private void TGMockDataGenerator()
{
var TGDataRow = new TGData();
var Rand = new Random((int)DateTime.Now.Ticks);
// Generate Randome Data 30%
if (Rand.Next(1, 101) < 30)
{
TGDataRow.PoorSignal = Rand.Next(0, 30);
}
if (Rand.Next(1, 101) < 30)
{
TGDataRow.Attention = Rand.Next(0, 101);
}
if (Rand.Next(1, 101) < 30)
{
TGDataRow.Meditation = Rand.Next(0, 101);
}
// Generate Randome Data 10%
if (Rand.Next(1, 101) < 10)
{
TGDataRow.BlinkStrength = Rand.Next(0, 256);
}
if (Rand.Next(1, 101) < 10)
{
TGDataRow.TaskFamiliarity = Rand.Next(-1000, 0);
}
if (Rand.Next(1, 101) < 10)
{
TGDataRow.TaskDifficulty = Rand.Next(0, 1000);
}
if (Rand.Next(1, 101) < 10)
{
TGDataRow.MentalEffort = Rand.Next(0, 1000);
}
// Generate Randome in every row
TGDataRow.EegPowerDelta = Rand.Next(0, 2000000);
TGDataRow.EegPowerTheta = Rand.Next(0, 1000000);
TGDataRow.EegPowerAlpha1 = Rand.Next(0, 200000);
TGDataRow.EegPowerAlpha2 = Rand.Next(0, 200000);
TGDataRow.EegPowerBeta1 = Rand.Next(0, 100000);
TGDataRow.EegPowerBeta2 = Rand.Next(0, 50000);
TGDataRow.EegPowerGamma1 = Rand.Next(0, 50000);
TGDataRow.EegPowerGamma2 = Rand.Next(0, 100000);
// Add TGDataRow to Queue
TGQueue.Enqueue(TGDataRow);
this.RefreshUI(TGDataRow);
}
/// <summary>
/// Refreshes the UI.
/// </summary>
/// <param name="currentTGData">The current tg data.</param>
private void RefreshUI(TGData currentTGData)
{
this.Dispatcher.Invoke(() =>
{
try
{
// Gauge Signal Quality
// هر هنگام که اطلاعات جدیدی بیاید مقدار را به روزآوری می کنیم
if (currentTGData.PoorSignal != -1)
{
var SignalQuality = Math.Round((200D - currentTGData.PoorSignal) / 2D, 1);
if (SignalQuality < 0)
{
SignalQuality = 0;
}
GaugeSignal.Value = SignalQuality;
TGLatestData.PoorSignal = currentTGData.PoorSignal;
}
// Gauge ATTENTION/MEDITATION
if (currentTGData.Attention != -1)
{
GaugeAttention.Value = TGLatestData.Attention = currentTGData.Attention;
}
if (currentTGData.Meditation != -1)
{
GaugeMeditation.Value = TGLatestData.Meditation = currentTGData.Meditation;
}
// AngularGauges: BlinkStrength
if (currentTGData.BlinkStrength != -1)
{
GaugeBlinkStrength.Value = (currentTGData.BlinkStrength / 255D * 100D);
GaugeBlinkStrength.Tag = _RESET_WAITING_STEPS;
TGLatestData.BlinkStrength = currentTGData.BlinkStrength;
}
if (GaugeBlinkStrength.Tag != null)
{
var CleanTime = (int)GaugeBlinkStrength.Tag - 1;
if (CleanTime == 0)
{
GaugeBlinkStrength.Tag = null;
GaugeBlinkStrength.Value = 0;
GaugeBlinkStrength.NeedleFill = Brushes.Black;
}
else
{
GaugeBlinkStrength.Tag = CleanTime;
GaugeBlinkStrength.NeedleFill = Brushes.Gold;
}
}
// AngularGauges: TaskFamiliarity
if (currentTGData.TaskFamiliarity != 0)
{
GaugeTaskFamiliarity.Value = currentTGData.TaskFamiliarity;
GaugeTaskFamiliarity.Tag = _RESET_WAITING_STEPS;
TGLatestData.TaskFamiliarity = currentTGData.TaskFamiliarity;
}
if (GaugeTaskFamiliarity.Tag != null)
{
var CleanTime = (int)GaugeTaskFamiliarity.Tag - 1;
if (CleanTime == 0)
{
GaugeTaskFamiliarity.Tag = null;
GaugeTaskFamiliarity.Value = 0;
GaugeTaskFamiliarity.NeedleFill = Brushes.Black;
}
else
{
GaugeTaskFamiliarity.Tag = CleanTime;
GaugeTaskFamiliarity.NeedleFill = Brushes.Gold;
}
}
// AngularGauges: MentalEffort
if (currentTGData.MentalEffort != 0)
{
GaugeMentalEffort.Value = currentTGData.MentalEffort;
GaugeMentalEffort.Tag = _RESET_WAITING_STEPS;
TGLatestData.MentalEffort = currentTGData.MentalEffort;
}
if (GaugeMentalEffort.Tag != null)
{
var CleanTime = (int)GaugeMentalEffort.Tag - 1;
if (CleanTime == 0)
{
GaugeMentalEffort.Tag = null;
GaugeMentalEffort.Value = 0;
GaugeMentalEffort.NeedleFill = Brushes.Black;
}
else
{
