Property Descriptions

Module description

This section offers brief descriptions of all character properties contained in each HIKPropertySetState.

For detailed information, including default and accepted values, see Character Properties.

Enumerations
enum	HIKProperty {   HIKForceActorSpaceId, HIKScaleCompensationId, HIKMassCenterCompensationId, HIKAnkleHeightCompensationId,   HIKAnkleProximityCompensationId, HIKHipsHeightCompensationId, HIKReachActorLeftAnkleId, HIKReachActorRightAnkleId,   HIKReachActorChestId, HIKReachActorLeftWristId, HIKReachActorRightWristId, HIKReachActorLeftKneeId,   HIKReachActorRightKneeId, HIKReachActorHeadId, HIKReachActorLeftElbowId, HIKReachActorRightElbowId,   HIKReachActorLeftAnkleRotationId, HIKReachActorRightAnkleRotationId, HIKReachActorHeadRotationId, HIKReachActorLeftWristRotationId,   HIKReachActorRightWristRotationId, HIKReachActorLeftFingerBaseId, HIKReachActorRightFingerBaseId, HIKReachActorLeftToesBaseId,   HIKReachActorRightToesBaseId, HIKReachActorLeftFingerBaseRotationId, HIKReachActorRightFingerBaseRotationId, HIKReachActorLeftToesBaseRotationId,   HIKReachActorRightToesBaseRotationId, HIKReachActorChestRotationId, HIKReachActorLowerChestRotationId, HIKReachActorLeftHandThumbId,   HIKReachActorLeftHandIndexId, HIKReachActorLeftHandMiddleId, HIKReachActorLeftHandRingId, HIKReachActorLeftHandPinkyId,   HIKReachActorLeftHandExtraFingerId, HIKReachActorRightHandThumbId, HIKReachActorRightHandIndexId, HIKReachActorRightHandMiddleId,   HIKReachActorRightHandRingId, HIKReachActorRightHandPinkyId, HIKReachActorRightHandExtraFingerId, HIKReachActorLeftFootThumbId,   HIKReachActorLeftFootIndexId, HIKReachActorLeftFootMiddleId, HIKReachActorLeftFootRingId, HIKReachActorLeftFootPinkyId,   HIKReachActorLeftFootExtraFingerId, HIKReachActorRightFootThumbId, HIKReachActorRightFootIndexId, HIKReachActorRightFootMiddleId,   HIKReachActorRightFootRingId, HIKReachActorRightFootPinkyId, HIKReachActorRightFootExtraFingerId, HIKFootFloorContactId,   HIKFootBottomToAnkleId, HIKFootBackToAnkleId, HIKFootMiddleToAnkleId, HIKFootFrontToMiddleId,   HIKFootInToAnkleId, HIKFootOutToAnkleId, HIKHandFloorContactId, HIKHandBottomToWristId,   HIKHandBackToWristId, HIKHandMiddleToWristId, HIKHandFrontToMiddleId, HIKHandInToWristId,   HIKHandOutToWristId, HIKHandContactTypeId, HIKHandFingerContactId, HIKHandFingerContactModeId,   HIKFootContactTypeId, HIKFootFingerContactId, HIKFootFingerContactModeId, HIKLeftUpLegRollId,   HIKLeftLegRollId, HIKRightUpLegRollId, HIKRightLegRollId, HIKLeftArmRollId,   HIKLeftForeArmRollId, HIKRightArmRollId, HIKRightForeArmRollId, HIKMirrorId,   HIKLeftKneeKillPitchId, HIKRightKneeKillPitchId, HIKLeftElbowKillPitchId, HIKRightElbowKillPitchId,   HIKCtrlPullLeftFootId, HIKCtrlPullRightFootId, HIKCtrlPullLeftHandId, HIKCtrlPullRightHandId,   HIKCtrlPullHeadId, HIKCtrlPullLeftToeBaseId, HIKCtrlPullLeftKneeId, HIKCtrlPullRightToeBaseId,   HIKCtrlPullRightKneeId, HIKCtrlPullLeftFingerBaseId, HIKCtrlPullLeftElbowId, HIKCtrlPullRightFingerBaseId,   HIKCtrlPullRightElbowId, HIKCtrlChestPullLeftHandId, HIKCtrlChestPullRightHandId, HIKCtrlResistHipsPositionId,   HIKCtrlEnforceGravityId, HIKCtrlResistHipsOrientationId, HIKCtrlResistChestPositionId, HIKCtrlResistChestOrientationId,   HIKCtrlResistLeftCollarId, HIKCtrlResistRightCollarId, HIKCtrlResistLeftKneeId, HIKCtrlResistRightKneeId,   HIKCtrlResistLeftElbowId, HIKCtrlResistRightElbowId, HIKCtrlSpineStiffnessId, HIKHipsTOffsetXId,   HIKHipsTOffsetYId, HIKHipsTOffsetZId, HIKChestTOffsetXId, HIKChestTOffsetYId,   HIKChestTOffsetZId, HIKFootAutomaticToesId, HIKFootFloorPivotId, HIKPostureId,   HIKHandAutomaticFingersId, HIKHandFloorPivotId, HIKCtrlNeckStiffnessId, HIKHipsTranslationModeId,   HIKFingerSolvingId, HIKFootContactStiffnessId, HIKCtrlResistMaximumExtensionLeftKnee, HIKCtrlResistMaximumExtensionRightKnee,   HIKCtrlResistMaximumExtensionLeftElbow, HIKCtrlResistMaximumExtensionRightElbow, HIKCtrlResistCompressionFactorLeftKnee, HIKCtrlResistCompressionFactorRightKnee,   HIKCtrlResistCompressionFactorLeftElbow, HIKCtrlResistCompressionFactorRightElbow, HIKHandFingerContactRollStiffness, HIKFootFingerContactRollStiffness,   HIKHandContactStiffness, HIKRollExtractionMode, HIKPullIterationCount, HIKLeftHandThumbTip,   HIKLeftHandIndexTip, HIKLeftHandMiddleTip, HIKLeftHandRingTip, HIKLeftHandPinkyTip,   HIKLeftHandExtraFingerTip, HIKRightHandThumbTip, HIKRightHandIndexTip, HIKRightHandMiddleTip,   HIKRightHandRingTip, HIKRightHandPinkyTip, HIKRightHandExtraFingerTip, HIKLeftFootThumbTip,   HIKLeftFootIndexTip, HIKLeftFootMiddleTip, HIKLeftFootRingTip, HIKLeftFootPinkyTip,   HIKLeftFootExtraFingerTip, HIKRightFootThumbTip, HIKRightFootIndexTip, HIKRightFootMiddleTip,   HIKRightFootRingTip, HIKRightFootPinkyTip, HIKRightFootExtraFingerTip, HIKRealisticShoulder,   HIKLeftLegMaxExtensionAngle, HIKRightLegMaxExtensionAngle, HIKLeftArmMaxExtensionAngle, HIKRightArmMaxExtensionAngle,   HIKExtraCollarRatioId, HIKCollarStiffnessX, HIKCollarStiffnessY, HIKCollarStiffnessZ,   HIKReachActorLeftShoulderId, HIKReachActorRightShoulderId, HIKFingerPropagationId, HIKRealisticLeftKneeSolvingId,   HIKRealisticRightKneeSolvingId, HIKStretchStartArmsAndLegs, HIKStretchStopArmsAndLegs, HIKSnSScaleArmsAndLegs,   HIKSnSReachLeftWrist, HIKSnSReachRightWrist, HIKSnSReachLeftAnkle, HIKSnSReachRightAnkle,   HIKSnSScaleSpine, HIKSnSScaleSpineChildren, HIKSnSReachChestEnd, HIKSnSScaleNeck,   HIKSnSReachHead, HIKLeftUpLegRollExId, HIKLeftLegRollExId, HIKRightUpLegRollExId,   HIKRightLegRollExId, HIKLeftArmRollExId, HIKLeftForeArmRollExId, HIKRightArmRollExId,   HIKRightForeArmRollExId, HIKTopSpineCorrectionId , HIKSnSSmoothReach, HIKLockXId ,   HIKRealisticArmSolvingId, HIKLastPropertyId }
