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-Using the GF resource grammar library in multilingual grammars: an example
-Author: Aarne Ranta <aarne (at) cs.chalmers.se>
-Last update: %%date(%c)
-
-% NOTE: this is a txt2tags file.
-% Create an html file from this file using:
-% txt2tags --toc mp3-resource.txt
-
-%!target:html
-
-
-
-This document describes the contents of the directory 
-[``GF/examples/mp3`` http://www.cs.chalmers.se/~aarne/GF/examples/mp3/].
-
-This directory contains a small example of a dialogue system
-grammar built by using the GF resource grammar library. Its sole
-purpose is to demonstrate this usage, i.e.
-
- - how the resource API is used to define concrete syntax
-
- - how to divide the grammar into modules
-
-
-Thus it is not intended to be (even a part of) a really useful 
-system. 
-
-
-==Quick try==
-
-To try out the grammar, do for example
-```
-  gf mk3.gfcm                                 -- start GF
-
-  > gr | l -multi                             -- random generate
-
-  > p -tr "which song is played ?" | l -multi -- parse and translate
-
-  > gt -tr | l -lang=MP3Swe                   -- generate Swedish "treebank"
-
-  > si -tr | p | l -multi                     -- translate speech input
-    [say:] I want to play Yesterday
-```
-The last command only works if you have installed the
-[ATK http://mi.eng.cam.ac.uk/~sjy/software.htm] speech recognition library 
-and compiled 
-[GF version 14/12/2005 http://www.cs.chalmers.se/Cs/Research/Language-technology/darcs/GF/doc/darcs.html] 
-or later, with support for ATK enabled.
-
-
-==Structure==
-
-The directory consists of the following grammars:
-
-- [``MP3.gf`` MP3.gf] the main abstract syntax
-- [``MP3I.gf`` MP3I.gf] functor implementation of the main abstract
-- [``MP3Eng.gf`` MP3Eng.gf] English instantiation of the functor
-- [``MP3Fin.gf`` MP3Fin.gf] Finnish instantiation of the functor (buggy)
-- [``MP3Fre.gf`` MP3Fre.gf] French instantiation of the functor
-- [``MP3Ger.gf`` MP3Ger.gf] German instantiation of the functor
-- [``MP3Swe.gf`` MP3Swe.gf] Swedish instantiation of the functor
-- [``Lexicon.gf`` Lexicon.gf] the interface on which ``MP3I.gf`` depends
-- [``LexiconEng.gf`` LexiconEng.gf] English instance of the interface 
-- [``LexiconFin.gf`` LexiconFin.gf] Finnish instance of the interface 
-- [``LexiconFre.gf`` LexiconFre.gf] French  instance of the interface 
-- [``LexiconGer.gf`` LexiconGer.gf] German  instance of the interface 
-- [``LexiconSwe.gf`` LexiconSwe.gf] Swedish instance of the interface 
-
-
-The main linguistic content is in the functor ``MP3I`` and the
-instances of the ``Lexicon`` interface.
-
-The way in which the implementation is divided to a functor
-and an interface depending on it should work as a model for
-building resource grammar applications in general.
-
-In order to compile the grammars from source, you must set the
-environment variable ``GF_LIB_PATH`` to point at the root
-of your GF library, e.g. in the bash shell,
-
-``` export GF_LIB_PATH=/usr/local/lib/GF/
-
-
-==Resource library version==
-
-The example builds on resource v. 0.6. The reason for not building
-on a later version is that German is not yet implemented for them.
-The example will probably be migrated to v. 1.0 soon. The new resource 
-version will fix the bugs in the Finnish implementation.
-