// Attempt to add the given space to the current dot link
public void AddSpace(BoardSpace space)
{
// already connected, don't allow
if (ConnectionExists(space))
{
return;
}
previousConnected = lastConnected;
lastConnected = space;
// the link's type matches the first dot added
if (IsEmpty())
{
dotType = space.GetCurrentDot().GetDotType();
}
// add the dot
currentConnectedSpaces.Add(space);
space.GetCurrentDot().Select();
// connect last spaces with the line
if (currentConnectedSpaces.Count >= 2)
{
previousConnected.Connect(lastConnected);
}
}
// Matches the color of the connection lines to the give dot type
public void SetDotType(DotManager.DotType dotType)
{
for (int i = 0; i < connectionLines.Count; i++)
{
connectionLines[i].SetType(dotType);
}
}
// Square was created. Select all dots of given type
public void Create(DotManager.DotType dotType)
{
for (int i = 0; i < board.BoardArray.Count; i++)
{
for (int k = 0; k < board.BoardArray[i].Count; k++)
{
BoardSpace curSpace = board.BoardArray[i][k];
DotController curDot = curSpace.GetCurrentDot();
if (curDot.GetDotType().typeID == dotType.typeID)
{
curDot.Select();
// only add to our toScore list once
if (!squareCreated)
{
toScore.Add(curSpace);
}
}
}
}
squareCreated = true;
Handheld.Vibrate();
}
public void SetType(DotManager.DotType dotType)
{
line.startColor = dotType.dotColor;
line.endColor = dotType.dotColor;
}
// Set the type and change the colors
public void SetDotType(DotManager.DotType type)
{
dotType = type;
dotSprite.color = type.dotColor;
selectionSprite.color = type.dotColor;
}
