public void PushOutline(cakeslice.Outline.Colour colour)
{
outline.enabled = true;
outline.colour = colour;
outlines.Push(colour);
if (outlines.Count == 1 && flashRoutine != null)
{
flashStart = Time.time - 2 * flashPeriod / 3;
}
}
private IEnumerator WaitThenOutlineChain(cakeslice.Outline.Colour colour)
{
if (nodes.Count == 0)
{
yield break;
}
// if calculating then we could potentially try to outline inactive or destroyed nodes
while (isCalculatingAsync)
{
yield return(null);
}
foreach (int idx in trophicSolver.MaxChainIndices)
{
nodes[idx].PushOutline(colour);
toUnoutline.Add(() => nodes[idx].PopOutline());
}
}
private IEnumerator WaitThenOutlineLoop(cakeslice.Outline.Colour colour)
{
if (!FindLoops || loopSolver.MaxLoop == 0)
{
yield break;
}
// if calculating then we could potentially try to outline inactive or destroyed nodes
while (isCalculatingAsync)
{
yield return(null);
}
for (int i = 0; i < loopSolver.MaxLoop; i++)
{
int src = loopSolver.MaxLoopIndices[i];
int tgt = loopSolver.MaxLoopIndices[(i + 1) % loopSolver.MaxLoop];
var loopNode = nodes[src];
var loopLink = links[src, tgt];
loopNode.PushOutline(colour);
loopLink.PushOutline(colour);
toUnoutline.Add(() => loopNode.PopOutline());
toUnoutline.Add(() => loopLink.PopOutline());
}
}
public void PushOutline(cakeslice.Outline.Colour colour)
{
outline.enabled = true;
outline.colour = colour;
outlines.Push(colour);
}
public void OutlineLoop(cakeslice.Outline.Colour colour)
{
Assert.IsTrue(toUnoutline.Count == 0, "previous outline not undone");
StartCoroutine(WaitThenOutlineLoop(colour));
}
public void OutlineLink(int src, int tgt, cakeslice.Outline.Colour colour)
{
links[src, tgt].PushOutline(colour);
}
///////////////
// outlining
public void OutlineNode(int idx, cakeslice.Outline.Colour colour)
{
nodes[idx].PushOutline(colour);
}
