// ----- SETUP -----
public void Setup()
{
_levelEditor = LevelEditor.Instance;
_undoStack = new FiniteStack <int[, , ]>();
_redoStack = new FiniteStack <int[, , ]>();
SetupClickListeners();
}
// Method that resets the level and GameObject before a load
private void ResetBeforeLoad()
{
// Destroy everything inside our currently level that's created dynamically
foreach (Transform child in tileLevelParent.transform)
{
Destroy(child.gameObject);
}
level = CreateEmptyLevel();
layerParents = new Dictionary <int, GameObject> ();
// Reset undo and redo stacks
undoStack = new FiniteStack <int[, , ]> ();
redoStack = new FiniteStack <int[, , ]> ();
}
public ActionManager(NodeEditorWindow w)
{
_undoStack = new FiniteStack <UndoableAction>(100);
_redoStack = new Stack <UndoableAction>();
_window = w;
// Makes sure that the action cleans up after itself
// when it is removed from the undo buffer.
_undoStack.OnRemoveBottomItem += (action) =>
{
action.OnDestroy();
};
}
private void ApplyEvent(FiniteStack <HistoryEvent> apply)
{
if (apply.count <= 0)
{
return;
}
HistoryEvent next = apply.Pop();
next.Restore(data.songData);
data.currentPattern = next.pattern;
view.UpdatePatternData();
Debug.Log("Next line is " + next.position.line);
view.SetSelection(next.position);
}
// Method to instantiate the dependencies and variables
public void Start()
{
// Check the start values to prevent errors
CheckStartValues();
// Define the level sizes as the sizes for the grid
GridOverlay.instance.SetGridSizeX(WIDTH);
GridOverlay.instance.SetGridSizeY(HEIGHT);
// Find the camera, position it in the middle of our level and store initial zoom level
mainCamera = GameObject.FindGameObjectWithTag("MainCamera");
if (mainCamera != null)
{
mainCamera.transform.position = new Vector3(WIDTH / 2, HEIGHT / 2, mainCamera.transform.position.z);
//Store initial zoom level
mainCameraComponent = mainCamera.GetComponent <Camera> ();
if (mainCameraComponent.orthographic)
{
mainCameraInitialSize = mainCameraComponent.orthographicSize;
}
else
{
mainCameraInitialSize = mainCameraComponent.fieldOfView;
}
}
else
{
errorCounter++;
Debug.LogError("Object with tag MainCamera not found");
}
// Get or create the tileLevelParent object so we can make it our newly created objects' parent
tileLevelParent = GameObject.Find("TileLevel");
if (tileLevelParent == null)
{
tileLevelParent = new GameObject("TileLevel");
}
// Instantiate the level and gameObject to an empty level and empty Transform
level = CreateEmptyLevel();
gameObjects = new Transform[WIDTH, HEIGHT, LAYERS];
// Instantiate the undo and redo stack
undoStack = new FiniteStack <int[, , ]> ();
redoStack = new FiniteStack <int[, , ]> ();
SetupUI();
}
public static void Main()
{
SimpleStack <string> a = new SimpleStack <string>();
a.Push("Monday");
a.Push("Tuesday");
a.Push("Wednesday");
a.Push("Thursday");
a.Push("Friday");
FiniteStack <string> b = new FiniteStack <string>(12);
b.Push("June");
b.Push("May");
b.Push("April");
b.Push("March");
SimpleStack <Interval> c = new SimpleStack <Interval>();
c.Push(new Interval(5, 31));
c.Push(new Interval(4, 52));
c.Push(new Interval(7, 23));
c.Push(new Interval(3, 44));
c.Push(new Interval(6, 15));
SimpleStack <object> d = new SimpleStack <object>();
d.Push("Sunday");
d.Push(new Interval(2, 30));
d.Push(12.3);
a.Copy(b);
c.Copy(d);
PrintStack(a);
PrintStack(b);
PrintStack(c);
PrintStack(d);
}
public static void Main()
{
SimpleStack <string> a = new SimpleStack <string>();
a.Push("Monday");
a.Push("Tuesday");
a.Push("Wednesday");
a.Push("Thursday");
a.Push("Friday");
FiniteStack <string> b = new FiniteStack <string>(10);
b.Push("June");
b.Push("May");
b.Push("April");
b.Push("March");
SimpleStack <Interval> c = new SimpleStack <Interval>();
c.Push(new Interval(5, 41));
c.Push(new Interval(7, 32));
c.Push(new Interval(6, 53));
c.Push(new Interval(3, 24));
c.Push(new Interval(4, 15));
SimpleStack <object> d = new SimpleStack <object>();
d.Push("Saturday");
d.Push(45.6);
c.Copy(d); //contravariance(Interval -> object) for IStackWriter
PrintStack(a); //covariance(object -> string) for IStackReader
PrintStack(b);
PrintStack(c);
PrintStack(d);
}
// ----- PUBLIC METHODS -----
// Reset undo and redo stacks
public void Reset()
{
_undoStack = new FiniteStack <int[, , ]>();
_redoStack = new FiniteStack <int[, , ]>();
}
