%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Yambo test suite ERRORs log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Jun-26-Tue - 02-53
Compilation Scheme      :gfortran_internal_SP.sh
Build                   :devel-current-approach - MPI+SLK+OpenMP+SLEPC - OpenMPI - gfortran - rev.15337
MPI                     : Open MPI v1.10.2, package: Open MPI buildd@lgw01-57 Distribution, ident: 1.10.2, repo rev: v1.10.1-145-g799148f, Jan 21, 2016
Compilation Precision   :single
Parallel Conf           :[serial] - none
=--------------------------------------------------------------------------------=
Cobalt/02_KERR-serial-devel-current-approach/o-02_KERR.eps_q1_IP  : VALUE(#   1)@COL#  2 is   596.20     [REF] vs   633.50     [OUT] corresponding to  6.2563     [% RELATIVE TO MAX]   
Cobalt/02_KERR-serial-devel-current-approach/o-02_KERR.moke_q1_IP  : VALUE(#  53)@COL#  2 is  0.23414     [REF] vs  0.21597     [OUT] corresponding to  5.3357     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/05_BSE+QP_vel-serial-devel-current-approach  :  NO o-05_BSE+QP_vel.03_QP.data in REFERENCE(s)  
hBN/GW-OPTICS/05_BSE+QP_vel-serial-devel-current-approach  :  NO o-05_BSE+QP_vel.03_QP.fit in REFERENCE(s)  
Iron/abinit/With-SOC/04_KERR_IP-RPA_vel-serial-devel-current-approach/o-04_KERR_IP-RPA_vel.eel_q1_IP  : VALUE(# 284)@COL#  3 is  0.29300E-01 [REF] vs  0.38090E-01 [OUT] corresponding to  11.586     [% RELATIVE TO MAX]   
Iron/abinit/With-SOC/04_KERR_IP-RPA_vel-serial-devel-current-approach/o-04_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#  53)@COL#  3 is -0.46178     [REF] vs -0.32186     [OUT] corresponding to  24.214     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/03_IP-RPA_vel_xVnl_no-serial-devel-current-approach/o-03_IP-RPA_vel_xVnl_no.eel_q1_IP  : VALUE(# 280)@COL#  2 is  0.13246     [REF] vs  0.12246     [OUT] corresponding to  5.5583     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/03_IP-RPA_vel_xVnl_no-serial-devel-current-approach/o-03_IP-RPA_vel_xVnl_no.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -448.50     [OUT] corresponding to  22.000     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/04_IP-RPA_vel_xVnl_yes-serial-devel-current-approach/o-04_IP-RPA_vel_xVnl_yes.eel_q1_IP  : VALUE(# 271)@COL#  2 is  0.20812     [REF] vs  0.19311     [OUT] corresponding to  5.6912     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/04_IP-RPA_vel_xVnl_yes-serial-devel-current-approach/o-04_IP-RPA_vel_xVnl_yes.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -497.70     [OUT] corresponding to  13.443     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-serial-devel-current-approach/o-05_KERR_IP-RPA_vel.eel_q1_IP  : VALUE(# 255)@COL#  3 is  0.81840E-01 [REF] vs  0.74590E-01 [OUT] corresponding to  8.4835     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-serial-devel-current-approach/o-05_KERR_IP-RPA_vel.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -474.10     [OUT] corresponding to  17.548     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_r_shifted_grids-serial-devel-current-approach/o-02_KERR_x_r_shifted_grids.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_r_shifted_grids-serial-devel-current-approach/o-02_KERR_x_r_shifted_grids.moke_q1_IP  : VALUE(#  24)@COL#  2 is  0.12388     [REF] vs  0.64770E-01 [OUT] corresponding to  6.1570     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_v_Gspace-serial-devel-current-approach/o-02_KERR_x_v_Gspace.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_v_Gspace-serial-devel-current-approach/o-02_KERR_x_v_Gspace.moke_q1_IP  : VALUE(#  36)@COL#  2 is  0.80265     [REF] vs  0.64651     [OUT] corresponding to  18.315     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_r_shifted_grids-serial-devel-current-approach/o-03_KERR_y_r_shifted_grids.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_v_Gspace-serial-devel-current-approach/o-03_KERR_y_v_Gspace.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_v_Gspace-serial-devel-current-approach/o-03_KERR_y_v_Gspace.moke_q1_IP  : VALUE(#  36)@COL#  2 is  0.80282     [REF] vs  0.64651     [OUT] corresponding to  18.326     [% RELATIVE TO MAX]   
Nickel/02_KERR-serial-devel-current-approach/o-02_KERR.eel_q1_IP  : VALUE(# 372)@COL#  2 is  0.28789     [REF] vs  0.26714     [OUT] corresponding to  5.1308     [% RELATIVE TO MAX]   
Nickel/02_KERR-serial-devel-current-approach/o-02_KERR.eps_q1_IP  : VALUE(#   1)@COL#  2 is   545.70     [REF] vs   767.30     [OUT] corresponding to  40.608     [% RELATIVE TO MAX]   
Nickel/02_KERR-serial-devel-current-approach/o-02_KERR.moke_q1_IP  : VALUE(# 229)@COL#  2 is -0.29772     [REF] vs -0.23922     [OUT] corresponding to  17.400     [% RELATIVE TO MAX]   
% Section Duration : 1:37:10 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Jun-26-Tue - 04-22
Compilation Scheme      :gfortran_internal_SP.sh
Build                   :devel-current-approach - MPI+SLK+OpenMP+SLEPC - OpenMPI - gfortran - rev.15337
MPI                     : Open MPI v1.10.2, package: Open MPI buildd@lgw01-57 Distribution, ident: 1.10.2, repo rev: v1.10.1-145-g799148f, Jan 21, 2016
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, random parallelization
=--------------------------------------------------------------------------------=
Cobalt/02_KERR-Nmpi4-rand_par-devel-current-approach/o-02_KERR.eps_q1_IP  : VALUE(#   1)@COL#  2 is   596.20     [REF] vs   633.60     [OUT] corresponding to  6.2731     [% RELATIVE TO MAX]   
Cobalt/02_KERR-Nmpi4-rand_par-devel-current-approach/o-02_KERR.moke_q1_IP  : VALUE(#  53)@COL#  2 is  0.23414     [REF] vs  0.21588     [OUT] corresponding to  5.3595     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/05_BSE+QP_vel-Nmpi4-rand_par-devel-current-approach  :  NO o-05_BSE+QP_vel.03_QP.data in REFERENCE(s)  
hBN/GW-OPTICS/05_BSE+QP_vel-Nmpi4-rand_par-devel-current-approach  :  NO o-05_BSE+QP_vel.03_QP.fit in REFERENCE(s)  
Iron/abinit/With-SOC/04_KERR_IP-RPA_vel-Nmpi4-rand_par-devel-current-approach/o-04_KERR_IP-RPA_vel.eel_q1_IP  : VALUE(# 285)@COL#  3 is  0.27570E-01 [REF] vs  0.36400E-01 [OUT] corresponding to  11.638     [% RELATIVE TO MAX]   
Iron/abinit/With-SOC/04_KERR_IP-RPA_vel-Nmpi4-rand_par-devel-current-approach/o-04_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#  53)@COL#  3 is -0.46178     [REF] vs -0.32160     [OUT] corresponding to  24.260     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/03_IP-RPA_vel_xVnl_no-Nmpi4-rand_par-devel-current-approach/o-03_IP-RPA_vel_xVnl_no.eel_q1_IP  : VALUE(# 281)@COL#  2 is  0.13311     [REF] vs  0.12309     [OUT] corresponding to  5.5695     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/03_IP-RPA_vel_xVnl_no-Nmpi4-rand_par-devel-current-approach/o-03_IP-RPA_vel_xVnl_no.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -448.50     [OUT] corresponding to  22.000     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/04_IP-RPA_vel_xVnl_yes-Nmpi4-rand_par-devel-current-approach/o-04_IP-RPA_vel_xVnl_yes.eel_q1_IP  : VALUE(# 271)@COL#  2 is  0.20812     [REF] vs  0.19310     [OUT] corresponding to  5.6950     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/04_IP-RPA_vel_xVnl_yes-Nmpi4-rand_par-devel-current-approach/o-04_IP-RPA_vel_xVnl_yes.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -497.60     [OUT] corresponding to  13.461     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi4-rand_par-devel-current-approach/o-05_KERR_IP-RPA_vel.eel_q1_IP  : VALUE(# 255)@COL#  3 is  0.81840E-01 [REF] vs  0.74590E-01 [OUT] corresponding to  8.4835     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi4-rand_par-devel-current-approach/o-05_KERR_IP-RPA_vel.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -474.20     [OUT] corresponding to  17.530     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_r_shifted_grids-Nmpi4-rand_par-devel-current-approach/o-02_KERR_x_r_shifted_grids.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_r_shifted_grids-Nmpi4-rand_par-devel-current-approach/o-02_KERR_x_r_shifted_grids.moke_q1_IP  : VALUE(#  24)@COL#  2 is  0.12388     [REF] vs  0.64770E-01 [OUT] corresponding to  6.1570     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_v_Gspace-Nmpi4-rand_par-devel-current-approach/o-02_KERR_x_v_Gspace.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_v_Gspace-Nmpi4-rand_par-devel-current-approach/o-02_KERR_x_v_Gspace.moke_q1_IP  : VALUE(#  36)@COL#  2 is  0.80265     [REF] vs  0.64657     [OUT] corresponding to  18.307     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_r_shifted_grids-Nmpi4-rand_par-devel-current-approach/o-03_KERR_y_r_shifted_grids.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_v_Gspace-Nmpi4-rand_par-devel-current-approach/o-03_KERR_y_v_Gspace.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_v_Gspace-Nmpi4-rand_par-devel-current-approach/o-03_KERR_y_v_Gspace.moke_q1_IP  : VALUE(#  36)@COL#  2 is  0.80282     [REF] vs  0.64653     [OUT] corresponding to  18.324     [% RELATIVE TO MAX]   
Nickel/02_KERR-Nmpi4-rand_par-devel-current-approach/o-02_KERR.eel_q1_IP  : VALUE(# 371)@COL#  2 is  0.28645     [REF] vs  0.26567     [OUT] corresponding to  5.1382     [% RELATIVE TO MAX]   
Nickel/02_KERR-Nmpi4-rand_par-devel-current-approach/o-02_KERR.eps_q1_IP  : VALUE(#   1)@COL#  2 is   545.70     [REF] vs   767.50     [OUT] corresponding to  40.645     [% RELATIVE TO MAX]   
