CNFDB_601.h

Go to the documentation of this file.

/*****************************************************************************
 * Copyright (c) 2019 FrontISTR Commons
 * This software is released under the MIT License, see LICENSE.txt
 *****************************************************************************/
/*
        CNFDB_601 Ver. 3.6
        -----------------------------
        601 Material
*/
 
#ifndef CNFDB_601H
#define CNFDB_601H
 
#include "CNFDataBlock.h"
 
// 601 Material
class CNFDB_601 : public CNFDataBlock {
 public:
  CNFDB_601();
  virtual ~CNFDB_601() {}
 
  virtual void Read(class CNFData* nfd);
  virtual void WriteData(class CNFData* nfd, FILE* fp);
 
 public:
  class cfunc_rec {
   public:
    class cdata_pair {
     public:
      nf_int index;
      nf_float x;
      nf_float y;
      cdata_pair(nf_int I = 0, nf_float X = 0, nf_float Y = 0)
          : index(I), x(X), y(Y) {}
    };
    // ##1
    nf_int ID;
    nf_int type;
    // ##2
    nf_char title[80];
    // ## ----------------------
    std::vector<cdata_pair> data;
  };
 
  // #1
  nf_int ID;
  nf_int format;  // == -601
  nf_int color;
  nf_int type;
  nf_int subtype;
  nf_int layer;
  nf_int FunctionCount;
  // #2
  nf_char title[26];
  // #3
  nf_int Bcount;  // == 10
                  // #4
  nf_bool bval[10];
  // #5
  nf_int Icount;
  // #6,7,8
  nf_int ival[25];
  // #9
  nf_int Mcount;
  // #10-29
  nf_float mval[200];
  // #30
  nf_int Fcount;
  // #31-35
  nf_int fval[50];
  // #36
  nf_int Tcount;
  // #37-43
  nf_int tval[70];
  // # ---------------------
  std::vector<cfunc_rec> func_list;
 
  // ============================================================================
  nf_float& E(int i) {
    assert(0 <= i && i <= 2);
    return mval[i];
  }
  nf_float& G(int i) {
    assert(0 <= i && i <= 2);
    return mval[i + 3];
  }
  nf_float& NU(int i) {
    assert(0 <= i && i <= 2);
    return mval[i + 6];
  }
  nf_float& THERMAL_EXPANSION(int i) {
    assert(0 <= i && i <= 5);
    return mval[i + 36];
  }
  nf_float& THERMAL_CONDUCTIVITY(int i) {
    assert(0 <= i && i <= 5);
    return mval[i + 42];
  }
  nf_float& THERMAL_CAPACITY() { return mval[48]; }
  nf_float& DENSITY() { return mval[49]; }
  nf_float& DAMPING() { return mval[50]; }
  nf_float& TEMPERATURE() { return mval[51]; }
};
 
#endif