private void UpdatePressureSensorCalibrationBias(object parameter)
{
var result = MessageBox.Show("Confirm calibrate action?", "Confirm Action", MessageBoxButton.OKCancel, MessageBoxImage.Warning);
if (result != MessageBoxResult.Cancel)
{
PressureSensorArduinoControl = new PressureSensorArduinoControl();
double[][] pressureSensorVoltageValues = PressureSensorArduinoControl.ReadPressureSensorVoltages(NumberOfAveragedPressureSensorSamples);
//double[][] pressureSensorVoltageValues = ReadCalibrationDataFromFile.ObtainCalibrationDataFromTextFile("NeuroMatDummyRun.txt"); Used to test
double[][] pressureSensorResistanceValuesFromCal = new double[8][];
for (int i = 0; i < 8; i++)
{
double[] columnPressureSensorResistanceValues = new double[13];
for (int j = 0; j < 13; j++)
{
columnPressureSensorResistanceValues[j] = ConvertVoltageSensorReadingToResistance(pressureSensorVoltageValues[i][j]);
}
pressureSensorResistanceValuesFromCal[i] = columnPressureSensorResistanceValues;
}
PressureSensorCalibrationBias = pressureSensorResistanceValuesFromCal;
double[][] pressureSensorForceValues = ConvertPressureSensorVoltageToEquivalentForce(pressureSensorVoltageValues);
double[][] filteredPressureSensorForceValues = NormFilterSensorForceValues(pressureSensorForceValues);
GeneratePressureSensorObject(filteredPressureSensorForceValues);
}
}
private void PerformPressureMapping(object parameter, int numberOfAveragedPressureSensorSamples, bool isRealTime)
{
PressureSensorArduinoControl = new PressureSensorArduinoControl();
testingWatch.Start();
double[][] pressureSensorVoltageValues = PressureSensorArduinoControl.ReadPressureSensorVoltages(numberOfAveragedPressureSensorSamples);
//double[][] pressureSensorVoltageValues = PressureSensorArduinoControl.ReadPressureSensorVoltages(2);
double[][] pressureSensorForceValues = ConvertPressureSensorVoltageToEquivalentForce(pressureSensorVoltageValues);
double[][] filteredPressureSensorForceValues = NormFilterSensorForceValues(pressureSensorForceValues);
GeneratePressureSensorObject(filteredPressureSensorForceValues);
testingWatch.Stop();
string length = testingWatch.ElapsedMilliseconds.ToString();
Debug.WriteLine("Time =");
Debug.WriteLine(length);
}
private void PerformNCVDemo(object parameter)
{
var result = MessageBox.Show("Confirm NCV test action?", "Confirm Action", MessageBoxButton.OKCancel, MessageBoxImage.Warning);
if (result != MessageBoxResult.Cancel)
{
PressureSensorArduinoControl = new PressureSensorArduinoControl();
PressureSensorArduinoControl.RunNcvLedSequence(0);
Thread.Sleep(500);
PressureSensorArduinoControl = new PressureSensorArduinoControl();
PressureSensorArduinoControl.RunNcvLedSequence(1);
EnableUiParameters.LeftNCVTestResults = "32";
EnableUiParameters.RightNCVTestResults = "63";
LeftNCVTestResults.First(o => o.Name == "T5").NcvValue = EnableUiParameters.LeftNCVTestResults;
RightNCVTestResults.First(o => o.Name == "T5").NcvValue = EnableUiParameters.RightNCVTestResults;
}
}
private void PerformPressureMapping(object parameter, int numberOfAveragedPressureSensorSamples)
{
var result = MessageBox.Show("Confirm pressure mapping action?", "Confirm Action", MessageBoxButton.OKCancel, MessageBoxImage.Warning);
if (result != MessageBoxResult.Cancel)
{
PressureSensorArduinoControl = new PressureSensorArduinoControl();
testingWatch.Start();
double[][] pressureSensorVoltageValues = PressureSensorArduinoControl.ReadPressureSensorVoltages(numberOfAveragedPressureSensorSamples);
//double[][] pressureSensorVoltageValues = PressureSensorArduinoControl.ReadPressureSensorVoltages(2);
double[][] pressureSensorForceValues = ConvertPressureSensorVoltageToEquivalentForce(pressureSensorVoltageValues);
double[][] filteredPressureSensorForceValues = NormFilterSensorForceValues(pressureSensorForceValues);
GeneratePressureSensorObject(filteredPressureSensorForceValues);
testingWatch.Stop();
string length = testingWatch.ElapsedMilliseconds.ToString();
Debug.WriteLine("Time =");
Debug.WriteLine(length);
}
}
