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  1. * COQ2MAS PROCEDUR PASCAL 14/01/23 21:15:02 7911
  2. *************************************************************************
  3. *
  4. *
  5. * Génère un maillage volumique à partir d'un modèle
  6. * de coques multicouches
  7. *
  8. **************************************************************************
  9. DEBPROC COQ2MAS MOD1*MMODEL MAT1*MCHAML MOTCLE/MOT TAB1*TABLE;
  10. *
  11. OPTI ELEM CUB8;
  12. *
  13. ZONMOD = extr MOD1 ZONE;
  14. *
  15. FLAGDEFO = FAUX;
  16. FLAGCONT = FAUX;
  17. FLAGVARI = FAUX;
  18. FLAGRELA = FAUX;
  19. *
  20. SI (NEG (TYPE TAB1) TABLE);
  21. TAB1 = TABLE;
  22. FINSI;
  23. *
  24. * On regarde si la table TAB1 existe sinon on la crée
  25. * On la complète le cas échéant
  26. *
  27. SI (EXISTE TAB1);
  28. *
  29. SI (EXISTE TAB1 'DEPLACEMENTS');
  30. FLAGDEFO = VRAI;
  31. NDEFO = DIME (TAB1.'DEPLACEMENTS');
  32. SINON;
  33. FLAGDEFO = FAUX;
  34. NDEFO = 0;
  35. FINSI;
  36. *
  37. SI (EXISTE TAB1 'CONTRAINTES');
  38. FLAGCONT = VRAI;
  39. NCONT = DIME (TAB1.'CONTRAINTES');
  40. SINON;
  41. FLAGCONT = FAUX;
  42. NCONT = 0;
  43. FINSI;
  44. *
  45. *
  46. SI (EXISTE TAB1 'VARIABLES_INTERNES');
  47. FLAGVARI = VRAI;
  48. NVARI = DIME (TAB1.'VARIABLES_INTERNES');
  49. SINON;
  50. FLAGVARI = FAUX;
  51. NVARI = 0;
  52. FINSI;
  53. *
  54. *
  55. * Si on veut creer les relations pour les sections au droit des noeuds
  56. *
  57. BLCOQ3D = MOT 'BLCOQ3D';
  58. SI (EXISTE TAB1 'RELATION_3D');
  59. SI (EGA (TAB1.'RELATION_3D') VRAI);
  60. FLAGRELA = VRAI;
  61. SINON;
  62. FLAGRELA = FAUX;
  63. FINSI;
  64. SINON;
  65. FLAGRELA = FAUX;
  66. FINSI;
  67. *
  68. SI (NON (EXISTE TAB1 'MODELE'));
  69. TAB1. 'MODELE' = TABLE;
  70. FINSI;
  71. *
  72. SI (NON (EXISTE TAB1 'MATERIAU'));
  73. TAB1. 'MATERIAU' = TABLE;
  74. FINSI;
  75. *
  76. SI (NON (EXISTE TAB1 'MAILLAGE_FIBRE_MOYENNE'));
  77. TAB1. 'MAILLAGE_FIBRE_MOYENNE' = TABLE;
  78. FINSI;
  79. *
  80. SI (NON (EXISTE TAB1 'MAILLAGE_FIBRE_INFERIEURE'));
  81. TAB1. 'MAILLAGE_FIBRE_INFERIEURE' = TABLE;
  82. FINSI;
  83. *
  84. SI (NON (EXISTE TAB1 'MAILLAGE_FIBRE_SUPERIEURE'));
  85. TAB1. 'MAILLAGE_FIBRE_SUPERIEURE' = TABLE;
  86. FINSI;
  87. *
