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  1. * POSTDDI1  PROCEDUR  CHAT      96/08/05    21:25:21     2238           
  2. 'DEBPROC' POSTDDI1 var1*MCHAML alpha*FLOTTANT mod0*MMODEL;
  3. *
  4. ****************************************************************
  5. *     Calcul de CHI(Xv) = 1.5*ALPHA*XV1 + (1-ALPHA)*J2(Xv)     *
  6. *       Avec XV1 = Contrainte principale maximale de Xv        *
  7. ****************************************************************
  8. *
  9. mot1 = 'VALE' 'MODE';
  10. 'SI' ('EGA' mot1 'AXIS');
  11. xvrr = ('EXCO' var1 'Y1RR' 'SMRR') + ('EXCO' var1 'Y2RR' 'SMRR');
  12. xvzz = ('EXCO' var1 'Y1ZZ' 'SMZZ') + ('EXCO' var1 'Y2ZZ' 'SMZZ');
  13. xvtt = ('EXCO' var1 'Y1TT' 'SMTT') + ('EXCO' var1 'Y2TT' 'SMTT');
  14. xvrz = ('EXCO' var1 'Y1RZ' 'SMRZ') + ('EXCO' var1 'Y2RZ' 'SMRZ');
  15. xv = xvrr 'ET' xvzz 'ET' xvtt 'ET' xvrz ;
  16. 'SINON';
  17. 'SI' ('EGA' mot1 'TRID');
  18. xvxx = ('EXCO' var1 'Y1XX' 'SMXX') + ('EXCO' var1 'Y2XX' 'SMXX');
  19. xvyy = ('EXCO' var1 'Y1YY' 'SMYY') + ('EXCO' var1 'Y2YY' 'SMYY');
  20. xvzz = ('EXCO' var1 'Y1ZZ' 'SMZZ') + ('EXCO' var1 'Y2ZZ' 'SMZZ');
  21. xvxy = ('EXCO' var1 'Y1XY' 'SMXY') + ('EXCO' var1 'Y2XY' 'SMXY');
  22. xvyz = ('EXCO' var1 'Y1YZ' 'SMYZ') + ('EXCO' var1 'Y2YZ' 'SMYZ');
  23. xvxz = ('EXCO' var1 'Y1ZX' 'SMXZ') + ('EXCO' var1 'Y2ZX' 'SMXZ');
  24. xv = xvxx 'ET' xvyy 'ET' xvzz 'ET' xvxy 'ET' xvyz 'ET' xvxz;
  25. 'SINON';
  26. xvxx = ('EXCO' var1 'Y1XX' 'SMXX') + ('EXCO' var1 'Y2XX' 'SMXX');
  27. xvyy = ('EXCO' var1 'Y1YY' 'SMYY') + ('EXCO' var1 'Y2YY' 'SMYY');
  28. xvzz = ('EXCO' var1 'Y1ZZ' 'SMZZ') + ('EXCO' var1 'Y2ZZ' 'SMZZ');
  29. xvxy = ('EXCO' var1 'Y1XY' 'SMXY') + ('EXCO' var1 'Y2XY' 'SMXY');
  30. xv = 'REDU' (xvxx 'ET' xvyy 'ET' xvzz 'ET' xvxy) mod0;
  31. 'FINSI';
  32. 'FINSI';
  33. xv = 'CHAN' xv 'TYPE' 'CONTRAINTES';
  34. j2 = 'VMIS' mod0 xv;
  35. princxv = 'PRIN' mod0 xv;
  36. xv1 = 'EXCO' princxv 'SI11' 'SCAL';
  37. xv2 = 'EXCO' princxv 'SI22' 'SCAL';
  38. xv3 = 'EXCO' princxv 'SI33' 'SCAL';
  39. max1 = ( (xv1+xv2) + ('ABS' (xv1-xv2)) ) / 2.;
  40. max2 = ( (max1+xv3) + ('ABS' (max1-xv3)) ) / 2.;
  41. chi = (alpha*max2*1.5) + ((1.-alpha)*j2) ;
  42. 'FINPROC' chi;
  43.  

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