Class SBDTypeOrthorhombicSymmetryTransform#

ClassList > SBDTypeOrthorhombicSymmetryTransform

#include <SBDTypeOrthorhombicSymmetryTransform.hpp>

Inherits the following classes: SBDTypeSymmetryTransform

Public Attributes inherited from SBDTypeSymmetryTransform#

Type	Name
int	R
int	STBF
int	T
short int	index
SBDTypeSymmetryTransform *	inverse
int	inverseId
short int	lower
bool	orthorhombic
short int	upper

Public Attributes inherited from SBDTypeSpatialTransform#

See SBDTypeSpatialTransform

Type	Name
SBMatrix33 *	orientation The pointer to the orientation of the spatial transform.
SBPosition3 *	position The pointer to the position of the spatial transform.
SBVector3 *	scale The pointer to the scale of the spatial transform.

Public Static Attributes inherited from SBDTypeSpatialTransform#

See SBDTypeSpatialTransform

Type	Name
const SBDTypeSpatialTransform	identity The identity spatial transform.
const SBDTypeSpatialTransform	zero The zero spatial transform.

Public Functions#

Type	Name
	SBDTypeOrthorhombicSymmetryTransform ()
virtual void	init ()
virtual bool	isSerializable () const Returns true.
virtual void	serialize (SBCSerializer * serializer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER) const Serializes.
virtual void	unserialize (SBCSerializer * serializer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER) Unserializes.

Public Functions inherited from SBDTypeSymmetryTransform#

See SBDTypeSymmetryTransform

Type	Name
	SBDTypeSymmetryTransform ()
void	assignR (const int _R)
void	assignT (const int _T, const int & _STBF)
void	assignT (const int _T)
bool	checkInverse (const SBDTypeSymmetryTransform & t)
virtual void	init ()
virtual bool	isSerializable () const Returns true.
virtual void	serialize (SBCSerializer * serializer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER) const Serializes.
virtual void	unserialize (SBCSerializer * serializer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER) Unserializes.