	Lists all character properties contained in the HIKPropertySetState. More...

Enumeration Type Documentation

enum HIKProperty

Lists all character properties contained in the HIKPropertySetState.

Enumerator
HIKForceActorSpaceId	This property constrains the positions in space of the target character's limbs to those of the selected source, even when the source and target have different dimensions. For example, when retargeting a walking animation from a smaller character to a larger character, the larger character will take steps the same size as the smaller character, without adjusting those steps to its own larger size. Remarks Used by HIKSolveForCharacter only
HIKScaleCompensationId	Compensates for the difference in action space between source and target characters. It moves the target character's feet and legs with the movement of the source's feet, but makes adjustments to the feet and leg movements based on differences in scale. When the HIKForceActorSpaceId property is active, Scale Compensation is constrained to 100%. Remarks Used by HIKSolveForCharacter only
HIKMassCenterCompensationId	Smooths leg movements by preventing a Character's hips from pulling down too quickly when the legs are moving. This also prevents heavy footfalls. Remarks Used by HIKSolveForCharacter only
HIKAnkleHeightCompensationId	If your source and target character have their ankles at different heights above the floor, use this property to specify the difference between their ankle heights. Remarks Used by HIKSolveForCharacter only
HIKAnkleProximityCompensationId	Adjusts the spacing between the left and right ankles of the target character relative to the source character. Remarks Used by HIKSolveForCharacter only
HIKHipsHeightCompensationId	Adjusts the height of the target character's hips. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftAnkleId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightAnkleId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorChestId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftWristId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightWristId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftKneeId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightKneeId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorHeadId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftElbowId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightElbowId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftAnkleRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightAnkleRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorHeadRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftWristRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightWristRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftFingerBaseId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightFingerBaseId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftToesBaseId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightToesBaseId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftFingerBaseRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightFingerBaseRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftToesBaseRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightToesBaseRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorChestRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLowerChestRotationId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftHandThumbId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftHandIndexId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftHandMiddleId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftHandRingId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftHandPinkyId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftHandExtraFingerId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightHandThumbId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightHandIndexId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightHandMiddleId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightHandRingId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightHandPinkyId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightHandExtraFingerId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftFootThumbId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftFootIndexId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftFootMiddleId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftFootRingId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftFootPinkyId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorLeftFootExtraFingerId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightFootThumbId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightFootIndexId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightFootMiddleId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightFootRingId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightFootPinkyId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightFootExtraFingerId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKFootFloorContactId	Activates the floor contact engine for the character's feet.
