public eReturn ParseAndPackRecodedData(byte[] buffer, DeviceData recordedData)
{
eReturn eReturn;
if (buffer.Length != 6)
{
eReturn = eReturn.BUFFER_LENGTH_NOT_PROPER;
}
else
{
byte[] parseByte1 = new byte[2]
{
buffer[0],
buffer[1]
};
byte[] parseByte2 = new byte[2]
{
buffer[1],
buffer[2]
};
byte[] parseByte3 = new byte[2]
{
buffer[3],
buffer[4]
};
byte[] parseByte4 = new byte[2]
{
buffer[4],
buffer[5]
};
byte parseByte5 = buffer[5];
CalibrationInformation calibrationInformation = new CalibrationInformation();
calibrationInformation.Xgain = recordedData.ObjCalibInfo.Xgain;
calibrationInformation.Xoffset = recordedData.ObjCalibInfo.Xoffset;
calibrationInformation.Ygain = recordedData.ObjCalibInfo.Ygain;
calibrationInformation.Yoffset = recordedData.ObjCalibInfo.Yoffset;
calibrationInformation.Zgain = recordedData.ObjCalibInfo.Zgain;
calibrationInformation.Zoffset = recordedData.ObjCalibInfo.Zoffset;
calibrationInformation.Volts = recordedData.ObjCalibInfo.Volts;
calibrationInformation.Lux = recordedData.ObjCalibInfo.Lux;
float accXaxis = (float)this.ParseAccXaxis(parseByte1);
float accYaxis = (float)this.ParseAccYaxis(parseByte2);
float accZaxis = (float)this.ParseAccZaxis(parseByte3);
ushort lightMeter = this.ParseLightMeter(parseByte4);
string buttonStatus = this.ParseButtonStatus(parseByte5);
float num1 = recordedData.CalibrateXAxis(accXaxis);
recordedData.ObjRecordedData.ArrXaxis.Add(num1);
float num2 = recordedData.CalibrateYAxis(accYaxis);
recordedData.ObjRecordedData.ArrYaxis.Add(num2);
float num3 = recordedData.CalibrateZAxis(accZaxis);
recordedData.ObjRecordedData.ArrZaxis.Add(num3);
ushort num4 = (int)calibrationInformation.Volts != 0 ? (ushort)((uint)lightMeter * (uint)calibrationInformation.Lux / (uint)calibrationInformation.Volts) : (ushort)0;
recordedData.ObjRecordedData.ArrLightMeter.Add(num4);
recordedData.ObjRecordedData.ArrButtonStatus.Add(buttonStatus);
eReturn = eReturn.SUCCESS;
}
return(eReturn);
}
public DeviceData()
{
this.m_ObjDeviceInfo = new DeviceSettingsInfo();
//this.m_ObjSubjectInfo = new SubjectInfo();
//this.m_ObjTrialInfo = new TrialInfo();
this.m_ObjRecordedData = new RecordedData();
this.m_ObjCalibInfo = new CalibrationInformation();
this.m_ObjDeviceStatusInfo = new DeviceStatusInfo();
}
public eReturn ParseAndPackGetCalibInfo(byte[] buffer, CalibrationInformation calib)
{
if (buffer.Length != 28)
{
return(eReturn.BUFFER_LENGTH_NOT_PROPER);
}
byte[] numArray1 = new byte[2] {
buffer[1], buffer[0]
};
byte[] numArray2 = new byte[2] {
buffer[3], buffer[2]
};
byte[] numArray3 = new byte[2] {
buffer[5], buffer[4]
};
byte[] numArray4 = new byte[2] {
buffer[7], buffer[6]
};
byte[] numArray5 = new byte[2] {
buffer[9], buffer[8]
};
byte[] numArray6 = new byte[2]
{
buffer[11],
buffer[10]
};
byte[] numArray7 = new byte[2]
{
buffer[13],
buffer[12]
};
byte[] numArray8 = new byte[2]
{
buffer[15],
buffer[14]
};
byte[] numArray9 = new byte[2]
{
buffer[17],
buffer[16]
};
byte[] bytes = new byte[10];
for (int index = 0; index < 10; ++index)
{
bytes[index] = buffer[index + 18];
}
try
{
calib.Xgain = BitConverter.ToInt16(numArray1, 0);
Console.WriteLine("XGAIN" + calib.Xgain);
calib.Xoffset = BitConverter.ToInt16(numArray2, 0);
calib.Ygain = BitConverter.ToInt16(numArray3, 0);
calib.Yoffset = BitConverter.ToInt16(numArray4, 0);
calib.Zgain = BitConverter.ToInt16(numArray5, 0);
calib.Zoffset = BitConverter.ToInt16(numArray6, 0);
calib.Volts = BitConverter.ToInt16(numArray7, 0);
calib.Lux = BitConverter.ToInt16(numArray8, 0);
calib.ClockOffset = BitConverter.ToInt16(numArray9, 0);
calib.DeviceElectronicID = Encoding.ASCII.GetString(bytes);
return(eReturn.SUCCESS);
}
catch
{
return(eReturn.FAILURE);
}
}