simplifier.py
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import copy
import sys
import requests
class Simp(object):
def __init__(self):
self.TYPE=""
self.TYPEx=0
self.TYPEy=0
self.TEXT=""
self.COMP=[]
def agregarTYPE(self,Type):
self.TYPE=Type
def agregarTEXT(self,text):
self.TEXT=text
def agregarCOMP(self,comp):
self.COMP.append(comp)
class Frase(object):
def __init__(self):
self.TYPE=""
self.TEXT=""
self.POS=""
self.TREE=""
self.SIMP=[]
def agregarTYPE(self,Type):
self.TYPE=Type
def agregarTEXT(self,text):
self.TEXT=text
def agregarPOS(self,Pos):
self.POS=Pos
def agregarTREE(self,Tree):
self.TREE=Tree
def agregarSIMP(self):
self.SIMP.append(Simp())
class Sentence(object):
def __init__(self):
self.FLAG=True
self.TEXT=""
self.TREE=""
self.SIMP=[]
def agregarTEXT(self,text):
self.TEXT=text
def agregarTREE(self,Tree):
self.TREE=Tree
def agregarSIMP(self):
self.SIMP.append(Simp())
MEMORIAB=[]
MEMORIAA=[]
#----lectura de datos desde archivo
arch=(sys.argv[1])
f = open(arch)
dato = f.read().splitlines()
f.close
frase=Frase()
for i in range(len(dato)):
if 'TYPE: ' in dato[i][0:6]:
frase.agregarTYPE(dato[i][6:])
elif 'TEXT: ' in dato[i][0:6]:
frase.agregarTEXT(dato[i][6:])
elif 'POS : ' in dato[i][0:6]:
frase.agregarPOS(dato[i][6:])
elif 'TREE: ' in dato[i][0:6]:
frase.agregarTREE(dato[i][6:])
elif 'SIMP:' in dato[i]:
frase.agregarSIMP()
elif ' TYPE: ' in dato[i][0:8]:
frase.SIMP[-1].agregarTYPE(dato[i][8:])
elif ' TEXT: ' in dato[i][0:8]:
frase.SIMP[-1].agregarTEXT(dato[i][8:])
elif ' COMP: ' in dato[i]:
frase.SIMP[-1].agregarCOMP(dato[i][8:])
#------------
#-------Programa principal
#Algoritmo v4
if ((frase.TYPE.find('sentence')) !=- 1) and (frase.SIMP!=[]) and (frase.SIMP[0].TYPE != ''):
y=1
w=1
SIMPworkspace=[]
# copia TREE y cada SIMP a SENTENCE.1
Sentence1=Sentence()
Sentence1.TREE=copy.deepcopy(frase.TREE)
Sentence1.TEXT=copy.deepcopy(frase.TEXT)
for i in range(len(frase.SIMP)):
#Sentence1.SIMP.append(Simp())
#Sentence1.SIMP[i]=copy.deepcopy(frase.SIMP[i])
SIMPworkspace.append(Simp())
SIMPworkspace[i]=copy.deepcopy(frase.SIMP[i])
## ORDENAMIENTO DE SIMPs
for i in range(len(SIMPworkspace)):
#print SIMPworkspace[i].TEXT
#print SIMPworkspace[i].TYPE
SIMPworkspace[i].TYPEx = int(SIMPworkspace[i].TYPE[SIMPworkspace[i].TYPE.find('[')+1:SIMPworkspace[i].TYPE.find('..')])
