel.thermodynamics  : VALUE(#29) @COL#  8 is   868.14     [REF] vs   757.46     [OUT] corresponding to  5.5628     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-serial-exc-disp/o-05_KERR_IP-RPA_vel.off_q1_IP  : VALUE(#1) @COL#  2 is  0.11400E-01 [REF] vs -0.13136E-05 [OUT] corresponding to  5700.7     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp2/05_ypp_exciton_spin-serial-exc-disp/o-05_ypp_exciton_spin.exc_qpt1_I+spin_sorted  : VALUE(#5) @COL#  4 is  0.90966     [REF] vs  0.53048E-05 [OUT] corresponding to  99.999     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/With-SOC/05_ypp_exciton_spin-serial-exc-disp/o-05_ypp_exciton_spin.exc_qpt1_I+spin_sorted  : VALUE(#1) @COL#  5 is  0.98191     [REF] vs  0.23842E-06 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_dft-serial-exc-disp/o-04_td_dft.energy  : VALUE(#80) @COL#  3 is  0.15953E-05 [REF] vs -0.12647E-06 [OUT] corresponding to  38.037     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip-serial-exc-disp/o-04_td_ip.thermodynamics  : VALUE(#12) @COL#  8 is   674.82     [REF] vs   767.75     [OUT] corresponding to  12.078     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_DbGd-serial-exc-disp/o-04_td_ip_DbGd.energy  : VALUE(#39) @COL#  3 is  0.86574E-04 [REF] vs -0.12596E-08 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_DbGd-serial-exc-disp/o-04_td_ip_DbGd.thermodynamics  : VALUE(#3) @COL#  8 is   836.59     [REF] vs   10174.     [OUT] corresponding to  1116.1     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_spin_proj-serial-exc-disp/o-04_td_ip_spin_proj.spin_magnetization  : VALUE(#8) @COL#  5 is  0.11812E-07 [REF] vs  0.12502E-07 [OUT] corresponding to  5.5810     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_spin_proj-serial-exc-disp/o-04_td_ip_spin_proj.thermodynamics  : VALUE(#28) @COL#  8 is   692.53     [REF] vs   752.61     [OUT] corresponding to  7.6920     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_vel-serial-exc-disp/o-04_td_ip_vel.thermodynamics  : VALUE(#21) @COL#  8 is   792.45     [REF] vs   872.99     [OUT] corresponding to  8.9802     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_using_colls-serial-exc-disp/o-06_h_using_colls.SC_E_History  : VALUE(#1) @COL#  3 is  0.23242     [REF] vs  0.10705E-03 [OUT] corresponding to  232.31     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:42:9 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 01-42
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=8)] - single, random parallelization
=--------------------------------------------------------------------------------=
AlAs/RT/03_rt_delta_ip_adaptative-Nmpi8-rand_par-exc-disp/o-03_rt_delta_ip_adaptative.energy  : VALUE(#42) @COL#  3 is  0.59278E-08 [REF] vs  0.48351E-08 [OUT] corresponding to  13.260     [% RELATIVE TO MAX]   
AlAs/RT/03_rt_delta_ip_adaptative_cache-Nmpi8-rand_par-exc-disp/o-03_rt_delta_ip_adaptative_cache.energy  : VALUE(#44) @COL#  3 is  0.52966E-08 [REF] vs  0.45401E-08 [OUT] corresponding to  9.1797     [% RELATIVE TO MAX]   
AlAs/RT/04_rt_delta_ip_adaptative_cache_restart-Nmpi8-rand_par-exc-disp/o-04_rt_delta_ip_adaptative_cache_restart.energy  : VALUE(#2) @COL#  2 is -0.13159E-08 [REF] vs -0.11560E-08 [OUT] corresponding to  11.885     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse-Nmpi8-rand_par-exc-disp/o-04_bse.E_IP_q1  : VALUE(#4) @COL#  1 is   29.856     [REF] vs   18.858     [OUT] corresponding to  36.836     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse-Nmpi8-rand_par-exc-disp/o-04_bse.Esort_q1_diago_bse  : VALUE(#5) @COL#  1 is   23.171     [REF] vs   12.173     [OUT] corresponding to  47.464     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse_magnetic-Nmpi8-rand_par-exc-disp/o-04_bse_magnetic.E_IP_q1  : VALUE(#12) @COL#  1 is   29.935     [REF] vs   18.934     [OUT] corresponding to  36.750     [% RELATIVE TO MAX]   
