private void SetMeasSVInfoHelper(ref measSVInfostruct measSV_Info, string[] measRespCsv, ref int index)
{
if (index < measRespCsv.Length)
{
try
{
measSV_Info.svId = Convert.ToByte(measRespCsv[index++]);
measSV_Info.cNo = Convert.ToByte(measRespCsv[index++]);
measSV_Info.svDoppler = ((double)Convert.ToUInt16(measRespCsv[index++])) / 5.0;
measSV_Info.svCodePhaseWH = Convert.ToUInt16(measRespCsv[index++]);
measSV_Info.svCodePhaseFR = TWO_POW_MIN10 * Convert.ToUInt16(measRespCsv[index++]);
measSV_Info.multipathIndicator = Convert.ToByte(measRespCsv[index++]);
measSV_Info.psudorangeRMSErr = Convert.ToByte(measRespCsv[index++]);
}
catch (Exception exception)
{
throw exception;
}
}
}
private void SetMeasSVInfoHelper(ref measSVInfostruct measSV_Info, string[] measRespCsv, ref int index)
{
if (index < measRespCsv.Length)
{
try
{
measSV_Info.svId = Convert.ToByte(measRespCsv[index++]);
measSV_Info.cNo = Convert.ToByte(measRespCsv[index++]);
measSV_Info.svDoppler = ((double) Convert.ToUInt16(measRespCsv[index++])) / 5.0;
measSV_Info.svCodePhaseWH = Convert.ToUInt16(measRespCsv[index++]);
measSV_Info.svCodePhaseFR = TWO_POW_MIN10 * Convert.ToUInt16(measRespCsv[index++]);
measSV_Info.multipathIndicator = Convert.ToByte(measRespCsv[index++]);
measSV_Info.psudorangeRMSErr = Convert.ToByte(measRespCsv[index++]);
}
catch (Exception exception)
{
throw exception;
}
}
}