def main():
lexiquefile = u"/home/nparslow/Documents/AutoCorrige/tools/Lexique380/Bases+Scripts/Lexique380.txt"
lex = {}
queryLexique380.loadLexiqueToDict( lexiquefile, lex )
vocabfiledir = "/home/nparslow/Documents/AutoCorrige/vocabulary/vocab_lists/vocabulaire_progressif_du_francais/"
beginnerfilename = "001_beginnervocablist.txt"
intermediatefilename = "002_intermediatevocablist.txt"
advancedfilename = "003_advancedvocablist.txt"
beginnerWords = getVocabFromFile(os.path.join(vocabfiledir, beginnerfilename))
print "beginner vocab size", len(beginnerWords)
checkWordQuality(beginnerWords, lex)
intermediateWords = getVocabFromFile(os.path.join(vocabfiledir, intermediatefilename))
print "intermed vocab size", len(intermediateWords)
checkWordQuality(intermediateWords, lex)
advancedWords = getVocabFromFile(os.path.join(vocabfiledir, advancedfilename))
print "advanced vocab size", len(advancedWords)
checkWordQuality(advancedWords, lex)
allintersected = set(beginnerWords).intersection(set(intermediateWords)).intersection(set(advancedWords))
purebeginner = set(beginnerWords).difference(set(intermediateWords)).difference(allintersected)
highbeginner = set(beginnerWords).intersection(set(intermediateWords)).difference(allintersected)
pureintermediate = set(intermediateWords).difference(set(beginnerWords)).difference(set(advancedWords))
highintermediate = set(advancedWords).intersection(set(intermediateWords)).difference(allintersected)
highadvanced = set(advancedWords).difference(highintermediate).difference(allintersected)
print "group sizes:"
print "pure beginner :", len(purebeginner)
print "high beginner :", len(highbeginner)
print "all levels :", len(allintersected)
print "pure intermediate :", len(pureintermediate)
print "high intermediate :", len(highintermediate)
print "high advanced :", len(highadvanced)
print "total :", len(purebeginner) + len(highbeginner) + len(allintersected) + len(highintermediate) + len(highadvanced)
print "original total:", len(beginnerWords) + len(intermediateWords) + len(advancedWords)
# overlap is difference
for samp in [purebeginner, highbeginner, allintersected, pureintermediate, highintermediate, highadvanced]:
print
print
print "Next Sample!!!"
for word in samp:
print word
def main(argv):
# todo add a debug variable and optionfilename variable
optionsfilename = "settings/optionsfile.txt"
try:
opts, args = getopt.getopt(argv,"hi:", ["in_options_file="])
except getopt.GetoptError:
print 'textExtractor.py -i <input options file>'
sys.exit(2)
for opt, arg in opts:
if opt == '-h':
print 'textExtractor.py -i <input options file>'
sys.exit()
elif opt in ("-i", "--in_options_file"):
optionsfilename = arg
globalparams, variableparams = optionsFileReader.readOptionsFile(optionsfilename)
filenames = allCorpusFiles( globalparams["origtextdir"] )
print filenames
# todo for the moment we just take the first element for these
#meltDir = globalparams["melteddir"][0]
#ddagDir = globalparams["ddageddir"][0]
#frmgDir = globalparams["frmgeddir"][0]
filenameResources = {
"filename": None,
"melteddir" : globalparams["melteddir"][0],
"ddageddir" : globalparams["ddageddir"][0],
"frmgeddir" : globalparams["frmgeddir"][0],
}
print globalparams
outarffdir = globalparams["outdir"][0]
corpusName = globalparams["corpusName"][0]
headerInfo = globalparams["headerInfo"][0]
lexiquefile = globalparams["lexiqueDict"][0]
freq2ranksfile = globalparams["freq2ranks"][0]
gensimModelFile = globalparams["word2vecmodel"][0]
variableTypes = set([x[0] for x in variableparams])
lemmacat2freqrank = {}
if "PLex" in variableTypes or "S" in variableTypes or "altS" in variableTypes or "LFP" in variableTypes:
print "loading freq info"
lemmacat2freqrank = calcPLex.loadLemmaCat2freqrank(freq2ranksfile)
word2vecModel = None
if "w2vct" in variableTypes:
print "loading word2vec model"
word2vecModel = gensim.models.Word2Vec.load(gensimModelFile)
nGramDict, nmoGramDict, totalcounts = {}, {}, 1000000000000000
if "bigramLogProb" in variableTypes:
print "loading bi-gram model"
ngramModelFile = globalparams["bigrammodel"][0]
nGramDict, nmoGramDict, totalcounts = nGramModel.getNgramDicts(ngramModelFile)
lexiqueDict = {}
if "syllablesPerWord" in variableTypes:
loadLexiqueToDict(lexiquefile, lexiqueDict)
# create a list of variables for the arff file:
variables = [ ("filename", "string")] + \
[ (variableAndParamsToString(vname, params), "numeric") for vname,params in variableparams] + \
[ ("level", "numeric")] # note that level must go last!
