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% Yambo test suite ERRORs log
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==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 04-22
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[serial] - none
=--------------------------------------------------------------------------------=
Al111/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   510 [REF]     0 [OUT]   
Al111/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:  2560 [REF]     0 [OUT]   
Al111/04_HF-serial-master/o-04_HF.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:    26 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:  2048 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX-serial-master/o-03_QP_COHSEX.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX-serial-master/o-03_QP_COHSEX.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-serial-master/o-03_QP_COHSEX_drude.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-serial-master/o-03_QP_COHSEX_drude.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
AlAs/RT/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:    52 [REF]     0 [OUT]   
AlAs/RT/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:   256 [REF]     0 [OUT]   
Beryllium/YPP/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   252 [REF]     0 [OUT]   
Beryllium/YPP/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:  1684 [REF]     0 [OUT]   
C6H3Cl3/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:     4 [REF]     0 [OUT]   
C6H3Cl3/04_QP-serial-master/o-04_QP.ndb.HF_and_locXC  : Different number of elements:    84 [REF]     0 [OUT]   
C6H3Cl3/04_QP-serial-master/o-04_QP.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-serial-master/o-05_QP_RIM.ndb.HF_and_locXC  : Different number of elements:    84 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-serial-master/o-05_QP_RIM.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-serial-master/o-05_QP_RIM.ndb.RIM  : Different number of elements:    81 [REF]     0 [OUT]   
C6H3Cl3/06_BSE-serial-master/o-06_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/06_BSE_cpl-serial-master/o-06_BSE_cpl.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/06_BSE_cpl_Exx_only-serial-master/o-06_BSE_cpl_Exx_only.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
Diamond/ELPH1/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   128 [REF]     0 [OUT]   
Diamond/ELPH1/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:  2048 [REF]     0 [OUT]   
H2/OPTICS/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   190 [REF]     0 [OUT]   
H2/OPTICS/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:     4 [REF]     0 [OUT]   
H2/OPTICS/05_W-serial-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H2/RT/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   190 [REF]     0 [OUT]   
H2/RT/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:     4 [REF]     0 [OUT]   
H2/RT/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   190 [REF]     0 [OUT]   
H2/RT/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:     4 [REF]     0 [OUT]   
H2/RT/02_coll_FOCK-serial-master/o-02_coll_FOCK.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    42 [REF]     0 [OUT]   
H2/RT/02_coll_HARTREE-serial-master/o-02_coll_HARTREE.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    46 [REF]     0 [OUT]   
H2/RT/03_coll_tdlda-serial-master/o-03_coll_tdlda.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    70 [REF]     0 [OUT]   
H2/RT/04_init-serial-master/o-04_init.ndb.gops  : Different number of elements:   268 [REF]     0 [OUT]   
H2/RT/04_init-serial-master/o-04_init.ndb.kindx  : Different number of elements:     4 [REF]     0 [OUT]   
H_chain/2.05/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:  1056 [REF]     0 [OUT]   
H_chain/2.05/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.05/03_BSE-serial-master/o-03_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.05/03_BSE_RIM-serial-master/o-03_BSE_RIM.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.05/03_BSE_RIM-serial-master/o-03_BSE_RIM.ndb.RIM  : Different number of elements:    41 [REF]     0 [OUT]   
H_chain/2.5/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:  1162 [REF]     0 [OUT]   
H_chain/2.5/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.5/03_BSE-serial-master/o-03_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.5/03_BSE_RIM-serial-master/o-03_BSE_RIM.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/GW-OPTICS/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   476 [REF]     0 [OUT]   
hBN/GW-OPTICS/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:   128 [REF]     0 [OUT]   
hBN/GW-OPTICS/02_HF-serial-master/o-02_HF.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
hBN/GW-OPTICS/03_QP-serial-master/o-03_QP.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
hBN/GW-OPTICS/03_QP-serial-master/o-03_QP.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE-serial-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE+stretch-serial-master/o-04_BSE+stretch.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_EH_range-serial-master/o-04_BSE_EH_range.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC-serial-master/o-04_BSE_SLEPC.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC_TARGET-serial-master/o-04_BSE_SLEPC_TARGET.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC_WRbsWF-serial-master/o-04_BSE_SLEPC_WRbsWF.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_WRbsWF-serial-master/o-04_BSE_WRbsWF.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_restart-serial-master/o-04_BSE_restart.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/05_BSE+QP-serial-master/o-05_BSE+QP.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/05_BSE+QP_vel-serial-master/o-05_BSE+QP_vel.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-serial-master/o-06_ypp_exc_amplitude_SLEPC.exc_amplitude_at_1  : VALUE(#124)@COL#  2 is   1.0000     [REF] vs  0.58087     [OUT] corresponding to  41.913     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-serial-master/o-06_ypp_exc_amplitude_SLEPC.exc_amplitude_at_2  : VALUE(#124)@COL#  2 is   1.0000     [REF] vs  0.58087     [OUT] corresponding to  41.913     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-serial-master/o-06_ypp_exc_amplitude_SLEPC.exc_weights_at_1  : Different number of elements:     9 [REF]    15 [OUT]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-serial-master/o-06_ypp_exc_amplitude_SLEPC.exc_weights_at_2  : Different number of elements:     9 [REF]    15 [OUT]   
hBN/GW-SHIFTED/REGULAR/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   316 [REF]     0 [OUT]   
hBN/GW-SHIFTED/REGULAR/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:   256 [REF]     0 [OUT]   
hBN/GW-SHIFTED/REGULAR/02_gw-serial-master/o-02_gw.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
hBN/GW-SHIFTED/REGULAR/02_gw-serial-master/o-02_gw.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
hBN/GW-SHIFTED/SHIFTED/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   312 [REF]     0 [OUT]   
hBN/GW-SHIFTED/SHIFTED/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:   576 [REF]     0 [OUT]   
hBN/GW-SHIFTED/SHIFTED/02_gw-serial-master/o-02_gw.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
hBN/RT/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   454 [REF]     0 [OUT]   
hBN/RT/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:    64 [REF]     0 [OUT]   
hBN/RT/02_collisions_HF-serial-master/o-02_collisions_HF.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    36 [REF]     0 [OUT]   
hBN/RT/02_collisions_Hartree-serial-master/o-02_collisions_Hartree.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    52 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex-serial-master/o-02_collisions_sex.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    70 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex-serial-master/o-02_collisions_sex.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex_Gvec-serial-master/o-02_collisions_sex_Gvec.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    62 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex_Gvec-serial-master/o-02_collisions_sex_Gvec.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/06_td_sex_on_the_fly-serial-master/o-06_td_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/07_bse-serial-master/o-07_bse.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/08_ypp_Map_FineGrid_fake-serial-master/o-08_ypp_Map_FineGrid_fake.ndb.Double_Grid  : Different number of elements:    16 [REF]     0 [OUT]   
hBN/RT/10_ypp_Map_FineGridx9-serial-master/o-10_ypp_Map_FineGridx9.ndb.Double_Grid  : Different number of elements:   248 [REF]     0 [OUT]   
hBN/SC/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   454 [REF]     0 [OUT]   
hBN/SC/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:    32 [REF]     0 [OUT]   
hBN/SC/01_h_coh_sex-serial-master/o-01_h_coh_sex.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/02_h_coh_sex_empties-serial-master/o-02_h_coh_sex_empties.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-serial-master/o-03_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:    86 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-serial-master/o-03_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   100 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-serial-master/o-03_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/03_f_colls-serial-master/o-03_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    60 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-serial-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:    86 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-serial-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    84 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-serial-master/o-04_h_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/04_h_colls-serial-master/o-04_h_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    68 [REF]     0 [OUT]   
hBN/SC/04_h_f_colls-serial-master/o-04_h_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    68 [REF]     0 [OUT]   
hBN/SC/07_h_coh_sex_on_the_fly-serial-master/o-07_h_coh_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/YPP/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   476 [REF]     0 [OUT]   
hBN/YPP/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:   128 [REF]     0 [OUT]   
He/GW/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   342 [REF]     0 [OUT]   
He/GW/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:     4 [REF]     0 [OUT]   
He/GW/01_hf-serial-master/o-01_hf.ndb.cutoff  : Different number of elements:  3006 [REF]     0 [OUT]   
He/GW/01_hf-serial-master/o-01_hf.ndb.HF_and_locXC  : Different number of elements:     4 [REF]     0 [OUT]   
Iron/abinit/With-SOC/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:    92 [REF]     0 [OUT]   
Iron/abinit/With-SOC/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:  5120 [REF]     0 [OUT]   
Iron/abinit/With-SOC/03_init-serial-master/o-03_init.ndb.gops  : Different number of elements:    92 [REF]     0 [OUT]   
Iron/abinit/With-SOC/03_init-serial-master/o-03_init.ndb.kindx  : Different number of elements:  3072 [REF]     0 [OUT]   
Iron/abinit/Without-SOC/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:    84 [REF]     0 [OUT]   
Iron/abinit/Without-SOC/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:  1792 [REF]     0 [OUT]   
Iron/abinit/Without-SOC/02_HF-serial-master/o-02_HF.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
Iron/pwscf/With-SOC/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   124 [REF]     0 [OUT]   
Iron/pwscf/With-SOC/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:  3072 [REF]     0 [OUT]   
Iron/pwscf/Without-SOC/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   124 [REF]     0 [OUT]   
Iron/pwscf/Without-SOC/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:  1792 [REF]     0 [OUT]   
LiF/GW-OPTICS/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:    74 [REF]     0 [OUT]   
LiF/GW-OPTICS/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements: 10000 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA-serial-master/o-02_QP_PPA.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA-serial-master/o-02_QP_PPA.ndb.pp_fragment_1  : Different number of elements:   324 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA_part1-serial-master/o-02_QP_PPA_part1.ndb.HF_and_locXC  : Different number of elements:    16 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA_part2-serial-master/o-02_QP_PPA_part2.ndb.HF_and_locXC  : Different number of elements:    16 [REF]     0 [OUT]   
LiF/GW-OPTICS/03_real_axis-serial-master/o-03_real_axis.ndb.em1d_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
LiF/GW-OPTICS/03_real_axis-serial-master/o-03_real_axis.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/05_rx_greenfunc-serial-master/o-05_rx_greenfunc.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
LiF/GW-OPTICS/06_init-serial-master/o-06_init.ndb.gops  : Different number of elements:    58 [REF]     0 [OUT]   
LiF/GW-OPTICS/06_init-serial-master/o-06_init.ndb.kindx  : Different number of elements: 10000 [REF]     0 [OUT]   
LiF/GW-OPTICS/10_W-serial-master/o-10_W.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
LiF/GW-OPTICS/11_BSE+QP_PPA-serial-master/o-11_BSE+QP_PPA.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
LiF/GW-OPTICS/11_BSE+QP_PPA_merged-serial-master/o-11_BSE+QP_PPA_merged.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/With-SOC/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   466 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/With-SOC/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:  1008 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/With-SOC/04_BSE-serial-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/With-SOC/10_init-serial-master/o-10_init.ndb.gops  : Different number of elements:   466 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/With-SOC/10_init-serial-master/o-10_init.ndb.kindx  : Different number of elements:  5184 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   466 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:  1008 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/01_MAP_SOC_WFs-serial-master/o-01_MAP_SOC_WFs.ndb.E_SOC_map  : Different number of elements:   224 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/04_BSE-serial-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/04_BSE_pert_SOC-serial-master/o-04_BSE_pert_SOC.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/10_init-serial-master/o-10_init.ndb.gops  : Different number of elements:   466 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/10_init-serial-master/o-10_init.ndb.kindx  : Different number of elements:  5184 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp2/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   466 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp2/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:  1008 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp2/01_MAP_SOC_WFs-serial-master/o-01_MAP_SOC_WFs.ndb.E_SOC_map  : Different number of elements:   224 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp2/04_BSE-serial-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/pwscf/OPTICS/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:  5670 [REF]     0 [OUT]   
MoS2/pwscf/OPTICS/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:   108 [REF]     0 [OUT]   
MoS2/pwscf/OPTICS/04_BSE-serial-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:  6050 [REF]     0 [OUT]   
MoS2/pwscf/RT/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:  5670 [REF]     0 [OUT]   
MoS2/pwscf/RT/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:   108 [REF]     0 [OUT]   
MoS2/pwscf/RT/02_init-serial-master/o-02_init.ndb.gops  : Different number of elements:  5670 [REF]     0 [OUT]   
MoS2/pwscf/RT/02_init-serial-master/o-02_init.ndb.kindx  : Different number of elements:   324 [REF]     0 [OUT]   
MoS2/pwscf/RT/03_map_grid-serial-master/o-03_map_grid.ndb.Double_Grid  : Different number of elements:   126 [REF]     0 [OUT]   
MoS2/pwscf/RT/05_collisions-serial-master/o-05_collisions.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   754 [REF]     0 [OUT]   
MoS2/pwscf/RT/05_collisions-serial-master/o-05_collisions.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
MoS2/pwscf/RT/06_BSE-serial-master/o-06_BSE.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-serial-master/o-06_td_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
PA_chain/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   744 [REF]     0 [OUT]   
PA_chain/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:   240 [REF]     0 [OUT]   
PA_chain/01_rim_cut-serial-master/o-01_rim_cut.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-serial-master/o-02_QP_PPA.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-serial-master/o-02_QP_PPA.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-serial-master/o-02_QP_PPA.ndb.pp_fragment_1  : Different number of elements:  1764 [REF]     0 [OUT]   
PA_chain/03_QP_PPA_terminator-serial-master/o-03_QP_PPA_terminator.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_bulk/ELPH/base/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   108 [REF]     0 [OUT]   
Si_bulk/ELPH/base/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:  2048 [REF]     0 [OUT]   
Si_bulk/ELPH/base_for_BSE/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   108 [REF]     0 [OUT]   
Si_bulk/ELPH/base_for_BSE/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:  2048 [REF]     0 [OUT]   
Si_bulk/ELPH/OPTICS/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   108 [REF]     0 [OUT]   
Si_bulk/ELPH/OPTICS/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_bulk/ELPH/QP_CTL/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   108 [REF]     0 [OUT]   
Si_bulk/ELPH/QP_CTL/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:  2048 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   108 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/01HF_corrections-serial-master/o-01HF_corrections.ndb.HF_and_locXC  : Different number of elements:   480 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02Cohsex-serial-master/o-02Cohsex.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02Cohsex-serial-master/o-02Cohsex.ndb.HF_and_locXC  : Different number of elements:   112 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02G0W0_newton-serial-master/o-02G0W0_newton.ndb.em1d_fragment_1  : Different number of elements:   200 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02G0W0_newton-serial-master/o-02G0W0_newton.ndb.HF_and_locXC  : Different number of elements:    80 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/03GoWo_PPA_corrections-serial-master/o-03GoWo_PPA_corrections.ndb.HF_and_locXC  : Different number of elements:   320 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/03GoWo_PPA_corrections-serial-master/o-03GoWo_PPA_corrections.ndb.pp_fragment_1  : Different number of elements:   324 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/04_MAP_fine_grid-serial-master/o-04_MAP_fine_grid.ndb.Double_Grid  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/08_bse_DbGd-serial-master/o-08_bse_DbGd.ndb.em1s_fragment_1  : Different number of elements:     2 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:    38 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:   128 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:    38 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:   256 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/03_gw-serial-master/o-03_gw.ndb.HF_and_locXC  : Different number of elements:    28 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/03_gw-serial-master/o-03_gw.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/03_gw_magnetic-serial-master/o-03_gw_magnetic.ndb.HF_and_locXC  : Different number of elements:    28 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/03_gw_magnetic-serial-master/o-03_gw_magnetic.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/04_bse-serial-master/o-04_bse.ndb.em1s_fragment_1  : Different number of elements:     2 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/04_bse_magnetic-serial-master/o-04_bse_magnetic.ndb.em1s_fragment_1  : Different number of elements:     2 [REF]     0 [OUT]   
Si_bulk/PBE0/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   148 [REF]     0 [OUT]   
Si_bulk/PBE0/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:    96 [REF]     0 [OUT]   
Si_bulk/PBE0/01_hf-serial-master/o-01_hf.ndb.HF_and_locXC  : Different number of elements:    60 [REF]     0 [OUT]   
Si_bulk/RT/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:   108 [REF]     0 [OUT]   
Si_bulk/RT/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:    96 [REF]     0 [OUT]   
Si_bulk/RT/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   108 [REF]     0 [OUT]   
Si_bulk/RT/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:    96 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_SEX-serial-master/o-03_coll_SEX.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   178 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_SEX-serial-master/o-03_coll_SEX.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel-serial-master/o-03_coll_elel.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:  2304 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel-serial-master/o-03_coll_elel.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-serial-master/o-03_coll_elel+SEX.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:  2304 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-serial-master/o-03_coll_elel+SEX.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   178 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-serial-master/o-03_coll_elel+SEX.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-serial-master/o-04_collisions_plasma.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:   384 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-serial-master/o-04_collisions_plasma.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   120 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-serial-master/o-04_collisions_plasma.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/05_E_DbGd-serial-master/o-05_E_DbGd.ndb.Double_Grid  : Different number of elements:  1936 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs-serial-master/o-08_cohsex_10fs.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs-serial-master/o-08_cohsex_10fs.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Gonly-serial-master/o-08_cohsex_10fs_Gonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Gonly-serial-master/o-08_cohsex_10fs_Gonly.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Xonly-serial-master/o-08_cohsex_10fs_Xonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Xonly-serial-master/o-08_cohsex_10fs_Xonly.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq-serial-master/o-08_cohsex_eq.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq-serial-master/o-08_cohsex_eq.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq_emp-serial-master/o-08_cohsex_eq_emp.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq_emp-serial-master/o-08_cohsex_eq_emp.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_gw_eq-serial-master/o-08_gw_eq.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_gw_eq-serial-master/o-08_gw_eq.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs-serial-master/o-09_bse_10fs.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Gonly-serial-master/o-09_bse_10fs_Gonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Ronly-serial-master/o-09_bse_10fs_Ronly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Xonly-serial-master/o-09_bse_10fs_Xonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_eq-serial-master/o-09_bse_eq.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/11_init-serial-master/o-11_init.ndb.gops  : Different number of elements:   108 [REF]     0 [OUT]   
