def displayScore(self, divisor, length):
self.score /= divisor
highestPossibleScore = str(length)
if self.score < 10:
print(
inout.coloured(
"Round over! Your score that round was " + '%.2g' %
(self.score) + " out of " + highestPossibleScore + ", " +
'%0.4g' % (self.score / int(highestPossibleScore) * 100) +
"%.\n", 'cyan'))
elif self.score < 100:
print(
inout.coloured(
"Round over! Your score that round was " + '%.3g' %
(self.score) + " out of " + highestPossibleScore + ", " +
'%0.4g' % (self.score / int(highestPossibleScore) * 100) +
"%.\n", 'cyan'))
elif self.score < 1000:
print(
inout.coloured(
"Round over! Your score that round was " + '%.4g' %
(self.score) + " out of " + highestPossibleScore + ", " +
'%0.4g' % (self.score / int(highestPossibleScore) * 100) +
"%.\n", 'cyan'))
self.score = 0
def load_words():
global wordSets
try: # to load words
with open(words_filepath, 'r') as wordsIn:
sets_dict = json.load(wordsIn)["sets"]
for ws in sets_dict:
if not quiet:
print(inout.coloured("Loading set of topic: " + ws['topic'], 'magenta'))
word_list = []
if len(ws["words"]) > 0:
if not quiet:
print(inout.coloured("Loading words of topic: " + ws['topic'], 'magenta'))
for w in ws["words"]:
if w["type"] == "noun":
word_list.append(add_noun(w["english"], w["language"], w['translation'], w["gender"], quiet=quiet))
elif w["type"] == "verb":
word_list.append(add_verb(w["english"], w["language"], w['translation'], w["pastParticiple"], w["auxVerb"], quiet=quiet))
elif w["type"] == "adjective":
word_list.append(add_adjective(w["english"], w["language"], w['translation'], quiet=quiet))
add_set(ws["language"], ws["topic"], word_list, True)
if not quiet:
print(inout.coloured(ws['topic'] + " successfully loaded.", 'magenta'))
except FileNotFoundError: # Create file if not found
if not quiet:
print(inout.coloured("Failed to find file '" + words_filepath + "'.", 'yellow'))
with open(words_filepath, 'w') as output:
json.dump({}, output, -1, indent=2)
except KeyError: # If there is nothing in words
print(inout.coloured("You need to add some words.\nDon't forget to save!", 'yellow'))
def add_verb(english, language, translation, pastParticiple, auxVerb, topic=None, quiet=False):
if topic is not None:
wSet = findSet(topic, quiet, language)
if wSet is not None:
wSet.words.append(objects.Verb(english, language, translation, pastParticiple, auxVerb))
if not quiet:
print(inout.coloured("Verb successfully added to set '" + topic + "'.", 'magenta'))
else:
if not quiet:
print(inout.coloured("Verb successfully added.", 'magenta'))
return objects.Verb(english, language, translation, pastParticiple, auxVerb)
def add_noun(english, language, translation, gender, topic=None, quiet=False):
if topic is not None:
wSet = findSet(topic, quiet, language)
if wSet is not None:
wSet.words.append(objects.Noun(english, language, translation, gender))
if not quiet:
print(inout.coloured("Noun successfully added to set '" + topic + "'.", 'magenta'))
else:
if not quiet:
print(inout.coloured("Noun successfully added.", 'magenta'))
return objects.Noun(english, language, translation, gender)
def findWord(aSet, english, quiet): # Need to update
found = None
for i, w in enumerate(aSet.words):
if w.english == english:
found = i
if not quiet:
print(inout.coloured("Word '" + english + "' found in set '" + topic + "'.", 'magenta'))
break
else:
if not quiet:
print(inout.coloured("Word '" + english + "' not found in set '" + topic + "'.", 'magenta'))
return None
return found
def verbs(
self,
aSet,
quizLength=0
): # At the moment, this is for past prticiples. A conjugation quiz will be added soon
quizLength = int(quizLength)
verbs = [w for w in aSet.words if w.type == "verb"]
deck = self.randomise(len(verbs))
numberOfQuestions = len(deck)
while self.exit is False:
try:
index = deck.pop()
questionNumber = numberOfQuestions - len(deck)
except IndexError:
self.displayScore(3, numberOfQuestions)
self.exit = False
return
print(
inout.coloured("Question " + str(questionNumber) + ":",
'cyan'))
self.pastParticipleQuestion(verbs[index], 'a')
self.auxiliaryVerbQuestion(verbs[index], 'b')
self.translationQuestion(verbs[index], 'c')
print()
self.exit = False
def nouns(self, aSet, quizLength=0):
quizLength = int(quizLength)
nouns = [w for w in aSet.words if w.type == "noun"]
deck = self.randomise(len(nouns))
numberOfQuestions = len(deck)
while self.exit is False:
try:
index = deck.pop()
questionNumber = numberOfQuestions - len(deck)
except IndexError:
self.displayScore(2, numberOfQuestions)
self.exit = False
return
print(
inout.coloured("Question " + str(questionNumber) + ":",
'cyan'))
self.translationQuestion(nouns[index], 'a')
self.genderQuestion(nouns[index], 'b')
print()
self.exit = False
def vocab(self, aSet, quizLength=0): # 0 is no length limit
quizLength = int(quizLength)
deck = self.randomise(len(aSet.words))
if quizLength > 0: deck = deck[:quizLength]
numberOfQuestions = len(deck)
while self.exit is False:
try:
index = deck.pop()
questionNumber = numberOfQuestions - len(deck)
except IndexError:
self.displayScore(1, numberOfQuestions)
self.exit = False
