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By Ivan Stoinenovi, Ratho Iolfui and Rade Onoanrof-h L


An algorithm for generating and counting nonisonorphic hexagonal systens of the given perimeter is presented which enables us to determine the nurber of nonisomorph'ic hexagonal systems of the perimeter n up to n = 46. l.{e also detennine the number of nonisomorphic.hexagonal systems with h hexagons for h < 1,|. 1. DEFINITION AND CHARACTERIZATION tn [l.l a characterlzation of hexagonal systems is given using the words over the alphabet V = {0,I,2,3,4,5}, and a functLon f which maps the set of all the flnite oriented paths of the hexagonal grid H (r'tg. f) lnto the set V* = U Vn of all the words over the alnhabet V. It ls known n>0 that the Euclj-dean plane'can be tlled with the regular congruent hexagons. In thls sray an infinl-te hexagons grid H i

Year: 2013
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