SIMPworkspace[i].TYPEy = int(SIMPworkspace[i].TYPE[SIMPworkspace[i].TYPE.find('..')+2:SIMPworkspace[i].TYPE.find(']')])
if 'parenthesis' in SIMPworkspace[i].TYPE:
SIMPworkspace[i].TYPEy = SIMPworkspace[i].TYPEy + 2
#print SIMPworkspace[i].TYPEx
#print SIMPworkspace[i].TYPEy
SIMPworkspace.sort(key=lambda x: x.TYPEy, reverse=True)
SIMPworkspace.sort(key=lambda x: x.TYPEx)
# for i in range(len(SIMPworkspace)):
# print "\nSIMP " + str(i) + " :"
# print SIMPworkspace[i].TYPE
# print SIMPworkspace[i].TYPEx
# print SIMPworkspace[i].TYPEy
# print "\n"
for i in range(len(SIMPworkspace)):
Sentence1.SIMP.append(Simp())
Sentence1.SIMP[i]=copy.deepcopy(SIMPworkspace[i])
# Agrega la oracion original Sentence1 a la memoria como primer objeto en ser analizado
MEMORIAB.append(Sentence())
MEMORIAB[0]=copy.deepcopy(Sentence1)
# 1 entrada al bucle A por cada SIMP diferente en Sentence1
numSimp=len(Sentence1.SIMP)
s = 0
#bucle A
while s < numSimp :
#print "\nEntro por vez " + str(s) + " al bucle A"
#print "Analizando todos los SIMP de tipo: " + MEMORIAB[0].SIMP[s].TYPE
#Entra al bucle B el numero de veces igual al numerode elementos en MEMORIAB
numMEM = len(MEMORIAB)
t = 0
#bucle B
while t < numMEM :
#print "Entro por vez " + str(t) + " al bucle B"
#Entra si la oracion no ha sido analizada antes (FLAG==True) y si el texto del simp esta presente en la oracion.
#print "CONDICIONES:"
#print "SIMP " + MEMORIAB[0].SIMP[s].TEXT
#print "SIMP " + MEMORIAB[0].SIMP[s].TYPE
#print "MEMB " + str(MEMORIAB[t].FLAG)
#print "MEMB " + MEMORIAB[t].TEXT
if ( MEMORIAB[0].SIMP[s].TEXT in MEMORIAB[t].TEXT ) and ( MEMORIAB[t].FLAG == True ):
MEMORIAB[t].FLAG = False
#print "False to: " + MEMORIAB[t].TEXT
#print "Entro a condicional"
#Reglas de simplificacion
if ( 'coordination' in MEMORIAB[t].SIMP[s].TYPE ) and ( not ('sentence coordination' in MEMORIAB[t].SIMP[s].TYPE ) ) :
#print "Aplico regla coord"
TEMPORALES = []
c = len(MEMORIAB[t].SIMP[s].COMP)
#print "Hay " + str(c) + " COMP en este SIMP"
tt = 0
while c > 0 :
c = c - 1
if ( 'conjunct' in MEMORIAB[0].SIMP[s].COMP[c] ) and ( not ( 'conjunction' in MEMORIAB[0].SIMP[s].COMP[c] ) ) :
TEMPORALES.append(Sentence())
TEMPORALES[tt] = copy.deepcopy(MEMORIAB[t])
replaced = MEMORIAB[0].SIMP[s].TEXT
indice1 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('[')+1:TEMPORALES[tt].SIMP[s].COMP[c].find('..')])
indice2 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('..')+2:TEMPORALES[tt].SIMP[s].COMP[c].find(']')])
replacer = MEMORIAB[0].TEXT[indice1:indice2]
TEMPORALES[tt].TEXT = TEMPORALES[tt].TEXT.replace(replaced,replacer)
tt = tt + 1
#copiar simplificaciones de memoria temporal a MEMORIAB
indtempamem = 0
while indtempamem < len(TEMPORALES) :
MEMORIAB.append(Sentence())
MEMORIAB[-1]=copy.deepcopy(TEMPORALES[indtempamem])
MEMORIAB[-1].FLAG = True
#print MEMORIAB[-1].TEXT
indtempamem = indtempamem + 1
elif 'parenthesis' in MEMORIAB[t].SIMP[s].TYPE:
#print "Aplico regla par"
TEMPORALES = []
c = len(MEMORIAB[t].SIMP[s].COMP)
#print "Hay " + str(c) + " COMP en este SIMP"
tt = 0
while c > 0 :
#print "entro al while de par"
c = c - 1
TEMPORALES.append(Sentence())
TEMPORALES[tt] = copy.deepcopy(MEMORIAB[t])
replaced = MEMORIAB[0].SIMP[s].TEXT + ' )'
indice1 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('[')+1:TEMPORALES[tt].SIMP[s].COMP[c].find('..')])