for x in variables:
print x
#filenames = ["/home/nparslow/Documents/AutoCorrige/Corpora/CORPUS_CEFLE/C/Catja.txt"]
#filenames = ["/home/nparslow/Documents/AutoCorrige/Corpora/CORPUS_CEFLE/A/Arvid.txt"]
#filenames = ["/home/nparslow/Documents/AutoCorrige/Corpora/CORPUS_CEFLE/A/Amie4.txt"]
#filenames = ["/home/nparslow/Documents/AutoCorrige/Corpora/CORPUS_CEFLE/B/Bror2.txt"]
filenames = ["/home/nparslow/Documents/AutoCorrige/Corpora/CORPUS_CEFLE/C/Caroline.txt"]
filenames = ["/home/nparslow/Documents/AutoCorrige/Corpora/CORPUS_CEFLE/E/Eddy.txt"] # just to test an E
filenames = ["/home/pinot/alpage/nparslow/Documents/Corpora/CEFLE/E/Eddy.txt"] # just to test an E
resources = {
"lemmacat2freqrank": lemmacat2freqrank,
"word2vecModel": word2vecModel,
"nGramDict": nGramDict,
"nmoGramDict": nmoGramDict,
"nGramCounts": totalcounts,
"lexiqueDict": lexiqueDict
}
outputRows =[]
allobservedtrees = set([])
treespertext = []
for filename in filenames:
# we change the resouce filename with each round:
filenameResources["filename"] = filename
baseFileName = os.path.basename(filename)
baseFileName, extension = os.path.splitext(baseFileName)
filenameResources["ddagfile"] = os.path.join(filenameResources["ddageddir"],
os.path.basename(baseFileName) + ".ddag")
print
print filename
#fname = os.path.join(baseDir, filename)
#if "CEFLE" in baseDir:
# fname = os.path.join(baseDir, filename[0], filename)
#text = getDocumentProperties(frmgDir, meltDir, ddagDir, fname, word2vecModel,
# (nGramDict, nmoGramDict, totalcounts), debug=False)
#text = getDocumentProperties(filenameResources, variables, word2vecModel,
# (nGramDict, nmoGramDict, totalcounts), debug=False)
text = getDocumentProperties(filenameResources, variableparams, debug=False)
text.calcVariables( resources )
for i in range(len(variableparams)+1):
#variable, params = variableparams[i]
varlabel = variables[i]
# squeeze the filename in first:
value = filename
if i > 0:
value = text.variablevalues[i-1]
print varlabel, "\t", str(value)
print 'level', "\t", text.level
allobservedtrees.update(text.trees.keys())
treespertext.append( (set(text.trees.keys()), text.level) )
#print "mwpw", text.getMeanWeightPerWord()
outputRows.append( [baseFileName] + text.variablevalues + [text.level] )
savetoArff(outarffdir, corpusName, headerInfo, variables, outputRows )
savetoArff(outarffdir, corpusName + "class", headerInfo, variables, outputRows, levelAsClass=True )
arfftreefile = "testtrees"
#corpusName = "test"
#headerInfo = "a test corpus\n of stuff"
treevariables = list(allobservedtrees)
#print allobservedtrees
#print treespertext
treeoutputRows = [[1 if x in trees else 0 for x in treevariables] + [level] for trees, level in treespertext]
treevariables.append("level")
#print "ntrees", len(treevariables)
#for a,b in zip(treevariables, treeoutputRows):
# print a,len(b), b
savetoTreeArff(outarffdir, arfftreefile, headerInfo, treevariables, treeoutputRows, levelAsClass=True )
sentence = []
elif line[0] != "#":
tokennum, tokeninfo, nexttokennum = line.split('\t')
#print tokeninfo
# can have multiple tokens so start from the right:
token = re.search(ur'(?: )([^\}]+)$', tokeninfo, flags=re.UNICODE).groups()[0]
# some left over space:
token = token.strip()
# in case some empty tokens arrive here:
if len(token) > 0:
if token not in vocab2count:
sentence.append(token)
missingwords.add(token)
nativecorpus = "/home/nparslow/Documents/AutoCorrige/Corpora/tokenised/CORPUS_LITTAVANCE"
missed = {}
missingwords = set([])
analyse(nativecorpus, vocab2count, missed, missingwords)
print missed
lex = {}