HIKFootBottomToAnkleId	Defines the distance from the ankle to the bottom of the model's foot.
HIKFootBackToAnkleId	Defines the distance from the ankle to the back of the model's foot.
HIKFootMiddleToAnkleId	Defines the distance from the ankle to the middle of the model's foot (its ball, or toe base).
HIKFootFrontToMiddleId	Defines the distance from the ankle to the front end of the model's toes.
HIKFootInToAnkleId	Defines the distance from the ankle to the inside edge of the model's foot (the instep).
HIKFootOutToAnkleId	Defines the distance from the ankle to the outside edge of the model's foot.
HIKHandFloorContactId	Activates the floor contact engine for the character's hands.
HIKHandBottomToWristId	Defines the distance from the wrist to the bottom of the model's hand.
HIKHandBackToWristId	Defines the distance from the wrist to the back of the model's hand.
HIKHandMiddleToWristId	Defines the distance from the wrist to the middle of the model's hand (its knuckles, or finger base).
HIKHandFrontToMiddleId	Defines the distance from the wrist to the front end of the model's fingers.
HIKHandInToWristId	Defines the distance from the wrist to the inside edge of the model's hand (the side of the thumb).
HIKHandOutToWristId	Defines the distance from the wrist to the outside edge of the model's hand (the side with the pinky).
HIKHandContactTypeId	Sets the contact type for the character's hands, which defines the number and orientation of the markers used to define the outline of the character's hands. The value may be any of the following: 0 (Normal): Six markers define each hand's floor contact. The middle markers should define where the fingers begin. 1 (Wrist): Four markers define each hand's floor contact. 2 (FingerBase): Four markers define each hand's floor contact. 3 (Hoof): Four markers define each hand's floor contact, but the points are oriented at a 90 degree angle, letting you define the floor contact for animal types with hooves, such as horses. These contact markers allow for 180 degrees of movement.
HIKHandFingerContactId	Activates the floor contact engine for your character's fingers.
HIKHandFingerContactModeId	Determines the behavior of the fingers when they make contact with the floor. The value may be any of the following: 0 (Sticky): Each finger sticks to the floor exactly where contact is made. 1 (Spread): Spreads the fingers as they make contact with the floor, attempting to keep the position of the fingers intact. Rotation is applied to the root of each finger. 2 (Sticky and Spread): Averages the finger behaviour between both Sticky and Spread.
HIKFootContactTypeId	Sets the contact type for the character's feet, which defines the number and orientation of the markers used to define the outline of the character's feet. The value may be any of the following: 0 (Normal): Six markers define each foot's floor contact. The middle markers should define where the toes begin. 1 (Ankle): Four points define each foot's floor contact. 2 (ToeBase): Four points define each foot's floor contact. 3 (Hoof): Four points define each foot's floor contact, but the points are oriented at a 90 degree angle, letting you define the floor contact for animal types with hooves, such as horses. These contact markers allow for 180 degrees of movement.
HIKFootFingerContactId	Activates the floor contact engine for your character's toes.
HIKFootFingerContactModeId	Lets you choose the behavior of the toes when they make contact with the floor. The value may be any of the following: 0 (Sticky): Each toe sticks to the floor exactly where contact is made. 1 (Spread): Spreads the toes as they make contact with the floor, attempting to keep the position of the toes intact. Rotation is applied to the root of each toe. 2 (Sticky and Spread): Averages the toe behaviour between both Sticky and Spread.
HIKLeftUpLegRollId	The Roll properties adjust the way roll rotations on the shoulders, elbows, hips and knees are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderNodeId, the HIKLeftArmRollId property determines how much of that rotation is extracted and applied to the next Node in the hierarchy: i.e. the optional LeftShoulderRollNodeId if characterized, or to the LeftElbowNodeId otherwise. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the original Node to its child. At 50%, the roll is equally distributed between the original Node and its child. At 0%, none of the roll is transferred to the child, moving only the original Node.
HIKLeftLegRollId	The Roll properties adjust the way roll rotations on the shoulders, elbows, hips and knees are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderNodeId, the HIKLeftArmRollId property determines how much of that rotation is extracted and applied to the next Node in the hierarchy: i.e. the optional LeftShoulderRollNodeId if characterized, or to the LeftElbowNodeId otherwise. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the original Node to its child. At 50%, the roll is equally distributed between the original Node and its child. At 0%, none of the roll is transferred to the child, moving only the original Node.
HIKRightUpLegRollId	The Roll properties adjust the way roll rotations on the shoulders, elbows, hips and knees are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderNodeId, the HIKLeftArmRollId property determines how much of that rotation is extracted and applied to the next Node in the hierarchy: i.e. the optional LeftShoulderRollNodeId if characterized, or to the LeftElbowNodeId otherwise. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the original Node to its child. At 50%, the roll is equally distributed between the original Node and its child. At 0%, none of the roll is transferred to the child, moving only the original Node.
