il faut suivre le guide 1-créer un répertoire work à l'interieur de Input aek@aek:~/abinit-5.8.2/tests/tutorespfn/Input/Work$ 2-Copier les fichier trf1_1.in trf1_2.in trf1_3.in trf1_4.in trf1_5.in trf1_6.in dans work changer dans trf1_x.files(voir fichier joint) 3-excuter aek@aek:~/abinit-5.8.2/tests/tutorespfn/Input/Work$ abinis < trf1_x.files <& log& Vous obtenez log trf1_1.in trf1_1.out trf1_1o_DDB trf1_1o_DEN trf1_1o_EIG trf1_1o_WFK trf1_2.in trf1_3.in trf1_4.in trf1_5.in trf1_6.in trf1_x.files 4-changer trf1_1o_WFK en trf1_2i_WFK excuter aek@aek:~/abinit-5.8.2/tests/tutorespfn/Input/Work$ abinis < trf1_x.files <& log& Vous obtenez log trf1_1.out trf1_1o_DEN trf1_2.in trf1_2i_WFK trf1_2o_DEN trf1_2o_WFK trf1_4.in trf1_6.in trf1_1.in trf1_1o_DDB trf1_1o_EIG trf1_2.out trf1_2o_DDB trf1_2o_EIG trf1_3.in trf1_5.in trf1_x.files (résultat1+ résultat2) 5-continuer à changer dans trf1_x.files(1,2 ,3,4,..6) par exemple pour le 6 vous obtenez log trf1_2.in trf1_2o_WFK trf1_6o_DS1_DDB trf1_6o_DS2_1WF4 trf1_6o_DS2_DEN5 trf1_6o_DS3_DEN1 trf1_6o_DS4_WFQ trf1_6o_DS5_DEN1 trf1_1.in trf1_2.out trf1_3.in trf1_6o_DS1_DEN trf1_6o_DS2_1WF5 trf1_6o_DS3_1WF1 trf1_6o_DS3_DEN2 trf1_6o_DS5_1WF1 trf1_6o_DS5_DEN2 trf1_1.out trf1_2i_WFK trf1_4.in trf1_6o_DS1_EIG trf1_6o_DS2_DDB trf1_6o_DS3_1WF2 trf1_6o_DS3_DEN4 trf1_6o_DS5_1WF2 trf1_6o_DS5_DEN4 trf1_1o_DDB trf1_2o_DDB trf1_5.in trf1_6o_DS1_WFK trf1_6o_DS2_DEN1 trf1_6o_DS3_1WF4 trf1_6o_DS3_DEN5 trf1_6o_DS5_1WF4 trf1_6o_DS5_DEN5 trf1_1o_DEN trf1_2o_DEN trf1_6.in trf1_6o_DS2_1WF1 trf1_6o_DS2_DEN2 trf1_6o_DS3_1WF5 trf1_6o_DS4_DEN trf1_6o_DS5_1WF5 trf1_x.files trf1_1o_EIG trf1_2o_EIG trf1_6.out trf1_6o_DS2_1WF2 trf1_6o_DS2_DEN4 trf1_6o_DS3_DDB trf1_6o_DS4_EIG trf1_6o_DS5_DDB Pour ne pas melanger le travail vous un autre fichier work1 copier tous les trf2...) dans work1 ensuite excuter trf1 aek@aek:~/abinit-5.8.2/tests/tutorespfn/Input/work1$ abinis < trf2_1.files >& log& Vous Obtenez:log trf2_1o_DS10_DEN2 trf2_1o_DS2_DEN8 trf2_1o_DS4_1WF4 trf2_1o_DS5_DDB trf2_1o_DS7_1WF2 trf2_1o_DS7_DEN6 trf2_1o_DS9_1WF4 trf2_6.files trf2_1.files trf2_1o_DS10_DEN4 trf2_1o_DS2_DEN9 trf2_1o_DS4_1WF5 trf2_1o_DS5_DEN1 trf2_1o_DS7_1WF3 trf2_1o_DS8_1WF1 trf2_1o_DS9_DDB trf2_6.in trf2_1.in trf2_1o_DS10_DEN5 trf2_1o_DS3_1WF1 trf2_1o_DS4_DDB trf2_1o_DS5_DEN2 trf2_1o_DS7_1WF4 trf2_1o_DS8_1WF3 trf2_1o_DS9_DEN1 trf2_7.files trf2_1.out trf2_1o_DS1_DDB trf2_1o_DS3_1WF10 trf2_1o_DS4_DEN1 trf2_1o_DS5_DEN4 trf2_1o_DS7_1WF5 trf2_1o_DS8_1WF4 trf2_1o_DS9_DEN4 trf2_7.in trf2_1_1WF1_EIG trf2_1o_DS1_DEN trf2_1o_DS3_1WF4 trf2_1o_DS4_DEN2 trf2_1o_DS5_DEN5 