case class SinglePoseExpLogMapping[DDomain[D] <: DiscreteDomain[D]](reference: DomainWithPoseParameters[_3D, DDomain])(implicit warper: DomainWarp[_3D, DDomain]) extends PoseExpLogMappingSingleDomain[DDomain] with Product with Serializable
- returns
a rigid transforms
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- new SinglePoseExpLogMapping(reference: DomainWithPoseParameters[_3D, DDomain])(implicit warper: DomainWarp[_3D, DDomain])
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- def expMappingSingleDomain(deformationField: DiscreteField[_3D, [D]DomainWithPoseParameters[D, DDomain], EuclideanVector[_3D]]): Transformation[_3D]
restricts the DiscreteField over the DomainWithPoseParameters to the DiscreteField over the DDomain
restricts the DiscreteField over the DomainWithPoseParameters to the DiscreteField over the DDomain
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- SinglePoseExpLogMapping → PoseExpLogMappingSingleDomain
- def finalize(): Unit
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- def logMappingSingleDomain(deformationField: DiscreteField[_3D, [D]DomainWithPoseParameters[D, DDomain], EuclideanVector[_3D]]): DiscreteField[_3D, [D]DomainWithPoseParameters[D, DDomain], ShapeAndPoseVector[_3D]]
- returns
a discreteFiled, where shape and pose feature are factorized The returned pose here is in the "biomechanical" sens, that is, the translation is related to rotation center or specific landmark provided(neutralPoseRefPointsIds), and not to center of mass.
- Definition Classes
- SinglePoseExpLogMapping → PoseExpLogMappingSingleDomain
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- def productElementNames: Iterator[String]
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- implicit val rand: Random
- val reference: DomainWithPoseParameters[_3D, DDomain]
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