Si_bulk/RT/11_init-serial-master/o-11_init.ndb.kindx  : Different number of elements:   128 [REF]     0 [OUT]   
Si_bulk/RT/15_coll_sex-serial-master/o-15_coll_sex.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   248 [REF]     0 [OUT]   
Si_bulk/RT/15_coll_sex-serial-master/o-15_coll_sex.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/SC/00_init-serial-master/o-00_init.ndb.gops  : Different number of elements:    38 [REF]     0 [OUT]   
Si_bulk/SC/00_init-serial-master/o-00_init.ndb.kindx  : Different number of elements:   128 [REF]     0 [OUT]   
Si_bulk/SC/01_h_coh_sex-serial-master/o-01_h_coh_sex.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/02_h_coh_sex_empties-serial-master/o-02_h_coh_sex_empties.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-serial-master/o-03_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-serial-master/o-03_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-serial-master/o-03_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/03_f_colls-serial-master/o-03_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-serial-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-serial-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-serial-master/o-04_h_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/04_h_colls-serial-master/o-04_h_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_f_colls-serial-master/o-04_h_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_surface/OPTICS/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   296 [REF]     0 [OUT]   
Si_surface/OPTICS/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:  1664 [REF]     0 [OUT]   
Si_surface/OPTICS/05_W-serial-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_wire/OPTICS/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   146 [REF]     0 [OUT]   
Si_wire/OPTICS/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:    40 [REF]     0 [OUT]   
Si_wire/OPTICS/05_W-serial-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/01_init-serial-master/o-01_init.ndb.gops  : Different number of elements:   878 [REF]     0 [OUT]   
SiH4/01_init-serial-master/o-01_init.ndb.kindx  : Different number of elements:     4 [REF]     0 [OUT]   
SiH4/04_W-serial-master/o-04_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/05_BSE-serial-master/o-05_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/05_BSE_cpl-serial-master/o-05_BSE_cpl.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:36:54 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 05-37
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, random parallelization
=--------------------------------------------------------------------------------=
Al111/04_HF-Nmpi4-rand_par-master/o-04_HF.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX-Nmpi4-rand_par-master/o-03_QP_COHSEX.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX-Nmpi4-rand_par-master/o-03_QP_COHSEX.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-Nmpi4-rand_par-master  :  NO o-03_QP_COHSEX_drude.ndb.em1s_fragment_1 in OUTPUT 
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-Nmpi4-rand_par-master  :  NO o-03_QP_COHSEX_drude.ndb.HF_and_locXC in OUTPUT 
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-Nmpi4-rand_par-master  :  NO o-03_QP_COHSEX_drude.qp in OUTPUT 
C6H3Cl3/04_QP-Nmpi4-rand_par-master/o-04_QP.ndb.HF_and_locXC  : Different number of elements:    84 [REF]     0 [OUT]   
C6H3Cl3/04_QP-Nmpi4-rand_par-master/o-04_QP.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-Nmpi4-rand_par-master/o-05_QP_RIM.ndb.HF_and_locXC  : Different number of elements:    84 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-Nmpi4-rand_par-master/o-05_QP_RIM.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-Nmpi4-rand_par-master/o-05_QP_RIM.ndb.RIM  : Different number of elements:    81 [REF]     0 [OUT]   
C6H3Cl3/06_BSE-Nmpi4-rand_par-master/o-06_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/06_BSE_cpl-Nmpi4-rand_par-master/o-06_BSE_cpl.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/06_BSE_cpl_Exx_only-Nmpi4-rand_par-master/o-06_BSE_cpl_Exx_only.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H2/OPTICS/05_W-Nmpi4-rand_par-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H2/RT/02_coll_FOCK-Nmpi4-rand_par-master/o-02_coll_FOCK.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    42 [REF]     0 [OUT]   
H2/RT/02_coll_HARTREE-Nmpi4-rand_par-master/o-02_coll_HARTREE.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    46 [REF]     0 [OUT]   
H2/RT/03_coll_tdlda-Nmpi4-rand_par-master/o-03_coll_tdlda.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    70 [REF]     0 [OUT]   
H_chain/2.05/03_BSE-Nmpi4-rand_par-master/o-03_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.05/03_BSE_RIM-Nmpi4-rand_par-master/o-03_BSE_RIM.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.05/03_BSE_RIM-Nmpi4-rand_par-master/o-03_BSE_RIM.ndb.RIM  : Different number of elements:    41 [REF]     0 [OUT]   
H_chain/2.5/03_BSE-Nmpi4-rand_par-master/o-03_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.5/03_BSE_RIM-Nmpi4-rand_par-master/o-03_BSE_RIM.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/GW-OPTICS/02_HF-Nmpi4-rand_par-master/o-02_HF.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
hBN/GW-OPTICS/03_QP-Nmpi4-rand_par-master/o-03_QP.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
hBN/GW-OPTICS/03_QP-Nmpi4-rand_par-master/o-03_QP.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE-Nmpi4-rand_par-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE+stretch-Nmpi4-rand_par-master/o-04_BSE+stretch.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_EH_range-Nmpi4-rand_par-master/o-04_BSE_EH_range.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC-Nmpi4-rand_par-master/o-04_BSE_SLEPC.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC_TARGET-Nmpi4-rand_par-master/o-04_BSE_SLEPC_TARGET.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC_WRbsWF-Nmpi4-rand_par-master/o-04_BSE_SLEPC_WRbsWF.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_WRbsWF-Nmpi4-rand_par-master/o-04_BSE_WRbsWF.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_restart-Nmpi4-rand_par-master/o-04_BSE_restart.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/05_BSE+QP-Nmpi4-rand_par-master/o-05_BSE+QP.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/05_BSE+QP_vel-Nmpi4-rand_par-master/o-05_BSE+QP_vel.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Nmpi4-rand_par-master/o-06_ypp_exc_amplitude_SLEPC.exc_amplitude_at_1  : VALUE(#417)@COL#  2 is  0.69581     [REF] vs   1.0000     [OUT] corresponding to  30.419     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Nmpi4-rand_par-master/o-06_ypp_exc_amplitude_SLEPC.exc_amplitude_at_2  : VALUE(#417)@COL#  2 is  0.69581     [REF] vs   1.0000     [OUT] corresponding to  30.419     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Nmpi4-rand_par-master/o-06_ypp_exc_amplitude_SLEPC.exc_weights_at_1  : Different number of elements:     9 [REF]    11 [OUT]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Nmpi4-rand_par-master/o-06_ypp_exc_amplitude_SLEPC.exc_weights_at_2  : Different number of elements:     9 [REF]    11 [OUT]   
hBN/GW-SHIFTED/REGULAR/02_gw-Nmpi4-rand_par-master/o-02_gw.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
hBN/GW-SHIFTED/REGULAR/02_gw-Nmpi4-rand_par-master/o-02_gw.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
hBN/GW-SHIFTED/SHIFTED/02_gw-Nmpi4-rand_par-master/o-02_gw.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
hBN/RT/02_collisions_HF-Nmpi4-rand_par-master/o-02_collisions_HF.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    36 [REF]     0 [OUT]   
hBN/RT/02_collisions_Hartree-Nmpi4-rand_par-master/o-02_collisions_Hartree.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    52 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex-Nmpi4-rand_par-master/o-02_collisions_sex.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    70 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex-Nmpi4-rand_par-master/o-02_collisions_sex.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex_Gvec-Nmpi4-rand_par-master/o-02_collisions_sex_Gvec.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    62 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex_Gvec-Nmpi4-rand_par-master/o-02_collisions_sex_Gvec.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/06_td_sex_on_the_fly-Nmpi4-rand_par-master/o-06_td_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/07_bse-Nmpi4-rand_par-master/o-07_bse.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/08_ypp_Map_FineGrid_fake-Nmpi4-rand_par-master/o-08_ypp_Map_FineGrid_fake.ndb.Double_Grid  : Different number of elements:    16 [REF]     0 [OUT]   
hBN/RT/10_ypp_Map_FineGridx9-Nmpi4-rand_par-master/o-10_ypp_Map_FineGridx9.ndb.Double_Grid  : Different number of elements:   248 [REF]     0 [OUT]   
hBN/SC/01_h_coh_sex-Nmpi4-rand_par-master/o-01_h_coh_sex.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/02_h_coh_sex_empties-Nmpi4-rand_par-master/o-02_h_coh_sex_empties.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-Nmpi4-rand_par-master/o-03_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:    86 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-Nmpi4-rand_par-master/o-03_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   100 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-Nmpi4-rand_par-master/o-03_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/03_f_colls-Nmpi4-rand_par-master/o-03_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    60 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-Nmpi4-rand_par-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:    86 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-Nmpi4-rand_par-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    84 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-Nmpi4-rand_par-master/o-04_h_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/04_h_colls-Nmpi4-rand_par-master/o-04_h_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    68 [REF]     0 [OUT]   
hBN/SC/04_h_f_colls-Nmpi4-rand_par-master/o-04_h_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    68 [REF]     0 [OUT]   
hBN/SC/07_h_coh_sex_on_the_fly-Nmpi4-rand_par-master/o-07_h_coh_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Iron/abinit/Without-SOC/02_HF-Nmpi4-rand_par-master/o-02_HF.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA-Nmpi4-rand_par-master/o-02_QP_PPA.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA-Nmpi4-rand_par-master/o-02_QP_PPA.ndb.pp_fragment_1  : Different number of elements:   324 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA_part1-Nmpi4-rand_par-master/o-02_QP_PPA_part1.ndb.HF_and_locXC  : Different number of elements:    16 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA_part2-Nmpi4-rand_par-master/o-02_QP_PPA_part2.ndb.HF_and_locXC  : Different number of elements:    16 [REF]     0 [OUT]   
LiF/GW-OPTICS/03_real_axis-Nmpi4-rand_par-master/o-03_real_axis.ndb.em1d_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
LiF/GW-OPTICS/03_real_axis-Nmpi4-rand_par-master/o-03_real_axis.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/05_rx_greenfunc-Nmpi4-rand_par-master/o-05_rx_greenfunc.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
LiF/GW-OPTICS/10_W-Nmpi4-rand_par-master/o-10_W.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
LiF/GW-OPTICS/11_BSE+QP_PPA-Nmpi4-rand_par-master/o-11_BSE+QP_PPA.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
LiF/GW-OPTICS/11_BSE+QP_PPA_merged-Nmpi4-rand_par-master/o-11_BSE+QP_PPA_merged.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/With-SOC/04_BSE-Nmpi4-rand_par-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/01_MAP_SOC_WFs-Nmpi4-rand_par-master/o-01_MAP_SOC_WFs.ndb.E_SOC_map  : Different number of elements:   224 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/04_BSE-Nmpi4-rand_par-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/04_BSE_pert_SOC-Nmpi4-rand_par-master/o-04_BSE_pert_SOC.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp2/01_MAP_SOC_WFs-Nmpi4-rand_par-master/o-01_MAP_SOC_WFs.ndb.E_SOC_map  : Different number of elements:   224 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp2/04_BSE-Nmpi4-rand_par-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/pwscf/OPTICS/04_BSE-Nmpi4-rand_par-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:  6050 [REF]     0 [OUT]   
MoS2/pwscf/RT/03_map_grid-Nmpi4-rand_par-master/o-03_map_grid.ndb.Double_Grid  : Different number of elements:   126 [REF]     0 [OUT]   
MoS2/pwscf/RT/05_collisions-Nmpi4-rand_par-master/o-05_collisions.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   754 [REF]     0 [OUT]   
MoS2/pwscf/RT/05_collisions-Nmpi4-rand_par-master/o-05_collisions.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
MoS2/pwscf/RT/06_BSE-Nmpi4-rand_par-master/o-06_BSE.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Nmpi4-rand_par-master/o-06_td_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
PA_chain/01_rim_cut-Nmpi4-rand_par-master/o-01_rim_cut.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-Nmpi4-rand_par-master/o-02_QP_PPA.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-Nmpi4-rand_par-master/o-02_QP_PPA.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-Nmpi4-rand_par-master/o-02_QP_PPA.ndb.pp_fragment_1  : Different number of elements:  1764 [REF]     0 [OUT]   
PA_chain/03_QP_PPA_terminator-Nmpi4-rand_par-master/o-03_QP_PPA_terminator.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/01HF_corrections-Nmpi4-rand_par-master/o-01HF_corrections.ndb.HF_and_locXC  : Different number of elements:   480 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02Cohsex-Nmpi4-rand_par-master/o-02Cohsex.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02Cohsex-Nmpi4-rand_par-master/o-02Cohsex.ndb.HF_and_locXC  : Different number of elements:   112 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02G0W0_newton-Nmpi4-rand_par-master/o-02G0W0_newton.ndb.em1d_fragment_1  : Different number of elements:   200 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02G0W0_newton-Nmpi4-rand_par-master/o-02G0W0_newton.ndb.HF_and_locXC  : Different number of elements:    80 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/03GoWo_PPA_corrections-Nmpi4-rand_par-master/o-03GoWo_PPA_corrections.ndb.HF_and_locXC  : Different number of elements:   320 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/03GoWo_PPA_corrections-Nmpi4-rand_par-master/o-03GoWo_PPA_corrections.ndb.pp_fragment_1  : Different number of elements:   324 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/04_MAP_fine_grid-Nmpi4-rand_par-master/o-04_MAP_fine_grid.ndb.Double_Grid  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/08_bse_DbGd-Nmpi4-rand_par-master/o-08_bse_DbGd.ndb.em1s_fragment_1  : Different number of elements:     2 [REF]     0 [OUT]   
Si_bulk/PBE0/01_hf-Nmpi4-rand_par-master/o-01_hf.ndb.HF_and_locXC  : Different number of elements:    60 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_SEX-Nmpi4-rand_par-master/o-03_coll_SEX.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   178 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_SEX-Nmpi4-rand_par-master/o-03_coll_SEX.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel-Nmpi4-rand_par-master/o-03_coll_elel.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:  2304 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel-Nmpi4-rand_par-master/o-03_coll_elel.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-Nmpi4-rand_par-master/o-03_coll_elel+SEX.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:  2304 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-Nmpi4-rand_par-master/o-03_coll_elel+SEX.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   178 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-Nmpi4-rand_par-master/o-03_coll_elel+SEX.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-Nmpi4-rand_par-master/o-04_collisions_plasma.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:   384 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-Nmpi4-rand_par-master/o-04_collisions_plasma.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   120 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-Nmpi4-rand_par-master/o-04_collisions_plasma.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/05_E_DbGd-Nmpi4-rand_par-master/o-05_E_DbGd.ndb.Double_Grid  : Different number of elements:  1936 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs-Nmpi4-rand_par-master/o-08_cohsex_10fs.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs-Nmpi4-rand_par-master/o-08_cohsex_10fs.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Gonly-Nmpi4-rand_par-master/o-08_cohsex_10fs_Gonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Gonly-Nmpi4-rand_par-master/o-08_cohsex_10fs_Gonly.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Xonly-Nmpi4-rand_par-master/o-08_cohsex_10fs_Xonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Xonly-Nmpi4-rand_par-master/o-08_cohsex_10fs_Xonly.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq-Nmpi4-rand_par-master/o-08_cohsex_eq.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq-Nmpi4-rand_par-master/o-08_cohsex_eq.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq_emp-Nmpi4-rand_par-master/o-08_cohsex_eq_emp.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq_emp-Nmpi4-rand_par-master/o-08_cohsex_eq_emp.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_gw_eq-Nmpi4-rand_par-master/o-08_gw_eq.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_gw_eq-Nmpi4-rand_par-master/o-08_gw_eq.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs-Nmpi4-rand_par-master/o-09_bse_10fs.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Gonly-Nmpi4-rand_par-master/o-09_bse_10fs_Gonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Ronly-Nmpi4-rand_par-master/o-09_bse_10fs_Ronly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Xonly-Nmpi4-rand_par-master/o-09_bse_10fs_Xonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_eq-Nmpi4-rand_par-master/o-09_bse_eq.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/15_coll_sex-Nmpi4-rand_par-master/o-15_coll_sex.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   248 [REF]     0 [OUT]   
Si_bulk/RT/15_coll_sex-Nmpi4-rand_par-master/o-15_coll_sex.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/SC/01_h_coh_sex-Nmpi4-rand_par-master/o-01_h_coh_sex.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/02_h_coh_sex_empties-Nmpi4-rand_par-master/o-02_h_coh_sex_empties.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-Nmpi4-rand_par-master/o-03_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-Nmpi4-rand_par-master/o-03_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-Nmpi4-rand_par-master/o-03_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/03_f_colls-Nmpi4-rand_par-master/o-03_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-Nmpi4-rand_par-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-Nmpi4-rand_par-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-Nmpi4-rand_par-master/o-04_h_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/04_h_colls-Nmpi4-rand_par-master/o-04_h_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_f_colls-Nmpi4-rand_par-master/o-04_h_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_surface/OPTICS/05_W-Nmpi4-rand_par-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_wire/OPTICS/05_W-Nmpi4-rand_par-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/04_W-Nmpi4-rand_par-master/o-04_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/05_BSE-Nmpi4-rand_par-master/o-05_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/05_BSE_cpl-Nmpi4-rand_par-master/o-05_BSE_cpl.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:21:52 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 06-59
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, default parallelization
=--------------------------------------------------------------------------------=
Al111/04_HF-Nmpi4-def_par-master/o-04_HF.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX-Nmpi4-def_par-master/o-03_QP_COHSEX.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX-Nmpi4-def_par-master/o-03_QP_COHSEX.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-Nmpi4-def_par-master/o-03_QP_COHSEX_drude.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-Nmpi4-def_par-master/o-03_QP_COHSEX_drude.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
C6H3Cl3/04_QP-Nmpi4-def_par-master/o-04_QP.ndb.HF_and_locXC  : Different number of elements:    84 [REF]     0 [OUT]   
C6H3Cl3/04_QP-Nmpi4-def_par-master/o-04_QP.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-Nmpi4-def_par-master/o-05_QP_RIM.ndb.HF_and_locXC  : Different number of elements:    84 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-Nmpi4-def_par-master/o-05_QP_RIM.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-Nmpi4-def_par-master/o-05_QP_RIM.ndb.RIM  : Different number of elements:    81 [REF]     0 [OUT]   
C6H3Cl3/06_BSE-Nmpi4-def_par-master/o-06_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/06_BSE_cpl-Nmpi4-def_par-master/o-06_BSE_cpl.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/06_BSE_cpl_Exx_only-Nmpi4-def_par-master/o-06_BSE_cpl_Exx_only.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H2/OPTICS/05_W-Nmpi4-def_par-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H2/RT/02_coll_FOCK-Nmpi4-def_par-master/o-02_coll_FOCK.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    42 [REF]     0 [OUT]   
H2/RT/02_coll_HARTREE-Nmpi4-def_par-master/o-02_coll_HARTREE.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    46 [REF]     0 [OUT]   
H2/RT/03_coll_tdlda-Nmpi4-def_par-master/o-03_coll_tdlda.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    70 [REF]     0 [OUT]   
H_chain/2.05/03_BSE-Nmpi4-def_par-master/o-03_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.05/03_BSE_RIM-Nmpi4-def_par-master/o-03_BSE_RIM.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.05/03_BSE_RIM-Nmpi4-def_par-master/o-03_BSE_RIM.ndb.RIM  : Different number of elements:    41 [REF]     0 [OUT]   
H_chain/2.5/03_BSE-Nmpi4-def_par-master/o-03_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.5/03_BSE_RIM-Nmpi4-def_par-master/o-03_BSE_RIM.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/GW-OPTICS/02_HF-Nmpi4-def_par-master/o-02_HF.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