Nickel/02_KERR-Nmpi4-rand_par-devel-current-approach/o-02_KERR.moke_q1_IP  : VALUE(# 229)@COL#  2 is -0.29772     [REF] vs -0.23917     [OUT] corresponding to  17.413     [% RELATIVE TO MAX]   
Si_bulk/GW-OPTICS/08_bse_vel-Nmpi4-rand_par-devel-current-approach/o-08_bse_vel.eel_q1_haydock_bse  : AVERAGE@COL#  2 is  0.16519     [REF] vs  -1.0000     [OUT] corresponding to  705.36     [% RELATIVE TO MAX]   
Si_bulk/GW-OPTICS/08_bse_vel-Nmpi4-rand_par-devel-current-approach/o-08_bse_vel.eps_q1_haydock_bse  : AVERAGE@COL#  2 is   82.090     [REF] vs  -1.0000     [OUT] corresponding to  101.22     [% RELATIVE TO MAX]   
% Section Duration : 1:19:6 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Jun-26-Tue - 05-41
Compilation Scheme      :gfortran_internal_SP.sh
Build                   :devel-current-approach - MPI+SLK+OpenMP+SLEPC - OpenMPI - gfortran - rev.15337
MPI                     : Open MPI v1.10.2, package: Open MPI buildd@lgw01-57 Distribution, ident: 1.10.2, repo rev: v1.10.1-145-g799148f, Jan 21, 2016
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, default parallelization
=--------------------------------------------------------------------------------=
Cobalt/02_KERR-Nmpi4-def_par-devel-current-approach/o-02_KERR.eps_q1_IP  : VALUE(#   1)@COL#  2 is   596.20     [REF] vs   633.70     [OUT] corresponding to  6.2898     [% RELATIVE TO MAX]   
Cobalt/02_KERR-Nmpi4-def_par-devel-current-approach/o-02_KERR.moke_q1_IP  : VALUE(#  53)@COL#  2 is  0.23414     [REF] vs  0.21586     [OUT] corresponding to  5.3668     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/05_BSE+QP_vel-Nmpi4-def_par-devel-current-approach  :  NO o-05_BSE+QP_vel.03_QP.data in REFERENCE(s)  
hBN/GW-OPTICS/05_BSE+QP_vel-Nmpi4-def_par-devel-current-approach  :  NO o-05_BSE+QP_vel.03_QP.fit in REFERENCE(s)  
Iron/abinit/With-SOC/04_KERR_IP-RPA_vel-Nmpi4-def_par-devel-current-approach/o-04_KERR_IP-RPA_vel.eel_q1_IP  : VALUE(# 285)@COL#  3 is  0.27570E-01 [REF] vs  0.36410E-01 [OUT] corresponding to  11.652     [% RELATIVE TO MAX]   
Iron/abinit/With-SOC/04_KERR_IP-RPA_vel-Nmpi4-def_par-devel-current-approach/o-04_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#  53)@COL#  3 is -0.46178     [REF] vs -0.32165     [OUT] corresponding to  24.251     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/03_IP-RPA_vel_xVnl_no-Nmpi4-def_par-devel-current-approach/o-03_IP-RPA_vel_xVnl_no.eel_q1_IP  : VALUE(# 280)@COL#  2 is  0.13246     [REF] vs  0.12243     [OUT] corresponding to  5.5750     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/03_IP-RPA_vel_xVnl_no-Nmpi4-def_par-devel-current-approach/o-03_IP-RPA_vel_xVnl_no.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -448.40     [OUT] corresponding to  22.017     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/04_IP-RPA_vel_xVnl_yes-Nmpi4-def_par-devel-current-approach/o-04_IP-RPA_vel_xVnl_yes.eel_q1_IP  : VALUE(# 271)@COL#  2 is  0.20812     [REF] vs  0.19310     [OUT] corresponding to  5.6950     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/04_IP-RPA_vel_xVnl_yes-Nmpi4-def_par-devel-current-approach/o-04_IP-RPA_vel_xVnl_yes.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -497.60     [OUT] corresponding to  13.461     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi4-def_par-devel-current-approach/o-05_KERR_IP-RPA_vel.eel_q1_IP  : VALUE(# 255)@COL#  3 is  0.81840E-01 [REF] vs  0.74590E-01 [OUT] corresponding to  8.4835     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi4-def_par-devel-current-approach/o-05_KERR_IP-RPA_vel.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -474.20     [OUT] corresponding to  17.530     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_r_shifted_grids-Nmpi4-def_par-devel-current-approach/o-02_KERR_x_r_shifted_grids.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_r_shifted_grids-Nmpi4-def_par-devel-current-approach/o-02_KERR_x_r_shifted_grids.moke_q1_IP  : VALUE(#  24)@COL#  2 is  0.12388     [REF] vs  0.64770E-01 [OUT] corresponding to  6.1570     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_v_Gspace-Nmpi4-def_par-devel-current-approach/o-02_KERR_x_v_Gspace.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_v_Gspace-Nmpi4-def_par-devel-current-approach/o-02_KERR_x_v_Gspace.moke_q1_IP  : VALUE(#  36)@COL#  2 is  0.80265     [REF] vs  0.64656     [OUT] corresponding to  18.308     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_r_shifted_grids-Nmpi4-def_par-devel-current-approach/o-03_KERR_y_r_shifted_grids.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_v_Gspace-Nmpi4-def_par-devel-current-approach/o-03_KERR_y_v_Gspace.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_v_Gspace-Nmpi4-def_par-devel-current-approach/o-03_KERR_y_v_Gspace.moke_q1_IP  : VALUE(#  36)@COL#  2 is  0.80282     [REF] vs  0.64656     [OUT] corresponding to  18.320     [% RELATIVE TO MAX]   
Nickel/02_KERR-Nmpi4-def_par-devel-current-approach/o-02_KERR.eel_q1_IP  : VALUE(# 371)@COL#  2 is  0.28645     [REF] vs  0.26567     [OUT] corresponding to  5.1382     [% RELATIVE TO MAX]   
Nickel/02_KERR-Nmpi4-def_par-devel-current-approach/o-02_KERR.eps_q1_IP  : VALUE(#   1)@COL#  2 is   545.70     [REF] vs   767.50     [OUT] corresponding to  40.645     [% RELATIVE TO MAX]   
Nickel/02_KERR-Nmpi4-def_par-devel-current-approach/o-02_KERR.moke_q1_IP  : VALUE(# 229)@COL#  2 is -0.29772     [REF] vs -0.23917     [OUT] corresponding to  17.413     [% RELATIVE TO MAX]   
Si_bulk/GW-OPTICS/08_bse_vel-Nmpi4-def_par-devel-current-approach/o-08_bse_vel.eel_q1_haydock_bse  : AVERAGE@COL#  2 is  0.16519     [REF] vs  -1.0000     [OUT] corresponding to  705.36     [% RELATIVE TO MAX]   
Si_bulk/GW-OPTICS/08_bse_vel-Nmpi4-def_par-devel-current-approach/o-08_bse_vel.eps_q1_haydock_bse  : AVERAGE@COL#  2 is   82.090     [REF] vs  -1.0000     [OUT] corresponding to  101.22     [% RELATIVE TO MAX]   
% Section Duration : 1:19:7 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Jun-26-Tue - 07-00
Compilation Scheme      :gfortran_internal_SP.sh
Build                   :devel-current-approach - MPI+SLK+OpenMP+SLEPC - OpenMPI - gfortran - rev.15337
MPI                     : Open MPI v1.10.2, package: Open MPI buildd@lgw01-57 Distribution, ident: 1.10.2, repo rev: v1.10.1-145-g799148f, Jan 21, 2016
Compilation Precision   :single
Parallel Conf           :[(Threads=4)] - none
=--------------------------------------------------------------------------------=
Cobalt/02_KERR-Omp4-devel-current-approach/o-02_KERR.eps_q1_IP  : VALUE(#   1)@COL#  2 is   596.20     [REF] vs   633.50     [OUT] corresponding to  6.2563     [% RELATIVE TO MAX]   
Cobalt/02_KERR-Omp4-devel-current-approach/o-02_KERR.moke_q1_IP  : VALUE(#  53)@COL#  2 is  0.23414     [REF] vs  0.21597     [OUT] corresponding to  5.3357     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/05_BSE+QP_vel-Omp4-devel-current-approach  :  NO o-05_BSE+QP_vel.03_QP.data in REFERENCE(s)  
hBN/GW-OPTICS/05_BSE+QP_vel-Omp4-devel-current-approach  :  NO o-05_BSE+QP_vel.03_QP.fit in REFERENCE(s)  
Iron/abinit/With-SOC/04_KERR_IP-RPA_vel-Omp4-devel-current-approach/o-04_KERR_IP-RPA_vel.eel_q1_IP  : VALUE(# 284)@COL#  3 is  0.29300E-01 [REF] vs  0.38090E-01 [OUT] corresponding to  11.586     [% RELATIVE TO MAX]   
Iron/abinit/With-SOC/04_KERR_IP-RPA_vel-Omp4-devel-current-approach/o-04_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#  53)@COL#  3 is -0.46178     [REF] vs -0.32186     [OUT] corresponding to  24.214     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/03_IP-RPA_vel_xVnl_no-Omp4-devel-current-approach/o-03_IP-RPA_vel_xVnl_no.eel_q1_IP  : VALUE(# 280)@COL#  2 is  0.13246     [REF] vs  0.12246     [OUT] corresponding to  5.5583     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/03_IP-RPA_vel_xVnl_no-Omp4-devel-current-approach/o-03_IP-RPA_vel_xVnl_no.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -448.50     [OUT] corresponding to  22.000     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/04_IP-RPA_vel_xVnl_yes-Omp4-devel-current-approach/o-04_IP-RPA_vel_xVnl_yes.eel_q1_IP  : VALUE(# 271)@COL#  2 is  0.20812     [REF] vs  0.19311     [OUT] corresponding to  5.6912     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/04_IP-RPA_vel_xVnl_yes-Omp4-devel-current-approach/o-04_IP-RPA_vel_xVnl_yes.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -497.70     [OUT] corresponding to  13.443     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Omp4-devel-current-approach/o-05_KERR_IP-RPA_vel.eel_q1_IP  : VALUE(# 255)@COL#  3 is  0.81840E-01 [REF] vs  0.74590E-01 [OUT] corresponding to  8.4835     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Omp4-devel-current-approach/o-05_KERR_IP-RPA_vel.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -474.10     [OUT] corresponding to  17.548     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_r_shifted_grids-Omp4-devel-current-approach/o-02_KERR_x_r_shifted_grids.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_r_shifted_grids-Omp4-devel-current-approach/o-02_KERR_x_r_shifted_grids.moke_q1_IP  : VALUE(#  24)@COL#  2 is  0.12388     [REF] vs  0.64770E-01 [OUT] corresponding to  6.1570     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_v_Gspace-Omp4-devel-current-approach/o-02_KERR_x_v_Gspace.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/02_KERR_x_v_Gspace-Omp4-devel-current-approach/o-02_KERR_x_v_Gspace.moke_q1_IP  : VALUE(#  36)@COL#  2 is  0.80265     [REF] vs  0.64651     [OUT] corresponding to  18.315     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_r_shifted_grids-Omp4-devel-current-approach/o-03_KERR_y_r_shifted_grids.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_v_Gspace-Omp4-devel-current-approach/o-03_KERR_y_v_Gspace.eps_q1_IP  : VALUE(#   1)@COL#  3 is  -575.00     [REF] vs  -533.20     [OUT] corresponding to  7.2696     [% RELATIVE TO MAX]   
