private string UpdateDisplayReading(RXDATA_MODE mode)
{
string ch = "CH" + (task.currRx.iChan + 1).ToString();
if (mode == RXDATA_MODE.RX)
{
return(Util.FormatData(task.currRx.var.rRx, 8) + " Ω");
}
if (mode == RXDATA_MODE.RATIO_RX)
{
double r = Program.testdata.my_avg(ch) / task.currRs.dTValue;
return(Util.FormatDataWithSpace(r, 8));
}
if (mode == RXDATA_MODE.RS)
{
return(Util.FormatData(task.currRs.dTValue, 8) + " Ω");
}
if (mode == RXDATA_MODE.AVG_RX)
{
if (Program.testdata.validrows(ch) == 0)
{
return("0.000 000 0 Ω");
}
return(Util.FormatData(Program.testdata.my_avg(ch), 8) + " Ω");
}
if (mode == RXDATA_MODE.MAX_RX)
{
return(Util.FormatData(Program.testdata.my_max(ch), 8) + " Ω");
}
if (mode == RXDATA_MODE.MIN_RX)
{
return(Util.FormatData(Program.testdata.my_min(ch), 8) + " Ω");
}
if (mode == RXDATA_MODE.VAR_RX)
{
if (Program.testdata.my_sqrtsum(ch) < 1e-8)
{
return("0.00 ppm");
}
else
{
return((Program.testdata.my_sqrtsum(ch) * 1e6).ToString("F2") + " ppm");
}
}
return("0");
}
private string GetData(RXDATA_MODE mode)
{
if (mode == RXDATA_MODE.LAST)
{
return(Util.FormatData(my_last, 8) + " Ω");
}
if (mode == RXDATA_MODE.RATIO)
{
double r = my_avg / Program.lst_rsinfo[0].dTValue;
return(Util.FormatDataWithSpace(r, 8));
}
if (mode == RXDATA_MODE.RS)
{
return(Util.FormatData(Program.lst_rsinfo[0].dTValue, 8) + " Ω");
}
if (mode == RXDATA_MODE.AVERAGE)
{
if (valid_rows == 0)
{
return("0.000 000 0 Ω");
}
return(Util.FormatData(my_avg, 8) + " Ω");
}
if (mode == RXDATA_MODE.MAX)
{
return(Util.FormatData(my_max, 8) + " Ω");
}
if (mode == RXDATA_MODE.MIN)
{
return(Util.FormatData(my_min, 8) + " Ω");
}
if (mode == RXDATA_MODE.VARIANCE)
{
if (my_sqrtsum < 1e-8)
{
return("0.00 ppm");
}
else
{
return((my_sqrtsum * 1e6).ToString("F2") + " ppm");
}
}
return("0");
}
private string GetData(RXDATA_MODE mode)
{
PointPair.datamode = mode;
if (mode == RXDATA_MODE.LAST)
{
return(Util.FormatData(Program.data.my_last(config.sChannel), 8) + " C");
}
if (mode == RXDATA_MODE.RATIO)
{
double r = Program.data.my_avg(config.sChannel) / Program.lst_rsinfo[myRx.iStdChan - 1].dTValue;
return(Util.FormatDataWithSpace(r, 8));
}
if (mode == RXDATA_MODE.RX)
{
return(Util.FormatData(Program.data.my_last(config.sChannel), 8) + " Ω");
}
if (mode == RXDATA_MODE.RS)
{
return(Util.FormatData(Program.lst_rsinfo[myRx.iStdChan - 1].dTValue, 8) + " Ω");
}
if (mode == RXDATA_MODE.AVERAGE)
{
if (Program.data.validrows(config.sChannel) == 0)
{
return("0.000 000 0 Ω");
}
return(Util.FormatData(Program.data.my_avg(config.sChannel), 8) + " Ω");
}
if (mode == RXDATA_MODE.MAX)
{
return(Util.FormatData(Program.data.my_max(config.sChannel), 8) + " Ω");
}
if (mode == RXDATA_MODE.MIN)
{
return(Util.FormatData(Program.data.my_min(config.sChannel), 8) + " Ω");
}
if (mode == RXDATA_MODE.VARIANCE)
{
return((Program.data.my_sqrtsum(config.sChannel) * 1e6).ToString("F2") + " PPM");