indice2 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('..')+2:TEMPORALES[tt].SIMP[s].COMP[c].find(']')])
replacer = MEMORIAB[0].TEXT[indice1:indice2]
#print "replaced: " + replaced
#print "replacer: " + replacer
TEMPORALES[tt].TEXT = TEMPORALES[tt].TEXT.replace(replaced,replacer)
tt = tt + 1
#copiar simplificaciones de memoria temporal a MEMORIAB
indtempamem = 0
while indtempamem < len(TEMPORALES) :
MEMORIAB.append(Sentence())
MEMORIAB[-1]=copy.deepcopy(TEMPORALES[indtempamem])
MEMORIAB[-1].FLAG = True
#print MEMORIAB[-1].TEXT
indtempamem = indtempamem + 1
elif 'apposition' in MEMORIAB[t].SIMP[s].TYPE:
#print "Aplico regla Apposition"
TEMPORALES = []
c = len(MEMORIAB[t].SIMP[s].COMP)
#print "Hay " + str(c) + " COMP en este SIMP"
tt = 0
while c > 0 :
#print "entro al while de par"
c = c - 1
TEMPORALES.append(Sentence())
TEMPORALES[tt] = copy.deepcopy(MEMORIAB[t])
replaced = MEMORIAB[0].SIMP[s].TEXT
indice1 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('[')+1:TEMPORALES[tt].SIMP[s].COMP[c].find('..')])
indice2 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('..')+2:TEMPORALES[tt].SIMP[s].COMP[c].find(']')])
replacer = MEMORIAB[0].TEXT[indice1:indice2]
#print "replaced: " + replaced
#print "replacer: " + replacer
TEMPORALES[tt].TEXT = TEMPORALES[tt].TEXT.replace(replaced,replacer)
tt = tt + 1
#copiar simplificaciones de memoria temporal a MEMORIAB
indtempamem = 0
while indtempamem < len(TEMPORALES) :
MEMORIAB.append(Sentence())
MEMORIAB[-1]=copy.deepcopy(TEMPORALES[indtempamem])
MEMORIAB[-1].FLAG = True
#print "Copio a memoria: " + MEMORIAB[-1].TEXT
indtempamem = indtempamem + 1
elif 'member-collection' in MEMORIAB[t].SIMP[s].TYPE:
#print "Aplico regla member-collection"
TEMPORALES = []
c = len(MEMORIAB[t].SIMP[s].COMP)
#print "Hay " + str(c) + " COMP en este SIMP"
tt = 0
while c > 0 :
#print "entro al while de mem"
c = c - 1
TEMPORALES.append(Sentence())
TEMPORALES[tt] = copy.deepcopy(MEMORIAB[t])
replaced = MEMORIAB[0].SIMP[s].TEXT
indice1 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('[')+1:TEMPORALES[tt].SIMP[s].COMP[c].find('..')])
indice2 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('..')+2:TEMPORALES[tt].SIMP[s].COMP[c].find(']')])
replacer = MEMORIAB[0].TEXT[indice1:indice2]
#print "replaced: " + replaced
#print "replacer: " + replacer
TEMPORALES[tt].TEXT = TEMPORALES[tt].TEXT.replace(replaced,replacer)
tt = tt + 1
#copiar simplificaciones de memoria temporal a MEMORIAB
indtempamem = 0
while indtempamem < len(TEMPORALES) :
MEMORIAB.append(Sentence())
MEMORIAB[-1]=copy.deepcopy(TEMPORALES[indtempamem])
MEMORIAB[-1].FLAG = True
#print "Copio a memoria: " + MEMORIAB[-1].TEXT
indtempamem = indtempamem + 1
elif 'sentence coordination' in MEMORIAB[t].SIMP[s].TYPE:
#print "Aplico regla Verb"
TEMPORALES = []
c = len(MEMORIAB[t].SIMP[s].COMP)
#print "Hay " + str(c) + " COMP en este SIMP"
tt = 0
while c > 0 :
c = c - 1
if ( 'conjunct' in MEMORIAB[0].SIMP[s].COMP[c] ) and ( not ( 'conjunction' in MEMORIAB[0].SIMP[s].COMP[c] ) ) :
TEMPORALES.append(Sentence())
TEMPORALES[tt] = copy.deepcopy(MEMORIAB[t])
#sustituye todo el contenido de TEMPORAL.r/TREE, por el contenido la oracion coordinada
#replaced = MEMORIAB[0].SIMP[s].TEXT
indice1 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('[')+1:TEMPORALES[tt].SIMP[s].COMP[c].find('..')])