hBN/GW-OPTICS/03_QP-Nmpi4-def_par-master/o-03_QP.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
hBN/GW-OPTICS/03_QP-Nmpi4-def_par-master/o-03_QP.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE-Nmpi4-def_par-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE+stretch-Nmpi4-def_par-master/o-04_BSE+stretch.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_EH_range-Nmpi4-def_par-master/o-04_BSE_EH_range.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC-Nmpi4-def_par-master/o-04_BSE_SLEPC.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC_TARGET-Nmpi4-def_par-master/o-04_BSE_SLEPC_TARGET.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC_WRbsWF-Nmpi4-def_par-master/o-04_BSE_SLEPC_WRbsWF.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_WRbsWF-Nmpi4-def_par-master/o-04_BSE_WRbsWF.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_restart-Nmpi4-def_par-master/o-04_BSE_restart.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/05_BSE+QP-Nmpi4-def_par-master/o-05_BSE+QP.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/05_BSE+QP_vel-Nmpi4-def_par-master/o-05_BSE+QP_vel.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Nmpi4-def_par-master/o-06_ypp_exc_amplitude_SLEPC.exc_amplitude_at_1  : VALUE(#124)@COL#  2 is   1.0000     [REF] vs  0.58087     [OUT] corresponding to  41.913     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Nmpi4-def_par-master/o-06_ypp_exc_amplitude_SLEPC.exc_weights_at_1  : Different number of elements:     9 [REF]    15 [OUT]   
hBN/GW-SHIFTED/REGULAR/02_gw-Nmpi4-def_par-master/o-02_gw.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
hBN/GW-SHIFTED/REGULAR/02_gw-Nmpi4-def_par-master/o-02_gw.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
hBN/GW-SHIFTED/SHIFTED/02_gw-Nmpi4-def_par-master/o-02_gw.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
hBN/RT/02_collisions_HF-Nmpi4-def_par-master/o-02_collisions_HF.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    36 [REF]     0 [OUT]   
hBN/RT/02_collisions_Hartree-Nmpi4-def_par-master/o-02_collisions_Hartree.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    52 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex-Nmpi4-def_par-master/o-02_collisions_sex.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    70 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex-Nmpi4-def_par-master/o-02_collisions_sex.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex_Gvec-Nmpi4-def_par-master/o-02_collisions_sex_Gvec.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    62 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex_Gvec-Nmpi4-def_par-master/o-02_collisions_sex_Gvec.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/06_td_sex_on_the_fly-Nmpi4-def_par-master/o-06_td_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/07_bse-Nmpi4-def_par-master/o-07_bse.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/08_ypp_Map_FineGrid_fake-Nmpi4-def_par-master/o-08_ypp_Map_FineGrid_fake.ndb.Double_Grid  : Different number of elements:    16 [REF]     0 [OUT]   
hBN/RT/10_ypp_Map_FineGridx9-Nmpi4-def_par-master/o-10_ypp_Map_FineGridx9.ndb.Double_Grid  : Different number of elements:   248 [REF]     0 [OUT]   
hBN/SC/01_h_coh_sex-Nmpi4-def_par-master/o-01_h_coh_sex.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/02_h_coh_sex_empties-Nmpi4-def_par-master/o-02_h_coh_sex_empties.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-Nmpi4-def_par-master/o-03_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:    86 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-Nmpi4-def_par-master/o-03_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   100 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-Nmpi4-def_par-master/o-03_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/03_f_colls-Nmpi4-def_par-master/o-03_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    60 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-Nmpi4-def_par-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:    86 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-Nmpi4-def_par-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    84 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-Nmpi4-def_par-master/o-04_h_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/04_h_colls-Nmpi4-def_par-master/o-04_h_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    68 [REF]     0 [OUT]   
hBN/SC/04_h_f_colls-Nmpi4-def_par-master/o-04_h_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    68 [REF]     0 [OUT]   
hBN/SC/07_h_coh_sex_on_the_fly-Nmpi4-def_par-master/o-07_h_coh_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Iron/abinit/Without-SOC/02_HF-Nmpi4-def_par-master/o-02_HF.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA-Nmpi4-def_par-master/o-02_QP_PPA.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA-Nmpi4-def_par-master/o-02_QP_PPA.ndb.pp_fragment_1  : Different number of elements:   324 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA_part1-Nmpi4-def_par-master/o-02_QP_PPA_part1.ndb.HF_and_locXC  : Different number of elements:    16 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA_part2-Nmpi4-def_par-master/o-02_QP_PPA_part2.ndb.HF_and_locXC  : Different number of elements:    16 [REF]     0 [OUT]   
LiF/GW-OPTICS/03_real_axis-Nmpi4-def_par-master/o-03_real_axis.ndb.em1d_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
LiF/GW-OPTICS/03_real_axis-Nmpi4-def_par-master/o-03_real_axis.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/05_rx_greenfunc-Nmpi4-def_par-master/o-05_rx_greenfunc.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
LiF/GW-OPTICS/10_W-Nmpi4-def_par-master/o-10_W.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
LiF/GW-OPTICS/11_BSE+QP_PPA-Nmpi4-def_par-master/o-11_BSE+QP_PPA.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
LiF/GW-OPTICS/11_BSE+QP_PPA_merged-Nmpi4-def_par-master/o-11_BSE+QP_PPA_merged.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/With-SOC/04_BSE-Nmpi4-def_par-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/01_MAP_SOC_WFs-Nmpi4-def_par-master/o-01_MAP_SOC_WFs.ndb.E_SOC_map  : Different number of elements:   224 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/04_BSE-Nmpi4-def_par-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/04_BSE_pert_SOC-Nmpi4-def_par-master/o-04_BSE_pert_SOC.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp2/01_MAP_SOC_WFs-Nmpi4-def_par-master/o-01_MAP_SOC_WFs.ndb.E_SOC_map  : Different number of elements:   224 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp2/04_BSE-Nmpi4-def_par-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/pwscf/OPTICS/04_BSE-Nmpi4-def_par-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:  6050 [REF]     0 [OUT]   
MoS2/pwscf/RT/03_map_grid-Nmpi4-def_par-master/o-03_map_grid.ndb.Double_Grid  : Different number of elements:   126 [REF]     0 [OUT]   
MoS2/pwscf/RT/05_collisions-Nmpi4-def_par-master/o-05_collisions.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   754 [REF]     0 [OUT]   
MoS2/pwscf/RT/05_collisions-Nmpi4-def_par-master/o-05_collisions.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
MoS2/pwscf/RT/06_BSE-Nmpi4-def_par-master/o-06_BSE.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Nmpi4-def_par-master/o-06_td_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
PA_chain/01_rim_cut-Nmpi4-def_par-master/o-01_rim_cut.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-Nmpi4-def_par-master/o-02_QP_PPA.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-Nmpi4-def_par-master/o-02_QP_PPA.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-Nmpi4-def_par-master/o-02_QP_PPA.ndb.pp_fragment_1  : Different number of elements:  1764 [REF]     0 [OUT]   
PA_chain/03_QP_PPA_terminator-Nmpi4-def_par-master/o-03_QP_PPA_terminator.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/01HF_corrections-Nmpi4-def_par-master/o-01HF_corrections.ndb.HF_and_locXC  : Different number of elements:   480 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02Cohsex-Nmpi4-def_par-master/o-02Cohsex.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02Cohsex-Nmpi4-def_par-master/o-02Cohsex.ndb.HF_and_locXC  : Different number of elements:   112 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02G0W0_newton-Nmpi4-def_par-master/o-02G0W0_newton.ndb.em1d_fragment_1  : Different number of elements:   200 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02G0W0_newton-Nmpi4-def_par-master/o-02G0W0_newton.ndb.HF_and_locXC  : Different number of elements:    80 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/03GoWo_PPA_corrections-Nmpi4-def_par-master/o-03GoWo_PPA_corrections.ndb.HF_and_locXC  : Different number of elements:   320 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/03GoWo_PPA_corrections-Nmpi4-def_par-master/o-03GoWo_PPA_corrections.ndb.pp_fragment_1  : Different number of elements:   324 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/04_MAP_fine_grid-Nmpi4-def_par-master/o-04_MAP_fine_grid.ndb.Double_Grid  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/08_bse_DbGd-Nmpi4-def_par-master/o-08_bse_DbGd.ndb.em1s_fragment_1  : Different number of elements:     2 [REF]     0 [OUT]   
Si_bulk/PBE0/01_hf-Nmpi4-def_par-master/o-01_hf.ndb.HF_and_locXC  : Different number of elements:    60 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_SEX-Nmpi4-def_par-master/o-03_coll_SEX.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   178 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_SEX-Nmpi4-def_par-master/o-03_coll_SEX.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel-Nmpi4-def_par-master/o-03_coll_elel.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:  2304 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel-Nmpi4-def_par-master/o-03_coll_elel.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-Nmpi4-def_par-master/o-03_coll_elel+SEX.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:  2304 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-Nmpi4-def_par-master/o-03_coll_elel+SEX.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   178 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-Nmpi4-def_par-master/o-03_coll_elel+SEX.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-Nmpi4-def_par-master/o-04_collisions_plasma.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:   384 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-Nmpi4-def_par-master/o-04_collisions_plasma.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   120 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-Nmpi4-def_par-master/o-04_collisions_plasma.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/05_E_DbGd-Nmpi4-def_par-master/o-05_E_DbGd.ndb.Double_Grid  : Different number of elements:  1936 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs-Nmpi4-def_par-master/o-08_cohsex_10fs.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs-Nmpi4-def_par-master/o-08_cohsex_10fs.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Gonly-Nmpi4-def_par-master/o-08_cohsex_10fs_Gonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Gonly-Nmpi4-def_par-master/o-08_cohsex_10fs_Gonly.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Xonly-Nmpi4-def_par-master/o-08_cohsex_10fs_Xonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Xonly-Nmpi4-def_par-master/o-08_cohsex_10fs_Xonly.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq-Nmpi4-def_par-master/o-08_cohsex_eq.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq-Nmpi4-def_par-master/o-08_cohsex_eq.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq_emp-Nmpi4-def_par-master/o-08_cohsex_eq_emp.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq_emp-Nmpi4-def_par-master/o-08_cohsex_eq_emp.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_gw_eq-Nmpi4-def_par-master/o-08_gw_eq.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_gw_eq-Nmpi4-def_par-master/o-08_gw_eq.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs-Nmpi4-def_par-master/o-09_bse_10fs.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Gonly-Nmpi4-def_par-master/o-09_bse_10fs_Gonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Ronly-Nmpi4-def_par-master/o-09_bse_10fs_Ronly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Xonly-Nmpi4-def_par-master/o-09_bse_10fs_Xonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_eq-Nmpi4-def_par-master/o-09_bse_eq.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/15_coll_sex-Nmpi4-def_par-master/o-15_coll_sex.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   248 [REF]     0 [OUT]   
Si_bulk/RT/15_coll_sex-Nmpi4-def_par-master/o-15_coll_sex.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/SC/01_h_coh_sex-Nmpi4-def_par-master/o-01_h_coh_sex.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/02_h_coh_sex_empties-Nmpi4-def_par-master/o-02_h_coh_sex_empties.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-Nmpi4-def_par-master/o-03_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-Nmpi4-def_par-master/o-03_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-Nmpi4-def_par-master/o-03_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/03_f_colls-Nmpi4-def_par-master/o-03_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-Nmpi4-def_par-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-Nmpi4-def_par-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-Nmpi4-def_par-master/o-04_h_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/04_h_colls-Nmpi4-def_par-master/o-04_h_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_f_colls-Nmpi4-def_par-master/o-04_h_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_surface/OPTICS/05_W-Nmpi4-def_par-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_wire/OPTICS/05_W-Nmpi4-def_par-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/04_W-Nmpi4-def_par-master/o-04_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/05_BSE-Nmpi4-def_par-master/o-05_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/05_BSE_cpl-Nmpi4-def_par-master/o-05_BSE_cpl.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:26:54 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 08-25
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(Threads=2)] - none
=--------------------------------------------------------------------------------=
Al111/04_HF-Omp2-master/o-04_HF.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX-Omp2-master/o-03_QP_COHSEX.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX-Omp2-master/o-03_QP_COHSEX.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-Omp2-master/o-03_QP_COHSEX_drude.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Al_bulk/GW-OPTICS/03_QP_COHSEX_drude-Omp2-master/o-03_QP_COHSEX_drude.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
C6H3Cl3/04_QP-Omp2-master/o-04_QP.ndb.HF_and_locXC  : Different number of elements:    84 [REF]     0 [OUT]   
C6H3Cl3/04_QP-Omp2-master/o-04_QP.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-Omp2-master/o-05_QP_RIM.ndb.HF_and_locXC  : Different number of elements:    84 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-Omp2-master/o-05_QP_RIM.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/05_QP_RIM-Omp2-master/o-05_QP_RIM.ndb.RIM  : Different number of elements:    81 [REF]     0 [OUT]   
C6H3Cl3/06_BSE-Omp2-master/o-06_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/06_BSE_cpl-Omp2-master/o-06_BSE_cpl.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
C6H3Cl3/06_BSE_cpl_Exx_only-Omp2-master/o-06_BSE_cpl_Exx_only.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H2/OPTICS/05_W-Omp2-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H2/RT/02_coll_FOCK-Omp2-master/o-02_coll_FOCK.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    42 [REF]     0 [OUT]   
H2/RT/02_coll_HARTREE-Omp2-master/o-02_coll_HARTREE.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    46 [REF]     0 [OUT]   
H2/RT/03_coll_tdlda-Omp2-master/o-03_coll_tdlda.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    70 [REF]     0 [OUT]   
H_chain/2.05/03_BSE-Omp2-master/o-03_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.05/03_BSE_RIM-Omp2-master/o-03_BSE_RIM.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.05/03_BSE_RIM-Omp2-master/o-03_BSE_RIM.ndb.RIM  : Different number of elements:    41 [REF]     0 [OUT]   
H_chain/2.5/03_BSE-Omp2-master/o-03_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
H_chain/2.5/03_BSE_RIM-Omp2-master/o-03_BSE_RIM.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/GW-OPTICS/02_HF-Omp2-master/o-02_HF.ndb.HF_and_locXC  : Different number of elements:    64 [REF]     0 [OUT]   
hBN/GW-OPTICS/03_QP-Omp2-master/o-03_QP.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
hBN/GW-OPTICS/03_QP-Omp2-master/o-03_QP.ndb.pp_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE-Omp2-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE+stretch-Omp2-master/o-04_BSE+stretch.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_EH_range-Omp2-master/o-04_BSE_EH_range.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC-Omp2-master/o-04_BSE_SLEPC.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC_TARGET-Omp2-master/o-04_BSE_SLEPC_TARGET.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_SLEPC_WRbsWF-Omp2-master/o-04_BSE_SLEPC_WRbsWF.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_WRbsWF-Omp2-master/o-04_BSE_WRbsWF.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/04_BSE_restart-Omp2-master/o-04_BSE_restart.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/05_BSE+QP-Omp2-master/o-05_BSE+QP.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/05_BSE+QP_vel-Omp2-master/o-05_BSE+QP_vel.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Omp2-master/o-06_ypp_exc_amplitude_SLEPC.exc_amplitude_at_1  : VALUE(#124)@COL#  2 is   1.0000     [REF] vs  0.58087     [OUT] corresponding to  41.913     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Omp2-master/o-06_ypp_exc_amplitude_SLEPC.exc_amplitude_at_2  : VALUE(#124)@COL#  2 is   1.0000     [REF] vs  0.58087     [OUT] corresponding to  41.913     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Omp2-master/o-06_ypp_exc_amplitude_SLEPC.exc_weights_at_1  : Different number of elements:     9 [REF]    15 [OUT]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Omp2-master/o-06_ypp_exc_amplitude_SLEPC.exc_weights_at_2  : Different number of elements:     9 [REF]    15 [OUT]   
hBN/GW-SHIFTED/REGULAR/02_gw-Omp2-master/o-02_gw.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
hBN/GW-SHIFTED/REGULAR/02_gw-Omp2-master/o-02_gw.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
hBN/GW-SHIFTED/SHIFTED/02_gw-Omp2-master/o-02_gw.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
hBN/RT/02_collisions_HF-Omp2-master/o-02_collisions_HF.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    36 [REF]     0 [OUT]   
hBN/RT/02_collisions_Hartree-Omp2-master/o-02_collisions_Hartree.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    52 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex-Omp2-master/o-02_collisions_sex.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    70 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex-Omp2-master/o-02_collisions_sex.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex_Gvec-Omp2-master/o-02_collisions_sex_Gvec.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    62 [REF]     0 [OUT]   
hBN/RT/02_collisions_sex_Gvec-Omp2-master/o-02_collisions_sex_Gvec.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/06_td_sex_on_the_fly-Omp2-master/o-06_td_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/07_bse-Omp2-master/o-07_bse.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
hBN/RT/08_ypp_Map_FineGrid_fake-Omp2-master/o-08_ypp_Map_FineGrid_fake.ndb.Double_Grid  : Different number of elements:    16 [REF]     0 [OUT]   
hBN/RT/10_ypp_Map_FineGridx9-Omp2-master/o-10_ypp_Map_FineGridx9.ndb.Double_Grid  : Different number of elements:   248 [REF]     0 [OUT]   
hBN/SC/01_h_coh_sex-Omp2-master/o-01_h_coh_sex.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/02_h_coh_sex_empties-Omp2-master/o-02_h_coh_sex_empties.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-Omp2-master/o-03_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:    86 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-Omp2-master/o-03_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   100 [REF]     0 [OUT]   
hBN/SC/03_coh_sex_colls-Omp2-master/o-03_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/03_f_colls-Omp2-master/o-03_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    60 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-Omp2-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:    86 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-Omp2-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    84 [REF]     0 [OUT]   
hBN/SC/04_h_coh_sex_colls-Omp2-master/o-04_h_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
hBN/SC/04_h_colls-Omp2-master/o-04_h_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    68 [REF]     0 [OUT]   
hBN/SC/04_h_f_colls-Omp2-master/o-04_h_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:    68 [REF]     0 [OUT]   
hBN/SC/07_h_coh_sex_on_the_fly-Omp2-master/o-07_h_coh_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
He/GW/01_hf-Omp2-master/o-01_hf.ndb.cutoff  : Different number of elements:  3006 [REF]     0 [OUT]   
He/GW/01_hf-Omp2-master/o-01_hf.ndb.HF_and_locXC  : Different number of elements:     4 [REF]     0 [OUT]   
Iron/abinit/Without-SOC/02_HF-Omp2-master/o-02_HF.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA-Omp2-master/o-02_QP_PPA.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA-Omp2-master/o-02_QP_PPA.ndb.pp_fragment_1  : Different number of elements:   324 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA_part1-Omp2-master/o-02_QP_PPA_part1.ndb.HF_and_locXC  : Different number of elements:    16 [REF]     0 [OUT]   
LiF/GW-OPTICS/02_QP_PPA_part2-Omp2-master/o-02_QP_PPA_part2.ndb.HF_and_locXC  : Different number of elements:    16 [REF]     0 [OUT]   
LiF/GW-OPTICS/03_real_axis-Omp2-master/o-03_real_axis.ndb.em1d_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
LiF/GW-OPTICS/03_real_axis-Omp2-master/o-03_real_axis.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
LiF/GW-OPTICS/05_rx_greenfunc-Omp2-master/o-05_rx_greenfunc.ndb.HF_and_locXC  : Different number of elements:     8 [REF]     0 [OUT]   
LiF/GW-OPTICS/10_W-Omp2-master/o-10_W.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
LiF/GW-OPTICS/11_BSE+QP_PPA-Omp2-master/o-11_BSE+QP_PPA.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
LiF/GW-OPTICS/11_BSE+QP_PPA_merged-Omp2-master/o-11_BSE+QP_PPA_merged.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/With-SOC/04_BSE-Omp2-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/01_MAP_SOC_WFs-Omp2-master/o-01_MAP_SOC_WFs.ndb.E_SOC_map  : Different number of elements:   224 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/04_BSE-Omp2-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp1/04_BSE_pert_SOC-Omp2-master/o-04_BSE_pert_SOC.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp2/01_MAP_SOC_WFs-Omp2-master/o-01_MAP_SOC_WFs.ndb.E_SOC_map  : Different number of elements:   224 [REF]     0 [OUT]   
