/// <summary>
/// Здесь отсчеты идут эквидистантно с шагом x_step
/// </summary>
/// <param name="inputs">Количество входов</param>
/// <param name="x_step">шаг по х</param>
public ChartApplet(GraphBuilder gb, int inputs, double x_step)
: base(gb)
{
m_XStep = x_step;
Chart = new ChartPanel();
Chart.Dock = DockStyle.Fill;
Chart.Location = new Point(0, 0);
Random rnd_clr = new Random((int)DateTime.Now.Ticks);
for (int i = 0; i < inputs; i++)
{
Chart.Chart.SeriesList.Add(new LineSeries(Chart.Chart, "series" + i.ToString(),
Color.FromArgb(rnd_clr.Next(255), rnd_clr.Next(255), rnd_clr.Next(255)), 2.0f));
int index = i;
double x = 0.0;
InPin<double> pin = RegisterInputPin<double>("ChartInput" + i.ToString(), 1, 1);
pin.OnNewDataEnabled += new NewDataEnabled<double>(
delegate(IEnumerable<double> data)
{
LineSeries ls = (Chart.Chart.SeriesList[index] as LineSeries);
foreach (double y in data)
{
ls.AddPoint(x, y);
x += m_XStep;
}
Chart.Chart.AutoFit();
});
}
}
public DefectoscopeApplet(GraphBuilder gb, ChartPanel mainPanel, ChartPanel dipolePanel, ListBox dipoleList, Form defectoscopeForm)
: base(gb)
{
m_defectoscopeForm = defectoscopeForm;
m_mainChartPanel = mainPanel;
m_dipoleChartPanel = dipolePanel;
m_mainChartSeriesCh1 = new LineSeries(m_mainChartPanel.Chart, "1", Color.Red, 2.0f);
m_mainChartSeriesCh2 = new LineSeries(m_mainChartPanel.Chart, "2", Color.Green, 2.0f);
m_mainChartSeriesCh3 = new LineSeries(m_mainChartPanel.Chart, "3", Color.Blue, 2.0f);
m_dipoleChartSeriesCh1 = new LineSeries(m_dipoleChartPanel.Chart, "1", Color.Red, 2.0f);
m_dipoleChartSeriesCh2 = new LineSeries(m_dipoleChartPanel.Chart, "2", Color.Green, 2.0f);
m_dipoleChartSeriesCh3 = new LineSeries(m_dipoleChartPanel.Chart, "3", Color.Blue, 2.0f);
m_mainChartPanel.Chart.SeriesList.Add(m_mainChartSeriesCh1);
m_mainChartPanel.Chart.SeriesList.Add(m_mainChartSeriesCh2);
m_mainChartPanel.Chart.SeriesList.Add(m_mainChartSeriesCh3);
m_dipoleChartPanel.Chart.SeriesList.Add(m_dipoleChartSeriesCh1);
m_dipoleChartPanel.Chart.SeriesList.Add(m_dipoleChartSeriesCh2);
m_dipoleChartPanel.Chart.SeriesList.Add(m_dipoleChartSeriesCh3);
InPin<CHDSample> mainIn = RegisterInputPin<CHDSample>(1, kVisiblePoints);
mainIn.OnNewDataEnabled += new NewDataEnabled<CHDSample>(mainIn_OnNewDataEnabled);
InPin<CHDSample[]> subIn = RegisterInputPin<CHDSample[]>("SubInPin", 1, 1);
subIn.OnNewDataEnabled += new NewDataEnabled<CHDSample[]>(subIn_OnNewDataEnabled);
m_dipoleListBox = dipoleList;
m_dipoleListBox.SelectedIndexChanged += new EventHandler(dipoleList_SelectedIndexChanged);
}
public AdnsReader(GraphBuilder gb)
: base(gb)
{
InPin<byte[]> inputPin = RegisterInputPin<byte[]>(1, 1);
m_outPin = RegisterOutputPin<Bitmap>();
inputPin.OnNewDataEnabled += new NewDataEnabled<byte[]>(AppletEngine);
}
public mainForm(FTDI dev)
{
InitializeComponent();
m_graphBuilder = new GraphBuilder();
m_defectoscope = new CHDDriver(m_graphBuilder, dev, kDevice_Descriptor, 9600u);
m_defectoscopeCharts = new DefectoscopeApplet(m_graphBuilder, mainChartPanel, dipoleChartPanel, dipoleListBox, this);
m_graphBuilder.ConnectApplets(m_defectoscope, m_defectoscopeCharts);
}
public FTDIBulkDriver(GraphBuilder gb, FTDI device, string deviceDescriptor, uint baudRate)
: base(gb)
{
FTDI.FT_STATUS fs;
if (device != null)
{
m_device = device;
if ((fs = device.OpenBySerialNumber(deviceDescriptor)) != FTDI.FT_STATUS.FT_OK)
throw new Exception(string.Format("Невозможно открыть устройство. Устройство не готово. ({0})", fs));
if ((fs = device.SetBaudRate(baudRate)) != FTDI.FT_STATUS.FT_OK)
throw new Exception(string.Format("Устройство не поддерживает заданную скорость ({0})", fs));
m_outputPin = RegisterOutputPin<byte[]>("MainOutPin");
}
}
public mainForm(FTDI dev)
{
InitializeComponent();
m_graphBuilder = new GraphBuilder();
m_bulk = new FTDIBulkDriver(m_graphBuilder, dev, kDevice_Descriptor, 9600u);
m_reader = new AdnsReader(m_graphBuilder);
m_printer = new Printer(m_graphBuilder, Graphics.FromHwnd(Handle));
m_graphBuilder.ConnectApplets(m_bulk, m_reader);
m_graphBuilder.ConnectApplets(m_reader, m_printer);
m_bulk.start(900);
}
public AllanDetectorApplet(GraphBuilder gb, int windowLength, int subWindowLength, double threshold)
: base(gb)
{
m_threshold = threshold;
m_windowLength = windowLength;
m_subWindowLength = subWindowLength;
m_averageRange = m_windowLength - 2 * m_subWindowLength + 1;
if (m_averageRange < 0)
throw new Exception("Длина окна меньше двух интервалов усреднения");
c1 = new double[m_subWindowLength + m_averageRange + 1];
c2 = new double[m_subWindowLength + m_averageRange + 1];
c3 = new double[m_subWindowLength + m_averageRange + 1];
f1 = new double[m_subWindowLength + 1];
f2 = new double[m_subWindowLength + 1];
f3 = new double[m_subWindowLength + 1];
m_samples = new CHDSample[(m_windowLength - 1) / 2 + 1];
m_current = new List<CHDSample>();
InPin<CHDSample> inPin = RegisterInputPin<CHDSample>(1, windowLength);
inPin.OnNewDataEnabled += new NewDataEnabled<CHDSample>(inPin_OnNewDataEnabled);
m_outputPin = RegisterOutputPin<CHDSample[]>();
}
private int m_windowLength; //L
#endregion Fields
#region Constructors
//TODO: подобрать оптимальные начальные параметры!
public AllanDetectorApplet(GraphBuilder gb, double threshold)
: this(gb, 49, 3, threshold)
{
}