Using an OrdinalScale and doing something like this:

NOrdinalScaleConfigurator scale = (NOrdinalScaleConfigurator)chart.Axis(StandardAxis.PrimaryX).ScaleConfigurator;
scale.AutoLabels = false;
foreach (Object in ObjectCollection) {
  scale.Labels.Add(Object.label);
  line.AddDataPoint(new NDataPoint(Object.value, Object.label));
}

When my graph width is smaller it bunches the ticks up, but when its stretched out they are evenly spaced.
Is there a way to force the ticks to space out evenly?
Example:

Hi Rich,

We're not sure what you mean by evenly spaced but we guess that when the chart is smaller it skips some labels and shows all when its bigger - if this is the case this is caused by the automatic tick step detection which you can easily turn off:
  ordinalScale.MajorTickMode = MajorTickMode.CustomStep;
  ordinalScale.CustomStep = 1;
Hope this helps - let us know if you have any questions or meet any problems.

Best Regards,
Nevron Support Team

That did not fix the problem. I guess my previous example was to small to see the ticks grouping together? For this example I removed the "scale.Labels.Add(Object.label);" line.  As you can see more clearly, the tick lines are grouped together in pairs. What I am trying to do is add points with custom labels, the vertical value should be variable and the horizontal should be sequential. The PrimaryY axis is a Linear Scale, and the PrimaryX is an OrdinalScale. Im adding data using NLineSeries.addDataPoint(new NDataPoint(value, label). Here is an example of the values being added.
392, "A<br/>16"
390, ""
391, ""
392, "S"
390, ""

Hi Rich,
Can you send an example that replicates this problem?

Best Regards,
Nevron Support Team

This bunches them up in groups of 3.  It seems to be related to how many DataPoints are added, increasing the quatityOfPoints variable makes the problem more obvious, 64 puts them in bunches of 3.

   int quantityOfPoints = 64;
    chartControl.Clear();
    chartControl.Size = new Size(227, 133);
    NCartesianChart chart = (NCartesianChart)chartControl.Charts[0];
    chart.BoundsMode = BoundsMode.Stretch;
    NAxis xAxis = chart.Axis(StandardAxis.PrimaryX);
    NAxis yAxis = chart.Axis(StandardAxis.PrimaryY);
    xAxis.ScaleConfigurator = new NOrdinalScaleConfigurator();
    yAxis.ScaleConfigurator = new NLinearScaleConfigurator();
    ((NOrdinalScaleConfigurator)xAxis.ScaleConfigurator).CustomStep = 1;
    ((NStandardScaleConfigurator)xAxis.ScaleConfigurator).MajorTickMode = MajorTickMode.CustomStep;
    xAxis.ScaleConfigurator.OuterMajorTickStyle.Length = new NLength(0, xAxis.ScaleConfigurator.OuterMajorTickStyle.Length.MeasurementUnit);
    xAxis.ScaleConfigurator.InnerMajorTickStyle.Length = new NLength(3, xAxis.ScaleConfigurator.InnerMajorTickStyle.Length.MeasurementUnit);
    ((NStandardScaleConfigurator)xAxis.ScaleConfigurator).NumberOfTicksPerLabel = 1;
    NLineSeries line = (NLineSeries)chart.Series.Add(SeriesType.Line);
    ((NOrdinalScaleConfigurator)xAxis.ScaleConfigurator).AutoLabels = false;
    quantityOfPoints += 5;
    for (int i = 5; i <= quantityOfPoints ; i++) {
      line.AddDataPoint(new NDataPoint(i, ""));
    }
    line.Legend.Mode = SeriesLegendMode.None;
    line.DataLabelStyle.Visible = false;
    chartControl.Refresh();
    chartControl.ImageExporter.SaveToFile(@"C:\temp\test.svg", new NSvgImageFormat());