AnimGraphRuntime


Name	AnimGraphRuntime
Type	Runtime
Location	/Engine/Source/Runtime/AnimGraphRuntime/
Module Build Rules	AnimGraphRuntime.Build.cs

Name	Remarks
FAnimCustomInstanceHelper
FOnMontagePlayDelegate
FRBFInterpolatorBase	An implementation detail for the RBF interpolator to hide the use of Eigen from components outside AnimGraphRuntime.
TRBFInterpolator
UAnimationStateMachineLibrary	Exposes operations to be performed on anim state machine node contexts.
UAnimExecutionContextLibrary	Exposes operations to be performed on anim node contexts.
UAnimNodeRigidBodyLibrary	Exposes operations to be performed on a rigid body anim node.
UAnimNotify_PlayMontageNotify
UAnimNotify_PlayMontageNotifyWindow	UAnimNotify_PlayMontageNotifyWindow.
UAnimSequencerInstance
UBlendListBaseLibrary	Exposes operations to be performed on anim state machine node contexts.
UBlendSpaceLibrary	Exposes operations to be performed on a blend space anim node.
UBlendSpacePlayerLibrary	Exposes operations to be performed on a blend space player anim node.
UKismetAnimationLibrary	A library of the most common animation blueprint functions.
ULayeredBoneBlendLibrary	Exposes operations to be performed on a layered bone blend anim node.
ULinkedAnimGraphLibrary	Exposes operations to be performed on anim node contexts.
UMirrorAnimLibrary	Exposes operations that can be run on a Mirror node via Anim Node Functions such as "On Become Relevant" and "On Update".
UModifyCurveAnimLibrary	Exposes operations that can be run on a Modify Curve Node via Anim Node Functions such as "On Become Relevant" and "On Update".
UPlayMontageCallbackProxy
USequenceEvaluatorLibrary	Exposes operations to be performed on a sequence evaluator anim node Note: Experimental and subject to change!
USequencePlayerLibrary	Exposes operations to be performed on a sequence player anim node Note: Experimental and subject to change!
USequencerAnimationOverride	Sequencer Animation Track Override interface.
USequencerAnimationSupport
USkeletalControlLibrary	Exposes operations to be performed on a skeletal control anim node Note: Experimental and subject to change!