CH4/MAGNETIC/04_bse_magnetic-Nmpi8-rand_par-exc-disp/o-04_bse_magnetic.Esort_q1_diago_bse  : VALUE(#12) @COL#  1 is   23.249     [REF] vs   12.248     [OUT] corresponding to  47.318     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Nmpi8-rand_par-exc-disp/o-06_ypp_sort.exc_qpt1_E_sorted  : VALUE(#4) @COL#  2 is  0.92257     [REF] vs  0.97973     [OUT] corresponding to  5.7158     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Nmpi8-rand_par-exc-disp/o-06_ypp_sort.exc_qpt1_I_sorted  : VALUE(#4) @COL#  2 is  0.92257     [REF] vs  0.97973     [OUT] corresponding to  5.7158     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip-Nmpi8-rand_par-exc-disp/o-03_td_ip.energy  : VALUE(#190) @COL#  3 is  0.60165E-08 [REF] vs  0.65344E-08 [OUT] corresponding to  6.1967     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip+qp-Nmpi8-rand_par-exc-disp/o-03_td_ip+qp.energy  : VALUE(#197) @COL#  3 is  0.61150E-08 [REF] vs  0.66765E-08 [OUT] corresponding to  6.5241     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip+qp_vel-Nmpi8-rand_par-exc-disp/o-03_td_ip+qp_vel.energy  : VALUE(#197) @COL#  2 is -0.43507E-08 [REF] vs -0.48548E-08 [OUT] corresponding to  5.3706     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip_vel-Nmpi8-rand_par-exc-disp/o-03_td_ip_vel.energy  : VALUE(#94) @COL#  2 is -0.49251E-08 [REF] vs -0.53877E-08 [OUT] corresponding to  5.1544     [% RELATIVE TO MAX]   
hBN/RT/04_td_har_coll-Nmpi8-rand_par-exc-disp/o-04_td_har_coll.energy  : VALUE(#184) @COL#  3 is  0.43784E-08 [REF] vs  0.48456E-08 [OUT] corresponding to  7.2193     [% RELATIVE TO MAX]   
hBN/RT/04_td_hartree-Nmpi8-rand_par-exc-disp/o-04_td_hartree.energy  : VALUE(#91) @COL#  3 is  0.55319E-08 [REF] vs  0.60102E-08 [OUT] corresponding to  7.3757     [% RELATIVE TO MAX]   
hBN/RT/04_td_hdft-Nmpi8-rand_par-exc-disp/o-04_td_hdft.energy  : VALUE(#142) @COL#  3 is  0.43851E-06 [REF] vs -0.10989E-06 [OUT] corresponding to  122.98     [% RELATIVE TO MAX]   
hBN/RT/04_td_hdft_coll-Nmpi8-rand_par-exc-disp/o-04_td_hdft_coll.energy  : VALUE(#172) @COL#  3 is  0.38569E-08 [REF] vs  0.44659E-08 [OUT] corresponding to  8.9597     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf-Nmpi8-rand_par-exc-disp/o-05_td_hf.energy  : VALUE(#110) @COL#  3 is  0.11155E-07 [REF] vs  0.93623E-08 [OUT] corresponding to  14.865     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf_fonly_coll-Nmpi8-rand_par-exc-disp/o-05_td_hf_fonly_coll.energy  : VALUE(#110) @COL#  3 is  0.11109E-07 [REF] vs  0.93694E-08 [OUT] corresponding to  14.501     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Nmpi8-rand_par-exc-disp/o-06_td_sex_on_the_fly.energy  : VALUE(#183) @COL#  5 is -0.69487E-06 [REF] vs  0.45376E-09 [OUT] corresponding to  100.07     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Nmpi8-rand_par-exc-disp/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#183) @COL#  8 is -0.10878E+07 [REF] vs   1448.0     [OUT] corresponding to  100.13     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi8-rand_par-exc-disp/o-05_KERR_IP-RPA_vel.off_q1_IP  : VALUE(#1) @COL#  2 is  0.11400E-01 [REF] vs -0.23978E-05 [OUT] corresponding to  5701.2     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp2/05_ypp_exciton_spin-Nmpi8-rand_par-exc-disp/o-05_ypp_exciton_spin.exc_qpt1_I+spin_sorted  : VALUE(#5) @COL#  4 is  0.90966     [REF] vs  0.53048E-05 [OUT] corresponding to  99.999     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/With-SOC/05_ypp_exciton_spin-Nmpi8-rand_par-exc-disp/o-05_ypp_exciton_spin.exc_qpt1_I+spin_sorted  : VALUE(#1) @COL#  5 is  0.98191     [REF] vs  0.11921E-06 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_dft-Nmpi8-rand_par-exc-disp/o-04_td_dft.energy  : VALUE(#91) @COL#  3 is -0.15749E-05 [REF] vs  0.92768E-06 [OUT] corresponding to  55.288     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip-Nmpi8-rand_par-exc-disp/o-04_td_ip.thermodynamics  : VALUE(#21) @COL#  8 is   715.20     [REF] vs   611.00     [OUT] corresponding to  13.543     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_DbGd-Nmpi8-rand_par-exc-disp/o-04_td_ip_DbGd.energy  : VALUE(#39) @COL#  3 is  0.86574E-04 [REF] vs -0.12498E-08 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_DbGd-Nmpi8-rand_par-exc-disp/o-04_td_ip_DbGd.thermodynamics  : VALUE(#3) @COL#  8 is   836.59     [REF] vs   10160.     [OUT] corresponding to  1114.5     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_spin_proj-Nmpi8-rand_par-exc-disp/o-04_td_ip_spin_proj.spin_magnetization  : VALUE(#8) @COL#  5 is  0.11812E-07 [REF] vs  0.12502E-07 [OUT] corresponding to  5.5810     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_spin_proj-Nmpi8-rand_par-exc-disp/o-04_td_ip_spin_proj.thermodynamics  : VALUE(#5) @COL#  8 is   634.80     [REF] vs   748.46     [OUT] corresponding to  14.552     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_vel-Nmpi8-rand_par-exc-disp/o-04_td_ip_vel.thermodynamics  : VALUE(#23) @COL#  8 is   699.19     [REF] vs   768.67     [OUT] corresponding to  7.7478     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_using_colls-Nmpi8-rand_par-exc-disp/o-06_h_using_colls.SC_E_History  : VALUE(#1) @COL#  3 is  0.23242     [REF] vs  0.35924E-03 [OUT] corresponding to  232.06     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:0:50 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 02-43
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=8)] - single, default parallelization
=--------------------------------------------------------------------------------=
AlAs/RT/03_rt_delta_ip_adaptative-Nmpi8-def_par-exc-disp/o-03_rt_delta_ip_adaptative.energy  : VALUE(#42) @COL#  3 is  0.59278E-08 [REF] vs  0.48360E-08 [OUT] corresponding to  13.249     [% RELATIVE TO MAX]   
AlAs/RT/03_rt_delta_ip_adaptative_cache-Nmpi8-def_par-exc-disp/o-03_rt_delta_ip_adaptative_cache.energy  : VALUE(#44) @COL#  3 is  0.52966E-08 [REF] vs  0.45403E-08 [OUT] corresponding to  9.1764     [% RELATIVE TO MAX]   
AlAs/RT/04_rt_delta_ip_adaptative_cache_restart-Nmpi8-def_par-exc-disp/o-04_rt_delta_ip_adaptative_cache_restart.energy  : VALUE(#2) @COL#  2 is -0.13159E-08 [REF] vs -0.11560E-08 [OUT] corresponding to  11.885     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Nmpi8-def_par-exc-disp/o-06_ypp_sort.exc_qpt1_E_sorted  : VALUE(#4) @COL#  2 is  0.92257     [REF] vs   1.0000     [OUT] corresponding to  7.7428     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip-Nmpi8-def_par-exc-disp/o-03_td_ip.energy  : VALUE(#190) @COL#  3 is  0.60165E-08 [REF] vs  0.65333E-08 [OUT] corresponding to  6.1831     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip+qp-Nmpi8-def_par-exc-disp/o-03_td_ip+qp.energy  : VALUE(#197) @COL#  3 is  0.61150E-08 [REF] vs  0.66765E-08 [OUT] corresponding to  6.5238     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip+qp_vel-Nmpi8-def_par-exc-disp/o-03_td_ip+qp_vel.energy  : VALUE(#197) @COL#  2 is -0.43507E-08 [REF] vs -0.48548E-08 [OUT] corresponding to  5.3706     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip_vel-Nmpi8-def_par-exc-disp/o-03_td_ip_vel.energy  : VALUE(#94) @COL#  2 is -0.49251E-08 [REF] vs -0.53877E-08 [OUT] corresponding to  5.1544     [% RELATIVE TO MAX]   
hBN/RT/04_td_har_coll-Nmpi8-def_par-exc-disp/o-04_td_har_coll.energy  : VALUE(#184) @COL#  3 is  0.43784E-08 [REF] vs  0.48424E-08 [OUT] corresponding to  7.1697     [% RELATIVE TO MAX]   
hBN/RT/04_td_hartree-Nmpi8-def_par-exc-disp/o-04_td_hartree.energy  : VALUE(#91) @COL#  3 is  0.55319E-08 [REF] vs  0.60104E-08 [OUT] corresponding to  7.3793     [% RELATIVE TO MAX]   
hBN/RT/04_td_hdft-Nmpi8-def_par-exc-disp/o-04_td_hdft.energy  : VALUE(#150) @COL#  3 is -0.44593E-06 [REF] vs  0.13015E-06 [OUT] corresponding to  129.19     [% RELATIVE TO MAX]   
