def VnTraining(args = sys.argv[2:]):
pathToDict = args[0]
dirPath = os.path.join(args[1] + "/")
correctTrain = args[2]
learntRules = args[3]
print( '\nTraining RDRPOSTagger for Vietnamese POS Tagging...')
print( "Initial tagging...")
getRawTextFromFile(dirPath + correctTrain, dirPath + correctTrain + ".RAW")
DICT = readDictionary(pathToDict)
VnInitTagger4Corpus(DICT, dirPath + correctTrain + ".RAW", dirPath + correctTrain + ".INIT")
print ("Done Initialization!")
print ('Building SCRDR-based POS tagging tree of rules...')
for (improveThreshold, matchThreshold) in thresholds:
timeStart = time.time()
outputDir = "T%d-%d/" % (improveThreshold, matchThreshold)
os.mkdir(dirPath + outputDir)
rdrTree = PosTaggingRDRTree(improveThreshold, matchThreshold)
rdrTree.buildTreeFromCorpus(dirPath + correctTrain + ".INIT", dirPath + correctTrain)
print ("Write the tree to file...")
rdrTree.writeToFileWithoutSeenCases(dirPath + outputDir + learntRules)
#rdrTree.writeToFile(dirPath + outputDir + learntRules)
print ("\nTraining time for threshold %d-%d: %f seconds\n" % (improveThreshold, matchThreshold, time.time() - timeStart))
print ('\nCompleted!')
def runVnRDRPOSTagger(args = sys.argv[1:]):
if (len(args) == 0):
printInstructions()
elif args[0].lower().find("train") > -1:
VnTraining()
elif args[0].lower().find("tag") > -1:
r = VnRDRTree()
r.constructTreeFromRulesFile(args[1])
DICT = readDictionary(args[2])
r.tagRawCorpus(DICT, args[3])
else:
printInstructions()
# -*- coding: utf-8 -*-
import re
# from Utility.Utils import readDictionary, isAbbre, isVnProperNoun, isVnUpperChar
from src.tagger.Utility.Utils import readDictionary, isAbbre, isVnProperNoun, isVnUpperChar
# VNUNKNWORDS = readDictionary("../jSCRDRtagger/addDicts/VNOTHERS.DICT")
# VNNAMES = readDictionary("../jSCRDRtagger/addDicts/VNNAMES.DICT")
VNUNKNWORDS = readDictionary("./resource/VNOTHERS.DICT")
VNNAMES = readDictionary("./resource/VNNAMES.DICT")
def VnInitTagger4Sentence(VNFREQ, sentence):
"""
Initial tagger for Vietnamese sentence.
VNUNKNWORDS and VNNAMES were not utilized in the version as described in our CICLing 2011 paper
"""
words = sentence.strip().split()
taggedSen = ''
for word in words:
if word in VNFREQ:
taggedSen += word + "/" + VNFREQ[word] + " "
elif word in VNUNKNWORDS:
taggedSen += word + "/" + VNUNKNWORDS[word] + " "
elif word in VNNAMES:
taggedSen += word + "/Np "
else:
if (re.search(r"[0-9]+", word) != None):
taggedSen += word + "/M "
elif(len(word) == 1 and isVnUpperChar(word[0])):
taggedSen += word + "/Y "
else:
