public void Redraw()
{
if (waveElementPrefab == null)
{
Debug.LogError("SignalFragmentRackHandler.Redraw(): NULL waveElementPrefab"); return;
}
if (content == null)
{
Debug.LogError("SignalFragmentRackHandler.Redraw(): NULL content"); return;
}
content.AutoRebaseOffsets();
ClearContents();
ISignalHandler signalHandler = content as ISignalHandler;
for (int i = 0; i < fragmentMaxLength; i++)
{
if (signalHandler.HasValuesAt(i, loopLength: fragmentMaxLength))
{
AdjustSizeToElementCount(i + 1);
RectTransform newElementTransform = Instantiate(waveElementPrefab, transform).transform as RectTransform;
newElementTransform.position = new Vector3(GetElementWidth(i), 0, 0);
//newElementTransform.rect.
}
}
}
//ENDOF Implementación ISignalHandler
//Implementación ISignalContainer
//Adjust offset and Re-organize contents so that the earliest element sits at position 0 and every element keeps its absolute position. Acts recursively
//Returns this element’s new offset
void ISignalContainer.AutoRebaseOffsets()
{
//loop once through the list of children trying to determine target offset
int lowestOffset = int.MaxValue;
foreach (ISignalContent child in contents)
{
ISignalContainer childAsContainer = child as ISignalContainer;
//propagate the AutoRebaseOffsets call to container elements, so they also have a 0-index offset
if (childAsContainer != null)
{
childAsContainer.AutoRebaseOffsets();
}
//keep the lowest offset out of every contained element to determine zero-index offset
if (child.Offset < lowestOffset)
{
lowestOffset = child.Offset;
}
}
//skip restructuring offsets if they area already 0-aligned
if (lowestOffset == 0)
{
return;
}
//now that we know the position of the earliest element, adjust this container's and every content's offset
//so lowest element sits a position 0
_offset += lowestOffset;
foreach (ISignalContent child in contents)
{
child.Offset -= lowestOffset;
}
}