  88. SI (NON (EXISTE TAB1 'MAILLAGE_VOLUMIQUE'));
  89. TAB1. 'MAILLAGE_VOLUMIQUE' = TABLE;
  90. FINSI;
  91. *
  92. SI (NON (EXISTE TAB1 'DEPLACEMENTS_FIBRE_MOYENNE'));
  93. TAB1. 'DEPLACEMENTS_FIBRE_MOYENNE' = TABLE;
  94. FINSI;
  95. *
  96. SI (NON (EXISTE TAB1 'VARI_FIBRE_MOYENNE'));
  97. TAB1. 'VARI_FIBRE_MOYENNE' = TABLE;
  98. FINSI;
  99. *
  100. SI (NON (EXISTE TAB1 'CONTRAINTES_FIBRE_MOYENNE'));
  101. TAB1. 'CONTRAINTES_FIBRE_MOYENNE' = TABLE;
  102. FINSI;
  103. *
  104. SI (NON (EXISTE TAB1 'CONTRAINTES_FIBRE_SUPERIEURE'));
  105. TAB1. 'CONTRAINTES_FIBRE_SUPERIEURE' = TABLE;
  106. FINSI;
  107. *
  108. SI (NON (EXISTE TAB1 'CONTRAINTES_FIBRE_INFERIEURE'));
  109. TAB1. 'CONTRAINTES_FIBRE_INFERIEURE' = TABLE;
  110. FINSI;
  111. *
  112. SI (NON (EXISTE TAB1 'CONTRAINTES_VOLUMIQUE'));
  113. TAB1. 'CONTRAINTES_VOLUMIQUE' = TABLE;
  114. FINSI;
  115. *
  116. SI (NON (EXISTE TAB1 'DEPLACEMENTS_FIBRE_INFERIEURE'));
  117. TAB1. 'DEPLACEMENTS_FIBRE_INFERIEURE' = TABLE;
  118. FINSI;
  119. *
  120. SI (NON (EXISTE TAB1 'DEPLACEMENTS_FIBRE_SUPERIEURE'));
  121. TAB1. 'DEPLACEMENTS_FIBRE_SUPERIEURE' = TABLE;
  122. FINSI;
  123. *
  124. SI (NON (EXISTE TAB1 'DEPLACEMENTS_VOLUMIQUE'));
  125. TAB1. 'DEPLACEMENTS_VOLUMIQUE' = TABLE;
  126. FINSI;
  127. *
  128. SI (NON (EXISTE TAB1 'NORMALE'));
  129. TAB1. 'NORMALE' = TABLE;
  130. FINSI;
  131. *
  132. SINON;
  133. *
  134. TAB1 = TABLE;
  135. TAB1. 'MODELE' = TABLE;
  136. TAB1. 'MATERIAU' = TABLE;
  137. TAB1. 'MAILLAGE_FIBRE_MOYENNE' = TABLE;
  138. TAB1. 'MAILLAGE_FIBRE_INFERIEURE' = TABLE;
  139. TAB1. 'MAILLAGE_FIBRE_SUPERIEURE' = TABLE;
  140. TAB1. 'MAILLAGE_VOLUMIQUE' = TABLE;
  141. TAB1. 'DEPLACEMENTS_FIBRE_MOYENNE' = TABLE;
  142. TAB1. 'DEPLACEMENTS_FIBRE_INFERIEURE' = TABLE;
  143. TAB1. 'DEPLACEMENTS_FIBRE_SUPERIEURE' = TABLE;
  144. TAB1. 'DEPLACEMENTS_VOLUMIQUE' = TABLE;
  145. TAB1. 'NORMALE' = TABLE;
  146. TAB1. 'VARI_FIBRE_MOYENNE' = TABLE;
  147. TAB1. 'CONTRAINTES_FIBRE_MOYENNE' = TABLE;
  148. TAB1. 'CONTRAINTES_FIBRE_INFERIEURE' = TABLE;
  149. TAB1. 'CONTRAINTES_FIBRE_SUPERIEURE' = TABLE;
  150. TAB1. 'CONTRAINTES_VOLUMIQUE' = TABLE;
  151. *
  152. FINSI;
  153. *
  154. SI FLAGDEFO;
  155. REPETER LAB3 NDEFO;
  156. i3 = (INDEX (TAB1. 'DEPLACEMENTS')) . &lab3 ;