MoS2/abinit/OPTICS/Without-SOC-sp2/04_BSE-Omp2-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:   242 [REF]     0 [OUT]   
MoS2/pwscf/OPTICS/04_BSE-Omp2-master/o-04_BSE.ndb.em1s_fragment_1  : Different number of elements:  6050 [REF]     0 [OUT]   
MoS2/pwscf/RT/03_map_grid-Omp2-master/o-03_map_grid.ndb.Double_Grid  : Different number of elements:   126 [REF]     0 [OUT]   
MoS2/pwscf/RT/05_collisions-Omp2-master/o-05_collisions.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   754 [REF]     0 [OUT]   
MoS2/pwscf/RT/05_collisions-Omp2-master/o-05_collisions.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
MoS2/pwscf/RT/06_BSE-Omp2-master/o-06_BSE.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Omp2-master/o-06_td_sex_on_the_fly.ndb.em1s_fragment_1  : Different number of elements:  1682 [REF]     0 [OUT]   
PA_chain/01_rim_cut-Omp2-master/o-01_rim_cut.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-Omp2-master/o-02_QP_PPA.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-Omp2-master/o-02_QP_PPA.ndb.HF_and_locXC  : Different number of elements:    32 [REF]     0 [OUT]   
PA_chain/02_QP_PPA-Omp2-master/o-02_QP_PPA.ndb.pp_fragment_1  : Different number of elements:  1764 [REF]     0 [OUT]   
PA_chain/03_QP_PPA_terminator-Omp2-master/o-03_QP_PPA_terminator.ndb.cutoff  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/01HF_corrections-Omp2-master/o-01HF_corrections.ndb.HF_and_locXC  : Different number of elements:   480 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02Cohsex-Omp2-master/o-02Cohsex.ndb.em1s_fragment_1  : Different number of elements:  1458 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02Cohsex-Omp2-master/o-02Cohsex.ndb.HF_and_locXC  : Different number of elements:   112 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02G0W0_newton-Omp2-master/o-02G0W0_newton.ndb.em1d_fragment_1  : Different number of elements:   200 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/02G0W0_newton-Omp2-master/o-02G0W0_newton.ndb.HF_and_locXC  : Different number of elements:    80 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/03GoWo_PPA_corrections-Omp2-master/o-03GoWo_PPA_corrections.ndb.HF_and_locXC  : Different number of elements:   320 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/03GoWo_PPA_corrections-Omp2-master/o-03GoWo_PPA_corrections.ndb.pp_fragment_1  : Different number of elements:   324 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/04_MAP_fine_grid-Omp2-master/o-04_MAP_fine_grid.ndb.Double_Grid  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_bulk/GW-OPTICS/08_bse_DbGd-Omp2-master/o-08_bse_DbGd.ndb.em1s_fragment_1  : Different number of elements:     2 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/03_gw-Omp2-master/o-03_gw.ndb.HF_and_locXC  : Different number of elements:    28 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/03_gw-Omp2-master/o-03_gw.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/03_gw_magnetic-Omp2-master/o-03_gw_magnetic.ndb.HF_and_locXC  : Different number of elements:    28 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/03_gw_magnetic-Omp2-master/o-03_gw_magnetic.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/04_bse-Omp2-master/o-04_bse.ndb.em1s_fragment_1  : Different number of elements:     2 [REF]     0 [OUT]   
Si_bulk/MAGNETIC/04_bse_magnetic-Omp2-master/o-04_bse_magnetic.ndb.em1s_fragment_1  : Different number of elements:     2 [REF]     0 [OUT]   
Si_bulk/PBE0/01_hf-Omp2-master/o-01_hf.ndb.HF_and_locXC  : Different number of elements:    60 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_SEX-Omp2-master/o-03_coll_SEX.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   178 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_SEX-Omp2-master/o-03_coll_SEX.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel-Omp2-master/o-03_coll_elel.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:  2304 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel-Omp2-master/o-03_coll_elel.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-Omp2-master/o-03_coll_elel+SEX.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:  2304 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-Omp2-master/o-03_coll_elel+SEX.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   178 [REF]     0 [OUT]   
Si_bulk/RT/03_coll_elel+SEX-Omp2-master/o-03_coll_elel+SEX.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-Omp2-master/o-04_collisions_plasma.ndb.COLLISIONS_GW_NEQ_fragment_2  : Different number of elements:   384 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-Omp2-master/o-04_collisions_plasma.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   120 [REF]     0 [OUT]   
Si_bulk/RT/04_collisions_plasma-Omp2-master/o-04_collisions_plasma.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/05_E_DbGd-Omp2-master/o-05_E_DbGd.ndb.Double_Grid  : Different number of elements:  1936 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs-Omp2-master/o-08_cohsex_10fs.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs-Omp2-master/o-08_cohsex_10fs.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Gonly-Omp2-master/o-08_cohsex_10fs_Gonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Gonly-Omp2-master/o-08_cohsex_10fs_Gonly.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Xonly-Omp2-master/o-08_cohsex_10fs_Xonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_10fs_Xonly-Omp2-master/o-08_cohsex_10fs_Xonly.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq-Omp2-master/o-08_cohsex_eq.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq-Omp2-master/o-08_cohsex_eq.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq_emp-Omp2-master/o-08_cohsex_eq_emp.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/08_cohsex_eq_emp-Omp2-master/o-08_cohsex_eq_emp.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_gw_eq-Omp2-master/o-08_gw_eq.ndb.HF_and_locXC  : Different number of elements:    72 [REF]     0 [OUT]   
Si_bulk/RT/08_gw_eq-Omp2-master/o-08_gw_eq.ndb.pp_fragment_1  : Different number of elements:     4 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs-Omp2-master/o-09_bse_10fs.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Gonly-Omp2-master/o-09_bse_10fs_Gonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Ronly-Omp2-master/o-09_bse_10fs_Ronly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_10fs_Xonly-Omp2-master/o-09_bse_10fs_Xonly.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/09_bse_eq-Omp2-master/o-09_bse_eq.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/RT/15_coll_sex-Omp2-master/o-15_coll_sex.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   248 [REF]     0 [OUT]   
Si_bulk/RT/15_coll_sex-Omp2-master/o-15_coll_sex.ndb.em1s_fragment_1  : Different number of elements:  6962 [REF]     0 [OUT]   
Si_bulk/SC/01_h_coh_sex-Omp2-master/o-01_h_coh_sex.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/02_h_coh_sex_empties-Omp2-master/o-02_h_coh_sex_empties.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-Omp2-master/o-03_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-Omp2-master/o-03_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/03_coh_sex_colls-Omp2-master/o-03_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/03_f_colls-Omp2-master/o-03_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-Omp2-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_COH_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-Omp2-master/o-04_h_coh_sex_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_coh_sex_colls-Omp2-master/o-04_h_coh_sex_colls.ndb.em1s_fragment_1  : Different number of elements:  5202 [REF]     0 [OUT]   
Si_bulk/SC/04_h_colls-Omp2-master/o-04_h_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_bulk/SC/04_h_f_colls-Omp2-master/o-04_h_f_colls.ndb.COLLISIONS_HXC_fragment_2  : Different number of elements:   512 [REF]     0 [OUT]   
Si_surface/OPTICS/05_W-Omp2-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
Si_wire/OPTICS/05_W-Omp2-master/o-05_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/04_W-Omp2-master/o-04_W.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/05_BSE-Omp2-master/o-05_BSE.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
SiH4/05_BSE_cpl-Omp2-master/o-05_BSE_cpl.ndb.em1s_fragment_1  : Different number of elements: 10000 [REF]     0 [OUT]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:14:41 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 5:40:30 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%




%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Yambo test suite SKIPs log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 04-22
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[serial] - none
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:36:54 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 05-37
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, random parallelization
=--------------------------------------------------------------------------------=
He/GW/01_hf-Nmpi4-rand_par-master  : FAILED CPU configuration
MoS2/abinit/OPTICS/With-SOC/08_RPA_no_LF_x-Nmpi4-rand_par-master  : 08_RPA_no_LF_x_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/With-SOC/08_RPA_no_LF_z-Nmpi4-rand_par-master  : 08_RPA_no_LF_z_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/With-SOC/10_init-Nmpi4-rand_par-master  : 11_RPA_no_LF_x_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/With-SOC/10_init-Nmpi4-rand_par-master  : 11_RPA_no_LF_z_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/Without-SOC-sp1/08_RPA_no_LF_x-Nmpi4-rand_par-master  : 08_RPA_no_LF_x_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/Without-SOC-sp1/08_RPA_no_LF_z-Nmpi4-rand_par-master  : 08_RPA_no_LF_z_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/Without-SOC-sp1/10_init-Nmpi4-rand_par-master  : 11_RPA_no_LF_x_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/Without-SOC-sp1/10_init-Nmpi4-rand_par-master  : 11_RPA_no_LF_z_Covariant                           skipped (Covariant test not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-rand_par-master  : 00_init                                            skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-rand_par-master  : 01_fix_symm                                        skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-rand_par-master  : 01_init                                            skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-rand_par-master  : 02_sc_magnetic                                     skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-rand_par-master  : 02_sc_magnetic+qp                                  skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-rand_par-master  : 03_gw                                              skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-rand_par-master  : 03_gw_magnetic                                     skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-rand_par-master  : 04_bse                                             skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-rand_par-master  : 04_bse_magnetic                                    skipped (MAGNETIC tests not working in parallel)
Si_bulk/RT/06_carriers_fit_DB_DbGd-Nmpi4-rand_par-master  : 06_elph_0K_DbGd                                    skipped (unable to define parallel configuration)
Si_bulk/RT/11_init-Nmpi4-rand_par-master  : 12_elph_0K_field                                   skipped (unable to define parallel configuration)
Si_bulk/RT/15_coll_sex-Nmpi4-rand_par-master  : 15_td_sex                                          skipped (unable to define parallel configuration)
Si_bulk/RT/15_coll_sex-Nmpi4-rand_par-master  : 15_td_sex_vel                                      skipped (unable to define parallel configuration)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:21:52 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 06-59
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, default parallelization
=--------------------------------------------------------------------------------=
He/GW/01_hf-Nmpi4-def_par-master  : WRONG CPU configuration
MoS2/abinit/OPTICS/With-SOC/08_RPA_no_LF_x-Nmpi4-def_par-master  : 08_RPA_no_LF_x_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/With-SOC/08_RPA_no_LF_z-Nmpi4-def_par-master  : 08_RPA_no_LF_z_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/With-SOC/10_init-Nmpi4-def_par-master  : 11_RPA_no_LF_x_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/With-SOC/10_init-Nmpi4-def_par-master  : 11_RPA_no_LF_z_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/Without-SOC-sp1/08_RPA_no_LF_x-Nmpi4-def_par-master  : 08_RPA_no_LF_x_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/Without-SOC-sp1/08_RPA_no_LF_z-Nmpi4-def_par-master  : 08_RPA_no_LF_z_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/Without-SOC-sp1/10_init-Nmpi4-def_par-master  : 11_RPA_no_LF_x_Covariant                           skipped (Covariant test not working in parallel)
MoS2/abinit/OPTICS/Without-SOC-sp1/10_init-Nmpi4-def_par-master  : 11_RPA_no_LF_z_Covariant                           skipped (Covariant test not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-def_par-master  : 00_init                                            skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-def_par-master  : 01_fix_symm                                        skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-def_par-master  : 01_init                                            skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-def_par-master  : 02_sc_magnetic                                     skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-def_par-master  : 02_sc_magnetic+qp                                  skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-def_par-master  : 03_gw                                              skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-def_par-master  : 03_gw_magnetic                                     skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-def_par-master  : 04_bse                                             skipped (MAGNETIC tests not working in parallel)
Si_bulk/MAGNETIC/10_IP-RPA_len_dir_G-Nmpi4-def_par-master  : 04_bse_magnetic                                    skipped (MAGNETIC tests not working in parallel)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:26:54 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 08-25
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(Threads=2)] - none
=--------------------------------------------------------------------------------=
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:14:41 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 5:40:30 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%




%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Yambo test suite WHITELISTED files log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 04-22
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[serial] - none
=--------------------------------------------------------------------------------=
H2/RT/03_tdlda-serial-master/o-03_tdlda.thermodynamics  : VALUE(#194) @COL#  9 is   3.6180     [REF] vs  0.65286E-01 [OUT] corresponding to  49.485     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-serial-master/o-06_ypp_sort.exc_E_sorted  : VALUE(#4) @COL#  2 is  0.92257     [REF] vs  0.98074     [OUT] corresponding to  5.8169     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-serial-master/o-06_ypp_sort.exc_I_sorted  : VALUE(#2) @COL#  2 is  0.92257     [REF] vs  0.98074     [OUT] corresponding to  5.8169     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf-serial-master/o-05_td_hf.thermodynamics  : VALUE(#35) @COL#  8 is   2656.7     [REF] vs   2889.7     [OUT] corresponding to  5.2518     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex-serial-master/o-06_td_sex.thermodynamics  : VALUE(#19) @COL#  8 is   5096.6     [REF] vs  -1702.3     [OUT] corresponding to  133.40     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_Gvec-serial-master/o-06_td_sex_Gvec.thermodynamics  : VALUE(#186) @COL#  8 is   2910.4     [REF] vs   10968.     [OUT] corresponding to  222.09     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-serial-master/o-06_td_sex_on_the_fly.energy  : VALUE(#48) @COL#  3 is  0.50883E-05 [REF] vs  0.87250E-05 [OUT] corresponding to  71.472     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-serial-master/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#142) @COL#  8 is -0.22310E+06 [REF] vs -0.10949E+11 [OUT] corresponding to 0.49074E+07 [% RELATIVE TO MAX]   
hBN/RT/07_td_sex_restart-serial-master/o-07_td_sex_restart.thermodynamics  : VALUE(#75) @COL#  8 is  -1196.1     [REF] vs  -14701.     [OUT] corresponding to  343.56     [% RELATIVE TO MAX]   
hBN/RT/09_td_sex_DbGd_fake-serial-master/o-09_td_sex_DbGd_fake.thermodynamics  : VALUE(#142) @COL# 10 is -0.42018E+07 [REF] vs -0.28027E+07 [OUT] corresponding to  33.298     [% RELATIVE TO MAX]   
hBN/RT/11_td_sex_dbgd-serial-master/o-11_td_sex_dbgd.thermodynamics  : VALUE(#131) @COL#  4 is  0.58944E-09 [REF] vs  0.53063E-09 [OUT] corresponding to  9.4435     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_len-serial-master/o-05_KERR_IP-RPA_len.moke_q1_IP  : VALUE(#393) @COL#  3 is -0.18450E-04 [REF] vs  0.60160E-06 [OUT] corresponding to  102.21     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_len-serial-master/o-05_KERR_IP-RPA_len.off_q1_IP  : VALUE(#29) @COL#  2 is  0.12550E-03 [REF] vs -0.11990E-04 [OUT] corresponding to  109.21     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-serial-master/o-05_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#394) @COL#  3 is -0.86470E-04 [REF] vs -0.35030E-05 [OUT] corresponding to  95.949     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-serial-master/o-05_KERR_IP-RPA_vel.off_q1_IP  : VALUE(#1) @COL#  2 is  0.11400E-01 [REF] vs  0.57700E-03 [OUT] corresponding to  94.939     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip-serial-master/o-04_td_ip.thermodynamics  : VALUE(#4) @COL#  2 is  0.50436E-09 [REF] vs  0.62732E-09 [OUT] corresponding to  17.025     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_DbGd-serial-master/o-04_td_ip_DbGd.energy  : VALUE(#5) @COL#  3 is -0.56436E-04 [REF] vs -0.78365E-04 [OUT] corresponding to  33.248     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_DbGd-serial-master/o-04_td_ip_DbGd.thermodynamics  : VALUE(#2) @COL# 10 is   671.23     [REF] vs   721.58     [OUT] corresponding to  7.5017     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_vel-serial-master/o-04_td_ip_vel.thermodynamics  : VALUE(#60) @COL#  8 is  -9123.7     [REF] vs  -13638.     [OUT] corresponding to  11.337     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex-serial-master/o-06_td_sex.thermodynamics  : VALUE(#34) @COL#  8 is   32667.     [REF] vs  -17144.     [OUT] corresponding to  86.809     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-serial-master/o-06_td_sex_DbGd.energy  : VALUE(#65) @COL#  3 is -0.68985E-04 [REF] vs  0.55904E-04 [OUT] corresponding to  122.97     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-serial-master/o-06_td_sex_DbGd.thermodynamics  : VALUE(#15) @COL#  8 is  -86902.     [REF] vs  -591.92     [OUT] corresponding to  99.319     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-serial-master/o-06_td_sex_on_the_fly.energy  : VALUE(#42) @COL#  4 is  0.18316E-08 [REF] vs -0.12461E-05 [OUT] corresponding to  46207.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-serial-master/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#38) @COL#  8 is   8261.1     [REF] vs -0.45452E+09 [OUT] corresponding to 0.47587E+07 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-serial-master/o-07_ep.thermodynamics  : VALUE(#99) @COL#  8 is  0.16419E+06 [REF] vs  -2445.9     [OUT] corresponding to  101.49     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-master/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#1) @COL#  7 is   2.7910     [REF] vs -0.90090E+07 [OUT] corresponding to 0.30396E+09 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-master/o-07_ypp_fit_occ.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#969) @COL#  2 is -0.35760E-06 [REF] vs -0.47680E-06 [OUT] corresponding to  12.499     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-master/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_electrons  : VALUE(#1) @COL#  3 is   1.0000     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-master/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_holes  : VALUE(#451) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-master/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_electrons  : VALUE(#1) @COL#  9 is   1.0000     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-master/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(#42) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-master/o-07_ypp_fit_occ.YPP-RT_occupations_up_FIT_electrons  : VALUE(#612) @COL# 10 is  0.17180E-04 [REF] vs   1.0000     [OUT] corresponding to  112.03     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-master/o-07_ypp_fit_occ.YPP-RT_occupations_up_FIT_holes  : VALUE(#42) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-master/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#2) @COL#  5 is   0.0000     [REF] vs  0.31600E+11 [OUT] corresponding to  73849.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-serial-master/o-08_ep_DbGd.energy  : VALUE(#36) @COL#  3 is -0.78067E-04 [REF] vs  0.29888E-03 [OUT] corresponding to  75.720     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-serial-master/o-08_ep_DbGd.thermodynamics  : VALUE(#33) @COL#  9 is -0.16660E+06 [REF] vs   13581.     [OUT] corresponding to  108.15     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_dos_occ_DbGd-serial-master/o-08_ypp_dos_occ_DbGd.YPP-2D_occ_dos  : VALUE(#121) @COL#  2 is  0.80000     [REF] vs -0.79000     [OUT] corresponding to  53.000     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-serial-master/o-08_ypp_fit_occ_DbGd.YPP-RT_E_Fermi  : VALUE(#10) @COL#  5 is -0.36877     [REF] vs -0.65570E+06 [OUT] corresponding to 0.33098E+07 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-serial-master/o-08_ypp_fit_occ_DbGd.YPP-RT_EP_widths_ratio_FIT_electrons  : VALUE(#565) @COL#  2 is  0.23930E-01 [REF] vs  0.98655     [OUT] corresponding to  96.262     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-serial-master/o-08_ypp_fit_occ_DbGd.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#860) @COL#  8 is -0.46909     [REF] vs -0.57346     [OUT] corresponding to  10.437     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-serial-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_electrons  : VALUE(#393) @COL#  2 is  0.77450     [REF] vs  0.28610     [OUT] corresponding to  48.840     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-serial-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_holes  : VALUE(#840) @COL#  4 is  -1.0000     [REF] vs -0.19070E-05 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-serial-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_FIT_electrons  : VALUE(#269) @COL# 10 is  0.98720     [REF] vs  0.22720E-01 [OUT] corresponding to  96.448     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-serial-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_FIT_holes  : VALUE(#856) @COL#  6 is  -1.0000     [REF] vs -0.15140E-04 [OUT] corresponding to  99.998     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-serial-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_electrons  : VALUE(#1) @COL# 11 is  0.14180     [REF] vs  0.16610E-01 [OUT] corresponding to  88.286     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-serial-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_holes  : VALUE(#844) @COL#  6 is  -1.0000     [REF] vs -0.67950E-05 [OUT] corresponding to  99.999     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-serial-master/o-08_ypp_fit_occ_DbGd.YPP-RT_Temperatures  : VALUE(#10) @COL#  5 is   2377.0     [REF] vs  0.18600E+10 [OUT] corresponding to 0.11369E+08 [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-serial-master/o-02_carriers_Fermi_fit_DB.YPP-RT_E_Fermi  : VALUE(#1) @COL#  3 is   1.1333     [REF] vs   1.2243     [OUT] corresponding to  8.0297     [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-serial-master/o-02_carriers_Fermi_fit_DB.YPP-RT_occupations_FIT_electrons  : VALUE(#116) @COL#  2 is  0.69230     [REF] vs   1.5849     [OUT] corresponding to  44.631     [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-serial-master/o-02_carriers_Fermi_fit_DB.YPP-RT_Temperatures  : VALUE(#1) @COL#  3 is   636.20     [REF] vs   486.20     [OUT] corresponding to  23.577     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-serial-master/o-03_elel.carriers  : VALUE(#201) @COL#  6 is   19449.     [REF] vs   19449.     [OUT] corresponding to 0.19531E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-serial-master/o-03_elel.thermodynamics  : VALUE(#89) @COL# 10 is -0.15789E+06 [REF] vs  0.15789E+06 [OUT] corresponding to  200.00     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel_SEX-serial-master/o-03_elel_SEX.carriers  : VALUE(#201) @COL#  6 is   25180.     [REF] vs   25181.     [OUT] corresponding to 0.10645E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-serial-master/o-03_fit_elel.YPP-RT_NEQ_linewidths  : VALUE(#11) @COL# 12 is  0.16730E-02 [REF] vs  0.50690E-02 [OUT] corresponding to  59.298     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel+elph_0K-serial-master/o-04_elel+elph_0K.energy  : VALUE(#201) @COL#  6 is   1.7520     [REF] vs  0.76698     [OUT] corresponding to  56.222     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel_plasma-serial-master/o-04_elel_plasma.thermodynamics  : VALUE(#93) @COL# 10 is  0.15789E+06 [REF] vs  -78944.     [OUT] corresponding to  150.00     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-serial-master/o-04_fit_elel_plasma.YPP-RT_NEQ_linewidths  : VALUE(#17) @COL# 11 is -0.13180E-02 [REF] vs -0.57780E-02 [OUT] corresponding to  44.422     [% RELATIVE TO MAX]   
