CNFDB_601.cpp

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/*****************************************************************************
 * Copyright (c) 2019 FrontISTR Commons
 * This software is released under the MIT License, see LICENSE.txt
 *****************************************************************************/
/*
  CNFDB_601 Ver.1.0
  -----------------------------
  601 Material
*/
 
#include <vector>
#include "CNFData.h"
#include "CNFDB_601.h"
 
using namespace std;
 
// 601 Material
 
CNFDB_601::CNFDB_601() : CNFDataBlock(601) {}
 
void CNFDB_601::Read(CNFData *nfd) {
  int i;
  char buff[256];
  // #1
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "IIIIIII", &ID, &format, &color, &type, &subtype,
                  &layer, &FunctionCount);
  // #2
  nfd->ReadLineEx(buff);
  nfd->ReadStr(buff, title, sizeof(title));
  // #3
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "I", &Bcount);
  // #4
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "IIIIIIIIII", &bval[0], &bval[1], &bval[2], &bval[3],
                  &bval[4], &bval[5], &bval[6], &bval[7], &bval[8], &bval[9]);
  // #5
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "I", &Icount);
  // #6
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "IIIIIIIIII", &ival[0], &ival[1], &ival[2], &ival[3],
                  &ival[4], &ival[5], &ival[6], &ival[7], &ival[8], &ival[9]);
  // #7
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "IIIIIIIIII", &ival[10], &ival[11], &ival[12],
                  &ival[13], &ival[14], &ival[15], &ival[16], &ival[17],
                  &ival[18], &ival[19]);
  // #8
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "IIIII", &ival[20], &ival[21], &ival[22], &ival[23],
                  &ival[24]);
  // #9
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "I", &Mcount);
 
  // #10-29
  for (i = 0; i < 20; i++) {
    int j = i * 10;
    nfd->ReadLineEx(buff);
    nfd->ReadRecord(buff, "FFFFFFFFFF", &mval[j], &mval[j + 1], &mval[j + 2],
                    &mval[j + 3], &mval[j + 4], &mval[j + 5], &mval[j + 6],
                    &mval[j + 7], &mval[j + 8], &mval[j + 9]);
  }
 
  // #30
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "I", &Fcount);
 
  // #31-35
  for (i = 0; i < 5; i++) {
    int j = i * 10;
    nfd->ReadLineEx(buff);
    nfd->ReadRecord(buff, "IIIIIIIIII", &fval[j], &fval[j + 1], &fval[j + 2],
                    &fval[j + 3], &fval[j + 4], &fval[j + 5], &fval[j + 6],
                    &fval[j + 7], &fval[j + 8], &fval[j + 9]);
  }
 
  // #36
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "I", &Tcount);
  // #37-43
  int rec_n = Tcount / 10;
 
  for (i = 0; i < rec_n; i++) {
    int j = i * 10;
    nfd->ReadLineEx(buff);
    nfd->ReadRecord(buff, "IIIIIIIIII", &tval[j], &tval[j + 1], &tval[j + 2],
                    &tval[j + 3], &tval[j + 4], &tval[j + 5], &tval[j + 6],
                    &tval[j + 7], &tval[j + 8], &tval[j + 9]);
  }
 
  // # ---------------------
  for (i = 0; i < FunctionCount; i++) {
    cfunc_rec rec;
    // ##1
    nfd->ReadLineEx(buff);
    nfd->ReadRecord(buff, "II", &rec.ID, &rec.type);
    // ##2
    nfd->ReadLineEx(buff);
    nfd->ReadStr(buff, rec.title, sizeof(rec.title));
 
    // ## -------------------
    while (1) {
      nf_int index;
      nf_float x, y;
      nfd->ReadLineEx(buff);
      nfd->ReadRecord(buff, "IFF", &index, &x, &y);
 
      if (index == -1) break;
 
      cfunc_rec::cdata_pair data(index, x, y);
      rec.data.push_back(data);
    }
 
    func_list.push_back(rec);
  }
}
 
void CNFDB_601::WriteData(CNFData *nfd, FILE *fp) {
  int i;
  // #1
  nfd->WriteData(fp, "IIIIIIIn", ID, format, color, type, subtype, layer,
                 FunctionCount);
  // #2
  nfd->WriteStr(fp, title);
  // #3
  nfd->WriteData(fp, "In", Bcount);
  // #4
  nfd->WriteData(fp, "IIIIIIIIIIn", bval[0], bval[1], bval[2], bval[3], bval[4],
                 bval[5], bval[6], bval[7], bval[8], bval[9]);
  // #5
  nfd->WriteData(fp, "In", Icount);
  // #6
  nfd->WriteData(fp, "IIIIIIIIIIn", ival[0], ival[1], ival[2], ival[3], ival[4],
                 ival[5], ival[6], ival[7], ival[8], ival[9]);
  // #7
  nfd->WriteData(fp, "IIIIIIIIIIn", ival[10], ival[11], ival[12], ival[13],
                 ival[14], ival[15], ival[16], ival[17], ival[18], ival[19]);
  // #8
  nfd->WriteData(fp, "IIIIIn", ival[20], ival[21], ival[22], ival[23],
                 ival[24]);
  // #9
  nfd->WriteData(fp, "In", Mcount);
 
  // #10-29
  for (i = 0; i < 20; i++) {
    int j = i * 10;
    nfd->WriteData(fp, "FFFFFFFFFFn", mval[j], mval[j + 1], mval[j + 2],
                   mval[j + 3], mval[j + 4], mval[j + 5], mval[j + 6],
                   mval[j + 7], mval[j + 8], mval[j + 9]);
  }
 
  // #30
  nfd->WriteData(fp, "In", Fcount);
 
  // #31-35
  for (i = 0; i < 5; i++) {
    int j = i * 10;
    nfd->WriteData(fp, "IIIIIIIIIIn", fval[j], fval[j + 1], fval[j + 2],
                   fval[j + 3], fval[j + 4], fval[j + 5], fval[j + 6],
                   fval[j + 7], fval[j + 8], fval[j + 9]);
  }
 
  // #36
  nfd->WriteData(fp, "In", Tcount);
  // #37-43
  int rec_n = Tcount / 10;
 
  for (i = 0; i < rec_n; i++) {
    int j = i * 10;
    nfd->WriteData(fp, "IIIIIIIIIIn", tval[j], tval[j + 1], tval[j + 2],
                   tval[j + 3], tval[j + 4], tval[j + 5], tval[j + 6],
                   tval[j + 7], tval[j + 8], tval[j + 9]);
  }
 
  // # ---------------------
  vector<cfunc_rec>::iterator iter;
 
  for (iter = func_list.begin(); iter != func_list.end(); iter++) {
    // ##1
    nfd->WriteData(fp, "IIn", iter->ID, iter->type);
    // ##2
    nfd->WriteStr(fp, iter->title);
    // ## -------------------
    vector<cfunc_rec::cdata_pair>::iterator id;
 
    for (id = iter->data.begin(); id != iter->data.end(); id++) {
      nfd->WriteData(fp, "IFFn", id->index, id->x, id->y);
    }
 
    nfd->WriteData(fp, "IFFn", -1, 0.0, 0.0);
  }
}