HIKRightLegRollId	The Roll properties adjust the way roll rotations on the shoulders, elbows, hips and knees are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderNodeId, the HIKLeftArmRollId property determines how much of that rotation is extracted and applied to the next Node in the hierarchy: i.e. the optional LeftShoulderRollNodeId if characterized, or to the LeftElbowNodeId otherwise. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the original Node to its child. At 50%, the roll is equally distributed between the original Node and its child. At 0%, none of the roll is transferred to the child, moving only the original Node.
HIKLeftArmRollId	The Roll properties adjust the way roll rotations on the shoulders, elbows, hips and knees are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderNodeId, the HIKLeftArmRollId property determines how much of that rotation is extracted and applied to the next Node in the hierarchy: i.e. the optional LeftShoulderRollNodeId if characterized, or to the LeftElbowNodeId otherwise. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the original Node to its child. At 50%, the roll is equally distributed between the original Node and its child. At 0%, none of the roll is transferred to the child, moving only the original Node.
HIKLeftForeArmRollId	The Roll properties adjust the way roll rotations on the shoulders, elbows, hips and knees are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderNodeId, the HIKLeftArmRollId property determines how much of that rotation is extracted and applied to the next Node in the hierarchy: i.e. the optional LeftShoulderRollNodeId if characterized, or to the LeftElbowNodeId otherwise. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the original Node to its child. At 50%, the roll is equally distributed between the original Node and its child. At 0%, none of the roll is transferred to the child, moving only the original Node.
HIKRightArmRollId	The Roll properties adjust the way roll rotations on the shoulders, elbows, hips and knees are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderNodeId, the HIKLeftArmRollId property determines how much of that rotation is extracted and applied to the next Node in the hierarchy: i.e. the optional LeftShoulderRollNodeId if characterized, or to the LeftElbowNodeId otherwise. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the original Node to its child. At 50%, the roll is equally distributed between the original Node and its child. At 0%, none of the roll is transferred to the child, moving only the original Node.
HIKRightForeArmRollId	The Roll properties adjust the way roll rotations on the shoulders, elbows, hips and knees are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderNodeId, the HIKLeftArmRollId property determines how much of that rotation is extracted and applied to the next Node in the hierarchy: i.e. the optional LeftShoulderRollNodeId if characterized, or to the LeftElbowNodeId otherwise. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the original Node to its child. At 50%, the roll is equally distributed between the original Node and its child. At 0%, none of the roll is transferred to the child, moving only the original Node.
HIKMirrorId	Mirrors a Character's pose along the X-axis. Remarks Used by HIKSolveForCharacter only
HIKLeftKneeKillPitchId	The Kill Pitch properties remove the pitch axis on the left and right knees and elbows.
HIKRightKneeKillPitchId	The Kill Pitch properties remove the pitch axis on the left and right knees and elbows.
HIKLeftElbowKillPitchId	The Kill Pitch properties remove the pitch axis on the left and right knees and elbows.
HIKRightElbowKillPitchId	The Kill Pitch properties remove the pitch axis on the left and right knees and elbows.
HIKCtrlPullLeftFootId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullRightFootId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullLeftHandId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullRightHandId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullHeadId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullLeftToeBaseId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullLeftKneeId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullRightToeBaseId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullRightKneeId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullLeftFingerBaseId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullLeftElbowId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullRightFingerBaseId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlPullRightElbowId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlChestPullLeftHandId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlChestPullRightHandId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlResistHipsPositionId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlEnforceGravityId	The Pull properties determine the extent to which parts of the body can pull other parts of the body during a retargeting. The effect of each Node's pull value is contingent on its Reach value. For example, if Pull is set to 100%, but Reach is set to 0%, the Pull value has no effect. At 100%, the Node has full pull. It will be placed at the target point determined for it by the solver, even if the solver has to move other body parts. At 50%, the Node has half pull. This means that moving other body parts that normally transform the Node will have a damping effect. At 0%, the Node has no pull. This means that moving other body parts transforms the Node identically. Remarks Used by HIKSolveForCharacter only
HIKCtrlResistHipsOrientationId	Resist is the rotation equivalent of Pull. Perhaps a more accurate way to describe "resist" is the degree to which the solver tries to preserve the initial, FK angle of a joint during a retargeting. For example, if the initial pose of a character has a bent elbow, a resist value of 0 will allow the arm to stretch during the retargeting, while a resist value of 1 will make the elbow remain bent. Remarks Used by HIKSolveForCharacter only