hBN/RT/04_td_hdft_coll-Nmpi8-def_par-exc-disp/o-04_td_hdft_coll.energy  : VALUE(#172) @COL#  3 is  0.38569E-08 [REF] vs  0.44625E-08 [OUT] corresponding to  8.9104     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf-Nmpi8-def_par-exc-disp/o-05_td_hf.energy  : VALUE(#110) @COL#  3 is  0.11155E-07 [REF] vs  0.93623E-08 [OUT] corresponding to  14.865     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf_fonly_coll-Nmpi8-def_par-exc-disp/o-05_td_hf_fonly_coll.energy  : VALUE(#110) @COL#  3 is  0.11109E-07 [REF] vs  0.93661E-08 [OUT] corresponding to  14.528     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Nmpi8-def_par-exc-disp/o-06_td_sex_on_the_fly.energy  : VALUE(#183) @COL#  5 is -0.69487E-06 [REF] vs  0.45415E-09 [OUT] corresponding to  100.07     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Nmpi8-def_par-exc-disp/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#183) @COL#  8 is -0.10878E+07 [REF] vs   1448.7     [OUT] corresponding to  100.13     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi8-def_par-exc-disp/o-05_KERR_IP-RPA_vel.off_q1_IP  : VALUE(#1) @COL#  2 is  0.11400E-01 [REF] vs -0.14702E-04 [OUT] corresponding to  5707.4     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp2/05_ypp_exciton_spin-Nmpi8-def_par-exc-disp/o-05_ypp_exciton_spin.exc_qpt1_I+spin_sorted  : VALUE(#5) @COL#  4 is  0.90966     [REF] vs  0.53048E-05 [OUT] corresponding to  99.999     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/With-SOC/05_ypp_exciton_spin-Nmpi8-def_par-exc-disp/o-05_ypp_exciton_spin.exc_qpt1_I+spin_sorted  : VALUE(#1) @COL#  5 is  0.98191     [REF] vs -0.29802E-07 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_dft-Nmpi8-def_par-exc-disp/o-04_td_dft.energy  : VALUE(#100) @COL#  3 is -0.43977E-05 [REF] vs -0.17940E-06 [OUT] corresponding to  93.192     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip-Nmpi8-def_par-exc-disp/o-04_td_ip.thermodynamics  : VALUE(#5) @COL#  8 is   615.75     [REF] vs   750.12     [OUT] corresponding to  17.464     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_DbGd-Nmpi8-def_par-exc-disp/o-04_td_ip_DbGd.energy  : VALUE(#39) @COL#  3 is  0.86574E-04 [REF] vs -0.12684E-08 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_DbGd-Nmpi8-def_par-exc-disp/o-04_td_ip_DbGd.thermodynamics  : VALUE(#15) @COL#  8 is   773.51     [REF] vs   10086.     [OUT] corresponding to  1113.1     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_spin_proj-Nmpi8-def_par-exc-disp/o-04_td_ip_spin_proj.spin_magnetization  : VALUE(#8) @COL#  5 is  0.11812E-07 [REF] vs  0.12502E-07 [OUT] corresponding to  5.5810     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_spin_proj-Nmpi8-def_par-exc-disp/o-04_td_ip_spin_proj.thermodynamics  : VALUE(#5) @COL#  8 is   634.80     [REF] vs   750.12     [OUT] corresponding to  14.764     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_vel-Nmpi8-def_par-exc-disp/o-04_td_ip_vel.thermodynamics  : VALUE(#23) @COL#  8 is   699.19     [REF] vs   784.83     [OUT] corresponding to  9.5487     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_using_colls-Nmpi8-def_par-exc-disp/o-06_h_using_colls.SC_E_History  : VALUE(#1) @COL#  3 is  0.23242     [REF] vs  0.14114E-03 [OUT] corresponding to  232.28     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:30:8 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 03-13
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=4)(Threads=2)] - single, random parallelization
=--------------------------------------------------------------------------------=
AlAs/RT/03_rt_delta_ip_adaptative-Omp2-Nmpi4-rand_par-exc-disp/o-03_rt_delta_ip_adaptative.energy  : VALUE(#42) @COL#  3 is  0.59278E-08 [REF] vs  0.48354E-08 [OUT] corresponding to  13.255     [% RELATIVE TO MAX]   
