// (TEMPLATE METHOD)
protected override void GenerateOrdinalTicks(OrdinalAttributeStats m, bool manualTickRes = false, float tickRes = .15f)
{
float barGap = .01f;
float dim = m.uniqueValues.Length;
float gapWidth = (dim - 1) * barGap;
float barWidth = (length - gapWidth - .1f) / (dim);
float margin = .05f + barWidth / 2;
var tickDir = DefineTickDirection(axisDirection);
// Draw ticks
for (int i = 0; i <= m.max; i++)
{
var tick = Services.instance.Factory2DPrimitives.CreateTick(true);
tick.lr.SetPosition(1, tickDir * diameter * 4f);
tick.SetDirection(axisDirection);
tick.label.text = m.uniqueValues[i];
tick.transform.parent = Anchor.transform;
float offset = margin + i * (barWidth + barGap);
tick.transform.localPosition = direction * offset;
ticks.Add(tick);
}
base.endOffset = margin;
}
public static OrdinalAttributeStats CalculateStats(IList <InfoObject> os, int aID, IDictionary <int, string> dict)
{
var measures = new OrdinalAttributeStats(
dict,
CalculateDistribution(os, aID, dict),
os[0].ordVALbyID[aID].name);
return(measures);
}
/// <summary>
/// Ordinal axis initializer.
/// </summary>
public void Init(OrdinalAttributeStats m, AxisDirection dir = AxisDirection.Y, bool manualLength = false, float length = 1)
{
Init(m as AttributeStats, dir);
this.min = m.min;
this.max = m.max;
if (manualLength)
{
this.length = length;
this.tickResolution = 1f / (m.numberOfUniqueValues - 1);
}
else
{
this.length = .15f * m.numberOfUniqueValues + .15f;
this.tickResolution = .15f;
}
this.tipped = true;
this.ticked = true;
AssembleOrdinalAxis(m, manualLength, this.tickResolution);
}
protected abstract void GenerateOrdinalTicks(OrdinalAttributeStats m, bool manualTickRes = false, float tickRes = .15f);
// (HELPER METHOD)
private void AssembleOrdinalAxis(OrdinalAttributeStats m, bool manualLength = false, float tickRes = .15f)
{
DrawBaseAxis();
GenerateOrdinalTicks(m, manualLength, tickRes);
UpdateLabels();
}
