static void Postfix(ref Vector3 __result, ref NoteFloorMovement __instance)
{
var output = __result;
output.y = UnityEngine.Random.Range(-__instance.distanceToPlayer * 1000, __instance.distanceToPlayer * 1000);
__result = output;
}
public static bool Prefix(NoteFloorMovement __instance, ref Vector3 __result, ref Vector3 ____localPosition, ref Vector3 ____startPos, ref Transform ____rotatedObject)
{
if (!Plugin.active)
{
return(true);
}
____localPosition = ____startPos;
Vector3 vector = ____localPosition;
__instance.transform.SetPositionAndRotation(vector, __instance.transform.rotation);
____rotatedObject.transform.rotation = __instance.transform.rotation;
__result = vector;
return(false);
}
private static Vector3 DefiniteNoteFloorMovement(Vector3 original, NoteFloorMovement noteFloorMovement)
{
NoodleObjectData noodleData = NoteControllerUpdate.NoodleData;
if (noodleData != null)
{
AnimationHelper.GetDefinitePositionOffset(noodleData.AnimationObject, noodleData.Track, 0, out Vector3? position);
if (position.HasValue)
{
Vector3 noteOffset = noodleData.NoteOffset;
Vector3 endPos = NoteControllerUpdate._floorEndPosAccessor(ref noteFloorMovement);
return(original + (position.Value + noteOffset - endPos));
}
}
return(original);
}
public override void SetNoteControllerEventCallbacks(NoteController noteController)
{
noteController.noteDidStartJumpEvent += HandleNoteDidStartJump;
noteController.noteDidFinishJumpEvent += HandleNoteDidFinishJump;
noteController.noteWasCutEvent += HandleNoteWasCut;
noteController.noteWasMissedEvent += HandleNoteWasMissed;
noteController.noteDidDissolveEvent += HandleNoteDidDissolve;
NoteJump noteJump = noteController.GetComponent <NoteJump>();
NoteJumpPlayerController(ref noteJump) = owner;
NoteJumpAudioTimeSyncController(ref noteJump) = onlineSyncController;
NoteFloorMovement noteFloorMovement = noteController.GetComponent <NoteFloorMovement>();
NoteFloorMovementAudioTimeSyncController(ref noteFloorMovement) = onlineSyncController;
_activeNotes.Add(noteController);
}
private static Vector3 DefiniteNoteFloorMovement(Vector3 original, NoteFloorMovement noteFloorMovement)
{
dynamic dynData = NoteControllerUpdate.CustomNoteData.customData;
dynamic animationObject = Trees.at(dynData, "_animation");
Track track = Trees.at(dynData, "track");
AnimationHelper.GetDefinitePositionOffset(animationObject, track, 0, out Vector3? position);
if (position.HasValue)
{
Vector3 noteOffset = Trees.at(dynData, "noteOffset");
Vector3 endPos = NoteControllerUpdate._floorEndPosAccessor(ref noteFloorMovement);
return(original + (position.Value + noteOffset - endPos));
}
else
{
return(original);
}
}
public override void RemoveNoteControllerEventCallbacks(NoteController noteController)
{
noteController.noteDidStartJumpEvent -= HandleNoteDidStartJump;
noteController.noteDidFinishJumpEvent -= HandleNoteDidFinishJump;
noteController.noteWasCutEvent -= HandleNoteWasCut;
noteController.noteWasMissedEvent -= HandleNoteWasMissed;
noteController.noteDidDissolveEvent -= HandleNoteDidDissolve;
NoteJump noteJump = noteController.GetComponent <NoteJump>();
NoteJumpPlayerController(ref noteJump) = _localPlayer;
NoteJumpAudioTimeSyncController(ref noteJump) = _localSyncController;
NoteFloorMovement noteFloorMovement = noteController.GetComponent <NoteFloorMovement>();
NoteFloorMovementAudioTimeSyncController(ref noteFloorMovement) = _localSyncController;
if (_activeNotes != null)
