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Simple Robotics Toolbox

version 1.0.1 (258 KB) by Cesar Chavez
This toolbox is used to represent the kinematic diagram of any robot using both solid 3D frames and solid links.

45 Downloads

Updated 16 Sep 2020

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This is a simple robotics toolbox designed to study and understand the forward kinematics of robot manipulators.

Unlike Peter Corke's toolbox, the representation is not done automatically through the Denavit Hartenberg representation, but the homogeneous transformations are at the user's discretion and therefore the representation is built by the user. This feature enables to represent the kinematic diagram of parallel robots, such as the paralelogram configuration in the Fanuc Robots.

All the elements of any kinematic diagram can be represented with solid parts (3D frames, joints and links). The solid links need STL files. If you don't need the representation of solid links, these can be represented with simple lines.

The toolbox needs the next included complementary toolboxes/functions:
* FreezeColors toolbox by John Iversen (2005)
* Stlread and patchslim functions by Francis Esmonde-White (2010).

A couple of examples are provided for using this Toolbox.

Cite As

Cesar Chavez (2020). Simple Robotics Toolbox (https://www.mathworks.com/matlabcentral/fileexchange/80137-simple-robotics-toolbox), MATLAB Central File Exchange. Retrieved .

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MATLAB Release Compatibility
Created with R2016b
Compatible with R2016b and later releases
Platform Compatibility
Windows macOS Linux
Acknowledgements

Inspired by: freezeColors / unfreezeColors, Binary STL file reader

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Complementary toolboxes/STL

Complementary toolboxes/freezeColors

Complementary toolboxes/freezeColors/test

Examples/GUI ejemplo Graficar STL

Examples/Robot SCARA cinematica

Toolbox Robotica Chavez Matlab R2016b