finetuning lay-out

greffer_des_arbres_sketch.py

@@ -113,91 +113,62 @@ def greffer(bourgeons):
 
 # replace nouns in quote by their definitions
 def greffes_qui_poussent(greffes, arbre):
-	for greffe in greffes:
-		if greffe:
-			mot = greffe[0]
-			print("mot:", mot)
-			if mot in arbre:
-				definition = greffe[1]
-				print("definition:", definition)
-				arbre_greffe = arbre.replace(mot, definition)
-	return arbre_greffe
- 
+	greffe = random.choice(greffes)
+	mot = greffe[0]
+	# print("mot:", mot)
+	if mot in arbre:
+		definition = greffe[1]
+		position = arbre.find(mot)
+
+		# print("definition:", definition)
+		# arbre_greffe = arbre.replace(mot, definition)
+	return (arbre[:position], mot, definition, arbre[position+len(mot):])
+
+def show (state, length=1):
+  os.system('clear')
+  # Optionally vertically align here
+  print(state)
+  time.sleep(length)
 
 # EXECUTE
 # find quote & author
 jardinier, arbre = choix_arbre(arbres)
-print("jardinier:", jardinier, "arbre:", arbre)
+# print("jardinier:", jardinier, "arbre:", arbre)
 # find bio author
 short_bio = bio_offline(jardinier)
-print("bref bio:", short_bio)
+# print("bref bio:", short_bio)
+
+show("L'arbre initial est une citation de {}{}{}\n\n".format(bold, jardinier, reset) + short_bio, 5)
+
 
 while len(arbre) < 1500:
 	# find nouns and their positions in quote
 	bourgeons = trouver_les_bourgeons(arbre)
-	print("bourgeons:", bourgeons)
+	# print("bourgeons:", bourgeons)
 
 	# find definitions for nouns from dictionary
 	greffes = greffer(bourgeons)
-	print("greffes:", greffes)
+	# print("greffes:", greffes)
 
 	# replace nouns in quote by their definitions
-	arbre_greffe= greffes_qui_poussent(greffes, arbre)
-	print('\n')
-	print("arbre greffé:", arbre_greffe)
-	print('\n')
+	head, mot, definition, tail = greffes_qui_poussent(greffes, arbre)
+
+
+	# Make new tree placeholder for the bud show we can show it in two states and then grow out
+	arbre_greffe = '{} {{}} {}'.format(head, tail)
+
+	show(arbre, 3)
+	# Mark the bud, underlined and orange
+	show(arbre_greffe.format("{}{}{}{}{}".format(bold, yellow, mot, reset, reset)), 2)
+	# Mark the new branch green
+	show(arbre_greffe.format("{}{}{}".format(spring_green, definition, reset)), 2)
+	show(arbre_greffe.format("{}{}{}".format(fg(82), definition, reset)), 1)
+	show(arbre_greffe.format("{}{}{}".format(fg(120), definition, reset)), 1)
+	show(arbre_greffe.format("{}{}{}".format(fg(157), definition, reset)), 1)
+	show(arbre_greffe.format("{}{}{}".format(fg(195), definition, reset)), 1)
+
 
 	# convert changed quote into new tree to be grafted
-	arbre = arbre_greffe
-
-# ---------------------------------------
-
-# GIJS code to show replacements in color
-
-# def show (state, length=1):
-#   os.system('clear')
-#   # Optionally vertically align here
-#   print(state)
-#   time.sleep(length)
-
-# def grow (tree, generation = 1):
-#   branches = nltk.pos_tag(word_tokenize(tree))
-#   # Filter out nouns, pick one
-#   position, bud = random.choice([(position, bud[0]) for position, bud in enumerate(branches) if bud[1] == 'NN'])
-
-#   # Make new tree placeholder for the bud show we can show it in two states and then grow out
-#   next_tree = '{} {{}} {}'.format(trim_tree(branches[:max(0, position)]), trim_tree(branches[position+1:]))
-#   new_branch = grow_new_branch(bud)
-
-#   show(tree, 3 if generation == 1 else 1)
-#   # Mark the bud, underlined and orange
-#   show(next_tree.format("{}{}{}{}{}".format(bold, yellow, bud, reset, white)), 2)
-#   # Mark the new branch green
-#   show(next_tree.format("{}{}{}".format(spring_green, new_branch, white)), 2)
-#   show(next_tree.format("{}{}{}".format(fg(82), new_branch, white)), 1)
-#   show(next_tree.format("{}{}{}".format(fg(120), new_branch, white)), 1)
-#   show(next_tree.format("{}{}{}".format(fg(157), new_branch, white)), 1)
-#   show(next_tree.format("{}{}{}".format(fg(195), new_branch, white)), 1)
-#   # Let it grow again
-
-#   return next_tree.format(new_branch)
-
-# if __name__ == '__main__':
-#   while True:
-#     gardener, source, tree = choose_a_tree(trees)
-#     short_bio = bio_offline(gardener)
-
-#     show(
-#       'Using a quote by {}{}{}\n\n'.format(bold, gardener, reset) \
-#       + short_bio, 3
-#     )
-
-#     generation = 1
-
-#     while len(tree) < 1500:
-#       next_tree = grow(tree, generation)
-#       if next_tree == tree:
-#         break
-#       else:
-#         tree = next_tree
-#       generation += 1
\ No newline at end of file
+	arbre = arbre_greffe.format(definition)
+
+