  157. TAB1. 'DEPLACEMENTS_FIBRE_MOYENNE' . i3 = TABLE;
  158. TAB1. 'DEPLACEMENTS_FIBRE_INFERIEURE' . i3 = TABLE;
  159. TAB1. 'DEPLACEMENTS_FIBRE_SUPERIEURE' . i3 = TABLE;
  160. TAB1. 'DEPLACEMENTS_VOLUMIQUE' . i3 = TABLE;
  161. FIN LAB3;
  162. FINSI;
  163. SI FLAGCONT;
  164. REPETER LAB3 NCONT;
  165. i3 = (INDEX (TAB1. 'CONTRAINTES')) . &lab3 ;
  166. TAB1. 'CONTRAINTES_FIBRE_MOYENNE' . i3 = TABLE;
  167. TAB1. 'CONTRAINTES_FIBRE_INFERIEURE' . i3 = TABLE;
  168. TAB1. 'CONTRAINTES_FIBRE_SUPERIEURE' . i3 = TABLE;
  169. TAB1. 'CONTRAINTES_VOLUMIQUE' . i3 = TABLE;
  170. FIN LAB3;
  171. FINSI;
  172. SI FLAGVARI;
  173. REPETER LAB3 NVARI;
  174. i3 = (INDEX (TAB1. 'VARIABLES_INTERNES')) . &lab3 ;
  175. TAB1. 'VARI_FIBRE_MOYENNE' . i3 = TABLE;
  176. FIN LAB3;
  177. FINSI;
  178. *
  179. * Fin de la lecture de la table d'entrée
  180. *
  181. * Génération du maillage
  182. *
  183.  
  184. NBZONE = ENTIER ((DIME ZONMOD)/2.);
  185. *
  186. * On boucle sur les zones
  187. *
  188. REPETER LAB1 NBZONE;
  189. *
  190. I1= &LAB1;
  191. *
  192. * On ne crée les maillages que s'ils n'existent pas
  193. *
  194. SI (NON (EXISTE TAB1.'MAILLAGE_FIBRE_MOYENNE' I1));
  195. *
  196. MESHCOUI = ZONMOD.(2*I1);
  197. MODCOUI = ZONMOD.((2*I1) - 1);
  198. MATCOUI = REDU MAT1 MODCOUI;
  199. *
  200. VVJ = VSUR MODCOUI NORM;
  201. VVJP = EXCO (CHAN VVJ CHPO MODCOUI)
  202. (mots 'VX' 'VY' 'VZ') (mots 'UX' 'UY' 'UZ') NATURE DIFFUS;
  203. EPAP = CHAN (EXCO MATCOUI 'EPAI' SCAL) CHPO MODCOUI;
  204. SI (EXISTE MATCOUI 'EXCE');
  205. EXCP = CHAN (EXCO MATCOUI 'EXCE' SCAL) CHPO MODCOUI;
  206. SINON;
  207. EXCP = 0.*EPAP;
  208. FINSI;
  209.  
  210. MESHMOY = MESHCOUI PLUS (excp*vvjp);
  211. MESHINF = (MESHCOUI PLUS ((excp - (0.5*epap))*vvjp));
  212. MESHSUP = (MESHCOUI PLUS ((excp + (0.5*epap))*vvjp));
  213. MESHVOL = VOLU 1 MESHSUP MESHINF;
  214. *
  215. TAB1. 'MODELE' . I1 = MODCOUI;
  216. TAB1. 'MATERIAU' . I1 = MATCOUI;
  217. TAB1. 'NORMALE' . I1 = VVJP;
  218. TAB1. 'MAILLAGE_FIBRE_MOYENNE' . I1 = MESHMOY;
  219. TAB1. 'MAILLAGE_FIBRE_INFERIEURE' . I1 = MESHINF;
  220. TAB1. 'MAILLAGE_FIBRE_SUPERIEURE' . I1 = MESHSUP;
  221. TAB1. 'MAILLAGE_VOLUMIQUE'. I1 = MESHVOL;
  222. *
  223. SI FLAGRELA;
  224. NNN1 = NBNO MESHCOUI;
  225. REPETER LAB100 NNN1;
