/// <summary>
/// Initialize the values.
/// </summary>
public HomeViewModel()
{
// Set the list
CommPortList = SerialOptions.PortOptions;
BaudRateList = SerialOptions.BaudRateOptions;
// Setup plot
VelPlot = new BinPlot3D();
VelPlot.CylinderRadius = 0;
VelPlot.ColormapBrushSelection = ColormapBrush.ColormapBrushEnum.Jet;
VelPlot.MinVelocity = Settings.Default.MinVelocity;
VelPlot.MaxVelocity = Settings.Default.MaxVelocity;
Legend = new ContourPlotLegendViewModel(VelPlot.ColormapBrushSelection, VelPlot.MinVelocity, VelPlot.MaxVelocity);
PlotSize = Settings.Default.PlotSize;
// Try to select any available comm ports
if (!string.IsNullOrEmpty(Settings.Default.AdcpCommPort))
{
_SelectedAdcpCommPort = Settings.Default.AdcpCommPort;
RaisePropertyChangedEventImmediately("SelectedAdcpCommPort");
}
else if (CommPortList.Count > 0)
{
_SelectedAdcpCommPort = CommPortList[0];
RaisePropertyChangedEventImmediately("SelectedAdcpCommPort");
}
// Output Serial Port
if (!string.IsNullOrEmpty(Settings.Default.OutputCommPort))
{
_SelectedOutputCommPort = Settings.Default.OutputCommPort;
RaisePropertyChangedEventImmediately("SelectedOutputCommPort");
}
else if (CommPortList.Count > 1)
{
_SelectedOutputCommPort = CommPortList[1];
RaisePropertyChangedEventImmediately("SelectedOutputCommPort");
}
// Get the latest baud rates
_SelectedAdcpBaudRate = Settings.Default.AdcpBaud;
_SelectedOutputBaudRate = Settings.Default.OutputBaud;
RaisePropertyChangedEventImmediately("SelectedAdcpBaudRate");
RaisePropertyChangedEventImmediately("SelectedOutputBaudRate");
// Create the Serial options
_adcpSerialOptions = new SerialOptions() { Port = SelectedAdcpCommPort, BaudRate = SelectedAdcpBaudRate };
_outputSerialOptions = new SerialOptions() { Port = _SelectedOutputCommPort, BaudRate = SelectedOutputBaudRate };
// Create codec to decode the data
// Subscribe to process event
_binaryCodec = new AdcpBinaryCodec();
_binaryCodec.ProcessDataEvent += new AdcpBinaryCodec.ProcessDataEventHandler(_binaryCodec_ProcessDataEvent);
// Initialize the list to accumulate a running average
_runningAvgBuffer = new List<AvgData>();
// Initialize output buffer
_outputBuffer = new AvgDataBuffer();
// Create the timer
CreateTimer();
// Try to connect the serial ports
ConnectAdcp();
ConnectOutputSerialPort();
// Settings ViewModel
SettingsVM = new SettingsViewModel(this);
}
/// <summary>
/// Initialize all the codecs.
/// </summary>
public AdcpCodec()
{
// Counters
_binaryCounter = 0;
_dvlCounter = 0;
_pd0Counter = 0;
_pd6_13Counter = 0;
_pd4_5Counter = 0;
// Binary Codecs
_binaryCodec = new AdcpBinaryCodec();
_binaryCodec.ProcessDataEvent += new AdcpBinaryCodec.ProcessDataEventHandler(_binaryCodec_ProcessDataEvent);
_binaryCodec.ProcessDataCompleteEvent += binaryCodec_ProcessDataCompleteEvent;
// DVL Codec
_dvlCodec = new AdcpDvlCodec();
_dvlCodec.ProcessDataEvent += new AdcpDvlCodec.ProcessDataEventHandler(_dvlCodec_ProcessDataEvent);
_dvlCodec.ProcessDataCompleteEvent += dvlCodec_ProcessDataCompleteEvent;
// PD0 Codec
_pd0Codec = new Pd0Codec();
_pd0Codec.ProcessDataEvent += new Pd0Codec.ProcessDataEventHandler(_pd0Codec_ProcessDataEvent);
_pd0Codec.ProcessDataCompleteEvent += pd0Codec_ProcessDataCompleteEvent;
// PD6 and PD13 Codec
_pd6_13Codec = new Pd6_13Codec();
_pd6_13Codec.ProcessDataEvent += new Pd6_13Codec.ProcessDataEventHandler(_pd6_13Codec_ProcessDataEvent);
_pd6_13Codec.ProcessDataCompleteEvent += pd6_13Codec_ProcessDataCompleteEvent;
// PD4 and PD5 Codec
_pd4_5Codec = new PD4_5Codec();
_pd4_5Codec.ProcessDataEvent += new PD4_5Codec.ProcessDataEventHandler(_pd4_5Codec_ProcessDataEvent);
_pd4_5Codec.ProcessDataCompleteEvent += pd4_5Codec_ProcessDataCompleteEvent;
}