/**
* Brings the outer pillars to the middle of the group over the given time.
*/
public IEnumerator BringPillarsToCentre(float duration, float stopAtPercentage)
{
foreach (GroupRotatingPillar pillar in outerPillarsCorrectPosition.Keys)
{
pillar.enabled = false;
pillar.movementSoundSource.Play();
StartCoroutine(OverTime.Move(pillar.transform, pillar.transform.localPosition, outerPillarsCorrectPosition[pillar], duration, stopAtPercentage, null));
}
yield return(new WaitForSeconds(duration));
}
/**
* Position the pillars at the distance aroud the centre over the given time.
*/
public IEnumerator SeparatePillars(float duration, float endRadius)
{
foreach (GroupRotatingPillar pillar in outerPillarsCorrectPosition.Keys)
{
pillar.movementSoundSource.Play();
StartCoroutine(OverTime.Move(pillar.transform, pillar.transform.localPosition, GetChildPosition(pillar, endRadius), duration, null));
}
yield return(new WaitForSeconds(duration));
foreach (RotatingPillar pillar in outerPillarsCorrectPosition.Keys)
{
pillar.enabled = true;
}
}
/**
* Has the piece move along the given path, and fire an event when it gets there.
*/
public IEnumerator MoveAlongPath(MovementPath path)
{
beingAnimated = true;
//Iterate over the points, animating movement to each.
foreach (Vector3 point in path)
{
yield return(OverTime.Move(transform, transform.position, point, Vector3.Distance(transform.position, point) / movementSpeed, null));
}
beingAnimated = false;
// Notify the node at the end of the path that it has been reached.
if (path.reverseEnumeration)
{
path.Start.NotifyReached();
}
else
{
path.End.NotifyReached();
}
}
private IEnumerator CheckSolution()
{
int correctGroups = 0;
//Check the groups and then animate them going into the centre.
foreach (PillarGroup group in groupsCorrectPositions.Keys)
{
if (group.OuterPillarsAtCorrectRotation())
{
Debug.Log("Correct Outer");
//If the outer pillars are correctly rotated, bring them all the way to the centre and add 1 to the correct entried.
correctGroups++;
StartCoroutine(group.BringPillarsToCentre(duration, 1));
}
else
{
StartCoroutine(group.BringPillarsToCentre(duration, incorrectStopAtRatio));
}
}
yield return(new WaitForSeconds(duration));
if (correctGroups >= groupsCorrectPositions.Count)
{
//The groups have been assembled correctly based on the middle pillar, now check whole group arrangment.
foreach (PillarGroup group in groupsCorrectPositions.Keys)
{
if (group.CentrePillarAtCorrectRotation())
{
Debug.Log("Correct Inner");
correctGroups--;
group.PlayMovementSounds();
StartCoroutine(OverTime.Move(group.transform, group.transform.localPosition, groupsCorrectPositions [group], duration, 1, null));
}
else
{
group.PlayMovementSounds();
StartCoroutine(OverTime.Move(group.transform, group.transform.localPosition, groupsCorrectPositions [group], duration, incorrectStopAtRatio, null));
}
}
yield return(new WaitForSeconds(duration));
if (correctGroups <= 0)
{
outcome.Activate();
}
else
{
foreach (PillarGroup group in groupsCorrectPositions.Keys)
{
group.PlayMovementSounds();
StartCoroutine(OverTime.Move(group.transform, group.transform.localPosition, GetChildPosition(group, groupsDistanceFromCentre), duration, null));
}
yield return(new WaitForSeconds(duration));
foreach (PillarGroup group in groupsCorrectPositions.Keys)
{
group.PlayMovementSounds();
StartCoroutine(group.SeparatePillars(duration, outerPillarsDistanceFromCentre));
}
}
}
else
{
//There is a group assembled incorrectly, don't proceed to next stage.
foreach (PillarGroup group in groupsCorrectPositions.Keys)
{
StartCoroutine(group.SeparatePillars(duration, outerPillarsDistanceFromCentre));
}
}
}