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Description_Variables.dat @ 35

Last change on this file since 35 was 35, checked in by dumas, 8 years ago
Merge avec la r34 du trunk
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1	Description_Variables.dat
2	Liste des variables avec les description utile pour les netcdf.
3
4	Chaque block entre
5	------------------------------------------------------
6	....
7	------------------------------------------------------
8	Designe une variable
9
10	"Variable name" !~ info non obligatoire
11	"no" "name in Grisli" "Class" !! info obligatoire
12	"Node type" !! info obligatoire
13	"Long name" !~ info non obligatoire
14	"Standard name" !~ info non obligatoire
15	"Unit" !~ info non obligatoire
16	"Description" !~ info non obligatoire
17
18	ex:
19	------------------------------------------------------
20	"Altitude surface"
21	1 S 1
22	"o"
23	"surface_topography_or_elevation (Searise)"
24	"surface_altitude (cf,Searise)"
25	"m"
26	"Surface topography or elevation"
27	------------------------------------------------------
28
29	------> le no de variable doit correspondre au if (...) tab(:,:)= .... dans sortie_netcdf_GRISLI_mod.0.2-hassine.f90
30	------> l ordre n a pas d importance
31
32
33	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ fin du header commentaire
34	------------------------------------------------------
35	"time" !~ "Variable name"
36	0 "time" 0 !! "no" "name in Grisli" "Class"
37	"o" !! "Node type"
38	"model_time " !~ "Long name"
39	"time " !~ "Standard name"
40	"year" !~ "Unit"
41	"xxx" !~ "Description"
42	------------------------------------------------------
43	"x"
44	0 "xcc " 0
45	"o"
46	"cartesian_x_coordinate "
47	"projection_x_coordinate "
48	"m"
49	"Polar stereographic projection "
50	------------------------------------------------------
51	"x1"
52	0 "x staggered" 0
53	">"
54	"cartesian_x_coordinate "
55	"projection_x_coordinate "
56	"m"
57	"Polar stereographic projection "
58	------------------------------------------------------
59	"y"
60	0 "ycc " 0
61	"o"
62	"cartesian_y_coordinate "
63	"projection_y_coordinate "
64	"m"
65	"Polar stereographic projection "
66	------------------------------------------------------
67	"y1"
68	0 "y staggered" 0
69	"^"
70	"cartesian_y_coordinate "
71	"projection_y_coordinate "
72	"m"
73	"Polar stereographic projection "
74	------------------------------------------------------
75	"sigma"
76	0 "E" 0
77	"o"
78	"Sigma_layers "
79	"land_ice_sigma_coordinate "
80	1
81	"xxx"
82	------------------------------------------------------
83	"nzm"
84	0 "nzm" 0
85	"o"
86	"coordinate in the bedrock"
87	"coordinate in the bedrock"
88	1
89	"for temperature only"
90	------------------------------------------------------
91	"lat"
92	0 "Ylat" 0
93	"o"
94	"latitude (cism)"
95	"latitude (cism)"
96	"degreeN"
97	"xxx"
98	------------------------------------------------------
99	"lon"
100	0 "Xlong" 0
101	"o"
102	"longitude (cism)"
103	"longitude (cism)"
104	"degreeE"
105	"xxx"
106	------------------------------------------------------
107	==========================================================Fin des variables 1D
108	"Altitude surface"
109	1 "S" 1
110	"o"
111	"surface_topography_or_elevation (Searise)"
112	"surface_altitude (cf,Searise)"
113	"m"
114	"Surface topography or elevation"
115	------------------------------------------------------
116	"xxx"
117	2 "H" 1
118	"o"
119	"ice_thickness (cf,Searise) "
120	"land_ice_thickness (cf,Searise)"
121	"m"
122	" Land ice means glaciers, ice-caps and ice-sheets resting on bedrock."
123	------------------------------------------------------
124	"xxx"
125	3 "Bsoc" 1
126	"o"
127	"bedrock_topography_or_elevation (Searise)"
128	"bedrock_altitude (cf,Searise)"
129	"m"
130	"Bedrock topography or elevation"
131	------------------------------------------------------
132	"xxx"
133	4 "Mk" 1
134	"o"
135	"land_ice_grounded_mask"
136	"land_ice_grounded_mask"
137	1
138	"Integer mask 1 floating ice 0 "
139	------------------------------------------------------
140	"dHdt"
141	5 "Hdot" 1
142	"o"
143	"tendency_of_land_ice_thickness (cf) "
144	"tendency_of_land_ice_thickness (cf)"
145	"m/year"
146	"Variation of thickness dH/dt"
147	------------------------------------------------------
148	"xxx"
149	7 "B" 1
150	"o"
151	"land_ice_base_elevation"
152	"land_ice_base_elevation"
153	"m"
154	"Base of the ice"
155	------------------------------------------------------
156	"Mk_init" ! nom de la variable
157	9 Mk_init 5 ! number, name in grisli, class
158	"o" ! node type : "o" ,"^", ">"
159	"xxx" !~ long name
160	"xxx" !~ standard name
161	"" !~ unit
162	"initial mask" !~ description
163	------------------------------------------------------
164	"xxx"
165	10 "Bm" 1
166	"o"
167	"land_ice_surface_specific_mass_balance (cf)"
168	"land_ice_surface_specific_mass_balance (cf)"
169	"m/year"
170	"Land ice means glaciers, ice-caps and ice-sheets resting on bedrock. Specific mass balance means the net rate at which ice is added per unit area at the land ice surface."
