Page 44                                               Summer 1996

Supernova Revisited

Last time I described the Supernova and showed the table of throws for that 10-club pattern. But I didn't show the actual causal diagram, so I've included it here in Fig. 3 (it is easily derived from the table).

You can look at a diagram, like the Supernova's, and see how to change it, for instance to take out the few remaining selves. Fig. 4 shows the diagram for the Supernova with the selves replaced by doubles or triples, which land, perforce, when the selves would have. These new doubles and triples are shown as the dotted lines in Fig. 4. This is a sample of how you can create a new pattern from an existing one.

Feed and Triangle Extensions

If you're familiar with my seven-club PPS pattern, where one person throws double­double-self and the other throws self-single­double (see the Spring 1993 Juggler's Workshop), we'll show some ways to extend that pattern to three people. Fig. 5 shows the original PPS pattern for two people.

Figure 5.  7-Club Pass-Pass-Self

 

We can take the person who is throwing both singles and doubles (B in Fig. 5) and split that role into two easier roles. Each of the two roles involves only a three-count. You can either have one person do all the singles and the other all the doubles, as in Fig. 6, or you can have the two people share both the singles and doubles, as in Figs. 7 and 8. Fig. 7 shows the dull way to split the pattern - dull because each feedee ends up with four selves in a row (then two successive passes). Fig. 8 is slightly more interesting, perhaps, with fewer consecutive selves, but just as many overall.

Fig. 6 - 10-Club PPS Feed, separated singles and doubles.

Fig. 7 - 10-Club PPS, shared dense singles and doubles.

Fig. 8 - 10-Club PPS, shared sparse singles and doubles.

 

I was looking at these causal diagrams and decided to replace selves with passes wherever I could. Some results are shown in Figs. 9, 10, 11 and 12. Fig. 9 results from turning pairs of simultaneous selves in Fig. 8 into pairs of exchanged passes on counts one (B&C), three (A&B) and six (A&C).

Fig. 9 - 10-Club Triangle, two selves, shared doubles.

Fig. 10 - 10-Club Triangle, no selves, unshared doubles.

Fig. 11 - 10-Club Triangle, two selves, unshared doubles.

Fig 12 - 10-Club Triangle, no selves, unshared doubles.

Fig. 10 comes from Fig. 9 by interchanging B's and C's throws on count two as well as on count five, to get rid of a self on each of those counts. In addition, B's and C's passes on count six have been interchanged, so that B doesn't have to throw any doubles. Note that there are now no selves.

 

If we go back to Fig. 9 and reverse the roles of B and C in the second half of the pattern, then we get Fig. 11, where B again throws only singles.

 

Finally if we again interchange the throws of B and C on both counts two and five in Fig. 11, we get Fig. 12, another pattern with no selves at all. One difference between Figs. 10 and 12 is that in 12, A always throws the first double and all the singles to B, whereas in 10, the first double as well as the singles alternate going to B and C.

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