private void RenderItemLabelsDiscrete(VisualPayload payload, List <ICriterionMetaSelector> criteria)
{
var sizePeriod = SizePeriod.GetLastKeyValue(payload.Data);
const float shiftRatio = 0.50f; // 0.50 means 'centered' todo: make this a setting (mutable field)
// Determine how many labels to create, based on the maximum 'index' (coordinate) of the axis in question
var entries = AxisIndexVariable.GetEntries(payload.Data);
var maxVar = -1;
foreach (var e in entries)
{
maxVar = Mathf.Max(maxVar, AxisIndexVariable.GetValue(e));
}
if (maxVar == -1)
{
return;
}
maxVar += 1;
//var numLabels =
// //!entries.Any() ? 0 :
// entries.Max( e => AxisIndexVariable.GetValue( e ) ) + 1;
RenderItemLabelsInternal(payload, maxVar, sizePeriod, shiftRatio, true, criteria);
}
private void RenderItemLabelsInternal(VisualPayload payload, int numLabels, float sizePeriod, float shiftRatio, bool discrete, List <ICriterionMetaSelector> criteria)
{
var startingOffset = StartingOffset.GetLastKeyValue(payload.Data);
var axisOrientation = AxisOrientation.GetLastKeyValue(payload.Data);
var startX = startingOffset.x + (sizePeriod * shiftRatio * axisOrientation.x);
var startY = startingOffset.y + (sizePeriod * shiftRatio * axisOrientation.y);
var startZ = startingOffset.z + (sizePeriod * shiftRatio * axisOrientation.z);
var localOffset = new Vector3(startX, startY, startZ);
var localOffsetAdd = new Vector3(sizePeriod * axisOrientation.x, sizePeriod * axisOrientation.y, sizePeriod * axisOrientation.z);
var currentContinuousValue = MinimumValue;
var continuousValueIncrement = 0.0f;
if (numLabels > 1)
{
continuousValueIncrement = (MaximumValue - MinimumValue) / (float)(numLabels - 1);
}
var maxSize = 0.0f;
List <LabelBehaviour> labelsCreated = new List <LabelBehaviour>();
for (var labelIndex = 0; labelIndex < numLabels; labelIndex++)
{
var text = String.Empty;
object rowIndex = 0;
if (discrete)
{
var entries = AxisIndexVariable.GetEntries(payload.Data);
// Mind you, this is super inefficient.
foreach (var entry in entries)
{
if (labelIndex == AxisIndexVariable.GetValue(entry))
{
text = ItemText.GetValue(entry);
rowIndex = AxisIndexVariable.GetValue(entry);
break;
}
}
}
else
{
text = currentContinuousValue.ToString("F2");
rowIndex = (float)currentContinuousValue;
currentContinuousValue += continuousValueIncrement;
}
var axisElementObj = LabelSystemFactory.InstantiateAxisElementLabel();
var labelComponent = axisElementObj.GetComponent <AxisElementLabel>();
LabelSystem.CreateLabel(text, localOffset, ItemLabelOrientation.GetLastKeyValue(payload.Data), labelComponent);
labelComponent.SetCriteria(criteria, rowIndex);
labelsCreated.Add(labelComponent);
maxSize = Math.Max(maxSize, LabelSystem.GetDesiredLabelLength(labelComponent));
localOffset += localOffsetAdd;
}
foreach (var label in labelsCreated)
{
LabelSystem.SetLabelLength(label, maxSize);
}
}
public void Render(VisualPayload payload, IMetaSelectable selectable)
{
RenderAxisLabel(payload); // Optional 'Axis title'
// Labels along an axis:
var mode = AxisMode.GetLastKeyValue(payload.Data);
if (mode == AxialLabelAxisMode.Discrete)
{
// create equality criteria
var normalSelector = PayloadSelectorFactory.InstantiateCriterionEqualsSelect(selectable);
normalSelector.SelectionMode.OperationToPerform = SelectionOperation.SelectOnly;
normalSelector.CriterionField = (mut) => AxisIndexVariable.GetValue(mut);
normalSelector.ArrityLevels = AxisIndexVariable.NumberOfIntermediates;
var toggleSelector = PayloadSelectorFactory.InstantiateCriterionEqualsSelect(selectable);
toggleSelector.SelectionMode.OperationToPerform = SelectionOperation.ToggleFullySelected;
toggleSelector.RequiredModifiers = new InputModifiers()
{
Control = true
};
toggleSelector.CriterionField = (mut) => AxisIndexVariable.GetValue(mut);
toggleSelector.ArrityLevels = AxisIndexVariable.NumberOfIntermediates;
normalSelector.FieldLastKey = AxisIndexVariable.AbsoluteKey;
toggleSelector.FieldLastKey = AxisIndexVariable.AbsoluteKey;
var discreteCriterionSelectors = new List <ICriterionMetaSelector>()
{
normalSelector, toggleSelector
};
RenderItemLabelsDiscrete(payload, discreteCriterionSelectors);
}
else if (mode == AxialLabelAxisMode.Continuous)
{
// create range criteria
var normalRangeSelector = PayloadSelectorFactory.InstantiateCriterionRangeSelect(selectable);
normalRangeSelector.SelectionMode.OperationToPerform = SelectionOperation.SelectOnly;
normalRangeSelector.CriterionField = (mut) => ComparisonValue.GetValue(mut);
normalRangeSelector.ArrityLevels = ComparisonValue.NumberOfIntermediates;
var toggleRangeSelector = PayloadSelectorFactory.InstantiateCriterionRangeSelect(selectable);
toggleRangeSelector.SelectionMode.OperationToPerform = SelectionOperation.ToggleFullySelected;
toggleRangeSelector.RequiredModifiers = new InputModifiers()
{
Control = true
};
toggleRangeSelector.CriterionField = (mut) => ComparisonValue.GetValue(mut);
toggleRangeSelector.ArrityLevels = ComparisonValue.NumberOfIntermediates;
normalRangeSelector.FieldLastKey = ComparisonValue.AbsoluteKey;
toggleRangeSelector.FieldLastKey = ComparisonValue.AbsoluteKey;
var continuousCriterionSelectors = new List <ICriterionMetaSelector>()
{
normalRangeSelector, toggleRangeSelector
};
RenderItemLabelsContinuous(payload, continuousCriterionSelectors);
}
}