trf2_1o_DS7_1WF6 trf2_1o_DS8_1WF6 trf2_2.files trf2_1o_DS10_1WF1 trf2_1o_DS1_EIG trf2_1o_DS3_DDB trf2_1o_DS4_DEN4 trf2_1o_DS6_1WF1 trf2_1o_DS7_DDB trf2_1o_DS8_DDB trf2_2.in trf2_1o_DS10_1WF2 trf2_1o_DS1_WFK trf2_1o_DS3_DEN1 trf2_1o_DS4_DEN5 trf2_1o_DS6_1WF4 trf2_1o_DS7_DEN1 trf2_1o_DS8_DEN1 trf2_3.in trf2_1o_DS10_1WF4 trf2_1o_DS2_1WF7 trf2_1o_DS3_DEN10 trf2_1o_DS5_1WF1 trf2_1o_DS6_DDB trf2_1o_DS7_DEN2 trf2_1o_DS8_DEN3 trf2_4.files trf2_1o_DS10_1WF5 trf2_1o_DS2_1WF8 trf2_1o_DS3_DEN4 trf2_1o_DS5_1WF2 trf2_1o_DS6_DEN1 trf2_1o_DS7_DEN3 trf2_1o_DS8_DEN4 trf2_4.in trf2_1o_DS10_DDB trf2_1o_DS2_1WF9 trf2_1o_DS4_1WF1 trf2_1o_DS5_1WF4 trf2_1o_DS6_DEN4 trf2_1o_DS7_DEN4 trf2_1o_DS8_DEN6 trf2_5.files trf2_1o_DS10_DEN1 trf2_1o_DS2_DEN7 trf2_1o_DS4_1WF2 trf2_1o_DS5_1WF5 trf2_1o_DS7_1WF1 trf2_1o_DS7_DEN5 trf2_1o_DS9_1WF1 trf2_5.in ensuite vous excuter le suivant: aek@aek:~/abinit-5.8.2/tests/tutorespfn/Input/work1$ abinis < trf2_2.files >& log& vous obtenez log trf2_1o_DS10_DEN2 trf2_1o_DS2_DEN8 trf2_1o_DS4_1WF4 trf2_1o_DS5_DDB trf2_1o_DS7_1WF2 trf2_1o_DS7_DEN6 trf2_1o_DS9_1WF4 trf2_3.in trf2_1.files trf2_1o_DS10_DEN4 trf2_1o_DS2_DEN9 trf2_1o_DS4_1WF5 trf2_1o_DS5_DEN1 trf2_1o_DS7_1WF3 trf2_1o_DS8_1WF1 trf2_1o_DS9_DDB trf2_3.out trf2_1.in trf2_1o_DS10_DEN5 trf2_1o_DS3_1WF1 trf2_1o_DS4_DDB trf2_1o_DS5_DEN2 trf2_1o_DS7_1WF4 trf2_1o_DS8_1WF3 trf2_1o_DS9_DEN1 trf2_4.files trf2_1.out trf2_1o_DS1_DDB trf2_1o_DS3_1WF10 trf2_1o_DS4_DEN1 trf2_1o_DS5_DEN4 trf2_1o_DS7_1WF5 trf2_1o_DS8_1WF4 trf2_1o_DS9_DEN4 trf2_4.in trf2_1_1WF1_EIG trf2_1o_DS1_DEN trf2_1o_DS3_1WF4 trf2_1o_DS4_DEN2 trf2_1o_DS5_DEN5 trf2_1o_DS7_1WF6 trf2_1o_DS8_1WF6 trf2_2.files trf2_5.files trf2_1o_DS10_1WF1 trf2_1o_DS1_EIG trf2_1o_DS3_DDB trf2_1o_DS4_DEN4 trf2_1o_DS6_1WF1 trf2_1o_DS7_DDB trf2_1o_DS8_DDB trf2_2.in trf2_5.in trf2_1o_DS10_1WF2 trf2_1o_DS1_WFK trf2_1o_DS3_DEN1 trf2_1o_DS4_DEN5 trf2_1o_DS6_1WF4 trf2_1o_DS7_DEN1 trf2_1o_DS8_DEN1 trf2_2.out trf2_6.files trf2_1o_DS10_1WF4 trf2_1o_DS2_1WF7 trf2_1o_DS3_DEN10 trf2_1o_DS5_1WF1 trf2_1o_DS6_DDB trf2_1o_DS7_DEN2 trf2_1o_DS8_DEN3 trf2_2o_DDB trf2_6.in trf2_1o_DS10_1WF5 trf2_1o_DS2_1WF8 trf2_1o_DS3_DEN4 trf2_1o_DS5_1WF2 trf2_1o_DS6_DEN1 trf2_1o_DS7_DEN3 trf2_1o_DS8_DEN4 trf2_2o_DEN trf2_7.files trf2_1o_DS10_DDB trf2_1o_DS2_1WF9 trf2_1o_DS4_1WF1 trf2_1o_DS5_1WF4 trf2_1o_DS6_DEN4 trf2_1o_DS7_DEN4 trf2_1o_DS8_DEN6 trf2_2o_EIG trf2_7.in trf2_1o_DS10_DEN1 trf2_1o_DS2_DEN7 trf2_1o_DS4_1WF2 trf2_1o_DS5_1WF5 trf2_1o_DS7_1WF1 trf2_1o_DS7_DEN5 trf2_1o_DS9_1WF1 trf2_2o_WFK pour trf_3 voici commen il faut proceder : aek@aek:~/abinit-5.8.2/tests/tutorespfn/Input/work1$ mrgddb .Version 5.8.2 of MRGDDB .