Lamport’s original LaTeX had a separate program (SliTeX) for
producing slides; it dates from the age when colour effects were
produced by printing separate slides in different-coloured inks, and
overlaying them, and was just about acceptable back then. When
LaTeX2e came along, the reason SliTeX had to be a separate
program went away, and its functionality was supplied by the
slides class. While this makes life a little easier for
system administrators, it does nothing for the inferior functionality
of the class: no-one who “knows” uses
slides nowadays.
The ‘classic’ alternatives have been
seminar and
foils
(originally known as FoilTeX). Both were originally designed to
produce output on acetate foils, though subsequent work has provided
environments in which they can be used with screen projectors (see
below).
The advent of Microsoft
PowerPoint (feeble though early
versions of it were) has created a demand for “dynamic” slides —
images that develop their content in a more elaborate fashion than by
merely replacing one foil with the next in the way that was the norm
when
slides,
foils and
seminar were designed.
The
prosper class builds on
seminar to provide dynamic
effects and the like; it retains the ability to provide PDF for
a projected presentation, or to print foils for a foil-based
presentation. The add-on package
ppr-prv adds “preview”
facilities (that which is commonly called “hand-out printing”). The
HA-prosper package, which you load with
prosper,
mends a few bugs, and adds several facilities and slide design styles.
The (more recent)
powerdot class is designed as a
replacement for
prosper and
HA-prosper, co-authored
by the author of
HA-prosper.
Beamer is a relatively easy-to-learn, yet powerful, class that
(as its name implies) was designed for use with projection displays.
It needs the
pgf package (for graphics support), which in
turn requires
xcolor; while this adds to the tedium of
installing
beamer “from scratch”, both are good additions to
a modern LaTeX installation.
Beamer has reasonable
facilities for producing printed copies of slides.
Talk is another highly functional, yet easy-to-learn class
which claims to differ from the systems mentioned above, such as
beamer, in that it doesn’t impose a slide style on you. You
get to specify a bunch of slide styles, and you can switch from one to
the other between slides, as you need. (The class itself provides
just the one style, in the package
greybars: the author
hopes users will contribute their own styles, based on
greybars.)
Lecturer is a
generic solution (it works with
Plain TeX, LaTeX and ConTeXt mk ii, but not — yet — with
ConTeXt mk iv). By separating the functionality needed for a
presentation (using TeX for typesetting, and PDF functions
for layering and dynamic effects) a clear structure emerges. While it
doesn’t have the range of “themes” (presentation styles) of
beamer it seems a useful alternative candidate.
Present is designed for use with Plain TeX only; its
design is simple, to the extent that its author hopes that users will
themselves be able to tune its macros.
Ppower4 (commonly known as
pp4) is a
Java-based support program that will postprocess
PDF, to ‘animate’ the file at places you’ve marked with
commands from one of the
pp4 packages. The commands don’t
work on PDF that has come from
dvips output; they
work with PDF generated by PDFLaTeX, VTeX LaTeX, or
dvipdfm running on LaTeX output.
Pdfscreen and
texpower are add-on packages that
permit dynamic effects in documents formatted in “more modest”
classes;
pdfscreen will even allow you to plug
“presentation effects” into an
article-class document.
A more detailed examination of the alternatives (including examples
of code using many of them) may be found at Michael Wiedmann’s fine
http://www.miwie.org/presentations/presentations.html
ConTeXt users will find that much (if not all) of what they need is
already in ConTeXt itself; there’s a useful summary of what’s
available, with examples, in
http://wiki.contextgarden.net/Presentation_Styles
This is FAQ version 3.27, released on 2013-06-07.