def playVerb(self, name):
while 1:
GF.jumpLines(30)
print(txt.WKVerben + txt.chosemode)
mode = Sp.choseTitle(txt.VerbMode)
if mode == "quit":
print("Ende des Verbentraining.")
sleep(2)
break
else:
verbList = Verb.__callVerbList(self, mode)
tenseList = Verb.__choseTense(self)
Verb.__verbTraining(self, name, verbList, tenseList)
def __training(self, name, List):
for elem in List:
Input = input("Weiter? ")
GF.jumpLines(30)
if Input == "quit": break
if elem[2] == 'Verb':
print(elem[2], ': ', elem[0], "- Perfekt:", elem[1],
'\nÜbersetzung:', elem[3], "\n\n")
if elem[2] == 'Substantiv':
print(elem[2] + ':', elem[0], "- Plural:", elem[1],
'\nÜbersetzung:', elem[3], "\n\n")
if elem[2] == 'Adjektiv':
print(elem[2], ': ', elem[0], '\nÜbersetzung:', elem[3],
"\n\n")
def playWS(self, name):
while 1:
GF.jumpLines(30)
print(txt.WKWS + txt.chosemode)
mode = Sp.choseTitle(txt.WSMode)
if mode == "quit":
print("Ende des Wortschatztraining.")
sleep(2)
break
print(txt.choseWS)
List = WortSchatz.__CrtSingList(self)
if mode == "Training":
WortSchatz.__training(self, name, List)
elif mode == "Übung":
WortSchatz.__practice(self, name, List)
def __playGameGeneral(self, name, substList, Input):
Score = 0
if Input == 3: PN = Nomen.__listSTPrenouns(self)
else:
PN1 = "Definite"
while 1:
GF.jumpLines(30)
print("Player: " + name + "\nScore: ", Score)
GF.jumpLines(3)
turn = Sp.randList(substList)
substTurn = substList[turn]
transl = substTurn[3]
if Input == 1: case = "Nominativ"
else: case = txt.listCases[Sp.randList(txt.listCases)]
if Input == 3:
i = Sp.randList(PN)
PreN = PN[i]
else:
refPN = Sp.refTitle(prenoun, PN1)
PreN = [PN1, refPN[0]]
pChance = randint(0, 3)
if pChance == 0:
nomen = substTurn[2]
gender = "p"
lastLetter = nomen[len(nomen) - 1]
print("Nomen:", nomen, "(P) - Ubersetzung:", transl)
if case == "Dativ":
if lastLetter != 'n' and lastLetter != 's':
nomen += 'n'
else:
nomen = substTurn[1]
gender = substTurn[0]
print("Nomen:", nomen, " - Ubersetzung:", transl)
print("Case:", case, "- Artikel:", PreN)
playerAnswer = input("answer: ")
if playerAnswer == "quit": break
print("PreN", PreN)
realAnswer = (Nomen.__findAnswer(self, gender, PreN, case) + ' ' +
nomen)
if playerAnswer.lower() == realAnswer.lower():
Score += 1 # Sobe pontuação
else:
print("Falsch,", realAnswer), sleep(3)
def __playGameWithAdj(self, name, List):
Score = 0
substList = List[0]
adjList = List[1]
PN = Nomen.__listSTPrenouns(self)
while 1:
GF.jumpLines(30)
print("Player: " + name + "\nScore: ", Score)
GF.jumpLines(3)
sub = Sp.randList(substList)
adj = Sp.randList(adjList)
pn = Sp.randList(PN)
case = txt.listCases[Sp.randList(txt.listCases)]
substTurn = substList[sub]
adjTurn = adjList[adj]
adjekt = adjTurn[0]
PreN = PN[pn]
transl = substTurn[3]
pChance = randint(0, 3)
if pChance == 0:
nomen = substTurn[2]
gender = "p"
lastLetter = nomen[len(nomen) - 1]
print("Nomen:", nomen, "(P) - Ubersetzung:", transl)
if case == "Dativ":
if lastLetter != 's' and lastLetter != 'n':
nomen += 'n'
else:
nomen = substTurn[1]
