🚀 go-pugleaf

Re. venki's remarks ca. plotting packages.  You may also want to
investigate Nelson Beebe's <PLOT79> package from the University of Utah.
It presents certain tradeoffs: no hardware or PostScript fonts (Hershey
characters are handled as graphical objects), no fancy mouse-based
interface, BUT, it is portable (runs under virtually any serious OS),
comprehensive (includes all the requisite high-level numerical tools
required for good graphics, such as interpolation, coordinate conversion,
etc.), and includes high-level routines for simple 2- and 3-D plots,
contour maps, pie charts, histograms, maps, and simple molecular graphics.
An interpretive command language, slides, allows figures to be combined
and further manipulated by translation rotation, scaling, etc. (as in the
creation of an inset).  It also comes with a library which supports the 40
or so most common output devices, including Tektronix terminal and
plotters, PostScript devices, HPGL, CalComp, and HI plotters, etc.  We
have used it here for several years with great enthusiasm.

Contact: beebe@science.utah.edu

R. P. C. Rodgers, M.D.                  Telephone:
Statistical Mechanics of Biomolecules   (415)476-8910 (work)
Department of Pharmaceutical Chemistry  (415)664-0560 (home)
University of California, Box 1204      E-mail:
Laurel Heights Campus, Room 102         ARPA:   rodgers@cca.ucsf.edu
3333 California St.                             rodgers@maxwell.mmwb.ucsf.edu
San Francisco CA 94118                  BITNET: rodgers@ucsfcca
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