171	------------------------------------------------------
172	"xxx"
173	11 "Acc" 1
174	"o"
175	"land_ice_mass_accumulation"
176	"land_ice_mass_accumulation"
177	"m/year"
178	"Mass accumulation"
179	------------------------------------------------------
180	"Bm-Acc"
181	12 "Abl" 1
182	"o"
183	"land_ice_mass_removal"
184	"land_ice_mass_removal"
185	"m/year"
186	"Mass removal or melting"
187	------------------------------------------------------
188	"xxx"
189	13 "Calv" 1
190	"o"
191	"land_ice_calving_rate (cism)"
192	"land_ice_calving_rate (cism)"
193	"m/year"
194	"Land ice means glaciers, ice-caps and ice-sheets resting on bedrock. The land ice calving rate is the rate at which ice is lost per unit area through calving into the ocean."
195	------------------------------------------------------
196	"xxx"
197	14 "dHdt" 1
198	"o"
199	"rate_of_thickness_change(Searise)"
200	"tendency_of_land_ice_thickness(Searise)"
201	"m/year"
202	"xxx "
203	------------------------------------------------------
204	"xxx"
205	18 "Tann" 1
206	"o"
207	"land_ice_annual_temperature"
208	"land_ice_annual_temperature"
209	"celsius"
210	"Annual temperature "
211	------------------------------------------------------
212	"xxx"
213	19 "Tjja" 1
214	"o"
215	"land_ice_summer_temperature"
216	"land_ice_summer_temperature"
217	"celsius"
218	"Summer temperature "
219	------------------------------------------------------
220	"T-Tpmp"
221	20 "Tb" 1
222	"o"
223	"land_ice_basal_temperature"
224	"land_ice_basal_temperature"
225	"celsius"
226	"Basal temperature "
227	------------------------------------------------------
228	"xxx"
229	23 "ghf" 1
230	"o"
231	"geothermal_heat_flux"
232	"geothermal_heat_flux"
233	"m.w/mÂ²"
234	"Geothermal heat flux"
235	------------------------------------------------------
236	"xxx"
237	24 "phid" 1
238	"o"
239	"land_ice_gth_flow_deformation"
240	"land_ice_gth_flow_deformation"
241	"m.w/mÂ²"
242	"Heat flow related to deformation"
243	------------------------------------------------------
244	"xxx"
245	25 "Bmelt" 1
246	"o"
247	"land_ice_basal_melt_rate (cf)"
248	"land_ice_basal_melt_rate (cf)"
249	"m/year"
250	"Land ice means glaciers, ice-caps and ice-sheets resting on bedrock. The land ice basal melt rate is the rate at which ice is lost per unit area at the base of the ice."
251	------------------------------------------------------
252	"xxx"
253	30 "Uxbar_maj" 1
254	"o"
255	"land_ice_vertical_mean_x_velocity (cf)"
256	"land_ice_vertical_mean_x_velocity (cf)"
257	"m/year"
258	"A velocity is a vector quantity. ""x"" indicates a vector component along the grid x-axis, when this is not true longitude, positive with increasing x. Land ice means glaciers, ice-caps and ice-sheets resting on bedrock. The vertical mean land ice velocity is the average from the bedrock to the surface of the ice."
259	------------------------------------------------------
260	"xxx"
261	31 "Uybar_maj" 1
262	"o"
263	"land_ice_vertical_mean_y_velocity (cf)"
264	"land_ice_vertical_mean_y_velocity (cf)"
265	"m/year"
266	"A velocity is a vector quantity. ""y"" indicates a vector component along the grid y-axis, when this is not true latitude, positive with increasing y. Land ice means glaciers, ice-caps and ice-sheets resting on bedrock. The vertical mean land ice velocity is the average from the bedrock to the surface of the ice."