gender = substTurn[0]
print("Nomen:", nomen, " - Ubersetzung:", transl)
print("Adjektiv:", adjekt, "\nCase:", case, "- Artikel:", PreN[0])
playerAnswer = input("answer: ")
if playerAnswer == "quit": break
realAnswer = (
Nomen.__findAnswer2(self, gender, PreN, case, adjekt) + ' ' +
nomen)
if playerAnswer.lower() == realAnswer.lower(): Score += 1
else: print("Falsch,", realAnswer), sleep(3)
return Score
def DeutschSpiel():
GF.jumpLines(30)
print(txt.introdMsg)
name = input("Spielername: ")
while 1:
GF.jumpLines(20)
print("Herr", name,"\n", txt.chooseMode)
mode = Sp.choseTitle(txt.modes)
if mode == "Verben":
player1 = Verb(name)
player1.playVerb(player1.nameOfPlayer)
if mode == "Nomen":
player1 = Nomen(name)
player1.playNomen(player1.nameOfPlayer)
if mode == "Wortschatz":
wort = WortSchatz(name)
wort.playWS(wort.nameOfPlayer)
elif mode == "quit": print("Ende des Deutschspiels"); break
def __verbTraining(self, name, verbList, tenseList):
Score = 0
while 1:
GF.jumpLines(30)
print("Player: " + name + "\nScore: ", Score)
GF.jumpLines(3)
verb = verbList[Sp.randList(verbList)]
person = txt.NomPerson[Sp.randList(txt.NomPerson)]
tense = tenseList[Sp.randList(tenseList)]
print("Verb:", verb[0], "- Ubersetzung:", verb[1])
print("Zeit:", tense, "- Person:", person)
playerAnswer = input("Antwort: ")
if playerAnswer == "quit": break
realAnswerList = Verb.__findAnswer(self, tense, person, verb[0])
realAnswer = GF.simpleAnswer(realAnswerList)
if playerAnswer == realAnswer:
Score += 1
else:
print("Falsch, ", realAnswer)
sleep(3)
def playNomen(self, name):
while 1:
GF.jumpLines(20)
print(txt.WKNomen)
GF.jumpLines(5)
print(txt.chosemode)
mode = Sp.choseTitle(txt.NomenMode)
if mode == "quit":
print("Ende des Nomentraining.")
sleep(2)
break
else:
GF.jumpLines(30)
print(txt.WKNomen + txt.choseNomenList)
List = Nomen.__substList(self)
Input = 1
Input = txt.NomenMode.index(mode) + 1
if Input == 4:
Nomen.__playGameWithAdj(self, name, List)
else:
substList = List[0]
Nomen.__playGameGeneral(self, name, substList, Input)
def __practice(self, name, List):
Score = 0
print(txt.choseWS)
Answers = ['', '']
while 1:
GF.jumpLines(30)
print("Player: " + name + "\nScore: ", Score)
GF.jumpLines(3)
rand = random.randint(0, len(List) - 1)
elem = List[rand]
if elem[2] == "Substantiv":
Answers = WortSchatz.__subTraining(self, elem)
if Answers[0] == Answers[1]:
Score += 1
if Answers[0] == "quit":
break
if Answers[0] != Answers[1]:
GF.jumpLines(20)
print("Player: " + name + "\nScore: ", Score)
GF.jumpLines(3)
print("\nFalsch,", elem[0])
a = input("Weiter? ")
if elem[2] == "Verb":
Answers = WortSchatz.__verbTraining(self, elem)
if Answers[0] == Answers[1]:
Score += 1
if Answers[0] == "quit":
break
if Answers[0] != Answers[1]:
GF.jumpLines(20)
print("Player: " + name + "\nScore: ", Score)
GF.jumpLines(3)
print("\nFalsch,", Answers[1])
a = input("Weiter? ")
if elem[2] == "Adjektiv" or elem[2] == "Adverb":
answer = WortSchatz.__Synonym(self, elem)
if answer == True:
Score += 1
a = input("Weiter? ")
if a == "quit":
break