}
return("0");
}
private string GetData(RXDATA_MODE mode)
{
if (mode == RXDATA_MODE.LAST)
return Util.FormatData(my_last, 8) + " Ω";
if (mode == RXDATA_MODE.RATIO)
{
double r = my_avg / Program.lst_rsinfo[0].dTValue;
return Util.FormatDataWithSpace(r,8);
}
if (mode == RXDATA_MODE.RS)
{
return Util.FormatData(Program.lst_rsinfo[0].dTValue, 8) + " Ω";
}
if (mode == RXDATA_MODE.AVERAGE)
{
if (valid_rows == 0)
return "0.000 000 0 Ω";
return Util.FormatData(my_avg, 8) + " Ω";
}
if (mode == RXDATA_MODE.MAX)
return Util.FormatData(my_max,8) + " Ω";
if (mode == RXDATA_MODE.MIN)
return Util.FormatData(my_min, 8) + " Ω";
if (mode == RXDATA_MODE.VARIANCE)
{
if (my_sqrtsum < 1e-8)
return "0.00 ppm";
else
return (my_sqrtsum * 1e6).ToString("F2") + " ppm";
}
return "0";
}
private string UpdateDisplayReading(RXDATA_MODE mode)
{
string ch = "CH" + (task.currRx.iChan+1).ToString();
if (mode == RXDATA_MODE.RX)
{
return Util.FormatData(task.currRx.var.rRx, 8) + " Ω";
}
if (mode == RXDATA_MODE.RATIO_RX)
{
double r = Program.testdata.my_avg(ch) / task.currRs.dTValue;
return Util.FormatDataWithSpace(r, 8);
}
if (mode == RXDATA_MODE.RS)
{
return Util.FormatData(task.currRs.dTValue, 8) + " Ω";
}
if (mode == RXDATA_MODE.AVG_RX)
{
if (Program.testdata.validrows(ch) == 0)
return "0.000 000 0 Ω";
return Util.FormatData(Program.testdata.my_avg(ch), 8) + " Ω";
}
if (mode == RXDATA_MODE.MAX_RX)
return Util.FormatData(Program.testdata.my_max(ch), 8) + " Ω";
if (mode == RXDATA_MODE.MIN_RX)
return Util.FormatData(Program.testdata.my_min(ch), 8) + " Ω";
if (mode == RXDATA_MODE.VAR_RX)
{
if (Program.testdata.my_sqrtsum(ch) < 1e-8)
return "0.00 ppm";
else
return (Program.testdata.my_sqrtsum(ch) * 1e6).ToString("F2") + " ppm";
}
return "0";
}
private string GetData(RXDATA_MODE mode)
{
PointPair.datamode = mode;
if (mode == RXDATA_MODE.LAST)
return Util.FormatData(Program.data.my_last(config.sChannel), 8) + " C";
if (mode == RXDATA_MODE.RATIO)
{
double r = Program.data.my_avg(config.sChannel) / Program.lst_rsinfo[myRx.iStdChan-1].dTValue;
return Util.FormatDataWithSpace(r,8);
}
if (mode == RXDATA_MODE.RX)
{
return Util.FormatData(Program.data.my_last(config.sChannel), 8) + " Ω";
}
if (mode == RXDATA_MODE.RS)
{
return Util.FormatData(Program.lst_rsinfo[myRx.iStdChan-1].dTValue, 8) + " Ω";
}
if (mode == RXDATA_MODE.AVERAGE)
{
if (Program.data.validrows(config.sChannel) == 0)
return "0.000 000 0 Ω";
return Util.FormatData(Program.data.my_avg(config.sChannel), 8) + " Ω";
}
if (mode == RXDATA_MODE.MAX)
return Util.FormatData(Program.data.my_max(config.sChannel), 8) + " Ω";
if (mode == RXDATA_MODE.MIN)
return Util.FormatData(Program.data.my_min(config.sChannel), 8) + " Ω";
if (mode == RXDATA_MODE.VARIANCE)
{
return (Program.data.my_sqrtsum(config.sChannel) * 1e6).ToString("F2") + " PPM";
}
return "0";
}
