protected override bool isSuitable(CubeManager mgr)
{
if (cubesInDecomposition.value.Count > 0)
{
return(mgr.IsTouchingNeighbourInCompose() && !mgr.IsInCompose());
}
return(mgr.CanDecompose() && !mgr.IsInCompose());
}
protected override void makeAction(CubeManager mgr)
{
if (mgr.IsInCompose()) {
cubesInDecomposition.value.Remove(mgr.transform);
mgr.ToDecomposeWaiting();
} else {
cubesInDecomposition.value.Add(mgr.transform);
mgr.ToDecompose();
}
}
public bool IsTouchingNeighbourInCompose()
{
foreach (Transform cube in GetNeighbourPlayCubesInTouch())
{
CubeManager mgr = cube.GetComponent <CubeManager>();
if (mgr.IsInCompose())
{
return(true);
}
}
return(false);
}
protected override void makeAction(CubeManager mgr)
{
if (mgr.IsInCompose())
{
cubesInDecomposition.value.Remove(mgr.transform);
mgr.ToDecomposeWaiting();
}
else
{
cubesInDecomposition.value.Add(mgr.transform);
mgr.ToDecompose();
}
}
protected override bool isSuitable(CubeManager mgr)
{
if (cubesInDecomposition.value.Count > 0) {
return mgr.IsTouchingNeighbourInCompose() && !mgr.IsInCompose();
}
return mgr.CanDecompose() && !mgr.IsInCompose();
}
protected override bool isSuitable(CubeManager mgr)
{
return mgr.IsInCompose() || mgr.IsWaitingForDecompose();
}
protected override bool isSuitable(CubeManager mgr)
{
return(mgr.IsInCompose() || mgr.IsWaitingForDecompose());
}
private bool isNotSuitableForComposeAlready(Transform cube)
{
CubeManager mgr = cube.GetComponent <CubeManager>();
return(!isSuitable(mgr) && !mgr.IsInCompose());
}