private void UpdateNote(BeatmapNoteContainer container, int lineIndex, int lineLayer, int cutDirection)
{
var note = (BeatmapNote)container.objectData;
note._lineIndex = lineIndex;
note._lineLayer = lineLayer;
note._cutDirection = cutDirection;
container.UpdateGridPosition();
container.transform.localEulerAngles = BeatmapNoteContainer.Directionalize(note);
}
public static BeatmapNoteContainer SpawnBeatmapNote(BeatmapNote noteData, ref GameObject notePrefab, ref GameObject bombPrefab, ref NoteAppearanceSO appearanceSO)
{
bool isBomb = noteData._type == BeatmapNote.NOTE_TYPE_BOMB;
BeatmapNoteContainer container = Instantiate(isBomb ? bombPrefab : notePrefab).GetComponent <BeatmapNoteContainer>();
container.isBomb = isBomb;
container.mapNoteData = noteData;
container.noteAppearance = appearanceSO;
appearanceSO.SetNoteAppearance(container);
container.Directionalize(noteData._cutDirection);
container._timeForEditor = noteData._time;
return(container);
}
protected override void UpdateContainerData(BeatmapObjectContainer con, BeatmapObject obj)
{
BeatmapNoteContainer note = con as BeatmapNoteContainer;
BeatmapNote noteData = obj as BeatmapNote;
note.SetBomb(noteData._type == BeatmapNote.NOTE_TYPE_BOMB);
noteAppearanceSO.SetNoteAppearance(note);
note.Setup();
note.transform.localEulerAngles = BeatmapNoteContainer.Directionalize(noteData);
Track track = tracksManager.GetTrackAtTime(obj._time);
track.AttachContainer(con);
foreach (Material mat in con.ModelMaterials)
{
allNoteRenderers.Add(mat);
mat.SetFloat("_Rotation", track.RotationValue.y);
}
}
public void UpdateAppearance(BeatmapObjectContainer obj)
{
switch (obj)
{
case BeatmapNoteContainer note:
note.transform.localEulerAngles = BeatmapNoteContainer.Directionalize(note.mapNoteData);
noteAppearance.SetNoteAppearance(note);
break;
case BeatmapEventContainer e:
eventAppearance.SetEventAppearance(e);
break;
case BeatmapObstacleContainer o:
obstacleAppearance.SetObstacleAppearance(o);
break;
}
tracksManager.RefreshTracks();
obj.UpdateGridPosition();
SelectionController.RefreshMap();
}
private void NotePassedThreshold(bool natural, int id, BeatmapObject obj)
{
BeatmapNote note = obj as BeatmapNote;
if (!InstantiatedNotes.ContainsKey(note._type))
{
InstantiatedNotes.Add(note._type, new Dictionary <GameObject, Image>());
}
if (lastByType.TryGetValue(note._type, out BeatmapNote lastInTime) && lastInTime._time != obj._time)
{
foreach (KeyValuePair <GameObject, Image> child in InstantiatedNotes[note._type])
{
child.Key.SetActive(false);
}
}
if (note._type == BeatmapNote.NOTE_TYPE_BOMB)
{
return;
}
float gridPosX = note._lineIndex, gridPosY = note._lineLayer;
if (note._customData?.HasKey("_position") ?? false)
{
Vector2 pos = note._customData["_position"];
gridPosX = pos.x + 2f;
gridPosY = pos.y;
}
else //mapping extensions ew
{
if (gridPosX >= 1000)
{
gridPosX = gridPosX / 1000 - 1f;
}
else if (gridPosX <= -1000f)
{
gridPosX = gridPosX / 1000f + 1f;
}
if (gridPosY >= 1000)
{
gridPosY = gridPosY / 1000f - 1f;
}
else if (gridPosY <= -1000f)
{
gridPosY = gridPosY / 1000f + 1f;
}
}
var position = new Vector3(_gridSize * gridPosX, _gridSize * gridPosY, 1);
if (InstantiatedNotes[note._type].Any(x => x.Key.activeSelf && x.Value.transform.localPosition == position))
{
// Note already visible
return;
}
GameObject g; //Instead of instantiating new objects every frame (Bad on performance), we are instead using a pooled system to use
Image img; //Already existing notes, and only create ones we need.
if (InstantiatedNotes[note._type].Any(x => !x.Key.activeSelf))
{
g = InstantiatedNotes[note._type].First(x => !x.Key.activeSelf).Key;
img = InstantiatedNotes[note._type][g];
g.SetActive(true);
g.transform.SetSiblingIndex(g.transform.parent.childCount);
foreach (Transform child in g.transform)
{
child.gameObject.SetActive(true);
}
}
else
{
g = Instantiate(gridNotePrefab, notes.transform, true);
img = g.GetComponent <Image>();
InstantiatedNotes[note._type].Add(g, img);
}
var transform1 = img.transform;
transform1.localPosition = position;
float sc = scale / 10f + .06f;
transform1.localScale = new Vector3(sc, sc); //I have to do this because the UI scaling is weird
//transform1.rotation = o.transform.rotation; //This code breaks when using 360 maps; use local rotation instead.