AlAs/RT/03_rt_delta_ip_adaptative_cache-Omp2-Nmpi4-rand_par-exc-disp/o-03_rt_delta_ip_adaptative_cache.energy  : VALUE(#44) @COL#  3 is  0.52966E-08 [REF] vs  0.45401E-08 [OUT] corresponding to  9.1797     [% RELATIVE TO MAX]   
AlAs/RT/04_rt_delta_ip_adaptative_cache_restart-Omp2-Nmpi4-rand_par-exc-disp/o-04_rt_delta_ip_adaptative_cache_restart.energy  : VALUE(#2) @COL#  2 is -0.13159E-08 [REF] vs -0.11560E-08 [OUT] corresponding to  11.885     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Omp2-Nmpi4-rand_par-exc-disp/o-06_ypp_sort.exc_qpt1_E_sorted  : VALUE(#4) @COL#  2 is  0.92257     [REF] vs   1.0000     [OUT] corresponding to  7.7428     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Omp2-Nmpi4-rand_par-exc-disp/o-06_ypp_sort.exc_qpt1_I_sorted  : VALUE(#3) @COL#  2 is  0.92257     [REF] vs  0.97378     [OUT] corresponding to  5.1206     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip-Omp2-Nmpi4-rand_par-exc-disp/o-03_td_ip.energy  : VALUE(#190) @COL#  3 is  0.60165E-08 [REF] vs  0.65344E-08 [OUT] corresponding to  6.1961     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip+qp-Omp2-Nmpi4-rand_par-exc-disp/o-03_td_ip+qp.energy  : VALUE(#197) @COL#  3 is  0.61150E-08 [REF] vs  0.66761E-08 [OUT] corresponding to  6.5202     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip+qp_vel-Omp2-Nmpi4-rand_par-exc-disp/o-03_td_ip+qp_vel.energy  : VALUE(#197) @COL#  2 is -0.43507E-08 [REF] vs -0.48548E-08 [OUT] corresponding to  5.3706     [% RELATIVE TO MAX]   
hBN/RT/03_td_ip_vel-Omp2-Nmpi4-rand_par-exc-disp/o-03_td_ip_vel.energy  : VALUE(#94) @COL#  2 is -0.49251E-08 [REF] vs -0.53877E-08 [OUT] corresponding to  5.1544     [% RELATIVE TO MAX]   
hBN/RT/04_td_har_coll-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_har_coll.energy  : VALUE(#184) @COL#  3 is  0.43784E-08 [REF] vs  0.48450E-08 [OUT] corresponding to  7.2104     [% RELATIVE TO MAX]   
hBN/RT/04_td_hartree-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_hartree.energy  : VALUE(#91) @COL#  3 is  0.55319E-08 [REF] vs  0.60105E-08 [OUT] corresponding to  7.3807     [% RELATIVE TO MAX]   
hBN/RT/04_td_hdft-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_hdft.energy  : VALUE(#150) @COL#  3 is -0.44593E-06 [REF] vs  0.92903E-07 [OUT] corresponding to  120.83     [% RELATIVE TO MAX]   
hBN/RT/04_td_hdft_coll-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_hdft_coll.energy  : VALUE(#172) @COL#  3 is  0.38569E-08 [REF] vs  0.44638E-08 [OUT] corresponding to  8.9292     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf-Omp2-Nmpi4-rand_par-exc-disp/o-05_td_hf.energy  : VALUE(#110) @COL#  3 is  0.11155E-07 [REF] vs  0.93663E-08 [OUT] corresponding to  14.832     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf_fonly_coll-Omp2-Nmpi4-rand_par-exc-disp/o-05_td_hf_fonly_coll.energy  : VALUE(#110) @COL#  3 is  0.11109E-07 [REF] vs  0.93629E-08 [OUT] corresponding to  14.555     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Omp2-Nmpi4-rand_par-exc-disp/o-06_td_sex_on_the_fly.energy  : VALUE(#183) @COL#  5 is -0.69487E-06 [REF] vs  0.45449E-09 [OUT] corresponding to  100.07     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Omp2-Nmpi4-rand_par-exc-disp/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#183) @COL#  8 is -0.10878E+07 [REF] vs   1449.2     [OUT] corresponding to  100.13     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Omp2-Nmpi4-rand_par-exc-disp/o-05_KERR_IP-RPA_vel.off_q1_IP  : VALUE(#1) @COL#  2 is  0.11400E-01 [REF] vs -0.54553E-05 [OUT] corresponding to  5702.7     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/Without-SOC-sp2/05_ypp_exciton_spin-Omp2-Nmpi4-rand_par-exc-disp/o-05_ypp_exciton_spin.exc_qpt1_I+spin_sorted  : VALUE(#5) @COL#  4 is  0.90966     [REF] vs  0.53048E-05 [OUT] corresponding to  99.999     [% RELATIVE TO MAX]   
