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# -*- coding: utf-8 -*-
import challenges
import random
from gettext import gettext as _
class ChallengesCreator:
def __init__(self, container, rect, frame_rate, windows_controller, game_man, bg_color=(0, 0, 0)):
# Windows attributes
self.container = container
self.rect = rect
self.frame_rate = frame_rate
self.windows_controller = windows_controller
self.bg_color = bg_color
self.game_man = game_man
# Multiple Choice and Master window
self.mc_challenge = challenges.MultipleChoice(self.container, self.rect, self.frame_rate, self.windows_controller, self, "mc_challenge_window", self.bg_color)
# True or False window
self.tf_challenge = challenges.TrueOrFalse(self.container, self.rect, self.frame_rate, self.windows_controller, self, "tf_challenge_window", self.bg_color)
# Cooking window
self.cooking_challenge = challenges.Cooking(self.container, self.rect, self.frame_rate, self.windows_controller, "cooking_challenge_window", self.bg_color)
# Tuples of mc_challenges
self.mc_challenges = []
# Tuples of tf_challenges
self.tf_challenges_physica = []
self.tf_challenges_hygiene = []
self.tf_challenges_nutrition = []
self.tf_challenges_spare_time = []
def create_challenges(self):
# Common multiple choice
self._create_mc_challenge(_("Which foods do we need to eat every day?"), [_("Some food from each group every day"), _("Some fruits and vegetables only"), _("Some food from all the groups but not fats and sugar")], 0, 10, 10)
self._create_mc_challenge(_("What is the most important meal of the day?"), [_("Breakfast"), _("Lunch"), _("Tea"), _("Dinner")], 0, 10, 10)
self._create_mc_challenge(_("How regularly should children exercise?"), [_("Once a month"), _("Once a week"), _("Once a day")], 2, 10, 10)
self._create_mc_challenge(_("What percentage of the body is made up of water?"), ["30%", "70%", "90%"], 1, 10, 10)
# True or false
# 0 = False | 1 = True
## Physica
self.tf_challenges_physica.append(self._create_tf_challenge(_("La alimentación adecuada previene muchas enfermedades \nimportantes"), 1, 10, 10))
self.tf_challenges_physica.append(self._create_tf_challenge(_("Si no nos vacunamos con las vacunas obligatorias podemos \nenfermarnos"), 1, 10, 10))
self.tf_challenges_physica.append(self._create_tf_challenge(_("Cuando estamos ingiriendo alimentos en menor proporción \na lo que necesitamos, podemos volvernos más \nsusceptibles a las infecciones "), 1, 10, 10))
## Hygiene
self.tf_challenges_hygiene.append(self._create_tf_challenge(_("Muchos alimentos pueden estar contaminados con agroquímicos, \ny pesticidas porque son frecuentemente usados"), 1, 10, 10))
self.tf_challenges_hygiene.append(self._create_tf_challenge(_("Si no voy a comer no necesito lavarme las manos "), 0, 10, 10))
self.tf_challenges_hygiene.append(self._create_tf_challenge(_("Lo primero que hay que hay que hacer cuando vamos a lavarnos \nlas manos es ponernos jabón"), 0, 10, 10))
## Nutrition
self.tf_challenges_nutrition.append(self._create_tf_challenge(_("Cuando aprendemos hábitos saludables estamos cuidando nuestra \nsalud"), 1, 10, 10))
self.tf_challenges_nutrition.append(self._create_tf_challenge(_("Tomar mucha agua, hacer ejercicio y comer frutas y verduras \nayuda a mover el intestino sin dificultad"), 1, 10, 10))
self.tf_challenges_nutrition.append(self._create_tf_challenge(_("El desayuno no es importante en nuestra alimentación"), 0, 10, 10))
## Spare time
self.tf_challenges_spare_time.append(self._create_tf_challenge(_("La actividad física mejora nuestra imagen"), 1, 10, 10))
self.tf_challenges_spare_time.append(self._create_tf_challenge(_("La actividad física no nos ayuda prevenir enfermedades \ncomo el sobrepeso y la obesidad "), 0, 10, 10))
self.tf_challenges_spare_time.append(self._create_tf_challenge(_("Ser sedentarios no tiene importancia y no afecta nuestra \nsalud"), 0, 10, 10))
def _create_mc_challenge(self, question, answers, correct_answer, win_points, lose_points, image=None):
"""
Create a new mc_challenge (tuple)
"""
challenge = (question, answers, correct_answer, win_points, lose_points, image)
self.mc_challenges.append(challenge)
def _create_tf_challenge(self, question, correct_answer, win_points, lose_points, image=None):
"""
Create a new tf_challenge (tuple)
"""
challenge = (question, ["False", "True"], correct_answer, win_points, lose_points, image)
return challenge
def get_challenge(self, kind):
"""
Load and return a random "created" mc_challenge
"""
if kind == "mc":
r = random.randrange(0, len(self.mc_challenges))
c = self.mc_challenges[r]
# Set challenge attributes
self.mc_challenge.set_question(c[0])
self.mc_challenge.set_answers(c[1])
self.mc_challenge.set_correct_answer(c[2])
self.mc_challenge.set_win_points(c[3])
self.mc_challenge.set_lose_points(c[4])
# If challenge has an image
if c[5]:
self.mc_challenge.set_image(c[5])
return self.mc_challenge
elif kind == "tf":
self.tf_challenge.kind = "normal"
bar = self.game_man.get_lowest_bar()
if bar.id == "physica":
r = random.randrange(0, len(self.tf_challenges_physica))
c = self.tf_challenges_physica[r]
elif bar.id == "hygiene":
r = random.randrange(0, len(self.tf_challenges_hygiene))
c = self.tf_challenges_hygiene[r]
elif bar.id == "nutrition":
r = random.randrange(0, len(self.tf_challenges_nutrition))
c = self.tf_challenges_nutrition[r]
elif bar.id == "spare_time":
r = random.randrange(0, len(self.tf_challenges_spare_time))
c = self.tf_challenges_spare_time[r]
# Set challenge attributes
self.tf_challenge.set_question(c[0])
self.tf_challenge.set_answers(c[1])
self.tf_challenge.set_correct_answer(c[2])
self.tf_challenge.set_win_points(c[3])
self.tf_challenge.set_lose_points(c[4])
# If challenge has an image
if c[5]:
self.tf_challenge.set_image(c[5])
return self.tf_challenge
elif kind == "master":
self.tf_challenge.kind = "master"
if self.game_man.character.level < 4:
self.game_man.character.limit = 3
elif self.game_man.character.level < 7:
self.game_man.character.limit = 4
else:
self.game_man.character.limit = 5
r = random.randrange(0, len(self.mc_challenges))
c = self.mc_challenges[r]
# Set challenge attributes
self.tf_challenge.set_question(c[0])
self.tf_challenge.set_answers(c[1])
self.tf_challenge.set_correct_answer(c[2])
self.tf_challenge.set_win_points(c[3])
self.tf_challenge.set_lose_points(c[4])
# If challenge has an image
if c[5]:
self.tf_challenge.set_image(c[5])
return self.tf_challenge
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