  226. I100 = &LAB100;
  227. MESHINF2 = CHAN POI1 MESHINF;
  228. MESHSUP2 = CHAN POI1 MESHSUP;
  229. MESHCOU2 = CHAN POI1 MESHCOUI;
  230. PSUPJ = MESHINF2 POIN I100;
  231. PINFJ = MESHSUP2 POIN I100;
  232. PCOQJ = MESHCOU2 POIN I100;
  233. BLCOQJ = RELA CORI DEPL ROTA PCOQJ (PSUPJ ET PINFJ);
  234. SI (EGA (TYPE BLCOQ3D) MOT);
  235. BLCOQ3D = BLCOQJ;
  236. SINON;
  237. BLCOQ3D = BLCOQ3D ET BLCOQJ;
  238. FINSI;
  239. FIN LAB100;
  240. FINSI;
  241. *
  242. SI (I1 EGA 1);
  243. TAB1. 'MODELE' . 'TOTAL' = MODCOUI;
  244. TAB1. 'MATERIAU' . 'TOTAL' = MATCOUI;
  245. * TAB1. 'NORMALE' . 'TOTAL' = VVJP;
  246. TAB1. 'MAILLAGE_FIBRE_MOYENNE' . 'TOTAL' = MESHMOY;
  247. TAB1. 'MAILLAGE_FIBRE_INFERIEURE' . 'TOTAL' = MESHINF;
  248. TAB1. 'MAILLAGE_FIBRE_SUPERIEURE' . 'TOTAL' = MESHSUP;
  249. TAB1. 'MAILLAGE_VOLUMIQUE'. 'TOTAL' = MESHVOL;
  250. SINON;
  251. TAB1. 'MODELE' . 'TOTAL' =
  252. TAB1. 'MODELE' . 'TOTAL' et MODCOUI;
  253. TAB1. 'MATERIAU' . 'TOTAL' =
  254. TAB1. 'MATERIAU' . 'TOTAL' et MATCOUI;
  255. * TAB1. 'NORMALE' . 'TOTAL' =
  256. * TAB1. 'NORMALE' . 'TOTAL' et VVJP;
  257. TAB1. 'MAILLAGE_FIBRE_MOYENNE' . 'TOTAL' =
  258. TAB1. 'MAILLAGE_FIBRE_MOYENNE' . 'TOTAL'
  259. et MESHMOY;
  260. TAB1. 'MAILLAGE_FIBRE_INFERIEURE' . 'TOTAL' =
  261. TAB1. 'MAILLAGE_FIBRE_INFERIEURE' . 'TOTAL'
  262. et MESHSUP;
  263. TAB1. 'MAILLAGE_FIBRE_SUPERIEURE' . 'TOTAL' =
  264. TAB1. 'MAILLAGE_FIBRE_SUPERIEURE' . 'TOTAL'
  265. et MESHINF;
  266. TAB1. 'MAILLAGE_VOLUMIQUE'. 'TOTAL' =
  267. TAB1. 'MAILLAGE_VOLUMIQUE'. 'TOTAL' et MESHVOL;
  268. FINSI;
  269. *
  270. FINSI;
  271. *
  272. * Transport des contraintes
  273. *
  274. SI FLAGCONT;
  275. MESHORI = (EXTR (TAB1 . 'MODELE' . I1) MAILLAGE) ;
  276. MODCOUI = TAB1 . 'MODELE' . I1;
  277. MATCOUI = TAB1 . 'MATERIAU' . I1;
  278. REPETER LAB21 NCONT;
  279. i21 = (INDEX (TAB1.'CONTRAINTES')). &LAB21;
  280. CONJ = REDU ((TAB1.'CONTRAINTES'). i21) MODCOUI;
  281. CONJM = CALP CONJ MODCOUI MATCOUI MOYE;
  282. CONJS = CALP CONJ MODCOUI MATCOUI SUPE;
  283. CONJI = CALP CONJ MODCOUI MATCOUI INFE;
  284. CONJMB = CHAN CHPO CONJM MODCOUI;
  285. CONJSB = CHAN CHPO CONJS MODCOUI;
  286. CONJIB = CHAN CHPO CONJI MODCOUI;
  287. *
  288. CONJM3D = DEDU CONJMB TRAN MESHORI