Iron/pwscf/With-SOC/03_KERR_y_v_Gspace-Omp4-devel-current-approach/o-03_KERR_y_v_Gspace.moke_q1_IP  : VALUE(#  36)@COL#  2 is  0.80282     [REF] vs  0.64651     [OUT] corresponding to  18.326     [% RELATIVE TO MAX]   
Nickel/02_KERR-Omp4-devel-current-approach/o-02_KERR.eel_q1_IP  : VALUE(# 372)@COL#  2 is  0.28789     [REF] vs  0.26714     [OUT] corresponding to  5.1308     [% RELATIVE TO MAX]   
Nickel/02_KERR-Omp4-devel-current-approach/o-02_KERR.eps_q1_IP  : VALUE(#   1)@COL#  2 is   545.70     [REF] vs   767.30     [OUT] corresponding to  40.608     [% RELATIVE TO MAX]   
Nickel/02_KERR-Omp4-devel-current-approach/o-02_KERR.moke_q1_IP  : VALUE(# 229)@COL#  2 is -0.29772     [REF] vs -0.23922     [OUT] corresponding to  17.400     [% RELATIVE TO MAX]   
% Section Duration : 1:34:46 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% TOTAL   Duration : 5:50:9 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%






%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Yambo test suite WHITELISTEd files log
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Jun-26-Tue - 02-53
Compilation Scheme      :gfortran_internal_SP.sh
Build                   :devel-current-approach - MPI+SLK+OpenMP+SLEPC - OpenMPI - gfortran - rev.15337
MPI                     : Open MPI v1.10.2, package: Open MPI buildd@lgw01-57 Distribution, ident: 1.10.2, repo rev: v1.10.1-145-g799148f, Jan 21, 2016
Compilation Precision   :single
Parallel Conf           :[serial] - none
=--------------------------------------------------------------------------------=
AlAs/RT/02_rt_sin-serial-devel-current-approach/o-02_rt_sin.thermodynamics  : VALUE(#1553) @COL#  9 is   88812.     [REF] vs  -6492.1     [OUT] corresponding to  15.833     [% RELATIVE TO MAX]   
AlAs/RT/08_qssin_adaptative-serial-devel-current-approach/o-08_qssin_adaptative.thermodynamics  : VALUE(#3688) @COL#  8 is -0.16899E+06 [REF] vs  -86345.     [OUT] corresponding to  37.004     [% RELATIVE TO MAX]   
H2/RT/02_tdh-serial-devel-current-approach/o-02_tdh.thermodynamics  : VALUE(# 211) @COL#  9 is  0.20846E-02 [REF] vs  -22.427     [OUT] corresponding to  234.11     [% RELATIVE TO MAX]   
H2/RT/02_tdh_coll-serial-devel-current-approach/o-02_tdh_coll.thermodynamics  : VALUE(# 589) @COL#  9 is  0.87886E-02 [REF] vs  -1.6330     [OUT] corresponding to  454.16     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-serial-devel-current-approach/o-03_tdlda.energy  : VALUE(# 927) @COL#  3 is  0.36528E-08 [REF] vs -0.16958E-07 [OUT] corresponding to  148.90     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-serial-devel-current-approach/o-03_tdlda.thermodynamics  : VALUE(#  12) @COL#  9 is  0.68829E-02 [REF] vs   1.6936     [OUT] corresponding to  64.961     [% RELATIVE TO MAX]   
H2/RT/03_tdlda_coll-serial-devel-current-approach/o-03_tdlda_coll.thermodynamics  : VALUE(#   9) @COL#  9 is -0.83345E-02 [REF] vs  -1.2972     [OUT] corresponding to  99.384     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-serial-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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_vel-serial-devel-current-approach/o-05_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#  30) @COL#  2 is  0.13350E-05 [REF] vs  0.59760E-06 [OUT] corresponding to  37.224     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip-serial-devel-current-approach/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-devel-current-approach/o-04_td_ip_DbGd.thermodynamics  : VALUE(#   2) @COL#  8 is   733.34     [REF] vs   789.76     [OUT] corresponding to  7.6925     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_vel-serial-devel-current-approach/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-devel-current-approach/o-06_td_sex.energy  : VALUE(#  56) @COL#  3 is -0.65923E-05 [REF] vs -0.10140E-05 [OUT] corresponding to  84.618     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex-serial-devel-current-approach/o-06_td_sex.thermodynamics  : VALUE(#  54) @COL#  8 is  -10913.     [REF] vs -0.15596E+07 [OUT] corresponding to  2698.9     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-serial-devel-current-approach/o-06_td_sex_DbGd.energy  : VALUE(#  35) @COL#  3 is  0.76927E-04 [REF] vs -0.34954E-06 [OUT] corresponding to  76.087     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-serial-devel-current-approach/o-06_td_sex_DbGd.thermodynamics  : VALUE(#   3) @COL#  8 is   2168.4     [REF] vs -0.27510E+07 [OUT] corresponding to  3168.1     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-serial-devel-current-approach/o-06_td_sex_on_the_fly.energy  : VALUE(#   9) @COL#  4 is  0.24575E-08 [REF] vs  0.51349E-06 [OUT] corresponding to  18922.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-serial-devel-current-approach/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#  21) @COL#  8 is  -9551.7     [REF] vs -0.12840E+10 [OUT] corresponding to 0.13443E+08 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-serial-devel-current-approach/o-07_ep.energy  : VALUE(#  26) @COL#  3 is -0.57003E-04 [REF] vs -0.15221E-04 [OUT] corresponding to  73.298     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-serial-devel-current-approach/o-07_ep.thermodynamics  : VALUE(#  99) @COL#  8 is  0.16419E+06 [REF] vs  -2487.4     [OUT] corresponding to  101.51     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#   6) @COL#  2 is   22140.     [REF] vs   7.7400     [OUT] corresponding to  44.559     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_holes  : VALUE(# 965) @COL# 10 is -0.71530E-06 [REF] vs -0.59600E-06 [OUT] corresponding to  14.296     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(# 247) @COL#  7 is -0.98110E-04 [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-serial-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#   6) @COL#  2 is  0.27800E+08 [REF] vs   6640.0     [OUT] corresponding to  6.4099     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-serial-devel-current-approach/o-08_ep_DbGd.energy  : VALUE(#  32) @COL#  4 is -0.48323E-03 [REF] vs  0.54676E-06 [OUT] corresponding to  100.11     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-serial-devel-current-approach/o-08_ep_DbGd.thermodynamics  : VALUE(#  33) @COL#  8 is  -47206.     [REF] vs  0.15069E+06 [OUT] corresponding to  253.78     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_dos_occ_DbGd-serial-devel-current-approach/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_plot_occ_DbGd-serial-devel-current-approach/o-08_ypp_plot_occ_DbGd.YPP-RT_occupations_k3_kRT16_b24  : VALUE(#   3) @COL#  7 is   33.100     [REF] vs   14.400     [OUT] corresponding to  43.503     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-serial-devel-current-approach/o-03_elel.carriers  : VALUE(# 165) @COL#  2 is -0.21458E-05 [REF] vs -0.18597E-04 [OUT] corresponding to  745.95     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-serial-devel-current-approach/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-devel-current-approach/o-03_elel_SEX.carriers  : VALUE(#  94) @COL#  2 is -0.20981E-04 [REF] vs -0.15616E-04 [OUT] corresponding to  9.3071     [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-serial-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/o-15_td_sex.thermodynamics  : VALUE(# 145) @COL#  9 is  -29604.     [REF] vs   29604.     [OUT] corresponding to  150.00     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_using_colls-serial-devel-current-approach/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]   
WSe2/RT/04_td_sex-serial-devel-current-approach/o-04_td_sex.energy  : VALUE(# 253) @COL#  3 is  0.14231E-04 [REF] vs -0.48546E-06 [OUT] corresponding to  103.40     [% RELATIVE TO MAX]   
WSe2/RT/04_td_sex-serial-devel-current-approach/o-04_td_sex.thermodynamics  : VALUE(# 409) @COL#  8 is  0.61471E+08 [REF] vs -0.71673E+09 [OUT] corresponding to  1266.0     [% RELATIVE TO MAX]   
WSe2/RT/05_td_sex_on_the_fly-serial-devel-current-approach/o-05_td_sex_on_the_fly.energy  : VALUE(#   5) @COL#  4 is -0.60071E-09 [REF] vs  0.32732E-06 [OUT] corresponding to  24632.     [% RELATIVE TO MAX]   
WSe2/RT/05_td_sex_on_the_fly-serial-devel-current-approach/o-05_td_sex_on_the_fly.thermodynamics  : VALUE(#  77) @COL#  8 is  -37074.     [REF] vs -0.31786E+10 [OUT] corresponding to 0.85736E+07 [% RELATIVE TO MAX]   
WSe2/RT/07_epl-serial-devel-current-approach/o-07_epl.energy  : VALUE(# 198) @COL#  4 is -0.37920E-03 [REF] vs  0.27004E-04 [OUT] corresponding to  93.275     [% RELATIVE TO MAX]   
