private void AttemptToSelect()
{
if (highlightedIndex >= EventGridOffset)
{
int gridOffset = highlightedIndex - EventGridOffset; //Take the difference
gridOffset = BeatmapEventContainer.ModifiedTypeToEventType(gridOffset); //And turn from modified to event type
BeatmapObjectContainer highlighting = events.LoadedContainers.Where(
(BeatmapObjectContainer x) => x.objectData._time >= atsc.CurrentBeat - 1 / 64f && //Check time, within a small margin
x.objectData._time <= atsc.CurrentBeat + 1 / 64f && //Check time, within a small margin
(x.objectData as MapEvent)._type == gridOffset //Check type against what we calculated earlier
).FirstOrDefault();
if (highlighting != null)
{
SelectOrDeselect(highlighting);
}
}
else //For the notes grid, check notes first then obstacles.
{
BeatmapObjectContainer highlighting = notes.LoadedContainers.Where(
(BeatmapObjectContainer x) => x.objectData._time >= atsc.CurrentBeat - 1 / 64f && //Check time, within a small margin
x.objectData._time <= atsc.CurrentBeat + 1 / 64f && //Check time, within a small margin
(x.objectData as BeatmapNote)._lineIndex == highlightedIndex && //Check index
(x.objectData as BeatmapNote)._lineLayer == highlightedLayer //Check layer
).FirstOrDefault(); //Grab first instance (Or null if there is none)
if (highlighting != null)
{
SelectOrDeselect(highlighting);
}
else
{
highlighting = obstacles.LoadedContainers.Where((BeatmapObjectContainer x) =>
(x.objectData as BeatmapObstacle)._lineIndex <= highlightedIndex && //If it's between the left side
(x.objectData as BeatmapObstacle)._lineIndex + ((x.objectData as BeatmapObstacle)._width - 1) >= highlightedIndex && //...and the right
(x.objectData as BeatmapObstacle)._duration + x.objectData._time >= atsc.CurrentBeat && //If it's between the end point in time
x.objectData._time <= atsc.CurrentBeat && //...and the beginning point in time
(x.objectData as BeatmapObstacle)._type == wallType //And, for good measure, if they match types.
).FirstOrDefault();
if (highlighting != null)
{
SelectOrDeselect(highlighting);
}
}
}
}
public void ShiftSelection(int leftRight, int upDown)
{
foreach (BeatmapObjectContainer con in SelectedObjects)
{
if (con is BeatmapNoteContainer note)
{
if (note.mapNoteData._lineIndex >= 1000)
{
note.mapNoteData._lineIndex += Mathf.RoundToInt((1f / atsc.gridMeasureSnapping) * 1000 * leftRight);
if (note.mapNoteData._lineIndex < 1000)
{
note.mapNoteData._lineIndex = 1000;
}
}
else if (note.mapNoteData._lineIndex <= -1000)
{
note.mapNoteData._lineIndex += Mathf.RoundToInt((1f / atsc.gridMeasureSnapping) * 1000 * leftRight);
if (note.mapNoteData._lineIndex > -1000)
{
note.mapNoteData._lineIndex = -1000;
}
}
else
{
note.mapNoteData._lineIndex += leftRight;
}
note.mapNoteData._lineLayer += upDown;
}
else if (con is BeatmapObstacleContainer obstacle)
{
if (obstacle.obstacleData._lineIndex >= 1000)
{
obstacle.obstacleData._lineIndex += Mathf.RoundToInt((1f / atsc.gridMeasureSnapping) * 1000 * leftRight);
if (obstacle.obstacleData._lineIndex < 1000)
{
obstacle.obstacleData._lineIndex = 1000;
}
}
else if (obstacle.obstacleData._lineIndex <= -1000)
{
obstacle.obstacleData._lineIndex += Mathf.RoundToInt((1f / atsc.gridMeasureSnapping) * 1000 * leftRight);
if (obstacle.obstacleData._lineIndex > -1000)
{
obstacle.obstacleData._lineIndex = -1000;
}
}
else
{
obstacle.obstacleData._lineIndex += leftRight;
}
obstacle.obstacleData._time += ((1f / atsc.gridMeasureSnapping) * upDown);
}
else if (con is BeatmapEventContainer e)
{
e.eventData._time += ((1f / atsc.gridMeasureSnapping) * upDown);
if (eventPlacement.objectContainerCollection.RingPropagationEditing)
{
int pos = -1 + leftRight;
if (con.objectData._customData != null && con.objectData._customData["_propID"].IsNumber)
{
pos = (con.objectData?._customData["_propID"]?.AsInt ?? -1) + leftRight;
}
if (e.eventData._type != MapEvent.EVENT_TYPE_RING_LIGHTS)
{
e.UpdateAlpha(0);
pos = -1;
}
else
{
if (pos < -1)
{
pos = -1;
}
if (pos > 14)
{
pos = 14;
}
}
con.transform.localPosition = new Vector3(pos + 0.5f, 0.5f, con.transform.localPosition.z);
if (pos == -1)
{
con.objectData._customData?.Remove("_propID");
}
else
{
con.objectData._customData["_propID"] = pos;
}
}
else
{
if (e.eventData._customData != null && e.eventData._customData["_propID"] != null)
{
e.eventData._customData["_propID"] = e.eventData._customData["_propID"].AsInt + leftRight;
}
int modified = BeatmapEventContainer.EventTypeToModifiedType(e.eventData._type);
modified += leftRight;
if (modified < 0)
{
modified = 0;
}
if (modified > 15)
{
modified = 15;
}
e.eventData._type = BeatmapEventContainer.ModifiedTypeToEventType(modified);
e.RefreshAppearance();
if (e.eventData.IsRotationEvent || e.eventData._type - leftRight == MapEvent.EVENT_TYPE_LATE_ROTATION ||
e.eventData._type - leftRight == MapEvent.EVENT_TYPE_EARLY_ROTATION)
{
tracksManager.RefreshTracks();
}
}
}
con.UpdateGridPosition();
if (eventPlacement.objectContainerCollection.RingPropagationEditing)
{
eventPlacement.objectContainerCollection.RingPropagationEditing = eventPlacement.objectContainerCollection.RingPropagationEditing;
}
}
RefreshMap();
}