HIKCtrlResistChestPositionId	Resist is the rotation equivalent of Pull. Perhaps a more accurate way to describe "resist" is the degree to which the solver tries to preserve the initial, FK angle of a joint during a retargeting. For example, if the initial pose of a character has a bent elbow, a resist value of 0 will allow the arm to stretch during the retargeting, while a resist value of 1 will make the elbow remain bent. Remarks Used by HIKSolveForCharacter only
HIKCtrlResistChestOrientationId	Resist is the rotation equivalent of Pull. Perhaps a more accurate way to describe "resist" is the degree to which the solver tries to preserve the initial, FK angle of a joint during a retargeting. For example, if the initial pose of a character has a bent elbow, a resist value of 0 will allow the arm to stretch during the retargeting, while a resist value of 1 will make the elbow remain bent. Remarks Used by HIKSolveForCharacter only
HIKCtrlResistLeftCollarId	Resist is the rotation equivalent of Pull. Perhaps a more accurate way to describe "resist" is the degree to which the solver tries to preserve the initial, FK angle of a joint during a retargeting. For example, if the initial pose of a character has a bent elbow, a resist value of 0 will allow the arm to stretch during the retargeting, while a resist value of 1 will make the elbow remain bent. Remarks Used by HIKSolveForCharacter only
HIKCtrlResistRightCollarId	Resist is the rotation equivalent of Pull. Perhaps a more accurate way to describe "resist" is the degree to which the solver tries to preserve the initial, FK angle of a joint during a retargeting. For example, if the initial pose of a character has a bent elbow, a resist value of 0 will allow the arm to stretch during the retargeting, while a resist value of 1 will make the elbow remain bent. Remarks Used by HIKSolveForCharacter only
HIKCtrlResistLeftKneeId	Resist is the rotation equivalent of Pull. Perhaps a more accurate way to describe "resist" is the degree to which the solver tries to preserve the initial, FK angle of a joint during a retargeting. For example, if the initial pose of a character has a bent elbow, a resist value of 0 will allow the arm to stretch during the retargeting, while a resist value of 1 will make the elbow remain bent. Remarks Used by HIKSolveForCharacter only
HIKCtrlResistRightKneeId	Resist is the rotation equivalent of Pull. Perhaps a more accurate way to describe "resist" is the degree to which the solver tries to preserve the initial, FK angle of a joint during a retargeting. For example, if the initial pose of a character has a bent elbow, a resist value of 0 will allow the arm to stretch during the retargeting, while a resist value of 1 will make the elbow remain bent. Remarks Used by HIKSolveForCharacter only
HIKCtrlResistLeftElbowId	Resist is the rotation equivalent of Pull. Perhaps a more accurate way to describe "resist" is the degree to which the solver tries to preserve the initial, FK angle of a joint during a retargeting. For example, if the initial pose of a character has a bent elbow, a resist value of 0 will allow the arm to stretch during the retargeting, while a resist value of 1 will make the elbow remain bent. Remarks Used by HIKSolveForCharacter only
HIKCtrlResistRightElbowId	Resist is the rotation equivalent of Pull. Perhaps a more accurate way to describe "resist" is the degree to which the solver tries to preserve the initial, FK angle of a joint during a retargeting. For example, if the initial pose of a character has a bent elbow, a resist value of 0 will allow the arm to stretch during the retargeting, while a resist value of 1 will make the elbow remain bent. Remarks Used by HIKSolveForCharacter only
HIKCtrlSpineStiffnessId	Defines how motion is distributed over the character's spine bones. This value must be between 0.0 and 1.0, where: a value of 0.0 causes motion to be equally distributed over all spine bones. a value of 1.0 causes only the base spine bone to move.
HIKHipsTOffsetXId	The Hips and Chest Offset properties offset the translation of the character's hips and chest along each axis by the specified value.
HIKHipsTOffsetYId	The Hips and Chest Offset properties offset the translation of the character's hips and chest along each axis by the specified value.
HIKHipsTOffsetZId	The Hips and Chest Offset properties offset the translation of the character's hips and chest along each axis by the specified value.
HIKChestTOffsetXId	The Hips and Chest Offset properties offset the translation of the character's hips and chest along each axis by the specified value.
HIKChestTOffsetYId	The Hips and Chest Offset properties offset the translation of the character's hips and chest along each axis by the specified value.
HIKChestTOffsetZId	The Hips and Chest Offset properties offset the translation of the character's hips and chest along each axis by the specified value.
HIKFootAutomaticToesId	Specific to MotionBuilder.
HIKFootFloorPivotId	Defines a stable point when applying floor contact. May be any of the following values: 0 (Auto): Averages the Ankle and Toes modes described below. 1 (Ankle): When the toes make contact with the floor, they are translated forward to keep the ankle's trajectory towards the floor constant. 2 (Toes): When the toes make contact with the floor, the ankle is translated backwards to keep the toes firmly planted on the floor.
HIKPostureId	Specific to MotionBuilder.
HIKHandAutomaticFingersId	Specific to MotionBuilder.
HIKHandFloorPivotId	Defines a stable point when applying floor contact. Auto, Ankle or Toes.
HIKCtrlNeckStiffnessId	Defines how motion is distributed over the character's neck bones. This value must be between 0.0 and 1.0, where: a value of 0.0 causes motion to be equally distributed over all neck bones. a value of 1.0 causes only the base neck bone to move.
HIKHipsTranslationModeId	Specifies the behavior of the HipsTranslationId Node. May be any of the following values: 0 (WorldRigid): Causes hip rotations to be applied only to the character's hip Nodes, and not to the HipsTranslationId Node. 1 (BodyRigid): Causes sip rotations to be applied both to the character's hip Nodes and to its HipsTranslationId Node, if any. 2 (Trajectory): Causes any data stored in the HipsTranslationId Node of a source character to be retargeted to the HipsTranslationId Node of a target character. See Retargeting Animation Trajectories.