transform1.localEulerAngles = Vector3.forward * BeatmapNoteContainer.Directionalize(note).z; //Sets the rotation of the image to match the same rotation as the block
img.color = note._type == BeatmapNote.NOTE_TYPE_A ? noteAppearance.RedColor : noteAppearance.BlueColor;
bool dotEnabled = note._cutDirection == BeatmapNote.NOTE_CUT_DIRECTION_ANY; //Checks to see if the Dot is visible on the block
if (dotEnabled)
{
g.transform.GetChild(0).gameObject.SetActive(false);
}
else
{
g.transform.GetChild(1).gameObject.SetActive(false);
}
img.enabled = true;
if (!lastByType.ContainsKey(note._type))
{
lastByType.Add(note._type, note);
}
else
{
lastByType[note._type] = note;
}
}
public void Mirror()
{
if (!SelectionController.HasSelectedObjects())
{
PersistentUI.Instance.DisplayMessage("Select stuff first!", PersistentUI.DisplayMessageType.BOTTOM);
return;
}
foreach (BeatmapObjectContainer con in SelectionController.SelectedObjects)
{
if (con is BeatmapObstacleContainer obstacle)
{
bool precisionWidth = obstacle.obstacleData._width >= 1000;
int __state = obstacle.obstacleData._lineIndex;
if (__state >= 1000 || __state <= -1000 || precisionWidth) // precision lineIndex
{
int newIndex = __state;
if (newIndex <= -1000) // normalize index values, we'll fix them later
{
newIndex += 1000;
}
else if (newIndex >= 1000)
{
newIndex -= 1000;
}
else
{
newIndex = newIndex * 1000; //convert lineIndex to precision if not already
}
newIndex = (((newIndex - 2000) * -1) + 2000); //flip lineIndex
int newWidth = obstacle.obstacleData._width; //normalize wall width
if (newWidth < 1000)
{
newWidth = newWidth * 1000;
}
else
{
newWidth -= 1000;
}
newIndex = newIndex - newWidth;
if (newIndex < 0)
{ //this is where we fix them
newIndex -= 1000;
}
else
{
newIndex += 1000;
}
obstacle.obstacleData._lineIndex = newIndex;
}
else // state > -1000 || state < 1000 assumes no precision width
{
int mirrorLane = (((__state - 2) * -1) + 2); //flip lineIndex
obstacle.obstacleData._lineIndex = mirrorLane - obstacle.obstacleData._width; //adjust for wall width
}
con.UpdateGridPosition();
}
else if (con is BeatmapNoteContainer note)
{
int __state = note.mapNoteData._lineIndex; // flip line index
if (__state > 3 || __state < 0) // precision case
{
int newIndex = __state;
if (newIndex <= -1000) // normalize index values, we'll fix them later
{
newIndex += 1000;
}
else if (newIndex >= 1000)
{
newIndex -= 1000;
}
newIndex = (((newIndex - 1500) * -1) + 1500); //flip lineIndex
if (newIndex < 0) //this is where we fix them
{
newIndex -= 1000;
}
else
{
newIndex += 1000;
}
note.mapNoteData._lineIndex = newIndex;
}
else
{
int mirrorLane = (int)(((__state - 1.5f) * -1) + 1.5f);
note.mapNoteData._lineIndex = mirrorLane;
}
con.UpdateGridPosition();
//flip colors
if (note.mapNoteData is BeatmapChromaNote chroma)
{
note.mapNoteData = chroma.originalNote; //Revert Chroma status, then invert types
}
if (note.mapNoteData._type != BeatmapNote.NOTE_TYPE_BOMB)
{
note.mapNoteData._type = note.mapNoteData._type == BeatmapNote.NOTE_TYPE_A ? BeatmapNote.NOTE_TYPE_B : BeatmapNote.NOTE_TYPE_A;
//flip cut direction horizontally
if (CutDirectionToMirrored.ContainsKey(note.mapNoteData._cutDirection))
{
note.mapNoteData._cutDirection = CutDirectionToMirrored[note.mapNoteData._cutDirection];
note.transform.localEulerAngles = BeatmapNoteContainer.Directionalize(note.mapNoteData);
}
}
noteAppearance.SetNoteAppearance(note);
}
else if (con is BeatmapEventContainer e)
{
if (e.eventData.IsRotationEvent)
{
int?rotation = e.eventData.GetRotationDegreeFromValue();
if (rotation != null)
{
if (e.eventData._value >= 0 && e.eventData._value < MapEvent.LIGHT_VALUE_TO_ROTATION_DEGREES.Length)
