C++代码转换：从Fortran SUBROUTINE READ1到C++函数

{/'title/':/'C++代码转换：从Fortran SUBROUTINE READ1到C++函数/',/'description/':/'本C++函数实现Fortran子程序READ1的功能，用于读取和处理结构化网格数据。该函数使用文件指针和数组参数，能够解析不同的数据类型并存储到相应的数组中，并进行数据预处理。/',/'keywords/':/'C++, Fortran, SUBROUTINE READ1, 网格数据, 文件解析, 数组处理, 数据预处理/',/'content/':/'///'#include ////n////nvoid READ1(FILE* IPP, int IIII[][NK], int IPIDSHT0[], int IPIDSHT[], int NE34[], ////n double H0[], double XN[], double YN[], double ZN[], double INQQ[], ////n int IIB[], int MATL[], double H00, int NE0, int NE, int L0, int NK, ////n int IDD, int MAL, int NFG, int NGUF, int NDFETRIM, double BOLF, ////n int IRespace, int DEV, double DEV, int NLRZ, int SPCTL, int NCHE) {////n char AAA[200];////n int IQQ = 1;////n int IMM = 0;////n int NED = 0;////n int NE3 = 0;////n int L0D = 0;////n ////n for (int II = 0; II < NE; II++) {////n NE34[II] = 4;////n }////n ////n rewind(IPP);////n ////n while (true) {////n if (fscanf(IPP, /'%s/', AAA) == EOF) {////n break;////n }////n ////n if (strncmp(AAA, /'DFETRIM/', 7) == 0) {////n int NDFETRIM;////n if (fscanf(IPP, /'%d/', &NDFETRIM) != 1) {////n break;////n }////n }////n ////n if (strncmp(AAA, /'FLANGING/', 8) == 0) {////n int NFG;////n if (fscanf(IPP, /'%d/', &NFG) != 1) {////n break;////n }////n }////n ////n if (strncmp(AAA, /'GEUNFOLD/', 8) == 0) {////n int NGUF;////n if (fscanf(IPP, /'%d/', &NGUF) != 1) {////n break;////n }////n }////n ////n if (strncmp(AAA, /'CONSTRAIN/', 9) == 0) {////n double BOLF;////n if (fscanf(IPP, /'%lf/', &BOLF) != 1) {////n break;////n }////n }////n ////n if (strncmp(AAA, /'RESPACEOL/', 9) == 0) {////n int IRespace, DEV;////n if (fscanf(IPP, /'%d %d/', &IRespace, &DEV) != 2) {////n break;////n }////n }////n ////n if (strncmp(AAA, /'LRZCTL/', 6) == 0) {////n int NLRZ;////n if (fscanf(IPP, /'%d/', &NLRZ) != 1) {////n break;////n }////n }////n ////n if (strncmp(AAA, /'CONTROL_SPBK/', 12) == 0) {////n int SPCTL;////n if (fscanf(IPP, /'%d/', &SPCTL) != 1) {////n break;////n }////n }////n ////n if (strncmp(AAA, /'SHETQUAD/', 8) == 0) {////n IMM++;////n if (IQQ <= IDD && IMM == IIB[IQQ]) {////n IQQ++;////n continue;////n }////n NED++;////n NE3++;////n ////n int ID, IPID;////n double IX[NK];////n double H00, MATL0;////n int IOS;////n ////n if (fscanf(IPP, /'%d %lf %lf %lf %lf %d/', &ID, &IX[0], &IX[1], &IX[2], &H00, &IPID) != 6) {////n break;////n }////n ////n if (IOS == 0) {////n if (fscanf(IPP, /'%d %lf/', &ID, &IX[0], &H00, &MATL0, &IPID) != 5) {////n break;////n }////n } else {////n if (fscanf(IPP, /'%d %lf/', &ID, &IX[0], &H00, &MATL0) != 4) {////n break;////n }////n IPID = 1;////n }////n ////n IIII[NED][0] = IX[0];////n IIII[NED][1] = IX[1];////n IIII[NED][2] = IX[2];////n IIII[NED][3] = IX[3];////n ////n IPIDSHT0[NED] = IPID;////n ////n if (NE34[NED] == 3) {////n H0[NE3] = H00;////n MATL[NE3] = MATL0;////n IPIDSHT[NE3] = IPID;////n } else {////n H0[NE3] = H00;////n MATL[NE3] = MATL0;////n IPIDSHT[NE3] = IPID;////n NE3++;////n H0[NE3] = H00;////n MATL[NE3] = MATL0;////n IPIDSHT[NE3] = IPID;////n }////n }////n ////n if (strncmp(AAA, /'SHETNODE/', 8) == 0) {////n int I0;////n double XYZ[3];////n if (fscanf(IPP, /'%d %lf %lf %lf/', &I0, &XYZ[0], &XYZ[1], &XYZ[2]) != 4) {////n break;////n }////n L0D++;////n XN[L0D] = XYZ[0];////n YN[L0D] = XYZ[1];////n ZN[L0D] = XYZ[2];////n }////n }////n ////n double H00 = H0[0];////n ////n return;////n}////n/