From kneth@kiku.dk Thu Nov 26 05:19:49 1992 Message-Id: Subject: RE: Reaction-Diffusion Equations To: chemistry@ccl.net Date: Thu, 26 Nov 92 10:17:54 MET From: Kenneth Geisshirt You could read "Third generation cellular automaton for modeling excitable media" J. Weimar et al. Physica D 55 p. 328-339 I don't think that the article can solve your problem, but you can get some ideas. -- ***************************************************** * Kenneth Geisshirt * * Dept. of Theoretical Chemistry * * University of Copenhagen * * * * E-mail : kneth@kiku.dk * * Snail-Mail: Fjordvej 48, 3390 Hundested, Denmark * * Phone : +45 42 33 78 40 (home) * * +45 35 32 02 54 (uni) * ***************************************************** * Don't talk, Just kiss * ***************************************************** From adfernan@undergrad.math.uwaterloo.ca Thu Nov 26 12:08:31 1992 From: "Andrew D. Fernandes" To: CHEMISTRY@ccl.net Subject: GaussianXX orbital orientation Message-Id: <92Nov26.170835est.251336-1@descartes.uwaterloo.ca> Date: Thu, 26 Nov 1992 17:08:31 -0500 Does anyone know the orbital orientation that Gaussian90 uses with the 5D and 7F orbital options? When using 6D and 10F functions, the correct xyz orientations are obvious, but which of xx, yy, zz, 3xx-rr, and xx-yy correspond to D0, D+1, D-1, D+2, D-2... ditto for the F orbitals? This is not as simple a problem to sort out as you may think, and if someone knows they could tell me and save me oodles of time... Thanks muchly, -Andrew. ----- University of Waterloo, Department of Chemistry. (andrew@platinum.uwaterloo.ca)