indice2 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('..')+2:TEMPORALES[tt].SIMP[s].COMP[c].find(']')])
replacer = MEMORIAB[0].TEXT[indice1:indice2]
#print replacer
TEMPORALES[tt].TEXT = replacer
## si la oracion no termina en punto o !
tt = tt + 1
#copiar simplificaciones de memoria temporal a MEMORIAB
indtempamem = 0
while indtempamem < len(TEMPORALES) :
MEMORIAB.append(Sentence())
MEMORIAB[-1]=copy.deepcopy(TEMPORALES[indtempamem])
MEMORIAB[-1].FLAG = True
#print MEMORIAB[-1].TEXT
indtempamem = indtempamem + 1
elif 'full relative clause' in MEMORIAB[t].SIMP[s].TYPE:
#print "Aplico regla RelCl"
TEMPORALES = []
c = 0
tt = 0
while c < 2 :
if 'referred noun phrase' in MEMORIAB[0].SIMP[s].COMP[c] :
TEMPORALES.append(Sentence())
TEMPORALES[tt] = copy.deepcopy(MEMORIAB[t]) #ok
if MEMORIAB[0].TEXT[MEMORIAB[0].TEXT.index(TEMPORALES[tt].SIMP[s].TEXT)+len(TEMPORALES[tt].SIMP[s].TEXT)-1] == ',':
replaced = MEMORIAB[0].SIMP[s].TEXT + ',' #posible error, si es asi probar con ' ,'
else:
replaced = MEMORIAB[0].SIMP[s].TEXT
indice1 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('[')+1:TEMPORALES[tt].SIMP[s].COMP[c].find('..')])
indice2 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('..')+2:TEMPORALES[tt].SIMP[s].COMP[c].find(']')])
replacer = MEMORIAB[0].TEXT[indice1:indice2]
TEMPORALES[tt].TEXT = TEMPORALES[tt].TEXT.replace(replaced,replacer)
indice3 = indice1
indice4 = indice2
if 'clause' in MEMORIAB[0].SIMP[s].COMP[c] :
TEMPORALES.append(Sentence())
TEMPORALES[tt] = copy.deepcopy(MEMORIAB[t]) #ok
indice1 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('[')+1:TEMPORALES[tt].SIMP[s].COMP[c].find('..')])
indice2 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('..')+2:TEMPORALES[tt].SIMP[s].COMP[c].find(']')])
TEMPORALES[tt].TEXT = copy.deepcopy(MEMORIAB[0].TEXT[indice3:indice4]+' '+MEMORIAB[0].TEXT[indice1:indice2] ) ##
cad3 = MEMORIAB[0].TEXT[indice1:indice2]
cad4 = cad3.split()
if (cad4[0]+'_WDT') in frase.POS:
TEMPORALES[tt].TEXT = TEMPORALES[tt].TEXT.replace(' '+cad4[0],'')
tt = tt + 1
c = c + 1
#copiar simplificaciones de memoria temporal a MEMORIAB
indtempamem = 0
while indtempamem < len(TEMPORALES) :
MEMORIAB.append(Sentence())
MEMORIAB[-1]=copy.deepcopy(TEMPORALES[indtempamem])
MEMORIAB[-1].FLAG = True
#print MEMORIAB[-1].TEXT
indtempamem = indtempamem + 1
elif 'reduced relative clause' in MEMORIAB[t].SIMP[s].TYPE:
#print "Aplico regla RelCl"
TEMPORALES = []
c = 0
tt = 0
while c < 2 :
if 'referred noun phrase' in MEMORIAB[0].SIMP[s].COMP[c] :
TEMPORALES.append(Sentence())
TEMPORALES[tt] = copy.deepcopy(MEMORIAB[t]) #ok
replaced = MEMORIAB[0].SIMP[s].TEXT
indice1 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('[')+1:TEMPORALES[tt].SIMP[s].COMP[c].find('..')])
indice2 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('..')+2:TEMPORALES[tt].SIMP[s].COMP[c].find(']')])
replacer = MEMORIAB[0].TEXT[indice1:indice2]
#subj = MEMORIAB[0].TEXT[indice1:(indice2+1)]
subj = MEMORIAB[0].TEXT[indice1:(indice2)]
TEMPORALES[tt].TEXT = TEMPORALES[tt].TEXT.replace(replaced,replacer)
if 'clause' in MEMORIAB[0].SIMP[s].COMP[c] :
TEMPORALES.append(Sentence())
TEMPORALES[tt] = copy.deepcopy(MEMORIAB[t]) #el referente debera estar antes que la clausula para tener orden correcto
indice1 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('[')+1:TEMPORALES[tt].SIMP[s].COMP[c].find('..')])
