Part1 – [DIY Robot][Matlab Robotics Toolbox][manipulator simulation][1] – Robot Kinematics
1. Differential Kinematics and Jacobian
1.1. Manipulability Ellipsoid
![[DIY Robot][Matlab Robotics Toolbox][manipulator simulation][2] - Differential Kinematics and Jacobian 1 image 55](https://i0.wp.com/openpj.co.kr/wp-content/uploads/2024/12/image-55.png?resize=428%2C365&ssl=1)
![[DIY Robot][Matlab Robotics Toolbox][manipulator simulation][2] - Differential Kinematics and Jacobian 2 image 56](https://i0.wp.com/openpj.co.kr/wp-content/uploads/2024/12/image-56.png?resize=384%2C344&ssl=1)
clear;
global Arm3D;
Robot3DMotion( [0 pi/4 pi/2 ]);
% 자코비안의 병진운동성분만 출력
Jt = Arm3D.jacob0(Arm3D.getpos(),'trans')
% 자코비안의 회전운동성분만 출력
Jr = Arm3D.jacob0(Arm3D.getpos(),'rot');
% 자코비안 전체 출력
J = Arm3D.jacob0(Arm3D.getpos());
% manipulability measure
w = abs( det(Jt) )
%manipulability ellipsoid 표시
Arm3D.vellipse( Arm3D.getpos());
1.2.
![[DIY Robot][Matlab Robotics Toolbox][manipulator simulation][2] - Differential Kinematics and Jacobian 3 image 57](https://i0.wp.com/openpj.co.kr/wp-content/uploads/2024/12/image-57.png?resize=416%2C369&ssl=1)
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