Name	Remarks
FAngularRangeLimit
FAnimationCustomVersion	Custom serialization version for assets/classes in the AnimGraphRuntime and AnimGraph modules.
FAnimationStateMachineReference
FAnimationStateResultReference
FAnimConstraintOffsetPair
FAnimLegIKData	Runtime foot data after validation, we guarantee these bones to exist
FAnimLegIKDefinition	Per foot definitions
FAnimNode_AimOffsetLookAt	This node uses a source transform of a socket on the skeletal mesh to automatically calculate Yaw and Pitch directions for a referenced aim offset given a point in the world to look at.
FAnimNode_AnimDynamics
FAnimNode_ApplyAdditive
FAnimNode_ApplyLimits
FAnimNode_BlendBoneByChannel
FAnimNode_BlendListBase	Blend list node; has many children.
FAnimNode_BlendListByBool	This node is effectively a 'branch', picking one of two input poses based on an input Boolean value.
FAnimNode_BlendListByEnum	Blend List by Enum, it changes based on enum input that enters.
FAnimNode_BlendListByInt	Blend list node; has many children.
FAnimNode_BlendSpaceEvaluator	Evaluates a BlendSpace at a specific using a specific time input rather than advancing time internally.
FAnimNode_BlendSpaceGraph	Allows multiple animations to be blended between based on input parameters.
FAnimNode_BlendSpaceGraphBase	Allows multiple animations to be blended between based on input parameters.
FAnimNode_BlendSpacePlayer
FAnimNode_BlendSpacePlayer_Standalone
FAnimNode_BlendSpacePlayerBase
FAnimNode_BlendSpaceSampleResult	Root node of a blend space sample (sink node).
FAnimNode_BoneDrivenController	This is the runtime version of a bone driven controller, which maps part of the state from one bone to another (e.g., 2 * source.x -> target.z)
FAnimNode_CallFunction	Calls specified user-defined events/functions during anim graph execution
FAnimNode_CCDIK	Controller which implements the CCDIK IK approximation algorithm
FAnimNode_Constraint	Constraint node to parent or world transform for rotation/translation
FAnimNode_CopyBone	Simple controller to copy a bone's transform to another one.
FAnimNode_CopyBoneDelta	Simple controller to copy a transform relative to the ref pose to the target bone, instead of the copy bone node which copies the absolute transform
FAnimNode_CopyPoseFromMesh	Simple controller to copy a bone's transform to another one.
FAnimNode_CurveSource	Supply curves from some external source (e.g. audio)
FAnimNode_Fabrik	Controller which implements the FABRIK IK approximation algorithm - see http://www.academia.edu/9165835/FABRIK_A_fast_iterative_solver_for_the_Inverse_Kinematics_problem for details
FAnimNode_HandIKRetargeting	Node to handle re-targeting of Hand IK bone chain.
FAnimNode_LayeredBoneBlend	Layered blend (per bone); has dynamic number of blendposes that can blend per different bone sets.
FAnimNode_LegIK
FAnimNode_LookAt	Simple controller that make a bone to look at the point or another bone
FAnimNode_MakeDynamicAdditive
FAnimNode_MeshSpaceRefPose
FAnimNode_Mirror
FAnimNode_Mirror_Standalone
FAnimNode_MirrorBase
FAnimNode_ModifyBone	Simple controller that replaces or adds to the translation/rotation of a single bone.
FAnimNode_ModifyCurve	Easy way to modify curve values on a pose
FAnimNode_MultiWayBlend	This represents a baked transition.
FAnimNode_ObserveBone	Debugging node that displays the current value of a bone in a specific space.
FAnimNode_PoseBlendNode	Evaluates a point in an anim sequence, using a specific time input rather than advancing time internally.
FAnimNode_PoseByName	Evaluates a point in an anim sequence, using a specific time input rather than advancing time internally.
FAnimNode_PoseDriver	RBF based orientation driver
FAnimNode_PoseHandler	Evaluates a point in an anim sequence, using a specific time input rather than advancing time internally.
FAnimNode_PoseSnapshot	Provide a snapshot pose, either from the internal named pose cache or via a supplied snapshot
FAnimNode_RandomPlayer
FAnimNode_RefPose	RefPose pose nodes - ref pose or additive RefPose pose.
FAnimNode_ResetRoot
FAnimNode_RigidBody	Controller that simulates physics based on the physics asset of the skeletal mesh component
FAnimNode_RotateRootBone
FAnimNode_RotationMultiplier	Simple controller that multiplies scalar value to the translation/rotation/scale of a single bone.
FAnimNode_RotationOffsetBlendSpace
FAnimNode_RotationOffsetBlendSpaceGraph	Allows multiple animations to be blended between based on input parameters.
FAnimNode_ScaleChainLength	Scale the length of a chain of bones.
FAnimNode_SequenceEvaluator	Sequence evaluator node that can be used with constant folding.
FAnimNode_SequenceEvaluator_Standalone	Sequence evaluator node that can be used standalone (without constant folding)
FAnimNode_SequenceEvaluatorBase	Abstract base class.
FAnimNode_SkeletalControlBase
FAnimNode_Slot	An animation slot node normally acts as a passthru, but a montage or PlaySlotAnimation call from game code can cause an animation to blend in and be played on the slot temporarily, overriding the Source input.
FAnimNode_SplineIK
FAnimNode_SpringBone	Simple controller that replaces or adds to the translation/rotation of a single bone.
FAnimNode_Sync
FAnimNode_Trail	Trail Controller
FAnimNode_TwistCorrectiveNode	This is the node that apply corrective morphtarget for twist Good example is that if you twist your neck too far right or left, you're going to see odd stretch shape of neck, This node can detect the angle and apply morphtarget curve This isn't the twist control node for bone twist
FAnimNode_TwoBoneIK	Simple 2 Bone IK Controller.
FAnimNode_TwoWayBlend	This represents a baked transition.
FAnimPhysBodyDefinition
FAnimPhysBoneRigidBody	Helper mapping a rigid body to a bone reference
FAnimPhysConstraintSetup	Constraint setup struct, holds data required to build a physics constraint
FAnimPhysLinkedBody	Helper describing a body linked to an optional parent (can be nullptr)
FAnimPhysPlanarLimit
FAnimPhysSimSpaceSettings
FAnimPhysSphericalLimit
FAnimSequencerData
FAnimSequencerInstanceProxy	Proxy override for this UAnimInstance-derived class
FBlendBoneByChannelEntry
FBlendListBaseReference
FBlendSpacePlayerReference
FBlendSpaceReference
FConstraint	Constraint Set up
FIKChain
FIKChainLink
FIKFootPelvisPullDownSolver
FLayeredBoneBlendReference
FLinkedAnimGraphReference
FMirrorAnimNodeReference
FModifyCurveAnimNodeReference
FPerJointTrailSetup	In the future, we might use this for stretch set up as well for now this is unserializable, and transient only
FPoseDriverTarget	Information about each target in the PoseDriver
FPoseDriverTransform	Translation and rotation for a particular bone at a particular target
FPositionHistory	An easing type defining how to ease float values.
FRandomAnimPlayData
FRandomPlayerSequenceEntry	The random player node holds a list of sequences and parameter ranges which will be played continuously In a random order.
FRBFEntry	Struct storing a particular entry within the RBF
FRBFOutputWeight	Struct for storing RBF results - target index and corresponding weight
FRBFParams	Parameters used by RBF solver
FRBFSolver	Library of Radial Basis Function solver functions
FRBFTarget	Data about a particular target in the RBF, including scaling factor
FReferenceBoneFrame	Reference Bone Frame
FRigidBodyAnimNodeReference
FRootMotionOverride	Optional Override To Specify RootMotion
FRotationLimit
FRotationRetargetingInfo	The FRotationRetargetingInfo is used to provide all of the settings required to perform rotational retargeting on a single transform.
FSequenceEvaluatorReference
FSequencePlayerReference
FSequencerPlayerAnimSequence	Player type that evaluates a sequence-specified UAnimSequence
FSequencerPlayerBase	Base class for all 'players' that can attach to and be blended into a sequencer instance's output
FSimSpaceSettings
FSkeletalControlReference
FSplineIKCachedBoneData	Data cached per bone in the chain
FWarpingVectorValue	Vector values which may be specified in a configured space.

