C++ (Cpp) kcg_comp_array_int_32 Exemples

Exemple #1

Fichier : kcg_types.c Projet : stefan-karg/modeling

kcg_bool kcg_comp_struct__463575(struct__463575 *kcg_c1, struct__463575 *kcg_c2)
{
  static kcg_bool kcg_equ;
  
  kcg_equ = kcg_true;
  kcg_equ = kcg_equ & (kcg_c1->Q_NVDRIVER_ADHES == kcg_c2->Q_NVDRIVER_ADHES);
  kcg_equ = kcg_equ & (kcg_c1->D_NVSTFF == kcg_c2->D_NVSTFF);
  kcg_equ = kcg_equ & (kcg_c1->M_NVDERUN == kcg_c2->M_NVDERUN);
  kcg_equ = kcg_equ & (kcg_c1->T_NVCONTACT == kcg_c2->T_NVCONTACT);
  kcg_equ = kcg_equ & (kcg_c1->M_NVCONTACT == kcg_c2->M_NVCONTACT);
  kcg_equ = kcg_equ & (kcg_c1->D_NVPOTRP == kcg_c2->D_NVPOTRP);
  kcg_equ = kcg_equ & (kcg_c1->T_NVOVTRP == kcg_c2->T_NVOVTRP);
  kcg_equ = kcg_equ & (kcg_c1->D_NVOVTRP == kcg_c2->D_NVOVTRP);
  kcg_equ = kcg_equ & (kcg_c1->V_NVSUPOVTRP == kcg_c2->V_NVSUPOVTRP);
  kcg_equ = kcg_equ & (kcg_c1->V_NVALLOWOVTRP == kcg_c2->V_NVALLOWOVTRP);
  kcg_equ = kcg_equ & (kcg_c1->Q_NVEMRRLS == kcg_c2->Q_NVEMRRLS);
  kcg_equ = kcg_equ & (kcg_c1->Q_NVSRBKTRG == kcg_c2->Q_NVSRBKTRG);
  kcg_equ = kcg_equ & (kcg_c1->D_NVROLL == kcg_c2->D_NVROLL);
  kcg_equ = kcg_equ & (kcg_c1->V_NVREL == kcg_c2->V_NVREL);
  kcg_equ = kcg_equ & (kcg_c1->V_NVUNFIT == kcg_c2->V_NVUNFIT);
  kcg_equ = kcg_equ & (kcg_c1->V_NVONSIGHT == kcg_c2->V_NVONSIGHT);
  kcg_equ = kcg_equ & (kcg_c1->V_NVSTFF == kcg_c2->V_NVSTFF);
  kcg_equ = kcg_equ & (kcg_c1->V_NVSHUNT == kcg_c2->V_NVSHUNT);
  kcg_equ = kcg_equ & kcg_comp_array_int_32(
      &kcg_c1->SECTIONS,
      &kcg_c2->SECTIONS);
  kcg_equ = kcg_equ & (kcg_c1->N_ITER == kcg_c2->N_ITER);
  kcg_equ = kcg_equ & (kcg_c1->D_VALIDNV == kcg_c2->D_VALIDNV);
  kcg_equ = kcg_equ & (kcg_c1->Q_SCALE == kcg_c2->Q_SCALE);
  kcg_equ = kcg_equ & (kcg_c1->L_PACKET == kcg_c2->L_PACKET);
  kcg_equ = kcg_equ & (kcg_c1->Q_DIR == kcg_c2->Q_DIR);
  kcg_equ = kcg_equ & (kcg_c1->NID_PACKET == kcg_c2->NID_PACKET);
  kcg_equ = kcg_equ & (kcg_c1->valid == kcg_c2->valid);
  return kcg_equ;
}

Exemple #2

Fichier : kcg_types.c Projet : MatthieuPoirot/modeling

kcg_bool kcg_comp_array_int_32_32(
  array_int_32_32 *kcg_c1,
  array_int_32_32 *kcg_c2)
{
  kcg_bool kcg_equ;
  kcg_int kcg_ci;
  
  kcg_equ = kcg_true;
  for (kcg_ci = 0; kcg_ci < 32; kcg_ci++) {
    kcg_equ = kcg_equ & kcg_comp_array_int_32(
        &(*kcg_c1)[kcg_ci],
        &(*kcg_c2)[kcg_ci]);
  }
  return kcg_equ;
}