MFnIkJoint Class Reference

Search for all occurrences

---

Detailed Description

Function set for joints.

This is the function set for joints.

The transformation matrix for a joint node is below.

• matrix = [S] * [RO] * [R] * [JO] * [IS] * [T]

(where '*' denotes matrix multiplication).

These matrices are defined as follows:

• [S] : scale
• [RO] : rotateOrient (attribute name is rotateAxis)
• [R] : rotate
• [JO] : jointOrient
• [IS] : parentScaleInverse
• [T] : translate

The methods to get the value of these matrices are:

• [S] : getScale
• [RO] : getScaleOrientation
• [R] : getRotation
• [JO] : getOrientation
• [IS] : (the inverse of the getScale on the parent transformation matrix)
• [T] : translation

#include <MFnIkJoint.h>

Inheritance diagram for MFnIkJoint:

List of all members.

Public Member Functions
virtual MFn::Type	type () const
	Function set type.
virtual	~MFnIkJoint ()
	Destructor.
	MFnIkJoint ()
	Default constructor.
	MFnIkJoint (MObject &object, MStatus *ReturnStatus=NULL)
	Constructor.
	MFnIkJoint (const MDagPath &object, MStatus *ret=NULL)
	Constructor.
MObject	create (MObject parent=MObject::kNullObj, MStatus *ReturnStatus=NULL)
	Create a new joint in a skeleton.
MStatus	getOrientation (MQuaternion &quaternion) const
	Get the joint orientation.
MStatus	setOrientation (const MQuaternion &quaternion)
	Set the jointOrient value.
MStatus	getOrientation (MEulerRotation &rotation) const
	Get the orientation of the coordinate axes.
MStatus	setOrientation (const MEulerRotation &rotation)
	Set the orientation of the coordinate axes.
MStatus	getOrientation (double rotation[3], MTransformationMatrix::RotationOrder &order) const
	Get the orientation of the coordinate axes.
MStatus	setOrientation (const double rotation[3], MTransformationMatrix::RotationOrder order)
	Set the orientation of the coordinate axes.
MStatus	getScaleOrientation (MQuaternion &quaternion) const
	Get the orientation of the coordinate axes for rotation.
MStatus	setScaleOrientation (const MQuaternion &quaternion)
	Set the orientation of the coordinate axes for rotation.
MStatus	getScaleOrientation (double rotation[3], MTransformationMatrix::RotationOrder &order) const
	Get the orientation of the coordinate axes for rotation.
MStatus	setScaleOrientation (const double rotation[3], MTransformationMatrix::RotationOrder order)
	Set the orientation of the coordinate axes for rotation.
MStatus	getSegmentScale (double scale[3]) const
	Get the local space scale values for the joint segment (bone).
MStatus	setSegmentScale (const double scale[3])
	Set the local space scale values for the joint segment (bone).
MStatus	getStiffness (double stiffness[3]) const
	Get the stiffness (from 0 to 100.0) for the joint.
MStatus	setStiffness (const double stiffness[3])
	Set the stiffness (from 0 to 100.0) for the joint.
MStatus	getPreferedAngle (double rotation[3]) const
	Get the preferred orientation for this joint (in XYZ order)
MStatus	setPreferedAngle (const double rotation[3])
	Set the preferred orientation for this joint (in XYZ order)
MStatus	getDegreesOfFreedom (bool &freeInX, bool &freeInY, bool &freeInZ) const
	Get degrees of freedom of this joint.
MStatus	setDegreesOfFreedom (bool freeInX, bool freeInY, bool freeInZ)
	Set the degrees of freedom of this joint by specifying which axes are allowed to rotate.
double	minRotateDampXRange (MStatus *ReturnStatus=NULL) const
	Get the minimum of the damping range in X.
double	minRotateDampYRange (MStatus *ReturnStatus=NULL) const
	Get the minimum of the damping range in Y.
double	minRotateDampZRange (MStatus *ReturnStatus=NULL) const
	Get the minimum of the damping range in Z.
double	maxRotateDampXRange (MStatus *ReturnStatus=NULL) const
	Get the maximum of the damping range in X.
double	maxRotateDampYRange (MStatus *ReturnStatus=NULL) const
	Get the maximum of the damping range in Y.
double	maxRotateDampZRange (MStatus *ReturnStatus=NULL) const
	Get the maximum of the damping range in Z.
MStatus	setMinRotateDampXRange (double angle)
	Set the minimum of the damping range in X.
MStatus	setMinRotateDampYRange (double angle)
	Set the minimum of the damping range in Y.
MStatus	setMinRotateDampZRange (double angle)
	Set the minimum of the damping range in Z.
MStatus	setMaxRotateDampXRange (double angle)
	Set the maximum of the damping range in X.
MStatus	setMaxRotateDampYRange (double angle)
	Set the maximum of the damping range in Y.
MStatus	setMaxRotateDampZRange (double angle)
	Set the maximum of the damping range in Z.
double	minRotateDampXStrength (MStatus *ReturnStatus=NULL) const
	Get the minimum of the damping strength in X.
double	minRotateDampYStrength (MStatus *ReturnStatus=NULL) const
	Get the minimum of the damping strength in X.
double	minRotateDampZStrength (MStatus *ReturnStatus=NULL) const
	Get the minimum of the damping strength in X.
double	maxRotateDampXStrength (MStatus *ReturnStatus=NULL) const
	Get the minimum of the damping strength in X.
double	maxRotateDampYStrength (MStatus *ReturnStatus=NULL) const
	Get the minimum of the damping strength in X.
double	maxRotateDampZStrength (MStatus *ReturnStatus=NULL) const
	Get the minimum of the damping strength in X.
MStatus	setMinRotateDampXStrength (double angle)
	Set the maximum of the damping strength in Z.
MStatus	setMinRotateDampYStrength (double angle)
	Set the maximum of the damping strength in Y.
MStatus	setMinRotateDampZStrength (double angle)
	Set the minimum of the damping strength in Z.
MStatus	setMaxRotateDampXStrength (double angle)
	Set the maximum of the damping strength in X.
MStatus	setMaxRotateDampYStrength (double angle)
	Set the maximum of the damping strength in Y.
MStatus	setMaxRotateDampZStrength (double angle)
	Set the maximum of the damping strength in Z.
MString	hikJointName (MStatus *ReturnStatus=NULL) const
	Get the name that the HumanIK solver uses to identify this joint.
	MFnIkJoint (const MObject &object, MStatus *ret=NULL)
	Constructor.
MStatus	getHikJointName (MString &name) const
	NO SCRIPT SUPPORT.
Protected Member Functions
virtual const char *	className () const
	Class name.