WSe2/RT/07_epl-serial-devel-current-approach/o-07_epl.thermodynamics  : VALUE(# 269) @COL#  8 is -0.88688E+06 [REF] vs  0.29888E+06 [OUT] corresponding to  133.70     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-serial-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#   3) @COL#  2 is   0.0000     [REF] vs   9.4363     [OUT] corresponding to  151.72     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-serial-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(# 998) @COL#  5 is   0.0000     [REF] vs -0.13470E-04 [OUT] corresponding to  6.7350     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-serial-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#   3) @COL#  2 is   0.0000     [REF] vs   8297.0     [OUT] corresponding to  119.64     [% RELATIVE TO MAX]   
WSe2/RT/08_epc-serial-devel-current-approach/o-08_epc.energy  : VALUE(#  23) @COL#  4 is -0.41485E-03 [REF] vs  0.35421E-04 [OUT] corresponding to  105.30     [% RELATIVE TO MAX]   
WSe2/RT/08_epc-serial-devel-current-approach/o-08_epc.thermodynamics  : VALUE(#  29) @COL#  8 is   97703.     [REF] vs   83467.     [OUT] corresponding to  14.570     [% RELATIVE TO MAX]   
WSe2/RT/09_epc_extra-serial-devel-current-approach/o-09_epc_extra.energy  : VALUE(#  23) @COL#  3 is  0.38127E-03 [REF] vs -0.67999E-04 [OUT] corresponding to  105.83     [% RELATIVE TO MAX]   
WSe2/RT/09_epc_extra-serial-devel-current-approach/o-09_epc_extra.thermodynamics  : VALUE(#  29) @COL#  8 is   86869.     [REF] vs   80818.     [OUT] corresponding to  6.9655     [% RELATIVE TO MAX]   
WSe2/RT/10_epc500K-serial-devel-current-approach/o-10_epc500K.energy  : VALUE(#  23) @COL#  4 is -0.30003E-03 [REF] vs  0.35115E-04 [OUT] corresponding to  100.90     [% RELATIVE TO MAX]   
WSe2/RT/10_epc500K-serial-devel-current-approach/o-10_epc500K.thermodynamics  : VALUE(#  49) @COL#  8 is   1319.6     [REF] vs   33202.     [OUT] corresponding to  146.23     [% RELATIVE TO MAX]   
WSe2/RT/11_epcshift-serial-devel-current-approach/o-11_epcshift.energy  : VALUE(#  22) @COL#  3 is  0.48249E-03 [REF] vs -0.30202E-04 [OUT] corresponding to  101.81     [% RELATIVE TO MAX]   
WSe2/RT/11_epcshift-serial-devel-current-approach/o-11_epcshift.thermodynamics  : VALUE(#  31) @COL# 10 is -0.26707E+06 [REF] vs  0.19154E+06 [OUT] corresponding to  171.72     [% RELATIVE TO MAX]   
% Section Duration : 1:37:10 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Jun-26-Tue - 04-22
Compilation Scheme      :gfortran_internal_SP.sh
Build                   :devel-current-approach - MPI+SLK+OpenMP+SLEPC - OpenMPI - gfortran - rev.15337
MPI                     : Open MPI v1.10.2, package: Open MPI buildd@lgw01-57 Distribution, ident: 1.10.2, repo rev: v1.10.1-145-g799148f, Jan 21, 2016
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, random parallelization
=--------------------------------------------------------------------------------=
AlAs/RT/02_rt_sin-Nmpi4-rand_par-devel-current-approach/o-02_rt_sin.thermodynamics  : VALUE(#1553) @COL#  9 is   88812.     [REF] vs  -6492.1     [OUT] corresponding to  15.833     [% RELATIVE TO MAX]   
AlAs/RT/08_qssin_adaptative-Nmpi4-rand_par-devel-current-approach/o-08_qssin_adaptative.thermodynamics  : VALUE(#3688) @COL#  8 is -0.16899E+06 [REF] vs  -86345.     [OUT] corresponding to  37.004     [% RELATIVE TO MAX]   
H2/RT/02_tdh-Nmpi4-rand_par-devel-current-approach/o-02_tdh.thermodynamics  : VALUE(# 840) @COL#  9 is -0.28955E-02 [REF] vs  -28.686     [OUT] corresponding to  299.39     [% RELATIVE TO MAX]   
H2/RT/02_tdh_coll-Nmpi4-rand_par-devel-current-approach/o-02_tdh_coll.thermodynamics  : VALUE(# 589) @COL#  9 is  0.87886E-02 [REF] vs  -1.6330     [OUT] corresponding to  454.16     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-Nmpi4-rand_par-devel-current-approach/o-03_tdlda.energy  : VALUE(# 927) @COL#  3 is  0.36528E-08 [REF] vs -0.14157E-07 [OUT] corresponding to  128.66     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-Nmpi4-rand_par-devel-current-approach/o-03_tdlda.thermodynamics  : VALUE(#  12) @COL#  9 is  0.68829E-02 [REF] vs   1.6936     [OUT] corresponding to  64.961     [% RELATIVE TO MAX]   
H2/RT/03_tdlda_coll-Nmpi4-rand_par-devel-current-approach/o-03_tdlda_coll.thermodynamics  : VALUE(#   9) @COL#  9 is -0.83345E-02 [REF] vs  -1.2972     [OUT] corresponding to  99.384     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Nmpi4-rand_par-devel-current-approach/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-devel-current-approach/o-05_td_hf.thermodynamics  : VALUE(#  35) @COL#  8 is   2656.7     [REF] vs   3449.1     [OUT] corresponding to  17.856     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex-Nmpi4-rand_par-devel-current-approach/o-06_td_sex.thermodynamics  : VALUE(#  19) @COL#  8 is   5096.6     [REF] vs   3404.6     [OUT] corresponding to  33.199     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_Gvec-Nmpi4-rand_par-devel-current-approach/o-06_td_sex_Gvec.thermodynamics  : VALUE(#  44) @COL#  8 is   1174.6     [REF] vs   3528.2     [OUT] corresponding to  64.868     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Nmpi4-rand_par-devel-current-approach/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-Nmpi4-rand_par-devel-current-approach/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-Nmpi4-rand_par-devel-current-approach/o-07_td_sex_restart.thermodynamics  : VALUE(#  75) @COL#  8 is  -1196.1     [REF] vs  -5390.3     [OUT] corresponding to  106.70     [% RELATIVE TO MAX]   
hBN/RT/09_td_sex_DbGd_fake-Nmpi4-rand_par-devel-current-approach/o-09_td_sex_DbGd_fake.thermodynamics  : VALUE(# 142) @COL# 10 is -0.42018E+07 [REF] vs -0.28025E+07 [OUT] corresponding to  33.303     [% RELATIVE TO MAX]   
hBN/RT/11_td_sex_dbgd-Nmpi4-rand_par-devel-current-approach/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_vel-Nmpi4-rand_par-devel-current-approach/o-05_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#  30) @COL#  2 is  0.13350E-05 [REF] vs  0.59680E-06 [OUT] corresponding to  37.264     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip-Nmpi4-rand_par-devel-current-approach/o-04_td_ip.thermodynamics  : VALUE(#   2) @COL#  8 is   709.05     [REF] vs   749.71     [OUT] corresponding to  5.7341     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_DbGd-Nmpi4-rand_par-devel-current-approach/o-04_td_ip_DbGd.thermodynamics  : VALUE(#   2) @COL#  8 is   733.34     [REF] vs   771.50     [OUT] corresponding to  5.2038     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_vel-Nmpi4-rand_par-devel-current-approach/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-Nmpi4-rand_par-devel-current-approach/o-06_td_sex.energy  : VALUE(#  56) @COL#  4 is  0.52713E-05 [REF] vs -0.31681E-06 [OUT] corresponding to  106.01     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex-Nmpi4-rand_par-devel-current-approach/o-06_td_sex.thermodynamics  : VALUE(#  54) @COL#  8 is  -10913.     [REF] vs  0.43250E+07 [OUT] corresponding to  7556.5     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Nmpi4-rand_par-devel-current-approach/o-06_td_sex_DbGd.energy  : VALUE(#  35) @COL#  3 is  0.76927E-04 [REF] vs -0.43512E-06 [OUT] corresponding to  76.171     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Nmpi4-rand_par-devel-current-approach/o-06_td_sex_DbGd.thermodynamics  : VALUE(#  15) @COL#  8 is  -86902.     [REF] vs -0.24122E+08 [OUT] corresponding to  27658.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Nmpi4-rand_par-devel-current-approach/o-06_td_sex_on_the_fly.energy  : VALUE(#   9) @COL#  4 is  0.24575E-08 [REF] vs  0.51349E-06 [OUT] corresponding to  18922.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Nmpi4-rand_par-devel-current-approach/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#  21) @COL#  8 is  -9551.7     [REF] vs -0.12847E+10 [OUT] corresponding to 0.13449E+08 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Nmpi4-rand_par-devel-current-approach/o-07_ep.energy  : VALUE(#  26) @COL#  4 is  0.34804E-04 [REF] vs -0.69831E-05 [OUT] corresponding to  120.06     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Nmpi4-rand_par-devel-current-approach/o-07_ep.thermodynamics  : VALUE(# 100) @COL#  8 is -0.12083E+06 [REF] vs   2388.9     [OUT] corresponding to  75.045     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#   6) @COL#  4 is  0.31630E+07 [REF] vs   7.9320     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_EP_widths_ratio_FIT_holes  : VALUE(# 984) @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-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_electrons  : VALUE(# 612) @COL# 10 is  0.17150E-04 [REF] vs   1.0000     [OUT] corresponding to  112.27     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_holes  : VALUE(# 969) @COL#  7 is   0.0000     [REF] vs -0.11180E-02 [OUT] corresponding to 0.23448E+06 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_electrons  : VALUE(# 670) @COL# 10 is  0.58260     [REF] vs  0.47460     [OUT] corresponding to  10.800     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(#   1) @COL#  3 is -0.98110E-04 [REF] vs -0.39025     [OUT] corresponding to 0.39767E+06 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-devel-current-approach/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-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_up_FIT_holes  : VALUE(#   1) @COL#  7 is -0.13730E-03 [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-rand_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#   2) @COL#  2 is  0.27830E+08 [REF] vs  0.14200E+11 [OUT] corresponding to  3268.5     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Nmpi4-rand_par-devel-current-approach/o-08_ep_DbGd.energy  : VALUE(#  32) @COL#  4 is -0.48323E-03 [REF] vs  0.54887E-06 [OUT] corresponding to  100.11     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Nmpi4-rand_par-devel-current-approach/o-08_ep_DbGd.thermodynamics  : VALUE(#  32) @COL#  8 is  -77980.     [REF] vs   3743.7     [OUT] corresponding to  104.80     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_dos_occ_DbGd-Nmpi4-rand_par-devel-current-approach/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-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_E_Fermi  : VALUE(#   5) @COL#  7 is  -1.0325     [REF] vs -0.33390E+06 [OUT] corresponding to 0.10144E+08 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_electrons  : VALUE(# 209) @COL#  3 is   1.0000     [REF] vs  0.21230E-04 [OUT] corresponding to  99.998     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_holes  : VALUE(#1000) @COL# 11 is -0.19570E-03 [REF] vs -0.18280E-03 [OUT] corresponding to  6.5917     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_electrons  : VALUE(# 868) @COL#  3 is  0.10040E-06 [REF] vs   0.0000     [OUT] corresponding to  10.078     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_holes  : VALUE(#1000) @COL# 11 is -0.25930E-03 [REF] vs -0.23190E-03 [OUT] corresponding to  10.567     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-rand_par-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_Temperatures  : VALUE(#   5) @COL#  7 is   2923.0     [REF] vs  0.49130E+09 [OUT] corresponding to 0.10502E+08 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_plot_occ_DbGd-Nmpi4-rand_par-devel-current-approach/o-08_ypp_plot_occ_DbGd.YPP-RT_occupations_k3_kRT16_b24  : VALUE(#   3) @COL#  7 is   33.100     [REF] vs   14.400     [OUT] corresponding to  43.503     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_300K-Nmpi4-rand_par-devel-current-approach/o-02_elph_300K.thermodynamics  : VALUE(# 190) @COL# 10 is  0.76157E+07 [REF] vs  0.68162E+07 [OUT] corresponding to  10.499     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Nmpi4-rand_par-devel-current-approach/o-03_elel.carriers  : VALUE(# 104) @COL#  2 is  0.23842E-06 [REF] vs -0.17464E-04 [OUT] corresponding to  802.70     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Nmpi4-rand_par-devel-current-approach/o-03_elel.thermodynamics  : VALUE(# 104) @COL#  9 is  0.15789E+06 [REF] vs  -78944.     [OUT] corresponding to  150.00     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel_SEX-Nmpi4-rand_par-devel-current-approach/o-03_elel_SEX.carriers  : VALUE(# 159) @COL#  2 is -0.42260E-04 [REF] vs -0.33438E-04 [OUT] corresponding to  15.305     [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-Nmpi4-rand_par-devel-current-approach/o-03_fit_elel.YPP-RT_NEQ_linewidths  : VALUE(#   1) @COL# 11 is -0.17440E-01 [REF] vs -0.84140E-02 [OUT] corresponding to  51.755     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel+elph_0K-Nmpi4-rand_par-devel-current-approach/o-04_elel+elph_0K.energy  : VALUE(# 201) @COL#  6 is   1.7520     [REF] vs  0.76699     [OUT] corresponding to  56.221     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel_plasma-Nmpi4-rand_par-devel-current-approach/o-04_elel_plasma.thermodynamics  : VALUE(#  66) @COL#  9 is  -39472.     [REF] vs  0.19736E+06 [OUT] corresponding to  120.00     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-rand_par-devel-current-approach/o-04_fit_elel_plasma.YPP-RT_E_Fermi  : VALUE(#  11) @COL#  5 is  -1.3477     [REF] vs  0.41755     [OUT] corresponding to  29.165     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-rand_par-devel-current-approach/o-04_fit_elel_plasma.YPP-RT_EE_widths_ratio_FIT_electrons  : VALUE(#  30) @COL# 12 is  0.55168     [REF] vs   1.9965     [OUT] corresponding to  231.74     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-rand_par-devel-current-approach/o-04_fit_elel_plasma.YPP-RT_NEQ_linewidths  : VALUE(#   1) @COL# 11 is -0.10040E-01 [REF] vs -0.51700E-02 [OUT] corresponding to  48.506     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Nmpi4-rand_par-devel-current-approach/o-04_fit_elel_plasma.YPP-RT_Temperatures  : VALUE(#  11) @COL#  5 is   19740.     [REF] vs   225.30     [OUT] corresponding to  35.840     [% RELATIVE TO MAX]   
Si_bulk/RT/06_fit_elph_0K_DbGd-Nmpi4-rand_par-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-rand_par-devel-current-approach/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-rand_par-devel-current-approach/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/SC/06_h_using_colls-Nmpi4-rand_par-devel-current-approach/o-06_h_using_colls.SC_E_History  : VALUE(#   1) @COL#  3 is  0.23242     [REF] vs  0.10002E-03 [OUT] corresponding to  232.32     [% RELATIVE TO MAX]   
WSe2/RT/04_td_sex-Nmpi4-rand_par-devel-current-approach/o-04_td_sex.energy  : VALUE(# 253) @COL#  3 is  0.14231E-04 [REF] vs -0.48549E-06 [OUT] corresponding to  103.40     [% RELATIVE TO MAX]   
WSe2/RT/04_td_sex-Nmpi4-rand_par-devel-current-approach/o-04_td_sex.thermodynamics  : VALUE(# 409) @COL#  8 is  0.61471E+08 [REF] vs  0.31858E+09 [OUT] corresponding to  418.26     [% RELATIVE TO MAX]   
WSe2/RT/05_td_sex_on_the_fly-Nmpi4-rand_par-devel-current-approach/o-05_td_sex_on_the_fly.energy  : VALUE(#   5) @COL#  4 is -0.60071E-09 [REF] vs  0.32732E-06 [OUT] corresponding to  24632.     [% RELATIVE TO MAX]   
WSe2/RT/05_td_sex_on_the_fly-Nmpi4-rand_par-devel-current-approach/o-05_td_sex_on_the_fly.thermodynamics  : VALUE(#  77) @COL#  8 is  -37074.     [REF] vs -0.31786E+10 [OUT] corresponding to 0.85736E+07 [% RELATIVE TO MAX]   
WSe2/RT/07_epl-Nmpi4-rand_par-devel-current-approach/o-07_epl.energy  : VALUE(# 198) @COL#  4 is -0.37920E-03 [REF] vs  0.27004E-04 [OUT] corresponding to  93.275     [% RELATIVE TO MAX]   
WSe2/RT/07_epl-Nmpi4-rand_par-devel-current-approach/o-07_epl.thermodynamics  : VALUE(# 269) @COL#  8 is -0.88688E+06 [REF] vs  0.35162E+06 [OUT] corresponding to  139.65     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-Nmpi4-rand_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#   3) @COL#  2 is   0.0000     [REF] vs   9.4363     [OUT] corresponding to  151.72     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-Nmpi4-rand_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(# 998) @COL#  5 is   0.0000     [REF] vs -0.13470E-04 [OUT] corresponding to  6.7350     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-Nmpi4-rand_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#   3) @COL#  2 is   0.0000     [REF] vs   8297.0     [OUT] corresponding to  119.64     [% RELATIVE TO MAX]   
WSe2/RT/08_epc-Nmpi4-rand_par-devel-current-approach/o-08_epc.energy  : VALUE(#  23) @COL#  4 is -0.41485E-03 [REF] vs  0.35421E-04 [OUT] corresponding to  105.30     [% RELATIVE TO MAX]   
WSe2/RT/08_epc-Nmpi4-rand_par-devel-current-approach/o-08_epc.thermodynamics  : VALUE(#  29) @COL#  8 is   97703.     [REF] vs   83662.     [OUT] corresponding to  14.371     [% RELATIVE TO MAX]   
WSe2/RT/09_epc_extra-Nmpi4-rand_par-devel-current-approach/o-09_epc_extra.energy  : VALUE(#  23) @COL#  3 is  0.38127E-03 [REF] vs -0.67999E-04 [OUT] corresponding to  105.83     [% RELATIVE TO MAX]   
WSe2/RT/09_epc_extra-Nmpi4-rand_par-devel-current-approach/o-09_epc_extra.thermodynamics  : VALUE(#  29) @COL#  8 is   86869.     [REF] vs   80911.     [OUT] corresponding to  6.8587     [% RELATIVE TO MAX]   
WSe2/RT/10_epc500K-Nmpi4-rand_par-devel-current-approach/o-10_epc500K.energy  : VALUE(#  23) @COL#  4 is -0.30003E-03 [REF] vs  0.35115E-04 [OUT] corresponding to  100.90     [% RELATIVE TO MAX]   
WSe2/RT/10_epc500K-Nmpi4-rand_par-devel-current-approach/o-10_epc500K.thermodynamics  : VALUE(#  51) @COL#  9 is   38666.     [REF] vs   8300.4     [OUT] corresponding to  16.228     [% RELATIVE TO MAX]   
WSe2/RT/11_epcshift-Nmpi4-rand_par-devel-current-approach/o-11_epcshift.energy  : VALUE(#  22) @COL#  3 is  0.48249E-03 [REF] vs -0.30202E-04 [OUT] corresponding to  101.81     [% RELATIVE TO MAX]   
WSe2/RT/11_epcshift-Nmpi4-rand_par-devel-current-approach/o-11_epcshift.thermodynamics  : VALUE(#  31) @COL# 10 is -0.26707E+06 [REF] vs  0.19153E+06 [OUT] corresponding to  171.72     [% RELATIVE TO MAX]   
% Section Duration : 1:19:6 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Jun-26-Tue - 05-41
Compilation Scheme      :gfortran_internal_SP.sh
Build                   :devel-current-approach - MPI+SLK+OpenMP+SLEPC - OpenMPI - gfortran - rev.15337
MPI                     : Open MPI v1.10.2, package: Open MPI buildd@lgw01-57 Distribution, ident: 1.10.2, repo rev: v1.10.1-145-g799148f, Jan 21, 2016
Compilation Precision   :single
Parallel Conf           :[(N=4)] - single, default parallelization
=--------------------------------------------------------------------------------=
AlAs/RT/02_rt_sin-Nmpi4-def_par-devel-current-approach/o-02_rt_sin.thermodynamics  : VALUE(#1553) @COL#  9 is   88812.     [REF] vs  -6751.8     [OUT] corresponding to  15.876     [% RELATIVE TO MAX]   
AlAs/RT/08_qssin_adaptative-Nmpi4-def_par-devel-current-approach/o-08_qssin_adaptative.thermodynamics  : VALUE(#3688) @COL#  8 is -0.16899E+06 [REF] vs  -85728.     [OUT] corresponding to  37.280     [% RELATIVE TO MAX]   
H2/RT/02_tdh-Nmpi4-def_par-devel-current-approach/o-02_tdh.thermodynamics  : VALUE(# 840) @COL#  9 is -0.28955E-02 [REF] vs  -28.686     [OUT] corresponding to  299.39     [% RELATIVE TO MAX]   