queryLexique380.loadLexiqueToDict(u"/home/nparslow/Documents/AutoCorrige/tools/Lexique380/Bases+Scripts/Lexique380.txt", lex)
for mword in missingwords:
if mword in lex:
print mword, lex[mword]
else:
print "NOT IN LEXIQUE!", mword
print "not in lex:", len([x for x in missingwords if x not in lex]), " of ", len(missingwords)
def getDocumentProperties(corpus, filename, debug=False):
text = Text([])
sentenceNum = 1
currentParagraph = Paragraph([])
wordSyllableLengths = []
wordCharacterLengths = []
baseFileName, extension = os.path.splitext(filename)
processedLogFile = os.path.basename(baseFileName) + ".log"
currentSentence = None
# get the learner level if it's known:
text.level = getCorpusInfo.getCorpusInfo(baseFileName)
#print corpus, processedLogFile
print
print "file:", filename
parsinginfos = getLogFileInfo(os.path.join(corpus, processedLogFile))
if debug: print "Num sentences:", len(parsinginfos)
with codecs.open(filename, mode='r', encoding='utf8') as infile:
#lastParagraphSentenceBreak = 0
lineNumber = 0
for line in infile:
if debug:
print "line:", line
lineNumber += 1
#print processedSentenceFile, os.path.isfile(processedSentenceFile)
if currentSentence is None:
currentSentence = getNextSentence(corpus, baseFileName, sentenceNum, debug=debug)
currentSentenceUntested = True
while currentSentenceUntested and currentSentence is not None:
if debug:
print "sentence:", sentenceNum
print currentSentence.tokens
print "regex", currentSentence.matchregex
if re.match(currentSentence.matchregex, line, flags=re.UNICODE):
# remove it from the line:
line = re.sub(ur'^' + currentSentence.matchregex, u'', line, flags=re.UNICODE)
if debug: print "newline:", line
sentenceNum += 1
# stock the current info and replace it with the next info
currentParagraph.sentences.append(currentSentence)
currentSentence = getNextSentence(corpus, baseFileName, sentenceNum)
else:
currentSentenceUntested = False
if len(currentParagraph.sentences) > 0:
#if sentenceNum -1 > lastParagraphSentenceBreak :
text.paragraphs.append(currentParagraph)
currentParagraph = Paragraph([])
#paragraphLengths.append(sentenceNum-1-lastParagraphSentenceBreak)
#lastParagraphSentenceBreak = sentenceNum -1
#print "new paragraph:", paragraphLengths, lastParagraphSentenceBreak
print "current para", len(currentParagraph.sentences), len(text.paragraphs)
# wrap up the last paragraph (here minus 1 as the sentence num is one higher than observed
# even though we want the break after the last sentence unlike previously
#if lastParagraphSentenceBreak < sentenceNum-1:
if len(currentParagraph.sentences) > 0:
text.paragraphs.append(currentParagraph)
#paragraphLengths.append(sentenceNum-1-lastParagraphSentenceBreak)
#print "final paragraph:", paragraphLengths
paragraphLengths = [len(x.sentences) for x in text.paragraphs]
print "all paragraphs: ", paragraphLengths
print "sum of para lengths: ", sum(paragraphLengths)
print "last real sentence: ", sentenceNum -1
print "expected no. sentences:", len(parsinginfos)
if len(parsinginfos) != sum(paragraphLengths):
print "PROBLEM!!!!!"
text.parsedok = 1.0*parsinginfos.count("ok")/len(parsinginfos)
text.parsedrob = 1.0*parsinginfos.count("robust")/len(parsinginfos)
text.parsedcorr = 1.0*parsinginfos.count("corrected")/len(parsinginfos)
#else:
# print "Sentene numbers match :)"
lexiqueDict = {}
loadLexiqueToDict(u"/home/nparslow/Documents/AutoCorrige/tools/Lexique380/Bases+Scripts/Lexique380.txt",
lexiqueDict)
#print type(lexiqueDict)
text.addLexiqueInfo( lexiqueDict)
text.setVocabularyMeasures()
text.setVerbClauseInfo() # must be run after all the sentences to pass the info up
return text