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Constructor & Destructor Documentation

~MFnIkJoint

(

)

[virtual]

Destructor.

Class destructor.

MFnIkJoint	(	MObject &	object,
		MStatus *	ReturnStatus = NULL
	)

Constructor.

Class constructor that initializes the function set to the given MObject.

Parameters:

[in]	object	The MObject to attach the function set to
[out]	ReturnStatus	the return status

Status Codes:

• MS::kSuccess if the function set is successfully attached
• MS::kInvalidParameter if the MObject does not represent a valid Maya object or if the function set is not allowed to attach to this MObject

MFnIkJoint	(	const MDagPath &	object,
		MStatus *	ReturnStatus = NULL
	)

Constructor.

Class constructor that initializes the function set to the given constant MDagPath object.

Parameters:

[in]	object	The const MDagPath to attach the function set to
[out]	ReturnStatus	The return status

Status Codes:

• MS::kSuccess if the function set is successfully attached
• MS::kInvalidParameter if the MObject does not represent a valid Maya object or if the function set is not allowed to attach to this MObject

MFnIkJoint	(	const MObject &	object,
		MStatus *	ReturnStatus = NULL
	)

Constructor.

Class constructor that initializes the function set to the given MObject.

Parameters:

[in]	object	The MObject to attach the function set to
[out]	ReturnStatus	the return status

Status Codes:

• MS::kSuccess if the function set is successfully attached
• MS::kInvalidParameter if the MObject does not represent a valid Maya object or if the function set is not allowed to attach to this MObject

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Member Function Documentation

MFn::Type type

(

)

const [virtual]

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Function set type.