H2/RT/02_tdh_coll-Nmpi4-def_par-devel-current-approach/o-02_tdh_coll.thermodynamics  : VALUE(# 589) @COL#  9 is  0.87886E-02 [REF] vs  -1.6330     [OUT] corresponding to  454.16     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-Nmpi4-def_par-devel-current-approach/o-03_tdlda.energy  : VALUE(# 927) @COL#  3 is  0.36528E-08 [REF] vs -0.14157E-07 [OUT] corresponding to  128.66     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-Nmpi4-def_par-devel-current-approach/o-03_tdlda.thermodynamics  : VALUE(#  12) @COL#  9 is  0.68829E-02 [REF] vs   1.6936     [OUT] corresponding to  64.961     [% RELATIVE TO MAX]   
H2/RT/03_tdlda_coll-Nmpi4-def_par-devel-current-approach/o-03_tdlda_coll.thermodynamics  : VALUE(#   9) @COL#  9 is -0.83345E-02 [REF] vs  -1.2972     [OUT] corresponding to  99.384     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Nmpi4-def_par-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/o-05_KERR_IP-RPA_len.moke_q1_IP  : VALUE(# 399) @COL#  2 is  0.69070E-08 [REF] vs  0.65580E-07 [OUT] corresponding to  5.4886     [% RELATIVE TO MAX]   
Iron/abinit/Without-SOC/05_KERR_IP-RPA_vel-Nmpi4-def_par-devel-current-approach/o-05_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#  30) @COL#  2 is  0.13350E-05 [REF] vs  0.59680E-06 [OUT] corresponding to  37.264     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip-Nmpi4-def_par-devel-current-approach/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-devel-current-approach/o-04_td_ip_DbGd.thermodynamics  : VALUE(#   2) @COL#  8 is   733.34     [REF] vs   776.48     [OUT] corresponding to  5.8826     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_vel-Nmpi4-def_par-devel-current-approach/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-devel-current-approach/o-06_td_sex.energy  : VALUE(#  56) @COL#  4 is  0.52713E-05 [REF] vs -0.31681E-06 [OUT] corresponding to  106.01     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex-Nmpi4-def_par-devel-current-approach/o-06_td_sex.thermodynamics  : VALUE(#  54) @COL#  8 is  -10913.     [REF] vs  0.43133E+07 [OUT] corresponding to  7536.1     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Nmpi4-def_par-devel-current-approach/o-06_td_sex_DbGd.energy  : VALUE(#  35) @COL#  3 is  0.76927E-04 [REF] vs -0.43537E-06 [OUT] corresponding to  76.172     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Nmpi4-def_par-devel-current-approach/o-06_td_sex_DbGd.thermodynamics  : VALUE(#  15) @COL#  8 is  -86902.     [REF] vs -0.24020E+08 [OUT] corresponding to  27540.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Nmpi4-def_par-devel-current-approach/o-06_td_sex_on_the_fly.energy  : VALUE(#   9) @COL#  4 is  0.24575E-08 [REF] vs  0.51349E-06 [OUT] corresponding to  18922.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Nmpi4-def_par-devel-current-approach/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#  21) @COL#  8 is  -9551.7     [REF] vs -0.12862E+10 [OUT] corresponding to 0.13466E+08 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Nmpi4-def_par-devel-current-approach/o-07_ep.energy  : VALUE(#  26) @COL#  4 is  0.34804E-04 [REF] vs -0.69831E-05 [OUT] corresponding to  120.06     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Nmpi4-def_par-devel-current-approach/o-07_ep.thermodynamics  : VALUE(# 100) @COL#  8 is -0.12083E+06 [REF] vs   2388.9     [OUT] corresponding to  75.045     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#   6) @COL#  4 is  0.31630E+07 [REF] vs   7.9750     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/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-Nmpi4-def_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_electrons  : VALUE(# 612) @COL# 10 is  0.17150E-04 [REF] vs   1.0000     [OUT] corresponding to  112.27     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_holes  : VALUE(# 969) @COL#  7 is   0.0000     [REF] vs -0.11180E-02 [OUT] corresponding to 0.23448E+06 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_electrons  : VALUE(# 670) @COL# 10 is  0.58260     [REF] vs  0.47470     [OUT] corresponding to  10.790     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(#   1) @COL#  3 is -0.98110E-04 [REF] vs -0.39025     [OUT] corresponding to 0.39767E+06 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/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-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_up_FIT_holes  : VALUE(#   1) @COL#  7 is -0.13730E-03 [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#   2) @COL#  2 is  0.27830E+08 [REF] vs  0.14200E+11 [OUT] corresponding to  3268.5     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Nmpi4-def_par-devel-current-approach/o-08_ep_DbGd.energy  : VALUE(#  32) @COL#  4 is -0.48323E-03 [REF] vs  0.54887E-06 [OUT] corresponding to  100.11     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Nmpi4-def_par-devel-current-approach/o-08_ep_DbGd.thermodynamics  : VALUE(#  33) @COL#  8 is  -47206.     [REF] vs -0.12895E+06 [OUT] corresponding to  104.82     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_dos_occ_DbGd-Nmpi4-def_par-devel-current-approach/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-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_E_Fermi  : VALUE(#   5) @COL#  7 is  -1.0325     [REF] vs -0.33390E+06 [OUT] corresponding to 0.10144E+08 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_electrons  : VALUE(#   1) @COL#  7 is  0.62120E-01 [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_dn_FIT_holes  : VALUE(#1000) @COL# 11 is -0.19570E-03 [REF] vs -0.18290E-03 [OUT] corresponding to  6.5406     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_electrons  : VALUE(# 868) @COL#  3 is  0.10040E-06 [REF] vs   0.0000     [OUT] corresponding to  10.078     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_holes  : VALUE(#1000) @COL# 11 is -0.25930E-03 [REF] vs -0.23180E-03 [OUT] corresponding to  10.605     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Nmpi4-def_par-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_Temperatures  : VALUE(#   5) @COL#  7 is   2923.0     [REF] vs  0.49130E+09 [OUT] corresponding to 0.10502E+08 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_plot_occ_DbGd-Nmpi4-def_par-devel-current-approach/o-08_ypp_plot_occ_DbGd.YPP-RT_occupations_k3_kRT16_b24  : VALUE(#   3) @COL#  7 is   33.100     [REF] vs   14.400     [OUT] corresponding to  43.503     [% RELATIVE TO MAX]   
Si_bulk/RT/02_elph_300K-Nmpi4-def_par-devel-current-approach/o-02_elph_300K.thermodynamics  : VALUE(# 190) @COL# 10 is  0.76157E+07 [REF] vs  0.80893E+07 [OUT] corresponding to  6.2176     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Nmpi4-def_par-devel-current-approach/o-03_elel.carriers  : VALUE(# 108) @COL#  2 is -0.17881E-06 [REF] vs -0.19372E-04 [OUT] corresponding to  870.27     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Nmpi4-def_par-devel-current-approach/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-devel-current-approach/o-03_elel_SEX.carriers  : VALUE(# 100) @COL#  2 is -0.23484E-04 [REF] vs -0.15438E-04 [OUT] corresponding to  13.961     [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-Nmpi4-def_par-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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-devel-current-approach/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]   
WSe2/RT/04_td_sex-Nmpi4-def_par-devel-current-approach/o-04_td_sex.energy  : VALUE(# 253) @COL#  3 is  0.14231E-04 [REF] vs -0.49470E-06 [OUT] corresponding to  103.47     [% RELATIVE TO MAX]   
WSe2/RT/04_td_sex-Nmpi4-def_par-devel-current-approach/o-04_td_sex.thermodynamics  : VALUE(# 409) @COL#  8 is  0.61471E+08 [REF] vs  0.16151E+07 [OUT] corresponding to  97.372     [% RELATIVE TO MAX]   
WSe2/RT/04_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-04_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#   8) @COL#  4 is   8.8827     [REF] vs   14.957     [OUT] corresponding to  29.245     [% RELATIVE TO MAX]   
WSe2/RT/04_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-04_ypp_fit_occ.YPP-RT_occupations_DATA  : VALUE(#  27) @COL# 12 is -0.34900E-09 [REF] vs -0.36900E-09 [OUT] corresponding to  5.7307     [% RELATIVE TO MAX]   
WSe2/RT/04_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-04_ypp_fit_occ.YPP-RT_occupations_dn_DATA  : VALUE(#  70) @COL# 12 is -0.33400E-09 [REF] vs -0.35400E-09 [OUT] corresponding to  5.9880     [% RELATIVE TO MAX]   
WSe2/RT/04_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-04_ypp_fit_occ.YPP-RT_occupations_dn_FIT_electrons  : VALUE(#   1) @COL#  6 is  0.39140E-05 [REF] vs  0.10830E-04 [OUT] corresponding to  176.70     [% RELATIVE TO MAX]   
WSe2/RT/04_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-04_ypp_fit_occ.YPP-RT_occupations_FIT_electrons  : VALUE(#   1) @COL#  6 is  0.10810E-04 [REF] vs  0.45200E-05 [OUT] corresponding to  58.187     [% RELATIVE TO MAX]   
WSe2/RT/04_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-04_ypp_fit_occ.YPP-RT_occupations_up_DATA  : VALUE(#  27) @COL# 12 is -0.34800E-09 [REF] vs -0.36800E-09 [OUT] corresponding to  5.7307     [% RELATIVE TO MAX]   
WSe2/RT/04_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-04_ypp_fit_occ.YPP-RT_occupations_up_FIT_electrons  : VALUE(#   1) @COL#  7 is  0.38830E-05 [REF] vs  0.11090E-04 [OUT] corresponding to  185.60     [% RELATIVE TO MAX]   