GaugeMentalEffort.Tag = CleanTime;
GaugeMentalEffort.NeedleFill = Brushes.Gold;
}
}
// Chart Data / EEG Data
// اطلاعات را ابتدا تبدیل به ساختارهای مناسب برای چارت کرده و سپس آن را یکجا به روزآوری می کنیم
if (currentTGData.EegPowerDelta != 0)
{
var ListLineSeries = new List <LineSeries>();
ListLineSeries.Add(new LineSeries()
{
Title = "Delta Power", Values = new ChartValues <double>(TGQueue.Select(q => q.EegPowerDelta).ToArray()), PointGeometry = null,
});
ListLineSeries.Add(new LineSeries()
{
Title = "Theta Power", Values = new ChartValues <double>(TGQueue.Select(q => q.EegPowerTheta).ToArray()), PointGeometry = null,
});
ListLineSeries.Add(new LineSeries()
{
Title = "Low Alpha Power", Values = new ChartValues <double>(TGQueue.Select(q => q.EegPowerAlpha1).ToArray()), PointGeometry = null,
});
ListLineSeries.Add(new LineSeries()
{
Title = "High Alpha Power", Values = new ChartValues <double>(TGQueue.Select(q => q.EegPowerAlpha2).ToArray()), PointGeometry = null,
});
ListLineSeries.Add(new LineSeries()
{
Title = "Low Beta Power", Values = new ChartValues <double>(TGQueue.Select(q => q.EegPowerBeta1).ToArray()), PointGeometry = null,
});
ListLineSeries.Add(new LineSeries()
{
Title = "High Beta Power", Values = new ChartValues <double>(TGQueue.Select(q => q.EegPowerBeta2).ToArray()), PointGeometry = null,
});
ListLineSeries.Add(new LineSeries()
{
Title = "Low Gamma Power", Values = new ChartValues <double>(TGQueue.Select(q => q.EegPowerGamma1).ToArray()), PointGeometry = null,
});
ListLineSeries.Add(new LineSeries()
{
Title = "High Gamma Power", Values = new ChartValues <double>(TGQueue.Select(q => q.EegPowerGamma2).ToArray()), PointGeometry = null,
});
var TGChartSeriesCollection = new SeriesCollection();
TGChartSeriesCollection.AddRange(ListLineSeries);
this.CartesianChartWaves.AxisX[0].Labels = TGQueue.Select(q => q.TimeStamp.ToString()).ToArray();
this.CartesianChartWaves.AxisY[0].LabelFormatter = value => value.ToString("N0");
this.CartesianChartWaves.Series = TGChartSeriesCollection;
// به روزآوری اطلاعات
TGLatestData.EegPowerDelta = currentTGData.EegPowerDelta;
TGLatestData.EegPowerTheta = currentTGData.EegPowerTheta;
TGLatestData.EegPowerAlpha1 = currentTGData.EegPowerAlpha1;
TGLatestData.EegPowerAlpha2 = currentTGData.EegPowerAlpha2;
TGLatestData.EegPowerBeta1 = currentTGData.EegPowerBeta1;
TGLatestData.EegPowerBeta2 = currentTGData.EegPowerBeta2;
TGLatestData.EegPowerGamma1 = currentTGData.EegPowerGamma1;
TGLatestData.EegPowerGamma2 = currentTGData.EegPowerGamma2;
}
// اطلاعاتی که در مورد اقدامی انجام نشده است
if (currentTGData.TaskDifficulty != 0)
{
TGLatestData.TaskDifficulty = currentTGData.TaskDifficulty;
}
if (currentTGData.RawCh1 != 0)
{
TGLatestData.RawCh1 = currentTGData.RawCh1;
}
if (currentTGData.RawCh2 != 0)
{
TGLatestData.RawCh2 = currentTGData.RawCh2;
}
if (currentTGData.RawCh3 != 0)
{
TGLatestData.RawCh3 = currentTGData.RawCh3;
}
if (currentTGData.RawCh4 != 0)
{
TGLatestData.RawCh4 = currentTGData.RawCh4;
}
if (currentTGData.RawCh5 != 0)
{
TGLatestData.RawCh5 = currentTGData.RawCh5;
}
if (currentTGData.RawCh6 != 0)
{
TGLatestData.RawCh6 = currentTGData.RawCh6;
}
if (currentTGData.RawCh7 != 0)
{
TGLatestData.RawCh7 = currentTGData.RawCh7;
}
if (currentTGData.RawCh8 != 0)
{
TGLatestData.RawCh8 = currentTGData.RawCh8;
}
if (currentTGData.MSG_ERR_CFG_OVERRIDE != 0)
{
TGLatestData.MSG_ERR_CFG_OVERRIDE = currentTGData.MSG_ERR_CFG_OVERRIDE;
}
if (currentTGData.MSG_ERR_NOT_PROVISIONED != 0)
{
TGLatestData.MSG_ERR_NOT_PROVISIONED = currentTGData.MSG_ERR_NOT_PROVISIONED;
}
if (currentTGData.MSG_MODEL_IDENTIFIED != 0)
{