return
print(
inout.coloured("Question " + str(questionNumber) + ":",
'cyan'))
if aSet.words[index].type == "noun":
self.translationQuestion(aSet.words[index], "a", 0.5)
self.genderQuestion(aSet.words[index], "b", 0.5)
else:
self.translationQuestion(aSet.words[index])
print()
self.exit = False
def findSet(topic, quiet, language=None, createSet=True):
found = None
for s in wordSets:
# print(s.topic)
if s.topic == topic:
found = s
if not quiet:
print(inout.coloured("Set found for topic '" + topic + "'.", 'magenta'))
break
else:
if not quiet:
print(inout.coloured("Set for topic '" + topic + "' not found.", 'magenta'))
if createSet and language is not None:
add_set(language, topic, [], [])
return wordSets[-1]
return found
def pastParticipleQuestion(self, verb, letter=None, score=1):
if self.exit is False:
if letter is not None: self.displayQuestionLetter(letter)
textIn = input(
inout.coloured(
"What is the past participle of '" + verb.translation +
"'? ", 'cyan', True)).lower()
if textIn == 'exit':
self.exit = True
elif textIn == verb.pastParticiple:
print(inout.coloured("Correct!", 'green'))
self.score += score
else:
print(
inout.coloured(
"Incorrect! The answer was " + verb.pastParticiple +
".", 'red'))
if len(textIn) > 0: inout.remove_history_items(1)
def translationQuestion(self, word, letter=None, score=1):
if self.exit is False:
if letter is not None: self.displayQuestionLetter(letter)
textIn = input(
inout.coloured(
"What is '{}' in English? ".format(word.translation),
'cyan', True)).lower()
if textIn == "exit":
self.exit = True
elif textIn == word.english:
print(inout.coloured("Correct!", 'green'))
self.score += score
else:
print(
inout.coloured(
"Incorrect! The answer was " + word.english + ".",
'red'))
if len(textIn) > 0: inout.remove_history_items(1)
def genderQuestion(self, noun, letter=None, score=1):
if self.exit is False:
if letter is not None: self.displayQuestionLetter(letter)
textIn = input(
inout.coloured(
"What is the gender of '" + noun.translation + "'? ",
'cyan', True)).lower()
if textIn == 'exit':
self.exit = True
elif textIn == noun.gender:
print(inout.coloured("Correct!", 'green'))
self.score += score
else:
print(
inout.coloured(
"Incorrect! The answer was " + noun.gender + ".",
'red'))
if len(textIn) > 0: inout.remove_history_items(1)
def save_words():
global wordSets
jsonFormat = {"sets": []}
for ws in wordSets:
word_list = []
for w in ws.words:
word_list.append(w.__dict__)
jsonFormat["sets"].append({"language": ws.language, "topic": ws.topic, "words": word_list})
with open(words_filepath, 'w') as output:
json.dump(jsonFormat, fp=output, indent=2)
print(inout.coloured("Words saved.", "magenta"))
def auxiliaryVerbQuestion(self, verb, letter=None, score=1):
auxiliaryVerbs = ['haben', 'sein'] if verb.language == 'german' else [
'avoir', 'être'
] # Shift-AltGr-6 release e for ê
if self.exit is False:
if letter is not None: self.displayQuestionLetter(letter)
textIn = input(
inout.coloured(
"Does '" + verb.pastParticiple + "' use " +
auxiliaryVerbs[0] + " or " + auxiliaryVerbs[1] + "? ",
'cyan', True)).lower()
if textIn == 'exit':
self.exit = True
elif textIn == verb.auxVerb:
print(inout.coloured("Correct!", 'green'))
self.score += score
else:
print(
inout.coloured(
"Incorrect! The answer was " + verb.auxVerb + ".",
'red'))
if len(textIn) > 0: inout.remove_history_items(1)
def ask(self, textIn):
textIn = input(inout.coloured(textIn + ' ', self.colour, True)).lower()
if self.record_history is False: self.eraseFromMemory()
return textIn
def add_set(language, topic, words, quiet=False):
global wordSets
wordSets.append(objects.WordSet(language, topic, words))
if not quiet:
print(inout.coloured("New topic "+topic+" created.", 'magenta'))
def displayQuestionLetter(self, letter):
print(inout.coloured("{})".format(letter), "cyan"), end=' ')
print(" - French")
print(" - German")
print("Available topics:")
print(" - Make your own! (see 'add word')")
elif command == 'add word':
print("add word")
print("Usage: add word")
print("Description: Begins asking the user a series of questions in order to add a word to the database.")
load_words()
quiz = objects.Quiz()
running = True
try:
while running:
action = input(inout.coloured("What would you like to do? ", 'blue', True)).lower()
if len(action) > 0:
if action == 'add word':
english = input(inout.coloured("What is the word in English? ", 'magenta', True)).lower()
language = input(inout.coloured("What language? ", 'magenta', True)).lower()
translation = input(inout.coloured("What is the word in " + language + "? ", 'magenta', True)).lower()
topic = input(inout.coloured("What topic is this word in? ", 'magenta', True)).lower()
type = input(inout.coloured("What type of word is this? ", 'magenta', True)).lower()
if type == 'noun':
gender = input(inout.coloured("What is the gender of this noun? ", 'magenta', True)).lower()
inout.remove_history_items(6)
add_noun(english, language, translation, gender, topic)
elif type == 'verb':
pastParticiple = input(inout.coloured("What is the past participle of this verb? ", 'magenta', True)).lower()