Public Functions inherited from SBDTypeSpatialTransform#

See SBDTypeSpatialTransform

Type	Name
	SBDTypeSpatialTransform () Constructs an identity transform.
	SBDTypeSpatialTransform (const SBDTypeSpatialTransform & transform) Copy constructor.
	SBDTypeSpatialTransform (SBDTypeSpatialTransform && transform) Move constructor.
	SBDTypeSpatialTransform (const SBPosition3 & position) Constructs a transform from a `position` vector, the orientation matrix is set to identity.
	SBDTypeSpatialTransform (const SBMatrix33 & orientation) Constructs a transform from an `orientation` matrix, the position vector is set to zero.
	SBDTypeSpatialTransform (const SBMatrix33 & orientation, const SBPosition3 & position) Constructs a transform from an `orientation` matrix and a`position` vector.
	SBDTypeSpatialTransform (const SBMatrix33 & orientation, const SBPosition3 & position, const SBVector3 & scale) Constructs a transform from an `orientation` matrix, a`position` vector and a`scale` .
void	computeOpenGLMatrix (float mat) const Stores the OpenGL matrix corresponding to this transform in `mat` .
void	computeOpenGLMatrix (double mat) const Stores the OpenGL matrix corresponding to this transform in `mat` .
SBVector3	getE1 () const Returns the first column of the orientation matrix.
SBVector3	getE2 () const Returns the second column of the orientation matrix.
SBVector3	getE3 () const Returns the third column of the orientation matrix.
SBPosition3	getE4 () const Returns the position vector.
SBVector3	getE5 () const Returns the scale vector.
void	inverse (SBDTypeSpatialTransform & inverse) const Stores the inverse of this transform in `inverse` .
SBDTypeSpatialTransform	inverse () const Returns the inverse of this transform.
void	inverseTransformAcceleration (const SBAcceleration6 & motionA, SBAcceleration6 & motionB) const Transforms the spatial acceleration `accelerationA` into the spatial acceleration`accelerationB` by applying the__inverse of this transform.
void	inverseTransformVelocity (const SBVelocity6 & motionA, SBVelocity6 & motionB) const Transforms the spatial velocity `velocityA` into the spatial velocity`velocityB` by applying the__inverse of this transform.
virtual bool	isSerializable () const Returns true.
bool	operator!= (const SBDTypeSpatialTransform & transform) const Returns true if and only if this transform is not equal to `transform` .
SBPosition3	operator* (const SBPosition3 & position) const Returns the result of the transformation of position `position` by this transform.
SBVelocity6	operator* (const SBVelocity6 & velocity) const Returns the result of the transformation of spatial velocity `velocity` by this transform.
SBAcceleration6	operator* (const SBAcceleration6 & acceleration) const Returns the result of the transformation of spatial acceleration `acceleration` by this transform.
SBForce6	operator* (const SBForce6 & force) const Returns the result of the transformation of spatial force `force` by this transform.
SBDTypeSpatialTransform	operator* (const SBDTypeSpatialTransform & transform) const Returns the product of this transform with the transform `transform` .
SBDTypeSpatialTransform &	operator= (const SBDTypeSpatialTransform & transform) Copy assignment.
SBDTypeSpatialTransform &	operator= (SBDTypeSpatialTransform && transform) Move assignment.
bool	operator== (const SBDTypeSpatialTransform & transform) const Returns true if and only if this transform is equal to `transform` .
void	print () const Prints the spatial transform.
void	rightMultiply3D (const SBDTypeSpatialTransform & leftMember, SBDTypeSpatialTransform & result) const Stores in `result` the product of`leftMember` and this transform.
void	rightMultiplyInverse3D (const SBDTypeSpatialTransform & leftMember, SBDTypeSpatialTransform & result) const Stores in `result` the product of`leftMember` and the inverse of this transform.
virtual void	serialize (SBCSerializer * serializer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER) const Serializes the spatial transform.
void	setE1 (const SBVector3 & v) Sets the first column of the orientation matrix to `v` .
void	setE2 (const SBVector3 & v) Sets the second column of the orientation matrix to `v` .
void	setE3 (const SBVector3 & v) Sets the third column of the orientation matrix to `v` .
void	setE4 (const SBPosition3 & p) Sets the position vector to `p` .
void	setE5 (const SBVector3 & p) Sets the scale vector to `p` .
void	setIdentity () Sets this transform to identity.
void	transformAcceleration (const SBAcceleration6 & accelerationA, SBAcceleration6 & accelerationB) const Transforms the spatial acceleration `accelerationA` into the spatial acceleration`accelerationB` .
void	transformForce (const SBForce6 & forceA, SBForce6 & forceB) const Transforms the spatial force `forceA` into the spatial force`forceB` .
void	transformInertia (const SBInertia66 & IA, SBInertia66 & IB) const Transforms the inertia `IA` by this spatial transform and stores the result in`IB` .
void	transformInertiaLeft (const SBInertia66 & I, SBInertia66 & result) const Left-multiplies the inertia `I` by this spatial transform and stores the result in`result` .
void	transformInertiaRight (const SBInertia66 & I, SBInertia66 & result) const Right-multiplies the inertia `I` by this spatial transform and stores the result in`result` .
void	transformInverseInertia (const SBInverseInertia66 & phiA, SBInverseInertia66 & phiB) const Transforms the inverse inertia `phiA` into the inverse inertia`phiB` .
void	transformInverseInertiaLeft (const SBInverseInertia66 & phi, SBInverseInertia66 & result) const Left-multiplies the inverse inertia `phi` by this spatial transform and stores the result in`result` .
void	transformInverseInertiaRight (const SBInverseInertia66 & phi, SBInverseInertia66 & result) const Right-multiplies the inverse inertia `phi` by this spatial transform and stores the result in`result` .
void	transformInverseInertiaTransposeRight (const SBInverseInertia66 & phi, SBInverseInertia66 & result) const Right-multiplies the transpose of the inverse inertia `phi` by this spatial transform and stores the result in`result` .
void	transformPoint (const SBPosition3 & p, SBPosition3 & result) const Transforms the point `p` into the point`result` .
void	transformVelocity (const SBVelocity6 & velocityA, SBVelocity6 & velocityB) const Transforms the spatial velocity `velocityA` into the spatial velocity`velocityB` .
virtual void	unserialize (SBCSerializer * serializer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER) Unserializes the spatial transform.
	~SBDTypeSpatialTransform () Destroys the spatial transform.

Public Static Functions inherited from SBDTypeSpatialTransform#

See SBDTypeSpatialTransform

Type	Name
SBDTypeSpatialTransform	fromAlignment (const SBVector< SBPosition3 > & fromPositionVector, const SBVector< SBPosition3 > & toPositionVector, SBQuantity::length & preRMSD, SBQuantity::length & postRMSD) Returns the transform that transforms the positions in `fromPositionVector` into the positions in`toPositionVector` as best as possible.

Detailed Description#

This class describes orthorhombic symmetry transforms.

Short name: SBOrthorhombicSymmetryTransform

Public Functions Documentation#

function SBDTypeOrthorhombicSymmetryTransform#

SBDTypeOrthorhombicSymmetryTransform::SBDTypeOrthorhombicSymmetryTransform ()

function init#

virtual void SBDTypeOrthorhombicSymmetryTransform::init ()

Implements SBDTypeSymmetryTransform::init

function isSerializable#

Returns true.

virtual bool SBDTypeOrthorhombicSymmetryTransform::isSerializable () const

Implements SBDTypeSymmetryTransform::isSerializable

function serialize#

Serializes.

virtual void SBDTypeOrthorhombicSymmetryTransform::serialize (
    SBCSerializer * serializer,
    const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER
) const

Implements SBDTypeSymmetryTransform::serialize

function unserialize#

Unserializes.

virtual void SBDTypeOrthorhombicSymmetryTransform::unserialize (
    SBCSerializer * serializer,
    const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER
)

Implements SBDTypeSymmetryTransform::unserialize