indice2 = (int)(TEMPORALES[tt].SIMP[s].COMP[c][TEMPORALES[tt].SIMP[s].COMP[c].find('..')+2:TEMPORALES[tt].SIMP[s].COMP[c].find(']')])
replacer = MEMORIAB[0].TEXT[indice1:indice2]
TEMPORALES[tt].TEXT = subj + " _ " + replacer #en este punto para ingresar copula necesitas info de numero y tiempo
tt = tt + 1
c = c + 1
#copiar simplificaciones de memoria temporal a MEMORIAB
indtempamem = 0
while indtempamem < len(TEMPORALES) :
MEMORIAB.append(Sentence())
MEMORIAB[-1]=copy.deepcopy(TEMPORALES[indtempamem])
MEMORIAB[-1].FLAG = True
#print MEMORIAB[-1].TEXT
indtempamem = indtempamem + 1
elif 'hypernymy' in MEMORIAB[t].SIMP[s].TYPE:
print "**hypernymy detected**"
#print "True to: " + MEMORIAB[t].TEXT
MEMORIAB[t].FLAG = True
else:
print "Error: Unknown simplification construct detected."
#print "True to: " + MEMORIAB[t].TEXT
MEMORIAB[t].FLAG = True
t = t + 1
s = s + 1
#CONDICIONES PARA IMPRESION DE SIMPLIFICACIONES EN ARCHIVO DE TEXTO
#print "Sentence simplificated. New sentences generated:"
for i in range(len(MEMORIAB)):
#se reutiliza flag para marcar las oraciones finales
MEMORIAB[i].FLAG = True
for j in range(len(MEMORIAB[0].SIMP)):
#NOTA: si se agrega un constructo simplificable, anadirlo tambien a esta lista:
if ( ('member-collection' in MEMORIAB[0].SIMP[j].TYPE) or ('apposition' in MEMORIAB[0].SIMP[j].TYPE) or ('coordination' in MEMORIAB[0].SIMP[j].TYPE) or ('parenthesis' in MEMORIAB[0].SIMP[j].TYPE) or ('sentence coordination' in MEMORIAB[0].SIMP[j].TYPE) or ('full relative clause' in MEMORIAB[0].SIMP[j].TYPE) or ('reduced relative clause' in MEMORIAB[0].SIMP[j].TYPE) ) and (MEMORIAB[0].SIMP[j].TEXT in MEMORIAB[i].TEXT) :
MEMORIAB[i].FLAG = False
##areglar numeracion archivos salida ej 011
arcsalnum = 0
for i in range(len(MEMORIAB)):
if MEMORIAB[i].FLAG == True:
arcsalnum = arcsalnum + 1
length = len(str(arcsalnum))
#print('{:03d}'.format(arcsalnum)) # python >= 2.7 + python3
# >>> n = '4'
#>>> print n.zfill(3)
arcsalnum = 0
for i in range(len(MEMORIAB)):
if MEMORIAB[i].FLAG == True:
arcsalnum = arcsalnum + 1
print MEMORIAB[i].TEXT#Salida
archSalNombre = sys.argv[2]
archSalNombre=archSalNombre[:-4] + "-" + (str(arcsalnum)).zfill(length) + '.alg'
archivoSalida=open(archSalNombre,"w")
archivoSalida.write(MEMORIAB[i].TEXT+"\n")##
archivoSalida.close()
#WRITE OUTPUT FILE PATH TO INDEX (Arg 3)
index_name = sys.argv[3]
index = open(index_name, "a+")
archSalNombreforIndex=archSalNombre + "\n"
index.write(archSalNombreforIndex)
index.close()
else:
print frase.TEXT #----Salida si no habia constructos simplificables
archSalNombre = sys.argv[2]
archSalNombre = archSalNombre[:-4] + ".alg"
archivoSalida = open(archSalNombre,"a+")
archivoSalida.write(frase.TEXT+"\n")##
archivoSalida.close()
#WRITE OUTPUT FILE PATH TO INDEX (Arg 3)
index_name = sys.argv[3]
index = open(index_name, "a+")
archSalNombreforIndex=archSalNombre + "\n"
index.write(archSalNombreforIndex)
index.close()
#FIN