(sequential version, prepared for a x86_64_linux_gnu4.3 computer) .Copyright (C) 1998-2009 ABINIT group . MRGDDB comes with ABSOLUTELY NO WARRANTY. It is free software, and you are welcome to redistribute it under certain conditions (GNU General Public License, see ~abinit/COPYING or http://www.gnu.org/copyleft/gpl.txt). ABINIT is a project of the Universite Catholique de Louvain, Corning Inc. and other collaborators, see ~abinit/doc/developers/contributors.txt . Please read ~abinit/doc/users/acknowledgments.html for suggested acknowledgments of the ABINIT effort. For more information, see http://www.abinit.org . .Starting date : Mon 12 Apr 2010. Give name for output derivative database : trf2_3.ddb.out trf2_3.ddb.out Give short description of the derivative database : tapez entrée seulement Give number of input ddbs, or 1 if input GS file 8 8 Give name for derivative database number 1 : trf2_1o_DS3_DDB trf2_1o_DS3_DDB Give name for derivative database number 2 : trf2_1o_DS4_DDB trf2_1o_DS4_DDB Give name for derivative database number 3 : trf2_1o_DS5_DDB trf2_1o_DS5_DDB Give name for derivative database number 4 : trf2_1o_DS6_DDB trf2_1o_DS6_DDB Give name for derivative database number 5 : trf2_1o_DS7_DDB trf2_1o_DS7_DDB Give name for derivative database number 6 : trf2_1o_DS8_DDB trf2_1o_DS8_DDB Give name for derivative database number 7 : trf2_1o_DS9_DDB trf2_1o_DS9_DDB Give name for derivative database number 8 : trf2_1o_DS10_DDB trf2_1o_DS10_DDB inprep8 : open file trf2_1o_DS3_DDB inprep8 : nband(1)= 4 occ 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 inprep8 : open file trf2_1o_DS4_DDB inprep8 : nband(1)= 4 occ 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 inprep8 : open file trf2_1o_DS5_DDB inprep8 : nband(1)= 4 occ 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 inprep8 : open file trf2_1o_DS6_DDB inprep8 : nband(1)= 4 occ 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 inprep8 : open file trf2_1o_DS7_DDB inprep8 : nband(1)= 4 occ 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 inprep8 : open file trf2_1o_DS8_DDB inprep8 : nband(1)= 4 occ 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 inprep8 : open file trf2_1o_DS9_DDB inprep8 : nband(1)= 4 occ 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 inprep8 : open file trf2_1o_DS10_DDB inprep8 : nband(1)= 4 occ 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 0.20000000000000D+01 read the input derivative database information read 1 blocks from the input DDB read the input