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                 THE EVER YTHING KNOTS BOOK

                 how familiar you are with a knot, there are probably more ways
                 to consider its construction than what you already know. After you
                 have tied a knot, many concepts can be learned from watching it
                 in the process of being taken apart. You may see a way to make
                 the knot different, or notice similarities between it and other knots.
                 Perhaps the most productive use of this technique is that you will
                 learn different ways that the knot may be tied.


                        ESSENTIAL


                     Another approach to take with trying new knots is changing
                     the tying procedure. Look at the setup in your hands, and
                     maybe twist a loop a different way before completing, or
                     maybe change the order of the tucks. This technique alone
                     can lead in many directions with a wide variety of results.




                     Start from Scratch
                     Most of the techniques mentioned so far involve making a knot
                 that you already know, and then changing it. You can also explore
                 from scratch, using a string with no knot or even curve. This can
                 be a lot of fun, and if you like mathematics you can even come up
                 with a number system to keep track of all the combinations you try.
                 However, there are a couple of points you should keep in mind if
                 you do this. One is that modern mathematics is not up to the task
                 of telling even simple knots apart, which means that even though
                 you will find new knots with this method, you will not find all of
                 the possibilities. The second is that you will miss whole categories
                 of useful and decorative knots, working your way through thousands
                 of combinations without some whole categories ever being tried.
                     One way to use mathematics is to help you keep track of what
                 you have tried. It will also help prevent you from missing a possi-
                 bility. One example of this is with the Overhand Bends of Chapter
                 5. The four bends (Ashley’s Bend, Hunter’s Bend, Zeppelin Bend,





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