{
_activeNotes.Remove(noteController);
}
}
private static void Postfix(NoteController __instance, NoteData noteData, NoteMovement ____noteMovement)
{
if (noteData is CustomNoteData customData)
{
dynamic dynData = customData.customData;
float?cutDir = (float?)Trees.at(dynData, CUTDIRECTION);
NoteJump noteJump = _noteJumpAccessor(ref ____noteMovement);
NoteFloorMovement floorMovement = _noteFloorMovementAccessor(ref ____noteMovement);
if (cutDir.HasValue)
{
Quaternion rotation = Quaternion.Euler(0, 0, cutDir.Value);
_endRotationAccessor(ref noteJump) = rotation;
Vector3 vector = rotation.eulerAngles;
vector += _randomRotationsAccessor(ref noteJump)[_randomRotationIdxAccessor(ref noteJump)] * 20;
Quaternion midrotation = Quaternion.Euler(vector);
_middleRotationAccessor(ref noteJump) = midrotation;
}
}
}
#pragma warning disable SA1313 // Parameter names should begin with lower-case letter
private static void Postfix(NoteController __instance, NoteData noteData, NoteMovement ____noteMovement, Vector3 moveStartPos, Vector3 moveEndPos, Vector3 jumpEndPos)
#pragma warning restore SA1313 // Parameter names should begin with lower-case letter
{
if (noteData is CustomNoteData customData)
{
dynamic dynData = customData.customData;
float?cutDir = (float?)Trees.at(dynData, CUTDIRECTION);
NoteJump noteJump = _noteJumpAccessor(ref ____noteMovement);
NoteFloorMovement floorMovement = _noteFloorMovementAccessor(ref ____noteMovement);
if (cutDir.HasValue)
{
Quaternion cutQuaternion = Quaternion.Euler(0, 0, cutDir.Value);
_endRotationAccessor(ref noteJump) = cutQuaternion;
Vector3 vector = cutQuaternion.eulerAngles;
vector += _randomRotationsAccessor(ref noteJump)[_randomRotationIdxAccessor(ref noteJump)] * 20;
Quaternion midrotation = Quaternion.Euler(vector);
_middleRotationAccessor(ref noteJump) = midrotation;
}
dynamic rotation = Trees.at(dynData, ROTATION);
IEnumerable <float> localrot = ((List <object>)Trees.at(dynData, LOCALROTATION))?.Select(n => Convert.ToSingle(n));
Transform transform = __instance.transform;
Quaternion localRotation = _quaternionIdentity;
if (rotation != null || localRotation != null)
{
if (localrot != null)
{
localRotation = Quaternion.Euler(localrot.ElementAt(0), localrot.ElementAt(1), localrot.ElementAt(2));
}
Quaternion worldRotationQuatnerion;
if (rotation != null)
{
if (rotation is List <object> list)
{
IEnumerable <float> rot = list?.Select(n => Convert.ToSingle(n));
worldRotationQuatnerion = Quaternion.Euler(rot.ElementAt(0), rot.ElementAt(1), rot.ElementAt(2));
}
else
{
worldRotationQuatnerion = Quaternion.Euler(0, (float)rotation, 0);
}
Quaternion inverseWorldRotation = Quaternion.Euler(-worldRotationQuatnerion.eulerAngles);
_worldRotationJumpAccessor(ref noteJump) = worldRotationQuatnerion;
_inverseWorldRotationJumpAccessor(ref noteJump) = inverseWorldRotation;
_worldRotationFloorAccessor(ref floorMovement) = worldRotationQuatnerion;
_inverseWorldRotationFloorAccessor(ref floorMovement) = inverseWorldRotation;
worldRotationQuatnerion *= localRotation;
transform.localRotation = worldRotationQuatnerion;
}
else
{
transform.localRotation *= localRotation;
}
}
transform.localScale = Vector3.one; // This is a fix for animation due to notes being recycled
Track track = AnimationHelper.GetTrack(dynData);
if (track != null && ParentObject.Controller != null)
{
ParentObject parentObject = ParentObject.Controller.GetParentObjectTrack(track);