Si_bulk/RT/06_elph_0K_DbGd-serial-master/o-06_elph_0K_DbGd.thermodynamics  : VALUE(#67) @COL# 10 is  0.13117E+07 [REF] vs  0.12121E+07 [OUT] corresponding to  7.5955     [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-serial-master/o-06_fit_elph_0K_DbGd.YPP-RT_E_Fermi  : VALUE(#11) @COL#  4 is   0.0000     [REF] vs  -1.2262     [OUT] corresponding to 0.61310E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-serial-master/o-06_fit_elph_0K_DbGd.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#1000) @COL# 12 is   0.0000     [REF] vs  -1.9993     [OUT] corresponding to 0.99965E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-serial-master/o-06_fit_elph_0K_DbGd.YPP-RT_occupations_FIT_holes  : VALUE(#847) @COL# 12 is  -1.1229     [REF] vs -0.92675     [OUT] corresponding to  9.8186     [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-serial-master/o-06_fit_elph_0K_DbGd.YPP-RT_Temperatures  : VALUE(#1) @COL#  4 is   0.0000     [REF] vs   2681.0     [OUT] corresponding to 0.13405E+10 [% RELATIVE TO MAX]   
Si_bulk/RT/12_elph_0K_field-serial-master/o-12_elph_0K_field.thermodynamics  : VALUE(#112) @COL#  8 is -0.14609E+08 [REF] vs -0.10957E+08 [OUT] corresponding to  25.000     [% RELATIVE TO MAX]   
Si_bulk/RT/13_elph_0K_field_ad-serial-master/o-13_elph_0K_field_ad.thermodynamics  : VALUE(#112) @COL#  8 is -0.14609E+08 [REF] vs -0.10957E+08 [OUT] corresponding to  25.000     [% RELATIVE TO MAX]   
Si_bulk/RT/14_plot_0K_field_ad-serial-master/o-14_plot_0K_field_ad.YPP-RT_occupations_k2_kRT2_b2  : VALUE(#186) @COL#  4 is -0.25343E-04 [REF] vs -0.22967E-04 [OUT] corresponding to  6.8186     [% RELATIVE TO MAX]   
Si_bulk/RT/14_plot_0K_field_ad-serial-master/o-14_plot_0K_field_ad.YPP-RT_occupations_k3_kRT3_b2  : VALUE(#187) @COL#  4 is -0.44350E-04 [REF] vs -0.34850E-04 [OUT] corresponding to  17.641     [% RELATIVE TO MAX]   
Si_bulk/RT/15_td_sex-serial-master/o-15_td_sex.thermodynamics  : VALUE(#164) @COL#  9 is  -9868.0     [REF] vs   39472.     [OUT] corresponding to  125.00     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_using_colls-serial-master/o-06_h_using_colls.SC_E_History  : VALUE(#1) @COL#  3 is  0.23242     [REF] vs  0.22644E-01 [OUT] corresponding to  209.78     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:36:54 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 05-37
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, random parallelization
=--------------------------------------------------------------------------------=
AlAs/RT/08_qssin_adaptative-Nmpi4-rand_par-master/o-08_qssin_adaptative.thermodynamics  : VALUE(#428) @COL# 10 is   2902.3     [REF] vs   3482.8     [OUT] corresponding to  9.9276     [% RELATIVE TO MAX]   
H2/RT/02_tdh-Nmpi4-rand_par-master/o-02_tdh.thermodynamics  : VALUE(#127) @COL#  9 is   9.4205     [REF] vs  0.20110E-01 [OUT] corresponding to  99.787     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-Nmpi4-rand_par-master/o-03_tdlda.thermodynamics  : VALUE(#69) @COL#  9 is  -3.2112     [REF] vs   3.2107     [OUT] corresponding to  89.449     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Nmpi4-rand_par-master/o-06_ypp_sort.exc_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-Nmpi4-rand_par-master/o-06_ypp_sort.exc_I_sorted  : VALUE(#23) @COL#  3 is   13.000     [REF] vs   25.000     [OUT] corresponding to  37.500     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf-Nmpi4-rand_par-master/o-05_td_hf.thermodynamics  : VALUE(#35) @COL#  8 is   2656.7     [REF] vs   3728.7     [OUT] corresponding to  24.158     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex-Nmpi4-rand_par-master/o-06_td_sex.thermodynamics  : VALUE(#19) @COL# 10 is   23682.     [REF] vs   16630.     [OUT] corresponding to  29.778     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_Gvec-Nmpi4-rand_par-master/o-06_td_sex_Gvec.thermodynamics  : VALUE(#186) @COL#  8 is   2910.4     [REF] vs   12001.     [OUT] corresponding to  250.55     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Nmpi4-rand_par-master/o-06_td_sex_on_the_fly.energy  : VALUE(#48) @COL#  3 is  0.50883E-05 [REF] vs  0.87249E-05 [OUT] corresponding to  71.471     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Nmpi4-rand_par-master/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#142) @COL#  8 is -0.22310E+06 [REF] vs -0.14215E+11 [OUT] corresponding to 0.63712E+07 [% RELATIVE TO MAX]   
hBN/RT/07_td_sex_restart-Nmpi4-rand_par-master/o-07_td_sex_restart.thermodynamics  : VALUE(#75) @COL# 10 is  -81204.     [REF] vs  -39158.     [OUT] corresponding to  51.778     [% RELATIVE TO MAX]   
hBN/RT/09_td_sex_DbGd_fake-Nmpi4-rand_par-master/o-09_td_sex_DbGd_fake.thermodynamics  : VALUE(#142) @COL# 10 is -0.42018E+07 [REF] vs  0.13770E+06 [OUT] corresponding to  103.28     [% RELATIVE TO MAX]   
hBN/RT/11_td_sex_dbgd-Nmpi4-rand_par-master/o-11_td_sex_dbgd.thermodynamics  : VALUE(#79) @COL# 10 is -0.27942E+06 [REF] vs -0.41533E+06 [OUT] corresponding to  48.643     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_len-Nmpi4-rand_par-master/o-05_KERR_IP-RPA_len.moke_q1_IP  : VALUE(#393) @COL#  3 is -0.18450E-04 [REF] vs  0.61250E-06 [OUT] corresponding to  102.27     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_len-Nmpi4-rand_par-master/o-05_KERR_IP-RPA_len.off_q1_IP  : VALUE(#29) @COL#  2 is  0.12550E-03 [REF] vs -0.12060E-04 [OUT] corresponding to  109.26     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi4-rand_par-master/o-05_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#394) @COL#  3 is -0.86470E-04 [REF] vs -0.36100E-05 [OUT] corresponding to  95.825     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi4-rand_par-master/o-05_KERR_IP-RPA_vel.off_q1_IP  : VALUE(#1) @COL#  2 is  0.11400E-01 [REF] vs  0.57390E-03 [OUT] corresponding to  94.966     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip-Nmpi4-rand_par-master/o-04_td_ip.thermodynamics  : VALUE(#4) @COL#  2 is  0.50436E-09 [REF] vs  0.62732E-09 [OUT] corresponding to  17.025     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_DbGd-Nmpi4-rand_par-master/o-04_td_ip_DbGd.energy  : VALUE(#5) @COL#  3 is -0.56436E-04 [REF] vs -0.78365E-04 [OUT] corresponding to  33.248     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_DbGd-Nmpi4-rand_par-master/o-04_td_ip_DbGd.thermodynamics  : VALUE(#2) @COL# 10 is   671.23     [REF] vs   721.58     [OUT] corresponding to  7.5017     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_vel-Nmpi4-rand_par-master/o-04_td_ip_vel.thermodynamics  : VALUE(#28) @COL#  8 is   39817.     [REF] vs   20892.     [OUT] corresponding to  47.530     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex-Nmpi4-rand_par-master/o-06_td_sex.thermodynamics  : VALUE(#45) @COL#  8 is  -57380.     [REF] vs -0.53638E+06 [OUT] corresponding to  834.79     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Nmpi4-rand_par-master/o-06_td_sex_DbGd.energy  : VALUE(#78) @COL#  3 is -0.65396E-04 [REF] vs  0.60523E-04 [OUT] corresponding to  123.98     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Nmpi4-rand_par-master/o-06_td_sex_DbGd.thermodynamics  : VALUE(#15) @COL#  8 is  -86902.     [REF] vs   812.61     [OUT] corresponding to  100.94     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Nmpi4-rand_par-master/o-06_td_sex_on_the_fly.energy  : VALUE(#42) @COL#  4 is  0.18316E-08 [REF] vs -0.12461E-05 [OUT] corresponding to  46207.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Nmpi4-rand_par-master/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#38) @COL#  8 is   8261.1     [REF] vs -0.45459E+09 [OUT] corresponding to 0.47593E+07 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Nmpi4-rand_par-master/o-07_ep.thermodynamics  : VALUE(#100) @COL#  8 is -0.12083E+06 [REF] vs   2371.2     [OUT] corresponding to  75.034     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-master/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#1) @COL#  7 is   2.7910     [REF] vs -0.90090E+07 [OUT] corresponding to 0.30396E+09 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-master/o-07_ypp_fit_occ.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#985) @COL#  2 is -0.59600E-06 [REF] vs -0.71530E-06 [OUT] corresponding to  12.509     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_electrons  : VALUE(#1) @COL#  3 is   1.0000     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_holes  : VALUE(#451) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_electrons  : VALUE(#1) @COL#  9 is   1.0000     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(#42) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_up_FIT_electrons  : VALUE(#612) @COL# 10 is  0.17180E-04 [REF] vs   1.0000     [OUT] corresponding to  112.03     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_up_FIT_holes  : VALUE(#42) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-master/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#1) @COL#  7 is   354.20     [REF] vs  0.21200E+11 [OUT] corresponding to 0.59551E+09 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Nmpi4-rand_par-master/o-08_ep_DbGd.energy  : VALUE(#36) @COL#  3 is -0.78067E-04 [REF] vs  0.30034E-03 [OUT] corresponding to  76.014     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Nmpi4-rand_par-master/o-08_ep_DbGd.thermodynamics  : VALUE(#33) @COL#  9 is -0.16660E+06 [REF] vs   14189.     [OUT] corresponding to  108.52     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_dos_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_dos_occ_DbGd.YPP-2D_occ_dos  : VALUE(#121) @COL#  2 is  0.80000     [REF] vs -0.79000     [OUT] corresponding to  53.000     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_E_Fermi  : VALUE(#5) @COL#  4 is -0.64561     [REF] vs  0.19710E+08 [OUT] corresponding to 0.13552E+10 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_EP_widths_ratio_FIT_electrons  : VALUE(#565) @COL#  2 is  0.23930E-01 [REF] vs  0.98658     [OUT] corresponding to  96.265     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#860) @COL#  8 is -0.46909     [REF] vs -0.57174     [OUT] corresponding to  10.265     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_electrons  : VALUE(#393) @COL#  2 is  0.77450     [REF] vs  0.28490     [OUT] corresponding to  48.960     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_holes  : VALUE(#840) @COL#  4 is  -1.0000     [REF] vs -0.19070E-05 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_FIT_electrons  : VALUE(#269) @COL# 10 is  0.98720     [REF] vs  0.23050E-01 [OUT] corresponding to  96.415     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_FIT_holes  : VALUE(#856) @COL#  6 is  -1.0000     [REF] vs -0.15500E-04 [OUT] corresponding to  99.998     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_electrons  : VALUE(#1) @COL#  9 is  0.12360     [REF] vs  0.67440E-01 [OUT] corresponding to  45.437     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_holes  : VALUE(#844) @COL#  7 is  -1.0000     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_Temperatures  : VALUE(#5) @COL#  4 is   165.50     [REF] vs  0.11400E+12 [OUT] corresponding to 0.55664E+10 [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-Nmpi4-rand_par-master/o-02_carriers_Fermi_fit_DB.YPP-RT_E_Fermi  : VALUE(#1) @COL#  3 is   1.1333     [REF] vs   1.2243     [OUT] corresponding to  8.0297     [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-Nmpi4-rand_par-master/o-02_carriers_Fermi_fit_DB.YPP-RT_occupations_FIT_electrons  : VALUE(#116) @COL#  2 is  0.69230     [REF] vs   1.5849     [OUT] corresponding to  44.631     [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-Nmpi4-rand_par-master/o-02_carriers_Fermi_fit_DB.YPP-RT_Temperatures  : VALUE(#1) @COL#  3 is   636.20     [REF] vs   486.20     [OUT] corresponding to  23.577     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Nmpi4-rand_par-master/o-03_elel.carriers  : VALUE(#201) @COL#  6 is   19449.     [REF] vs   19449.     [OUT] corresponding to 0.18945E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Nmpi4-rand_par-master/o-03_elel.thermodynamics  : VALUE(#85) @COL# 10 is  -39472.     [REF] vs  0.15789E+06 [OUT] corresponding to  125.00     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel_SEX-Nmpi4-rand_par-master/o-03_elel_SEX.carriers  : VALUE(#201) @COL#  6 is   25180.     [REF] vs   25181.     [OUT] corresponding to 0.38867E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-Nmpi4-rand_par-master/o-03_fit_elel.YPP-RT_NEQ_linewidths  : VALUE(#1) @COL# 11 is -0.17440E-01 [REF] vs -0.78060E-02 [OUT] corresponding to  55.241     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel+elph_0K-Nmpi4-rand_par-master/o-04_elel+elph_0K.energy  : VALUE(#201) @COL#  6 is   1.7520     [REF] vs  0.76703     [OUT] corresponding to  56.219     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel_plasma-Nmpi4-rand_par-master/o-04_elel_plasma.thermodynamics  : VALUE(#58) @COL#  9 is   59208.     [REF] vs  0.31577E+06 [OUT] corresponding to  130.00     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-rand_par-master/o-04_fit_elel_plasma.YPP-RT_E_Fermi  : VALUE(#2) @COL#  5 is  -1.2875     [REF] vs  0.41069     [OUT] corresponding to  28.058     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-rand_par-master/o-04_fit_elel_plasma.YPP-RT_EE_widths_ratio_FIT_electrons  : VALUE(#26) @COL#  3 is  0.57277     [REF] vs   1.9941     [OUT] corresponding to  223.42     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-rand_par-master/o-04_fit_elel_plasma.YPP-RT_NEQ_linewidths  : VALUE(#1) @COL# 11 is -0.10040E-01 [REF] vs -0.53730E-02 [OUT] corresponding to  46.484     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-rand_par-master/o-04_fit_elel_plasma.YPP-RT_Temperatures  : VALUE(#2) @COL#  5 is   19590.     [REF] vs   312.20     [OUT] corresponding to  35.405     [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-rand_par-master/o-06_fit_elph_0K_DbGd.YPP-RT_E_Fermi  : VALUE(#11) @COL#  4 is   0.0000     [REF] vs  -1.2262     [OUT] corresponding to 0.61310E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-rand_par-master/o-06_fit_elph_0K_DbGd.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#1000) @COL# 12 is   0.0000     [REF] vs  -1.9993     [OUT] corresponding to 0.99965E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-rand_par-master/o-06_fit_elph_0K_DbGd.YPP-RT_occupations_FIT_holes  : VALUE(#847) @COL# 12 is  -1.1229     [REF] vs -0.92675     [OUT] corresponding to  9.8186     [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-rand_par-master/o-06_fit_elph_0K_DbGd.YPP-RT_Temperatures  : VALUE(#1) @COL#  4 is   0.0000     [REF] vs   2681.0     [OUT] corresponding to 0.13405E+10 [% RELATIVE TO MAX]   
Si_bulk/RT/13_elph_0K_field_ad-Nmpi4-rand_par-master/o-13_elph_0K_field_ad.thermodynamics  : VALUE(#112) @COL#  8 is -0.14609E+08 [REF] vs -0.10956E+08 [OUT] corresponding to  25.002     [% RELATIVE TO MAX]   
Si_bulk/RT/14_plot_0K_field_ad-Nmpi4-rand_par-master/o-14_plot_0K_field_ad.YPP-RT_occupations_k2_kRT2_b2  : VALUE(#187) @COL#  4 is -0.27718E-04 [REF] vs -0.23759E-04 [OUT] corresponding to  11.361     [% RELATIVE TO MAX]   
Si_bulk/RT/14_plot_0K_field_ad-Nmpi4-rand_par-master/o-14_plot_0K_field_ad.YPP-RT_occupations_k3_kRT3_b2  : VALUE(#187) @COL#  4 is -0.44350E-04 [REF] vs -0.31680E-04 [OUT] corresponding to  23.527     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_using_colls-Nmpi4-rand_par-master/o-06_h_using_colls.SC_E_History  : VALUE(#1) @COL#  3 is  0.23242     [REF] vs  0.40763E-01 [OUT] corresponding to  191.66     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:21:52 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 06-59
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, default parallelization
=--------------------------------------------------------------------------------=
AlAs/RT/08_qssin_adaptative-Nmpi4-def_par-master/o-08_qssin_adaptative.thermodynamics  : VALUE(#428) @COL# 10 is   2902.3     [REF] vs   3482.8     [OUT] corresponding to  9.9276     [% RELATIVE TO MAX]   
H2/RT/02_tdh-Nmpi4-def_par-master/o-02_tdh.thermodynamics  : VALUE(#127) @COL#  9 is   9.4205     [REF] vs  0.20110E-01 [OUT] corresponding to  99.787     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-Nmpi4-def_par-master/o-03_tdlda.thermodynamics  : VALUE(#69) @COL#  9 is  -3.2112     [REF] vs   3.2107     [OUT] corresponding to  89.449     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Nmpi4-def_par-master/o-06_ypp_sort.exc_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-Nmpi4-def_par-master/o-06_ypp_sort.exc_I_sorted  : VALUE(#23) @COL#  3 is   13.000     [REF] vs   25.000     [OUT] corresponding to  37.500     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf-Nmpi4-def_par-master/o-05_td_hf.thermodynamics  : VALUE(#35) @COL#  8 is   2656.7     [REF] vs   3495.7     [OUT] corresponding to  18.906     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex-Nmpi4-def_par-master/o-06_td_sex.thermodynamics  : VALUE(#19) @COL# 10 is   23682.     [REF] vs   16621.     [OUT] corresponding to  29.817     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_Gvec-Nmpi4-def_par-master/o-06_td_sex_Gvec.thermodynamics  : VALUE(#186) @COL#  9 is  -42274.     [REF] vs  -22891.     [OUT] corresponding to  45.851     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Nmpi4-def_par-master/o-06_td_sex_on_the_fly.energy  : VALUE(#48) @COL#  3 is  0.50883E-05 [REF] vs  0.87413E-05 [OUT] corresponding to  71.792     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Nmpi4-def_par-master/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#163) @COL#  8 is  -269.93     [REF] vs -0.30334E+10 [OUT] corresponding to 0.13597E+07 [% RELATIVE TO MAX]   
hBN/RT/07_td_sex_restart-Nmpi4-def_par-master/o-07_td_sex_restart.thermodynamics  : VALUE(#75) @COL# 10 is  -81204.     [REF] vs  -39812.     [OUT] corresponding to  50.973     [% RELATIVE TO MAX]   
hBN/RT/09_td_sex_DbGd_fake-Nmpi4-def_par-master/o-09_td_sex_DbGd_fake.thermodynamics  : VALUE(#142) @COL# 10 is -0.42018E+07 [REF] vs  0.13496E+06 [OUT] corresponding to  103.21     [% RELATIVE TO MAX]   
