def calculator():
if Var.set_up_calculator == True:
global calcy, calcwait_time, calctime_elapsed
Var.mouseDOWNPOS = (0, 0)
Var.mouseDOWN = False
calcy = 300
calcwait_time = 10
calctime_elapsed = 0
Var.set_up_calculator = False
Sprite.DISPLAY.blit(menu, (0,0))
Sprite.DISPLAY.blit(calc, (300,calcy))
calc_rect.topleft = (300,calcy)
if calcy <= 30:
calcy = 30
calc_screen()
#Sprite.DISPLAY.blit(text_box, (0, int(4*Sprite.DISPLAY_Y/5)))
#events = pygame.event.get()
#Input2.update(events)
Sprite.DISPLAY.blit(Input2.get_surface(), (450, 310))
Calculus.calc_question()
Sprite.DISPLAY.blit(Box, (0,-35))
show_text("NOTE: log is in base e.", (40, 140), 20, (0, 0, 0))
show_text("Use asin for arcsin, etc..", (40, 170), 20, (0, 0, 0))
show_text("Use ** as exponent.", (40, 200), 20, (0, 0, 0))
show_text("Must * coefficents to x.", (40, 230), 20, (0, 0, 0))
show_text("(4x is illegal. 4*x is okay.)", (40, 260), 20, (0, 0, 0))
show_text("Use exp(x) for e**x.", (40, 290), 20, (0, 0, 0))
show_text("Everything in respect to x variable.", (40, 310), 15, (0, 0, 0))
show_text("Other letters may be used as constants.", (40, 330), 15, (0, 0, 0))
space = 10
show_text("Will freeze if too hard.", (40, 350 + space), 20, (0, 0, 0))
show_text("log in base 10 unavailable", (40, 380 + space), 20, (0, 0, 0))
show_text("Click elsewhere to return.", (40, 410 + space), 20, (0, 0, 0))
else:
calcy -= 8
events = pygame.event.get()
Input2.update(events)
calctime_elapsed += 1
if calctime_elapsed > calcwait_time:
if Var.mouseDOWN == True:
if not calc_rect.collidepoint(Var.mouseDOWNPOS):
Var.set_up_menu = True
Var.calculator = False
Var.menu = True
def shoot_zombies():
update_input()
Calculus.show_question()
if Var.mouseDOWN and Var.Ammo != 0:
Ammo = Sprite.Ammo(Chicken, 2,
(Sprite.Player.posx, Sprite.Player.posy), False)
Sprite.Bullets.add(Ammo)
for zombie in Sprite.Zombies:
zombie.moveto(1, 1, [(Sprite.Player.posx, Sprite.Player.posy)], False)
for zombie in range(Var.screenZombies - (len(Sprite.Zombies))):
zomx = random.randint(0, Sprite.DISPLAY_X)
zomy = random.randint(0, Sprite.DISPLAY_Y)
zombie = Sprite.Zombie(Images.Zombie_Image, 2, (zomx, zomy), False)
Sprite.Zombies.add(zombie)
Sprite.spritesList.add(zombie)
def calculator():
if Var.set_up_calculator == True:
global calcy
calcy = 300
Var.set_up_calculator = False
Sprite.DISPLAY.blit(menu, (0, 0))
Sprite.DISPLAY.blit(calc, (300, calcy))
if calcy <= 30:
calcy = 30
calc_screen()
#Sprite.DISPLAY.blit(text_box, (0, int(4*Sprite.DISPLAY_Y/5)))
events = pygame.event.get()
Input2.update(events)
Sprite.DISPLAY.blit(Input2.get_surface(), (450, 310))
Calculus.calc_question()
else:
calcy -= 5
if keys[pygame.K_LSHIFT]:
Var.keyLSHIFT = True
if not keys[pygame.K_LSHIFT]:
Var.keyLSHIFT = False
RUNNING = True
while RUNNING == True:
variables()
Var.mousePOS = pygame.mouse.get_pos()
Sprite.DISPLAY.fill((60,70,80))
Sprite.objList.update()
Sprite.Player.update()
# Note, please change layers depending on y value: https://www.reddit.com/r/pygame/comments/3de4ng/challenge_drawing_in_the_right_order/
# Answer: https://github.com/iminurnamez/draw-order-challenge/commit/387da00cf21e63d0cddee61737df3edd91aa59b4
pygame.draw.rect(Sprite.DISPLAY, (200, 10, 15), Sprite.Player.colliderect, 2)
Sprite.drawSprites(Sprite.spritesList)
Thing.update_input()
Calculus.show_question()
pygame.display.update()
fpsClock.tick(FPS)
def shoot_zombies():
if Var.set_up_class == True:
global time_elapsed, wait_time, total_time_elapsed
for zombie in Sprite.Zombies:
zombie.kill()
Var.Answer = None
Var.Health = 30
Var.Ammo = 8
Var.screenZombies = 1
Var.totalKilled = 0
Var.addZombie = 1
Var.totalSolved = 0
time_elapsed = 0
wait_time = 250
total_time_elapsed = 0
Sprite.objList.add(classroomwall)
Sprite.spritesList.add(classroomwall)
Var.set_up_class = False
Sprite.DISPLAY.blit(classroom, (0, 0))
Sprite.objList.update()
Sprite.Bullets.update()
Sprite.Player.update()
Sprite.Zombies.update()
Sprite.drawSprites(Sprite.spritesList)
update_input()
Calculus.show_question()