if (parentObject != null)
{
parentObject.ParentToObject(transform);
}
else
{
ParentObject.ResetTransformParent(transform);
}
}
else
{
ParentObject.ResetTransformParent(transform);
}
dynData.moveStartPos = moveStartPos;
dynData.moveEndPos = moveEndPos;
dynData.jumpEndPos = jumpEndPos;
dynData.worldRotation = __instance.worldRotation;
dynData.localRotation = localRotation;
}
if (__instance is GameNoteController)
{
_gameNoteControllerUpdate.Invoke(__instance, null);
}
else
{
_noteControllerUpdate.Invoke(__instance, null);
}
}
#pragma warning disable SA1313 // Parameter names should begin with lower-case letter
private static void Prefix(NoteController __instance, NoteData ____noteData, NoteMovement ____noteMovement)
#pragma warning restore SA1313 // Parameter names should begin with lower-case letter
{
if (____noteData is CustomNoteData customData)
{
CustomNoteData = customData;
dynamic dynData = customData.customData;
Track track = Trees.at(dynData, "track");
dynamic animationObject = Trees.at(dynData, "_animation");
if (track != null || animationObject != null)
{
NoteJump noteJump = NoteControllerInit._noteJumpAccessor(ref ____noteMovement);
NoteFloorMovement floorMovement = NoteControllerInit._noteFloorMovementAccessor(ref ____noteMovement);
// idk i just copied base game time
float jumpDuration = _jumpDurationAccessor(ref noteJump);
float elapsedTime = _audioTimeSyncControllerAccessor(ref noteJump).songTime - (____noteData.time - (jumpDuration * 0.5f));
elapsedTime = NoteJumpManualUpdate.NoteJumpTimeAdjust(elapsedTime, jumpDuration);
float normalTime = elapsedTime / jumpDuration;
AnimationHelper.GetObjectOffset(animationObject, track, normalTime, out Vector3? positionOffset, out Quaternion? rotationOffset, out Vector3? scaleOffset, out Quaternion? localRotationOffset, out float?dissolve, out float?dissolveArrow, out float?cuttable);
if (positionOffset.HasValue)
{
Vector3 moveStartPos = Trees.at(dynData, "moveStartPos");
Vector3 moveEndPos = Trees.at(dynData, "moveEndPos");
Vector3 jumpEndPos = Trees.at(dynData, "jumpEndPos");
Vector3 offset = positionOffset.Value;
_floorStartPosAccessor(ref floorMovement) = moveStartPos + offset;
_floorEndPosAccessor(ref floorMovement) = moveEndPos + offset;
_jumpStartPosAccessor(ref noteJump) = moveEndPos + offset;
_jumpEndPosAccessor(ref noteJump) = jumpEndPos + offset;
}
Transform transform = __instance.transform;
if (rotationOffset.HasValue || localRotationOffset.HasValue)
{
Quaternion worldRotation = Trees.at(dynData, "worldRotation");
Quaternion localRotation = Trees.at(dynData, "localRotation");
Quaternion worldRotationQuatnerion = worldRotation;
if (rotationOffset.HasValue)
{
worldRotationQuatnerion *= rotationOffset.Value;
Quaternion inverseWorldRotation = Quaternion.Euler(-worldRotationQuatnerion.eulerAngles);
NoteControllerInit._worldRotationJumpAccessor(ref noteJump) = worldRotationQuatnerion;
NoteControllerInit._inverseWorldRotationJumpAccessor(ref noteJump) = inverseWorldRotation;
NoteControllerInit._worldRotationFloorAccessor(ref floorMovement) = worldRotationQuatnerion;
NoteControllerInit._inverseWorldRotationFloorAccessor(ref floorMovement) = inverseWorldRotation;
}
worldRotationQuatnerion *= localRotation;
if (localRotationOffset.HasValue)
{
worldRotationQuatnerion *= localRotationOffset.Value;
}
transform.localRotation = worldRotationQuatnerion;
}
if (scaleOffset.HasValue)
{
transform.localScale = scaleOffset.Value;
