def characterSetUp(x):
# creates player object, creates inventory, creates field
global field
global player
player = objects.player(x, 20)
player.createInventory()
field = objects.field(3)
field.createField()
print("CHARA CREATED")
def main(): # main starting function
cls() # clear the screen
# generate player 1
player1 = player(1)
# generate player 2
player2 = player(2)
# generate pieces for player 1
gen(player1)
# generate pieces for player 2
gen(player2)
while not won:
cls()
# check if player 1 has won
if playerWonCheck(player1):
won = True
gameOver(player1)
# check if player 2 has won
elif playerWonCheck(player2):
won = True
gameOver(player2)
def list(board):
'''
list sort all the entities finded with hitboxesFileReader by class, and store the data inside it
it return the list of all the possible class finded
'''
#lists to fill
player = []
fish = []
rat = []
trash = []
fspot = []
walls = []
cloud = []
exit = []
zrat = []
#fill the lists
for i in hitboxesFileReader(board.boardAdress):
if i[0] == "p":
player.append(o.player())
player[-1].position["y1"] = i[1]
player[-1].position["y2"] = i[3]
player[-1].position["x1"] = i[2]
player[-1].position["x2"] = i[4]
elif i[0] == "f":
fish.append(o.fish(i[0], board))
fish[-1].position["y1"] = i[1]
fish[-1].position["y2"] = i[3]
fish[-1].position["x1"] = i[2]
fish[-1].position["x2"] = i[4]
elif i[0] == "r":
rat.append(o.rat(i[0], board.environment))
rat[-1].position["y1"] = i[1]
rat[-1].position["y2"] = i[3]
rat[-1].position["x1"] = i[2]
rat[-1].position["x2"] = i[4]
elif i[0] == "t":
trash.append(o.trash(i[0], board.environment, i[2], i[4], i[1], i[3]))
elif i[0] == "m" or i[0] == "c" or i[0] == "o" or i[0] == "i" or i[0] == "a" or i[0] == "e" or i[0] == "h" or i[0] == "l" or i[0] == "d":
walls.append(o.item(i[0], board.environment))
walls[-1].position["y1"] = i[1]
walls[-1].position["y2"] = i[3]
walls[-1].position["x1"] = i[2]
walls[-1].position["x2"] = i[4]
#---end if---
#---end for---
for i in board.boardata["zone"]:
for j in board.boardata[i]:
if i == "nt":
cloud.append(o.entities("nt", board.environment))
cloud[-1].position["y1"] = j["y1"]
cloud[-1].position["y2"] = j["y2"]
cloud[-1].position["x1"] = j["x1"]
cloud[-1].position["x2"] = j["x2"]
elif i == "ex":
exit.append(o.exit("ex", board.environment))
exit[-1].position["y1"] = j["y1"]
exit[-1].position["y2"] = j["y2"]
exit[-1].position["x1"] = j["x1"]
exit[-1].position["x2"] = j["x2"]
exit[-1].area = j["area"]
exit[-1].x = j["x"]
exit[-1].y = j["y"]
exit[-1].force = j["force"]
elif i == "s":
fspot.append(o.item(i, board.environment))
fspot[-1].position["y1"] = j["y1"]
fspot[-1].position["y2"] = j["y2"]
fspot[-1].position["x1"] = j["x1"]
fspot[-1].position["x2"] = j["x2"]
elif i == "zrat":
zrat.append(o.zrat("zrat", board.environment))
zrat[-1].min["y1"] = j[0]["y1"]
zrat[-1].min["y2"] = j[0]["y2"]
zrat[-1].min["x1"] = j[0]["x1"]
zrat[-1].min["x2"] = j[0]["x2"]
zrat[-1].max["y1"] = j[1]["y1"]
zrat[-1].max["y2"] = j[1]["y2"]
zrat[-1].max["x1"] = j[1]["x1"]
zrat[-1].max["x2"] = j[1]["x2"]
zrat[-1].position = zrat[-1].min
#---end if---
#---end for---
#---end for---
return player, fish, rat, trash, walls, cloud, exit, fspot, zrat
canvas.itemconfig(start_button, state='normal')
canvas.tag_bind(start_button, "<Button-1>", start_game)
while not start:
#update and wait 1 / 60th of a second (1 fps)
tk.update_idletasks()
tk.update()
time.sleep(1 / 60)
#hide text
canvas.itemconfig(start_button, state='hidden')
quit = False
while not quit:
#init player and walls
player = objects.player(canvas)
#generate 5 walls
walls = []
for x in range(5):
walls.append(objects.wall(canvas, x * spacing, spacing))
while True:
#set restart to false
restart = False
restart_text = canvas.create_text(80,
canvas.winfo_height() - 32,