267	------------------------------------------------------
268	"Umag"
269	36 "Umag" 1
270	"o"
271	"land_ice_vertical_mean_velocity"
272	"land_ice_velocity"
273	"m/year"
274	"Average velocity o"
275	------------------------------------------------------
276	"xxx"
277	37 "Uslmag" 1
278	"o"
279	"land_ice_sliding_velocity"
280	"land_ice_sliding_velocity"
281	"m/year"
282	"Average sliding velocity o"
283	------------------------------------------------------
284	"S-S0"
285	6 "dS" 2
286	"o"
287	"land_ice_altitude"
288	"land_ice_altitude"
289	"m"
290	"Difference in altitude compared to the observed"
291	------------------------------------------------------
292	"xxx"
293	32 "Uxbar" 2
294	">"
295	"land_ice_x_velocity_m"
296	"land_ice_x_velocity_m"
297	"m/year"
298	"Velocity x >"
299	------------------------------------------------------
300	"xxx"
301	33 "Uybar" 2
302	"^"
303	"land_ice_y_velocity_m"
304	"land_ice_y_velocity_m"
305	"m/year"
306	"Velocity y ^"
307	------------------------------------------------------
308	"Uxsli"
309	34 "Uxsli" 2
310	">"
311	"land_ice_x_sliding_velocity"
312	"land_ice_x_sliding_velocity"
313	"m/year"
314	"Sliding velocity x >"
315	------------------------------------------------------
316	"Uysli"
317	35 "Uysli" 2
318	"^"
319	"land_ice_y_sliding_velocity"
320	"land_ice_y_sliding_velocity"
321	"m/year"
322	"Sliding velocity y ^"
323	------------------------------------------------------
324	"Uxdef"
325	38 "Uxdef" 2
326	">"
327	"land_ice_x_deformation_velocity"
328	"land_ice_x_deformation_velocity"
329	"m/year"
330	"Us-Ub along x >"
331	------------------------------------------------------
332	"Uydef"
333	39 "Uydef" 2
334	"^"
335	"land_ice_y_deformation_velocity"
336	"land_ice_y_deformation_velocity"
337	"m/year"
338	"Us-Ub along y ^"
339	------------------------------------------------------
340	"xxx"
341	40 "frtmx" 2
342	">"
343	"xxx"
344	"xxx"
345	"bar"
346	"Frotmx >"
347	------------------------------------------------------
348	"xxx"
349	41 "frtmy" 2
350	"^"
351	"xxx"
352	"xxx"
353	"bar"
354	"Frotmy ^"
355	------------------------------------------------------
356	"xxx"
357	42 "tobmx" 2
358	">"
359	"xxx"
360	"xxx"
361	"Tobmx >"
362	------------------------------------------------------
363	"xxx"
364	43 "tobmy" 2
365	"^"
366	"xxx"
367	"xxx"
368	"Tobmy ^"
369	------------------------------------------------------
370	"xxx"
371	44 "toshe" 2
372	"o"
373	"xxx"
374	"xxx"
375	"bar"
376	"Taushelf (bar)"
377	------------------------------------------------------
378	"xxx"
379	45 "epsxx" 2
380	"o"
381	"xxx"
382	"xxx"
383	"xxx"
384	"o"
385	------------------------------------------------------
386	"xxx"
387	46 "epsyy" 2
388	"o"
389	"xxx"
390	"xxx"
391	"xxx"
392	"o"
393	------------------------------------------------------
394	"xxx"
395	47 "epsxy" 2
396	"x"
397	"xxx"
398	"xxx"
399	"Maille milieu "
400	------------------------------------------------------
401	"xxx"
402	48 "eps" 2
403	"o"
404	"xxx"
405	"xxx"
406	"xxx"
407	"2eme invariant deform."
408	------------------------------------------------------
409	"Abar"
410	49 "Abar" 2
411	"o"
412	"xxx"
413	"xxx"
414	"Pa-3 an-1"
415	"coef Glen integre"
416	------------------------------------------------------
417	"xxx"
418	50 "pvi" 2
419	"o"
420	"xxx"
421	"xxx"
422	"xxx"
423	"Viscosite integree sur la colonne * H"
424	------------------------------------------------------
425	"xxx"
426	51 "pvm" 2
427	"x"
428	"xxx"
429	"xxx"
430	"xxx"
431	"viscosite integree sur la colonne * H mailles stag"
432	------------------------------------------------------
433	""betamx"
434	52 "betamx" 2
435	">"
436	"betamx"
437	"betamx"
438	"Pa an/m "
439	"Taub_x = betamx Ubx"
440	------------------------------------------------------
441	"betamy"
442	53 "betamy" 2
443	"^"
444	"betamy"
445	"betamy"
446	"Pa an/m "
447	"Taub_y = betamy Uby"
448	------------------------------------------------------
449	"beta_centre"
450	54 "beta_c" 2
451	"o"
452	"beta_centre"
453	"beta_centre"
454	"Pa an/m "
455	"beta average on o nodes"
456	------------------------------------------------------
457	"xxx"
458	60 "Hwat" 2
459	"o"
460	"xxx"
461	"xxx"
462	"m"
463	"basal water amount"
464	------------------------------------------------------
465	"xxx"
466	61 "Hdw" 2
467	"o"
468	"xxx"
469	"xxx"
470	"m/year"
471	"hdotwater (m/an) o"
472	------------------------------------------------------
473	"xxx"
474	62 "Pgx" 2