HIKFingerSolvingId	Specific to MotionBuilder.
HIKFootContactStiffnessId	Defines how the angle of the ankle joint reacts to a floor contact. At 100%, the floor contact engine cannot change the ankle rotation. This maintains the foot configuration. At 0%, the ankle may be rotated freely in order to minimize floor penetration. In both cases, final corrections will be performed by translating the ankle.
HIKCtrlResistMaximumExtensionLeftKnee	The Resist Maximum Extension properties dampen the extension of the legs and arms as they reach their maximum extensions, to prevent limb snapping. The higher the value, the more gradually the limb extends. The default value of 0.5 corrects most limb snapping.
HIKCtrlResistMaximumExtensionRightKnee	The Resist Maximum Extension properties dampen the extension of the legs and arms as they reach their maximum extensions, to prevent limb snapping. The higher the value, the more gradually the limb extends. The default value of 0.5 corrects most limb snapping.
HIKCtrlResistMaximumExtensionLeftElbow	The Resist Maximum Extension properties dampen the extension of the legs and arms as they reach their maximum extensions, to prevent limb snapping. The higher the value, the more gradually the limb extends. The default value of 0.5 corrects most limb snapping.
HIKCtrlResistMaximumExtensionRightElbow	The Resist Maximum Extension properties dampen the extension of the legs and arms as they reach their maximum extensions, to prevent limb snapping. The higher the value, the more gradually the limb extends. The default value of 0.5 corrects most limb snapping.
HIKCtrlResistCompressionFactorLeftKnee	The Resist Compression Factor properties dampen the compression of extended legs and arms as they contract or close. At 1.0 (full effect), the extended leg or arm doesn't bend inward. Instead, it pushes the character's chest, moving the character.
HIKCtrlResistCompressionFactorRightKnee	The Resist Compression Factor properties dampen the compression of extended legs and arms as they contract or close. At 1.0 (full effect), the extended leg or arm doesn't bend inward. Instead, it pushes the character's chest, moving the character.
HIKCtrlResistCompressionFactorLeftElbow	The Resist Compression Factor properties dampen the compression of extended legs and arms as they contract or close. At 1.0 (full effect), the extended leg or arm doesn't bend inward. Instead, it pushes the character's chest, moving the character.
HIKCtrlResistCompressionFactorRightElbow	The Resist Compression Factor properties dampen the compression of extended legs and arms as they contract or close. At 1.0 (full effect), the extended leg or arm doesn't bend inward. Instead, it pushes the character's chest, moving the character.
HIKHandFingerContactRollStiffness	Sets the roll stiffness of the fingers. The higher the value of this property, the less likely the character's fingers are to roll when they hit the floor, preserving the configuration of the fingers relative to each other.
HIKFootFingerContactRollStiffness	Sets the roll stiffness of the fingers. The higher the value of this property, the less likely the character's fingers are to roll when they hit the floor, preserving the configuration of the fingers relative to each other.
HIKHandContactStiffness	Defines how the angle of the wrist joint reacts to a floor contact. At 100%, the floor contact engine cannot change the wrist rotation. This maintains the wrist configuration. At 0%, the wrist may be rotated freely in order to minimize floor penetration. In both cases, final corrections will be performed by translating the wrist.
HIKRollExtractionMode	Defines how roll extraction is performed: 0 (Relative) 1 (Absolute)
HIKPullIterationCount	Sets the number of times pull is calculated. The greater the number of iterations, the more accurate the results of the pull engine. However, a higher number of iterations may decrease system performance. By default, the value of this property is set to 10.
HIKLeftHandThumbTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftHandIndexTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftHandMiddleTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftHandRingTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftHandPinkyTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftHandExtraFingerTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightHandThumbTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightHandIndexTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightHandMiddleTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightHandRingTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightHandPinkyTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightHandExtraFingerTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftFootThumbTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftFootIndexTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftFootMiddleTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftFootRingTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftFootPinkyTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKLeftFootExtraFingerTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightFootThumbTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightFootIndexTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightFootMiddleTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightFootRingTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightFootPinkyTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRightFootExtraFingerTip	The Tip Sizes properties adjust the size of the floor markers used to outline the character's fingertips and toe tips for the floor contact engine.
HIKRealisticShoulder	When human shoulders rotate, they move upwards. This property emulates this behaviour by shifting rotation from the shoulder Node to the collar Node when the arms are raised.
HIKLeftLegMaxExtensionAngle	Sets the maximum angle of extension for the Node.
HIKRightLegMaxExtensionAngle	Sets the maximum angle of extension for the Node.
HIKLeftArmMaxExtensionAngle	Sets the maximum angle of extension for the Node.
HIKRightArmMaxExtensionAngle	Sets the maximum angle of extension for the Node.
HIKExtraCollarRatioId	Defines how shoulder rotation is distributed over the collar Nodes. This value must be between 0.0 and 1.0, where: 0.0: Rotation is applied totally to the base collar bone. 1.0: Rotation is applied totally to the extra collar bone.
HIKCollarStiffnessX	Sets the flexibility of the collar bones when rotating around the X, Y and Z axes. Higher values cause the collar to be stiffer and less likely to rotate around the axis; lower values cause the collar to be more flexible and more likely to rotate around the axis.
