makefile.am

CMU大名鼎鼎的SPHINX－3大词汇量连续语音识别系统

# ====================================================================
# Copyright (c) 2000 Carnegie Mellon University.  All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
#
# 1. Redistributions of source code must retain the above copyright
#    notice, this list of conditions and the following disclaimer. 
#
# 2. Redistributions in binary form must reproduce the above copyright
#    notice, this list of conditions and the following disclaimer in
#    the documentation and/or other materials provided with the
#    distribution.
#
# This work was supported in part by funding from the Defense Advanced 
# Research Projects Agency and the National Science Foundation of the 
# United States of America, and the CMU Sphinx Speech Consortium.
#
# THIS SOFTWARE IS PROVIDED BY CARNEGIE MELLON UNIVERSITY ``AS IS'' AND 
# ANY EXPRESSED OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, 
# THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
# PURPOSE ARE DISCLAIMED.  IN NO EVENT SHALL CARNEGIE MELLON UNIVERSITY
# NOR ITS EMPLOYEES BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
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# LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, 
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# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT 
# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE 
# OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#
# ====================================================================
#
#  Sphinx III
#
# ====================================================================

INCLUDES = -I$(top_srcdir) \
	-I$(top_srcdir)/src \
	-I$(top_srcdir)/src/libs3decoder \
       -I$(top_srcdir)/src/libs3audio \
       -I$(top_builddir)/include

LDADD = $(top_builddir)/src/libs3decoder/libs3decoder.la \
	$(top_builddir)/src/libs3audio/libs3audio.la \
	$(top_builddir)/src/libutil/libutil.la \
	-lm @ad_libs@ 

PROGRAMDIR= ${top_builddir}/src/programs
BMBIN= ${top_builddir}/src/tests/programs/batchmetrics
LPBIN= $(PROGRAMDIR)/livepretend
DECODEBIN= $(PROGRAMDIR)/decode
DECANYBIN= $(PROGRAMDIR)/decode_anytopo
AN4RESULTPATH= ${top_builddir}/src/tests/performance/an4/
MODELSPATH=/lab/speech/sphinx4/data/an4/lists/
AN4BASE="ARGS.an4_base"
AN4LIVE="ARGS.an4_base.live"
ALIGNBIN = /net/elroy/usr1/archan/src/ravi/ALIGN/linux/align 

#	echo $(wordlist 2,3,$(subst _, ,$@))
#	echo $(word 3,$(subst _, ,$@))

clean :
	- rm *.results *.tmp *.match *.match.align *.sent *.ctl ARGS.*-{lp,decode,decany} 

SIMTASK="words spelling full"
GRAMMAR="unigram bigram flat_unigram trigram"
MODEAFFIX="quick"

#DON'T delete, single evil suffix rules for all these targets. 
#should create a foreach loop for all the below targets

#all : SLOW QUICK

slow : an4_words-unigram-lp \
	an4_spelling-unigram-lp \
	an4_full-unigram-lp \
	an4_words-bigram-lp \
	an4_spelling-bigram-lp \
	an4_full-bigram-lp \
	an4_words-trigram-lp \
	an4_spelling-trigram-lp \
	an4_full-trigram-lp \
	an4_words-flat_unigram-lp \
	an4_spelling-flat_unigram-lp \
	an4_full-flat_unigram-lp \
	an4_words-unigram-decode \
	an4_spelling-unigram-decode \
	an4_full-unigram-decode \
	an4_words-bigram-decode \
	an4_spelling-bigram-decode \
	an4_full-bigram-decode \
	an4_words-trigram-decode \
	an4_spelling-trigram-decode \
	an4_full-trigram-decode \
	an4_words-flat_unigram-decode \
	an4_spelling-flat_unigram-decode \
	an4_full-flat_unigram-decode \
	an4_words-unigram-decany \
	an4_spelling-unigram-decany \
	an4_full-unigram-decany \
	an4_words-bigram-decany \
	an4_spelling-bigram-decany \
	an4_full-bigram-decany \
	an4_words-trigram-decany \
	an4_spelling-trigram-decany \
	an4_full-trigram-decany \
	an4_words-flat_unigram-decany \
	an4_spelling-flat_unigram-decany \
	an4_full-flat_unigram-decany 