if Var.mouseDOWN and Var.Ammo != 0:
Ammo = Sprite.Ammo(Chicken, 2,
(Sprite.Player.posx, Sprite.Player.posy), False)
Sprite.Bullets.add(Ammo)
for zombie in Sprite.Zombies:
zombie.moveto(1, 1, [(Sprite.Player.posx, Sprite.Player.posy)], False)
'''# modulos so that zombies come in "waves". OR escalating difficulty with ugly conditionals
# addZombies = Var.totalKilled%5
# screenZombies = Var.screenZombies + addZombies'''
'''for zombie in range(Var.screenZombies - (len(Sprite.Zombies))):
#zomx = random.randint(0, Sprite.DISPLAY_X)
zomx = random.choice([0, Sprite.DISPLAY_X])
zomy = random.randint(0, Sprite.DISPLAY_Y)
zombie = Sprite.Zombie(Images.Zombie_Image, 2, (zomx, zomy), False)
Sprite.Zombies.add(zombie)
Sprite.spritesList.add(zombie)
# change this for time based instead
if Var.totalKilled == 3:
Var.screenZombies = 2
elif Var.totalKilled == 5:
Var.screenZombies = 3
elif Var.totalKilled == 10:
Var.screenZombies = 4
elif Var.totalKilled == 15:
Var.screenZombies = 5 '''
# revamped for time based: Var.addZombie = 1 if add a zombie; Var.addZombie = 0 if NOT add
time_elapsed += 1
total_time_elapsed += 1
if time_elapsed > wait_time:
Var.addZombie = 1
time_elapsed = 0
if total_time_elapsed >= 1500:
wait_time = 155
elif total_time_elapsed >= 1300:
wait_time = 160
elif total_time_elapsed >= 1100:
wait_time = 180
elif total_time_elapsed >= 800:
wait_time = 200
elif total_time_elapsed >= 500:
wait_time = 225
'''if Var.totalKilled == 4:
wait_time = 225
elif Var.totalKilled == 8:
wait_time = 200
elif Var.totalKilled == 12:
wait_time = 180
elif Var.totalKilled == 15:
wait_time = 160'''
for zombie in range(Var.addZombie):
#zomx = random.randint(0, Sprite.DISPLAY_X)
zomx = random.choice([0, Sprite.DISPLAY_X])
zomy = random.randint(0, Sprite.DISPLAY_Y)
zombie = Sprite.Zombie(Images.Zombie_Image, 2, (zomx, zomy), False)
Sprite.Zombies.add(zombie)
Sprite.spritesList.add(zombie)
Var.addZombie = 0
if Var.Health == 0:
# Game over
Var.in_class = False
Var.you_died = True
Var.set_up_died = True
def shoot_zombies():
global time_elapsed, wait_time
#Sprite.DISPLAY.fill((100,120,80))
Sprite.DISPLAY.blit(classroom, (0, 0))
Sprite.objList.update()
Sprite.Bullets.update()
Sprite.Player.update()
Sprite.Zombies.update()
Sprite.drawSprites(Sprite.spritesList)
update_input()
Calculus.show_question()
if Var.mouseDOWN and Var.Ammo != 0:
Ammo = Sprite.Ammo(Chicken, 2,
(Sprite.Player.posx, Sprite.Player.posy), False)
Sprite.Bullets.add(Ammo)
for zombie in Sprite.Zombies:
zombie.moveto(1, 1, [(Sprite.Player.posx, Sprite.Player.posy)], False)
'''# modulos so that zombies come in "waves". OR escalating difficulty with ugly conditionals
# addZombies = Var.totalKilled%5
# screenZombies = Var.screenZombies + addZombies'''
'''for zombie in range(Var.screenZombies - (len(Sprite.Zombies))):
#zomx = random.randint(0, Sprite.DISPLAY_X)
zomx = random.choice([0, Sprite.DISPLAY_X])
zomy = random.randint(0, Sprite.DISPLAY_Y)
zombie = Sprite.Zombie(Images.Zombie_Image, 2, (zomx, zomy), False)
Sprite.Zombies.add(zombie)
Sprite.spritesList.add(zombie)
# change this for time based instead
if Var.totalKilled == 3:
Var.screenZombies = 2
elif Var.totalKilled == 5:
Var.screenZombies = 3
elif Var.totalKilled == 10:
Var.screenZombies = 4
elif Var.totalKilled == 15:
Var.screenZombies = 5 '''
# revamped for time based: Var.addZombie = 1 if add a zombie; Var.addZombie = 0 if NOT add
time_elapsed += 1
if time_elapsed > wait_time:
Var.addZombie = 1
time_elapsed = 0
if Var.totalKilled == 4:
wait_time = 225
elif Var.totalKilled == 8:
wait_time = 200
elif Var.totalKilled == 12:
wait_time = 180
elif Var.totalKilled == 15:
wait_time = 160
print(Var.totalKilled)
for zombie in range(Var.addZombie):
#zomx = random.randint(0, Sprite.DISPLAY_X)
zomx = random.choice([0, Sprite.DISPLAY_X])
zomy = random.randint(0, Sprite.DISPLAY_Y)
zombie = Sprite.Zombie(Images.Zombie_Image, 2, (zomx, zomy), False)
Sprite.Zombies.add(zombie)
Sprite.spritesList.add(zombie)
Var.addZombie = 0
if Var.Health == 0:
# Game over
print("You died")