derivative database number 2 compare the current and input DDB information compar8 : assume that one of the DDB to be merged use Time-Reversal to decrease the number of k-points Will try to merge this input DDB with the current one. Current number of bloks = 1 Will read 1 blocks from the input DDB Now, current number of bloks = 2 read the input derivative database number 3 compare the current and input DDB information Will try to merge this input DDB with the current one. Current number of bloks = 2 Will read 1 blocks from the input DDB Now, current number of bloks = 3 read the input derivative database number 4 compare the current and input DDB information Will try to merge this input DDB with the current one. Current number of bloks = 3 Will read 1 blocks from the input DDB Now, current number of bloks = 4 read the input derivative database number 5 compare the current and input DDB information Will try to merge this input DDB with the current one. Current number of bloks = 4 Will read 1 blocks from the input DDB Now, current number of bloks = 5 read the input derivative database number 6 compare the current and input DDB information Will try to merge this input DDB with the current one. Current number of bloks = 5 Will read 1 blocks from the input DDB Now, current number of bloks = 6 read the input derivative database number 7 compare the current and input DDB information Will try to merge this input DDB with the current one. Current number of bloks = 6 Will read 1 blocks from the input DDB Now, current number of bloks = 7 read the input derivative database number 8 compare the current and input DDB information Will try to merge this input DDB with the current one. Current number of bloks = 7 Will read 1 blocks from the input DDB Now, current number of bloks = 8 All DDBs have been read check the equality of blocks, and eventually merge 0 blocks are merged; the new DDB will have 8 blocks. open the output database, write the preliminary information write the psp information write the DDB Write bloc number 1 Write bloc number 2 Write bloc number 3 Write bloc number 4 Write bloc number 5 Write bloc number 6 Write bloc number 7 Write bloc number 8 +mrgddb : the run completed successfully aek@aek:~/abinit-5.8.2/tests/tutorespfn/Input/work1$ anaddb < trf2_4.files > trf2_4.log vous obtenez: log trf2_1o_DS10_DEN2 trf2_1o_DS2_DEN9 trf2_1o_DS4_DDB trf2_1o_DS5_DEN4 trf2_1o_DS7_1WF6 trf2_1o_DS8_DDB trf2_2.out trf2_5.files primcellinfo trf2_1o_DS10_DEN4 trf2_1o_DS3_1WF1 trf2_1o_DS4_DEN1 trf2_1o_DS5_DEN5 trf2_1o_DS7_DDB trf2_1o_DS8_DEN1 trf2_2o_DDB