Return the class type : MFn::kJoint.

Reimplemented from MFnTransform.

const char * className

(

)

const [protected, virtual]

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Class name.

Return the class name : "MFnIkJoint".

Reimplemented from MFnTransform.

MObject create	(	MObject	parent = MObject::kNullObj,
		MStatus *	ReturnStatus = NULL
	)

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Create a new joint in a skeleton.

In maya, skeletons are defined entirely by DAG hierarchy. So, giving the joint you want to attach to as a parent will add this joint to that skeleton.

Parameters:

[in]	parent	the parent object for this in the dag. A value of NULL specifies the world dag node as parent.
[out]	ReturnStatus	Status Code (see below)

Returns:

The parent transform of the new joint

Status Codes:

• MS::kSuccess The joint was successfully created and added to the DAG
• MS::kInsufficientMemory Not enough memory available to create the new joint
• MS::kLicenseFailure Application not licensed for attempted operation
• MS::kFailure An error occurred adding the new joint to the DAG.

Reimplemented from MFnTransform.

MStatus getOrientation

(

MQuaternion &

quaternion

)

const

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Get the joint orientation.

This corresponds to the jointOrient attribute on the joint, which is stored internally as a quaternion. It is different from the rotation orientation defined in the transform node. Modifying the jointOrient changes the coordinate axes, which affects how scaling a joint behaves.

The matrix equations used to combine the jointOrient with the other transformation attributes of the joint are described in the description for the MFnIkJoint class.

Parameters:

[out]

quaternion

the quaternion representing the jointOrient

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The orientation was successfully returned
• MS::kFailure This function set has not been attached to a valid object

MStatus setOrientation

(

const MQuaternion &

quaternion

)

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Set the jointOrient value.

This corresponds to the jointOrient attribute on the joint, which is stored internally as a quaternion. It is different from the rotation orientation defined in the transform node. Modifying the jointOrient changes the coordinate axes, which affects how scaling a joint behaves.

The matrix equations used to combine the jointOrient with the other transformation attributes of the joint are described in the description for the MFnIkJoint class.

Parameters:

[in]

quaternion

the joint orientation

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The jointOrient was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus getOrientation

(

MEulerRotation &

rotation

)

const

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Get the orientation of the coordinate axes.

Parameters:

[out]

rotation

the euler rotation into which we will store the orientation

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The orientation was successfully returned
• MS::kFailure This function set has not been attached to a valid object

MStatus setOrientation

(

const MEulerRotation &

rotation

)

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Set the orientation of the coordinate axes.

Parameters:

[in]

rotation

the orientation

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The orientation was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus getOrientation	(	double	rotation[3],
		MTransformationMatrix::RotationOrder &	order
	)		const

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Get the orientation of the coordinate axes.

Parameters:

[out]	rotation	the array into which we will store the angles
[out]	order	storage for the order to do the rotation in

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The orientation was successfully returned
• MS::kFailure This function set has not been attached to a valid object

MStatus setOrientation	(	const double	rotation[3],
		MTransformationMatrix::RotationOrder	order
	)

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Set the orientation of the coordinate axes.

Parameters:

[in]	rotation	the orientation
[in]	order	the order to do the rotation in

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The orientation was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus getScaleOrientation

(

MQuaternion &

quaternion

)

const

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Get the orientation of the coordinate axes for rotation.

This is equivalent to calling the MFnTransform::rotateOrientation method, and corresponds to the rotateAxis attribute on the joint node.

Parameters:

[out]

quaternion

the quaternion into which we will store the rotate orientation

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The rotate orientation was successfully returned
• MS::kFailure This function set has not been attached to a valid object

MStatus setScaleOrientation

(

const MQuaternion &

quaternion

)

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Set the orientation of the coordinate axes for rotation.

This is equivalent to calling the MFnTransform::setRotateOrientation method, and corresponds to the rotateAxis attribute on the joint node. The matrix equations used to combine the rotateAxis with the other transformation attributes of the joint are described in the description for the MFnIkJoint class.