Name	Remarks
ISequencerAnimationOverride
ISequencerAnimationSupport

Name	Remarks
AnimPhysAngularConstraintType	Supported angular constraint types
AnimPhysLinearConstraintType	Supported linear axis constraints
AnimPhysSimSpaceType
CopyBoneDeltaMode
EAnimFunctionCallSite	Copyright Epic Games, Inc. All Rights Reserved.
EBlendListChildUpdateMode
EBlendListTransitionType
EBoneModificationMode
EConstraintOffsetOption	Enum value to describe how you'd like to maintain offset
EDrivenBoneModificationMode	The type of modification to make to the destination component(s)
EDrivenDestinationMode	Type of destination value to drive.
EEasingFuncType	An easing type defining how to ease float values.
EInterpolationBlend::Type	Various ways to interpolate TAlphaBlend.
ELayeredBoneBlendMode
EModifyCurveApplyMode
EPoseDriverOutput	Options for what PoseDriver should be driving
EPoseDriverSource	Transform aspect used to drive interpolation
EPoseDriverType	Deprecated.
ERandomDataIndexType
ERBFDistanceMethod	Method for determining distance from input to targets
ERBFFunctionType	Function to use for each target falloff
ERBFNormalizeMethod	Method to normalize weights
ERBFSolverType	The solver type to use. The two solvers have different requirements.
ERefPoseType
ERotationComponent	A rotational component. This is used for retargeting, for example.
EScaleChainInitialLength
ESequenceEvalReinit::Type
ESimulationSpace	Determines in what space the simulation should run
ESimulationTiming	Determines behaviour regarding deferral of simulation tasks.
ESnapshotSourceMode	How to access the snapshot
ESphericalLimitType	Whether spheres keep bodies inside, or outside of their shape
ESplineBoneAxis	The different axes we can align our bones to.
ESwapRootBone
EWarpingEvaluationMode	Specifies the evaluation mode of an animation warping node.
EWarpingVectorMode	The supported spaces of a corresponding input vector value.

Name	Type	Include Path
bEnableRigidBodyNode	bool	BoneControllers/AnimNode_RigidBody.h
CVarDebugBone	TAutoConsoleVariable< FString >	BoneControllers/AnimNode_AnimDynamics.h
CVarEnableDynamics	TAutoConsoleVariable< int32 >	BoneControllers/AnimNode_AnimDynamics.h
CVarEnableRigidBodyNode	FAutoConsoleVariableRef	BoneControllers/AnimNode_RigidBody.h
CVarEnableRigidBodyNodeSimulation	TAutoConsoleVariable< int32 >	BoneControllers/AnimNode_RigidBody.h
CVarEnableWind	TAutoConsoleVariable< int32 >	BoneControllers/AnimNode_AnimDynamics.h
CVarLODThreshold	TAutoConsoleVariable< int32 >	BoneControllers/AnimNode_AnimDynamics.h
CVarRigidBodyLODThreshold	TAutoConsoleVariable< int32 >	BoneControllers/AnimNode_RigidBody.h
CVarShowDebug	TAutoConsoleVariable< int32 >	BoneControllers/AnimNode_AnimDynamics.h

