Changes between Version 54 and Version 55 of Glossary
- Timestamp:
- 2017-01-20T19:43:35+01:00 (7 years ago)
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Glossary
v54 v55 1 = Acronym Definitions2 The se acronyms are automatically converted into HTML <acronym> elements by the [http://trac-hacks.org/wiki/AcronymsPlugin AcronymsPlugin].1 = Glossary 2 The following definitions will be automatically converted into HTML <acronym> elements each time the related words will be find in the web page. It means that they will be appeared as HTML tooltips when a user move his mouse over. 3 3 4 4 == General acronyms with URL (TBD) 5 || '''Acronym''' ||'''Description''' ||'''URL''' ||5 || '''Acronym / Word''' || '''Description''' || '''URL''' || 6 6 ||Ada ||Sandy Bridge IBM supercomputer of IDRIS (FR), 233 TFLOPS peak ||http://www.idris.fr/eng/ada/hw-ada-eng.html || 7 7 ||AGRIF ||Adaptive Grid Refinement In Fortran ||http://www-ljk.imag.fr/MOISE/AGRIF || … … 35 35 {{{#!Fold title='Technical acronyms (TBD)' tag=h2 36 36 ||'''Acronym''' ||'''Description''' || 37 ||AMM12 ||Atlantic Margin Model with 12kms horizontal resolution || 38 ||BBL ||Bottom Boundary Layer || 39 ||BGC ||!BioGeoChemical || 40 ||BFR ||Bottom FRiction || 41 ||CLIO ||Coupled Large-scale Ice Ocean || 42 ||CORE ||Coordinated Ocean-ice Reference Experiments || 43 ||CPP ||C !PreProcessor || 44 ||DMP ||Damping || 45 ||DOC ||DOCumentation || 46 ||DTA ||DaTA || 47 ||EEN ||Energy & ENstrophy || 48 ||ENV ||ENVironment || 49 ||EOS ||Equation Of State || 50 ||FCM ||Flexible Configuration Manager || 51 ||FCT ||Flux Corrected Transport || 52 ||GLS ||Generic Length Scale || 53 ||HDF ||Horizontal !DiFfusion || 54 ||HPC ||High Performance Computing || 55 ||HPG ||Horizontal Pressure Gradient || 56 ||IAU ||Incremental Analysis Updating || 57 ||IO ||!Inputs/Outputs || 58 ||IOF ||Interpolation On the Fly || 59 ||ISF ||Ice ShelF || 60 ||KPP ||K-Profile Parameterization || 61 ||LIM ||Louvain-la-neuve sea Ice Model || 62 ||LOBSTER ||Lodyc Ocean Biogeochemical System for Ecosystem and Resources || 63 ||MP ||Merge Party || 64 ||MPI ||Message Passing Interface || 65 ||MPP ||Massive Parallel Processing || 66 ||MSF ||Meridional Stream Function || 67 ||NEMOVAR ||NEMO VARiational data assimilation || 68 ||OBC ||Open Boundary Conditions || 69 ||OFF ||OFFline || 70 ||ORCA ||tripolar grid, with special north fold boundary condition || 71 ||OPA ||"Océan PArallélisé" ocean general circulation model || 72 ||QSR ||Q? Solar Radiation || 73 ||SAS ||Stand-Alone Surface || 74 ||SPG ||Surface Pressure Gradient || 75 ||SSH ||Sea Surface Height || 76 ||SSS ||Sea Surface Salinity || 77 ||SST ||Sea Surface Temperature || 78 ||ST ||System Team || 79 ||TAM ||Tangent and Adjoint Model || 80 ||TKE ||Turbulent Kinetic Energy || 81 ||TOP ||on/off-line ocean tracer and biochemistry models || 82 ||TVD ||Total Variation Diminishing || 83 ||WAD ||Wetting And Drying || 84 ||WG ||Working Group || 85 ||WN ||vertical velocity || 86 ||WP ||Work Plan || 87 ||ZAD ||Z (vertical) ADvection || 88 }}} 37 || AMM12 || Atlantic Margin Model with 12kms horizontal resolution || 38 || BBL || Bottom Boundary Layer || 39 || BGC || !BioGeoChemical || 40 || BFR || Bottom FRiction || 41 || CLIO || Coupled Large-scale Ice Ocean || 42 || CORE || Coordinated Ocean-ice Reference Experiments || 43 || CPP || C !PreProcessor || 44 || DMP || Damping || 45 || DOC || DOCumentation || 46 || DTA || DaTA || 47 || EEN || Energy & ENstrophy || 48 || ENV || ENVironment || 49 || EOS || Equation Of State || 50 || FCM || Flexible Configuration Manager || 51 || FCT || Flux Corrected Transport || 52 || GLS || Generic Length Scale || 53 || HDF || Horizontal !DiFfusion || 54 || HPC || High Performance Computing || 55 || HPG || Horizontal Pressure Gradient || 56 || IAU || Incremental Analysis Updating || 57 || IO || !Inputs/Outputs || 58 || IOF || Interpolation On the Fly || 59 || ISF || Ice ShelF || 60 || KPP || K-Profile Parameterization || 61 || LIM || Louvain-la-neuve sea Ice Model || 62 || LOBSTER || Lodyc Ocean Biogeochemical System for Ecosystem and Resources || 63 || MP || Merge Party || 64 || MPI || Message Passing Interface || 65 || MPP || Massive Parallel Processing || 66 || MSF || Meridional Stream Function || 67 || NEMOVAR || NEMO VARiational data assimilation || 68 || OBC || Open Boundary Conditions || 69 || OFF || OFFline || 70 || ORCA || tripolar grid, with special north fold boundary condition || 71 || OPA || "Océan PArallélisé" ocean general circulation model || 72 || QSR || Q? Solar Radiation || 73 || SAS || Stand-Alone Surface || 74 || SPG || Surface Pressure Gradient || 75 || SSH || Sea Surface Height || 76 || SSS || Sea Surface Salinity || 77 || SST || Sea Surface Temperature || 78 || ST || System Team || 79 || TAM || Tangent and Adjoint Model || 80 || TKE || Turbulent Kinetic Energy || 81 || TOP || on/off-line ocean tracer and biochemistry models || 82 || TVD || Total Variation Diminishing || 83 || WAD || Wetting And Drying || 84 || WG || Working Group || 85 || WN || vertical velocity || 86 || WP || Work Plan || 87 || ZAD || Z (vertical) ADvection || 89 88 90 89 == OPA directories 91 || ASM ||Assimilation ||92 || BDY ||BoundDarY ||93 || C1D ||Configuration 1 Dimension ||94 || CRS ||CoaRSening ||95 || DIA ||Diagnostics ||96 || DOM ||DOMain ||97 || DYN ||ocean DYNamics ||98 || FLO || ||99 || ICB ||ICeBerg ||100 || IOM ||!Inputs/Outputs Manager ||101 || LBC ||Lateral Boundary Condition ||102 || LDF ||Lateral !DiFfusion ||103 || OBS ||OBServations ||104 || SBC ||Surface Boundary Conditions ||105 || SOL || ||106 || STO ||STOchastic parametrization ||107 || TRA ||TRAcers ||108 || TRD ||TRenDs ||109 || ZDF ||Z (vertical) !DiFfusion ||90 || ASM || Assimilation || 91 || BDY || BoundDarY || 92 || C1D || Configuration 1 Dimension || 93 || CRS || CoaRSening || 94 || DIA || Diagnostics || 95 || DOM || DOMain || 96 || DYN || ocean DYNamics || 97 || FLO || || 98 || ICB || ICeBerg || 99 || IOM || !Inputs/Outputs Manager || 100 || LBC || Lateral Boundary Condition || 101 || LDF || Lateral !DiFfusion || 102 || OBS || OBServations || 103 || SBC || Surface Boundary Conditions || 104 || SOL || || 105 || STO || STOchastic parametrization || 106 || TRA || TRAcers || 107 || TRD || TRenDs || 108 || ZDF || Z (vertical) !DiFfusion || 110 109 111 110 == TOP directories 112 || C14b || ||113 || CFC ||!ChloroFluoroCarbons ||114 || MY_TRC || ||115 || TRP || ||111 || C14b || || 112 || CFC || !ChloroFluoroCarbons || 113 || MY_TRC || || 114 || TRP || || 116 115 117 116 == PISCES directories … … 120 119 ||SED || || 121 120 121 }}} 122 122 123 {{{#!Fold title='CPP keys list' tag=h2 123 124 (from `full_key_list.txt` in [source:/branches/2015/nemo_v3_6_STABLE/NEMOGCM/TOOLS/COMPILE COMPILE directory]) 124 ||key_agrif || 125 ||key_asminc || 126 ||key_bdy || 127 ||key_c14b || 128 ||key_c1d || 129 ||key_cfc || 130 ||key_cice || 131 ||key_cice4 || 132 ||key_cpl_carbon_cycle || 133 ||key_cyclone || 134 ||key_degrad || 135 ||key_diaar5 || 136 ||key_diadct || 137 ||key_diaeiv || 138 ||key_diaharm || 139 ||key_diahth || 140 ||key_diainstant || 141 ||key_diaobs || 142 ||key_dimgout || 143 ||key_dynldf_c1d || 144 ||key_dynldf_c2d || 145 ||key_dynldf_c3d || 146 ||key_dynldf_smag || 147 ||key_dynspg_exp || 148 ||key_dynspg_flt || 149 ||key_dynspg_ts || 150 ||key_esopa || 151 ||key_floats || 152 ||key_iomput || 153 ||key_kppcustom || 154 ||key_kpplktb || 155 ||key_kriest || 156 ||key_ldfslp || 157 ||key_lim2 || 158 ||key_lim2_vp || 159 ||key_lim3 || 160 ||key_mpp_mpi || 161 ||key_mpp_rep || 162 ||key_my_trc || 163 ||key_nemocice_decomp || 164 ||key_netcdf4 || 165 ||key_nosignedzero || 166 ||key_noslip_accurate || 167 ||key_oa3mct_v3 || 168 ||key_oasis3 || 169 ||key_offline || 170 ||key_offobsoper || 171 ||key_pisces || 172 ||key_pisces_reduced || 173 ||key_sed || 174 ||key_sed_off || 175 ||key_tide || 176 ||key_top || 177 ||key_trabbl || 178 ||key_traldf_ano || 179 ||key_traldf_c1d || 180 ||key_traldf_c2d || 181 ||key_traldf_c3d || 182 ||key_traldf_eiv || 183 ||key_traldf_smag || 184 ||key_trdmxl_trc || 185 ||key_trdtrc || 186 ||key_vectopt_loop || 187 ||key_vvl || 188 ||key_xios2 || 189 ||key_zdfcst || 190 ||key_zdfddm || 191 ||key_zdfgls || 192 ||key_zdfkpp || 193 ||key_zdfric || 194 ||key_zdftke || 195 ||key_zdftmx || 196 ||key_zdftmx_new || 125 || '''CPP key''' || '''Description''' || 126 || key_agrif || 127 || key_asminc || 128 || key_bdy || 129 || key_c14b || 130 || key_c1d || 131 || key_cfc || 132 || key_cice || 133 || key_cice4 || 