  289. (TAB1. 'MAILLAGE_FIBRE_MOYENNE' . I1);
  290. TAB1. 'CONTRAINTES_FIBRE_MOYENNE' . i21 . I1 = CONJM3D;
  291. SI (I1 EGA 1);
  292. TAB1. 'CONTRAINTES_FIBRE_MOYENNE' . i21 . 'TOTAL'
  293. = CONJM3D;
  294. SINON;
  295. TAB1. 'CONTRAINTES_FIBRE_MOYENNE' . i21 . 'TOTAL' =
  296. (TAB1. 'CONTRAINTES_FIBRE_MOYENNE' . i21 . 'TOTAL')
  297. ET CONJM3D;
  298. FINSI;
  299. CONJS3D = DEDU CONJSB TRAN MESHORI
  300. (TAB1. 'MAILLAGE_FIBRE_SUPERIEURE' . I1);
  301. TAB1. 'CONTRAINTES_FIBRE_SUPERIEURE' . i21 . I1 = CONJS3D;
  302. SI (I1 EGA 1);
  303. TAB1. 'CONTRAINTES_FIBRE_SUPERIEURE' . i21 . 'TOTAL'
  304. = CONJS3D;
  305. SINON;
  306. TAB1. 'CONTRAINTES_FIBRE_SUPERIEURE' . i21 . 'TOTAL' =
  307. (TAB1. 'CONTRAINTES_FIBRE_SUPERIEURE' . i21 . 'TOTAL')
  308. ET CONJS3D;
  309. FINSI;
  310. CONJI3D = DEDU CONJIB TRAN MESHORI
  311. (TAB1. 'MAILLAGE_FIBRE_INFERIEURE' . I1);
  312. TAB1. 'CONTRAINTES_FIBRE_INFERIEURE' . i21 . I1 = CONJi3D;
  313. SI (I1 EGA 1);
  314. TAB1. 'CONTRAINTES_FIBRE_INFERIEURE' . i21 . 'TOTAL'
  315. = CONJi3D;
  316. SINON;
  317. TAB1. 'CONTRAINTES_FIBRE_INFERIEURE' . i21 . 'TOTAL' =
  318. (TAB1. 'CONTRAINTES_FIBRE_INFERIEURE' . i21 . 'TOTAL')
  319. ET CONJI3D;
  320. FINSI;
  321. *
  322. TAB1. 'CONTRAINTES_VOLUMIQUE' . i21 . I1
  323. = CONJS3D ET CONJI3D;
  324. SI (I1 EGA 1);
  325. TAB1. 'CONTRAINTES_VOLUMIQUE' . i21 . 'TOTAL'
  326. = CONJS3D ET CONJI3D;
  327. SINON;
  328. TAB1. 'CONTRAINTES_VOLUMIQUE' . i21. 'TOTAL' =
  329. (TAB1. 'CONTRAINTES_VOLUMIQUE' . i21 . 'TOTAL')
  330. ET CONJS3D ET CONJI3D;
  331. FINSI;
  332. FIN LAB21;
  333. FINSI;
  334. *
  335. *
  336. * Transport des variables internes
  337. *
  338. SI FLAGVARI;
  339. MESHORI = (EXTR (TAB1 . 'MODELE' . I1) MAILLAGE) ;
  340. MODCOUI = TAB1 . 'MODELE' . I1;
  341. MATCOUI = TAB1 . 'MATERIAU' . I1;
  342. REPETER LAB22 NVARI;
  343. i22 = (INDEX (TAB1.'VARIABLES_INTERNES')). &LAB22;
  344. VARJ = REDU ((TAB1.'VARIABLES_INTERNES'). i22) MODCOUI;
  345. VARJB = CHAN CHPO VARJ MODCOUI;
  346. VARJ3D = DEDU VARJB TRAN MESHORI
  347. (TAB1. 'MAILLAGE_FIBRE_MOYENNE' . I1);
  348. TAB1. 'VARI_FIBRE_MOYENNE' . i22 . I1 = VARJ3D;
  349. SI (I1 EGA 1);
  350. TAB1. 'VARI_FIBRE_MOYENNE' . i22 . 'TOTAL'
  351. = VARJ3D;
  352. SINON;
  353. TAB1. 'VARI_FIBRE_MOYENNE' . i22 . 'TOTAL' =
