No subject

complete. The only thing that could still change significantly is the
support for representing raster data (Gg.raster), in any case,
consult the documentation which clarifies what may still change.

Home page: <http://erratique.ch/software/gg>  
Documentation: <http://erratique.ch/software/gg/doc/Gg>
github: <https://github.com/dbuenzli/gg>


# Vg

Vg is an OCaml module for declarative 2D vector graphics. In Vg,
images are values that denote functions mapping points of the
cartesian plane to colors. The module provides combinators to define
and compose these values.

Renderers for PDF, SVG and the HTML canvas are distributed with the
module. An API allows to implement new renderers.

Vg depends only on Gg. The SVG renderer has no dependency, the PDF
renderer depends on Uutf and Otfm, the HTML canvas renderer depends on
js_of_ocaml. Vg and its renderers are distributed under the BSD3
license.

The aim of Vg is to provide a low-level, declarative, composable and
semantically precise vector graphics abstraction that can be used with
multiple rendering backends. Vg is made of pure OCaml code and is thus
easy to install wherever the compiler decided to bring you.

The basics section of the documentation can be read as tutorial
introduction:

  <http://erratique.ch/software/vg/doc/Vg#basics>

The distribution has a database of sample images that serve both as a
test suite to compare the output of different rendering backends and
as a learning tool to see how images are defined in Vg. Thanks to
js_of_ocaml it can be browsed online here:

  <http://erratique.ch/software/vg/demos/rhtmlc.html>

You can get to the definition of an image by clicking on the image's
title.