def next_question(self): self.generate_numbers() self.result = self.num1 + (self.num2-10) if hasattr(self, 'input_box'): self.input_box = InputBox(self.input_box.rect.x, self.input_box.rect.y, 96, 32, self.result, self.gameDisplay, True) self.start_time = pygame.time.get_ticks()
def show_question(self):
center_of_box_x = self.display_width / 2
y_offset = 100
# Adding layer 1 text
# Adding "Base"
txt_surface_base = self.get_font(20).render("Base", True, Colors.DARK_RED)
txt_rect_base = txt_surface_base.get_rect()
txt_rect_base.top = y_offset+20
txt_rect_base.left = self.display_width/2 - txt_rect_base.width/2
self.gameDisplay.blit(txt_surface_base, txt_rect_base)
# Each element has : element, Color, y_value, left_value, right_value, centered
elements_list = [
# Layer 1
["Numbers", Colors.DARK_BLUE, y_offset+20, -1, txt_rect_base.left - 10, -1],
[self.num1, Colors.DARK_BLUE, y_offset+60, -1, txt_rect_base.left - 10, -1],
[f"x {self.num2}", Colors.DARK_BLUE, y_offset+100, -1, txt_rect_base.left - 10, -1],
## Base already added.
["10", Colors.DARK_RED, y_offset+60, -1, txt_rect_base.right, -1],
["10", Colors.DARK_RED, y_offset+100, -1, txt_rect_base.right, -1],
["Difference", Colors.DARK_GREEN, y_offset+20, txt_rect_base.right + 10, -1, -1],
[self.num1-10, Colors.DARK_GREEN, y_offset+60, txt_rect_base.right + 20, -1, -1],
[self.num2-10, Colors.DARK_GREEN, y_offset+100, txt_rect_base.right + 20, -1, -1],
# Layer 2
# [f"{self.num1} + {self.num2-10}", Colors.BLACK, rect.y+180, -1, center_of_box_x-10, -1],
# [f"|", Colors.BLACK, rect.y+180, -1, center_of_box_x, -1],
# [f"{self.num1-10} x {self.num2-10}", Colors.BLACK, rect.y+180, center_of_box_x+10, -1, -1],
# [f"{self.num1 + self.num2-10} | {(self.num1-10) * (self.num2-10)}", Colors.BLACK, rect.y+220, -1, -1, 1],
["input_box", f"{self.num1 + self.num2-10}", Colors.BLACK, y_offset+220, -1, center_of_box_x-10, -1],
[f"|", Colors.BLACK, y_offset+220, -1, center_of_box_x, -1],
# [f"{(self.num1-10) * (self.num2-10)}", Colors.BLACK, rect.y+220, center_of_box_x+10, -1, -1],
# Layer 3
# [f"{self.num1} x {self.num2} = {self.result}", Colors.BLACK, rect.y+260, -1, -1, 1],
]
for element in elements_list:
if element[0] == "input_box":
if not hasattr(self, "input_box"):
self.input_box = InputBox(element[5]-50, element[3], 96, 32, self.result, self.gameDisplay, True)
continue
txt_surface = self.get_font(20).render(str(element[0]), True, element[1])
txt_rect = txt_surface.get_rect()
txt_rect.top = element[2]
if element[5] == 1:
txt_rect.center = (self.display_width/2, txt_rect.center[1])
elif element[3] < 0:
txt_rect.right = element[4]
else:
txt_rect.left = element[3]
self.gameDisplay.blit(txt_surface, txt_rect)
def next_question(self): self.generate_numbers() ## Here result will multiplication of ones place numbers self.result = (self.num1 % 10) * (self.num2 % 10) if hasattr(self, 'input_box'): self.input_box = InputBox(self.input_box.rect.x, self.input_box.rect.y, 96, 32, self.result, self.gameDisplay, True) self.start_time = pygame.time.get_ticks()
def next_question(self): self.generate_numbers() self.result = self.num1 * self.num2 self.input_box = InputBox(100, 300, 140, 32, self.result, self.gameDisplay, True) self.start_time = pygame.time.get_ticks()
class LevelMultiplication3(Level):
display_width = 800
display_height = 600
correct_answers = 0
def __init__(self, gameDisplay, clock):
super().__init__(gameDisplay, clock)
self.button_multiplication_skill_1_img = pygame.image.load('images/button_multiplication_skill_1.png')
self.illustration_text = pygame.image.load('images/illustration_multiplication_1.png')
def start(self):
time.sleep(0.2)
while True:
for event in pygame.event.get():
