Come regularly for FREE download of new Polynomial Toolbox components! |
This page contains links to
files we are making available for free or partially restricted FTP download such as new
macros, patches, demos, documentation and various users' contributions.
Click on the appropriate link under the Formats section of a file's description
to begin downloading.
If you want to make here available your own file, please contact doc@polyx.cz .
A definition of the file formats is available at the bottom of this page. All file sizes are approximate
Some files are designated as Restricted Usage! You can download them for free and read them on your computer. However, you are not allowed to print them unless you own a current license of the Polynomial Toolbox 2. Copying and distribution of the documentation in both electronic and printed form is is expressly prohibited.
Basic description of the Polynomial Toolbox 2 (245 pages). Restricted Usage!
Printed copy is a part of the Polynomial Toolbox delivery, electronic form available on the CD-ROM.
Additional printed copies can be purchased.
Formats: .exe (1.490 k), .pdf.gz (1.460 k).
Last updated: June 04, 1999.
Detailed description of the Polynomial Toolbox 2 commands (439 pages).
Electronic form available on the CD-ROM. Printed copies can be purchased.Formats: .exe (980 k), .pdf.gz (962 k).
Last updated: June 04, 1999.
Detailed description of the new features of the version 2.5 (439 pages).
Electronic form available on the CD-ROM.Formats: .exe (743 k), .pdf.gz (980 k).
Last updated: June 04, 1999.
On-line version of the Manual (373 pages). Restricted Usage!
Formats: .exe (936 k), .pdf.gz (905 k).
Last updated: June 04, 1999.
On-line version of the reference manual Commands (631 pages). Restricted Usage!
Formats: .exe (971 k), .pdf.gz (929 k).
Last updated: June 04, 1999.
On-line Version 2.5 Upgrade Info
Detailed description of the new features of the version 2.5 (439 pages).
Electronic form available on the CD-ROM.Formats: .exe (874 k), .pdf.gz (835 k).
Last updated: June 04, 1999.
A simple list of all commands with basic description.
Format: pdf (38 k).
Last updated: August 10, 1999.
A simple one-page informative sheet.
Format: pdf (45 k).
Last updated: August 10, 1999.
Updated and revised macros.
Format: exe|zip
Last updated: September 5, 2005Note:The patches apply to Polynomial Toolbox Version 2.5 only. Users of older Version 2.0 must first upgrade to Version 2.5 by restarting their Subscription. Please contact PolyX to learn how you can Restart your Subscritpion.
Instructions (PC Win95/98): Run the patches_25.exe file, insert the desired path of the Polynomial Toolbox (for instance C:/MATLABR11/toolbox/polynomial), and click the Unzip button.
Note: Before running the file, unselect the "Read Only" attribute of the files in your Polynomial Toolbox directory and its subdirectories if you have not done it yet. This can be done manually in the Explorer by applying Edit/Select All and File/Properties commands subsequently.
New Macros NEW
edgetest polytope stability test via edge theorem download (m-file) | documentation (pdf) feedback feedback connection of polynomial fractions download (m-file) | documentation (pdf) polyvalm polynomial evaluation with matrix argument download (m-file) | documentation (pdf)
All new macros:
Format: zip
Instructions: Unzip the file to your Polynomial Toolbox directory.
Neimark's plot function (Yazd University, Iran)
This function plots the stability distance in the parameter space of a polynomial with linear dependency in uncertain parameters in lp-norms, for p = 1, 2 or inf, in the frequency range [w1,w2].Download the m-file.
.GUI tools for analysis of polynomials with two uncertain parameters and for design of PID-type controllers (CTU Prague, CZ)
A stand-alone application (for MS Windows) or a MATLAB GUI. MATLAB version requires the Polynomial and Symbolic Toolboxes. Zipped m-files, executable files and documentation.
.Symbolic solver for Bezout, Hermite-Fujivara and Schur-Cohn matrices (CTU Prague, CZ)
Requires Polynomial and Symbolic Toolbox. Download zipped m-files and documentation.
.RoPID : Graphical user interface for design of all stabilizing PI, PD, PID controllers (CTU Prague, CZ)
Requires Polynomial and Symbolic Toolbox. Download zipped m-files and documentation.
.MATLAB-MathML Conversion of Polynomial Matrices (CTU Prague, CZ)
POL2MML - conversion of DOUBLE and POL objects to MathML code. The resulting code can be used for high quality presentation on the web but also for export from Matlab into packages like Mathematica, Maple and so on. Both presentation and content markup. Supports displaying MathPLayer plugin and WebEQ based applets. MML2POL - conversion of MathML code into an instance of DOUBLE or POL class in the Matlab workspace. Useful for conversion of constant and polynomial matrices from packages like Mathematica and Maple to Matlab. Requires Polynomial Toolbox. Download zipped m-files and documentation.
.Symbolic Solver for Polynomial Equations (CTU Prague, CZ)
Symbolic Solver for Polynomial Equations by Adela Klimentova (CTU, Prague, CZ). Requires Polynomial and Symbolic Math Toolbox. Download zipped m-files and documentation.
.A new macro for a phase plot of a continuous time polynomial (LAAS CNRS, France)
Polynomial Toolbox implementation of the continuous time polynomial phase plot by Dider Henrion (LAAS CNRS, Toulouse, France). Download the m-file and documentation.
.A Descriptor Algorithm for Spectral Factorization (H. Kwakernaak)
Polynomial Toolbox implementation of the algorithm described in the paper A Descriptor Algorithm for the Spectral Factorization of Polynomial Matrices by H. Kwakernaak, presented at ROCOND 2000, June 21-23, 2000, Prague, CZ.
.H2 optimization - Theory and Applications to Robust Control Design (H. Kwakernaak)
Polynomial Toolbox macros for polynomial and descriptor H2 optimization, complete with documentation, derivations and proofs of the algorithms, test examples and the full text of Huibert Kwakernaak's plenary paper about H2 optimization at ROCOND 2000, June 21-23, 2000, Prague, CZ.
Simple GUI introducing some control design routines of the Polynomial Toolbox 2.0.
Format: zip (51 k).
Last updated: March 10, 2000.Instructions: Unzip the file, add related directory to the MATLAB path and run ptdemo in the MATLAB prompt.
.bas Visual Basic source file, in text format .exe self-extracting Windows 95/98 files .exe Windows executable program .pdf.gz compressed PDF files in UNIX format. may be unzipped using the command gunzip *.gz .ps PostScript file .ps.Z compressed PostScript file, for UNIX .tar UNIX archive file .tar.Z compressed UNIX archive file .zip Windows archive file