public ArduinoPlotter(ref Chart chart, ref Label _lblBufferStatus)
{
chartHandler = new ChartHandler(ref chart, 5000);
chartHandler.ConfigureChart("Leituras", "Arduino Plotter", "Pontos", "Valores");
arduinoHandler = new ArduinoHandler();
dataconsumer = new ThreadHandler(() => {
if (arduinoHandler.dataWaiting)
{
chartHandler.AddYToBuffer(arduinoHandler.bufferAquisition.SecureDequeue() * 5 / 1024.0);
}
});
bufferLabelUpdater = new Timer();
lblBufferStatus = _lblBufferStatus;
bufferLabelUpdater.Interval = 50;
bufferLabelUpdater.Tick += bufferLabelUpdater_Tick;
}
public ArduinoPlotter(ref Chart chart, ref Label _lblBufferStatus)
{
chartHandler = new ChartHandler(ref chart, 5000); //para lidar com o chart
chartHandler.ConfigureChart("Leituras", "Arduino Plotter", "Pontos", "Valores"); //configurar o chart
arduinoHandler = new ArduinoHandler(); //para lidar com a aquisição de dados a partir do arduino
//thread para consumir os dados
dataconsumer = new ThreadHandler(() => {
if (arduinoHandler.dataWaiting)
{
chartHandler.AddYToBuffer(arduinoHandler.bufferAquisition.SecureDequeue() * 5 / 1024.0);
}
});
bufferLabelUpdater = new Timer(); //timer para atualizar a label
lblBufferStatus = _lblBufferStatus;
bufferLabelUpdater.Interval = 50; //intervalo de tempo para timer da label
bufferLabelUpdater.Tick += bufferLabelUpdater_Tick;
}