}
if (dissolve.HasValue)
{
CutoutEffect cutoutEffect = Trees.at(dynData, "cutoutEffect");
if (cutoutEffect == null)
{
BaseNoteVisuals baseNoteVisuals = __instance.gameObject.GetComponent <BaseNoteVisuals>();
CutoutAnimateEffect cutoutAnimateEffect = _noteCutoutAnimateEffectAccessor(ref baseNoteVisuals);
CutoutEffect[] cutoutEffects = _cutoutEffectAccessor(ref cutoutAnimateEffect);
cutoutEffect = cutoutEffects.First(n => n.name != "NoteArrow"); // 1.11 NoteArrow has been added to the CutoutAnimateEffect and we don't want that
dynData.cutoutAnimateEffect = cutoutEffect;
}
cutoutEffect.SetCutout(1 - dissolve.Value);
}
if (dissolveArrow.HasValue && __instance.noteData.noteType != NoteType.Bomb)
{
DisappearingArrowController disappearingArrowController = Trees.at(dynData, "disappearingArrowController");
if (disappearingArrowController == null)
{
disappearingArrowController = __instance.gameObject.GetComponent <DisappearingArrowController>();
dynData.disappearingArrowController = disappearingArrowController;
}
disappearingArrowController.SetArrowTransparency(dissolveArrow.Value);
}
if (cuttable.HasValue)
{
bool enabled = cuttable.Value >= 1;
switch (__instance)
{
case GameNoteController gameNoteController:
BoxCuttableBySaber bigCuttableBySaber = _gameNoteBigCuttableAccessor(ref gameNoteController);
if (bigCuttableBySaber.enabled != enabled)
{
bigCuttableBySaber.enabled = enabled;
_gameNoteSmallCuttableAccessor(ref gameNoteController).enabled = enabled;
}
break;
case BombNoteController bombNoteController:
CuttableBySaber boxCuttableBySaber = _bombNoteCuttableAccessor(ref bombNoteController);
if (boxCuttableBySaber.enabled != enabled)
{
boxCuttableBySaber.enabled = enabled;
}
break;
}
}
}
}
}
private static bool Prefix(NoteMovement __instance, Vector3 moveStartPos, Vector3 moveEndPos, Vector3 jumpEndPos, float moveDuration, float jumpDuration, float startTime, float jumpGravity, float flipYSide, NoteCutDirection cutDirection, ref float ____zOffset, ref NoteFloorMovement ____floorMovement, ref Vector3 ____position, ref Vector3 ____prevPosition, ref NoteJump ____jump, ref Action ___didInitEvent)
{
if (!Plugin.active)
{
return(true);
}
moveStartPos += __instance.transform.forward * ____zOffset;
moveEndPos += __instance.transform.forward * ____zOffset;
jumpEndPos += __instance.transform.forward * ____zOffset;
____floorMovement.Init(moveStartPos, moveEndPos, moveDuration, startTime);
____position = ____floorMovement.SetToStart();
____prevPosition = ____position;
____jump.Init(moveEndPos, jumpEndPos, jumpDuration, startTime + moveDuration, jumpGravity, flipYSide, cutDirection);
ReflectionUtil.SetPrivateProperty(__instance, "movementPhase", NoteMovement.MovementPhase.MovingOnTheFloor);
___didInitEvent?.Invoke();
return(false);
}
private static void Postfix(NoteController __instance, NoteData noteData, NoteMovement ____noteMovement, Vector3 moveStartPos, Vector3 moveEndPos, Vector3 jumpEndPos, float endRotation)
{
if (__instance is MultiplayerConnectedPlayerNoteController)
{
return;
}
NoodleNoteData noodleData = (NoodleNoteData)NoodleObjectDatas[noteData];
Quaternion?cutQuaternion = noodleData.CutQuaternion;
NoteJump noteJump = _noteJumpAccessor(ref ____noteMovement);
NoteFloorMovement floorMovement = _noteFloorMovementAccessor(ref ____noteMovement);
if (cutQuaternion.HasValue)
{
Quaternion quatVal = cutQuaternion.Value;
_endRotationAccessor(ref noteJump) = quatVal;
