File Size: 129370 KB
Print Length: 241 pages
Publisher: Princeton University Press (June 2, 2015)
Publication Date: June 2, 2015
Sold by: Digital Services LLC
Language: English
ASIN: B00TKLOVLO
Text-to-Speech: Enabled
X-Ray: Not Enabled
Word Wise: Not Enabled
Lending: Not Enabled
Enhanced Typesetting: Enabled
Best Sellers Rank: #815,471 Paid in Kindle Store (See Top 100 Paid in Kindle Store) #25 in Kindle Store > Kindle eBooks > Nonfiction > Science > Mathematics > Pure Mathematics > Group Theory #33 in Kindle Store > Kindle eBooks > Nonfiction > Science > Mathematics > Pure Mathematics > Functional Analysis #97 in Kindle Store > Kindle eBooks > Nonfiction > Science > Mathematics > Recreation & Games
I want to rate this book much higher. It's got some great material, fascinating formulas, beautiful graphics. However, the way the book was written makes it lose so much of its value, it makes me sad.First of all, the author identifies three target audiences: the working mathematician, the advanced undergraduate, and the "less experienced reader". "Less experienced" readers are still expected to have a knowledge of calculus, calculating derivatives of functions and integrals. So a lot of readers will find themselves lost almost immediately. This is not a bad thing in itself. But some effort to make the book more accessible would have given it a much wider audience, which is disappointing to me.Secondly, the book screams for its examples to be coded in graphics software. That is why most people will be buying this book - to make the pretty pictures they see on the cover and as they flip through it. But it is not a software oriented book at all. You will not find ANY code in this book, just pure math. There is not even any software on any site that you could download to experiment with. The author does mention that he has developed some software that he used to create the images in the book, and even shows screenshots of the interface. But this software is not publicly available. He does mention that he sometimes gives the code out to people who correspond with him, if they promise not to complain about it. Of course, it's not TOO difficult to take the formulas and create a graphic rendering system for them, if you have experience as a developer.In summary, the book has some brilliant material, but if you are not experienced in math and programming, your head will be spinning half way through the first chapter.
Are you a mathematician? If you are, then this book is for you. Author Frank A. Farris, has written an outstanding book that introduces you to the creation of mathematical symmetry: The artistic process of making choices among the vast infinity of mathematical patternsÂfree to wave and curve, but constrained by the limitations of pattern type.The author begins by showing you how to make a circle and other curves. Next, he discusses how complex numbers make it easier to keep track of circles, curves and rotations. Then, the author explains why the mystery curve has a 5-fold symmetry. Also, the author discusses what algebraic and analytic structures, best describes the families of curves. He then surprises us, in a suitable sense, that every periodic curve in the plane can indeed be written as a superposition of waves, even though infinitely, many are required in general. Then, the author discusses how you can extend your curves with m-fold symmetry to functions from C to C. In addition, he defines plane symmetry; studies a particular class of patterns; the rosettes; and, construct spaces of functions that, with the domain-coloring algorithm, allow you rich opportunities for creating symmetry. Also, the author then explains what the various possible frieze groups are. He then makes a more literal connection, even to surfaces moving up and down; modeling the swells in the oceanÂnot the waves crashing on the shore. Next, the author continues by unveiling the wave packets, superpositions of particular waves that dance together to create symmetry. Then, he discusses what other symmetries are possible in wallpaper functions with 3-fold symmetry. Also, the author discusses what algebraic structures describe the symmetries of functions with 3- or 6-fold rotations.
Creating Symmetry: The Artful Mathematics of Wallpaper Patterns Making an Impression: Designing & Creating Artful Stamps Artful Handmade Wrap Bracelets: A Complete Guide to Creating Sophisticated Braided Jewelry Incorporating Precious Metals and Stones Fun With Art: Color In Wallpaper The Spoonflower Handbook: A DIY Guide to Designing Fabric, Wallpaper & Gift Wrap with 30+ Projects The Yellow Wallpaper and Other Stories (Dover Thrift Editions) Seeing Symmetry Six Not-So-Easy Pieces: Einstein's Relativity, Symmetry, and Space-Time Soul Symmetry: Raven Series, Book 3 Fearful Symmetry: The Fall and Rise of Canadas Founding Values Safari Animal Patterns: 30 Exotic Safari Animal Patterns to Feel the Wildlife World (Safari Animal Patterns, animal designs, zendoodle) The Artful Garden: Creative Inspiration for Landscape Design The Artful Year: Celebrating the Seasons and Holidays with Crafts and Recipes--Over 175 Family- Friendly Activities Marbled, Swirled, and Layered: 150 Recipes and Variations for Artful Bars, Cookies, Pies, Cakes, and More The Artful Vegan: Fresh Flavors from the Millennium Restaurant The Artful Ribbon: Ribbon Flowers Artful Fiber: A Mixed Pack of Fibers & Surfaces for Art Quilts, Mixed-Media & Surface Design Artful Album Quilts: Applique Inspirations from Traditional Blocks Artful Color, Mindful Knits: The Definitive Guide to Working with Hand-dyed Yarn The Artful Wooden Spoon: How to Make Exquisite Keepsakes for the Kitchen