Changes between Version 50 and Version 51 of Doc/Setup
- Timestamp:
- 05/18/17 15:51:21 (7 years ago)
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Doc/Setup
v50 v51 349 349 }}} 350 350 351 [[NoteBox(warn, Be very careful : if there is any space at the end of a line\, libIGCM will not tak ingin account the next line in the list, 600px)]]351 [[NoteBox(warn, Be very careful : if there is any space at the end of a line\, libIGCM will not take in account the next line in the list, 600px)]] 352 352 ### The [!SmoothFiles] section ### 353 353 These are also files containing boundary conditions but their retrieval is only done at specific time integrals and it is not systematic. … … 562 562 vi config.card 563 563 JobName=CHOUCROUTE 564 ../../../libIGCM/ins_job # Check and complet job's header564 ../../../libIGCM/ins_job # Check and complete job's header 565 565 }}} 566 566 … … 808 808 * apply some previously generated 3D temperature perturbation map to the temperature field of the ocean component (OCE) restart file 809 809 810 Each method appl yonly to the relevant type of ensemble generation available inside [Ens_PERTURB] as will be explained later.810 Each method applies only to the relevant type of ensemble generation available inside [Ens_PERTURB] as will be explained later. 811 811 812 812 Before detailing the different functionalities available in [Ens_PERTURB] let us discuss the NAME variable.[[BR]] … … 891 891 * the randomly generated perturbation is in [-.05;+0.05] degrees 892 892 893 '''!!NOTA!! The perturbation is not applied to grid points located under the sea ice. This condition is "hard-written" in the !AddNoise code. Because of a change of the name of the sea ice cover variable from IPSL-CM5A (OIceFrac) and IPSL-CM6 (OIceFrc), a modification of the c ade has been made by Olivier Marti in June 2016 to allow the code to search for both names'''893 '''!!NOTA!! The perturbation is not applied to grid points located under the sea ice. This condition is "hard-written" in the !AddNoise code. Because of a change of the name of the sea ice cover variable from IPSL-CM5A (OIceFrac) and IPSL-CM6 (OIceFrc), a modification of the code has been made by Olivier Marti in June 2016 to allow the code to search for both names''' 894 894 895 895 For each member (in our example we have ten) a new restart file for the coupler will be generated using the executable ''addnoise'' to add some randomly generated temperature perturbation.[[BR]]