This done, no installation is required (though you may wish to check out Further Data Files and/or Setting the Path below). This will create a subdirectory KnotTheory/ in your current working directory. Start by downloading either the file or the file KnotTheory.zip (around 3MB each), and unpack either one. Dylan Thurston, for writing an early routine to translate from Hoste-Thistlethwaite's DT codes to my "PD Presentations".Morwen Thistlethwaite, for the pictures of links and of 11 crossing knots.Tao, for noticing problems with the knots 10_83 and 10_86. Alexander Stoimenow, for the knot presentations for the knots in the Rolfsen table and some further remarks.Alexander Shumakovitch, for his help with signature computations (see The Determinant and the Signature).Siddarth Sankaran, for writing the conversion program between Gauss codes and PD codes and for writing MorseLink and DrawMorseLink.Emily Redelmeier, for writing the program DrawPD (see Drawing Planar Diagrams).Stuart Rankin, for help with our link to Knotilus (see Gauss Codes).Jozef Przytycki, for correcting a typo.Bertrand Patureau-Mirand, for informing us of some mismatches in the link tables (now corrected).Scott Morrison, for a bug report and for writing the programs to compute the HOMFLY-PT and Kauffman polynomials (see The HOMFLY-PT Polynomial and The Kauffman Polynomial).Charles Livingston, for allowing us to bundle data from his Table of Knot Invariants.Rick Litherland, for spotting a sneaky bug in the program KnotSignature.Thang Le, for supplying some of the formulas used in the program ColouredJones (see The Coloured Jones Polynomials).Jeremy Green, for his java implementation of Kh (see Khovanov Homology).Thomas Gittings, for the minimum braid representatives for the knots with up to 10 crossings (see Braid Representatives).Stavros Garoufalidis, for jointly writing the program ColouredJones (see The Coloured Jones Polynomials).Ralph Furmaniak, for help with our link to Knotilus (see Gauss Codes).Jana Archibald, for writing the program Alexander.Yet for historical purposes, here's our acknowledgement as of the conversion to Wiki formnat on August 2005: As a Wiki project, it doesn't make sense anymore to acknowledge individual contributors. This Atlas is partially (and indirectly) supported by NSERC grant RGPIN 262178. 19.4.2 Transparently calling LinKnot` from KnotTheory`.19.4 Lessons learnt from integrating LinKnot`.17.1 Prime Links with a Non-Prime Component.16.5 Finite Type (Vassiliev) Invariants.16.4.2.1 "Similar" Knots (within the Atlas).16.4.1.2 The Determinant and the Signature.16.4.1.1 "Similar" Knots (within the Atlas).16.2.3 DT (Dowker-Thistlethwaite) Codes.16.2 Presentations, Graphical Output and Tube Plots.13.6 Action of the braided coxeter group on the quantum group.13.5 Generators and relations of quantum groups.13.4 Explicit bases, and matrix presentations.13.3 Weight multiplicities and tensor product decomposition.10.3.3 Importing the package in Mathematica.10.2.2 Using LinKnot in parallel with KnotTheory`.10.2.1 Using LinKnot as a "subcontractor".9.14 Universal Khovanov homology, and reduced homology.9.12 Finite Type (Vassiliev) Invariants.
#FREE PRINTABLE KNOT TYING GUIDE SOFTWARE#
9.10.1 Other Software to Compute the HOMFLY-PT Polynomial.9.6.1 How is the Jones polynomial computed?.9.4.2 Detecting a Link Using the Multivariable Alexander Polynomial.9.4.1 Links with Vanishing Multivariable Alexander Polynomial.9.4 The Multivariable Alexander Polynomial.5.7.2 Some generalities about the Conway notation.