Vector3 vector = quatVal.eulerAngles;
vector += _randomRotationsAccessor(ref noteJump)[_randomRotationIdxAccessor(ref noteJump)] * 20;
Quaternion midrotation = Quaternion.Euler(vector);
_middleRotationAccessor(ref noteJump) = midrotation;
}
Quaternion?worldRotationQuaternion = noodleData.WorldRotationQuaternion;
Quaternion?localRotationQuaternion = noodleData.LocalRotationQuaternion;
Transform transform = __instance.transform;
Quaternion localRotation = _quaternionIdentity;
if (worldRotationQuaternion.HasValue || localRotationQuaternion.HasValue)
{
if (localRotationQuaternion.HasValue)
{
localRotation = localRotationQuaternion.Value;
}
if (worldRotationQuaternion.HasValue)
{
Quaternion quatVal = worldRotationQuaternion.Value;
Quaternion inverseWorldRotation = Quaternion.Inverse(quatVal);
_worldRotationJumpAccessor(ref noteJump) = quatVal;
_inverseWorldRotationJumpAccessor(ref noteJump) = inverseWorldRotation;
_worldRotationFloorAccessor(ref floorMovement) = quatVal;
_inverseWorldRotationFloorAccessor(ref floorMovement) = inverseWorldRotation;
quatVal *= localRotation;
transform.localRotation = quatVal;
}
else
{
transform.localRotation *= localRotation;
}
}
if (transform.localScale != Vector3.one)
{
transform.localScale = Vector3.one; // This is a fix for animation due to notes being recycled
}
Track track = noodleData.Track;
if (track != null && ParentObject.Controller != null)
{
ParentObject parentObject = ParentObject.Controller.GetParentObjectTrack(track);
if (parentObject != null)
{
parentObject.ParentToObject(transform);
}
else
{
ParentObject.ResetTransformParent(transform);
}
}
else
{
ParentObject.ResetTransformParent(transform);
}
noodleData.EndRotation = endRotation;
noodleData.MoveStartPos = moveStartPos;
noodleData.MoveEndPos = moveEndPos;
noodleData.JumpEndPos = jumpEndPos;
noodleData.WorldRotation = __instance.worldRotation;
noodleData.LocalRotation = localRotation;
}
private static void Prefix(NoteController __instance, NoteData ____noteData, NoteMovement ____noteMovement)
{
if (__instance is MultiplayerConnectedPlayerNoteController)
{
NoodleData = null;
return;
}
NoodleData = NoodleObjectDatas[____noteData];
NoodleNoteData noodleData = (NoodleNoteData)NoodleData;
Track track = noodleData.Track;
NoodleObjectData.AnimationObjectData animationObject = noodleData.AnimationObject;
if (track != null || animationObject != null)
{
NoteJump noteJump = NoteControllerInit._noteJumpAccessor(ref ____noteMovement);
NoteFloorMovement floorMovement = NoteControllerInit._noteFloorMovementAccessor(ref ____noteMovement);
// idk i just copied base game time
float jumpDuration = _jumpDurationAccessor(ref noteJump);
float elapsedTime = _audioTimeSyncControllerAccessor(ref noteJump).songTime - (____noteData.time - (jumpDuration * 0.5f));
elapsedTime = NoteJumpManualUpdate.NoteJumpTimeAdjust(elapsedTime, jumpDuration);
float normalTime = elapsedTime / jumpDuration;
AnimationHelper.GetObjectOffset(animationObject, track, normalTime, out Vector3? positionOffset, out Quaternion? rotationOffset, out Vector3? scaleOffset, out Quaternion? localRotationOffset, out float?dissolve, out float?dissolveArrow, out float?cuttable);
if (positionOffset.HasValue)
{
Vector3 moveStartPos = noodleData.MoveStartPos;
Vector3 moveEndPos = noodleData.MoveEndPos;
Vector3 jumpEndPos = noodleData.JumpEndPos;
Vector3 offset = positionOffset.Value;