# print(event)
if event.type == pygame.QUIT:
self.quitgame()
self.gameDisplay.blit(self.backgroundImg, (0,0))
# Adding multiplication level icon
self.gameDisplay.blit(self.button_multiplication_skill_1_img, (225,50))
# Adding back button
self.add_button(self.back_img, self.back_img_hovered, 100, 70, self.back_press)
if self.back_pressed == True:
self.back_pressed = False
return True
# Add information/illustration about skill
self.add_button(self.illustration_button_img, self.illustration_button_img_hovered, 300, 150, self.show_illustration)
# Add play button
self.add_button(self.play_button, self.play_button_hovered, 300, 250, self.play)
pygame.display.update()
self.clock.tick(15)
def next_question(self):
self.generate_numbers()
self.result = self.num1 * self.num2
self.input_box = InputBox(100, 300, 140, 32, self.result, self.gameDisplay, True)
self.start_time = pygame.time.get_ticks()
# print(f"Setting new question : num1 {self.num1}, num2 {self.num2}, result {self.result}")
def play(self):
self.next_question()
self.gameDisplay.blit(self.back_img_hovered, (225,50))
while True:
for event in pygame.event.get():
# print(event)
if event.type == pygame.QUIT:
self.quitgame()
if self.input_box.handle_event(event):
self.correct_answers += 1
self.create_message_box("Correct", self.gameDisplay)
self.next_question()
self.gameDisplay.blit(self.backgroundImg, (0,0))
self.show_timer()
self.show_score()
if not self.time_out():
self.show_answer_n_illustration()
self.next_question()
self.correct_answers = 0
# Adding back button
self.add_button(self.back_img, self.back_img_hovered, 100, 70, self.back_press)
self.input_box.update()
self.input_box.draw(self.gameDisplay)
if self.back_pressed == True:
self.back_pressed = False
return True
self.message_display(f"{self.num1} x {self.num2}")
pygame.display.update()
self.clock.tick(15)
def display_answer_layer(self, rect, x_offset):
center_of_box_x = x_offset + rect.width/2
# Adding layer 1 text
# Adding "Base"
txt_surface_base = self.get_font(20).render("Base", True, Colors.DARK_RED)
txt_rect_base = txt_surface_base.get_rect()
txt_rect_base.top = rect.y+20
txt_rect_base.left = x_offset + rect.width/2 - txt_rect_base.width/2
self.gameDisplay.blit(txt_surface_base, txt_rect_base)
# Each element has : element, Color, y_value, left_value, right_value, centered
elements_list = [
# Layer 1
["Numbers", Colors.DARK_BLUE, rect.y+20, -1, txt_rect_base.left - 10, -1],
[self.num1, Colors.DARK_BLUE, rect.y+60, -1, txt_rect_base.left - 10, -1],
[f"x {self.num2}", Colors.DARK_BLUE, rect.y+100, -1, txt_rect_base.left - 10, -1],
## Base already added.
["10", Colors.DARK_RED, rect.y+60, -1, txt_rect_base.right, -1],
["10", Colors.DARK_RED, rect.y+100, -1, txt_rect_base.right, -1],
["Difference", Colors.DARK_GREEN, rect.y+20, txt_rect_base.right + 10, -1, -1],
[self.num1-10, Colors.DARK_GREEN, rect.y+60, txt_rect_base.right + 20, -1, -1],
[self.num2-10, Colors.DARK_GREEN, rect.y+100, txt_rect_base.right + 20, -1, -1],
# Layer 2
[f"{self.num1} + {self.num2-10}", Colors.BLACK, rect.y+180, -1, center_of_box_x-10, -1],
[f"|", Colors.BLACK, rect.y+180, -1, center_of_box_x, -1],
[f"{self.num1-10} x {self.num2-10}", Colors.BLACK, rect.y+180, center_of_box_x+10, -1, -1],
# [f"{self.num1 + self.num2-10} | {(self.num1-10) * (self.num2-10)}", Colors.BLACK, rect.y+220, -1, -1, 1],
[f"{self.num1 + self.num2-10}", Colors.BLACK, rect.y+220, -1, center_of_box_x-10, -1],
[f"|", Colors.BLACK, rect.y+220, -1, center_of_box_x, -1],
[f"{(self.num1-10) * (self.num2-10)}", Colors.BLACK, rect.y+220, center_of_box_x+10, -1, -1],
# Layer 3
[f"{self.num1} x {self.num2} = {self.result}", Colors.BLACK, rect.y+260, -1, -1, 1],
]