HIKCollarStiffnessY	Sets the flexibility of the collar bones when rotating around the X, Y and Z axes. Higher values cause the collar to be stiffer and less likely to rotate around the axis; lower values cause the collar to be more flexible and more likely to rotate around the axis.
HIKCollarStiffnessZ	Sets the flexibility of the collar bones when rotating around the X, Y and Z axes. Higher values cause the collar to be stiffer and less likely to rotate around the axis; lower values cause the collar to be more flexible and more likely to rotate around the axis.
HIKReachActorLeftShoulderId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKReachActorRightShoulderId	The Reach properties control how closely the target character's Nodes are in the final solution to the corresponding Nodes of the source character. Remarks Used by HIKSolveForCharacter only
HIKFingerPropagationId	When retargeting an animation to a target character that has more fingers or finger joints than the source character, this property causes the source character's finger movements to be applied to the target character's extra fingers and finger joints. Remarks Used by HIKSolveForCharacter only
HIKRealisticLeftKneeSolvingId	When a roll rotation is applied to the character's ankle, this parameter determines the percentage of that rotation that will be extracted from the ankle and applied instead to the character's hips. This allows you to keep the character's knee and upper leg more in line with the orientation of its foot, which produces a more realistic effect in most cases. At 0%, the hips are not rotated at all. All rotation is applied to the ankle. At 100%, all rotation is applied to the hips instead of the ankle.
HIKRealisticRightKneeSolvingId	When a roll rotation is applied to the character's ankle, this parameter determines the percentage of that rotation that will be extracted from the ankle and applied instead to the character's hips. This allows you to keep the character's knee and upper leg more in line with the orientation of its foot, which produces a more realistic effect in most cases. At 0%, the hips are not rotated at all. All rotation is applied to the ankle. At 100%, all rotation is applied to the hips instead of the ankle.
HIKStretchStartArmsAndLegs	Sets the percentage of the arm or leg length at which those limbs can begin to stretch. For more information, see Using Squash 'n' Stretch.
HIKStretchStopArmsAndLegs	Sets the percentage of the arm or leg length at which those limbs stop stretching freely. To avoid popping, this parameter is a soft limit: above this percentage, the limb continues to stretch at a rate that decreases exponentially. For more information, see Using Squash 'n' Stretch.
HIKSnSScaleArmsAndLegs	Determines the amount of scaling to apply to the Nodes in the arms and legs when those limbs are squashed or stretched. For more information, see Using Squash 'n' Stretch.
HIKSnSReachLeftWrist	Sets the stretch reach for this Node, which determines how freely the limb may stretch to reach a distant goal. In order for Squash 'n' Stretch to affect a character's arm or leg, this parameter must be greater than 0, and the Reach Translation of the wrist or hand (or ankle or foot) must also be greater than 0. For more information, see Using Squash 'n' Stretch.
HIKSnSReachRightWrist	Sets the stretch reach for this Node, which determines how freely the limb may stretch to reach a distant goal. In order for Squash 'n' Stretch to affect a character's arm or leg, this parameter must be greater than 0, and the Reach Translation of the wrist or hand (or ankle or foot) must also be greater than 0. For more information, see Using Squash 'n' Stretch.
HIKSnSReachLeftAnkle	Sets the stretch reach for this Node, which determines how freely the limb may stretch to reach a distant goal. In order for Squash 'n' Stretch to affect a character's arm or leg, this parameter must be greater than 0, and the Reach Translation of the wrist or hand (or ankle or foot) must also be greater than 0. For more information, see Using Squash 'n' Stretch.
HIKSnSReachRightAnkle	Sets the stretch reach for this Node, which determines how freely the limb may stretch to reach a distant goal. In order for Squash 'n' Stretch to affect a character's arm or leg, this parameter must be greater than 0, and the Reach Translation of the wrist or hand (or ankle or foot) must also be greater than 0. For more information, see Using Squash 'n' Stretch.
HIKSnSScaleSpine	Determines the amount of scaling to apply to the Nodes in the spine when the spine is squashed or stretched. For more information, see Using Squash 'n' Stretch.
HIKSnSScaleSpineChildren	Determines whether or not the neck and collar Nodes (or shoulder Nodes if no collar Nodes are characterized) are squashed or stretched in proportion to the compression and expansion of the spine. For more information, see Using Squash 'n' Stretch.
HIKSnSReachChestEnd	Sets the stretch reach for this Node, which determines how freely the spine may stretch to reach a distant goal. In order for Squash 'n' Stretch to affect a character's spine, the Reach Translation of the ChestEndEffectorId must be greater than 0. For more information, see Using Squash 'n' Stretch.
HIKSnSScaleNeck	Determines the amount of scaling to apply to the Nodes in the neck when the neck is squashed or stretched. For more information, see Using Squash 'n' Stretch.
HIKSnSReachHead	Sets the stretch reach for this Node, which determines how freely the neck may stretch to reach a distant goal. In order for Squash 'n' Stretch to affect a character's neck, the Reach Translation of the HeadEffectorId must be greater than 0. For more information, see Using Squash 'n' Stretch.
