[637] | 1 | #include "diabolo.h"
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| 2 | #include "fichier.h"
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| 3 | #include "bolo.h"
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[651] | 4 | #include "arcunit.h"
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[637] | 5 |
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| 6 |
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| 7 |
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| 8 |
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| 9 |
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| 10 |
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| 11 | void lit_fichier_DIA2(int fen)
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| 12 | {
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| 13 | //int i,f;
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| 14 | F_entete *E;
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| 15 | F_block_desc *BD;
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| 16 | F_block_param *BP;
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| 17 | F_donne * T; // tableau courant de donnee
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| 18 | long tt=1397151033;
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| 19 | long total=0;
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| 20 | long val_controleur;
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| 21 | long blockold=0;
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| 22 | double total_controleur=-1;
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| 23 | int bb=0;
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| 24 | int i;
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| 25 | def_gains;
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| 26 |
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| 27 | T=malloc(max_nb_donne*sizeof(F_donne));
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| 28 | E=malloc(sizeof(F_entete));
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| 29 | BD=malloc(sizeof(F_block_desc));
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| 30 | BP=malloc(sizeof(F_block_param));
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| 31 | printf("lecture du fichier \n");
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| 32 | position(fen,0L);
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| 33 | select(printf_ref);
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| 34 | litF(fen,sizeof(F_entete),E);
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| 35 | printf(" version : =%d ",E->version);
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| 36 | printf("temps debut, fin =%ld , %ld \n",tt+E->tempsdebut,tt+E->tempsfin);
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| 37 | E->commentaires[255]=0;
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| 38 | printf("commentaires à la main : %s \n",E->commentaires);
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| 39 |
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| 40 | while ( litF(fen,sizeof(F_block_desc),BD) != -1)
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| 41 | {
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| 42 | // printf(" BD.change = %d nb ligne= %d \n",BD->change,BD->n_ligne_don);
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| 43 | if(BD->change>10)
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| 44 | {
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| 45 | char buf[20000];
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| 46 | printf("block type %d, longueur %d ",BD->change,BD->n_ligne_don);
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| 47 | litF(fen,BD->n_ligne_don,buf);
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| 48 | }
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| 49 | else
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| 50 |
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| 51 | if(BD->change==10)
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| 52 | {
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| 53 | char comment[10000];
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| 54 | printf(" commentaire longueur %d ",BD->n_ligne_don);
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| 55 | litF(fen,BD->n_ligne_don,comment);
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| 56 | // printf("commentaire : \n");
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| 57 | // printf(comment);
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| 58 | printf("\n");
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| 59 | }
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| 60 | else
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| 61 | {
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| 62 |
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| 63 | bb++;
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| 64 | litF(fen,sizeof(F_block_param),BP);
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| 65 | if(total_controleur==-1) {val_controleur=BP->temps_controleur_debut;total_controleur=0;}
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| 66 | total_controleur+=(double)( (BP->temps_controleur_fin - val_controleur) & 0x7fffffff ) ;
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| 67 | val_controleur=BP->temps_controleur_fin;
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| 68 | printf(" block %d :chg=%d , %d lignes , horloge %x ,temps debut %ld , fin =%ld , ereur%ld ",
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| 69 | BD->n_blok,
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| 70 | BD->change,
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| 71 | BD->n_ligne_don,
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| 72 | BP->reglage.horloge,
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| 73 | BP->temps_controleur_debut,BP->temps_controleur_fin,
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| 74 | BP->temps_controleur_fin-(blockold+(long)BD->n_ligne_don));
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| 75 | blockold=BP->temps_controleur_fin;
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| 76 | // printf("bololu =%d \n",BD->bololut);
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| 77 | if(BD->n_ligne_don>max_nb_donne) {printf("\n trop de ligne a lire : erreur \n\n");break;}
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| 78 | litF(fen,sizeof(F_donne)*(long)BD->n_ligne_don,T);
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| 79 | total+=BD->n_ligne_don;
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| 80 | if(bb==5) // pour le 5 eme block uniquement
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| 81 | {
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| 82 | for(i=0;i<nb_max_bolo;i++)
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| 83 | {
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| 84 | printf("\nbolo%d : gain=%d -> %g V=%d I=%d T=%d L=%d phase=%d "
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| 85 | ,i+1,gainbrut(BP->reglage.bolo[i]),gain_ampli(BP->reglage.bolo[i])
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| 86 | ,dac_V(BP->reglage.bolo[i]),dac_I(BP->reglage.bolo[i])
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| 87 | ,dac_T(BP->reglage.bolo[i]),dac_L(BP->reglage.bolo[i])
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| 88 | ,phase(BP->reglage.bolo[i]) );
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| 89 | }
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| 90 | printf("\n periode horloge=%g , nb_mesures=%d , frequence=%g , temps mort=%d \n"
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| 91 | ,2./(double)(BP->reglage.horloge.nb_mesures*24),BP->reglage.horloge.nb_mesures/2 ,500000.,BP->reglage.horloge.temp_mort);
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| 92 | }
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| 93 | }
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| 94 |
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| 95 |
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| 96 |
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| 97 | printf("\n");
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| 98 | }
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| 99 |
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| 100 | printf(" total fichier %ld lignes \n",total);
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| 101 | printf("temps fichier %ld sec \n",E->tempsfin-E->tempsdebut);
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| 102 | printf("temps controleur %8.3f sec \n",1e-6*total_controleur);
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| 103 | printf("frequence de modulation calculée a partir du temps controleur = %g Hz \n",((double)(total-1))/(2*1e-6*total_controleur));
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| 104 | printf("periode calculee = %g ms \n",(1e-3*total_controleur/((double)(total-1))));
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| 105 | printf("frequence moyenne reelle = %g Hz \n",((double)total)/(double)(2*(E->tempsfin-E->tempsdebut)));
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| 106 | printf("frequence generateur = %g MHz \n",
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| 107 | 15.0*(((double)(total-1))/(double)(E->tempsfin-E->tempsdebut))/(((double)(total-1))/(1e-6*total_controleur)));
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| 108 | /*
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| 109 | f=ouvreD(0,0,"",0);
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| 110 | for(i=0;i<1000;i++)
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| 111 | {
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| 112 | double x,y;
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| 113 | x=i;
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| 114 | y=T[i].bolo[0];
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| 115 | // y=BP->bol_per[0][i];
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| 116 | trace(f,x,y);
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| 117 | }
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| 118 | */
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| 119 | }
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