public static double ConvertToGs(this int value, InformationHolder.GainType gain)
{
// ADC Value
var vADC = AppSettings.LSBValue * value;
// gF Value
double gfValue = double.MinValue;
switch (gain)
{
case InformationHolder.GainType.HighGain:
gfValue = AppSettings.HighGain;
break;
default: // Default case should never be hit
throw new ArgumentNullException();
case InformationHolder.GainType.LowGain:
gfValue = AppSettings.LowGain;
break;
}
// VSensor
var vSensor = vADC / gfValue / (AppSettings.SensorCapacitance / AppSettings.FeedbackCapacitance);
// gADC
//var gADC = vSensor / AppSettings.SensorSensitivity;
var gADC = vSensor;
return gADC;
}
public static InformationHolder LowGainContainer()
{
if (lowGainSingleton == null)
{
lowGainSingleton = new InformationHolder();
lowGainSingleton.Gain = GainType.LowGain;
}
return lowGainSingleton;
}
private void saveFile(List<int> data, String filename, InformationHolder.GainType gain)
{
DockingAnalytics._xmlFile myFile = new DockingAnalytics._xmlFile(filename);
ArrayList zedDataArrayList = new ArrayList();
// TODO: For now, this is only adding the data that was collected by the recording to the file.
// This will break existing expected functionality with existing graph saves (They are expected to
// save all data points that are currently graphed).
// Probable solution: Separate save method for a graph without recorded data, and one for a graph with recorded data
foreach (int datapoint in data)
{
double val = datapoint.ConvertToGs(gain);
zedDataArrayList.Add(val);
}
//for (int i = 0; i < gp.ZedGraphControl.GraphPane.CurveList[Controller.graphCurveListIndex].Points.Count; i++)
//{
// zedDataArrayList.Add(gp.ZedGraphControl.GraphPane.CurveList[Controller.graphCurveListIndex].Points[i].Y);
//}
myFile.AddAccelerationValues(zedDataArrayList);
myFile.dsSentry_data.sampling_Freq = DockingAnalytics.GlobalVars.AccelFreq; ;
//myFile.dsSentry_data.accel_Vg_Calibration = DockingAnalytics.GlobalVars.AccelYScale;
myFile.dsSentry_data.offset_Calibration = 1;
//myFile.dsSentry_data.max_Freq_Res = DockingAnalytics.GlobalVars.MaxResFreq;
//myFile.dsSentry_data.settings_Timestamp_Created = tss;
//myFile.dsSentry_data.settings_Timestamp_LastEdit = DateTime.Now;
//USB ADC Capture Write
myFile.dsSentry_data.capture_type = "Manual";
//myFile.dsSentry_data.node_Serial = GetAlphaNum();
myFile.dsSentry_data.node_Serial = "12345";
//myFile.dsSentry_data.gateway_Serial = GetAlphaNum();
myFile.dsSentry_data.manufacturer_Name = "ADVIS";
myFile.dsSentry_data.owner_Name = "Company ABC";
myFile.dsSentry_data.location_Name_1 = "Factory A";
//myFile.dsSentry_data.timestamp_Start = tss;
myFile.dsSentry_data.timestamp_End = DateTime.Now;
myFile.XmlWrite();
}
public static InformationHolder HighGainContainer()
{
if (highGainSingleton == null)
{
highGainSingleton = new InformationHolder();
highGainSingleton.Gain = GainType.HighGain;
}
return highGainSingleton;
}