475	">"
476	"xxx"
477	"xxx"
478	"xxx"
479	"gradient de pression >"
480	------------------------------------------------------
481	"xxx"
482	63 "Pgy" 2
483	"^"
484	"xxx"
485	"xxx"
486	"xxx"
487	"gradient de pression ^"
488	------------------------------------------------------
489	"xxx"
490	64 "Kond" 2
491	"o"
492	"xxx"
493	"xxx"
494	"xxx"
495	"conductivite hydraulique"
496	------------------------------------------------------
497	"xxx"
498	65 "phx" 2
499	">"
500	"xxx"
501	"xxx"
502	"xxx"
503	"flux eau selon x >"
504	------------------------------------------------------
505	"xxx"
506	66 "phy" 2
507	"^"
508	"xxx"
509	"xxx"
510	"xxx"
511	"flux eau selon y ^"
512	------------------------------------------------------
513	"xxx"
514	68 "Nefmx" 2
515	">"
516	"xxx"
517	"xxx"
518	"xxx"
519	"pression effective >"
520	------------------------------------------------------
521	"xxx"
522	69 "Nefmy" 2
523	"^"
524	"xxx"
525	"xxx"
526	"xxx"
527	"pression effective ^"
528	------------------------------------------------------
529	"xxx"
530	70 "posx" 2
531	">"
532	"xxx"
533	"xxx"
534	"xxx"
535	"> grounded -> 0 grzone ->1 ilemx->2 flot->3 rien->4"
536	------------------------------------------------------
537	"xxx"
538	71 "posy" 2
539	"^"
540	"xxx"
541	"xxx"
542	"xxx"
543	"^ grounded -> 0 grzone ->1 ilemy->2 flot->3 rien->4"
544	------------------------------------------------------
545	"xxx"
546	72 "fronx" 2
547	">"
548	"xxx"
549	"xxx"
550	"xxx"
551	"> frontfacex"
552	------------------------------------------------------
553	"xxx"
554	73 "frony" 2
555	"^"
556	"xxx"
557	"xxx"
558	"xxx"
559	"^ frontfacey"
560	------------------------------------------------------
561	"xxx"
562	74 "CP" 3
563	"o"
564	"specific heat capacity "
565	"specific heat capacity "
566	"j/(m-3)/k"
567	"RO*CP"
568	------------------------------------------------------
569	"xxx"
570	75 "CT" 3
571	"o"
572	"thermal conductivity"
573	"thermal conductivity"
574	"J/m/K/a"
575	"thermal conductivity"
576	------------------------------------------------------
577	"xxx"
578	76 "SUX" 3
579	">"
580	"xxx"
581	"xxx"
582	"xxx"
583	"xxx"
584	------------------------------------------------------
585	"xxx"
586	77 "SUY" 3
587	"^"
588	"xxx"
589	"xxx"
590	"xxx"
591	"xxx"
592	------------------------------------------------------
593	"xxx"
594	78 "TPMP" 3
595	"o"
596	"pressure melting point"
597	"pressure melting point"
598	"xxx"
599	"pressure melting point temperature in ice sheet"
600	------------------------------------------------------
601	"xxx"
602	79 "UX" 3
603	">"
604	"Ice velocity"
605	"Ice velocity"
606	"m/year"
607	"ice velocity >"
608	------------------------------------------------------
609	"xxx"
610	80 "UY" 3
611	"^"
612	"Ice velocity"
613	"Ice velocity"
614	"m/year"
615	"ice velocity ^"
616	------------------------------------------------------
617	"xxx"
618	81 "UZR" 3
619	"o"
620	"Ice velocity and derivatives"
621	"Ice velocity and derivatives"
622	"xxx"
623	"xxx"
624	------------------------------------------------------
625	"xxx"
626	82 "Chaldef_maj" 3
627	"o"
628	"Chaleur de deformation"
629	"xxx"
630	"xxx"
631	"xxx"
632	------------------------------------------------------
633	"Temperature"
634	83 "T" 3
635	"o"
636	"Ice temperature"
637	"Ice temperature"
638	"degree"
639	"xxx"
640	------------------------------------------------------
641	"xdep_out"
642	84 "xdep_out" 3
643	"o"
644	"x ice origin"
645	"x ice origin"
646	"m"
647	"x ice origin"
648	------------------------------------------------------
649	"ydep_out"
650	85 "ydep_out" 3
651	"o"
652	"y ice origin"
653	"y ice origin"
654	"m"
655	"y ice origin"
656	------------------------------------------------------
657	"tdep_out"
658	86 "tdep_out" 3
659	"o"
660	"age ice deposition"
661	"age ice deposition"
662	"years"
663	"age ice deposition "
664	------------------------------------------------------
665	"xxx"
666	101 "fleuve" 4
667	"o"
668	"xxx"
669	"xxx"
670	"xxx"
671	"xxx "
672	------------------------------------------------------
673	"xxx"
674	102 "cote" 4
675	"o"
676	"xxx"
677	"xxx"
678	"xxx"
679	"xxx"
680	------------------------------------------------------
681	"xxx"
682	103 "fleuvx" 4
683	">"
684	"xxx"
685	"xxx"
686	"xxx"
687	"xxx "
688	------------------------------------------------------
689	"xxx"
690	104 "fleuvy" 4
691	"^"
692	"xxx"
693	"xxx"
694	"xxx"
695	"xxx "
696	------------------------------------------------------
