public GraphJob(string outputPath, GraphFactory gf)
{
Filename = outputPath;
GraphFactory = gf;
}
private GraphFactory CreateGraphFactory(Tuple <double[], double[]> tuple, int endPointA, int endPointB)
{
Interlocked.Increment(ref Added);
var createGraphWorkItem = new GraphFactory
{
Title = String.Format("{0:00}-{1:00}", endPointA, endPointB),
XAxis = tuple.Item1,
YAxis = tuple.Item2,
XTitle = "[dBm]",
YTitle = "",
Reverse = true,
};
var lastIndex = tuple.Item1.Length - 1;
var q = 0.25;
foreach (var dBm in FindQuartiles(tuple))
{
if (double.IsNaN(dBm))
{
q += 0.25;
continue;
}
var textObj = new TextObj(string.Format("{0:0.0} [dBm]", dBm), dBm, q)
{
Location = { AlignH = AlignH.Right, AlignV = AlignV.Bottom }
};
createGraphWorkItem.TextObjs.Add(textObj);
q += 0.25;
}
// create red and green boxes
if (tuple.Item1[lastIndex] == -100)
{
var boxData = new GraphFactory.BoxData
{
Top = tuple.Item2[lastIndex],
Bottom = tuple.Item1.Length > 1 ? tuple.Item2[lastIndex - 1] : 0,
Fill = RedFill
};
createGraphWorkItem.Boxes.Add(boxData);
createGraphWorkItem.DroppedPackages = true;
createGraphWorkItem.TextObjs.Add(new TextObj(string.Format("{0:0.0%} frame loss", 1 - boxData.Bottom), 0, boxData.Bottom)
{
Location = { AlignH = AlignH.Left, AlignV = AlignV.Top, CoordinateFrame = CoordType.XChartFractionYScale }
});
if (boxData.Bottom != 0)
{
createGraphWorkItem.Boxes.Add(new GraphFactory.BoxData
{
Top = boxData.Bottom,
Bottom = 0,
Fill = GreenFill
});
}
}
else
{
createGraphWorkItem.Boxes.Add(new GraphFactory.BoxData
{
Top = 1,
Bottom = 0,
Fill = GreenFill
});
}
return(createGraphWorkItem);
}
