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authorrillig <rillig@pkgsrc.org>2020-05-03 16:40:29 +0000
committerrillig <rillig@pkgsrc.org>2020-05-03 16:40:29 +0000
commit3a216c11a4fd869df00942cd57e87349c28b327f (patch)
tree31f08839e3efe4d8e40c3d6ee08e13ef90be1303 /lang/cu-prolog
parent35c59bacf54fa399e1f485b488437525f89a403f (diff)
downloadpkgsrc-3a216c11a4fd869df00942cd57e87349c28b327f.tar.gz
lang/cu-prolog: re-wrap DESCR to look more natural
Diffstat (limited to 'lang/cu-prolog')
-rw-r--r--lang/cu-prolog/DESCR9
1 files changed, 4 insertions, 5 deletions
diff --git a/lang/cu-prolog/DESCR b/lang/cu-prolog/DESCR
index bf92679455e..d7fc36cb099 100644
--- a/lang/cu-prolog/DESCR
+++ b/lang/cu-prolog/DESCR
@@ -1,11 +1,10 @@
cu-Prolog is an experimental constraint logic programming language.
Unlike most conventional CLP systems, cu-Prolog allows user-defined
predicates as constraints and is suitable for implementing a natural
-language processing system based on the unification-based
-grammar. As an application of cu-Prolog, we developed
-a JPSG (Japanese Phrase Structure Grammar) parser
-with the JPSG Working Group (the chairman is Prof. GUNJI, Takao of
-Osaka University) at ICOT.
+language processing system based on the unification-based grammar.
+As an application of cu-Prolog, we developed a JPSG (Japanese Phrase
+Structure Grammar) parser with the JPSG Working Group (the chairman is
+Prof. GUNJI, Takao of Osaka University) at ICOT.
cu-Prolog is also the complete implementation of the constraint
unification and its name (cu) comes from the technique.