697	"xxx"
698	105 "pot_w" 4
699	"o"
700	"xxx"
701	"xxx"
702	"xxx"
703	"xxx "
704	------------------------------------------------------
705	"xxx"
706	106 "pot_f" 4
707	"o"
708	"xxx"
709	"xxx"
710	"xxx"
711	"xxx "
712	------------------------------------------------------
713	"xxx"
714	107 "pot_tot" 4
715	"o"
716	"xxx"
717	"xxx"
718	"xxx"
719	"xxx "
720	------------------------------------------------------
721	"xxx"
722	108 "pot_hw" 4
723	"o"
724	"xxx"
725	"xxx"
726	"xxx"
727	"xxx "
728	------------------------------------------------------
729	"xxx"
730	109 "uxdef" 4
731	">"
732	"xxx"
733	"xxx"
734	"xxx"
735	"dans mix_SIA_L1 "
736	------------------------------------------------------
737	"xxx"
738	110 "uydef" 4
739	"^"
740	"xxx"
741	"xxx"
742	"xxx"
743	"dans mix_SIA_L1 "
744	------------------------------------------------------
745	"xxx"
746	111 "uxflgz" 4
747	">"
748	"xxx"
749	"xxx"
750	"xxx"
751	"xxx "
752	------------------------------------------------------
753	"xxx"
754	112 "uyflgz" 4
755	"y"
756	"xxx"
757	"xxx"
758	"xxx"
759	"xxx"
760	------------------------------------------------------
761	"xxx"
762	113 "uxsl" 4
763	">"
764	"xxx"
765	"xxx"
766	"xxx"
767	"xxx "
768	------------------------------------------------------
769	"xxx"
770	114 "uysl" 4
771	"^"
772	"xxx"
773	"xxx"
774	"xxx"
775	"xxx "
776	------------------------------------------------------
777	"xxx"
778	115 "B_sm" 4
779	"o"
780	"xxx"
781	"xxx"
782	"xxx"
783	"Bsoc lisse par le calcul des courbures"
784	------------------------------------------------------
785	"xxx"
786	116 "Bslop" 4
787	"o"
788	"xxx"
789	"xxx"
790	"xxx"
791	"pente socle"
792	------------------------------------------------------
793	"xxx"
794	117 "Bcrx" 4
795	"o"
796	"xxx"
797	"xxx"
798	"xxx"
799	"courbure along slope"
800	------------------------------------------------------
801	"xxx"
802	118 "Bcry" 4
803	"o"
804	"xxx"
805	"xxx"
806	"xxx"
807	"courbure transversale"
808	------------------------------------------------------
809	"xxx"
810	119 "Bcrxy" 4
811	"o"
812	"xxx"
813	"xxx"
814	"xxx"
815	"courbure croisee"
816	------------------------------------------------------
817	"xxx"
818	120 "Bteta" 4
819	"o"
820	"xxx"
821	"xxx"
822	"xxx"
823	"direction pente"
824	------------------------------------------------------
825	"xxx"
826	121 "sdx" 4
827	">"
828	"xxx"
829	"xxx"
830	"xxx"
831	"xxx "
832	------------------------------------------------------
833	"xxx"
834	122 "sdy" 4
835	"^"
836	"xxx"
837	"xxx"
838	"xxx"
839	"xxx "
840	------------------------------------------------------
841	"xxx"
842	123 "motmx" 4
843	">"
844	"xxx"
845	"xxx"
846	"xxx"
847	"xxx "
848	------------------------------------------------------
849	"xxx"
850	124 "motmy" 4
851	"^"
852	"xxx"
853	"xxx"
854	"xxx"
855	"xxx "
856	------------------------------------------------------
857	"xxx"
858	125 "str" 4
859	"o"
860	"xxx"
861	"xxx"
862	"xxx"
863	"stream allowed"
864	------------------------------------------------------
865	"xxx"
866	126 "TUIJ" 4
867	">"
868	"xxx"
869	"xxx"
870	"xxx"
871	"xxx "
872	------------------------------------------------------
873	"xxx"
874	127 "ppvi" 4
875	"o"
876	"xxx"
877	"xxx"
878	"xxx"
879	"xxx "
880	------------------------------------------------------
881	"xxx"
882	128 "bms" 4
883	"o"
884	"xxx"
885	"xxx"
886	"xxx"
887	"bmelt dans bmelt antarctique"
888	------------------------------------------------------
889	"xxx"
890	129 "dTann" 4
891	"o"
892	"xxx"
893	"xxx"
894	"xxx"
895	"Tann-Ta0"
896	------------------------------------------------------
897	"xxx"
898	130 "rapac" 4
899	"o"
900	"xxx"
901	"xxx"
902	"xxx"
903	"Acc/precip"
904	------------------------------------------------------
905	"xxx"
906	131 "bmtot" 4
907	"o"
908	"xxx"
909	"xxx"
910	"xxx"
911	"acc-bmelt dans conservation de la masse"
912	------------------------------------------------------
913	"xxx"
914	132 "dist_talus" 4
915	"o"
916	"xxx"
917	"xxx"
918	"xxx"
919	"distance talus"
920	------------------------------------------------------
921	"xxx"
922	133 "typeshelf" 4
923	"o"
924	"xxx"
925	"xxx"
926	"xxx"
927	"type d'ice shelf "
928	------------------------------------------------------
929	"xxx"
930	134 "bmshelf" 4
931	"o"
932	"xxx"
933	"xxx"
934	"xxx"
935	"fusion de reference hors grounding line"
936	------------------------------------------------------
937	"xxx"
938	135 "opposx" 4
939	">"
940	"xxx"
941	"xxx"
942	"xxx"
