public static bool AnalyzeFrequency(double frequency, out FrequencySource source, out Operator sourceOperator)
{
foreach (FrequencySource checkedSource in frequencySources)
{
if (frequency > checkedSource.minFreq && frequency <= checkedSource.maxFreq)
{
source = checkedSource;
sourceOperator = null;
if (checkedSource.operators != null)
{
foreach (SourceOperator checkedOperator in checkedSource.operators)
{
if (frequency > checkedOperator.minFreq && frequency <= checkedOperator.maxFreq)
{
sourceOperator = checkedOperator.sourceOperator;
break;
}
}
}
return(true);
}
}
source = null;
sourceOperator = null;
return(false);
}
private void AddPoint(Series serie, DataPointCollection points, string unit, string serieName, double power, double frequency, ref FrequencySource lastSource)
{
string legendText = serieName;
FrequencySource source = null;
Operator sourceOperator = null;
if (power > 0.0)
{
if (unit != "V/m")
{
power = Math.Pow(power * 0.377, 0.5);
}
legendText += $"\nIntensité : {power.ToString("0.000 V/m")}";
if (frequency > 0.0)
{
legendText += $"\nFréquence : {frequency.ToString("0.0 Mhz")}";
if (FrequencyAnalyzer.AnalyzeFrequency(frequency, out source, out sourceOperator))
{
legendText += $"\n{source.name}";
if (Program.settings.GraphicShowOperator && sourceOperator != null)
{
legendText += $" ({sourceOperator.name})";
}
}
}
serie.LegendText = legendText;
int ptIdx = points.AddY(power);
if (source != null)
{
if (source != lastSource)
{
lastSource = source;
if (lastLabelDistance > 5)
{
lastLabelDistance = 0;
string label = " \n"; // fix background being too small
label += source.name;
if (Program.settings.GraphicShowOperator && sourceOperator != null)
{
label += $"\n ({ sourceOperator.name})";
}
label += $"\n{frequency.ToString("0 Mhz")}";
label += "\n "; // fix background being too small
points[ptIdx].Label = label;
}
}
}
else
{
if (lastLabelDistance > 10)
{
lastSource = null;
}
}
}
else
{
points.AddY(-10.0);
}
}