/// <summary>
/// Converts data to string of Comma Separated Variables.
/// </summary>
/// <returns>
/// CSV text line.
/// </returns>
public string ConvertToCSVstring()
{
return(BatteryVoltage.ToString(CultureInfo.InvariantCulture) + "," + Thermometer.ToString(CultureInfo.InvariantCulture));
}
/// <summary>
/// Converts data to string of Comma Separated Variables.
/// </summary>
/// <returns>
/// CSV text line.
/// </returns>
public string ConvertToCSVstring()
{
return(BatteryVoltage.ToString() + "," + Thermometer.ToString());
}
public void DataReceiveHandler(object sender, SerialDataReceivedEventArgs e)
{
/*
* Q1 Command
* (000.8 160.0 230.1 009 50.0 2.22 32.1 10000001 (batt mode)
* (214.3 110.0 214.1 009 50.0 2.12 32.0 00100001 (power mode with eco bypass)
* (212.6 110.0 229.7 008 49.9 2.22 32.4 00000001 (power mode normal)
*
* F Command
#230.0 008 048.0 50.0
*
* I Command
#Ablerex RS-RT 2000 AS041811
*/
SerialPort sp = (SerialPort)sender;
string indata = sp.ReadLine();
Console.WriteLine(indata); //for debug
double BatVal;
bool upsType = false;
if (indata.Substring(0, 1) == "#")
{
indata = indata.Substring(1);
if (indata.Contains("Ablerex") || indata.Contains("ABLEREX")) //I Command
{
string[] ModelInfo = indata.Split(' ');
Brand = ModelInfo[0];
Model = ModelInfo[9] + " " + ModelInfo[10];
FirmwareVersion = ModelInfo[11];
}
else //F Command
{
string[] ratedInfo = indata.Split(' ');
RatedVoltage = (float)Convert.ToDouble(ratedInfo[0]);
RatedCurrent = Convert.ToInt32(ratedInfo[1]);
BatteryVoltage = (float)Convert.ToDouble(ratedInfo[2]);
RatedFrequency = (float)Convert.ToDouble(ratedInfo[3]);
}
}
else if (indata.Substring(0, 1) == "(") //Q1 Command
{
indata = indata.Substring(1);
RawData = indata;
string[] upsState = indata.Split(' ');
InputVoltage = (float)Convert.ToDouble(upsState[0]);
OutputVoltage = (float)Convert.ToDouble(upsState[2]);
UPSLoad = Convert.ToInt32(upsState[3]);
UPSLoadAmp = (Convert.ToDouble(UPSLoad) / Convert.ToDouble(100.0)) * RatedCurrent;
UPSLoadWatt = (float)Convert.ToDouble(OutputVoltage * UPSLoadAmp);
InputFrequency = (float)Convert.ToDouble(upsState[4]);
Temperature = (float)Convert.ToDouble(upsState[6]);
//UPS Battery Capacity
StatusFlag = upsState[7];
BatVal = Convert.ToDouble(upsState[5]);
if (Convert.ToInt16(RawData.Substring(42, 1)) == 0)
{
upsType = false;
}
else if (Convert.ToInt16(RawData.Substring(42, 1)) == 1)
{
upsType = true;
}
//BatteryVoltage
BatteryPercent = CalCapacity(upsType, BatVal.ToString(), BatteryVoltage.ToString());
}
else if (indata.Substring(0, 5) == "M02.0" || indata.Substring(0, 5) == "M00.0") //Q3 Command
{
indata = indata.Substring(5);
DisplaySystem = Convert.ToInt32(indata.Substring(0, 1)); //Display System
VoltageOutput = Convert.ToInt32(indata.Substring(1, 1)); //Vout
UPSMode = Convert.ToInt32(indata.Substring(4, 1)); //UPS Mode
FineTuning = Convert.ToInt32(indata.Substring(7, 1)); //Fine Tuning
BypassWindow = Convert.ToInt32(indata.Substring(8, 1)); //Bypass Window
Synchronization = Convert.ToInt32(indata.Substring(9, 1)); //Synchronization
Q3DataAvaiable = true;
}
}