  354. (TAB1. 'VARI_FIBRE_MOYENNE' . i22 . 'TOTAL')
  355. ET VARJ3D;
  356. FINSI;
  357. FIN LAB22;
  358. FINSI;
  359. *
  360. * Calcul des deformees sur le 3D
  361. *
  362. SI FLAGDEFO;
  363. *
  364. VECOP = TAB1. 'NORMALE' . I1;
  365. MESHORI = (EXTR (TAB1 . 'MODELE' . I1) MAILLAGE) ;
  366. MODCOUI = TAB1 . 'MODELE' . I1;
  367. MATCOUI = TAB1 . 'MATERIAU' . I1;
  368. EPAP = CHAN (EXCO MATCOUI EPAI SCAL) CHPO MODCOUI;
  369. SI (EXISTE MATCOUI 'EXCE');
  370. EXCP = CHAN (EXCO MATCOUI 'EXCE' SCAL) CHPO MODCOUI;
  371. SINON;
  372. EXCP = 0.*EPAP;
  373. FINSI;
  374. VECOPM= (DEDU (EXCP* VECOP) TRAN MESHORI
  375. (TAB1. 'MAILLAGE_FIBRE_MOYENNE' . I1));
  376. VECOPI= (DEDU ((excp - (0.5*epap))*VECOP)
  377. TRAN MESHORI
  378. (TAB1. 'MAILLAGE_FIBRE_INFERIEURE' . I1));
  379. VECOPS= (DEDU ((excp + (0.5*epap))*VECOP)
  380. TRAN MESHORI
  381. (TAB1. 'MAILLAGE_FIBRE_SUPERIEURE' . I1));
  382. *
  383. REPETER LAB2 NDEFO;
  384. i2 = (INDEX (TAB1.'DEPLACEMENTS')). &LAB2;
  385. DEPJ = REDU ((TAB1.'DEPLACEMENTS'). i2) MESHORI;
  386. *
  387. DEPT = EXCO DEPJ (mots UX UY UZ) (mots UX UY UZ)
  388. NATURE DIFFUS;
  389. DEPR = EXCO DEPJ (mots RX RY RZ) (mots RX RY RZ)
  390. NATURE DIFFUS;
  391. *
  392. DEPTM DEPRM = DEDU DEPT DEPR TRAN MESHORI
  393. (TAB1. 'MAILLAGE_FIBRE_MOYENNE' . I1);
  394. DEPMOY = DEPTM +
  395. ((EXCO DEPRM RY SCAL)*(EXCO VECOPM UZ UX))
  396. - ((EXCO DEPRM RZ SCAL)*(EXCO VECOPM UY UX))
  397. + ((EXCO DEPRM RZ SCAL)*(EXCO VECOPM UX UY))
  398. - ((EXCO DEPRM RX SCAL)*(EXCO VECOPM UZ UY));
  399. DEPMOY = DEPMOY +
  400. ((EXCO DEPRM RX SCAL)*(EXCO VECOPM UY UZ))
  401. - ((EXCO DEPRM RY SCAL)*(EXCO VECOPM UX UZ));
  402. DEPMOY = CHAN ATTRIBUT DEPMOY NATURE DIFFUS;
  403. TAB1. 'DEPLACEMENTS_FIBRE_MOYENNE' . i2 . I1 = DEPMOY;
  404. SI (I1 EGA 1);
  405. TAB1. 'DEPLACEMENTS_FIBRE_MOYENNE' . i2 . 'TOTAL'
  406. = DEPMOY;
  407. SINON;
  408. TAB1. 'DEPLACEMENTS_FIBRE_MOYENNE' . i2. 'TOTAL' =
  409. (TAB1. 'DEPLACEMENTS_FIBRE_MOYENNE' . i2 . 'TOTAL')
  410. ET DEPMOY;
  411. FINSI;
  412. *
  413. *
  414. DEPTI DEPRI = DEDU DEPT DEPR TRAN MESHORI
  415. (TAB1. 'MAILLAGE_FIBRE_INFERIEURE' . I1);
  416. DEPINF = DEPTI +
  417. ((EXCO DEPRI RY SCAL)*(EXCO VECOPI UZ UX))