quick : an4_words_quick-unigram-lp \
	an4_spelling_quick-unigram-lp \
	an4_full_quick-unigram-lp \
	an4_words_quick-bigram-lp \
	an4_spelling_quick-bigram-lp \
	an4_full_quick-bigram-lp \
	an4_words_quick-trigram-lp \
	an4_spelling_quick-trigram-lp \
	an4_full_quick-trigram-lp \
	an4_words_quick-flat_unigram-lp \
	an4_spelling_quick-flat_unigram-lp \
	an4_full_quick-flat_unigram-lp \
	an4_words_quick-unigram-decode \
	an4_spelling_quick-unigram-decode \
	an4_full_quick-unigram-decode \
	an4_words_quick-bigram-decode \
	an4_spelling_quick-bigram-decode \
	an4_full_quick-bigram-decode \
	an4_words_quick-trigram-decode \
	an4_spelling_quick-trigram-decode \
	an4_full_quick-trigram-decode \
	an4_words_quick-flat_unigram-decany \
	an4_spelling_quick-flat_unigram-decany \
	an4_full_quick-flat_unigram-decany \
	an4_words_quick-unigram-decany \
	an4_spelling_quick-unigram-decany \
	an4_full_quick-unigram-decany \
	an4_words_quick-bigram-decany \
	an4_spelling_quick-bigram-decany \
	an4_full_quick-bigram-decany \
	an4_words_quick-trigram-decany \
	an4_spelling_quick-trigram-decany \
	an4_full_quick-trigram-decany \
	an4_words_quick-flat_unigram-decany \
	an4_spelling_quick-flat_unigram-decany \
	an4_full_quick-flat_unigram-decany 



an4_words-unigram-lp \
an4_spelling-unigram-lp \
an4_full-unigram-lp \
an4_words-bigram-lp \
an4_spelling-bigram-lp \
an4_full-bigram-lp \
an4_words-trigram-lp \
an4_spelling-trigram-lp \
an4_full-trigram-lp \
an4_words-flat_unigram-lp \
an4_spelling-flat_unigram-lp \
an4_full-flat_unigram-lp \
an4_words_quick-unigram-lp \
an4_spelling_quick-unigram-lp \
an4_full_quick-unigram-lp \
an4_words_quick-bigram-lp \
an4_spelling_quick-bigram-lp \
an4_full_quick-bigram-lp \
an4_words_quick-trigram-lp \
an4_spelling_quick-trigram-lp \
an4_full_quick-trigram-lp \
an4_words_quick-flat_unigram-lp \
an4_spelling_quick-flat_unigram-lp \
an4_full_quick-flat_unigram-lp :
	- rm -r $@.results $@.tmp $@.match $@.sent $@.ctl
	awk '{print $$1}' batch/$(word 1,$(subst -, ,$@)).batch |sed "s/\.raw//" > ./$@.ctl
	cat $(AN4BASE) $(AN4LIVE) ./ARGS/ARGS.an4_$(word 2,$(subst -, ,$@)) > ARGS.$@
	echo "-lm $(MODELSPATH)/$(subst -,.,$(subst _quick,,$(subst -lp,,$@))).lm.DMP" >> ARGS.$@
	echo "-hyp ./$@.match" >> ARGS.$@
	$(LPBIN) ./$@.ctl / ARGS.$@ > $@.results 2>&1 
	awk '{for(i=2;i<=NF;i++){printf("%s ",$$i)}; printf("(%s)\n",$$1)}' batch/$(word 1,$(subst -, ,$@)).batch  |sed "s/\.raw//" > $@.sent
	tr 'A-Z' 'a-z' < $@.match > $@.tmp
	- $(ALIGNBIN) -def $@.sent -hyp $@.tmp > $@.match.align

an4_words-unigram-decode \
an4_spelling-unigram-decode \
an4_full-unigram-decode \
an4_words-bigram-decode \
an4_spelling-bigram-decode \
an4_full-bigram-decode \
an4_words-trigram-decode \
an4_spelling-trigram-decode \
an4_full-trigram-decode \
an4_words-flat_unigram-decode \
an4_spelling-flat_unigram-decode \
an4_full-flat_unigram-decode \
an4_words_quick-unigram-decode \
an4_spelling_quick-unigram-decode \
an4_full_quick-unigram-decode \
an4_words_quick-bigram-decode \
an4_spelling_quick-bigram-decode \
an4_full_quick-bigram-decode \
an4_words_quick-trigram-decode \
an4_spelling_quick-trigram-decode \
an4_full_quick-trigram-decode \
an4_words_quick-flat_unigram-decode \
an4_spelling_quick-flat_unigram-decode \
an4_full_quick-flat_unigram-decode :
	- rm -r $@.results $@.tmp $@.match $@.sent $@.ctl
	awk '{print $$1}' batch/$(word 1,$(subst -, ,$@)).batch |sed -e "s/\.raw//" -e "s/an4_clstk/cepstra/" > ./$@.ctl
	cat $(AN4BASE) ./ARGS/ARGS.an4_$(word 2,$(subst -, ,$@)) > ARGS.$@
	echo "-lm $(MODELSPATH)/$(subst -,.,$(subst _quick,,$(subst -decode,,$@))).lm.DMP" >> ARGS.$@
	echo "-cepdir / " >> ARGS.$@
	echo "-ctl ./$@.ctl " >> ARGS.$@
	echo "-hyp ./$@.match" >> ARGS.$@
	$(DECODEBIN) ARGS.$@ > $@.results 2>&1 
	awk '{for(i=2;i<=NF;i++){printf("%s ",$$i)}; printf("(%s)\n",$$1)}' batch/$(word 1,$(subst -, ,$@)).batch  |sed -e "s/\.raw//" -e "s/an4_clstk/cepstra/" > $@.sent
	tr 'A-Z' 'a-z' < $@.match > $@.tmp
	- $(ALIGNBIN) -def $@.sent -hyp $@.tmp > $@.match.align