943	"opposx"
944	------------------------------------------------------
945	"xxx"
946	136 "opposy" 4
947	"^"
948	"xxx"
949	"xxx"
950	"xxx"
951	"opposy"
952	------------------------------------------------------
953	"xxx"
954	137 "uxnew" 4
955	">"
956	"xxx"
957	"xxx"
958	"xxx"
959	"ux en sortie de sgbsv"
960	------------------------------------------------------
961	"xxx"
962	138 "uynew" 4
963	"^"
964	"xxx"
965	"xxx"
966	"xxx"
967	"uy en sortie de sgbsv"
968	------------------------------------------------------
969	"xxx"
970	139 "okumat" 4
971	">"
972	"xxx"
973	"xxx"
974	"xxx"
975	"okumat"
976	------------------------------------------------------
977	"xxx"
978	140 "okvmat" 4
979	"^"
980	"xxx"
981	"xxx"
982	"xxx"
983	"okumat "
984	------------------------------------------------------
985	"xxx"
986	141 "ghost_x" 4
987	">"
988	"xxx"
989	"xxx"
990	"xxx"
991	"ghost_x"
992	------------------------------------------------------
993	"xxx"
994	142 "ghost_y" 4
995	"^"
996	"xxx"
997	"xxx"
998	"xxx"
999	"ghost_y"
1000	------------------------------------------------------
1001	"xxx"
1002	143 "tbout" 4
1003	"o"
1004	"xxx"
1005	"xxx"
1006	"xxx"
1007	"table_out"
1008	------------------------------------------------------
1009	"xxx"
1010	144 "bm-bmelt" 4
1011	"o"
1012	"xxx"
1013	"xxx"
1014	"xxx"
1015	"dans relax"
1016	------------------------------------------------------
1017	"xxx"
1018	145 "difx" 4
1019	">"
1020	"xxx"
1021	"xxx"
1022	"xxx"
1023	"dans conserv masse"
1024	------------------------------------------------------
1025	"xxx"
1026	146 "dify" 4
1027	"^"
1028	"xxx"
1029	"xxx"
1030	"xxx"
1031	"dans conserv masse"
1032	------------------------------------------------------
1033	"xxx"
1034	147 "advmx" 4
1035	">"
1036	"xxx"
1037	"xxx"
1038	"xxx"
1039	"dans conserv masse"
1040	------------------------------------------------------
1041	"xxx"
1042	148 "advmy" 4
1043	"^"
1044	"xxx"
1045	"xxx"
1046	"xxx"
1047	"dans conserv masse"
1048	------------------------------------------------------
1049	"xxx"
1050	149 "deltaH" 4
1051	"o"
1052	"xxx"
1053	"xxx"
1054	"xxx"
1055	"dans deltaH/dt dans resol"
1056	------------------------------------------------------
1057	"xxx"
1058	150 "arelax" 4
1059	"o"
1060	"xxx"
1061	"xxx"
1062	"xxx"
1063	"relax "
1064	------------------------------------------------------
1065	"xxx"
1066	151 "brelax" 4
1067	"o"
1068	"xxx"
1069	"xxx"
1070	"xxx"
1071	"xxx "
1072	------------------------------------------------------
1073	"xxx"
1074	152 "crelax" 4
1075	"o"
1076	"xxx"
1077	"xxx"
1078	"xxx"
1079	"xxx "
1080	------------------------------------------------------
1081	"xxx"
1082	153 "drelax" 4
1083	"o"
1084	"xxx"
1085	"xxx"
1086	"xxx"
1087	"xxx "
1088	------------------------------------------------------
1089	"xxx"
1090	154 "erelax" 4
1091	"o"
1092	"xxx"
1093	"xxx"
1094	"xxx"
1095	"xxx "
1096	------------------------------------------------------
1097	"xxx"
1098	155 "frelax" 4
1099	"o"
1100	"xxx"
1101	"xxx"
1102	"xxx"
1103	"xxx "
1104	------------------------------------------------------
1105	"xxx"
1106	156 "nb_ile" 4
1107	"o"
1108	"xxx"
1109	"xxx"
1110	"xxx"
1111	"nombre de point par ile"
1112	------------------------------------------------------
1113	"xxx"
1114	157 "berg" 4
1115	"o"
1116	"xxx"
1117	"xxx"
1118	"xxx"
1119	"nombre de point par ile"
1120	------------------------------------------------------
1121	"Bm-bmelt"
1122	15 "btot" 4
1123	"o"
1124	"land_ice_diff_mass_melt"
1125	"land_ice_diff_mass_melt"
1126	"m/year"
1127	"Difference between mass balance and basal melt"
1128	------------------------------------------------------
1129	"Bm-bmelt"
1130	16 "bshelftot" 4
1131	"o"
1132	"land_ice_floating_diff_mass_melt"
1133	"land_ice_floating_diff_mass_melt"
1134	"m/year"
1135	"Difference between mass balance and basal melt for floating ice"
1136	------------------------------------------------------
1137
1138	"B_cry"
1139	8 "B_cry" 5
1140	"o"
1141	"land_ice_bed_curvature"
1142	"land_ice_bed_curvature"
1143	"xxx"
1144	"Curvature of the base if negative valleys"
1145	------------------------------------------------------
1146	"-3.17098e-05*ghf"
1147	23 "phi" 5
1148	"o"
1149	"land_ice_gth_flow"
1150	"land_ice_gth_flow"
1151	"mW/m2"
1152	"Heat flow"
1153	------------------------------------------------------
1154	"i_hp" ! nom de la variable
1155	185 i_hp 4 ! number, name in grisli, class
1156	"o" ! node type : "o" ,"^", ">"