Parameters:

[out]

quaternion

the rotate orientation

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The scale orientation was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus getScaleOrientation	(	double	rotation[3],
		MTransformationMatrix::RotationOrder &	order
	)		const

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Get the orientation of the coordinate axes for rotation.

This is equivalent to calling the MFnTransform::rotateOrientation method but returns the Euler rotation rather than the quaternion rotation. The matrix equations used to combine the rotateAxis with the other transformation attributes of the joint are described in the description for the MFnIkJoint class.

Parameters:

[out]	rotation	the array into which we will store the angles
[out]	order	storage for the order to do the rotation in

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The rotate orientation was successfully returned
• MS::kFailure This function set has not been attached to a valid object

MStatus setScaleOrientation	(	const double	rotation[3],
		MTransformationMatrix::RotationOrder	order
	)

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Set the orientation of the coordinate axes for rotation.

This is equivalent to calling the MFnTransform::setRotateOrientation method, and corresponds to the rotateAxis attribute on the joint node. The matrix equations used to combine the rotateAxis with the other transformation attributes of the joint are described in the description for the MFnIkJoint class.

Parameters:

[in]	rotation	the rotate orientation
[in]	order	the order to do the rotation in

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The rotate orientation was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus getSegmentScale

(

double

scale[3]

)

const

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Get the local space scale values for the joint segment (bone).

This is equivalent to calling MFnTransform::getScale.

Parameters:

[out]

scale

Storage for the scale values

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The scale values were successfully returned
• MS::kFailure This function set has not been attached to a valid object

MStatus setSegmentScale

(

const double

scale[3]

)

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Set the local space scale values for the joint segment (bone).

This is equivalent to calling Ttransform::setScale.

Parameters:

[in]

scale

the new scale values to set

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The scale values were successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus getStiffness

(

double

stiffness[3]

)

const

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Get the stiffness (from 0 to 100.0) for the joint.

The stiffness attribute is used by ik solvers to generate a resistance to a joint motion. The higher the stiffness the less it will rotate. Stiffness works in relative sense: it determines the willingness of this joint to rotate with respect to the other joint in the ik chain.

Parameters:

[out]

stiffness

storage for the stiffness values

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The stiffness was successfully returned
• MS::kFailure This function set has not been attached to a valid object

MStatus setStiffness

(

const double

stiffness[3]

)

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Set the stiffness (from 0 to 100.0) for the joint.

The stiffness attribute is used by ik solvers to generate a resistance to a joint motion. The higher the stiffness the less it will rotate. Stiffness works in relative sense: it determines the willingness of this joint to rotate with respect to the other joint in the ik chain.

Parameters:

[in]

stiffness

the X, Y, and Z stiffness values

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The stiffness was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus getPreferedAngle

(

double

rotation[3]

)

const

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Get the preferred orientation for this joint (in XYZ order)

Parameters:

[out]

rotation

the array into which we will store the angles

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The preferred angles were returned successfully
• MS::kFailure This function set has not been attached to a valid object

MStatus setPreferedAngle

(

const double

rotation[3]

)

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Set the preferred orientation for this joint (in XYZ order)

Parameters:

[in]

rotation

the array into which we will store the angles

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The preferred angles were successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus getDegreesOfFreedom	(	bool &	freeInX,
		bool &	freeInY,
		bool &	freeInZ
	)		const

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Get degrees of freedom of this joint.

Parameters:

[out]	freeInX	the first degree of freedom
[out]	freeInY	the second degree of freedom
[out]	freeInZ	the third degree of freedom

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The degrees of freedom values were successfully returned
• MS::kFailure This function set has not been attached to a valid object

MStatus setDegreesOfFreedom	(	bool	freeInX,
		bool	freeInY,
		bool	freeInZ
	)

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Set the degrees of freedom of this joint by specifying which axes are allowed to rotate.

Parameters:

[in]	freeInX	the first degree of freedom
[in]	freeInY	the second degree of freedom
[in]	freeInZ	the third degree of freedom

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The degrees of freedom were successfully set
• MS::kFailure This function set has not been attached to a valid object

double minRotateDampXRange

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the minimum of the damping range in X.