## Encountering for "difference multiplication" having more than one digit.
if ((self.num1-10) * (self.num2-10)) > 9:
elements_list.pop()
element_1_1 = [f"{self.num1+self.num2-10} + {int((self.num1-10)*(self.num2-10)/10)}", Colors.BLACK, rect.y+260, -1, center_of_box_x-10, -1]
element_1_2 = [f"|", Colors.BLACK, rect.y+260, -1, center_of_box_x, -1]
element_1_3 = [f"{((self.num1-10) * (self.num2-10))%10}", Colors.BLACK, rect.y+260, center_of_box_x+10, -1, -1]
element_2_1 = [f"{self.num1+self.num2-10 + int((self.num1-10)*(self.num2-10)/10)}", Colors.BLACK, rect.y+300, -1, center_of_box_x-10, -1]
element_2_2 = [f"|", Colors.BLACK, rect.y+300, -1, center_of_box_x, -1]
element_2_3 = [f"{((self.num1-10) * (self.num2-10))%10}", Colors.BLACK, rect.y+300, center_of_box_x+10, -1, -1]
element_3 = [f"{self.num1} x {self.num2} = {self.result}", Colors.BLACK, rect.y+340, -1, -1, 1]
elements_list.append(element_1_1)
elements_list.append(element_1_2)
elements_list.append(element_1_3)
elements_list.append(element_2_1)
elements_list.append(element_2_2)
elements_list.append(element_2_3)
elements_list.append(element_3)
for element in elements_list:
txt_surface = self.get_font(20).render(str(element[0]), True, element[1])
txt_rect = txt_surface.get_rect()
txt_rect.top = element[2]
if element[5] == 1:
txt_rect.center = (x_offset + rect.width/2, txt_rect.center[1])
elif element[3] < 0:
txt_rect.right = element[4]
else:
txt_rect.left = element[3]
self.gameDisplay.blit(txt_surface, txt_rect)
def show_answer_n_illustration(self):
print("show_answer_n_illustration")
center = (self.display_width/2, self.display_height/2)
width = self.display_width * 0.7
height = self.display_height * 0.7
x_pos = center[0] - width/2
y_pos = center[1] - height/2
rect = pygame.Rect(x_pos, y_pos, width, height)
while True:
for event in pygame.event.get():
# print(event)
if event.type == pygame.QUIT:
self.quitgame()
# Adding back button
self.add_button(self.back_img, self.back_img_hovered, rect.x+10, rect.y+10, self.back_press)
self.display_answer_layer(rect, x_pos)
# Adding answer illustration
pygame.draw.rect(self.gameDisplay, (0,0,0), rect, 1)
if self.back_pressed == True:
self.back_pressed = False
return True
pygame.display.update()
self.clock.tick(15)
# Width will be 600
# Height will be 400
def show_illustration(self):
while True:
for event in pygame.event.get():
# print(event)
if event.type == pygame.QUIT:
self.quitgame()
self.gameDisplay.blit(self.backgroundImg, (0,0))
# Adding multiplication level icon
self.gameDisplay.blit(self.button_multiplication_skill_1_img, (225,50))
# Adding back button
self.add_button(self.back_img, self.back_img_hovered, 100, 70, self.back_press)
# Adding illustration text tutorial
self.gameDisplay.blit(self.illustration_text, (100,150))
if self.back_pressed == True:
self.back_pressed = False
return True
pygame.display.update()
self.clock.tick(15)