1157	"xxx" !~ long name
1158	"xxx" !~ standard name
1159	"0-1" !~ unit
1160	"nodes with H prescribed" !~ description
1161	------------------------------------------------------
1162	"hp" ! nom de la variable
1163	186 hp 4 ! number, name in grisli, class
1164	"o" ! node type : "o" ,"^", ">"
1165	"xxx" !~ long name
1166	"xxx" !~ standard name
1167	"m" !~ unit
1168	" H prescribed" !~ description
1169	------------------------------------------------------
1170	"Vcolmag" ! nom de la variable
1171	158 Vcolmag 5 ! number, name in grisli, class
1172	"o" ! node type : "o" ,"^", ">"
1173	"balance velocities mag" !~ long name
1174	"balance velocities mag" !~ standard name
1175	"m/yr" !~ unit
1176	" balance velocities magnitude " !~ description
1177	------------------------------------------------------
1178	"Vcol_x" ! nom de la variable
1179	159 Vcol_x 5 ! number, name in grisli, class
1180	">" ! node type : "o" ,"^", ">"
1181	"balance velocities x" !~ long name
1182	"balance velocities x" !~ standard name
1183	"m/yr" !~ unit
1184	" balance velocities on staggered grid" !~ description
1185	------------------------------------------------------
1186	"Vcol_y" ! nom de la variable
1187	160 Vcol_y 5 ! number, name in grisli, class
1188	"^" ! node type : "o" ,"^", ">"
1189	"balance velocities y" !~ long name
1190	"balance velocities y" !~ standard name
1191	"m/yr" !~ unit
1192	" balance velocities on staggered grid" !~ description
1193	------------------------------------------------------
1194	"Vslmag" ! nom de la variable
1195	168 Vslmag 4 ! number, name in grisli, class
1196	"o" ! node type : "o" ,"^", ">"
1197	"balance velocities mag" !~ long name
1198	"balance velocities mag" !~ standard name
1199	"m/yr" !~ unit
1200	" balance velocities magnitude " !~ description
1201	------------------------------------------------------
1202	"Vsl_x" ! nom de la variable
1203	169 Vsl_x 4 ! number, name in grisli, class
1204	">" ! node type : "o" ,"^", ">"
1205	"balance velocities x" !~ long name
1206	"balance velocities x" !~ standard name
1207	"m/yr" !~ unit
1208	" balance velocities on staggered grid" !~ description
1209	------------------------------------------------------
1210	"Vsl_y" ! nom de la variable
1211	170 Vsl_y 4 ! number, name in grisli, class
1212	"^" ! node type : "o" ,"^", ">"
1213	"balance velocities y" !~ long name
1214	"balance velocities y" !~ standard name
1215	"m/yr" !~ unit
1216	" balance velocities on staggered grid" !~ description
1217	------------------------------------------------------
1218	"coefdef_mx" ! nom de la variable
1219	161 coefdef_mx 4 ! number, name in grisli, class
1220	">" ! node type : "o" ,"^", ">"
1221	"" !~ long name
1222	"" !~ standard name
1223	"" !~ unit
1224	"balance/deformation coef " !~ description
1225	------------------------------------------------------
1226	"coefdef_my" ! nom de la variable
1227	162 coefdef_my 4 ! number, name in grisli, class
1228	">" ! node type : "o" ,"^", ">"
1229	"" !~ long name
1230	"" !~ standard name
1231	"" !~ unit
1232	"balance/deformation coef " !~ description
1233	------------------------------------------------------
1234	"Hbuoy" ! nom de la variable
1235	163 Hbuoy 2 ! number, name in grisli, class
1236	"o" ! node type : "o" ,"^", ">"
1237	"" !~ long name
1238	"" !~ standard name
1239	"m" !~ unit
1240	"Height above buoyency " !~ description
1241	------------------------------------------------------
1242	"xxx" ! nom de la variable
1243	182 stress_x 4 ! number, name in grisli, class
1244	">" ! node type : "o" ,"^", ">"
1245	"" !~ long name
1246	"" !~ standard name
1247	"" !~ unit
1248	"longitudinal stress from sum(Tuij Uij...) " !~ description
1249	------------------------------------------------------
1250	"xxx" ! nom de la variable
1251	183 stress_y 4 ! number, name in grisli, class
1252	"^" ! node type : "o" ,"^", ">"
1253	"" !~ long name
1254	"" !~ standard name
1255	"" !~ unit
1256	"longitudinal stress from sum(Tuij Uij...) " !~ description
1257	------------------------------------------------------
1258	"S2a_law1" ! nom de la variable
1259	190 S2a_law1 4 ! number, name in grisli, class
1260	"o" ! node type : "o" ,"^", ">"
1261	"" !~ long name
1262	"" !~ standard name
1263	"a-1 Pa-3 m-3" !~ unit
1264	"S2a law 1 (n=3) " !~ description attribue dans flowlaw
1265	------------------------------------------------------
1266	"S2a_law2" ! nom de la variable
