转换成C语言 SUBROUTINE READ1IPPIIIIIPIDSHT0IPIDSHTNE34H0XNYNZNINQQ & IIBMATLH00NE0NEL0NKIDDMALNFGNGUFNDFETRIMBOLF & IRespaceDEVNLRZSPCTLNCHE IMPLICIT REAL8A-HO-Z DIMENSION IIIINE0

#include <stdio.h> #include <stdlib.h>

void READ1(FILE *IPP, int IIII[NE0][NK], int IPIDSHT0[NE0], int IPIDSHT[NE], int NE34[NE], float H0[NE], float XN[L0], float YN[L0], float ZN[L0], float INQQ[L0], int IIB[NE], int MATL[NE], float H00, int NE0, int NE, int L0, int NK, int IDD, int MAL, int NFG, int NGUF, int NDFETRIM, float BOLF, int IRespace, int DEV, int NLRZ, int SPCTL, int NCHE) { int IQQ = 1; int IMM = 0; int NED = 0; int NE3 = 0; int L0D = 0; int II;

for (II = 0; II < NE; II++) {
    NE34[II] = 4;
}

rewind(IPP);

char AAA[200];

while (fgets(AAA, 200, IPP) != NULL) {
    if (AAA[0] == 'D' && AAA[1] == 'F' && AAA[2] == 'E' && AAA[3] == 'T' && AAA[4] == 'R' && AAA[5] == 'I' && AAA[6] == 'M') {
        int NDFETRIM;
        sscanf(AAA + 9, "%d", &NDFETRIM);
    }

    if (AAA[0] == 'F' && AAA[1] == 'L' && AAA[2] == 'A' && AAA[3] == 'N' && AAA[4] == 'G' && AAA[5] == 'I' && AAA[6] == 'N' && AAA[7] == 'G') {
        int NFG;
        sscanf(AAA + 9, "%d", &NFG);
    }

    if (AAA[0] == 'G' && AAA[1] == 'E' && AAA[2] == 'U' && AAA[3] == 'N' && AAA[4] == 'F' && AAA[5] == 'O' && AAA[6] == 'L' && AAA[7] == 'D') {
        int NGUF;
        sscanf(AAA + 9, "%d", &NGUF);
    }

    if (AAA[0] == 'C' && AAA[1] == 'O' && AAA[2] == 'N' && AAA[3] == 'S' && AAA[4] == 'T' && AAA[5] == 'R' && AAA[6] == 'A' && AAA[7] == 'I' && AAA[8] == 'N') {
        float BOLF;
        sscanf(AAA + 9, "%f", &BOLF);
    }

    if (AAA[0] == 'R' && AAA[1] == 'E' && AAA[2] == 'S' && AAA[3] == 'P' && AAA[4] == 'A' && AAA[5] == 'C' && AAA[6] == 'E' && AAA[7] == 'O' && AAA[8] == 'L') {
        int IRespace, DEV;
        sscanf(AAA + 9, "%d%d", &IRespace, &DEV);
    }

    if (AAA[0] == 'L' && AAA[1] == 'R' && AAA[2] == 'Z' && AAA[3] == 'C' && AAA[4] == 'T' && AAA[5] == 'L') {
        int NLRZ;
        sscanf(AAA + 6, "%d", &NLRZ);
    }

    if (AAA[0] == 'C' && AAA[1] == 'O' && AAA[2] == 'N' && AAA[3] == 'T' && AAA[4] == 'R' && AAA[5] == 'O' && AAA[6] == 'L' && AAA[7] == '_'
        && AAA[8] == 'S' && AAA[9] == 'P' && AAA[10] == 'B' && AAA[11] == 'K') {
        int SPCTL;
        sscanf(AAA + 12, "%d", &SPCTL);
    }

    if (AAA[0] == 'S' && AAA[1] == 'H' && AAA[2] == 'E' && AAA[3] == 'T' && AAA[4] == 'Q' && AAA[5] == 'U' && AAA[6] == 'A' && AAA[7] == 'D') {
        IMM++;
        if (IQQ <= IDD && IMM == IIB[IQQ]) {
            IQQ++;
            continue;
        }
        NED++;
        NE3++;
        int ID, IPID;
        float IX[4], H00, MATL0;
        sscanf(AAA + 9, "%d%f%f%f%d", &ID, &IX[0], &IX[1], &H00, &MATL0, &IPID);

        ID_ELM[NED - 1] = ID;
        if (ITP == 0) {
            if (IX[2] == IX[3] || IX[3] == 0) {
                NE34[NED - 1] = 3;
                IX[3] = IX[2];
            }
        }
        if (ITP == 1) {
            if (IX[2] == IX[3]) {
                NE34[NED - 1] = 3;
                IX[3] = IX[2];
            }
        }
        PREELEM(IX, INQQ, L0);
        for (int I = 0; I < NK; I++) {
            IIII[NED - 1][I] = IX[I];
        }
        IPIDSHT0[NED - 1] = IPID;

        if (NE34[NED - 1] == 3) {
            H0[NE3 - 1] = H00;
            MATL[NE3 - 1] = MATL0;
            IPIDSHT[NE3 - 1] = IPID;
        } else {
            H0[NE3 - 1] = H00;
            MATL[NE3 - 1] = MATL0;
            IPIDSHT[NE3 - 1] = IPID;
            NE3++;
            H0[NE3 - 1] = H00;
            MATL[NE3 - 1] = MATL0;
            IPIDSHT[NE3 - 1] = IPID;
        }
    }

    if (AAA[0] == 'S' && AAA[1] == 'H' && AAA[2] == 'E' && AAA[3] == 'T' && AAA[4] == 'N' && AAA[5] == 'O' && AAA[6] == 'D' && AAA[7] == 'E') {
        int I0;
        float XYZ[3];
        sscanf(AAA + 9, "%d%f%f%f", &I0, &XYZ[0], &XYZ[1], &XYZ[2]);
        L0D++;
        XN[L0D - 1] = XYZ[0];
        YN[L0D - 1] = XYZ[1];
        ZN[L0D - 1] = XYZ[2];
    }
}

fclose(IPP);

if (NCHE == 2) {
    printf("******* Error in the following data *******\n");
}
printf("%s\n", AAA);
printf("\n");
printf("\n");
if (NCHE == 2) {
    fprintf(12, "******* Error in the following data *******\n");
}
fprintf(12, "%s\n", AAA);
fprintf(12, "\n");
CloseFileExit();
XForming_exit();

H00 = H0[0];

}

int main() { // Define variables FILE *IPP; int IIII[NE0][NK]; int IPIDSHT0[NE0]; int IPIDSHT[NE]; int NE34[NE]; float H0[NE]; float XN[L0]; float YN[L0]; float ZN[L0]; float INQQ[L0]; int IIB[NE]; int MATL[NE]; float H00; int NE0, NE, L0, NK, IDD, MAL, NFG, NGUF, NDFETRIM; float BOLF; int IRespace, DEV, NLRZ, SPCTL, NCHE;

// Call READ1 subroutine
READ1(IPP, IIII, IPIDSHT0, IPIDSHT, NE34, H0, XN, YN, ZN, INQQ, IIB, MATL, H00, NE0, NE, L0, NK, IDD, MAL, NFG, NGUF, NDFETRIM,
      BOLF, IRespace, DEV, NLRZ, SPCTL, NCHE);

return 0;