WSe2/RT/04_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-04_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#   8) @COL#  4 is   6189.0     [REF] vs   10210.     [OUT] corresponding to  28.257     [% RELATIVE TO MAX]   
WSe2/RT/05_td_sex_on_the_fly-Nmpi4-def_par-devel-current-approach/o-05_td_sex_on_the_fly.energy  : VALUE(#   5) @COL#  4 is -0.60071E-09 [REF] vs  0.32732E-06 [OUT] corresponding to  24632.     [% RELATIVE TO MAX]   
WSe2/RT/05_td_sex_on_the_fly-Nmpi4-def_par-devel-current-approach/o-05_td_sex_on_the_fly.thermodynamics  : VALUE(#  77) @COL#  8 is  -37074.     [REF] vs -0.32040E+10 [OUT] corresponding to 0.86421E+07 [% RELATIVE TO MAX]   
WSe2/RT/07_epl-Nmpi4-def_par-devel-current-approach/o-07_epl.energy  : VALUE(# 198) @COL#  4 is -0.37920E-03 [REF] vs  0.27008E-04 [OUT] corresponding to  93.276     [% RELATIVE TO MAX]   
WSe2/RT/07_epl-Nmpi4-def_par-devel-current-approach/o-07_epl.thermodynamics  : VALUE(# 269) @COL#  8 is -0.88688E+06 [REF] vs  0.49874E+06 [OUT] corresponding to  156.24     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#   3) @COL#  2 is   0.0000     [REF] vs   9.4654     [OUT] corresponding to  152.18     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(# 999) @COL#  5 is   0.0000     [REF] vs -0.13470E-04 [OUT] corresponding to  6.7350     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-Nmpi4-def_par-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#   3) @COL#  2 is   0.0000     [REF] vs   8324.0     [OUT] corresponding to  120.03     [% RELATIVE TO MAX]   
WSe2/RT/08_epc-Nmpi4-def_par-devel-current-approach/o-08_epc.energy  : VALUE(#  23) @COL#  4 is -0.41485E-03 [REF] vs  0.35463E-04 [OUT] corresponding to  105.31     [% RELATIVE TO MAX]   
WSe2/RT/08_epc-Nmpi4-def_par-devel-current-approach/o-08_epc.thermodynamics  : VALUE(#  29) @COL#  8 is   97703.     [REF] vs   74303.     [OUT] corresponding to  23.950     [% RELATIVE TO MAX]   
WSe2/RT/09_epc_extra-Nmpi4-def_par-devel-current-approach/o-09_epc_extra.energy  : VALUE(#  23) @COL#  3 is  0.38127E-03 [REF] vs -0.68078E-04 [OUT] corresponding to  105.84     [% RELATIVE TO MAX]   
WSe2/RT/09_epc_extra-Nmpi4-def_par-devel-current-approach/o-09_epc_extra.thermodynamics  : VALUE(#  29) @COL#  8 is   86869.     [REF] vs   72043.     [OUT] corresponding to  17.066     [% RELATIVE TO MAX]   
WSe2/RT/10_epc500K-Nmpi4-def_par-devel-current-approach/o-10_epc500K.energy  : VALUE(#  23) @COL#  4 is -0.30003E-03 [REF] vs  0.35156E-04 [OUT] corresponding to  100.91     [% RELATIVE TO MAX]   
WSe2/RT/10_epc500K-Nmpi4-def_par-devel-current-approach/o-10_epc500K.thermodynamics  : VALUE(#  51) @COL#  9 is   38666.     [REF] vs   8634.5     [OUT] corresponding to  16.049     [% RELATIVE TO MAX]   
WSe2/RT/11_epcshift-Nmpi4-def_par-devel-current-approach/o-11_epcshift.energy  : VALUE(#  22) @COL#  3 is  0.48249E-03 [REF] vs -0.30244E-04 [OUT] corresponding to  101.82     [% RELATIVE TO MAX]   
WSe2/RT/11_epcshift-Nmpi4-def_par-devel-current-approach/o-11_epcshift.thermodynamics  : VALUE(#  31) @COL# 10 is -0.26707E+06 [REF] vs  0.19915E+06 [OUT] corresponding to  174.57     [% RELATIVE TO MAX]   
% Section Duration : 1:19:7 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
==================================================================================
Running tests           :all
Projects                : sc rt pl elph kerr magnetic nl hard nopj qp-dbs p2y
Date - Time             :Jun-26-Tue - 07-00
Compilation Scheme      :gfortran_internal_SP.sh
Build                   :devel-current-approach - MPI+SLK+OpenMP+SLEPC - OpenMPI - gfortran - rev.15337
MPI                     : Open MPI v1.10.2, package: Open MPI buildd@lgw01-57 Distribution, ident: 1.10.2, repo rev: v1.10.1-145-g799148f, Jan 21, 2016
Compilation Precision   :single
Parallel Conf           :[(Threads=4)] - none
=--------------------------------------------------------------------------------=
AlAs/RT/02_rt_sin-Omp4-devel-current-approach/o-02_rt_sin.thermodynamics  : VALUE(#1553) @COL#  9 is   88812.     [REF] vs  -6492.1     [OUT] corresponding to  15.833     [% RELATIVE TO MAX]   
AlAs/RT/08_qssin_adaptative-Omp4-devel-current-approach/o-08_qssin_adaptative.thermodynamics  : VALUE(#3688) @COL#  8 is -0.16899E+06 [REF] vs  -86345.     [OUT] corresponding to  37.004     [% RELATIVE TO MAX]   
H2/RT/02_tdh-Omp4-devel-current-approach/o-02_tdh.thermodynamics  : VALUE(# 211) @COL#  9 is  0.20846E-02 [REF] vs  -22.427     [OUT] corresponding to  234.11     [% RELATIVE TO MAX]   
H2/RT/02_tdh_coll-Omp4-devel-current-approach/o-02_tdh_coll.thermodynamics  : VALUE(# 838) @COL#  9 is -0.16967     [REF] vs  -3.3748     [OUT] corresponding to  886.65     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-Omp4-devel-current-approach/o-03_tdlda.energy  : VALUE(# 927) @COL#  3 is  0.36528E-08 [REF] vs -0.16958E-07 [OUT] corresponding to  148.90     [% RELATIVE TO MAX]   
H2/RT/03_tdlda-Omp4-devel-current-approach/o-03_tdlda.thermodynamics  : VALUE(#  12) @COL#  9 is  0.68829E-02 [REF] vs   1.6936     [OUT] corresponding to  64.961     [% RELATIVE TO MAX]   
H2/RT/03_tdlda_coll-Omp4-devel-current-approach/o-03_tdlda_coll.thermodynamics  : VALUE(#   7) @COL#  9 is  -1.2969     [REF] vs   1.2405     [OUT] corresponding to  195.65     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Omp4-devel-current-approach/o-06_ypp_sort.exc_E_sorted  : VALUE(#   4) @COL#  2 is  0.92257     [REF] vs  0.99062     [OUT] corresponding to  6.8045     [% RELATIVE TO MAX]   
hBN/GW-OPTICS/06_ypp_sort-Omp4-devel-current-approach/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-Omp4-devel-current-approach/o-05_td_hf.thermodynamics  : VALUE(#  35) @COL#  8 is   2656.7     [REF] vs   3373.3     [OUT] corresponding to  16.148     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex-Omp4-devel-current-approach/o-06_td_sex.thermodynamics  : VALUE(#  19) @COL#  8 is   5096.6     [REF] vs   6209.1     [OUT] corresponding to  21.828     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_Gvec-Omp4-devel-current-approach/o-06_td_sex_Gvec.thermodynamics  : VALUE(# 186) @COL#  9 is  -42274.     [REF] vs  -47114.     [OUT] corresponding to  11.449     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Omp4-devel-current-approach/o-06_td_sex_on_the_fly.energy  : VALUE(#  48) @COL#  3 is  0.50883E-05 [REF] vs  0.87246E-05 [OUT] corresponding to  71.465     [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_on_the_fly-Omp4-devel-current-approach/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(# 163) @COL#  8 is  -269.93     [REF] vs -0.25749E+10 [OUT] corresponding to 0.11541E+07 [% RELATIVE TO MAX]   
hBN/RT/06_td_sex_vel-Omp4-devel-current-approach/o-06_td_sex_vel.thermodynamics  : VALUE(# 190) @COL#  9 is  -4682.9     [REF] vs  0.22616E+06 [OUT] corresponding to  4929.5     [% RELATIVE TO MAX]   
hBN/RT/07_td_sex_restart-Omp4-devel-current-approach/o-07_td_sex_restart.thermodynamics  : VALUE(#  75) @COL# 10 is  -81204.     [REF] vs  -32847.     [OUT] corresponding to  59.550     [% RELATIVE TO MAX]   
hBN/RT/09_td_sex_DbGd_fake-Omp4-devel-current-approach/o-09_td_sex_DbGd_fake.thermodynamics  : VALUE(# 142) @COL# 10 is -0.42018E+07 [REF] vs -0.15552E+06 [OUT] corresponding to  96.299     [% RELATIVE TO MAX]   
hBN/RT/11_td_sex_dbgd-Omp4-devel-current-approach/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_vel-Omp4-devel-current-approach/o-05_KERR_IP-RPA_vel.moke_q1_IP  : VALUE(#  30) @COL#  2 is  0.13350E-05 [REF] vs  0.59760E-06 [OUT] corresponding to  37.224     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip-Omp4-devel-current-approach/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-Omp4-devel-current-approach/o-04_td_ip_DbGd.thermodynamics  : VALUE(#   2) @COL#  8 is   733.34     [REF] vs   789.76     [OUT] corresponding to  7.6925     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/04_td_ip_vel-Omp4-devel-current-approach/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-Omp4-devel-current-approach/o-06_td_sex.energy  : VALUE(#  56) @COL#  3 is -0.65923E-05 [REF] vs -0.10139E-05 [OUT] corresponding to  84.620     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex-Omp4-devel-current-approach/o-06_td_sex.thermodynamics  : VALUE(#  54) @COL#  8 is  -10913.     [REF] vs -0.15564E+07 [OUT] corresponding to  2693.3     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Omp4-devel-current-approach/o-06_td_sex_DbGd.energy  : VALUE(#  35) @COL#  4 is -0.77499E-04 [REF] vs -0.22278E-06 [OUT] corresponding to  99.713     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_DbGd-Omp4-devel-current-approach/o-06_td_sex_DbGd.thermodynamics  : VALUE(#   3) @COL#  8 is   2168.4     [REF] vs -0.27503E+07 [OUT] corresponding to  3167.3     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Omp4-devel-current-approach/o-06_td_sex_on_the_fly.energy  : VALUE(#   9) @COL#  4 is  0.24575E-08 [REF] vs  0.51350E-06 [OUT] corresponding to  18923.     