TGLatestData.MSG_MODEL_IDENTIFIED = currentTGData.MSG_MODEL_IDENTIFIED;
}
if (currentTGData.RespiratoryRate != 0)
{
TGLatestData.RespiratoryRate = currentTGData.TaskDifficulty;
}
if (currentTGData.Positivity)
{
TGLatestData.Positivity = currentTGData.Positivity;
}
// Update TextLog | نمایش متنی
var TextLog = new StringBuilder();
TextLog.AppendLine("آخرین اطلاعات دریافتی");
typeof(TGData).GetProperties().ToList().ForEach(p => TextLog.AppendLine($"{p.Name}: {(p.GetValue(this.TGLatestData)?.ToString() ?? "null")}"));
this.TextBlockLog.Text = TextLog.ToString();
}
catch (Exception ex)
{
this.LogAdd("Exception: RefreshUI");
this.LogAdd(ex.Message);
}
}, DispatcherPriority.ContextIdle);
}
private void TGConnector_DataReceived(object sender, EventArgs e)
{
Device device = (Device)sender;
// Parse Data #1
var TGParser = new TGParser();
TGParser.Read((e as Device.DataEventArgs).DataRowArray);
// Parse Data #2
var TGDataRow = new TGData();
var TGDataProperties = typeof(TGData).GetProperties();
for (int i = 0; i < TGParser.ParsedData.Length; i++)
{
foreach (var Key in TGParser.ParsedData[i].Keys)
{
if (Key == "Time")
{
continue;
}
if (Key == "Raw")
{
continue;
}
var PropertyInfo = TGDataProperties.Where(prop => prop.Name == Key).FirstOrDefault();
if (PropertyInfo == null)
{
Debug.Assert(false, "اطلاعات به صورت کامل ترجمه نشده است");
continue;
}
PropertyInfo.SetValue(TGDataRow, TGParser.ParsedData[i][PropertyInfo.Name]);
// IMP: This algorithm is resource and computation intensive.
// If you need to run with the Debugger, be aware that this calculation may take many minutes to complete
// when the debugger is engaged. It will output its results only after its calculations are complete.
//
// If these methods are called before the MSG_MODEL_IDENTIFIED has been received,
// it is considered a request to be processed when the connected equipment is identified.
// It is possible to Enable this feature and later find that it is no longer enabled.
// Once the connected equipment has been identified, if the request is incompatible with the hardware
// or software it will be overridden and the MSG_ERR_CFG_OVERRIDE message sent to provide notification.
if (Key == "MSG_MODEL_IDENTIFIED")
{
LogAdd("MSG_MODEL_IDENTIFIED Recevied...");
TGConnector.setMentalEffortRunContinuous(true);
TGConnector.setMentalEffortEnable(true);
TGConnector.setTaskFamiliarityRunContinuous(true);
TGConnector.setTaskFamiliarityEnable(true);
TGConnector.setPositivityEnable(false);
// the following are included to demonstrate the overide messages
TGConnector.setRespirationRateEnable(true); // not allowed with EEG
TGConnector.setPositivityEnable(true); // not allowed when famil/diff are enabled
}
// If these methods are called before the MSG_MODEL_IDENTIFIED has been received,
// it is considered a request to be processed when the connected equipment is identified.
// It is possible to Enable this feature and later find that it is no longer enabled.
// Once the connected equipment has been identified, if the request is incompatible with the hardware
// or software it will be overridden and the MSG_ERR_CFG_OVERRIDE message sent to provide notification.
if (TGParser.ParsedData[i].ContainsKey("MSG_ERR_CFG_OVERRIDE"))
{
LogAdd($"ErrorConfigurationOverride: {TGParser.ParsedData[i]["MSG_ERR_CFG_OVERRIDE"]} Recevied...");
}
if (TGParser.ParsedData[i].ContainsKey("MSG_ERR_NOT_PROVISIONED"))
{
LogAdd($"ErrorModuleNotProvisioned: {TGParser.ParsedData[i]["MSG_ERR_NOT_PROVISIONED"]} Recevied...");
}
}
}
// Add TGDataRow to Queue
if (TGDataRow.EegPowerDelta != 0)
{
TGQueue.Enqueue(TGDataRow);
}
this.RefreshUI(TGDataRow);
}