_floorStartPosAccessor(ref floorMovement) = moveStartPos + offset;
_floorEndPosAccessor(ref floorMovement) = moveEndPos + offset;
_jumpStartPosAccessor(ref noteJump) = moveEndPos + offset;
_jumpEndPosAccessor(ref noteJump) = jumpEndPos + offset;
}
Transform transform = __instance.transform;
if (rotationOffset.HasValue || localRotationOffset.HasValue)
{
Quaternion worldRotation = noodleData.WorldRotation;
Quaternion localRotation = noodleData.LocalRotation;
Quaternion worldRotationQuatnerion = worldRotation;
if (rotationOffset.HasValue)
{
worldRotationQuatnerion *= rotationOffset.Value;
Quaternion inverseWorldRotation = Quaternion.Inverse(worldRotationQuatnerion);
NoteControllerInit._worldRotationJumpAccessor(ref noteJump) = worldRotationQuatnerion;
NoteControllerInit._inverseWorldRotationJumpAccessor(ref noteJump) = inverseWorldRotation;
NoteControllerInit._worldRotationFloorAccessor(ref floorMovement) = worldRotationQuatnerion;
NoteControllerInit._inverseWorldRotationFloorAccessor(ref floorMovement) = inverseWorldRotation;
}
worldRotationQuatnerion *= localRotation;
if (localRotationOffset.HasValue)
{
worldRotationQuatnerion *= localRotationOffset.Value;
}
transform.localRotation = worldRotationQuatnerion;
}
if (scaleOffset.HasValue)
{
transform.localScale = scaleOffset.Value;
}
if (dissolve.HasValue)
{
CutoutEffect cutoutEffect = noodleData.CutoutEffect;
if (cutoutEffect == null)
{
BaseNoteVisuals baseNoteVisuals = __instance.gameObject.GetComponent <BaseNoteVisuals>();
CutoutAnimateEffect cutoutAnimateEffect = _noteCutoutAnimateEffectAccessor(ref baseNoteVisuals);
CutoutEffect[] cutoutEffects = _cutoutEffectAccessor(ref cutoutAnimateEffect);
cutoutEffect = cutoutEffects.First(n => n.name != "NoteArrow"); // 1.11 NoteArrow has been added to the CutoutAnimateEffect and we don't want that
noodleData.CutoutEffect = cutoutEffect;
}
cutoutEffect.SetCutout(1 - dissolve.Value);
}
if (dissolveArrow.HasValue && __instance.noteData.colorType != ColorType.None)
{
MonoBehaviour disappearingArrowController = noodleData.DisappearingArrowController;
if (disappearingArrowController == null)
{
disappearingArrowController = __instance.gameObject.GetComponent <DisappearingArrowControllerBase <GameNoteController> >();
if (disappearingArrowController == null)
{
disappearingArrowController = __instance.gameObject.GetComponent <DisappearingArrowControllerBase <MultiplayerConnectedPlayerGameNoteController> >();
}
noodleData.DisappearingArrowController = disappearingArrowController;
noodleData.DisappearingArrowMethod = GetSetArrowTransparency(disappearingArrowController.GetType());
}
// gross nasty reflection
noodleData.DisappearingArrowMethod.Invoke(disappearingArrowController, new object[] { dissolveArrow.Value });
}
if (cuttable.HasValue)
{
bool enabled = cuttable.Value >= 1;
switch (__instance)
{
case GameNoteController gameNoteController:
BoxCuttableBySaber[] bigCuttableBySaberList = _gameNoteBigCuttableAccessor(ref gameNoteController);
foreach (BoxCuttableBySaber bigCuttableBySaber in bigCuttableBySaberList)
{
if (bigCuttableBySaber.canBeCut != enabled)
{
bigCuttableBySaber.canBeCut = enabled;
}
}
BoxCuttableBySaber[] smallCuttableBySaberList = _gameNoteSmallCuttableAccessor(ref gameNoteController);
foreach (BoxCuttableBySaber smallCuttableBySaber in smallCuttableBySaberList)
{
if (smallCuttableBySaber.canBeCut != enabled)
{
smallCuttableBySaber.canBeCut = enabled;
}
}
break;
case BombNoteController bombNoteController:
CuttableBySaber boxCuttableBySaber = _bombNoteCuttableAccessor(ref bombNoteController);
if (boxCuttableBySaber.canBeCut != enabled)
{
boxCuttableBySaber.canBeCut = enabled;
}
break;
}
}
}
}
private static void Postfix(NoteController __instance, NoteData noteData, NoteMovement ____noteMovement, Vector3 moveStartPos, Vector3 moveEndPos, Vector3 jumpEndPos, float endRotation)
{
NoodleNoteData?noodleData = TryGetObjectData <NoodleNoteData>(noteData);
if (noodleData == null)
{
return;
}
Quaternion?cutQuaternion = noodleData.CutQuaternion;
NoteJump noteJump = _noteJumpAccessor(ref ____noteMovement);
NoteFloorMovement floorMovement = _noteFloorMovementAccessor(ref ____noteMovement);
if (cutQuaternion.HasValue)
{
Quaternion quatVal = cutQuaternion.Value;
_endRotationAccessor(ref noteJump) = quatVal;
Vector3 vector = quatVal.eulerAngles;
vector += _randomRotationsAccessor(ref noteJump)[_randomRotationIdxAccessor(ref noteJump)] * 20;
Quaternion midrotation = Quaternion.Euler(vector);
_middleRotationAccessor(ref noteJump) = midrotation;
}
Quaternion?worldRotationQuaternion = noodleData.WorldRotationQuaternion;
Quaternion?localRotationQuaternion = noodleData.LocalRotationQuaternion;
Transform transform = __instance.transform;
Quaternion localRotation = Quaternion.identity;
if (worldRotationQuaternion.HasValue || localRotationQuaternion.HasValue)
{
if (localRotationQuaternion.HasValue)
{
localRotation = localRotationQuaternion.Value;
}
if (worldRotationQuaternion.HasValue)
{
Quaternion quatVal = worldRotationQuaternion.Value;
Quaternion inverseWorldRotation = Quaternion.Inverse(quatVal);
_worldRotationJumpAccessor(ref noteJump) = quatVal;
_inverseWorldRotationJumpAccessor(ref noteJump) = inverseWorldRotation;
_worldRotationFloorAccessor(ref floorMovement) = quatVal;
_inverseWorldRotationFloorAccessor(ref floorMovement) = inverseWorldRotation;
quatVal *= localRotation;
transform.localRotation = quatVal;
}
else
{
transform.localRotation *= localRotation;
}
}
if (transform.localScale != Vector3.one)
{
transform.localScale = Vector3.one; // This is a fix for animation due to notes being recycled
}
IEnumerable <Track>?tracks = noodleData.Track;
if (tracks != null)
{
foreach (Track track in tracks)
{
// add to gameobjects
track.AddGameObject(__instance.gameObject);
}
}
// how f*****g long has _zOffset existed???!??
float zOffset = _zOffsetAccessor(ref ____noteMovement);
moveStartPos.z += zOffset;
moveEndPos.z += zOffset;
jumpEndPos.z += zOffset;
noodleData.EndRotation = endRotation;
noodleData.MoveStartPos = moveStartPos;
noodleData.MoveEndPos = moveEndPos;
noodleData.JumpEndPos = jumpEndPos;
noodleData.WorldRotation = __instance.worldRotation;
noodleData.LocalRotation = localRotation;
}
private static void Prefix(NoteController __instance, NoteData ____noteData, NoteMovement ____noteMovement)
{
NoodleData = TryGetObjectData <NoodleObjectData>(____noteData);
if (NoodleData == null)
{
return;
}
NoodleNoteData noodleData = (NoodleNoteData)NoodleData;
IEnumerable <Track>?tracks = noodleData.Track;
NoodleObjectData.AnimationObjectData?animationObject = noodleData.AnimationObject;
if (tracks != null || animationObject != null)
{
NoteJump noteJump = NoteControllerInit._noteJumpAccessor(ref ____noteMovement);
NoteFloorMovement floorMovement = NoteControllerInit._noteFloorMovementAccessor(ref ____noteMovement);
// idk i just copied base game time