1267	191 S2a_law2 4 ! number, name in grisli, class
1268	"o" ! node type : "o" ,"^", ">"
1269	"" !~ long name
1270	"" !~ standard name
1271	"a-1 Pa-1 m-1" !~ unit
1272	"S2a law 2 (n=1) " !~ description attribue dans flowlaw
1273	------------------------------------------------------
1274	"H_uw_x" ! nom de la variable
1275	192 H_uw_x 2 ! number, name in grisli, class
1276	">" ! node type : "o" ,"^", ">"
1277	"H upwind along x" !~ long name
1278	"H upwind along x" !~ standard name
1279	"m" !~ unit
1280	"H upwind along x on staggered grid" !~ description
1281	------------------------------------------------------
1282	"H_uw_y" ! nom de la variable
1283	193 H_uw_y 2 ! number, name in grisli, class
1284	"^" ! node type : "o" ,"^", ">"
1285	"H upwind along y" !~ long name
1286	"H upwind along y" !~ standard name
1287	"m" !~ unit
1288	"H upwind along y on staggered grid" !~ description
1289	------------------------------------------------------
1290	"time_float" ! nom de la variable
1291	194 time_float 2 ! number, name in grisli, class
1292	"o" ! node type : "o" ,"^", ">"
1293	"time flotation" !~ long name
1294	"time flotation " !~ standard name
1295	"year" !~ unit
1296	"time of flotation" !~ description
1297	------------------------------------------------------
1298	"ux_schoof" ! nom de la variable
1299	195 ux_schoof 2 ! number, name in grisli, class
1300	"o" ! node type : "o" ,"^", ">"
1301	"ux_schoof" !~ long name
1302	""ux_schoof " !~ standard name
1303	"m/year" !~ unit
1304	"ux_schoof" !~ description
1305	------------------------------------------------------
1306	"uy_schoof" ! nom de la variable
1307	196 uy_schoof 2 ! number, name in grisli, class
1308	"o" ! node type : "o" ,"^", ">"
1309	"uy_schoof" !~ long name
1310	""uy_schoof " !~ standard name
1311	"m/year" !~ unit
1312	"uy_schoof" !~ description
1313	------------------------------------------------------
1314	"bm_ref_t" ! nom de la variable
1315	197 bm_ref_t 1 ! number, name in grisli, class
1316	"o" ! node type : "o" ,"^", ">"
1317	"bm_ref_t" !~ long name
1318	"bm_ref_t" !~ standard name
1319	"m/year" !~ unit
1320	"bmasse reference" !~ description
1321	------------------------------------------------------
1322	"grad_bm" ! nom de la variable
1323	198 grad_bm 1 ! number, name in grisli, class
1324	"o" ! node type : "o" ,"^", ">"
1325	"grad_bm" !~ long name
1326	"grad_bm" !~ standard name
1327	"m/year/m" !~ unit
1328	"gradient vertical smb" !~ description
1329	------------------------------------------------------
1330	"bm_time" ! nom de la variable
1331	199 bm_time 1 ! number, name in grisli, class
1332	"o" ! node type : "o" ,"^", ">"
1333	"bm_time" !~ long name
1334	"bm_time" !~ standard name
1335	"m/year" !~ unit
1336	"smb from RCM" !~ description
1337	------------------------------------------------------
1338	"drag_cent" ! nom de la variable
1339	201 drag_cent 2 ! number, name in grisli, class
1340	"o" ! node type : "o" ,"^", ">"
1341	"drag_centre" !~ long name
1342	"drag_centre" !~ standard name
1343	"Pa an/m" !~ unit
1344	"drag_centre" !~ description
1345	------------------------------------------------------
1346	"ref_Hbuoy" ! nom de la variable
1347	202 ref_Hbuoy 2 ! number, name in grisli, class
1348	"o" ! node type : "o" ,"^", ">"
1349	"ref_Hbuoy" !~ long name
1350	"ref_Hbuoy" !~ standard name
1351	"m" !~ unit
1352	"ref_Hbuoy" !~ description !
1353	------------------------------------------------------
1354	"Usl_in" ! nom de la variable
1355	203 Usl_in 2 ! number, name in grisli, class
1356	"o" ! node type : "o" ,"^", ">"
1357	"Usl_in" !~ long name
1358	"Usl_in" !~ standard name
1359	"m/yr" !~ unit
1360	"Usl_in" !~ description !
1361	------------------------------------------------------
1362	"Usl_c" ! nom de la variable
1363	204 Usl_c 2 ! number, name in grisli, class
1364	"o" ! node type : "o" ,"^", ">"
1365	"Usl_c" !~ long name
1366	"Usl_c" !~ standard name
1367	"m/yr" !~ unit
1368	"Usl_c" !~ description !
1369	------------------------------------------------------
1370	"coef_drag" ! nom de la variable
1371	205 coef_drag 2 ! number, name in grisli, class
1372	"o" ! node type : "o" ,"^", ">"
1373	"coef_drag" !~ long name
1374	"coef_drag" !~ standard name
1375	"Pa (m/yr)**-exp_alpha" !~ unit depends on dragging law exponent
1376	"drag_centre" !~ description
1377	------------------------------------------------------

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