URadiantAutoNotifyModifier#

Functions#

Public#

Called when applying the modifier to the animation sequence

virtual void OnApply_Implementation(UAnimSequence* AnimationSequence) override final;

Called when reverting the modifier from the animation sequence

virtual void OnRevert_Implementation(UAnimSequence* AnimationSequence) override final;

virtual void PostLoad() override final;

virtual void BeginDestroy() override final;

Private#

void RemoveTracks(UAnimSequence& Sequence);

Remove all added tracks from this modifier from the animation sequence

void UpdateNotifyTrack(UAnimSequence& Sequence);

Updates all tracks from this modifier, may add or remove tracks

TMap<FName, TNonNullPtr<FAnimNotifyTrack>> AddTracks(UAnimSequence& Sequence);

Add tracks from this modifier to the animation sequence

TNonNullPtr<FAnimNotifyTrack> AddTrack(UAnimSequence& Sequence, TOptional<FName> BoneName);

Add a single track to the animation sequence, may specify a bone as reference

Determine the distance of a location to the detection shape. Most commonly a bone Location.

float GetDistanceToDetectionShape(const FVector& boneLocation);

void OnPreviewSceneChanged();

Updates the modifier in case the previewscene in the animation editor has changed. Retriggers an update to all debug visuals

void UpdateDetectionShapeDebugProxy();

Triggers an update to the detection shape debug drawing proxy

void UpdateNotifyDebugProxy(const TArray<FVector>& notifyLocations);

Triggers an update to the proxy for drawing notify trigger locations

void OnNotifyChanged();

Triggers whenever a notify on the edited animation sequence is changed

Properties#

Private#

UPROPERTY(EditAnywhere, Category= "Track")
FName NotifyTrackName = "Radiant Notify";

Base Trackname used to identify added tracks from this modifier, is conjoined with the bonename

UPROPERTY(EditAnywhere, Category= "Track")
FColor TrackColor = FColor(255,0,0);

Color of the added track

UPROPERTY(EditAnywhere, Category= "Placement")
TSet<FName> TargetBones = {"ball_r", "ball_l"};

Target bones used for detection

UPROPERTY(EditAnywhere, Category= "Settings")
TSoftClassPtr<UAnimNotify> AppliedNotifyType;

The placed notify type

UPROPERTY(EditAnywhere, Category= "Placement")
EPlacementType PlacementMode = EPlacementType::First;

The mode used to determing when notifies need to be placed in a continuous frame range

UPROPERTY(EditAnywhere, Category= "Settings")
uint8 OneTrackPerBone : 1 = true;

Create on Notifytrack for every bone that gets notifies applied

UPROPERTY(EditAnywhere, Category= "Placement")
uint8 ClipFirstFrame : 1 = true;

Prevents notifies to be placed on the first frame of the Animation Sequence

UPROPERTY(EditAnywhere, Category= "Placement")
uint8 ClipLastFrame : 1 = true;

Prevents Notifies to be placed on the last frame of the Animation Sequence

UPROPERTY(EditAnywhere, Category= "Detection")
EDetectionShape DetectionShape;

The shape used to detect if the notify may be placed

UPROPERTY(EditAnywhere, Category= "Detection", meta=(EditCondition="DetectionShape==EDetectionShape::Plane", EditConditionHides))
FVector PlaneDirection = FVector::DownVector;

Direction of the plane detection shape

UPROPERTY(EditAnywhere, Category= "Detection", meta=(EditCondition="DetectionShape==EDetectionShape::Plane", EditConditionHides))
FVector PlaneLocation = FVector::ZeroVector;

Location of the plane detection shape

UPROPERTY(EditAnywhere, Category= "Detection", meta=(EditCondition="DetectionShape==EDetectionShape::Sphere", EditConditionHides))
FVector SphereCenter = FVector::ZeroVector;

Direction of the sphere detection shape

UPROPERTY(EditAnywhere, Category= "Detection", meta=(EditCondition="DetectionShape==EDetectionShape::Sphere", EditConditionHides))
float SphereRadius = 50.f;

Radius of the plane detection shape

UPROPERTY(EditAnywhere, Category= "Detection", meta=(EditCondition="DetectionShape==EDetectionShape::Sphere", EditConditionHides))
FName SphereAncorBone = "pelvis";

Bone the sphere detection shape is anchored to throughout the animation sequence