trf2_5.in trf2_1.files trf2_1o_DS10_DEN5 trf2_1o_DS3_1WF10 trf2_1o_DS4_DEN2 trf2_1o_DS6_1WF1 trf2_1o_DS7_DEN1 trf2_1o_DS8_DEN3 trf2_2o_DEN trf2_6.files trf2_1.in trf2_1o_DS1_DDB trf2_1o_DS3_1WF4 trf2_1o_DS4_DEN4 trf2_1o_DS6_1WF4 trf2_1o_DS7_DEN2 trf2_1o_DS8_DEN4 trf2_2o_EIG trf2_6.in trf2_1.out trf2_1o_DS1_DEN trf2_1o_DS3_DDB trf2_1o_DS4_DEN5 trf2_1o_DS6_DDB trf2_1o_DS7_DEN3 trf2_1o_DS8_DEN6 trf2_2o_WFK trf2_6.in_freq trf2_1_1WF1_EIG trf2_1o_DS1_EIG trf2_1o_DS3_DEN1 trf2_1o_DS5_1WF1 trf2_1o_DS6_DEN1 trf2_1o_DS7_DEN4 trf2_1o_DS9_1WF1 trf2_3.ddb.out trf2_7.files trf2_1o_DS10_1WF1 trf2_1o_DS1_WFK trf2_1o_DS3_DEN10 trf2_1o_DS5_1WF2 trf2_1o_DS6_DEN4 trf2_1o_DS7_DEN5 trf2_1o_DS9_1WF4 trf2_3.in trf2_7.in trf2_1o_DS10_1WF2 trf2_1o_DS2_1WF7 trf2_1o_DS3_DEN4 trf2_1o_DS5_1WF4 trf2_1o_DS7_1WF1 trf2_1o_DS7_DEN6 trf2_1o_DS9_DDB trf2_4.files trf2_1o_DS10_1WF4 trf2_1o_DS2_1WF8 trf2_1o_DS4_1WF1 trf2_1o_DS5_1WF5 trf2_1o_DS7_1WF2 trf2_1o_DS8_1WF1 trf2_1o_DS9_DEN1 trf2_4.in trf2_1o_DS10_1WF5 trf2_1o_DS2_1WF9 trf2_1o_DS4_1WF2 trf2_1o_DS5_DDB trf2_1o_DS7_1WF3 trf2_1o_DS8_1WF3 trf2_1o_DS9_DEN4 trf2_4.lo trf2_1o_DS10_DDB trf2_1o_DS2_DEN7 trf2_1o_DS4_1WF4 trf2_1o_DS5_DEN1 trf2_1o_DS7_1WF4 trf2_1o_DS8_1WF4 trf2_2.files trf2_4.log trf2_1o_DS10_DEN1 trf2_1o_DS2_DEN8 trf2_1o_DS4_1WF5 trf2_1o_DS5_DEN2 trf2_1o_DS7_1WF5 trf2_1o_DS8_1WF6 trf2_2.in trf2_4.ou aek@aek:~/abinit-5.8.2/tests/tutorespfn/Input/work1$ anaddb < trf2_5.files > trf2_5.log vous obtenez: log trf2_1o_DS10_DEN4 trf2_1o_DS3_1WF10 trf2_1o_DS4_DEN4 trf2_1o_DS6_DDB trf2_1o_DS7_DEN4 trf2_1o_DS9_1WF4 trf2_4.files trf2_6.files primcellinfo trf2_1o_DS10_DEN5 trf2_1o_DS3_1WF4 trf2_1o_DS4_DEN5 trf2_1o_DS6_DEN1 trf2_1o_DS7_DEN5 trf2_1o_DS9_DDB trf2_4.in trf2_6.in trf2_1.files trf2_1o_DS1_DDB trf2_1o_DS3_DDB trf2_1o_DS5_1WF1 trf2_1o_DS6_DEN4 trf2_1o_DS7_DEN6 trf2_1o_DS9_DEN1 trf2_4.lo trf2_6.in_freq trf2_1.in trf2_1o_DS1_DEN trf2_1o_DS3_DEN1 trf2_1o_DS5_1WF2 trf2_1o_DS7_1WF1 trf2_1o_DS8_1WF1 trf2_1o_DS9_DEN4 trf2_4.log trf2_7.files trf2_1.out trf2_1o_DS1_EIG trf2_1o_DS3_DEN10 trf2_1o_DS5_1WF4 trf2_1o_DS7_1WF2 trf2_1o_DS8_1WF3 trf2_2.files trf2_4.out trf2_7.in trf2_1_1WF1_EIG trf2_1o_DS1_WFK trf2_1o_DS3_DEN4 trf2_1o_DS5_1WF5 trf2_1o_DS7_1WF3 trf2_1o_DS8_1WF4 trf2_2.in trf2_5.files trf2_1o_DS10_1WF1 trf2_1o_DS2_1WF7 trf2_1o_DS4_1WF1 trf2_1o_DS5_DDB trf2_1o_DS7_1WF4 trf2_1o_DS8_1WF6 trf2_2.out trf2_5.in trf2_1o_DS10_1WF2 trf2_1o_DS2_1WF8 trf2_1o_DS4_1WF2 trf2_1o_DS5_DEN1 trf2_1o_DS7_1WF5 trf2_1o_DS8_DDB trf2_2o_DDB trf2_5.log trf2_1o_DS10_1WF4 trf2_1o_DS2_1WF9 trf2_1o_DS4_1WF4 trf2_1o_DS5_DEN2 trf2_1o_DS7_1WF6 