dual_quat_composeT_dual_quat_composeDualQuatComposeDualQuatComposedual_quat_compose (Operator)

Name

dual_quat_composeT_dual_quat_composeDualQuatComposeDualQuatComposedual_quat_compose — Multiply two dual quaternions.

Signature

Description

The operator dual_quat_composedual_quat_composeDualQuatComposeDualQuatComposeDualQuatComposedual_quat_compose multiplies the two dual quaternions DualQuaternionLeftDualQuaternionLeftDualQuaternionLeftDualQuaternionLeftdualQuaternionLeftdual_quaternion_left and DualQuaternionRightDualQuaternionRightDualQuaternionRightDualQuaternionRightdualQuaternionRightdual_quaternion_right and returns the product in DualQuaternionComposedDualQuaternionComposedDualQuaternionComposedDualQuaternionComposeddualQuaternionComposeddual_quaternion_composed.

For a brief introduction to dual quaternions, the used notation, and the relationship between dual quaternions and screws, see “Solution Guide III-C - 3D Vision”.

The multiplication of the dual quaternions and is .

For the multiplication of quaternions see quat_composequat_composeQuatComposeQuatComposeQuatComposequat_compose.

Note that the multiplication of two dual quaternions is not commutative, i.e., .

If DualQuaternionLeftDualQuaternionLeftDualQuaternionLeftDualQuaternionLeftdualQuaternionLeftdual_quaternion_left and DualQuaternionRightDualQuaternionRightDualQuaternionRightDualQuaternionRightdualQuaternionRightdual_quaternion_right are unit dual quaternions and, hence, represent 3D rigid transformations, their multiplication corresponds to the multiplication of their corresponding homogeneous transformation matrices. Consequently, dual_quat_composedual_quat_composeDualQuatComposeDualQuatComposeDualQuatComposedual_quat_compose can be used to concatenate two 3D rigid transformations analogously to pose_composepose_composePoseComposePoseComposePoseComposepose_compose or hom_mat3d_composehom_mat3d_composeHomMat3dComposeHomMat3dComposeHomMat3dComposehom_mat3d_compose.

Execution Information

• Multithreading type: reentrant (runs in parallel with non-exclusive operators).
• Multithreading scope: global (may be called from any thread).
• Processed without parallelization.

Parameters

Possible Predecessors

screw_to_dual_quatscrew_to_dual_quatScrewToDualQuatScrewToDualQuatScrewToDualQuatscrew_to_dual_quat

Possible Successors

dual_quat_to_hom_mat3ddual_quat_to_hom_mat3dDualQuatToHomMat3dDualQuatToHomMat3dDualQuatToHomMat3ddual_quat_to_hom_mat3d, dual_quat_to_posedual_quat_to_poseDualQuatToPoseDualQuatToPoseDualQuatToPosedual_quat_to_pose, dual_quat_to_screwdual_quat_to_screwDualQuatToScrewDualQuatToScrewDualQuatToScrewdual_quat_to_screw

Alternatives

pose_composepose_composePoseComposePoseComposePoseComposepose_compose, hom_mat3d_composehom_mat3d_composeHomMat3dComposeHomMat3dComposeHomMat3dComposehom_mat3d_compose

See also

dual_quat_interpolatedual_quat_interpolateDualQuatInterpolateDualQuatInterpolateDualQuatInterpolatedual_quat_interpolate, pose_to_dual_quatpose_to_dual_quatPoseToDualQuatPoseToDualQuatPoseToDualQuatpose_to_dual_quat, dual_quat_normalizedual_quat_normalizeDualQuatNormalizeDualQuatNormalizeDualQuatNormalizedual_quat_normalize, dual_quat_conjugatedual_quat_conjugateDualQuatConjugateDualQuatConjugateDualQuatConjugatedual_quat_conjugate, serialize_dual_quatserialize_dual_quatSerializeDualQuatSerializeDualQuatSerializeDualQuatserialize_dual_quat, deserialize_dual_quatdeserialize_dual_quatDeserializeDualQuatDeserializeDualQuatDeserializeDualQuatdeserialize_dual_quat, dual_quat_trans_line_3ddual_quat_trans_line_3dDualQuatTransLine3dDualQuatTransLine3dDualQuatTransLine3ddual_quat_trans_line_3d, dual_quat_trans_point_3ddual_quat_trans_point_3dDualQuatTransPoint3dDualQuatTransPoint3dDualQuatTransPoint3ddual_quat_trans_point_3d, quat_composequat_composeQuatComposeQuatComposeQuatComposequat_compose

Module

Foundation