MoS2/OPTICS-qe/With-SOC/05_ypp_exciton_spin-Omp2-Nmpi4-rand_par-exc-disp/o-05_ypp_exciton_spin.exc_qpt1_I+spin_sorted  : VALUE(#1) @COL#  5 is  0.98191     [REF] vs  0.11921E-06 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_dft-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_dft.energy  : VALUE(#105) @COL#  3 is -0.42926E-05 [REF] vs  0.13073E-06 [OUT] corresponding to  97.722     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_ip.thermodynamics  : VALUE(#6) @COL#  8 is   708.35     [REF] vs   610.24     [OUT] corresponding to  12.752     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_DbGd-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_ip_DbGd.energy  : VALUE(#39) @COL#  3 is  0.86574E-04 [REF] vs -0.12596E-08 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_DbGd-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_ip_DbGd.thermodynamics  : VALUE(#3) @COL#  8 is   836.59     [REF] vs   10174.     [OUT] corresponding to  1116.1     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_spin_proj-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_ip_spin_proj.spin_magnetization  : VALUE(#8) @COL#  5 is  0.11812E-07 [REF] vs  0.12502E-07 [OUT] corresponding to  5.5810     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_spin_proj-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_ip_spin_proj.thermodynamics  : VALUE(#5) @COL#  8 is   634.80     [REF] vs   783.62     [OUT] corresponding to  19.053     [% RELATIVE TO MAX]   
MoS2/RT-qe/04_td_ip_vel-Omp2-Nmpi4-rand_par-exc-disp/o-04_td_ip_vel.thermodynamics  : VALUE(#23) @COL#  8 is   699.19     [REF] vs   774.43     [OUT] corresponding to  8.3895     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_using_colls-Omp2-Nmpi4-rand_par-exc-disp/o-06_h_using_colls.SC_E_History  : VALUE(#1) @COL#  3 is  0.23242     [REF] vs  0.88776E-02 [OUT] corresponding to  223.54     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:49:21 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 3:2:27 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%




%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Lumen test suite RULES-SUCC files log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 01-04
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.55146c8f6bf7f64f8e08c3e7dcd584c72b59cb75
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[serial] - SERIAL
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:42:9 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 01-42
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=8)] - single, random parallelization
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:0:50 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 02-43
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=8)] - single, default parallelization
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:30:8 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Lumen      branch       :exc-disp
Test-suite branch       :exc-disp
==================================================================================
Running tests           :all
Projects                : sc rt elph magnetic nl hard nopj kerr qp-dbs p2y a2y
Date - Time             :Jan-12-Mon - 03-13
Compilation Scheme      :gfortran15.2_openmpi5.0_SP.sh
Build                   :exc-disp - MPI+OpenMP+SLK+SLEPC+HDF5_MPI_IO - OpenMPI - gfortran - Hash.578405231a6380587b60a87ab9b88a58102d1e7b
Repo Kind               :GPL
Fortran                 :gfortran  GNU Fortran (GCC) 15.2.0
MPI                     : Open MPI v5.0.6, package: Open MPI filippon@amore Distribution, ident: 5.0.6, repo rev: v5.0.6, Nov 15, 2024
Compilation Precision   :single
Parallel Conf           :[(N=4)(Threads=2)] - single, random parallelization
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 0:49:21 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 3:2:27 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%