float jumpDuration = _jumpDurationAccessor(ref noteJump);
float elapsedTime = _audioTimeSyncControllerAccessor(ref noteJump).songTime - (____noteData.time - (jumpDuration * 0.5f));
elapsedTime = NoteJumpManualUpdate.NoteJumpTimeAdjust(elapsedTime, jumpDuration);
float normalTime = elapsedTime / jumpDuration;
Animation.AnimationHelper.GetObjectOffset(animationObject, tracks, normalTime, out Vector3? positionOffset, out Quaternion? rotationOffset, out Vector3? scaleOffset, out Quaternion? localRotationOffset, out float?dissolve, out float?dissolveArrow, out float?cuttable);
if (positionOffset.HasValue)
{
Vector3 moveStartPos = noodleData.MoveStartPos;
Vector3 moveEndPos = noodleData.MoveEndPos;
Vector3 jumpEndPos = noodleData.JumpEndPos;
Vector3 offset = positionOffset.Value;
_floorStartPosAccessor(ref floorMovement) = moveStartPos + offset;
_floorEndPosAccessor(ref floorMovement) = moveEndPos + offset;
_jumpStartPosAccessor(ref noteJump) = moveEndPos + offset;
_jumpEndPosAccessor(ref noteJump) = jumpEndPos + offset;
}
Transform transform = __instance.transform;
if (rotationOffset.HasValue || localRotationOffset.HasValue)
{
Quaternion worldRotation = noodleData.WorldRotation;
Quaternion localRotation = noodleData.LocalRotation;
Quaternion worldRotationQuatnerion = worldRotation;
if (rotationOffset.HasValue)
{
worldRotationQuatnerion *= rotationOffset.Value;
Quaternion inverseWorldRotation = Quaternion.Inverse(worldRotationQuatnerion);
NoteControllerInit._worldRotationJumpAccessor(ref noteJump) = worldRotationQuatnerion;
NoteControllerInit._inverseWorldRotationJumpAccessor(ref noteJump) = inverseWorldRotation;
NoteControllerInit._worldRotationFloorAccessor(ref floorMovement) = worldRotationQuatnerion;
NoteControllerInit._inverseWorldRotationFloorAccessor(ref floorMovement) = inverseWorldRotation;
}
worldRotationQuatnerion *= localRotation;
if (localRotationOffset.HasValue)
{
worldRotationQuatnerion *= localRotationOffset.Value;
}
transform.localRotation = worldRotationQuatnerion;
}
if (scaleOffset.HasValue)
{
transform.localScale = scaleOffset.Value;
}
if (dissolve.HasValue)
{
if (CutoutManager.NoteCutoutEffects.TryGetValue(__instance, out CutoutEffectWrapper cutoutEffect))
{
cutoutEffect.SetCutout(dissolve.Value);
}
}
if (dissolveArrow.HasValue && __instance.noteData.colorType != ColorType.None)
{
if (CutoutManager.NoteDisappearingArrowWrappers.TryGetValue(__instance, out DisappearingArrowWrapper disappearingArrowWrapper))
{
disappearingArrowWrapper.SetCutout(dissolveArrow.Value);
}
}
if (cuttable.HasValue)
{
bool enabled = cuttable.Value >= 1;
switch (__instance)
{
case GameNoteController gameNoteController:
BoxCuttableBySaber[] bigCuttableBySaberList = _gameNoteBigCuttableAccessor(ref gameNoteController);
foreach (BoxCuttableBySaber bigCuttableBySaber in bigCuttableBySaberList)
{
if (bigCuttableBySaber.canBeCut != enabled)
{
bigCuttableBySaber.canBeCut = enabled;
}
}
BoxCuttableBySaber[] smallCuttableBySaberList = _gameNoteSmallCuttableAccessor(ref gameNoteController);
foreach (BoxCuttableBySaber smallCuttableBySaber in smallCuttableBySaberList)
{
if (smallCuttableBySaber.canBeCut != enabled)
{
smallCuttableBySaber.canBeCut = enabled;
}
}
break;
case BombNoteController bombNoteController:
CuttableBySaber boxCuttableBySaber = _bombNoteCuttableAccessor(ref bombNoteController);
if (boxCuttableBySaber.canBeCut != enabled)
{
boxCuttableBySaber.canBeCut = enabled;
}
break;
}
}
}
}
