public RCLBLAReceivedEventArgs(uLBLBaseIDs bID, double bLat, double bLon, double bDpt, double bBat, uLBLPingerDataIDs pDataID, double pData, double toaSec)
{
BaseID = bID;
BaseLat = bLat;
BaseLon = bLon;
BaseDpt = bDpt;
BaseBat = bBat;
PingerDataID = pDataID;
PingerData = pData;
TOASecond = toaSec;
}
private void RC_LBLA_Parse(object[] parameters)
{
try
{
// IC_D2H_LBLA $PUWVA,baseID,baseLat,baseLon,baseDpt,baseBat,pingerData,TOAsecond
uLBLBaseIDs baseID = (uLBLBaseIDs)(int)parameters[0];
double baseLat = doubleNullChecker(parameters[1]);
double baseLon = doubleNullChecker(parameters[2]);
double baseDpt = doubleNullChecker(parameters[3]);
double baseBat = doubleNullChecker(parameters[4]);
int pingerData = (int)parameters[5];
double TOASecond = doubleNullChecker(parameters[6]);
double pValue = 0.0;
uLBLPingerDataIDs pDataID = PingerDataDecode(pingerData, out pValue);
RCLBLAReceived.Rise(this, new RCLBLAReceivedEventArgs(baseID, baseLat, baseLon, baseDpt, baseBat, pDataID, pValue, TOASecond));
}
catch (Exception ex)
{
OnInfoEvent(ex);
}
}
private uLBLPingerDataIDs PingerDataDecode(int data, out double value)
{
uLBLPingerDataIDs result = uLBLPingerDataIDs.Invalid;
value = double.NaN;
if (data < uWAVE.CR_TMP_OFFSET)
{
value = (data - uWAVE.CR_DPT_OFFSET) * uWAVE.CR_DPT_SCALE + uWAVE.MIN_DEPTH_M;
result = uLBLPingerDataIDs.DPT;
}
else if (data < uWAVE.CR_BAT_OFFSET)
{
value = (data - uWAVE.CR_TMP_OFFSET) * uWAVE.CR_TMP_SCALE + uWAVE.MIN_TEMPERATURE_C;
result = uLBLPingerDataIDs.TMP;
}
else if (data < uWAVE.CR_BAT_OFFSET + uWAVE.CR_BAT_CRANGE)
{
value = (data - uWAVE.CR_BAT_OFFSET) * uWAVE.CR_BAT_SCALE + uWAVE.MIN_BAT_VOLTAGE;
result = uLBLPingerDataIDs.BAT;
}
return(result);
}