text="Restart",
state='hidden',
font=("Arial", 22))
quit_text = canvas.create_text(canvas.winfo_width() - 80,
elif not collision_types['left'] and math.pi < theta < 3*math.pi/2:
#player is right of block
collision_types['left'] = True
player.rect.left = block.rect.right
player.addForce(math.pi, movement[0])
movement = (0, movement[1])
if collision_types['bottom']:
player.airTimer = 0
else:
player.airTimer += 1
gameScene.update = gameUpdate
gameScene.postMoveUpdate = gameCollision
player = objects.player(gameScene)
player.setPosition((50, 700))
playerGroup = gameScene.groupSprites(player)
grappleGroup = gameScene.groupSprites([])
blockGroup = gameScene.groupSprites([])
y = 0
for i in game_map:
x = 0
for j in i:
if j:
terrain = j - 1
block = objects.ground(terrain, gameScene)
block.setPosition((x*TILE_SIZE, y*TILE_SIZE))
blockGroup.add(block)
x += 1
def gameloop(m1, m2, u1s, u2s, clock, wall_left, wall_right, friction_bool,
friction):
Start_time = str(datetime.datetime.now().time())
Start_time = Start_time.split(':')
Start_time = list(map(float, Start_time))
black = (0, 0, 0)
white = (255, 255, 255)
red = (255, 0, 0)
blue = (0, 0, 255)
display_width = 720
display_height = 720
floor_height = 100
dims = 50
grav = 1
a = 0.5
playerStart_x = 500
playerStart_y = 620
#m1 = 1
#n = 1
time_m = 1
#m2 = (100 ** (n)) * m1
#m2 = 69
p2x = 400
#u1s = 0
#u2s = 1
global u1
global u2
u1 = u1s * time_m
u2 = u2s * time_m
coll = 0
global u1_lst
global u2_lst
global t
t.append(0)
u1_lst.append(u1s)
gameDisplay = pygame.display.set_mode((display_width, display_height))
pygame.display.set_caption('Ai_Platformer')
gameExit = False
while not gameExit:
for event in pygame.event.get():
if event.type == pygame.QUIT:
t = []
u1_lst = []
u2_lst = []
pygame.quit()
#if event.type == pygame.KEYDOWN:
#if event.key == pygame.K_SPACE:
#a = -1
#grav = -10
'''if event.key == pygame.K_RIGHT:
u1 = speed
elif event.key == pygame.K_LEFT:
u1 = -speed
if event.type == pygame.KEYUP:
if event.key == pygame.K_RIGHT:
u1 = 0
if event.key == pygame.K_LEFT:
u1 = 0'''
gameDisplay.fill(white)
grav += a
playerStart_y += grav
if playerStart_y + dims >= display_height - floor_height:
playerStart_y = display_height - floor_height - dims
grav = 0
a = 0
else:
a = 0.5
if wall_right.get() == 1:
if playerStart_x + dims >= display_width:
playerStart_x = display_width - dims
u1 = -u1
#t.append(timer(Start_time))
#u1_lst.append(u1)
coll += 1
if p2x + dims >= display_width:
p2x = display_width - dims
u2 = -u2
coll += 1
if wall_left.get() == 1:
if playerStart_x <= 0:
playerStart_x = 0
u1 = -u1
#t.append(timer(Start_time))
#u1_lst.append(u1)
coll += 1
if p2x <= 0:
p2x = 0
u2 = -u2
coll += 1
if playerStart_x <= p2x + dims:
playerStart_x = p2x + dims
coll += 1
u2m = ((2 * m1 * u1) / (m1 + m2)) + (((m2 - m1) * u2) / (m1 + m2))
u1m = ((2 * m2 * u2) / (m2 + m1)) + (((m1 - m2) * u1) / (m2 + m1))
u2 = u2m
u1 = u1m
#u1_lst.append(u1)
#t.append(timer(Start_time))
if p2x + dims >= playerStart_x:
p2x = playerStart_x - dims
objects.floor(gameDisplay, black, floor_height, display_width,
display_height)
objects.player(gameDisplay, dims, dims, playerStart_x, playerStart_y,
red)
objects.player(gameDisplay, dims, dims, p2x, playerStart_y, blue)
if friction_bool.get() == 1:
friction1 = friction
friction2 = friction
if u1 != 0:
if u1 > 0:
u1f = u1 - 10 * friction1
elif u1 < 0:
u1f = u1 + 10 * friction1
else:
friction1 = 0
if u2 != 0:
if u2 > 0:
u2f = u2 - 10 * friction1
elif u2 < 0:
u2f = u2 + 10 * friction1
else:
friction2 = 0
u1 = u1f
u2 = u2f
playerStart_x += u1
p2x += u2
#print(len(t), len(u1_lst))
#print(u2, u1, coll)
u1_lst.append(u1)
u2_lst.append(u2)
t.append(timer(Start_time))
global speedtime
speedtime = [u1_lst, t]
pygame.display.update()
clock.tick(60)
