CNFDB_402.cpp

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/*****************************************************************************
 * Copyright (c) 2019 FrontISTR Commons
 * This software is released under the MIT License, see LICENSE.txt
 *****************************************************************************/
/*
  CNFDB_402 Ver.1.0
  -----------------------------
  402 Properties ( of element )
*/
 
#include "CNFData.h"
#include "CNFDB_402.h"
 
// 402 Properties ( of element )
 
CNFDB_402::CNFDB_402() : CNFDataBlock(402) {
  num_lam       = 0;
  lam_MID       = 0;
  num_val       = 0;
  Value         = 0;
  num_outline   = 0;
  u             = 0;
  v             = 0;
  draw          = 0;
  num_outline_2 = 0;
  u_2           = 0;
  v_2           = 0;
  draw_2        = 0;
}
 
CNFDB_402::~CNFDB_402() { Clear(); }
 
void CNFDB_402::Clear() {
  delete[] lam_MID;
  delete[] Value;
  delete[] u;
  delete[] v;
  delete[] draw;
  delete[] u_2;
  delete[] v_2;
  delete[] draw_2;
  num_lam       = 0;
  lam_MID       = 0;
  num_val       = 0;
  Value         = 0;
  num_outline   = 0;
  u             = 0;
  v             = 0;
  draw          = 0;
  num_outline_2 = 0;
  u_2           = 0;
  v_2           = 0;
  draw_2        = 0;
}
 
void CNFDB_402::Read(CNFData *nfd) {
  char buff[256];
  int i;
  Clear();
  // #1
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "IIIIII", &ID, &color, &matID, &type, &layer, &refCS);
  // #2
  nfd->ReadLineEx(buff);
  nfd->ReadStr(buff, title, sizeof(title));
  // #3
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "IIII", &floag[0], &floag[1], &floag[2], &floag[3]);
  // #4
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "I", &num_lam);
  // # ----------------------
  //  8 values par record;
  lam_MID = new nf_int[num_lam];
  nfd->ReadMultRec('I', 8, num_lam, lam_MID);
  // # ----------------------
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "I", &num_val);
  // # ----------------------
  //  5 values par record;
  Value = new nf_float[num_val];
  nfd->ReadMultRec('F', 5, num_val, Value);
 
  // ======= Ver.6.0 ========================
  if (nfd->version < 6.0) return;
 
  // # ----------------------
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "I", &num_outline);
  // # ----------------------
  u    = new nf_float[num_outline];
  v    = new nf_float[num_outline];
  draw = new nf_int[num_outline];
 
  for (i = 0; i < num_outline; i++) {
    nfd->ReadLineEx(buff);
    nfd->ReadRecord(buff, "FFI", &u[i], &v[i], &draw[i]);
  }
 
  // ======= Ver.8.1 ========================
  if (nfd->version < 8.1) return;
 
  // # ----------------------
  nfd->ReadLineEx(buff);
  nfd->ReadRecord(buff, "I", &num_outline_2);
  // # ----------------------
  u_2    = new nf_float[num_outline_2];
  v_2    = new nf_float[num_outline_2];
  draw_2 = new nf_int[num_outline_2];
 
  for (i = 0; i < num_outline_2; i++) {
    nfd->ReadLineEx(buff);
    nfd->ReadRecord(buff, "FFI", &u_2[i], &v_2[i], &draw_2[i]);
  }
}
 
//*****************************************************************************
 
void CNFDB_402::WriteData(class CNFData *nfd, FILE *fp) {
  int i;
  // #1
  nfd->WriteData(fp, "IIIIIIn", ID, color, matID, type, layer, refCS);
  // #2
  nfd->WriteStr(fp, title);
  // #3
  nfd->WriteData(fp, "IIIIn", floag[0], floag[1], floag[2], floag[3]);
  // #4
  nfd->WriteData(fp, "In", num_lam);
 
  // # ----------------------
  //  8 values par record;
  for (i = 0; i < num_lam; i++) {
    nfd->WriteData(fp, "I", lam_MID[i]);
 
    if (i % 8 == 7) nfd->WriteData(fp, "n");
  }
 
  if (i % 8 != 0) nfd->WriteData(fp, "n");
 
  // # ----------------------
  nfd->WriteData(fp, "In", num_val);
 
  // # ----------------------
  //  5 values par record;
  for (i = 0; i < num_val; i++) {
    nfd->WriteData(fp, "F", Value[i]);
 
    if (i % 5 == 4) nfd->WriteData(fp, "n");
  }
 
  if (i % 5 != 0) nfd->WriteData(fp, "n");
 
  // ======= Ver.6.0 ========================
  if (nfd->version < 6.0) return;
 
  // # ----------------------
  nfd->WriteData(fp, "In", num_outline);
 
  // # ----------------------
  for (i = 0; i < num_outline; i++) {
    nfd->WriteData(fp, "FFIn", u[i], v[i], draw[i]);
  }
 
  // ======= Ver.8.1 ========================
  if (nfd->version < 8.1) return;
 
  // # ----------------------
  nfd->WriteData(fp, "In", num_outline_2);
 
  // # ----------------------
  for (i = 0; i < num_outline_2; i++) {
    nfd->WriteData(fp, "FFIn", u_2[i], v_2[i], draw_2[i]);
  }
}