  418. - ((EXCO DEPRI RZ SCAL)*(EXCO VECOPI UY UX))
  419. + ((EXCO DEPRI RZ SCAL)*(EXCO VECOPI UX UY))
  420. - ((EXCO DEPRI RX SCAL)*(EXCO VECOPI UZ UY));
  421. DEPINF = DEPINF +
  422. ((EXCO DEPRI RX SCAL)*(EXCO VECOPI UY UZ))
  423. - ((EXCO DEPRI RY SCAL)*(EXCO VECOPI UX UZ));
  424. DEPINF = CHAN ATTRIBUT DEPINF NATURE DIFFUS;
  425. TAB1. 'DEPLACEMENTS_FIBRE_INFERIEURE' . i2 . I1 = DEPINF;
  426. SI (I1 EGA 1);
  427. TAB1. 'DEPLACEMENTS_FIBRE_INFERIEURE' . i2 . 'TOTAL'
  428. = DEPINF;
  429. SINON;
  430. TAB1. 'DEPLACEMENTS_FIBRE_INFERIEURE' . i2. 'TOTAL' =
  431. (TAB1. 'DEPLACEMENTS_FIBRE_INFERIEURE' . i2 . 'TOTAL')
  432. ET DEPINF;
  433. FINSI;
  434. *
  435. *
  436. DEPTS DEPRS = DEDU DEPT DEPR TRAN MESHORI
  437. (TAB1. 'MAILLAGE_FIBRE_SUPERIEURE' . I1);
  438. DEPSUP = DEPTS +
  439. ((EXCO DEPRS RY SCAL)*(EXCO VECOPS UZ UX))
  440. - ((EXCO DEPRS RZ SCAL)*(EXCO VECOPS UY UX))
  441. + ((EXCO DEPRS RZ SCAL)*(EXCO VECOPS UX UY))
  442. - ((EXCO DEPRS RX SCAL)*(EXCO VECOPS UZ UY));
  443. DEPSUP = DEPSUP +
  444. ((EXCO DEPRS RX SCAL)*(EXCO VECOPS UY UZ))
  445. - ((EXCO DEPRS RY SCAL)*(EXCO VECOPS UX UZ));
  446. DEPSUP = CHAN ATTRIBUT DEPSUP NATURE DIFFUS;
  447. TAB1. 'DEPLACEMENTS_FIBRE_SUPERIEURE' . i2 . I1 = DEPSUP;
  448. SI (I1 EGA 1);
  449. TAB1. 'DEPLACEMENTS_FIBRE_SUPERIEURE' . i2 . 'TOTAL'
  450. = DEPSUP;
  451. SINON;
  452. TAB1. 'DEPLACEMENTS_FIBRE_SUPERIEURE' . i2. 'TOTAL' =
  453. (TAB1. 'DEPLACEMENTS_FIBRE_SUPERIEURE' . i2 . 'TOTAL')
  454. ET DEPSUP;
  455. FINSI;
  456. *
  457. TAB1. 'DEPLACEMENTS_VOLUMIQUE' . i2 . I1
  458. = DEPSUP ET DEPINF;
  459. SI (I1 EGA 1);
  460. TAB1. 'DEPLACEMENTS_VOLUMIQUE' . i2 . 'TOTAL'
  461. = DEPSUP ET DEPINF;
  462. SINON;
  463. TAB1. 'DEPLACEMENTS_VOLUMIQUE' . i2. 'TOTAL' =
  464. (TAB1. 'DEPLACEMENTS_VOLUMIQUE' . i2 . 'TOTAL')
  465. ET DEPSUP ET DEPINF;
  466. FINSI;
  467. *
  468. FIN LAB2;
  469. *
  470. FINSI;
  471. *
  472. * Fin de la boucle sur la sous-zone
  473. *
  474. FIN LAB1;
  475. *
  476. MESH3D = TAB1. 'MAILLAGE_VOLUMIQUE'. 'TOTAL';
  477. *
  478. SI FLAGRELA;
  479. TAB1.'RELATION_3D' = BLCOQ3D;
  480. FINSI;
  481. *
  482. 'FINPROC' MESH3D;
  483. *
  484.  
  485.  
  486.  
  487.  
  488.  
  489.  
  490.  
  491.  

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