public bool checkChipDidSnap(TabletPuzzleChip chip)
{
// Remove the current chip from any quadrant
foreach (TabletQuadrant q in this.quadrants)
{
q.removeChipIfNeeded(chip);
}
// Check if the chip is snapping to any quadrant
bool didSnap = false;
foreach (TabletQuadrant q in this.quadrants)
{
Vector3 chipPosition = chip.transform.position;
Bounds qBounds = q.GetComponent <BoxCollider2D>().bounds;
float chipOffset = chip.GetComponent <BoxCollider2D>().bounds.size.x / 2;
if (chipPosition.x >= qBounds.min.x && chipPosition.x <= qBounds.center.x &&
chipPosition.y >= qBounds.min.y && chipPosition.y <= qBounds.max.y) // Left
// If there is a Chip there, bring it back to the board
{
if (q.leftChip != null && q.leftChip != chip)
{
q.leftChip.reset();
}
q.leftChip = chip;
// Set new position
chip.transform.position = new Vector3(qBounds.center.x - chipOffset, qBounds.center.y, chip.transform.position.z);
chip.turnOff();
didSnap = true;
}
else if (chipPosition.x > qBounds.center.x && chipPosition.x <= qBounds.max.x &&
chipPosition.y >= qBounds.min.y && chipPosition.y <= qBounds.max.y) // Right
// If there is a Chip there, bring it back to the board
{
if (q.rightChip != null && q.rightChip != chip)
{
q.rightChip.reset();
}
q.rightChip = chip;
// Set new position
chip.transform.position = new Vector3(qBounds.center.x + chipOffset, qBounds.center.y, chip.transform.position.z);
chip.turnOff();
didSnap = true;
}
}
if (didSnap)
{
this.audioSource.PlayOneShot(this.snapAudioClip, 1);
}
this.checkDidWin();
return(didSnap);
}
// Public methods
// If this chip is on this quadrant, remove it
public void removeChipIfNeeded(TabletPuzzleChip chip)
{
if (this.leftChip == chip)
{
this.leftChip = null;
}
else if (this.rightChip == chip)
{
this.rightChip = null;
}
}