hBN/RT/11_td_sex_dbgd-Nmpi4-def_par-master/o-11_td_sex_dbgd.thermodynamics  : VALUE(#79) @COL# 10 is -0.27942E+06 [REF] vs -0.41577E+06 [OUT] corresponding to  48.798     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_len-Nmpi4-def_par-master/o-05_KERR_IP-RPA_len.moke_q1_IP  : VALUE(#394) @COL#  3 is -0.18560E-04 [REF] vs  0.60500E-06 [OUT] corresponding to  102.82     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_len-Nmpi4-def_par-master/o-05_KERR_IP-RPA_len.off_q1_IP  : VALUE(#29) @COL#  2 is  0.12550E-03 [REF] vs -0.12060E-04 [OUT] corresponding to  109.26     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi4-def_par-master/o-05_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#394) @COL#  3 is -0.86470E-04 [REF] vs -0.36680E-05 [OUT] corresponding to  95.758     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi4-def_par-master/o-05_KERR_IP-RPA_vel.off_q1_IP  : VALUE(#1) @COL#  2 is  0.11400E-01 [REF] vs  0.58410E-03 [OUT] corresponding to  94.876     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip-Nmpi4-def_par-master/o-04_td_ip.thermodynamics  : VALUE(#2) @COL#  8 is   709.05     [REF] vs   748.05     [OUT] corresponding to  5.5002     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_DbGd-Nmpi4-def_par-master/o-04_td_ip_DbGd.energy  : VALUE(#5) @COL#  3 is -0.56436E-04 [REF] vs -0.78365E-04 [OUT] corresponding to  33.248     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_DbGd-Nmpi4-def_par-master/o-04_td_ip_DbGd.thermodynamics  : VALUE(#2) @COL# 10 is   671.23     [REF] vs   721.61     [OUT] corresponding to  7.5056     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_vel-Nmpi4-def_par-master/o-04_td_ip_vel.thermodynamics  : VALUE(#81) @COL#  8 is   16067.     [REF] vs   44.745     [OUT] corresponding to  40.240     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex-Nmpi4-def_par-master/o-06_td_sex.thermodynamics  : VALUE(#45) @COL#  8 is  -57380.     [REF] vs  0.10167E+06 [OUT] corresponding to  277.18     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Nmpi4-def_par-master/o-06_td_sex_DbGd.energy  : VALUE(#78) @COL#  3 is -0.65396E-04 [REF] vs  0.60525E-04 [OUT] corresponding to  123.98     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Nmpi4-def_par-master/o-06_td_sex_DbGd.thermodynamics  : VALUE(#15) @COL#  8 is  -86902.     [REF] vs   641.55     [OUT] corresponding to  100.74     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Nmpi4-def_par-master/o-06_td_sex_on_the_fly.energy  : VALUE(#42) @COL#  4 is  0.18316E-08 [REF] vs -0.12457E-05 [OUT] corresponding to  46193.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Nmpi4-def_par-master/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#38) @COL#  8 is   8261.1     [REF] vs -0.45420E+09 [OUT] corresponding to 0.47553E+07 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Nmpi4-def_par-master/o-07_ep.thermodynamics  : VALUE(#100) @COL#  8 is -0.12083E+06 [REF] vs   2372.2     [OUT] corresponding to  75.035     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-master/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#1) @COL#  7 is   2.7910     [REF] vs -0.90090E+07 [OUT] corresponding to 0.30396E+09 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-master/o-07_ypp_fit_occ.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#985) @COL#  2 is -0.59600E-06 [REF] vs -0.71530E-06 [OUT] corresponding to  12.509     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_electrons  : VALUE(#1) @COL#  3 is   1.0000     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_holes  : VALUE(#451) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_electrons  : VALUE(#1) @COL#  9 is   1.0000     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(#42) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_up_FIT_electrons  : VALUE(#612) @COL# 10 is  0.17180E-04 [REF] vs   1.0000     [OUT] corresponding to  112.03     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-master/o-07_ypp_fit_occ.YPP-RT_occupations_up_FIT_holes  : VALUE(#42) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-master/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#1) @COL#  7 is   354.20     [REF] vs  0.21200E+11 [OUT] corresponding to 0.59551E+09 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Nmpi4-def_par-master/o-08_ep_DbGd.energy  : VALUE(#36) @COL#  3 is -0.78067E-04 [REF] vs  0.30035E-03 [OUT] corresponding to  76.015     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Nmpi4-def_par-master/o-08_ep_DbGd.thermodynamics  : VALUE(#33) @COL#  9 is -0.16660E+06 [REF] vs   14254.     [OUT] corresponding to  108.56     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_dos_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_dos_occ_DbGd.YPP-2D_occ_dos  : VALUE(#121) @COL#  2 is  0.80000     [REF] vs -0.79000     [OUT] corresponding to  53.000     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_E_Fermi  : VALUE(#5) @COL#  4 is -0.64561     [REF] vs  0.19710E+08 [OUT] corresponding to 0.13552E+10 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_EP_widths_ratio_FIT_electrons  : VALUE(#565) @COL#  2 is  0.23930E-01 [REF] vs  0.98657     [OUT] corresponding to  96.264     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#851) @COL#  6 is -0.46968     [REF] vs -0.57261     [OUT] corresponding to  10.292     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_electrons  : VALUE(#393) @COL#  2 is  0.77450     [REF] vs  0.28490     [OUT] corresponding to  48.960     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_holes  : VALUE(#840) @COL#  4 is  -1.0000     [REF] vs -0.19070E-05 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_FIT_electrons  : VALUE(#269) @COL# 10 is  0.98720     [REF] vs  0.23050E-01 [OUT] corresponding to  96.415     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_FIT_holes  : VALUE(#856) @COL#  6 is  -1.0000     [REF] vs -0.15620E-04 [OUT] corresponding to  99.998     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_electrons  : VALUE(#1) @COL#  9 is  0.12360     [REF] vs  0.67440E-01 [OUT] corresponding to  45.437     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_holes  : VALUE(#844) @COL#  7 is  -1.0000     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-master/o-08_ypp_fit_occ_DbGd.YPP-RT_Temperatures  : VALUE(#5) @COL#  4 is   165.50     [REF] vs  0.11400E+12 [OUT] corresponding to 0.55664E+10 [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-Nmpi4-def_par-master/o-02_carriers_Fermi_fit_DB.YPP-RT_E_Fermi  : VALUE(#1) @COL#  3 is   1.1333     [REF] vs   1.2243     [OUT] corresponding to  8.0297     [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-Nmpi4-def_par-master/o-02_carriers_Fermi_fit_DB.YPP-RT_occupations_FIT_electrons  : VALUE(#116) @COL#  2 is  0.69230     [REF] vs   1.5849     [OUT] corresponding to  44.631     [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-Nmpi4-def_par-master/o-02_carriers_Fermi_fit_DB.YPP-RT_Temperatures  : VALUE(#1) @COL#  3 is   636.20     [REF] vs   486.20     [OUT] corresponding to  23.577     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Nmpi4-def_par-master/o-03_elel.carriers  : VALUE(#201) @COL#  6 is   19449.     [REF] vs   19449.     [OUT] corresponding to 0.20996E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Nmpi4-def_par-master/o-03_elel.thermodynamics  : VALUE(#93) @COL#  9 is  0.15789E+06 [REF] vs -0.11842E+06 [OUT] corresponding to  175.00     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel_SEX-Nmpi4-def_par-master/o-03_elel_SEX.carriers  : VALUE(#201) @COL#  6 is   25180.     [REF] vs   25181.     [OUT] corresponding to 0.36133E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-Nmpi4-def_par-master/o-03_fit_elel.YPP-RT_NEQ_linewidths  : VALUE(#1) @COL# 11 is -0.17440E-01 [REF] vs -0.93260E-02 [OUT] corresponding to  46.525     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel+elph_0K-Nmpi4-def_par-master/o-04_elel+elph_0K.energy  : VALUE(#201) @COL#  6 is   1.7520     [REF] vs  0.76700     [OUT] corresponding to  56.220     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel_plasma-Nmpi4-def_par-master/o-04_elel_plasma.thermodynamics  : VALUE(#87) @COL#  9 is  0.19736E+06 [REF] vs  -39472.     [OUT] corresponding to  120.00     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-def_par-master/o-04_fit_elel_plasma.YPP-RT_NEQ_linewidths  : VALUE(#1) @COL# 11 is -0.10040E-01 [REF] vs -0.46630E-02 [OUT] corresponding to  53.556     [% RELATIVE TO MAX]   
Si_bulk/RT/06_elph_0K_DbGd-Nmpi4-def_par-master/o-06_elph_0K_DbGd.thermodynamics  : VALUE(#67) @COL# 10 is  0.13117E+07 [REF] vs  0.12121E+07 [OUT] corresponding to  7.5955     [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-def_par-master/o-06_fit_elph_0K_DbGd.YPP-RT_E_Fermi  : VALUE(#11) @COL#  4 is   0.0000     [REF] vs  -1.2262     [OUT] corresponding to 0.61310E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-def_par-master/o-06_fit_elph_0K_DbGd.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#1000) @COL# 12 is   0.0000     [REF] vs  -1.9993     [OUT] corresponding to 0.99965E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-def_par-master/o-06_fit_elph_0K_DbGd.YPP-RT_occupations_FIT_holes  : VALUE(#847) @COL# 12 is  -1.1229     [REF] vs -0.92675     [OUT] corresponding to  9.8186     [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-def_par-master/o-06_fit_elph_0K_DbGd.YPP-RT_Temperatures  : VALUE(#1) @COL#  4 is   0.0000     [REF] vs   2681.0     [OUT] corresponding to 0.13405E+10 [% RELATIVE TO MAX]   
Si_bulk/RT/12_elph_0K_field-Nmpi4-def_par-master/o-12_elph_0K_field.thermodynamics  : VALUE(#112) @COL#  8 is -0.14609E+08 [REF] vs -0.10956E+08 [OUT] corresponding to  25.004     [% RELATIVE TO MAX]   
Si_bulk/RT/13_elph_0K_field_ad-Nmpi4-def_par-master/o-13_elph_0K_field_ad.thermodynamics  : VALUE(#112) @COL#  8 is -0.14609E+08 [REF] vs -0.10956E+08 [OUT] corresponding to  25.004     [% RELATIVE TO MAX]   
Si_bulk/RT/14_plot_0K_field_ad-Nmpi4-def_par-master/o-14_plot_0K_field_ad.YPP-RT_occupations_k2_kRT2_b2  : VALUE(#186) @COL#  4 is -0.25343E-04 [REF] vs -0.22967E-04 [OUT] corresponding to  6.8186     [% RELATIVE TO MAX]   
Si_bulk/RT/14_plot_0K_field_ad-Nmpi4-def_par-master/o-14_plot_0K_field_ad.YPP-RT_occupations_k3_kRT3_b2  : VALUE(#187) @COL#  4 is -0.44350E-04 [REF] vs -0.34850E-04 [OUT] corresponding to  17.641     [% RELATIVE TO MAX]   
Si_bulk/RT/15_td_sex-Nmpi4-def_par-master/o-15_td_sex.thermodynamics  : VALUE(#165) @COL#  9 is   39472.     [REF] vs  -9868.0     [OUT] corresponding to  125.00     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_using_colls-Nmpi4-def_par-master/o-06_h_using_colls.SC_E_History  : VALUE(#1) @COL#  3 is  0.23242     [REF] vs  0.40763E-01 [OUT] corresponding to  191.66     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:26:54 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 08-25
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(Threads=2)] - none
=--------------------------------------------------------------------------------=
H2/RT/02_tdh_coll-Omp2-master/o-02_tdh_coll.thermodynamics  : VALUE(#81) @COL#  9 is  -9.8680     [REF] vs  0.26265E-01 [OUT] corresponding to  100.27     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-Omp2-master/o-03_tdlda.thermodynamics  : VALUE(#194) @COL#  9 is   3.6180     [REF] vs  0.65286E-01 [OUT] corresponding to  49.485     [% RELATIVE TO MAX]   
H2/RT/03_tdlda_coll-Omp2-master/o-03_tdlda_coll.thermodynamics  : VALUE(#50) @COL#  9 is  -3.4276     [REF] vs   3.4371     [OUT] corresponding to  141.08     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Omp2-master/o-06_ypp_sort.exc_I_sorted  : VALUE(#22) @COL#  3 is   10.000     [REF] vs   13.000     [OUT] corresponding to  9.3750     [% RELATIVE TO MAX]   
hBN/RT/05_td_hf-Omp2-master/o-05_td_hf.thermodynamics  : VALUE(#35) @COL#  8 is   2656.7     [REF] vs   3423.2     [OUT] corresponding to  17.272     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex-Omp2-master/o-06_td_sex.thermodynamics  : VALUE(#19) @COL#  8 is   5096.6     [REF] vs   1750.7     [OUT] corresponding to  65.650     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_Gvec-Omp2-master/o-06_td_sex_Gvec.thermodynamics  : VALUE(#186) @COL#  9 is  -42274.     [REF] vs  -47585.     [OUT] corresponding to  12.564     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Omp2-master/o-06_td_sex_on_the_fly.energy  : VALUE(#48) @COL#  3 is  0.50883E-05 [REF] vs  0.87248E-05 [OUT] corresponding to  71.469     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Omp2-master/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#163) @COL#  8 is  -269.93     [REF] vs -0.20102E+10 [OUT] corresponding to 0.90103E+06 [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_vel-Omp2-master/o-06_td_sex_vel.thermodynamics  : VALUE(#190) @COL# 10 is   9133.9     [REF] vs   25382.     [OUT] corresponding to  177.89     [% RELATIVE TO MAX]   
hBN/RT/07_td_sex_restart-Omp2-master/o-07_td_sex_restart.thermodynamics  : VALUE(#75) @COL# 10 is  -81204.     [REF] vs  -39628.     [OUT] corresponding to  51.199     [% RELATIVE TO MAX]   
hBN/RT/09_td_sex_DbGd_fake-Omp2-master/o-09_td_sex_DbGd_fake.thermodynamics  : VALUE(#142) @COL# 10 is -0.42018E+07 [REF] vs -0.21387E+06 [OUT] corresponding to  94.910     [% RELATIVE TO MAX]   
hBN/RT/11_td_sex_dbgd-Omp2-master/o-11_td_sex_dbgd.thermodynamics  : VALUE(#131) @COL#  4 is  0.58944E-09 [REF] vs  0.53063E-09 [OUT] corresponding to  9.4435     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_len-Omp2-master/o-05_KERR_IP-RPA_len.moke_q1_IP  : VALUE(#393) @COL#  3 is -0.18450E-04 [REF] vs  0.60160E-06 [OUT] corresponding to  102.21     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_len-Omp2-master/o-05_KERR_IP-RPA_len.off_q1_IP  : VALUE(#29) @COL#  2 is  0.12550E-03 [REF] vs -0.11990E-04 [OUT] corresponding to  109.21     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Omp2-master/o-05_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#394) @COL#  3 is -0.86470E-04 [REF] vs -0.35030E-05 [OUT] corresponding to  95.949     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Omp2-master/o-05_KERR_IP-RPA_vel.off_q1_IP  : VALUE(#1) @COL#  2 is  0.11400E-01 [REF] vs  0.57700E-03 [OUT] corresponding to  94.939     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip-Omp2-master/o-04_td_ip.thermodynamics  : VALUE(#4) @COL#  2 is  0.50436E-09 [REF] vs  0.62732E-09 [OUT] corresponding to  17.025     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_DbGd-Omp2-master/o-04_td_ip_DbGd.energy  : VALUE(#5) @COL#  3 is -0.56436E-04 [REF] vs -0.78365E-04 [OUT] corresponding to  33.248     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_DbGd-Omp2-master/o-04_td_ip_DbGd.thermodynamics  : VALUE(#2) @COL# 10 is   671.23     [REF] vs   721.58     [OUT] corresponding to  7.5017     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_vel-Omp2-master/o-04_td_ip_vel.thermodynamics  : VALUE(#60) @COL#  8 is  -9123.7     [REF] vs  -13638.     [OUT] corresponding to  11.337     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex-Omp2-master/o-06_td_sex.thermodynamics  : VALUE(#54) @COL#  8 is  -10913.     [REF] vs  0.10931E+06 [OUT] corresponding to  209.51     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Omp2-master/o-06_td_sex_DbGd.energy  : VALUE(#65) @COL#  3 is -0.68985E-04 [REF] vs  0.55909E-04 [OUT] corresponding to  122.97     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Omp2-master/o-06_td_sex_DbGd.thermodynamics  : VALUE(#15) @COL#  8 is  -86902.     [REF] vs   634.17     [OUT] corresponding to  100.73     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Omp2-master/o-06_td_sex_on_the_fly.energy  : VALUE(#42) @COL#  4 is  0.18316E-08 [REF] vs -0.12457E-05 [OUT] corresponding to  46194.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Omp2-master/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#38) @COL#  8 is   8261.1     [REF] vs -0.45531E+09 [OUT] corresponding to 0.47669E+07 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Omp2-master/o-07_ep.thermodynamics  : VALUE(#99) @COL#  8 is  0.16419E+06 [REF] vs  -2506.7     [OUT] corresponding to  101.53     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp2-master/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#1) @COL#  7 is   2.7910     [REF] vs -0.90090E+07 [OUT] corresponding to 0.30396E+09 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp2-master/o-07_ypp_fit_occ.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#900) @COL#  2 is   0.0000     [REF] vs -0.11920E-06 [OUT] corresponding to  12.499     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp2-master/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_electrons  : VALUE(#1) @COL#  3 is   1.0000     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp2-master/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_holes  : VALUE(#451) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp2-master/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_electrons  : VALUE(#1) @COL#  9 is   1.0000     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp2-master/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(#42) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp2-master/o-07_ypp_fit_occ.YPP-RT_occupations_up_FIT_electrons  : VALUE(#612) @COL# 10 is  0.17180E-04 [REF] vs   1.0000     [OUT] corresponding to  112.03     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp2-master/o-07_ypp_fit_occ.YPP-RT_occupations_up_FIT_holes  : VALUE(#42) @COL#  2 is -0.20930     [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp2-master/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#2) @COL#  5 is   0.0000     [REF] vs  0.31600E+11 [OUT] corresponding to  73849.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Omp2-master/o-08_ep_DbGd.energy  : VALUE(#36) @COL#  3 is -0.78067E-04 [REF] vs  0.29888E-03 [OUT] corresponding to  75.721     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Omp2-master/o-08_ep_DbGd.thermodynamics  : VALUE(#33) @COL#  9 is -0.16660E+06 [REF] vs   13519.     [OUT] corresponding to  108.11     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_dos_occ_DbGd-Omp2-master/o-08_ypp_dos_occ_DbGd.YPP-2D_occ_dos  : VALUE(#121) @COL#  2 is  0.80000     [REF] vs -0.79000     [OUT] corresponding to  53.000     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp2-master/o-08_ypp_fit_occ_DbGd.YPP-RT_E_Fermi  : VALUE(#2) @COL#  6 is -0.64188     [REF] vs  0.65570E+06 [OUT] corresponding to 0.15577E+08 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp2-master/o-08_ypp_fit_occ_DbGd.YPP-RT_EP_widths_ratio_FIT_electrons  : VALUE(#565) @COL#  2 is  0.23930E-01 [REF] vs  0.98655     [OUT] corresponding to  96.262     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp2-master/o-08_ypp_fit_occ_DbGd.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#856) @COL#  7 is -0.47201     [REF] vs -0.57713     [OUT] corresponding to  10.512     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp2-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_electrons  : VALUE(#393) @COL#  2 is  0.77450     [REF] vs  0.28610     [OUT] corresponding to  48.840     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp2-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_holes  : VALUE(#840) @COL#  4 is  -1.0000     [REF] vs -0.19070E-05 [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp2-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_FIT_electrons  : VALUE(#269) @COL# 10 is  0.98720     [REF] vs  0.22720E-01 [OUT] corresponding to  96.448     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp2-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_FIT_holes  : VALUE(#856) @COL#  6 is  -1.0000     [REF] vs -0.15380E-04 [OUT] corresponding to  99.998     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp2-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_electrons  : VALUE(#1) @COL# 11 is  0.14180     [REF] vs  0.16610E-01 [OUT] corresponding to  88.286     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp2-master/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_holes  : VALUE(#844) @COL#  6 is  -1.0000     [REF] vs -0.69140E-05 [OUT] corresponding to  99.999     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp2-master/o-08_ypp_fit_occ_DbGd.YPP-RT_Temperatures  : VALUE(#10) @COL#  5 is   2377.0     [REF] vs  0.18600E+10 [OUT] corresponding to 0.11369E+08 [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-Omp2-master/o-02_carriers_Fermi_fit_DB.YPP-RT_E_Fermi  : VALUE(#1) @COL#  3 is   1.1333     [REF] vs   1.2243     [OUT] corresponding to  8.0297     [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-Omp2-master/o-02_carriers_Fermi_fit_DB.YPP-RT_occupations_FIT_electrons  : VALUE(#116) @COL#  2 is  0.69230     [REF] vs   1.5849     [OUT] corresponding to  44.631     [% RELATIVE TO MAX]   
Si_bulk/RT/02_carriers_Fermi_fit_DB-Omp2-master/o-02_carriers_Fermi_fit_DB.YPP-RT_Temperatures  : VALUE(#1) @COL#  3 is   636.20     [REF] vs   486.20     [OUT] corresponding to  23.577     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Omp2-master/o-03_elel.carriers  : VALUE(#201) @COL#  6 is   19449.     [REF] vs   19449.     [OUT] corresponding to 0.19141E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Omp2-master/o-03_elel.thermodynamics  : VALUE(#93) @COL#  9 is  0.15789E+06 [REF] vs -0.11842E+06 [OUT] corresponding to  175.00     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel_SEX-Omp2-master/o-03_elel_SEX.carriers  : VALUE(#201) @COL#  6 is   25180.     [REF] vs   25181.     [OUT] corresponding to 0.10449E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-Omp2-master/o-03_fit_elel.YPP-RT_NEQ_linewidths  : VALUE(#10) @COL# 12 is  0.16220E-02 [REF] vs  0.50690E-02 [OUT] corresponding to  60.189     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel+elph_0K-Omp2-master/o-04_elel+elph_0K.energy  : VALUE(#201) @COL#  6 is   1.7520     [REF] vs  0.76700     [OUT] corresponding to  56.221     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel_plasma-Omp2-master/o-04_elel_plasma.thermodynamics  : VALUE(#68) @COL#  9 is   78944.     [REF] vs -0.15789E+06 [OUT] corresponding to  120.00     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Omp2-master/o-04_fit_elel_plasma.YPP-RT_E_Fermi  : VALUE(#7) @COL#  5 is  -1.3468     [REF] vs  0.41757     [OUT] corresponding to  29.150     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Omp2-master/o-04_fit_elel_plasma.YPP-RT_EE_widths_ratio_FIT_electrons  : VALUE(#30) @COL#  8 is  0.55180     [REF] vs   1.9965     [OUT] corresponding to  231.67     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Omp2-master/o-04_fit_elel_plasma.YPP-RT_NEQ_linewidths  : VALUE(#16) @COL# 11 is -0.14190E-02 [REF] vs -0.61840E-02 [OUT] corresponding to  47.460     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Omp2-master/o-04_fit_elel_plasma.YPP-RT_Temperatures  : VALUE(#7) @COL#  5 is   19740.     [REF] vs   225.00     [OUT] corresponding to  35.840     [% RELATIVE TO MAX]   
Si_bulk/RT/06_elph_0K_DbGd-Omp2-master/o-06_elph_0K_DbGd.thermodynamics  : VALUE(#67) @COL# 10 is  0.13117E+07 [REF] vs  0.12121E+07 [OUT] corresponding to  7.5955     [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Omp2-master/o-06_fit_elph_0K_DbGd.YPP-RT_E_Fermi  : VALUE(#11) @COL#  4 is   0.0000     [REF] vs  -1.2262     [OUT] corresponding to 0.61310E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Omp2-master/o-06_fit_elph_0K_DbGd.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(#1000) @COL# 12 is   0.0000     [REF] vs  -1.9993     [OUT] corresponding to 0.99965E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Omp2-master/o-06_fit_elph_0K_DbGd.YPP-RT_occupations_FIT_holes  : VALUE(#847) @COL# 12 is  -1.1229     [REF] vs -0.92675     [OUT] corresponding to  9.8186     [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Omp2-master/o-06_fit_elph_0K_DbGd.YPP-RT_Temperatures  : VALUE(#1) @COL#  4 is   0.0000     [REF] vs   2681.0     [OUT] corresponding to 0.13405E+10 [% RELATIVE TO MAX]   
Si_bulk/RT/12_elph_0K_field-Omp2-master/o-12_elph_0K_field.thermodynamics  : VALUE(#112) @COL#  8 is -0.14609E+08 [REF] vs -0.10957E+08 [OUT] corresponding to  25.000     [% RELATIVE TO MAX]   
Si_bulk/RT/13_elph_0K_field_ad-Omp2-master/o-13_elph_0K_field_ad.thermodynamics  : VALUE(#112) @COL#  8 is -0.14609E+08 [REF] vs -0.10957E+08 [OUT] corresponding to  25.000     [% RELATIVE TO MAX]   
Si_bulk/RT/14_plot_0K_field_ad-Omp2-master/o-14_plot_0K_field_ad.YPP-RT_occupations_k2_kRT2_b2  : VALUE(#186) @COL#  4 is -0.25343E-04 [REF] vs -0.22967E-04 [OUT] corresponding to  6.8186     [% RELATIVE TO MAX]   
Si_bulk/RT/14_plot_0K_field_ad-Omp2-master/o-14_plot_0K_field_ad.YPP-RT_occupations_k3_kRT3_b2  : VALUE(#187) @COL#  4 is -0.44350E-04 [REF] vs -0.34850E-04 [OUT] corresponding to  17.641     [% RELATIVE TO MAX]   
Si_bulk/RT/15_td_sex-Omp2-master/o-15_td_sex.thermodynamics  : VALUE(#280) @COL#  9 is  -19736.     [REF] vs   39472.     [OUT] corresponding to  150.00     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_using_colls-Omp2-master/o-06_h_using_colls.SC_E_History  : VALUE(#1) @COL#  3 is  0.23242     [REF] vs  0.36531E-01 [OUT] corresponding to  195.89     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:14:41 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 5:40:30 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%