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/06_td_sex_on_the_fly-Omp4-devel-current-approach/o-06_td_sex_on_the_fly.thermodynamics  : VALUE(#  21) @COL#  8 is  -9551.7     [REF] vs -0.12818E+10 [OUT] corresponding to 0.13420E+08 [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Omp4-devel-current-approach/o-07_ep.energy  : VALUE(#  26) @COL#  3 is -0.57003E-04 [REF] vs -0.15221E-04 [OUT] corresponding to  73.298     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ep-Omp4-devel-current-approach/o-07_ep.thermodynamics  : VALUE(#  99) @COL#  8 is  0.16419E+06 [REF] vs  -2486.3     [OUT] corresponding to  101.51     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp4-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#   6) @COL#  2 is   22140.     [REF] vs   7.7440     [OUT] corresponding to  44.559     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp4-devel-current-approach/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-Omp4-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_dn_FIT_holes  : VALUE(# 965) @COL# 10 is -0.71530E-06 [REF] vs -0.59600E-06 [OUT] corresponding to  14.296     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp4-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(# 247) @COL#  7 is -0.98110E-04 [REF] vs   0.0000     [OUT] corresponding to  100.00     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/07_ypp_fit_occ-Omp4-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#   6) @COL#  2 is  0.27800E+08 [REF] vs   6650.0     [OUT] corresponding to  6.4099     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Omp4-devel-current-approach/o-08_ep_DbGd.energy  : VALUE(#  32) @COL#  4 is -0.48323E-03 [REF] vs  0.54674E-06 [OUT] corresponding to  100.11     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ep_DbGd-Omp4-devel-current-approach/o-08_ep_DbGd.thermodynamics  : VALUE(#  33) @COL#  8 is  -47206.     [REF] vs  0.15130E+06 [OUT] corresponding to  254.56     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_dos_occ_DbGd-Omp4-devel-current-approach/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-Omp4-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_FIT_electrons  : VALUE(# 636) @COL#  2 is  0.10000E-06 [REF] vs   0.0000     [OUT] corresponding to  17.221     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_fit_occ_DbGd-Omp4-devel-current-approach/o-08_ypp_fit_occ_DbGd.YPP-RT_occupations_up_FIT_holes  : VALUE(#1000) @COL# 11 is -0.25930E-03 [REF] vs -0.23240E-03 [OUT] corresponding to  10.374     [% RELATIVE TO MAX]   
MoS2/pwscf/RT/08_ypp_plot_occ_DbGd-Omp4-devel-current-approach/o-08_ypp_plot_occ_DbGd.YPP-RT_occupations_k3_kRT16_b24  : VALUE(#   3) @COL#  7 is   33.100     [REF] vs   14.400     [OUT] corresponding to  43.503     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Omp4-devel-current-approach/o-03_elel.carriers  : VALUE(# 158) @COL#  2 is -0.21458E-05 [REF] vs -0.17762E-04 [OUT] corresponding to  708.11     [% RELATIVE TO MAX]   
Si_bulk/RT/03_elel-Omp4-devel-current-approach/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-Omp4-devel-current-approach/o-03_elel_SEX.carriers  : VALUE(#  94) @COL#  2 is -0.20981E-04 [REF] vs -0.16272E-04 [OUT] corresponding to  8.1696     [% RELATIVE TO MAX]   
Si_bulk/RT/03_fit_elel-Omp4-devel-current-approach/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-Omp4-devel-current-approach/o-04_elel+elph_0K.energy  : VALUE(# 201) @COL#  6 is   1.7520     [REF] vs  0.76699     [OUT] corresponding to  56.221     [% RELATIVE TO MAX]   
Si_bulk/RT/04_elel_plasma-Omp4-devel-current-approach/o-04_elel_plasma.thermodynamics  : VALUE(#  87) @COL#  9 is  0.19736E+06 [REF] vs  -59208.     [OUT] corresponding to  130.00     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Omp4-devel-current-approach/o-04_fit_elel_plasma.YPP-RT_E_Fermi  : VALUE(#   2) @COL#  5 is  -1.2875     [REF] vs  0.40903     [OUT] corresponding to  28.031     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Omp4-devel-current-approach/o-04_fit_elel_plasma.YPP-RT_EE_widths_ratio_FIT_electrons  : VALUE(#  26) @COL#  3 is  0.57277     [REF] vs   1.9936     [OUT] corresponding to  223.34     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Omp4-devel-current-approach/o-04_fit_elel_plasma.YPP-RT_NEQ_linewidths  : VALUE(#  16) @COL# 11 is -0.14190E-02 [REF] vs -0.59810E-02 [OUT] corresponding to  45.438     [% RELATIVE TO MAX]   
Si_bulk/RT/04_fit_elel_plasma-Omp4-devel-current-approach/o-04_fit_elel_plasma.YPP-RT_Temperatures  : VALUE(#   2) @COL#  5 is   19590.     [REF] vs   313.50     [OUT] corresponding to  35.402     [% RELATIVE TO MAX]   
Si_bulk/RT/06_elph_0K_DbGd-Omp4-devel-current-approach/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-Omp4-devel-current-approach/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-Omp4-devel-current-approach/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-Omp4-devel-current-approach/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-Omp4-devel-current-approach/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-Omp4-devel-current-approach/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-Omp4-devel-current-approach/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-Omp4-devel-current-approach/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-Omp4-devel-current-approach/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-Omp4-devel-current-approach/o-15_td_sex.thermodynamics  : VALUE(# 177) @COL#  9 is   4934.0     [REF] vs   59208.     [OUT] corresponding to  137.50     [% RELATIVE TO MAX]   
Si_bulk/SC/06_h_using_colls-Omp4-devel-current-approach/o-06_h_using_colls.SC_E_History  : VALUE(#   1) @COL#  3 is  0.23242     [REF] vs  0.19997E-03 [OUT] corresponding to  232.22     [% RELATIVE TO MAX]   
WSe2/RT/04_td_sex-Omp4-devel-current-approach/o-04_td_sex.energy  : VALUE(# 253) @COL#  3 is  0.14231E-04 [REF] vs -0.48548E-06 [OUT] corresponding to  103.40     [% RELATIVE TO MAX]   
WSe2/RT/04_td_sex-Omp4-devel-current-approach/o-04_td_sex.thermodynamics  : VALUE(# 102) @COL#  8 is  0.14736E+07 [REF] vs -0.41329E+09 [OUT] corresponding to  674.73     [% RELATIVE TO MAX]   
WSe2/RT/04_ypp_fit_occ-Omp4-devel-current-approach/o-04_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#   4) @COL#  2 is   11.628     [REF] vs   13.795     [OUT] corresponding to  14.607     [% RELATIVE TO MAX]   
WSe2/RT/04_ypp_fit_occ-Omp4-devel-current-approach/o-04_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#   4) @COL#  2 is   8005.0     [REF] vs   9411.0     [OUT] corresponding to  13.880     [% RELATIVE TO MAX]   
WSe2/RT/05_td_sex_on_the_fly-Omp4-devel-current-approach/o-05_td_sex_on_the_fly.energy  : VALUE(#   5) @COL#  4 is -0.60071E-09 [REF] vs  0.32732E-06 [OUT] corresponding to  24632.     [% RELATIVE TO MAX]   
WSe2/RT/05_td_sex_on_the_fly-Omp4-devel-current-approach/o-05_td_sex_on_the_fly.thermodynamics  : VALUE(#  77) @COL#  8 is  -37074.     [REF] vs -0.33515E+10 [OUT] corresponding to 0.90398E+07 [% RELATIVE TO MAX]   
WSe2/RT/07_epl-Omp4-devel-current-approach/o-07_epl.energy  : VALUE(# 198) @COL#  4 is -0.37920E-03 [REF] vs  0.27003E-04 [OUT] corresponding to  93.275     [% RELATIVE TO MAX]   
WSe2/RT/07_epl-Omp4-devel-current-approach/o-07_epl.thermodynamics  : VALUE(# 269) @COL#  8 is -0.88688E+06 [REF] vs  0.11950E+06 [OUT] corresponding to  113.47     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-Omp4-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_E_Fermi  : VALUE(#   3) @COL#  2 is   0.0000     [REF] vs   9.4132     [OUT] corresponding to  151.35     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-Omp4-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_occupations_FIT_holes  : VALUE(# 999) @COL#  5 is   0.0000     [REF] vs -0.13470E-04 [OUT] corresponding to  6.7350     [% RELATIVE TO MAX]   
WSe2/RT/07_ypp_fit_occ-Omp4-devel-current-approach/o-07_ypp_fit_occ.YPP-RT_Temperatures  : VALUE(#   3) @COL#  2 is   0.0000     [REF] vs   8278.0     [OUT] corresponding to  119.37     [% RELATIVE TO MAX]   
WSe2/RT/08_epc-Omp4-devel-current-approach/o-08_epc.energy  : VALUE(#  23) @COL#  4 is -0.41485E-03 [REF] vs  0.35421E-04 [OUT] corresponding to  105.30     [% RELATIVE TO MAX]   
WSe2/RT/08_epc-Omp4-devel-current-approach/o-08_epc.thermodynamics  : VALUE(#  29) @COL#  8 is   97703.     [REF] vs   81419.     [OUT] corresponding to  16.667     [% RELATIVE TO MAX]   
WSe2/RT/09_epc_extra-Omp4-devel-current-approach/o-09_epc_extra.energy  : VALUE(#  23) @COL#  3 is  0.38127E-03 [REF] vs -0.67997E-04 [OUT] corresponding to  105.83     [% RELATIVE TO MAX]   
WSe2/RT/09_epc_extra-Omp4-devel-current-approach/o-09_epc_extra.thermodynamics  : VALUE(#  29) @COL#  8 is   86869.     [REF] vs   80821.     [OUT] corresponding to  6.9623     [% RELATIVE TO MAX]   
WSe2/RT/10_epc500K-Omp4-devel-current-approach/o-10_epc500K.energy  : VALUE(#  23) @COL#  4 is -0.30003E-03 [REF] vs  0.35114E-04 [OUT] corresponding to  100.90     [% RELATIVE TO MAX]   
WSe2/RT/10_epc500K-Omp4-devel-current-approach/o-10_epc500K.thermodynamics  : VALUE(#  49) @COL#  8 is   1319.6     [REF] vs   56565.     [OUT] corresponding to  253.38     [% RELATIVE TO MAX]   
WSe2/RT/11_epcshift-Omp4-devel-current-approach/o-11_epcshift.energy  : VALUE(#  22) @COL#  3 is  0.48249E-03 [REF] vs -0.30198E-04 [OUT] corresponding to  101.81     [% RELATIVE TO MAX]   
WSe2/RT/11_epcshift-Omp4-devel-current-approach/o-11_epcshift.thermodynamics  : VALUE(#  31) @COL# 10 is -0.26707E+06 [REF] vs  0.19163E+06 [OUT] corresponding to  171.75     [% RELATIVE TO MAX]   
% Section Duration : 1:34:46 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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