{
e.eventData._value = MapEvent.LIGHT_VALUE_TO_ROTATION_DEGREES.ToList().IndexOf((rotation ?? 0) * -1);
}
else if (e.eventData._value >= 1000 && e.eventData._value <= 1720) //Invert Mapping Extensions rotation
{
e.eventData._value = 1720 - (e.eventData._value - 1000);
}
}
eventAppearance?.SetEventAppearance(e);
tracksManager?.RefreshTracks();
return;
}
if (e.eventData.IsUtilityEvent)
{
return;
}
if (e.eventData._value > 4 && e.eventData._value < 8)
{
e.eventData._value -= 4;
}
else if (e.eventData._value > 0 && e.eventData._value <= 4)
{
e.eventData._value += 4;
}
eventAppearance?.SetEventAppearance(e);
}
}
SelectionController.RefreshMap();
}
public void RefreshSpecialAngles(BeatmapObject obj, bool objectWasSpawned, bool isNatural)
{
// Do not bother refreshing if objects are despawning naturally (while playing back the song)
if (!objectWasSpawned && isNatural)
{
return;
}
// Do not do special angles for bombs
if ((obj as BeatmapNote)._type == BeatmapNote.NOTE_TYPE_BOMB)
{
return;
}
// Grab all objects with the same type, and time (within epsilon)
objectsAtSameTime.Clear();
foreach (var x in LoadedContainers)
{
if (!(x.Key._time - Epsilon <= obj._time && x.Key._time + Epsilon >= obj._time &&
(x.Key as BeatmapNote)._type == (obj as BeatmapNote)._type))
{
continue;
}
objectsAtSameTime.Add(x.Value);
}
// Only execute if we have exactly 2 notes with the same type
if (objectsAtSameTime.Count == 2)
{
// Due to the potential for "obj" not having a container, we cannot reuse it as "a".
BeatmapNote a = objectsAtSameTime.First().objectData as BeatmapNote;
BeatmapNote b = objectsAtSameTime.Last().objectData as BeatmapNote;
// Grab the containers we will be flipping
BeatmapObjectContainer containerA = objectsAtSameTime.First();
BeatmapObjectContainer containerB = objectsAtSameTime.Last();
// Do not execute if cut directions are not the same (and both are not dot notes)
if (a._cutDirection != b._cutDirection && a._cutDirection != BeatmapNote.NOTE_CUT_DIRECTION_ANY &&
b._cutDirection != BeatmapNote.NOTE_CUT_DIRECTION_ANY)
{
return;
}
if (a._cutDirection == BeatmapNote.NOTE_CUT_DIRECTION_ANY)
{
(a, b) = (b, a); // You can flip variables like this in C#. Who knew?
(containerA, containerB) = (containerB, containerA);
}
Vector2 posA = containerA.transform.localPosition;
Vector2 posB = containerB.transform.localPosition;
Vector2 cutVector = a._cutDirection == BeatmapNote.NOTE_CUT_DIRECTION_ANY ? Vector2.up : Direction(a);
Vector2 line = posA - posB;
float angle = SignedAngleToLine(cutVector, line);
// if both notes are dots, line them up with each other by adding the signed angle.
if (a._cutDirection == BeatmapNote.NOTE_CUT_DIRECTION_ANY && b._cutDirection == BeatmapNote.NOTE_CUT_DIRECTION_ANY)
{
containerA.transform.localEulerAngles = Vector3.forward * angle;
containerB.transform.localEulerAngles = Vector3.forward * angle;
}
else
{
Vector3 originalA = BeatmapNoteContainer.Directionalize(a);
Vector3 originalB = BeatmapNoteContainer.Directionalize(b);
// We restrict angles below 40 (For 45 just use diagonal notes KEKW)
if (Mathf.Abs(angle) <= 40)
{
containerA.transform.localEulerAngles = originalA + (Vector3.forward * angle);
if (b._cutDirection == BeatmapNote.NOTE_CUT_DIRECTION_ANY && !a.IsMainDirection)
{
containerB.transform.localEulerAngles = originalB + (Vector3.forward * (angle + 45));
}
else
{
containerB.transform.localEulerAngles = originalB + (Vector3.forward * angle);
}
}
}
}
else
{
foreach (var toReset in objectsAtSameTime)
{
Vector3 direction = BeatmapNoteContainer.Directionalize(toReset.objectData as BeatmapNote);
toReset.transform.localEulerAngles = direction;
}
}
}