trf2_1o_DS8_DEN1 trf2_2o_DEN trf2_5.out trf2_1o_DS10_1WF5 trf2_1o_DS2_DEN7 trf2_1o_DS4_1WF5 trf2_1o_DS5_DEN4 trf2_1o_DS7_DDB trf2_1o_DS8_DEN3 trf2_2o_EIG trf2_5.out_PHFRQ trf2_1o_DS10_DDB trf2_1o_DS2_DEN8 trf2_1o_DS4_DDB trf2_1o_DS5_DEN5 trf2_1o_DS7_DEN1 trf2_1o_DS8_DEN4 trf2_2o_WFK trf2_5.out_PHVEC trf2_1o_DS10_DEN1 trf2_1o_DS2_DEN9 trf2_1o_DS4_DEN1 trf2_1o_DS6_1WF1 trf2_1o_DS7_DEN2 trf2_1o_DS8_DEN6 trf2_3.ddb.out trf2_5_band2eps.displ trf2_1o_DS10_DEN2 trf2_1o_DS3_1WF1 trf2_1o_DS4_DEN2 trf2_1o_DS6_1WF4 trf2_1o_DS7_DEN3 trf2_1o_DS9_1WF1 trf2_3.in trf2_5_band2eps.freq aek@aek:~/abinit-5.8.2/tests/tutorespfn/Input/work1$ band2eps < trf2_6.files > trf2_6.log vous obtenez log trf2_1o_DS10_DEN4 trf2_1o_DS3_1WF10 trf2_1o_DS4_DEN4 trf2_1o_DS6_DDB trf2_1o_DS7_DEN4 trf2_1o_DS9_1WF4 trf2_4.files trf2_6.files primcellinfo trf2_1o_DS10_DEN5 trf2_1o_DS3_1WF4 trf2_1o_DS4_DEN5 trf2_1o_DS6_DEN1 trf2_1o_DS7_DEN5 trf2_1o_DS9_DDB trf2_4.in trf2_6.in trf2_1.files trf2_1o_DS1_DDB trf2_1o_DS3_DDB trf2_1o_DS5_1WF1 trf2_1o_DS6_DEN4 trf2_1o_DS7_DEN6 trf2_1o_DS9_DEN1 trf2_4.lo trf2_6.in_freq trf2_1.in trf2_1o_DS1_DEN trf2_1o_DS3_DEN1 trf2_1o_DS5_1WF2 trf2_1o_DS7_1WF1 trf2_1o_DS8_1WF1 trf2_1o_DS9_DEN4 trf2_4.log trf2_6.log trf2_1.out trf2_1o_DS1_EIG trf2_1o_DS3_DEN10 trf2_1o_DS5_1WF4 trf2_1o_DS7_1WF2 trf2_1o_DS8_1WF3 trf2_2.files trf2_4.out trf2_6.out.eps trf2_1_1WF1_EIG trf2_1o_DS1_WFK trf2_1o_DS3_DEN4 trf2_1o_DS5_1WF5 trf2_1o_DS7_1WF3 trf2_1o_DS8_1WF4 trf2_2.in trf2_5.files trf2_7.files trf2_1o_DS10_1WF1 trf2_1o_DS2_1WF7 trf2_1o_DS4_1WF1 trf2_1o_DS5_DDB trf2_1o_DS7_1WF4 trf2_1o_DS8_1WF6 trf2_2.out trf2_5.in trf2_7.in trf2_1o_DS10_1WF2 trf2_1o_DS2_1WF8 trf2_1o_DS4_1WF2 trf2_1o_DS5_DEN1 trf2_1o_DS7_1WF5 trf2_1o_DS8_DDB trf2_2o_DDB trf2_5.log trf2_1o_DS10_1WF4 trf2_1o_DS2_1WF9 trf2_1o_DS4_1WF4 trf2_1o_DS5_DEN2 trf2_1o_DS7_1WF6 trf2_1o_DS8_DEN1 trf2_2o_DEN trf2_5.out trf2_1o_DS10_1WF5 trf2_1o_DS2_DEN7 trf2_1o_DS4_1WF5 trf2_1o_DS5_DEN4 trf2_1o_DS7_DDB trf2_1o_DS8_DEN3 trf2_2o_EIG trf2_5.out_PHFRQ trf2_1o_DS10_DDB trf2_1o_DS2_DEN8 trf2_1o_DS4_DDB trf2_1o_DS5_DEN5 trf2_1o_DS7_DEN1 trf2_1o_DS8_DEN4 trf2_2o_WFK trf2_5.out_PHVEC trf2_1o_DS10_DEN1 trf2_1o_DS2_DEN9 trf2_1o_DS4_DEN1 trf2_1o_DS6_1WF1 trf2_1o_DS7_DEN2 trf2_1o_DS8_DEN6 trf2_3.ddb.out trf2_5_band2eps.displ trf2_1o_DS10_DEN2 trf2_1o_DS3_1WF1 trf2_1o_DS4_DEN2 trf2_1o_DS6_1WF4 trf2_1o_DS7_DEN3 trf2_1o_DS9_1WF1 trf2_3.in trf2_5_band2eps.freq aek@aek:~/abinit-5.8.2/tests/tutorespfn/Input/work1$ gv trf2_6.out.eps vous obtenez:trf2_7.out voir ref et comparez vos résultats avec vos résultats. salutations.