This corresponds to the minRotateDampXRange attribute on the joint.

The minRotateDampRange and minRotateDampStrength are attributes used by ik to apply resistance to a joint rotation as it approaches the lower boundary of its rotation limits. This functionality allows joint motion to slow down smoothly until the joint reaches its rotation limits instead of stopping abruptly. The minRotateDampRange specifies when the deceleration should start, and the minRotateDampStrength defines the rate of deceleration.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

The minimum damping range in X

Status Codes:

• MS::kSuccess The damping range was successfully returned
• MS::kFailure This function set has not been attached to a valid object

double minRotateDampYRange

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the minimum of the damping range in Y.

This corresponds to the minRotateDampYRange attribute on the joint.

The minRotateDampRange and minRotateDampStrength are attributes used by ik to apply resistance to a joint rotation as it approaches the lower boundary of its rotation limits. This functionality allows joint motion to slow down smoothly until the joint reaches its rotation limits instead of stopping abruptly. The minRotateDampRange specifies when the deceleration should start, and the minRotateDampStrength defines the rate of deceleration.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

The minimum damping range in Y

Status Codes:

• MS::kSuccess The damping range was successfully returned
• MS::kFailure This function set has not been attached to a valid object

double minRotateDampZRange

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the minimum of the damping range in Z.

This corresponds to the minRotateDampZRange attribute on the joint.

The minRotateDampRange and minRotateDampStrength are attributes used by ik to apply resistance to a joint rotation as it approaches the lower boundary of its rotation limits. This functionality allows joint motion to slow down smoothly until the joint reaches its rotation limits instead of stopping abruptly. The minRotateDampRange specifies when the deceleration should start, and the minRotateDampStrength defines the rate of deceleration.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

The minimum damping range in Z

Status Codes:

• MS::kSuccess The damping range was successfully returned
• MS::kFailure This function set has not been attached to a valid object

double maxRotateDampXRange

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the maximum of the damping range in X.

This corresponds to the maxRotateDampXRange attribute on the joint.

The minRotateDampRange and minRotateDampStrength are attributes used by ik to apply resistance to a joint rotation as it approaches the upper boundary of its rotation limits. This functionality allows joint motion to slow down smoothly until the joint reaches its rotation limits instead of stopping abruptly. The maxRotateDampRange specifies when the deceleration should start, and the maxRotateDampStrength defines the rate of deceleration.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

The maximum of the damping range in X

Status Codes:

• MS::kSuccess The damping range was successfully returned
• MS::kFailure This function set has not been attached to a valid object

double maxRotateDampYRange

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the maximum of the damping range in Y.

This corresponds to the maxRotateDampYRange attribute on the joint.

The minRotateDampRange and minRotateDampStrength are attributes used by ik to apply resistance to a joint rotation as it approaches the upper boundary of its rotation limits. This functionality allows joint motion to slow down smoothly until the joint reaches its rotation limits instead of stopping abruptly. The maxRotateDampRange specifies when the deceleration should start, and the maxRotateDampStrength defines the rate of deceleration.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

The maximum of the damping range in Y

Status Codes:

• MS::kSuccess The damping range was successfully returned
• MS::kFailure This function set has not been attached to a valid object

double maxRotateDampZRange

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the maximum of the damping range in Z.

This corresponds to the maxRotateDampZRange attribute on the joint.

The minRotateDampRange and minRotateDampStrength are attributes used by ik to apply resistance to a joint rotation as it approaches the upper boundary of its rotation limits. This functionality allows joint motion to slow down smoothly until the joint reaches its rotation limits instead of stopping abruptly. The maxRotateDampRange specifies when the deceleration should start, and the maxRotateDampStrength defines the rate of deceleration.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

The maximum of the damping range in Z

Status Codes:

• MS::kSuccess The damping range was successfully returned
• MS::kFailure This function set has not been attached to a valid object

MStatus setMinRotateDampXRange

(

double

angle

)

Search for all occurrences

Set the minimum of the damping range in X.

