C++ (Cpp) SetParamValues Beispiele

Beispiel #1

Datei: BratAlgorithmGeosVelAtp.cpp Projekt: adakite/main

//----------------------------------------
double CBratAlgorithmGeosVelAtp::Run(CVectorBratAlgorithmParam& args)
{
    int32_t iRecord = m_callerProduct->GetCurrentRecordNumber();

    if (iRecord == m_callerProductRecordPrev)
    {
        // Do nothing: data have been already computed
        return m_velocity;
    }

    // Gets the next record regarding to the current product record.
    // and save previous values.
    this->GetNextData();

    SetParamValues(args);

    SetGap();

    SetEquatorTransition();

    ComputeCoriolis();


    // Compute geostrophic velocity.
    ComputeVelocity();

    m_callerProductRecordPrev = iRecord;


    return m_velocity;
}

Beispiel #2

Datei: BratAlgoFilterLoess2D.cpp Projekt: BRAT-DEV/main

//----------------------------------------
double CBratAlgoFilterLoess2D::Run(CVectorBratAlgorithmParam& args)
{

  int32_t iRecord = m_callerProduct->GetCurrentRecordNumber();

  if (iRecord == m_callerProductRecordPrev)
  {
    // Do nothing: data have been already computed
    return m_loess;
  }

  m_varValueArray = NULL;

  setDefaultValue(m_loess);

  OpenProductFile();
  
  SetParamValues(args);

  if (GetDataWindowSize() < 1)
  {

    PrepareReturn();
    return m_loess;
  }

  if (GetDataWindowSize() == 1)
  {
    m_loess = m_varValue;
    PrepareReturn();
    return m_loess;
  }

  if ( m_varValueArray == NULL)
  {
    ComputeSingle();
  }
  else
  {
    ComputeMean();
  }


  PrepareReturn();

  return m_loess;

}

Beispiel #3

Datei: BratAlgoFilterGaussian1D.cpp Projekt: BRAT-DEV/main

//----------------------------------------
double CBratAlgoFilterGaussian1D::Run(CVectorBratAlgorithmParam& args)
{
  int32_t iRecord = m_callerProduct->GetCurrentRecordNumber();

  if (iRecord == m_callerProductRecordPrev)
  {
    // Do nothing: data have been already computed
    return m_gaussian;
  }

  setDefaultValue(m_gaussian);
  
  OpenProductFile();

  // Gets the next record regarding to the current product record.
  // and save previous values.
  //this->GetNextData();

  // Get current parameter values (included expression value)
  SetParamValues(args);

  //// Set only the first value, others values will be stored in the 'SetNextValues'
  //if (m_rawDataWindow.size() <= 0)
  //{
  //  m_rawDataWindow.Insert(m_varValue);
  //}


  if (m_dataWindowLength > static_cast<uint32_t>(m_nProductRecords))
  {
    throw CAlgorithmException(CTools::Format("'%s' algorithm can't be applied because the window size parameter (%d) is greater than the number of data values (%d) within the data file (%s). "
                                             "You have to decrease the window size parameter", 
                                              this->GetName().c_str(), m_dataWindowLength, m_nProductRecords, m_currentFileName.c_str()),
                              this->GetName(), BRATHL_LOGIC_ERROR);
  }

  if (m_dataWindowLength < 1)
  {
    PrepareReturn();
    return m_gaussian;
  }

  if (m_dataWindowLength == 1)
  {
    m_gaussian = m_varValue;
    PrepareReturn();
    return m_varValue;
  }

  // If 'default value' and no extrapolation then returns
  if (isDefaultValue(m_varValue) && (m_extrapolate == 0))
  {
    PrepareReturn();
    return m_gaussian;
  }

  uint32_t shiftSymmetry = 1;
  
  PrepareDataValues1D(shiftSymmetry);

  ComputeGaussian();

  PrepareReturn();

  return m_gaussian;
}

Beispiel #4

Datei: ImportBatch.cpp Projekt: ArsalanYaqoob/sqlyog-community

wyBool 
ImportBatch::ExecuteBatch()
{
	wyString        msg;
	wyUInt32		timetaken;
	wyUInt32		thdid;
	HANDLE			impthd = NULL;
	ImportFromSQL	import;

	MDIWindow		*wnd = NULL;
    
	IMPORTBATCH		evt = {0};
	IMPORTPARAM		param = {0};

//	DEBUG_ENTER ( "Executebatch" );

	VERIFY(wnd = GetActiveWin());

	/* set the yogimport and importparam values */
	SetImportValues(&import);
	SetParamValues(&param);

	/* set initial progress bar values */
	if(!(param.m_totalfilesize = SetInitProgressValues()))
    {
        ShowEmptyFileError(&param);
        return wyFalse;
	}

	param.m_count = 0;
	
	/* disable the button and other windows */
	EnableDlgWindows(wyFalse);
	EnableWindow(GetDlgItem(m_hwnd, IDDONE ), false);

	SetFocus(GetDlgItem(m_hwnd, IDC_PROGRESS));
	/* change text of the ok button */
	ChangeOKButtonText(_(L"S&top"));

	VERIFY(evt.m_impevent	= CreateEvent(NULL, TRUE, FALSE, NULL));
	evt.m_import		= &import;
	evt.m_lpParam		= &param;
	evt.m_stopquery	= (wyBool*)&m_stopimport;
	evt.wnd = wnd;

//	DEBUG_LOG("%u - created", &evt.m_impevent);

	timetaken = GetTickCount();
	m_importing = wyTrue;
//	DEBUG_LOG("Creating thread");
	impthd = (HANDLE)_beginthreadex(NULL, 0, ImportBatch::ImportThread, &evt, 0, &thdid);

	if(!impthd)
    	goto cleanup;

	/* handle all other GUI messages and all in the main thread */
//	DEBUG_LOG("Handling messages");
	HandleMsgs(evt.m_impevent, wyFalse);
	timetaken = GetTickCount() - timetaken;
	VERIFY(CloseHandle(evt.m_impevent));
	VERIFY(CloseHandle(impthd));
    ImportConclude(&evt, &param);
    return wyTrue;

cleanup:
	if(evt.m_impevent)
		VERIFY(CloseHandle(evt.m_impevent));

	if(impthd)
		VERIFY(CloseHandle(impthd));

	m_importing = m_stopimport = wyFalse;
	EnableDlgWindows(wyTrue);
	ChangeOKButtonText(_(L"&Execute"));
	return wyFalse;
}