last details

creation_dictionnaire_a_partir_des_citations.py

@@ -36,34 +36,36 @@ def find_definition(nouns):
 		# convert Spacy syntax to string
 		nom = nom.text
 
-		# define webpage for specific noun
-		url = "https://www.larousse.fr/dictionnaires/francais"
-		urlpage = url + '/' + nom
-		print("urlpage:", urlpage)
-
-		# find webpage
-		page = requests.get(urlpage)
-		# get content
-		soup = BeautifulSoup(page.content, 'lxml')
-		# find specific class of definitions
-		result = soup.find_all('li', class_="DivisionDefinition")
-		# select definition 1
-		if result:
-			definition = str(result[0])
-			#print("definition with tag:", definition)
-			if definition:
-				# remove example
-				example = ': <span class="ExempleDefinition">'
-				if example in definition:
-					cutdefinition = definition.split(example)
-					#print("cutdefinition:", cutdefinition)
-					definition = cutdefinition[0] 
-				# remove html tag
-				clean_definition = re.sub("<(.+?)>", "", definition)
-				clean_definition = clean_definition.strip()
-				clean = nom, clean_definition
-				#print('word + definition:', nom, clean_definition)
-			dictionnaire.add(clean) 
+		if nom not in dictionnaire:
+
+			# define webpage for specific noun
+			url = "https://www.larousse.fr/dictionnaires/francais"
+			urlpage = url + '/' + nom
+			print("urlpage:", urlpage)
+
+			# find webpage
+			page = requests.get(urlpage)
+			# get content
+			soup = BeautifulSoup(page.content, 'lxml')
+			# find specific class of definitions
+			result = soup.find_all('li', class_="DivisionDefinition")
+			# select definition 1
+			if result:
+				definition = str(result[0])
+				#print("definition with tag:", definition)
+				if definition:
+					# remove example
+					example = ': <span class="ExempleDefinition">'
+					if example in definition:
+						cutdefinition = definition.split(example)
+						#print("cutdefinition:", cutdefinition)
+						definition = cutdefinition[0] 
+					# remove html tag
+					clean_definition = re.sub("<(.+?)>", "", definition)
+					clean_definition = clean_definition.strip()
+					clean = nom, clean_definition
+					#print('word + definition:', nom, clean_definition)
+				dictionnaire.add(clean) 
 	return dictionnaire
 
 

etendre_dictionnaire_a_partir_des_definitions.py

@@ -11,7 +11,6 @@ import re
 import pickle
 
 dictionnaire1 = set()
-print(type(dictionnaire1))
 
 # function to find nouns
 def find_nouns(citation):

greffer_des_arbres_sketch.py

@@ -118,6 +118,8 @@ def greffes_qui_poussent(greffes, arbre):
 	# print("mot:", mot)
 	if mot in arbre:
 		definition = greffe[1]
+		definition = definition.lower()
+		definition = definition.strip()
 		position = arbre.find(mot)
 
 		# print("definition:", definition)
@@ -138,7 +140,7 @@ jardinier, arbre = choix_arbre(arbres)
 short_bio = bio_offline(jardinier)
 # print("bref bio:", short_bio)
 
-show("L'arbre initial est une citation de {}{}{}\n\n".format(bold, jardinier, reset) + short_bio, 5)
+show("L'arbre initial est une citation de {}{}{}\n\n".format(bold, jardinier, reset) + short_bio, 4)
 
 
 while len(arbre) < 1500: