ReinitDesignerVariables

void __cdecl ReinitDesignerVariables(AI_tdstMind_ *mind)
{
  AI_tdstMind_ *mind_; // ebp@1
  dsgMem *dsgMem; // eax@2
  int memBuffer; // ecx@3
  int memBufferInitial; // eax@3
  struct_AIModel *aiModel; // edx@6
  int offset; // esi@7
  struct_dsgVarInfo *dsgVarInfo; // ecx@7
  int type; // edi@7
  int offset_; // ebx@8
  unsigned int size; // eax@9
  int memBufferInitial_; // [sp+10h] [bp-8h]@4
  int memBuffer_; // [sp+14h] [bp-4h]@3
  unsigned __int8 counter; // [sp+1Ch] [bp+4h]@6

  mind_ = mind;
  if ( mind )
  {
    dsgMem = mind->dsgMem;
    if ( dsgMem )
    {
      memBuffer = dsgMem->memBuffer;
      memBufferInitial = dsgMem->memBufferInitial;
      memBuffer_ = memBuffer;
      memBufferInitial_ = memBufferInitial ? memBufferInitial : mind->aiModel->dsgVar->dsgMemBuffer;
      aiModel = mind->aiModel;
      counter = 0;
      if ( LOBYTE(aiModel->dsgVar->amountOfInfos) )
      {
        do
        {
          offset = counter;
          dsgVarInfo = (*mind_->dsgMem->dsgVar)->dsgVarInfo;
          type = dsgVarInfo[offset].type;
          if ( dsgVarInfo[offset].initType )
          {
            offset_ = dsgVarInfo[offset].offset;// offset = offset in membuffer
            if ( fn_getDsgVarType(type) == 41 )
            {
              size = fn_ulSizeOfDsgVar(
                       type,
                       *(_BYTE *)((*mind_->dsgMem->dsgVar)->dsgVarInfo[offset].offset
                                + mind_->aiModel->dsgVar->dsgMemBuffer
                                + 4));
            }
            else
            {
              size = fn_ulSizeOfDsgVar(type, 0);
            }
            qmemcpy((void *)(offset_ + memBuffer_), (const void *)(offset_ + memBufferInitial_), size);
          }
          ++counter;
        }
        while ( counter < LOBYTE(mind_->aiModel->dsgVar->amountOfInfos) );
      }
    }
  }
}