HIKLeftUpLegRollExId	The RollEx properties adjust the way roll rotations on the optional roll Nodes are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderRollNodeId, the HIKLeftArmRollExId property determines how much of that roll is extracted and applied instead to the LeftElbowNodeId. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the roll Node to the next Node in the hierarchy. The roll Node will therefore remain at the same rotation as its parent. At 50%, the roll is equally distributed between the roll Node and the next Node in the hierarchy. At 0%, none of the roll is transferred to the next Node in the hierarchy. The roll Node will therefore be at the same rotation as its child.
HIKLeftLegRollExId	The RollEx properties adjust the way roll rotations on the optional roll Nodes are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderRollNodeId, the HIKLeftArmRollExId property determines how much of that roll is extracted and applied instead to the LeftElbowNodeId. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the roll Node to the next Node in the hierarchy. The roll Node will therefore remain at the same rotation as its parent. At 50%, the roll is equally distributed between the roll Node and the next Node in the hierarchy. At 0%, none of the roll is transferred to the next Node in the hierarchy. The roll Node will therefore be at the same rotation as its child.
HIKRightUpLegRollExId	The RollEx properties adjust the way roll rotations on the optional roll Nodes are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderRollNodeId, the HIKLeftArmRollExId property determines how much of that roll is extracted and applied instead to the LeftElbowNodeId. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the roll Node to the next Node in the hierarchy. The roll Node will therefore remain at the same rotation as its parent. At 50%, the roll is equally distributed between the roll Node and the next Node in the hierarchy. At 0%, none of the roll is transferred to the next Node in the hierarchy. The roll Node will therefore be at the same rotation as its child.
HIKRightLegRollExId	The RollEx properties adjust the way roll rotations on the optional roll Nodes are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderRollNodeId, the HIKLeftArmRollExId property determines how much of that roll is extracted and applied instead to the LeftElbowNodeId. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the roll Node to the next Node in the hierarchy. The roll Node will therefore remain at the same rotation as its parent. At 50%, the roll is equally distributed between the roll Node and the next Node in the hierarchy. At 0%, none of the roll is transferred to the next Node in the hierarchy. The roll Node will therefore be at the same rotation as its child.
HIKLeftArmRollExId	The RollEx properties adjust the way roll rotations on the optional roll Nodes are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderRollNodeId, the HIKLeftArmRollExId property determines how much of that roll is extracted and applied instead to the LeftElbowNodeId. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the roll Node to the next Node in the hierarchy. The roll Node will therefore remain at the same rotation as its parent. At 50%, the roll is equally distributed between the roll Node and the next Node in the hierarchy. At 0%, none of the roll is transferred to the next Node in the hierarchy. The roll Node will therefore be at the same rotation as its child.
HIKLeftForeArmRollExId	The RollEx properties adjust the way roll rotations on the optional roll Nodes are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderRollNodeId, the HIKLeftArmRollExId property determines how much of that roll is extracted and applied instead to the LeftElbowNodeId. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the roll Node to the next Node in the hierarchy. The roll Node will therefore remain at the same rotation as its parent. At 50%, the roll is equally distributed between the roll Node and the next Node in the hierarchy. At 0%, none of the roll is transferred to the next Node in the hierarchy. The roll Node will therefore be at the same rotation as its child.
HIKRightArmRollExId	The RollEx properties adjust the way roll rotations on the optional roll Nodes are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderRollNodeId, the HIKLeftArmRollExId property determines how much of that roll is extracted and applied instead to the LeftElbowNodeId. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the roll Node to the next Node in the hierarchy. The roll Node will therefore remain at the same rotation as its parent. At 50%, the roll is equally distributed between the roll Node and the next Node in the hierarchy. At 0%, none of the roll is transferred to the next Node in the hierarchy. The roll Node will therefore be at the same rotation as its child.
HIKRightForeArmRollExId	The RollEx properties adjust the way roll rotations on the optional roll Nodes are shifted to their child Nodes in the skeletal hierarchy. For example, if a roll rotation is applied to the LeftShoulderRollNodeId, the HIKLeftArmRollExId property determines how much of that roll is extracted and applied instead to the LeftElbowNodeId. For more information, see Using Roll Extraction. At 100%, all of the roll transfers from the roll Node to the next Node in the hierarchy. The roll Node will therefore remain at the same rotation as its parent. At 50%, the roll is equally distributed between the roll Node and the next Node in the hierarchy. At 0%, none of the roll is transferred to the next Node in the hierarchy. The roll Node will therefore be at the same rotation as its child.
HIKTopSpineCorrectionId	This property is used only when a source animation used for a retargeting bends forward at the waist while tilting its head back. Tuning this property can help to prevent the retargeted character from displaying a sharp bend in its neck, or a straight neck-to-chin curve. At 100%, a maximum of the neck rotation is spread back to the spine, creating a smoother bend in the neck. At 50% (the default value), this property has no effect. At 0%, the neck is bent even more sharply than the default.
HIKSnSSmoothReach	This property is used in cunjunction of SnS Neck & Spine Reach value. It indicate whether to smooth the reach or not
HIKLockXId	This property allows to lock the character's hips on it's TStance default position
HIKRealisticArmSolvingId	This property allows to switch on/off realistic arm solving
HIKLastPropertyId	Marks the end of the enumeration.