134 || key_cpl_carbon_cycle || 135 || key_cyclone || 136 || key_degrad || 137 || key_diaar5 || 138 || key_diadct || 139 || key_diaeiv || 140 || key_diaharm || 141 || key_diahth || 142 || key_diainstant || 143 || key_diaobs || 144 || key_dimgout || 145 || key_dynldf_c1d || 146 || key_dynldf_c2d || 147 || key_dynldf_c3d || 148 || key_dynldf_smag || 149 || key_dynspg_exp || 150 || key_dynspg_flt || 151 || key_dynspg_ts || 152 || key_esopa || 153 || key_floats || 154 || key_iomput || 155 || key_kppcustom || 156 || key_kpplktb || 157 || key_kriest || 158 || key_ldfslp || 159 || key_lim2 || 160 || key_lim2_vp || 161 || key_lim3 || 162 || key_mpp_mpi || 163 || key_mpp_rep || 164 || key_my_trc || 165 || key_nemocice_decomp || 166 || key_netcdf4 || 167 || key_nosignedzero || 168 || key_noslip_accurate || 169 || key_oa3mct_v3 || 170 || key_oasis3 || 171 || key_offline || 172 || key_offobsoper || 173 || key_pisces || 174 || key_pisces_reduced || 175 || key_sed || 176 || key_sed_off || 177 || key_tide || 178 || key_top || 179 || key_trabbl || 180 || key_traldf_ano || 181 || key_traldf_c1d || 182 || key_traldf_c2d || 183 || key_traldf_c3d || 184 || key_traldf_eiv || 185 || key_traldf_smag || 186 || key_trdmxl_trc || 187 || key_trdtrc || 188 || key_vectopt_loop || 189 || key_vvl || 190 || key_xios2 || 191 || key_zdfcst || 192 || key_zdfddm || 193 || key_zdfgls || 194 || key_zdfkpp || 195 || key_zdfric || 196 || key_zdftke || 197 || key_zdftmx || 198 || key_zdftmx_new || 197 199 }}} 198 200 … … 200 202 201 203 {{{#!Fold title='AMM' tag=h3 202 ||nav_lon || 203 ||nav_lat || 204 ||nav_lev || 205 ||time_counter || 206 ||rnf_b || 207 ||rnf_hc_b || 208 ||rnf_sc_b || 209 ||utau_b || 210 ||vtau_b || 211 ||qns_b || 212 ||emp_b || 213 ||sfx_b || 214 ||en || 215 ||avt || 216 ||avm || 217 ||avmu || 218 ||avmv || 219 ||mxln || 220 ||ub2_b || 221 ||vb2_b || 222 ||sbc_hc_b || 223 ||sbc_sc_b || 224 ||fse3t_b || 225 ||fse3t_n || 226 ||ub || 227 ||vb || 228 ||tb || 229 ||sb || 230 ||rotb || 231 ||hdivb || 232 ||sshb || 233 ||un || 234 ||vn || 235 ||tn || 236 ||sn || 237 ||rotn || 238 ||hdivn || 239 ||sshn || 240 ||rhop || 204 || '''Parameter''' || '''Description''' || 205 || nav_lon || 206 || nav_lat || 207 || nav_lev || 208 || time_counter || 209 || rnf_b || 210 || rnf_hc_b || 211 || rnf_sc_b || 212 || utau_b || 213 || vtau_b || 214 || qns_b || 215 || emp_b || 216 || sfx_b || 217 || en || 218 || avt || 219 || avm || 220 || avmu || 221 || avmv || 222 || mxln || 223 || ub2_b || 224 || vb2_b || 225 || sbc_hc_b || 226 || sbc_sc_b || 227 || fse3t_b || 228 || fse3t_n || 229 || ub || 230 || vb || 231 || tb || 232 || sb || 233 || rotb || 234 || hdivb || 235 || sshb || 236 || un || 237 || vn || 238 || tn || 239 || sn || 240 || rotn || 241 || hdivn || 242 || sshn || 243 || rhop || 241 244 }}} 242 245 … … 244 247 245 248 ==== OPA 246 ||nav_lon || 247 ||nav_lat || 248 ||nav_lev || 249 ||time_counter || 250 ||ssu_m || 251 ||ssv_m || 252 ||sst_m || 253 ||sss_m || 254 ||ssh_m || 255 ||frq_m || 256 ||rnf_b || 257 ||rnf_hc_b || 258 ||rnf_sc_b || 259 ||utau_b || 260 ||vtau_b || 261 ||qns_b || 262 ||emp_b || 263 ||sfx_b || 264 ||en || 265 ||avt || 266 ||avm || 267 ||avmu || 268 ||avmv || 269 ||dissl || 270 ||sbc_hc_b || 271 ||sbc_sc_b || 272 ||qsr_hc_b || 273 ||fraqsr_1lev || 274 ||gcx || 275 ||gcxb || 276 ||ub || 277 ||vb || 278 ||tb || 279 ||sb || 280 ||rotb || 281 ||hdivb || 282 ||sshb || 283 ||un || 284 ||vn || 285 ||tn || 286 ||sn || 287 ||rotn || 288 ||hdivn || 289 ||sshn || 290 ||rhop || 249 || '''Parameter''' || '''Description''' || 250 || nav_lon || 251 || nav_lat || 252 || nav_lev || 253 || time_counter || 254 || ssu_m || 255 || ssv_m || 256 || sst_m || 257 || sss_m || 258 || ssh_m || 259 || frq_m || 260 || rnf_b || 261 || rnf_hc_b || 262 || rnf_sc_b || 263 || utau_b || 264 || vtau_b || 265 || qns_b || 266 || emp_b || 267 || sfx_b || 268 || en || 269 || avt || 270 || avm || 271 || avmu || 272 || avmv || 273 || dissl || 274 || sbc_hc_b || 275 || sbc_sc_b || 276 || qsr_hc_b || 277 || fraqsr_1lev || 278 || gcx || 279 || gcxb || 280 || ub || 281 || vb || 282 || tb || 283 || sb || 284 || rotb || 285 || hdivb || 286 || sshb || 287 || un || 288 || vn || 289 || tn || 290 || sn || 291 || rotn || 292 || hdivn || 293 || sshn || 294 || rhop || 291 295 292 296 ==== LIM 293 || hicif ||294 || hsnif ||295 || frld ||296 || sist ||297 || tbif1 ||298 || tbif2 ||299 || tbif3 ||300 || u_ice ||301 || v_ice ||302 || qstoif ||303 || fsbbq ||304 || stress1_i ||305 || stress2_i ||306 || stress12_i ||307 || sxice ||308 || syice ||309 || sxxice ||310 || syyice ||311 || sxyice ||312 || sxsn ||313 || sysn ||314 || sxxsn ||315 || syysn ||316 || sxysn ||317 || sxa ||318 || sya ||319 || sxxa ||320 || syya ||321 || sxya ||322 || sxc0 ||323 || syc0 ||324 || sxxc0 ||325 || syyc0 ||326 || sxyc0 ||327 || sxc1 ||328 || syc1 ||329 || sxxc1 ||330 || syyc1 ||331 || sxyc1 ||332 || sxc2 ||333 || syc2 ||334 || sxxc2 ||335 || syyc2 ||336 || sxyc2 ||337 || sxst ||338 || syst ||339 || sxxst ||340 || syyst ||341 || sxyst ||297 || hicif || 298 || hsnif || 299 || frld || 300 || sist || 301 || tbif1 || 302 || tbif2 || 303 || tbif3 || 304 || u_ice || 305 || v_ice || 306 || qstoif || 307 || fsbbq || 308 || stress1_i || 309 || stress2_i || 310 || stress12_i || 311 || sxice || 312 || syice || 313 || sxxice || 314 || syyice || 315 || sxyice || 316 || sxsn || 317 || sysn || 318 || sxxsn || 319 || syysn || 320 || sxysn || 321 || sxa || 322 || sya || 323 || sxxa || 324 || syya || 325 || sxya || 326 || sxc0 || 327 || syc0 || 328 || sxxc0 || 329 || syyc0 || 330 || sxyc0 || 331 || sxc1 || 332 || syc1 || 333 || sxxc1 || 334 || syyc1 || 335 || sxyc1 || 336 || sxc2 || 337 || syc2 || 338 || sxxc2 || 339 || syyc2 || 340 || sxyc2 || 341 || sxst || 342 || syst || 343 || sxxst || 344 || syyst || 345 || sxyst || 342 346 343 347 ==== TRC 344 || PH ||345 || Silicalim ||346 || Silicamax ||347 || sbc_DIC_b ||348 || sbc_Alkalini_b ||349 || sbc_O2_b ||350 || sbc_CaCO3_b ||351 || sbc_PO4_b ||352 || sbc_POC_b ||353 || sbc_Si_b ||354 || sbc_PHY_b ||355 || sbc_ZOO_b ||356 || sbc_DOC_b ||357 || sbc_PHY2_b ||358 || sbc_ZOO2_b ||359 || sbc_DSi_b ||360 || sbc_Fer_b ||361 || sbc_BFe_b ||362 || sbc_GOC_b ||363 || sbc_SFe_b ||364 || sbc_DFe_b ||365 || sbc_GSi_b ||366 || sbc_NFe_b ||367 || sbc_NCHL_b ||368 || sbc_DCHL_b ||369 || sbc_NO3_b ||370 || sbc_NH4_b ||371 || TRNDIC ||372 || TRNAlkalini ||373 || TRNO2 ||374 || TRNCaCO3 ||375 || TRNPO4 ||376 || TRNPOC ||377 || TRNSi ||378 || TRNPHY ||379 || TRNZOO ||380 || TRNDOC ||381 || TRNPHY2 ||382 || TRNZOO2 ||383 || TRNDSi ||384 || TRNFer ||385 || TRNBFe ||386 || TRNGOC ||387 || TRNSFe ||388 || TRNDFe ||389 || TRNGSi ||390 || TRNNFe ||391 || TRNNCHL ||392 || TRNDCHL ||393 || TRNNO3 ||394 || TRNNH4 ||395 || TRBDIC ||396 || TRBAlkalini ||397 || TRBO2 ||398 || TRBCaCO3 ||399 || TRBPO4 ||400 || TRBPOC ||401 || TRBSi ||402 || TRBPHY ||403 || TRBZOO ||404 || TRBDOC ||405 || TRBPHY2 ||406 || TRBZOO2 ||407 || TRBDSi ||408 || TRBFer ||409 || TRBBFe ||410 || TRBGOC ||411 || TRBSFe ||412 || TRBDFe ||413 || TRBGSi ||414 || TRBNFe ||415 || TRBNCHL ||416 || TRBDCHL ||417 || TRBNO3 ||418 || TRBNH4 ||348 || PH || 349 || Silicalim || 350 || Silicamax || 351 || sbc_DIC_b || 352 || sbc_Alkalini_b || 353 || sbc_O2_b || 354 || sbc_CaCO3_b || 355 || sbc_PO4_b || 356 || sbc_POC_b || 357 || sbc_Si_b || 358 || sbc_PHY_b || 359 || sbc_ZOO_b || 360 || sbc_DOC_b || 361 || sbc_PHY2_b || 362 || sbc_ZOO2_b || 363 || sbc_DSi_b || 364 || sbc_Fer_b || 365 || sbc_BFe_b || 366 || sbc_GOC_b || 367 || sbc_SFe_b || 368 || sbc_DFe_b || 369 || sbc_GSi_b || 370 || sbc_NFe_b || 371 || sbc_NCHL_b || 372 || sbc_DCHL_b || 373 || sbc_NO3_b || 374 || sbc_NH4_b || 375 || TRNDIC || 376 || TRNAlkalini || 377 || TRNO2 || 378 || TRNCaCO3 || 379 || TRNPO4 || 380 || TRNPOC || 381 || TRNSi || 382 || TRNPHY || 383 || TRNZOO || 384 || TRNDOC || 385 || TRNPHY2 || 386 || TRNZOO2 || 387 || TRNDSi || 388 || TRNFer || 389 || TRNBFe || 390 || TRNGOC || 391 || TRNSFe || 392 || TRNDFe || 393 || TRNGSi || 394 || TRNNFe || 395 || TRNNCHL || 396 || TRNDCHL || 397 || TRNNO3 || 398 || TRNNH4 || 399 || TRBDIC || 400 || TRBAlkalini || 401 || TRBO2 || 402 || TRBCaCO3 || 403 || TRBPO4 || 404 || TRBPOC || 405 || TRBSi || 406 || TRBPHY || 407 || TRBZOO || 408 || TRBDOC || 409 || TRBPHY2 || 410 || TRBZOO2 || 411 || TRBDSi || 412 || TRBFer || 413 || TRBBFe || 414 || TRBGOC || 415 || TRBSFe || 416 || TRBDFe || 417 || TRBGSi || 418 || TRBNFe || 419 || TRBNCHL || 420 || TRBDCHL || 421 || TRBNO3 || 422 || TRBNH4 || 419 423 }}} 420 424