Name	Remarks	Include Path
FVector CommonAnimationLibrary::RetargetSingleLocation ( FVector Location, const FTransform& Source, const FTransform& Target, const FRuntimeFloatCurve& CustomCurve, EEasingFuncType EasingType, bool bFlipEasing, float EasingWeight, FVector Axis, float SourceMinimum, float SourceMaximum, float TargetMinimum, float TargetMaximum )	This function performs retargeting of translation using an easing function.	CommonAnimationLibrary.h
FQuat CommonAnimationLibrary::RetargetSingleRotation ( const FQuat& Rotation, const FTransform& Source, const FTransform& Target, const FRuntimeFloatCurve& CustomCurve, EEasingFuncType EasingType, bool bFlipEasing, float EasingWeight, ERotationComponent RotationComponent, FVector TwistAxis, bool bUseAbsoluteAngle, float SourceMinimum, float SourceMaximum, float TargetMinimum, float TargetMaximum )	This function performs retargeting of rotation using an easing function.	CommonAnimationLibrary.h
float CommonAnimationLibrary::ScalarEasing ( float Value, const FRuntimeFloatCurve& CustomCurve, EEasingFuncType EasingType, bool bFlip, float Weight )	This function perform easing on a float value using a variety of easing types.	CommonAnimationLibrary.h
FTransform ConvertCSTransformToSimSpace ( ESimulationSpace Space, const FTransform& InCSTransform, const FTransform& ComponentToWorld, const FTransform& BaseBoneTM )		BoneControllers/AnimNode_RigidBody.h
FTransform SpaceToWorldTransform ( ESimulationSpace Space, const FTransform& ComponentToWorld, const FTransform& BaseBoneTM )		BoneControllers/AnimNode_RigidBody.h
FVector WorldPositionToSpace ( ESimulationSpace Space, const FVector& WorldPoint, const FTransform& ComponentToWorld, const FTransform& BaseBoneTM )		BoneControllers/AnimNode_RigidBody.h
FVector WorldVectorToSpaceNoScale ( ESimulationSpace Space, const FVector& WorldDir, const FTransform& ComponentToWorld, const FTransform& BaseBoneTM )		BoneControllers/AnimNode_RigidBody.h

Name	Remarks	Include Path
static double RBFDistanceMetric::ArcLength ( const FVector& A, const FVector B )	Returns the arc length between two unit vectors (i.e. the distance between two points on a unit sphere, traveling along the surface of the sphere)	RBF/RBFInterpolator.h
static double RBFDistanceMetric::ArcLength ( const FRotator& A, const FRotator& B )	Returns the arc-length distance, on a unit sphere, between two rotation vectors.	RBF/RBFInterpolator.h
static double RBFDistanceMetric::ArcLength ( const FQuat& A, const FQuat& B )	Returns the arc-length distance, on a unit sphere, between two quaternions.	RBF/RBFInterpolator.h
static double RBFDistanceMetric::Euclidean ( const FVector& A, const FVector& B )	Returns the Euclidean (L2) distance between two coordinate vectors.	RBF/RBFInterpolator.h
static double RBFDistanceMetric::Euclidean ( const FRotator& A, const FRotator& B )	Returns a straight-up Euclidean distance between two rotation values expressed in radians.	RBF/RBFInterpolator.h
static double RBFDistanceMetric::Euclidean ( const FQuat& A, const FQuat& B )	Returns the Euclidean (L2) distance between two quaternion values expressed.	RBF/RBFInterpolator.h
static double RBFDistanceMetric::Manhattan ( const FVector& A, const FVector& B )	Returns the Manhattan (L1), or Taxi-cab distance between two coordinate vectors.	RBF/RBFInterpolator.h
static double RBFDistanceMetric::SwingAngle ( const FQuat& A, const FQuat& B, const FVector& TwistAxis )	Returns the swing arc length distance between two quaternions, using a specific twist basis vector as reference.	RBF/RBFInterpolator.h
static double RBFDistanceMetric::TwistAngle ( const FQuat& A, const FQuat& B, const FVector& TwistAxis )	Returns the twist arc length distance between two quaternions, using a specific twist basis vector as reference.	RBF/RBFInterpolator.h
static float RBFKernel::Cubic ( float Value, float Sigma )	A cubic falloff, with identical clamping behavior to the linear falloff, but with a smooth peak	RBF/RBFInterpolator.h
static float RBFKernel::Exponential ( float Value, float Sigma )	An exponential falloff with a sharp peak	RBF/RBFInterpolator.h
static float RBFKernel::Gaussian ( float Value, float Sigma )	A gaussian falloff	RBF/RBFInterpolator.h
static float RBFKernel::Linear ( float Value, float Sigma )	A simple linear falloff, clamping at zero out when the norm of Value exceeds Sigma	RBF/RBFInterpolator.h
static float RBFKernel::Quintic ( float Value, float Sigma )	A quintic falloff, with identical clamping behavior to the linear falloff, but with a flatter peak than cubic	RBF/RBFInterpolator.h

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