%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Yambo test suite RULES-SUCC files log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 04-22
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[serial] - none
=--------------------------------------------------------------------------------=
Al_bulk/GW-OPTICS/02_Lifetimes-serial-master/o-02_Lifetimes.qp  : VALUE(#31) @COL#  5 is   36.906     [REF] vs   36.906     [OUT] corresponding to  30.518     [% RELATIVE TO MAX]   
hBN/RT/03_ypp-serial-master/o-03_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.14360E+08 [REF] vs   0.0000     [OUT] corresponding to 0.71798E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp-serial-master/o-04_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.74109E+07 [REF] vs   0.0000     [OUT] corresponding to 0.37054E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp-serial-master/o-04_ypp.YPP-eps_along_E  : VALUE(#340) @COL#  3 is  0.37756E-06 [REF] vs  0.11027E-04 [OUT] corresponding to  5.3249     [% RELATIVE TO MAX]   
hBN/RT/04_ypp_coll-serial-master/o-04_ypp_coll.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.77907E+07 [REF] vs   0.0000     [OUT] corresponding to 0.38954E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp_coll-serial-master/o-04_ypp_coll.YPP-eps_along_E  : VALUE(#337) @COL#  3 is -0.61581E-02 [REF] vs -0.61472E-02 [OUT] corresponding to  5.4829     [% RELATIVE TO MAX]   
hBN/RT/05_ypp-serial-master/o-05_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.40120E+08 [REF] vs   0.0000     [OUT] corresponding to 0.20060E+14 [% RELATIVE TO MAX]   
hBN/RT/05_ypp-serial-master/o-05_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.31988E-03 [REF] vs  0.57747E-03 [OUT] corresponding to  128.80     [% RELATIVE TO MAX]   
hBN/RT/06_ypp-serial-master/o-06_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is -0.14297E+08 [REF] vs   0.0000     [OUT] corresponding to 0.71484E+13 [% RELATIVE TO MAX]   
hBN/RT/06_ypp-serial-master/o-06_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.38351E-03 [REF] vs  0.11265E-02 [OUT] corresponding to  371.50     [% RELATIVE TO MAX]   
hBN/RT/06_ypp_Gvec-serial-master/o-06_ypp_Gvec.YPP-eels_along_E  : VALUE(#501) @COL#  7 is -0.35314E+08 [REF] vs   0.0000     [OUT] corresponding to 0.17657E+14 [% RELATIVE TO MAX]   
hBN/RT/06_ypp_Gvec-serial-master/o-06_ypp_Gvec.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.32053E-02 [REF] vs -0.31792E-02 [OUT] corresponding to  13.029     [% RELATIVE TO MAX]   
hBN/RT/06_ypp_vel-serial-master/o-06_ypp_vel.YPP-eps_along_E  : VALUE(#333) @COL#  6 is  0.80780E-02 [REF] vs  0.80657E-02 [OUT] corresponding to  6.1323     [% RELATIVE TO MAX]   
hBN/RT/09_ypp-serial-master/o-09_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.21770E+08 [REF] vs   0.0000     [OUT] corresponding to 0.10885E+14 [% RELATIVE TO MAX]   
hBN/RT/09_ypp-serial-master/o-09_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.85547E-03 [REF] vs -0.27035E-03 [OUT] corresponding to  292.56     [% RELATIVE TO MAX]   
hBN/RT/11_ypp-serial-master/o-11_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.63535E+07 [REF] vs   0.0000     [OUT] corresponding to 0.31768E+13 [% RELATIVE TO MAX]   
hBN/RT/11_ypp-serial-master/o-11_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.12165     [REF] vs  0.12146     [OUT] corresponding to  94.175     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs-serial-master/o-04_ypp_abs.YPP-eels_along_E  : VALUE(#1000) @COL#  7 is  0.88423E+08 [REF] vs   0.0000     [OUT] corresponding to 0.44211E+14 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs-serial-master/o-04_ypp_abs.YPP-eps_along_E  : VALUE(#721) @COL#  3 is -0.56870E-04 [REF] vs -0.46837E-04 [OUT] corresponding to  5.0166     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs_DbGd-serial-master/o-04_ypp_abs_DbGd.YPP-eps_along_E  : VALUE(#1000) @COL#  6 is -0.65617E-02 [REF] vs -0.64431E-02 [OUT] corresponding to  59.272     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs_vel-serial-master/o-04_ypp_abs_vel.YPP-eps_along_E  : VALUE(#629) @COL#  6 is -0.56612E-03 [REF] vs -0.55589E-03 [OUT] corresponding to  5.1138     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs-serial-master/o-06_ypp_abs.YPP-eps_along_E  : VALUE(#1000) @COL#  3 is -0.84062E-03 [REF] vs -0.82265E-03 [OUT] corresponding to  8.9832     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs_DbGd-serial-master/o-06_ypp_abs_DbGd.YPP-eps_along_E  : VALUE(#1000) @COL#  3 is -0.84062E-03 [REF] vs -0.82265E-03 [OUT] corresponding to  8.9832     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs_on_the_fly-serial-master/o-06_ypp_abs_on_the_fly.YPP-eps_along_E  : VALUE(#933) @COL#  3 is -0.40975E-03 [REF] vs -0.39962E-03 [OUT] corresponding to  5.0661     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-serial-master/o-07_ep.carriers  : VALUE(#105) @COL#  6 is   1561.3     [REF] vs   1555.8     [OUT] corresponding to 0.27571E+07 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-serial-master/o-08_ep_DbGd.carriers  : VALUE(#105) @COL#  6 is   3911.9     [REF] vs   1274.0     [OUT] corresponding to 0.13189E+10 [% RELATIVE TO MAX]   
Si_bulk/ELPH/base/03_OMS_RIM-serial-master/o-03_OMS_RIM.qp  : VALUE(#5) @COL#  7 is  -7.7840     [REF] vs  -7.6824     [OUT] corresponding to  50770.     [% RELATIVE TO MAX]   
Si_bulk/ELPH/base_for_BSE/03_OMS_RIM-serial-master/o-03_OMS_RIM.qp  : VALUE(#64) @COL#  7 is  -16.700     [REF] vs  -15.580     [OUT] corresponding to 0.56000E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K-serial-master/o-02_elph_0K.carriers  : VALUE(#401) @COL#  6 is   12617.     [REF] vs   12617.     [OUT] corresponding to  1953.1     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K-serial-master/o-02_elph_0K.mean_EPlifetimes  : VALUE(#401) @COL#  5 is   9377.0     [REF] vs   9377.0     [OUT] corresponding to  1464.8     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K_adaptative-serial-master/o-02_elph_0K_adaptative.carriers  : VALUE(#175) @COL#  6 is   12794.     [REF] vs   12794.     [OUT] corresponding to  976.56     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_300K-serial-master/o-02_elph_300K.carriers  : VALUE(#201) @COL#  6 is   45153.     [REF] vs   45153.     [OUT] corresponding to  3906.2     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elph_0K_ad_restart-serial-master/o-03_elph_0K_ad_restart.carriers  : VALUE(#157) @COL#  6 is   5886.4     [REF] vs   5886.4     [OUT] corresponding to  244.14     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elph_0K_restart-serial-master/o-03_elph_0K_restart.carriers  : VALUE(#401) @COL#  6 is   5834.8     [REF] vs   5834.8     [OUT] corresponding to  732.42     [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-serial-master/o-03_fit_elel.YPP-RT_occupations_DATA  : VALUE(#11) @COL# 12 is  0.52966     [REF] vs  0.52967     [OUT] corresponding to  6.4969     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel+elph_0K-serial-master/o-04_elel+elph_0K.carriers  : VALUE(#201) @COL#  6 is   20286.     [REF] vs   20286.     [OUT] corresponding to  31445.     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel_plasma-serial-master/o-04_elel_plasma.carriers  : VALUE(#201) @COL#  6 is   19745.     [REF] vs   19744.     [OUT] corresponding to 0.29883E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-serial-master/o-04_fit_elel_plasma.YPP-RT_occupations_DATA  : VALUE(#11) @COL# 12 is  0.52419     [REF] vs  0.52420     [OUT] corresponding to  5.9903     [% RELATIVE TO MAX]   
Si_bulk/RT/06_carriers_fit_DB_DbGd-serial-master/o-06_carriers_fit_DB_DbGd.YPP-RT_occupations_DATA  : VALUE(#1206) @COL#  1 is   9.9393     [REF] vs   10.030     [OUT] corresponding to  45156.     [% RELATIVE TO MAX]   
Si_bulk/RT/06_elph_0K_DbGd-serial-master/o-06_elph_0K_DbGd.carriers  : VALUE(#201) @COL#  6 is   5181.0     [REF] vs   5188.5     [OUT] corresponding to 0.37458E+07 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-serial-master/o-06_fit_elph_0K_DbGd.YPP-RT_occupations_DATA  : VALUE(#1206) @COL#  1 is   9.9393     [REF] vs   10.030     [OUT] corresponding to  45156.     [% RELATIVE TO MAX]   
Si_bulk/RT/12_elph_0K_field-serial-master/o-12_elph_0K_field.carriers  : VALUE(#301) @COL#  6 is   143.33     [REF] vs   15992.     [OUT] corresponding to 0.79242E+10 [% RELATIVE TO MAX]   
Si_bulk/RT/13_elph_0K_field_ad-serial-master/o-13_elph_0K_field_ad.carriers  : VALUE(#492) @COL#  6 is   1869.7     [REF] vs   1732.1     [OUT] corresponding to 0.68814E+08 [% RELATIVE TO MAX]   
Si_bulk/RT/15_ypp_abs-serial-master/o-15_ypp_abs.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.54178E-04 [REF] vs -0.44165E-04 [OUT] corresponding to  5.0067     [% RELATIVE TO MAX]   
Si_bulk/RT/15_ypp_abs_vel-serial-master/o-15_ypp_abs_vel.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.14635E-04 [REF] vs  0.33795E-04 [OUT] corresponding to  9.5798     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h-serial-master/o-01_h.SC_E_History  : VALUE(#1) @COL#  1 is   49.178     [REF] vs   49.189     [OUT] corresponding to  10.799     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_coh_sex-serial-master/o-01_h_coh_sex.SC_E_History  : VALUE(#1) @COL#  1 is   11.251     [REF] vs   10.056     [OUT] corresponding to  1194.9     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_f-serial-master/o-01_h_f.SC_E_History  : VALUE(#1) @COL#  1 is   20.692     [REF] vs   17.000     [OUT] corresponding to  3692.4     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_lda_x-serial-master/o-01_h_lda_x.SC_E_History  : VALUE(#1) @COL#  1 is   8.1131     [REF] vs   8.0000     [OUT] corresponding to  113.09     [% RELATIVE TO MAX]   
Si_bulk/SC/02_h_coh_sex_empties-serial-master/o-02_h_coh_sex_empties.SC_E_History  : VALUE(#1) @COL#  1 is   9.6397     [REF] vs   9.0001     [OUT] corresponding to  639.63     [% RELATIVE TO MAX]   
Si_bulk/SC/02_h_f_no_precond-serial-master/o-02_h_f_no_precond.SC_E_History  : VALUE(#1) @COL#  1 is   17.692     [REF] vs   14.000     [OUT] corresponding to  3692.3     [% RELATIVE TO MAX]   
Si_bulk/SC/05_h_coh_sex_h_free_colls-serial-master/o-05_h_coh_sex_h_free_colls.SC_E_History  : VALUE(#1) @COL#  1 is   3.6392     [REF] vs   3.0001     [OUT] corresponding to  639.06     [% RELATIVE TO MAX]   
Si_bulk/SC/05_h_f_using_h_free_colls-serial-master/o-05_h_f_using_h_free_colls.SC_E_History  : VALUE(#1) @COL#  1 is   6.6927     [REF] vs   3.0000     [OUT] corresponding to  3692.7     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_coh_sex_using_colls-serial-master/o-06_h_coh_sex_using_colls.SC_E_History  : VALUE(#1) @COL#  1 is   3.6392     [REF] vs   3.0001     [OUT] corresponding to  639.09     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_f_using_colls-serial-master/o-06_h_f_using_colls.SC_E_History  : VALUE(#1) @COL#  1 is   6.6927     [REF] vs   3.0000     [OUT] corresponding to  3692.7     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:36:54 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 05-37
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, random parallelization
=--------------------------------------------------------------------------------=
Al_bulk/GW-OPTICS/02_Lifetimes-Nmpi4-rand_par-master/o-02_Lifetimes.qp  : VALUE(#31) @COL#  5 is   36.906     [REF] vs   36.906     [OUT] corresponding to  15.259     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude-Nmpi4-rand_par-master/o-06_ypp_exc_amplitude.exc_weights_at_1  : VALUE(#9) @COL#  4 is   1.0000     [REF] vs   4.0000     [OUT] corresponding to 0.15000E+07 [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude-Nmpi4-rand_par-master/o-06_ypp_exc_amplitude.exc_weights_at_2  : VALUE(#9) @COL#  4 is   1.0000     [REF] vs   4.0000     [OUT] corresponding to 0.15000E+07 [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_wfs_pp-Nmpi4-rand_par-master/o-06_ypp_exc_wfs_pp.exc_weights_at_1  : VALUE(#9) @COL#  4 is   1.0000     [REF] vs   4.0000     [OUT] corresponding to 0.15000E+07 [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_wfs_pp-Nmpi4-rand_par-master/o-06_ypp_exc_wfs_pp.exc_weights_at_2  : VALUE(#9) @COL#  4 is   1.0000     [REF] vs   4.0000     [OUT] corresponding to 0.15000E+07 [% RELATIVE TO MAX]   
hBN/RT/03_ypp-Nmpi4-rand_par-master/o-03_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.14360E+08 [REF] vs   0.0000     [OUT] corresponding to 0.71798E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp-Nmpi4-rand_par-master/o-04_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.74109E+07 [REF] vs   0.0000     [OUT] corresponding to 0.37054E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp-Nmpi4-rand_par-master/o-04_ypp.YPP-eps_along_E  : VALUE(#330) @COL#  6 is  0.17783E-05 [REF] vs -0.92899E-05 [OUT] corresponding to  5.5341     [% RELATIVE TO MAX]   
hBN/RT/04_ypp_coll-Nmpi4-rand_par-master/o-04_ypp_coll.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.77907E+07 [REF] vs   0.0000     [OUT] corresponding to 0.38954E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp_coll-Nmpi4-rand_par-master/o-04_ypp_coll.YPP-eps_along_E  : VALUE(#337) @COL#  3 is -0.61581E-02 [REF] vs -0.61472E-02 [OUT] corresponding to  5.4822     [% RELATIVE TO MAX]   
hBN/RT/05_ypp-Nmpi4-rand_par-master/o-05_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.40120E+08 [REF] vs   0.0000     [OUT] corresponding to 0.20060E+14 [% RELATIVE TO MAX]   
hBN/RT/05_ypp-Nmpi4-rand_par-master/o-05_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.31988E-03 [REF] vs  0.57747E-03 [OUT] corresponding to  128.80     [% RELATIVE TO MAX]   
hBN/RT/06_ypp-Nmpi4-rand_par-master/o-06_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is -0.14297E+08 [REF] vs   0.0000     [OUT] corresponding to 0.71484E+13 [% RELATIVE TO MAX]   
hBN/RT/06_ypp-Nmpi4-rand_par-master/o-06_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.38351E-03 [REF] vs  0.11288E-02 [OUT] corresponding to  372.64     [% RELATIVE TO MAX]   
hBN/RT/06_ypp_Gvec-Nmpi4-rand_par-master/o-06_ypp_Gvec.YPP-eels_along_E  : VALUE(#501) @COL#  7 is -0.35314E+08 [REF] vs   0.0000     [OUT] corresponding to 0.17657E+14 [% RELATIVE TO MAX]   
hBN/RT/06_ypp_Gvec-Nmpi4-rand_par-master/o-06_ypp_Gvec.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.32053E-02 [REF] vs -0.31813E-02 [OUT] corresponding to  11.955     [% RELATIVE TO MAX]   
hBN/RT/06_ypp_vel-Nmpi4-rand_par-master/o-06_ypp_vel.YPP-eps_along_E  : VALUE(#501) @COL#  3 is  0.98881E-03 [REF] vs  0.10019E-02 [OUT] corresponding to  6.5438     [% RELATIVE TO MAX]   
hBN/RT/09_ypp-Nmpi4-rand_par-master/o-09_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.21770E+08 [REF] vs   0.0000     [OUT] corresponding to 0.10885E+14 [% RELATIVE TO MAX]   
hBN/RT/09_ypp-Nmpi4-rand_par-master/o-09_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.85547E-03 [REF] vs -0.27296E-03 [OUT] corresponding to  291.25     [% RELATIVE TO MAX]   
hBN/RT/11_ypp-Nmpi4-rand_par-master/o-11_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.63535E+07 [REF] vs   0.0000     [OUT] corresponding to 0.31768E+13 [% RELATIVE TO MAX]   
hBN/RT/11_ypp-Nmpi4-rand_par-master/o-11_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.12165     [REF] vs  0.12169     [OUT] corresponding to  21.145     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs-Nmpi4-rand_par-master/o-04_ypp_abs.YPP-eels_along_E  : VALUE(#1000) @COL#  7 is  0.88423E+08 [REF] vs   0.0000     [OUT] corresponding to 0.44211E+14 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs-Nmpi4-rand_par-master/o-04_ypp_abs.YPP-eps_along_E  : VALUE(#721) @COL#  3 is -0.56870E-04 [REF] vs -0.46837E-04 [OUT] corresponding to  5.0166     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs_DbGd-Nmpi4-rand_par-master/o-04_ypp_abs_DbGd.YPP-eps_along_E  : VALUE(#1000) @COL#  6 is -0.65617E-02 [REF] vs -0.64431E-02 [OUT] corresponding to  59.272     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs_vel-Nmpi4-rand_par-master/o-04_ypp_abs_vel.YPP-eps_along_E  : VALUE(#629) @COL#  6 is -0.56612E-03 [REF] vs -0.55589E-03 [OUT] corresponding to  5.1138     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs-Nmpi4-rand_par-master/o-06_ypp_abs.YPP-eps_along_E  : VALUE(#1000) @COL#  3 is -0.84062E-03 [REF] vs -0.85202E-03 [OUT] corresponding to  5.6990     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs_DbGd-Nmpi4-rand_par-master/o-06_ypp_abs_DbGd.YPP-eps_along_E  : VALUE(#1000) @COL#  3 is -0.84062E-03 [REF] vs -0.85202E-03 [OUT] corresponding to  5.6990     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs_on_the_fly-Nmpi4-rand_par-master/o-06_ypp_abs_on_the_fly.YPP-eps_along_E  : VALUE(#933) @COL#  3 is -0.40975E-03 [REF] vs -0.39956E-03 [OUT] corresponding to  5.0977     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Nmpi4-rand_par-master/o-07_ep.carriers  : VALUE(#105) @COL#  6 is   1561.3     [REF] vs  -0.0000     [OUT] corresponding to 0.78067E+09 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Nmpi4-rand_par-master/o-08_ep_DbGd.carriers  : VALUE(#105) @COL#  6 is   3911.9     [REF] vs  -0.0000     [OUT] corresponding to 0.19559E+10 [% RELATIVE TO MAX]   
Si_bulk/ELPH/base/03_OMS_RIM-Nmpi4-rand_par-master/o-03_OMS_RIM.qp  : VALUE(#5) @COL#  7 is  -7.7840     [REF] vs  -7.6603     [OUT] corresponding to  61860.     [% RELATIVE TO MAX]   
Si_bulk/ELPH/base_for_BSE/03_OMS_RIM-Nmpi4-rand_par-master/o-03_OMS_RIM.qp  : VALUE(#64) @COL#  7 is  -16.700     [REF] vs  -15.580     [OUT] corresponding to 0.56000E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K-Nmpi4-rand_par-master/o-02_elph_0K.carriers  : VALUE(#401) @COL#  6 is   12617.     [REF] vs   12617.     [OUT] corresponding to  1464.8     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K-Nmpi4-rand_par-master/o-02_elph_0K.mean_EPlifetimes  : VALUE(#401) @COL#  5 is   9377.0     [REF] vs   9377.0     [OUT] corresponding to  1953.1     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K_adaptative-Nmpi4-rand_par-master/o-02_elph_0K_adaptative.carriers  : VALUE(#175) @COL#  6 is   12794.     [REF] vs   12794.     [OUT] corresponding to  488.28     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_300K-Nmpi4-rand_par-master/o-02_elph_300K.carriers  : VALUE(#201) @COL#  6 is   45153.     [REF] vs   45153.     [OUT] corresponding to  15625.     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elph_0K_ad_restart-Nmpi4-rand_par-master/o-03_elph_0K_ad_restart.carriers  : VALUE(#157) @COL#  6 is   5886.4     [REF] vs   5886.4     [OUT] corresponding to  976.56     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elph_0K_restart-Nmpi4-rand_par-master/o-03_elph_0K_restart.carriers  : VALUE(#401) @COL#  6 is   5834.8     [REF] vs   5834.8     [OUT] corresponding to  732.42     [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-Nmpi4-rand_par-master/o-03_fit_elel.YPP-RT_occupations_DATA  : VALUE(#11) @COL# 12 is  0.52966     [REF] vs  0.52967     [OUT] corresponding to  5.9903     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel+elph_0K-Nmpi4-rand_par-master/o-04_elel+elph_0K.carriers  : VALUE(#201) @COL#  6 is   20286.     [REF] vs   20287.     [OUT] corresponding to 0.20918E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel_plasma-Nmpi4-rand_par-master/o-04_elel_plasma.carriers  : VALUE(#201) @COL#  6 is   19745.     [REF] vs   19744.     [OUT] corresponding to 0.29492E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel+elph_0K-Nmpi4-rand_par-master/o-04_fit_elel+elph_0K.YPP-RT_occupations_DATA  : VALUE(#11) @COL# 12 is  0.53533     [REF] vs  0.53532     [OUT] corresponding to  7.0035     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-rand_par-master/o-04_fit_elel_plasma.YPP-RT_occupations_DATA  : VALUE(#11) @COL# 12 is  0.52419     [REF] vs  0.52420     [OUT] corresponding to  5.5134     [% RELATIVE TO MAX]   
Si_bulk/RT/06_carriers_fit_DB_DbGd-Nmpi4-rand_par-master/o-06_carriers_fit_DB_DbGd.YPP-RT_occupations_DATA  : VALUE(#1206) @COL#  1 is   9.9393     [REF] vs   10.030     [OUT] corresponding to  45156.     [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-rand_par-master/o-06_fit_elph_0K_DbGd.YPP-RT_occupations_DATA  : VALUE(#1206) @COL#  1 is   9.9393     [REF] vs   10.030     [OUT] corresponding to  45156.     [% RELATIVE TO MAX]   
Si_bulk/RT/13_elph_0K_field_ad-Nmpi4-rand_par-master/o-13_elph_0K_field_ad.carriers  : VALUE(#492) @COL#  6 is   1869.7     [REF] vs   1732.1     [OUT] corresponding to 0.68813E+08 [% RELATIVE TO MAX]   
Si_bulk/RT/15_ypp_abs-Nmpi4-rand_par-master/o-15_ypp_abs.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.54178E-04 [REF] vs -0.44165E-04 [OUT] corresponding to  5.0067     [% RELATIVE TO MAX]   
Si_bulk/RT/15_ypp_abs_vel-Nmpi4-rand_par-master/o-15_ypp_abs_vel.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.14635E-04 [REF] vs  0.33795E-04 [OUT] corresponding to  9.5798     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_coh_sex-Nmpi4-rand_par-master/o-01_h_coh_sex.SC_E_History  : VALUE(#1) @COL#  1 is   11.251     [REF] vs   10.056     [OUT] corresponding to  1194.9     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_f-Nmpi4-rand_par-master/o-01_h_f.SC_E_History  : VALUE(#1) @COL#  1 is   20.692     [REF] vs   17.000     [OUT] corresponding to  3692.4     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_lda_x-Nmpi4-rand_par-master/o-01_h_lda_x.SC_E_History  : VALUE(#1) @COL#  1 is   8.1131     [REF] vs   8.0000     [OUT] corresponding to  113.09     [% RELATIVE TO MAX]   
Si_bulk/SC/02_h_coh_sex_empties-Nmpi4-rand_par-master/o-02_h_coh_sex_empties.SC_E_History  : VALUE(#1) @COL#  1 is   9.6397     [REF] vs   9.0001     [OUT] corresponding to  639.63     [% RELATIVE TO MAX]   
Si_bulk/SC/02_h_f_no_precond-Nmpi4-rand_par-master/o-02_h_f_no_precond.SC_E_History  : VALUE(#1) @COL#  1 is   17.692     [REF] vs   14.000     [OUT] corresponding to  3692.3     [% RELATIVE TO MAX]   
Si_bulk/SC/05_h_coh_sex_h_free_colls-Nmpi4-rand_par-master/o-05_h_coh_sex_h_free_colls.SC_E_History  : VALUE(#1) @COL#  1 is   3.6392     [REF] vs   3.0001     [OUT] corresponding to  639.06     [% RELATIVE TO MAX]   
Si_bulk/SC/05_h_f_using_h_free_colls-Nmpi4-rand_par-master/o-05_h_f_using_h_free_colls.SC_E_History  : VALUE(#1) @COL#  1 is   6.6927     [REF] vs   3.0000     [OUT] corresponding to  3692.7     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_coh_sex_using_colls-Nmpi4-rand_par-master/o-06_h_coh_sex_using_colls.SC_E_History  : VALUE(#1) @COL#  1 is   3.6392     [REF] vs   3.0001     [OUT] corresponding to  639.09     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_f_using_colls-Nmpi4-rand_par-master/o-06_h_f_using_colls.SC_E_History  : VALUE(#1) @COL#  1 is   6.6927     [REF] vs   3.0000     [OUT] corresponding to  3692.7     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:21:52 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 06-59
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, default parallelization
=--------------------------------------------------------------------------------=
Al_bulk/GW-OPTICS/02_Lifetimes-Nmpi4-def_par-master/o-02_Lifetimes.qp  : VALUE(#31) @COL#  5 is   36.906     [REF] vs   36.906     [OUT] corresponding to  15.259     [% RELATIVE TO MAX]   
