Changes between Version 12 and Version 13 of Doc/Config/IPSLCM6_rc0
- Timestamp:
- 05/25/15 18:07:29 (9 years ago)
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Doc/Config/IPSLCM6_rc0
v12 v13 25 25 # Resolutions and configurations # 26 26 27 IPSLCM6 model isavailable at different resolutions/configurations :27 IPSLCM6 model will be available at different resolutions/configurations : 28 28 29 29 * '''IPSLCM6A-VLR_rc0''' : LMDZ (Old Physics) 96x95x39 - NEMO-LIM2-PISCES ORCA2 … … 32 32 ## IPSLCM6A-VLR_rc0 ## 33 33 34 Here are the versions of the components and tools. 34 The resolution of LMDZ is 96x95 (3,75° in longitude and 1,875° in latitude) with 39 vertical levels. The ocean configuration is ORCA2 : global ocean with a tripolar grid with one South pole, one North pole above Siberia and one North pole above northern America. The resolution is 2°. In the tropical region, the latitudinal resolution decreases to 1/2°. There are 31 vertical levels. 35 36 '''IPSLCM6-VLR_rc0''' is composed of folowing components and tools : 35 37 {{{ 36 38 #-H- IPSLCM6_rc0 IPSLCM6_rc0 coupled configuration … … 57 59 58 60 59 # Ressources on usual machines # 60 61 ## TGCC ## 62 63 ### Bull Curie thin nodes ### 64 65 The basic configuration uses 128 computing cores or 8 nodes: 1 for XIOS, 19 for NEMO, and 27 MPI and 4 OpenMP for LMDZ. 66 67 ## IDRIS ## 68 69 ### IBM : Ada ### 70 71 The basic configuration uses 56 computing cores or 2 nodes: 1 for XIOS, 7 for NEMO, and 24 MPI and 2 OpenMP for LMDZ. 72 73 # Command summary # 74 Here are the commands you need to know if you want to retrieve and compile the IPSLCM5_v5 model and if you want to setup and run an EXP00/pdControl experiment: 61 ### How to use it ### 62 Here are the commands you need to know if you want to retrieve and compile the IPSLCM6 model and if you want to setup and run an piControl experiment (only piControl experiment is available): 75 63 {{{ 76 64 #!sh … … 90 78 }}} 91 79 92 ## headers and config.card##80 #### Specific command on TGCC Bull Curie thin nodes #### 93 81 94 ### curie ### 82 The basic configuration (default configuration) uses 128 computing cores or 8 nodes: 1 for XIOS, 19 for NEMO, and 27 MPI and 4 OpenMP for LMDZ. 83 You have to modifiy headers of the Job script as follow : 95 84 {{{ 96 85 #MSUB -n 128 # reservation des coeurs pour le job (ce doit etre egal a l'ensemble de process/threads : par exemple 27x4 + 19 + 1 = 128 … … 99 88 }}} 100 89 101 ### ada ### 90 91 #### Specific command on IDRIS IBM Ada #### 92 93 The basic configuration uses 56 computing cores or 2 nodes: 1 for XIOS, 7 for NEMO, and 24 MPI and 2 OpenMP for LMDZ. 94 You have to modifiy headers of the Job script as follows : 95 102 96 {{{ 103 97 # Nombre de processus MPI demandes (ici 24 + 7 + 1 = 32) … … 109 103 }}} 110 104 111 config.card on ada 105 and config.card as follows : 106 112 107 {{{ 113 108 #========================================================================