#C A period 89 (prime) glider loop.
#C This is based on glider turning reactions using four base period 26
#C oscillators whose phases are changed to period 37 due to the impacts.
#C If M is the number of contiguous period 37 gliders in the loop and N
#C is the number of contiguous period 26 gaps in the loop, then similar
#C oscillators can be built for any period of the form 37M + 26N, where
#C M > 0 and N > 0.  (Here M=1 and N=2).
#C David I. Bell, August 2004
;ru N2ac01i,2ad01i,2ae01i,2af01i,2ag01i
;ru NA2be01i,2bf01i,2bg01i
;ru NA2ce01i,2cf01i,2cg01i,2ch01i
;ru NA2dg01i,2dh01i
;ru NA2eg01i,2eh01i
;ru NA2bd01i,2bh01i
;ru NA2df01i
;ru NA2fh01i
;ru NA12abcdefgh1i
;read -inline
x = 196, y = 196
92b7o$$94bobo$94bobo$94bobo7$93b3o$95bo7$110bo$110bo$109bo5$78bobo$80b
o7$125bo$123bobo5$64bo$65bo$65bo7$140bo$138b3o5$49boo$50bo$50bo7$155bo
$153boo5$34boo$$35bo6$169bo$$168boo5$19boo$21bo6$195bo$184bo10bo$184bo
6b3obo$183boo10bo$191b3obo$o194bo$o194bo$ob3o$o10boo$ob3o6bo$o10bo$o6$
174bo$175boo5$26boo$$26bo6$160bo$$160boo5$41boo$40bo7$145bo$145bo$145b
oo5$55b3o$55bo7$130bo$130bo$131bo5$70bobo$70bo7$115bo$115bobo5$86bo$
85bo$85bo7$100bo$100b3o7$99bobo$99bobo$99bobo$$97b7o!
