Package org.robwork.sdurw_invkin

Class IterativeIKCPtr

  • public class IterativeIKCPtr
extends java.lang.Object
    Ptr stores a pointer and optionally takes ownership of the value.

    • Constructor Detail

      • IterativeIKCPtr

        public IterativeIKCPtr​(long cPtr,
                       boolean cMemoryOwn)

      • IterativeIKCPtr

        public IterativeIKCPtr()
        Default constructor yielding a NULL-pointer.

      • IterativeIKCPtr

        public IterativeIKCPtr​(IterativeIK ptr)
        Do not take ownership of ptr.

        ptr can be null.

        The constructor is implicit on purpose.

    • Method Detail

      • delete

        public void delete()

      • deref

        public IterativeIK deref()
        The pointer stored in the object.

      • __ref__

        public IterativeIK __ref__()
        Dereferencing operator.

      • getDeref

        public IterativeIK getDeref()
        Member access operator.

      • isShared

        public boolean isShared()
        check if this Ptr has shared ownership or none
        ownership
        Returns:
        true if Ptr has shared ownership, false if it has no ownership.

      • isNull

        public boolean isNull()
        checks if the pointer is null
        Returns:
        Returns true if the pointer is null

      • getMaxError

        public double getMaxError()
        Returns the maximal error for a solution

        Returns:
        Maximal error

      • getMaxIterations

        public int getMaxIterations()
        Returns the maximal number of iterations

      • solve

        public VectorQ solve​(Transform3D baseTend,
                     State state)
        Calculates the inverse kinematics

        Given a desired \robabx{}{desired}{\mathbf{T}}
        and the current state, the method solves the inverse kinematics
        problem.

        If the algorithm is able to identify multiple solutions (e.g. elbow
        up and down) it will return all of these. Before returning a solution,
        they may be checked to be within the bounds of the configuration space.
        (See setCheckJointLimits(bool) )

        Parameters:
        baseTend - [in] Desired base to end transformation \robabx{}{desired}{\mathbf{T}}

        state - [in] State of the device from which to start the
        iterations

        Returns:
        List of solutions. Notice that the list may be empty.

        Note: The targets baseTend must be defined relative to the base of the
        robot/device.

      • getTCP

        public FrameCPtr getTCP()
        Returns the Tool Center Point (TCP) used when solving the IK problem.

        Returns:
        The TCP Frame used when solving the IK.