AlAs/RT/09_ypp-Nmpi4-def_par-master/o-09_ypp.YPP-eps_along_E  : VALUE(#500) @COL#  6 is -0.61930E-04 [REF] vs -0.46907E-04 [OUT] corresponding to  7.5111     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude-Nmpi4-def_par-master/o-06_ypp_exc_amplitude.exc_weights_at_1  : VALUE(#6) @COL#  4 is   4.0000     [REF] vs   1.0000     [OUT] corresponding to 0.15000E+07 [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude-Nmpi4-def_par-master/o-06_ypp_exc_amplitude.exc_weights_at_2  : VALUE(#6) @COL#  4 is   4.0000     [REF] vs   1.0000     [OUT] corresponding to 0.15000E+07 [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_amplitude_SLEPC-Nmpi4-def_par-master/o-06_ypp_exc_amplitude_SLEPC.exc_weights_at_2  : VALUE(#9) @COL#  4 is   1.0000     [REF] vs   4.0000     [OUT] corresponding to 0.15000E+07 [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_wfs_pp-Nmpi4-def_par-master/o-06_ypp_exc_wfs_pp.exc_weights_at_1  : VALUE(#6) @COL#  4 is   4.0000     [REF] vs   1.0000     [OUT] corresponding to 0.15000E+07 [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_exc_wfs_pp-Nmpi4-def_par-master/o-06_ypp_exc_wfs_pp.exc_weights_at_2  : VALUE(#6) @COL#  4 is   4.0000     [REF] vs   1.0000     [OUT] corresponding to 0.15000E+07 [% RELATIVE TO MAX]   
hBN/RT/03_ypp-Nmpi4-def_par-master/o-03_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.14360E+08 [REF] vs   0.0000     [OUT] corresponding to 0.71798E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp-Nmpi4-def_par-master/o-04_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.74109E+07 [REF] vs   0.0000     [OUT] corresponding to 0.37054E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp-Nmpi4-def_par-master/o-04_ypp.YPP-eps_along_E  : VALUE(#327) @COL#  3 is -0.16668E-05 [REF] vs  0.91036E-05 [OUT] corresponding to  5.3852     [% RELATIVE TO MAX]   
hBN/RT/04_ypp_coll-Nmpi4-def_par-master/o-04_ypp_coll.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.77907E+07 [REF] vs   0.0000     [OUT] corresponding to 0.38954E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp_coll-Nmpi4-def_par-master/o-04_ypp_coll.YPP-eps_along_E  : VALUE(#337) @COL#  3 is -0.61581E-02 [REF] vs -0.61472E-02 [OUT] corresponding to  5.4822     [% RELATIVE TO MAX]   
hBN/RT/05_ypp-Nmpi4-def_par-master/o-05_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.40120E+08 [REF] vs   0.0000     [OUT] corresponding to 0.20060E+14 [% RELATIVE TO MAX]   
hBN/RT/05_ypp-Nmpi4-def_par-master/o-05_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.31988E-03 [REF] vs  0.57748E-03 [OUT] corresponding to  128.80     [% RELATIVE TO MAX]   
hBN/RT/06_ypp-Nmpi4-def_par-master/o-06_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is -0.14297E+08 [REF] vs   0.0000     [OUT] corresponding to 0.71484E+13 [% RELATIVE TO MAX]   
hBN/RT/06_ypp-Nmpi4-def_par-master/o-06_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.38351E-03 [REF] vs  0.11282E-02 [OUT] corresponding to  372.37     [% RELATIVE TO MAX]   
hBN/RT/06_ypp_Gvec-Nmpi4-def_par-master/o-06_ypp_Gvec.YPP-eels_along_E  : VALUE(#501) @COL#  7 is -0.35314E+08 [REF] vs   0.0000     [OUT] corresponding to 0.17657E+14 [% RELATIVE TO MAX]   
hBN/RT/06_ypp_Gvec-Nmpi4-def_par-master/o-06_ypp_Gvec.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.32053E-02 [REF] vs -0.31929E-02 [OUT] corresponding to  6.1796     [% RELATIVE TO MAX]   
hBN/RT/06_ypp_vel-Nmpi4-def_par-master/o-06_ypp_vel.YPP-eps_along_E  : VALUE(#501) @COL#  3 is  0.98881E-03 [REF] vs  0.10006E-02 [OUT] corresponding to  5.8759     [% RELATIVE TO MAX]   
hBN/RT/09_ypp-Nmpi4-def_par-master/o-09_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.21770E+08 [REF] vs   0.0000     [OUT] corresponding to 0.10885E+14 [% RELATIVE TO MAX]   
hBN/RT/09_ypp-Nmpi4-def_par-master/o-09_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.85547E-03 [REF] vs -0.27289E-03 [OUT] corresponding to  291.29     [% RELATIVE TO MAX]   
hBN/RT/11_ypp-Nmpi4-def_par-master/o-11_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.63535E+07 [REF] vs   0.0000     [OUT] corresponding to 0.31768E+13 [% RELATIVE TO MAX]   
hBN/RT/11_ypp-Nmpi4-def_par-master/o-11_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.12165     [REF] vs  0.12169     [OUT] corresponding to  21.689     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs-Nmpi4-def_par-master/o-04_ypp_abs.YPP-eels_along_E  : VALUE(#1000) @COL#  7 is  0.88423E+08 [REF] vs   0.0000     [OUT] corresponding to 0.44211E+14 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs-Nmpi4-def_par-master/o-04_ypp_abs.YPP-eps_along_E  : VALUE(#721) @COL#  3 is -0.56870E-04 [REF] vs -0.46833E-04 [OUT] corresponding to  5.0185     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs_DbGd-Nmpi4-def_par-master/o-04_ypp_abs_DbGd.YPP-eps_along_E  : VALUE(#1000) @COL#  6 is -0.65617E-02 [REF] vs -0.64431E-02 [OUT] corresponding to  59.292     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs_vel-Nmpi4-def_par-master/o-04_ypp_abs_vel.YPP-eps_along_E  : VALUE(#629) @COL#  6 is -0.56612E-03 [REF] vs -0.55581E-03 [OUT] corresponding to  5.1534     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs-Nmpi4-def_par-master/o-06_ypp_abs.YPP-eps_along_E  : VALUE(#1000) @COL#  3 is -0.84062E-03 [REF] vs -0.85191E-03 [OUT] corresponding to  5.6480     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs_DbGd-Nmpi4-def_par-master/o-06_ypp_abs_DbGd.YPP-eps_along_E  : VALUE(#1000) @COL#  3 is -0.84062E-03 [REF] vs -0.85191E-03 [OUT] corresponding to  5.6480     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs_on_the_fly-Nmpi4-def_par-master/o-06_ypp_abs_on_the_fly.YPP-eps_along_E  : VALUE(#949) @COL#  3 is -0.38215E-03 [REF] vs -0.37190E-03 [OUT] corresponding to  5.1246     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Nmpi4-def_par-master/o-07_ep.carriers  : VALUE(#105) @COL#  6 is   1561.3     [REF] vs  -0.0000     [OUT] corresponding to 0.78067E+09 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Nmpi4-def_par-master/o-08_ep_DbGd.carriers  : VALUE(#105) @COL#  6 is   3911.9     [REF] vs   1275.9     [OUT] corresponding to 0.13180E+10 [% RELATIVE TO MAX]   
Si_bulk/ELPH/base/03_OMS_RIM-Nmpi4-def_par-master/o-03_OMS_RIM.qp  : VALUE(#5) @COL#  7 is  -7.7840     [REF] vs  -7.6825     [OUT] corresponding to  50755.     [% RELATIVE TO MAX]   
Si_bulk/ELPH/base_for_BSE/03_OMS_RIM-Nmpi4-def_par-master/o-03_OMS_RIM.qp  : VALUE(#64) @COL#  7 is  -16.700     [REF] vs  -15.570     [OUT] corresponding to 0.56500E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K-Nmpi4-def_par-master/o-02_elph_0K.carriers  : VALUE(#401) @COL#  6 is   12617.     [REF] vs   12617.     [OUT] corresponding to  1464.8     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K-Nmpi4-def_par-master/o-02_elph_0K.mean_EPlifetimes  : VALUE(#401) @COL#  5 is   9377.0     [REF] vs   9377.0     [OUT] corresponding to  1953.1     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K_adaptative-Nmpi4-def_par-master/o-02_elph_0K_adaptative.carriers  : VALUE(#175) @COL#  6 is   12794.     [REF] vs   12794.     [OUT] corresponding to  1464.8     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_300K-Nmpi4-def_par-master/o-02_elph_300K.carriers  : VALUE(#201) @COL#  6 is   45153.     [REF] vs   45153.     [OUT] corresponding to  15625.     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elph_0K_ad_restart-Nmpi4-def_par-master/o-03_elph_0K_ad_restart.carriers  : VALUE(#157) @COL#  6 is   5886.4     [REF] vs   5886.4     [OUT] corresponding to  1220.7     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elph_0K_restart-Nmpi4-def_par-master/o-03_elph_0K_restart.carriers  : VALUE(#401) @COL#  6 is   5834.8     [REF] vs   5834.8     [OUT] corresponding to  1464.8     [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-Nmpi4-def_par-master/o-03_fit_elel.YPP-RT_occupations_DATA  : VALUE(#11) @COL# 12 is  0.52966     [REF] vs  0.52967     [OUT] corresponding to  5.9903     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel+elph_0K-Nmpi4-def_par-master/o-04_elel+elph_0K.carriers  : VALUE(#201) @COL#  6 is   20286.     [REF] vs   20286.     [OUT] corresponding to  42383.     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel_plasma-Nmpi4-def_par-master/o-04_elel_plasma.carriers  : VALUE(#201) @COL#  6 is   19745.     [REF] vs   19744.     [OUT] corresponding to 0.29883E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel+elph_0K-Nmpi4-def_par-master/o-04_fit_elel+elph_0K.YPP-RT_occupations_DATA  : VALUE(#10) @COL#  7 is  0.55324     [REF] vs  0.55323     [OUT] corresponding to  5.0068     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-def_par-master/o-04_fit_elel_plasma.YPP-RT_occupations_DATA  : VALUE(#11) @COL# 12 is  0.52419     [REF] vs  0.52420     [OUT] corresponding to  5.5134     [% RELATIVE TO MAX]   
Si_bulk/RT/06_carriers_fit_DB_DbGd-Nmpi4-def_par-master/o-06_carriers_fit_DB_DbGd.YPP-RT_occupations_DATA  : VALUE(#1206) @COL#  1 is   9.9393     [REF] vs   10.030     [OUT] corresponding to  45156.     [% RELATIVE TO MAX]   
Si_bulk/RT/06_elph_0K_DbGd-Nmpi4-def_par-master/o-06_elph_0K_DbGd.carriers  : VALUE(#201) @COL#  6 is   5181.0     [REF] vs   5188.5     [OUT] corresponding to 0.37458E+07 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-def_par-master/o-06_fit_elph_0K_DbGd.YPP-RT_occupations_DATA  : VALUE(#1206) @COL#  1 is   9.9393     [REF] vs   10.030     [OUT] corresponding to  45156.     [% RELATIVE TO MAX]   
Si_bulk/RT/12_elph_0K_field-Nmpi4-def_par-master/o-12_elph_0K_field.carriers  : VALUE(#301) @COL#  6 is   143.33     [REF] vs   15992.     [OUT] corresponding to 0.79242E+10 [% RELATIVE TO MAX]   
Si_bulk/RT/13_elph_0K_field_ad-Nmpi4-def_par-master/o-13_elph_0K_field_ad.carriers  : VALUE(#492) @COL#  6 is   1869.7     [REF] vs   1732.1     [OUT] corresponding to 0.68814E+08 [% RELATIVE TO MAX]   
Si_bulk/RT/15_ypp_abs-Nmpi4-def_par-master/o-15_ypp_abs.YPP-eps_along_E  : VALUE(#501) @COL#  7 is -0.51637E-05 [REF] vs  0.23002E-04 [OUT] corresponding to  14.083     [% RELATIVE TO MAX]   
Si_bulk/RT/15_ypp_abs_vel-Nmpi4-def_par-master/o-15_ypp_abs_vel.YPP-eps_along_E  : VALUE(#501) @COL#  7 is  0.24634E-04 [REF] vs -0.46357E-04 [OUT] corresponding to  35.496     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_coh_sex-Nmpi4-def_par-master/o-01_h_coh_sex.SC_E_History  : VALUE(#1) @COL#  1 is   11.251     [REF] vs   10.056     [OUT] corresponding to  1194.9     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_f-Nmpi4-def_par-master/o-01_h_f.SC_E_History  : VALUE(#1) @COL#  1 is   20.692     [REF] vs   17.000     [OUT] corresponding to  3692.4     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_lda_x-Nmpi4-def_par-master/o-01_h_lda_x.SC_E_History  : VALUE(#1) @COL#  1 is   8.1131     [REF] vs   8.0000     [OUT] corresponding to  113.09     [% RELATIVE TO MAX]   
Si_bulk/SC/02_h_coh_sex_empties-Nmpi4-def_par-master/o-02_h_coh_sex_empties.SC_E_History  : VALUE(#1) @COL#  1 is   9.6397     [REF] vs   9.0001     [OUT] corresponding to  639.63     [% RELATIVE TO MAX]   
Si_bulk/SC/02_h_f_no_precond-Nmpi4-def_par-master/o-02_h_f_no_precond.SC_E_History  : VALUE(#1) @COL#  1 is   17.692     [REF] vs   14.000     [OUT] corresponding to  3692.3     [% RELATIVE TO MAX]   
Si_bulk/SC/05_h_coh_sex_h_free_colls-Nmpi4-def_par-master/o-05_h_coh_sex_h_free_colls.SC_E_History  : VALUE(#1) @COL#  1 is   3.6392     [REF] vs   3.0001     [OUT] corresponding to  639.06     [% RELATIVE TO MAX]   
Si_bulk/SC/05_h_f_using_h_free_colls-Nmpi4-def_par-master/o-05_h_f_using_h_free_colls.SC_E_History  : VALUE(#1) @COL#  1 is   6.6927     [REF] vs   3.0000     [OUT] corresponding to  3692.7     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_coh_sex_using_colls-Nmpi4-def_par-master/o-06_h_coh_sex_using_colls.SC_E_History  : VALUE(#1) @COL#  1 is   3.6392     [REF] vs   3.0001     [OUT] corresponding to  639.09     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_f_using_colls-Nmpi4-def_par-master/o-06_h_f_using_colls.SC_E_History  : VALUE(#1) @COL#  1 is   6.6927     [REF] vs   3.0000     [OUT] corresponding to  3692.7     [% RELATIVE TO MAX]   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Section Duration : 1:26:54 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Sep-19-Wed - 08-25
Compilation Scheme      :gfortran_internal_SP_PAR-IO.sh
Build                   :master - MPI+SLK+OpenMP+SLEPC+MPI_IO - OpenMPI - gfortran - rev.15727
MPI                     : Open MPI v2.1.1, package: Open MPI buildd@lcy01-amd64-009 Distribution, ident: 2.1.1, repo rev: v2.1.0-100-ga2fdb5b, May 10, 2017
Compilation Precision   :single
Parallel Conf           :[(Threads=2)] - none
=--------------------------------------------------------------------------------=
Al_bulk/GW-OPTICS/02_Lifetimes-Omp2-master/o-02_Lifetimes.qp  : VALUE(#31) @COL#  5 is   36.906     [REF] vs   36.906     [OUT] corresponding to  30.518     [% RELATIVE TO MAX]   
hBN/RT/03_ypp-Omp2-master/o-03_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.14360E+08 [REF] vs   0.0000     [OUT] corresponding to 0.71798E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp-Omp2-master/o-04_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.74109E+07 [REF] vs   0.0000     [OUT] corresponding to 0.37054E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp-Omp2-master/o-04_ypp.YPP-eps_along_E  : VALUE(#340) @COL#  3 is  0.37756E-06 [REF] vs  0.11027E-04 [OUT] corresponding to  5.3249     [% RELATIVE TO MAX]   
hBN/RT/04_ypp_coll-Omp2-master/o-04_ypp_coll.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.77907E+07 [REF] vs   0.0000     [OUT] corresponding to 0.38954E+13 [% RELATIVE TO MAX]   
hBN/RT/04_ypp_coll-Omp2-master/o-04_ypp_coll.YPP-eps_along_E  : VALUE(#343) @COL#  3 is -0.22238E-02 [REF] vs -0.22133E-02 [OUT] corresponding to  5.2173     [% RELATIVE TO MAX]   
hBN/RT/05_ypp-Omp2-master/o-05_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.40120E+08 [REF] vs   0.0000     [OUT] corresponding to 0.20060E+14 [% RELATIVE TO MAX]   
hBN/RT/05_ypp-Omp2-master/o-05_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.31988E-03 [REF] vs  0.57739E-03 [OUT] corresponding to  128.75     [% RELATIVE TO MAX]   
hBN/RT/06_ypp-Omp2-master/o-06_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is -0.14297E+08 [REF] vs   0.0000     [OUT] corresponding to 0.71484E+13 [% RELATIVE TO MAX]   
hBN/RT/06_ypp-Omp2-master/o-06_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.38351E-03 [REF] vs  0.11274E-02 [OUT] corresponding to  371.93     [% RELATIVE TO MAX]   
hBN/RT/06_ypp_Gvec-Omp2-master/o-06_ypp_Gvec.YPP-eels_along_E  : VALUE(#501) @COL#  7 is -0.35314E+08 [REF] vs   0.0000     [OUT] corresponding to 0.17657E+14 [% RELATIVE TO MAX]   
hBN/RT/06_ypp_Gvec-Omp2-master/o-06_ypp_Gvec.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.32053E-02 [REF] vs -0.31825E-02 [OUT] corresponding to  11.397     [% RELATIVE TO MAX]   
hBN/RT/06_ypp_vel-Omp2-master/o-06_ypp_vel.YPP-eps_along_E  : VALUE(#430) @COL#  3 is -0.26677E-02 [REF] vs -0.26571E-02 [OUT] corresponding to  5.2958     [% RELATIVE TO MAX]   
hBN/RT/09_ypp-Omp2-master/o-09_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.21770E+08 [REF] vs   0.0000     [OUT] corresponding to 0.10885E+14 [% RELATIVE TO MAX]   
hBN/RT/09_ypp-Omp2-master/o-09_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.85547E-03 [REF] vs -0.26977E-03 [OUT] corresponding to  292.85     [% RELATIVE TO MAX]   
hBN/RT/11_ypp-Omp2-master/o-11_ypp.YPP-eels_along_E  : VALUE(#501) @COL#  7 is  0.63535E+07 [REF] vs   0.0000     [OUT] corresponding to 0.31768E+13 [% RELATIVE TO MAX]   
hBN/RT/11_ypp-Omp2-master/o-11_ypp.YPP-eps_along_E  : VALUE(#501) @COL#  6 is  0.12165     [REF] vs  0.12147     [OUT] corresponding to  90.957     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs-Omp2-master/o-04_ypp_abs.YPP-eels_along_E  : VALUE(#1000) @COL#  7 is  0.88423E+08 [REF] vs   0.0000     [OUT] corresponding to 0.44211E+14 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs-Omp2-master/o-04_ypp_abs.YPP-eps_along_E  : VALUE(#721) @COL#  3 is -0.56870E-04 [REF] vs -0.46837E-04 [OUT] corresponding to  5.0166     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs_DbGd-Omp2-master/o-04_ypp_abs_DbGd.YPP-eps_along_E  : VALUE(#1000) @COL#  6 is -0.65617E-02 [REF] vs -0.64431E-02 [OUT] corresponding to  59.272     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_ypp_abs_vel-Omp2-master/o-04_ypp_abs_vel.YPP-eps_along_E  : VALUE(#629) @COL#  6 is -0.56612E-03 [REF] vs -0.55589E-03 [OUT] corresponding to  5.1138     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs-Omp2-master/o-06_ypp_abs.YPP-eps_along_E  : VALUE(#1000) @COL#  3 is -0.84062E-03 [REF] vs -0.82317E-03 [OUT] corresponding to  8.7229     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs_DbGd-Omp2-master/o-06_ypp_abs_DbGd.YPP-eps_along_E  : VALUE(#1000) @COL#  3 is -0.84062E-03 [REF] vs -0.82317E-03 [OUT] corresponding to  8.7229     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_ypp_abs_on_the_fly-Omp2-master/o-06_ypp_abs_on_the_fly.YPP-eps_along_E  : VALUE(#949) @COL#  3 is -0.38215E-03 [REF] vs -0.37190E-03 [OUT] corresponding to  5.1230     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Omp2-master/o-07_ep.carriers  : VALUE(#105) @COL#  6 is   1561.3     [REF] vs   1561.9     [OUT] corresponding to 0.28485E+06 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Omp2-master/o-08_ep_DbGd.carriers  : VALUE(#105) @COL#  6 is   3911.9     [REF] vs  -0.0000     [OUT] corresponding to 0.19559E+10 [% RELATIVE TO MAX]   
Si_bulk/ELPH/base/03_OMS_RIM-Omp2-master/o-03_OMS_RIM.qp  : VALUE(#5) @COL#  7 is  -7.7840     [REF] vs  -7.6613     [OUT] corresponding to  61350.     [% RELATIVE TO MAX]   
Si_bulk/ELPH/base_for_BSE/03_OMS_RIM-Omp2-master/o-03_OMS_RIM.qp  : VALUE(#64) @COL#  7 is  -16.700     [REF] vs  -15.580     [OUT] corresponding to 0.56000E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K-Omp2-master/o-02_elph_0K.carriers  : VALUE(#401) @COL#  6 is   12617.     [REF] vs   12617.     [OUT] corresponding to  1953.1     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K-Omp2-master/o-02_elph_0K.mean_EPlifetimes  : VALUE(#401) @COL#  5 is   9377.0     [REF] vs   9377.0     [OUT] corresponding to  1464.8     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_0K_adaptative-Omp2-master/o-02_elph_0K_adaptative.carriers  : VALUE(#175) @COL#  6 is   12794.     [REF] vs   12794.     [OUT] corresponding to  976.56     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_300K-Omp2-master/o-02_elph_300K.carriers  : VALUE(#201) @COL#  6 is   45153.     [REF] vs   45153.     [OUT] corresponding to  3906.2     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elph_0K_ad_restart-Omp2-master/o-03_elph_0K_ad_restart.carriers  : VALUE(#157) @COL#  6 is   5886.4     [REF] vs   5886.4     [OUT] corresponding to  244.14     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elph_0K_restart-Omp2-master/o-03_elph_0K_restart.carriers  : VALUE(#401) @COL#  6 is   5834.8     [REF] vs   5834.8     [OUT] corresponding to  732.42     [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-Omp2-master/o-03_fit_elel.YPP-RT_occupations_DATA  : VALUE(#11) @COL# 12 is  0.52966     [REF] vs  0.52967     [OUT] corresponding to  6.4969     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel+elph_0K-Omp2-master/o-04_elel+elph_0K.carriers  : VALUE(#201) @COL#  6 is   20286.     [REF] vs   20286.     [OUT] corresponding to  2734.4     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel_plasma-Omp2-master/o-04_elel_plasma.carriers  : VALUE(#201) @COL#  6 is   19745.     [REF] vs   19744.     [OUT] corresponding to 0.29590E+06 [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Omp2-master/o-04_fit_elel_plasma.YPP-RT_occupations_DATA  : VALUE(#11) @COL# 12 is  0.52419     [REF] vs  0.52420     [OUT] corresponding to  5.9903     [% RELATIVE TO MAX]   
Si_bulk/RT/06_carriers_fit_DB_DbGd-Omp2-master/o-06_carriers_fit_DB_DbGd.YPP-RT_occupations_DATA  : VALUE(#1206) @COL#  1 is   9.9393     [REF] vs   10.030     [OUT] corresponding to  45156.     [% RELATIVE TO MAX]   
Si_bulk/RT/06_elph_0K_DbGd-Omp2-master/o-06_elph_0K_DbGd.carriers  : VALUE(#201) @COL#  6 is   5181.0     [REF] vs   5188.5     [OUT] corresponding to 0.37458E+07 [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Omp2-master/o-06_fit_elph_0K_DbGd.YPP-RT_occupations_DATA  : VALUE(#1206) @COL#  1 is   9.9393     [REF] vs   10.030     [OUT] corresponding to  45156.     [% RELATIVE TO MAX]   
Si_bulk/RT/12_elph_0K_field-Omp2-master/o-12_elph_0K_field.carriers  : VALUE(#301) @COL#  6 is   143.33     [REF] vs   15992.     [OUT] corresponding to 0.79242E+10 [% RELATIVE TO MAX]   
Si_bulk/RT/13_elph_0K_field_ad-Omp2-master/o-13_elph_0K_field_ad.carriers  : VALUE(#492) @COL#  6 is   1869.7     [REF] vs   1732.1     [OUT] corresponding to 0.68814E+08 [% RELATIVE TO MAX]   
Si_bulk/RT/15_ypp_abs-Omp2-master/o-15_ypp_abs.YPP-eps_along_E  : VALUE(#501) @COL#  6 is -0.54178E-04 [REF] vs -0.10921E-04 [OUT] corresponding to  21.629     [% RELATIVE TO MAX]   
Si_bulk/RT/15_ypp_abs_vel-Omp2-master/o-15_ypp_abs_vel.YPP-eps_along_E  : VALUE(#501) @COL#  7 is  0.24634E-04 [REF] vs  0.98528E-05 [OUT] corresponding to  7.3908     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h-Omp2-master/o-01_h.SC_E_History  : VALUE(#1) @COL#  1 is   49.178     [REF] vs   49.189     [OUT] corresponding to  10.799     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_coh_sex-Omp2-master/o-01_h_coh_sex.SC_E_History  : VALUE(#1) @COL#  1 is   11.251     [REF] vs   10.056     [OUT] corresponding to  1194.9     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_f-Omp2-master/o-01_h_f.SC_E_History  : VALUE(#1) @COL#  1 is   20.692     [REF] vs   17.000     [OUT] corresponding to  3692.4     [% RELATIVE TO MAX]   
Si_bulk/SC/01_h_lda_x-Omp2-master/o-01_h_lda_x.SC_E_History  : VALUE(#1) @COL#  1 is   8.1131     [REF] vs   8.0000     [OUT] corresponding to  113.09     [% RELATIVE TO MAX]   
Si_bulk/SC/02_h_coh_sex_empties-Omp2-master/o-02_h_coh_sex_empties.SC_E_History  : VALUE(#1) @COL#  1 is   9.6397     [REF] vs   9.0001     [OUT] corresponding to  639.63     [% RELATIVE TO MAX]   
Si_bulk/SC/02_h_f_no_precond-Omp2-master/o-02_h_f_no_precond.SC_E_History  : VALUE(#1) @COL#  1 is   17.692     [REF] vs   14.000     [OUT] corresponding to  3692.3     [% RELATIVE TO MAX]   
Si_bulk/SC/05_h_coh_sex_h_free_colls-Omp2-master/o-05_h_coh_sex_h_free_colls.SC_E_History  : VALUE(#1) @COL#  1 is   3.6392     [REF] vs   3.0001     [OUT] corresponding to  639.06     [% RELATIVE TO MAX]   
Si_bulk/SC/05_h_f_using_h_free_colls-Omp2-master/o-05_h_f_using_h_free_colls.SC_E_History  : VALUE(#1) @COL#  1 is   6.6927     [REF] vs   3.0000     [OUT] corresponding to  3692.7     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_coh_sex_using_colls-Omp2-master/o-06_h_coh_sex_using_colls.SC_E_History  : VALUE(#1) @COL#  1 is   3.6392     [REF] vs   3.0001     [OUT] corresponding to  639.09     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_f_using_colls-Omp2-master/o-06_h_f_using_colls.SC_E_History  : VALUE(#1) @COL#  1 is   6.6927     [REF] vs   3.0000     [OUT] corresponding to  3692.7     [% RELATIVE TO MAX]   
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% Section Duration : 1:14:41 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% TOTAL   Duration : 5:40:30 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%