			  How to install

>>> This file contains JIS character code <<<

(1) Run SICStus prolog

SICStus 0.7 #9: 1992$BG/(B02$B7n(B26$BF|(B($B?e(B) 20$B;~(B56$BJ,(B00$BIC(B JST
| ?- 

(2) Consult 'init.pl'.

| ?- [init].
{consulting /tmp_mnt/icot21/login6/ikeda/mjg/init.pl...}
{/tmp_mnt/icot21/login6/ikeda/mjg/init.pl consulted, 30 msec 670 bytes}

(3) Execute 'init/0' to define operators and compile all files. The
Compile fails, if some file's character code is not EUC.

| ?- init.
{consulting /tmp_mnt/icot21/login6/ikeda/mjg/c_opera.pl...}
{/tmp_mnt/icot21/login6/ikeda/mjg/c_opera.pl consulted, 30 msec 1050 bytes}
......

(4) You can use predicates 'test/2' and 'test2/2', which defined in
'jg_demo.pl'.

Usage:	test(Sentence_Number$B!$(BOUTPUT)$B!%(B

		generates from a input data for 'Sentence_Number'. The
		file 'jg_demo.pl' has 84 input data. 

	test2(Sentence_From$B!$(BSentence_To)$B!%(B

		generates sentences from data number 'Sentence_From'
		to  'Sentence_To'.


A content of a file 'output' is a result of generation 'test2(1,84)'.

(examples)
| ?- test(1,S).
test(1,S).
No. 1
runtime:  1250msec.
S = $B$3$NCO5e$N>e$G?M4V$,@8$-$D$E$1$F$$$/$?$a$K$O$I$&$7$F$b<+A3$N7C$_$KMj$i$J$1$l$P$J$i$J$$!#(B ? 

yes
| ?- test2(2,5).
No. 2
runtime:  1850msec.
$B$b$H$O$H$$$($PKhF|;d$?$A$,?)$Y$kJ*$b=;$s$G$$$k2H$bCe$k0aI~$b$_$J<+A33&$+$i<j$KF~$l$?J*$G$"$k!#(B
No. 3
runtime:  1970msec.
$B?M4V$O$=$NM%$l$?5;=Q$r;H$C$F<+A3$+$iF@$?J*$r9*$_$K2C9)$7$F<+J,$?$A$N@83h$rK-$+$K$7$F$$$k!#(B
No. 4
runtime:  710msec.
$B<+A3$O?M4V$K$H$C$F8B$j$J$$;q8;$NJu8K$J$N$@!#(B
No. 5
runtime:  2510msec.
$B$^$??M4V$OBpCO$rB$$k$?$a$K;3$r@Z$jJx$7$FJ?CO$K$7$?$j8rDL$rJXMx$K$9$k$?$a$K?9$r@Z$j3+$$$FF;O)$rB$$C$?$j$7$F$$$k!#(B

