private static void FillDataSet(MultiAxisElement axis, string seriesName, int count, double?multiply)
{
axis.DataSet.SeriesName = seriesName;
for (int i = 0; i < count; i++)
{
axis.DataSet.AddSet(new ValueSetElement
{
Value = rnd.Next(10, 40) * (multiply ?? 1.0)
});
}
}
private static IChart CreatePowerChart()
{
var chart = new MultiAxisLineChart
{
Caption = "Power Generator",
XAxisName = "Time",
ShowValues = false,
NumDivLines = 4
};
chart.VDivLine.Alpha = 100;
chart.AlternateVGrid.Show = true;
chart.AlternateVGrid.Alpha = 5;
chart.CaptionPadding = 0;
int count = 6;
// add categories
for (int i = 0; i < count; i++)
{
chart.AddCategory((i * 2).ToString("00:00s"), null);
}
var powerAxis = new MultiAxisElement
{
Title = "Power",
TitlePos = FusionTextAlign.Left,
TickWidth = 10
};
powerAxis.DivLine.Dashed = true;
FillDataSet(powerAxis, "Power [W]", count, 1.5);
chart.Axises.Add(powerAxis);
var tempAxis = new MultiAxisElement
{
Title = "Temp.",
TitlePos = FusionTextAlign.Left,
TickWidth = 10,
NumDivLines = 14
};
tempAxis.DivLine.Dashed = true;
tempAxis.NumberFormat.NumberSuffix = " F";
FillDataSet(tempAxis, "Temperature", count, 10.0);
chart.Axises.Add(tempAxis);
var speedAxis = new MultiAxisElement
{
Title = "Speed[RPM]",
TitlePos = FusionTextAlign.Right,
TickWidth = 10,
NumDivLines = 10,
AxisOnLeft = false
};
speedAxis.DivLine.Dashed = true;
FillDataSet(speedAxis, "Speed", count, 10.0);
chart.Axises.Add(speedAxis);
return(chart);
}
