/// <summary>
/// Update orientation of tick marks based on slider axis orientation
/// </summary>
private void UpdateTickMarks()
{
if (TickMarks)
{
TickMarks.transform.localPosition = Vector3.zero;
TickMarks.transform.localRotation = Quaternion.identity;
var grid = TickMarks.GetComponent <Utilities.GridObjectCollection>();
if (grid)
{
// Update cellwidth or cellheight depending on what was the previous axis set to
var previousAxis = grid.Layout;
if (previousAxis == Utilities.LayoutOrder.Vertical)
{
grid.CellWidth = grid.CellHeight;
}
else
{
grid.CellHeight = grid.CellWidth;
}
grid.Layout = (sliderAxis == SliderAxis.YAxis) ? Utilities.LayoutOrder.Vertical : Utilities.LayoutOrder.Horizontal;
grid.UpdateCollection();
}
if (sliderAxis == SliderAxis.ZAxis)
{
TickMarks.transform.localRotation = Quaternion.Euler(0.0f, 90.0f, 0.0f);
}
}
}
private void BuildTickMarks()
{
double tickSize = 10;
double tickXPos = ComputeTickXPos(1, tickSize);
double tickYPos = ComputeTickYPos(1, tickSize);
double tickRayAngle = ComputeRayAngle(1) * (180.0 / Math.PI);
double tickLabelPadding = 25;
CircleTickMarkViewModel startTick = new CircleTickMarkViewModel(tickXPos,
tickYPos, 1, tickSize);
CircleTickLabelViewModel startTickLabel = new CircleTickLabelViewModel(tickXPos,
tickYPos, tickLabelPadding, tickRayAngle, 1);
TickMarks.Add(startTick);
TickLabels.Add(startTickLabel);
int tickIncrement = ComputeTickIncrement();
int currentTickIndex = tickIncrement;
do
{
tickXPos = ComputeTickXPos(currentTickIndex, tickSize);
tickYPos = ComputeTickYPos(currentTickIndex, tickSize);
tickRayAngle = ComputeRayAngle(currentTickIndex) * (180.0 / Math.PI);
CircleTickMarkViewModel tick = new CircleTickMarkViewModel(tickXPos,
tickYPos, currentTickIndex, 10);
CircleTickLabelViewModel label = new CircleTickLabelViewModel(tickXPos,
tickYPos, tickLabelPadding, tickRayAngle, currentTickIndex);
TickMarks.Add(tick);
TickLabels.Add(label);
currentTickIndex += tickIncrement;
} while (currentTickIndex <= _sequence.RawData.Count);
}