an4_words-unigram-decany \
an4_spelling-unigram-decany \
an4_full-unigram-decany \
an4_words-bigram-decany \
an4_spelling-bigram-decany \
an4_full-bigram-decany \
an4_words-trigram-decany \
an4_spelling-trigram-decany \
an4_full-trigram-decany \
an4_words-flat_unigram-decany \
an4_spelling-flat_unigram-decany \
an4_full-flat_unigram-decany \
an4_words_quick-unigram-decany \
an4_spelling_quick-unigram-decany \
an4_full_quick-unigram-decany \
an4_words_quick-bigram-decany \
an4_spelling_quick-bigram-decany \
an4_full_quick-bigram-decany \
an4_words_quick-trigram-decany \
an4_spelling_quick-trigram-decany \
an4_full_quick-trigram-decany \
an4_words_quick-flat_unigram-decany \
an4_spelling_quick-flat_unigram-decany \
an4_full_quick-flat_unigram-decany :
	- rm -r $@.results $@.tmp $@.match $@.sent $@.ctl
	awk '{print $$1}' batch/$(word 1,$(subst -, ,$@)).batch |sed -e "s/\.raw//" -e "s/an4_clstk/cepstra/" > ./$@.ctl
	cat $(AN4BASE).decany ./ARGS/ARGS.an4_$(word 2,$(subst -, ,$@)).decany > ARGS.$@
	echo "-lm $(MODELSPATH)/$(subst -,.,$(subst _quick,,$(subst -decany,,$@))).lm.DMP" >> ARGS.$@
	echo "-cepdir / " >> ARGS.$@
	echo "-ctl ./$@.ctl " >> ARGS.$@
	echo "-hyp ./$@.match" >> ARGS.$@
	$(DECANYBIN) ARGS.$@ > $@.results 2>&1 
	awk '{for(i=2;i<=NF;i++){printf("%s ",$$i)}; printf("(%s)\n",$$1)}' batch/$(word 1,$(subst -, ,$@)).batch  |sed -e "s/\.raw//" -e "s/an4_clstk/cepstra/" > $@.sent
	tr 'A-Z' 'a-z' < $@.match > $@.tmp
	- $(ALIGNBIN) -def $@.sent -hyp $@.tmp > $@.match.align


#an4_words_unigram-bm \
#an4_spelling_unigram-bm \
#an4_full_unigram-bm \
#an4_words_bigram-bm \
#an4_spelling_bigram-bm \
#an4_full_bigram-bm \
#an4_words_trigram-bm \
#an4_spelling_trigram-bm \
#an4_full_trigram-bm:
#	 - rm -r $@.results $@.tmp $@.match
#	 cat $(AN4BASE) $(AN4LIVE) ./ARGS/ARGS.an4_$(word 3,$(subst _, ,$(subst -bm,, $@))) > ARGS.$@
#	 echo "-lm $(MODELSPATH)/an4_$(word 2,$(subst _, ,$@)).$(word 3,$(subst _, ,$(subst -bm,,$@)).lm.DMP" >> ARGS.$@
#	 $(BMBIN) batch/an4_$(word 2,$(subst _, ,$(subst -bm,,$@))).batch / ARGS.$@ > $@.results 2>&1
#
#
##hack!, minimal to get around limited make string manipulation functionalities. Didn't know how to awk or cut like operation at this point. 
#an4_words_flat_unigram-bm \
#an4_spelling_flat_unigram-bm \
#an4_full_flat_unigram-bm :
#	 - rm -r $@.results $@.tmp $@.match
#	 cat $(AN4BASE) $(AN4LIVE) ./ARGS/ARGS.an4_flat_unigram > ARGS.$@
#	 echo "-lm $(MODELSPATH)/an4_$(word 2,$(subst _, ,$(subst -bm,,$@))).flat_unigram.lm.DMP" >> ARGS.$@
#	 $(BMBIN) batch/an4_$(word 2,$(subst _, ,$(subst -bm,,$@))).batch / ARGS.$@ > $@.results 2>&1