Parameters:

[in]

angle

The damping range to set

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping range was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus setMinRotateDampYRange

(

double

angle

)

Search for all occurrences

Set the minimum of the damping range in Y.

Parameters:

[in]

angle

the damping range to set

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping range was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus setMinRotateDampZRange

(

double

angle

)

Search for all occurrences

Set the minimum of the damping range in Z.

Parameters:

[in]

angle

the damping range to set

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping range was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus setMaxRotateDampXRange

(

double

angle

)

Search for all occurrences

Set the maximum of the damping range in X.

Parameters:

[in]

angle

the damping range to set

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping range was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus setMaxRotateDampYRange

(

double

angle

)

Search for all occurrences

Set the maximum of the damping range in Y.

Parameters:

[in]

angle

the damping range to set

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping range was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus setMaxRotateDampZRange

(

double

angle

)

Search for all occurrences

Set the maximum of the damping range in Z.

Parameters:

[in]

angle

the damping range to set

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping range was successfully set
• MS::kFailure This function set has not been attached to a valid object

double minRotateDampXStrength

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the minimum of the damping strength in X.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully returned
• MS::kFailure This function set has not been attached to a valid object

double minRotateDampYStrength

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the minimum of the damping strength in X.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully returned
• MS::kFailure This function set has not been attached to a valid object

double minRotateDampZStrength

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the minimum of the damping strength in X.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully returned
• MS::kFailure This function set has not been attached to a valid object

double maxRotateDampXStrength

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the minimum of the damping strength in X.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully returned
• MS::kFailure This function set has not been attached to a valid object

double maxRotateDampYStrength

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the minimum of the damping strength in X.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully returned
• MS::kFailure This function set has not been attached to a valid object

double maxRotateDampZStrength

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the minimum of the damping strength in X.

Parameters:

[out]

ReturnStatus

Status Code (see below)

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully returned
• MS::kFailure This function set has not been attached to a valid object

MStatus setMinRotateDampXStrength

(

double

angle

)

Search for all occurrences

Set the maximum of the damping strength in Z.

Parameters:

[in]

angle

The new damping strength value

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus setMinRotateDampYStrength

(

double

angle

)

Search for all occurrences

Set the maximum of the damping strength in Y.

Parameters:

[in]

angle

The new damping strength value

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus setMinRotateDampZStrength

(

double

angle

)

Search for all occurrences

Set the minimum of the damping strength in Z.

Parameters:

[in]

angle

The new damping strength value

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus setMaxRotateDampXStrength

(

double

angle

)

Search for all occurrences

Set the maximum of the damping strength in X.

Parameters:

[in]

angle

The new damping strength value

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus setMaxRotateDampYStrength

(

double

angle

)

Search for all occurrences

Set the maximum of the damping strength in Y.

Parameters:

[in]

angle

The new damping strength value

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully set
• MS::kFailure This function set has not been attached to a valid object

MStatus setMaxRotateDampZStrength

(

double

angle

)

Search for all occurrences

Set the maximum of the damping strength in Z.

Parameters:

[in]

angle

The new damping strength value

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The damping strength value was successfully set
• MS::kFailure This function set has not been attached to a valid object

MString hikJointName

(

MStatus *

ReturnStatus = NULL

)

const

Search for all occurrences

Get the name that the HumanIK solver uses to identify this joint.

Parameters:

[out]

ReturnStatus

Status code (see below)

Returns:

The name used to identify this joint for HumanIK

Status Codes:

• MS::kSuccess The name was successfully found
• MS::kFailure The joint is not part of a humanIK handle

MStatus getHikJointName

(

MString &

name

)

const

Search for all occurrences

NO SCRIPT SUPPORT.

Get the name that the HumanIK solver uses to identify this joint.

Python Notes

This method is not supported in Python. See the version which returns a string.

Parameters:

[out]

name

The name used to identify this joint for HumanIK

Returns:

Status code (see below)

Status Codes:

• MS::kSuccess The name was successfully found
• MS::kFailure The joint is not part of a humanIK handle