def update(self, round):
#updates the movements for both character
self.movements(self.characters[0], self.characters[1], 0)
self.movements(self.characters[1], self.characters[0], 1)
#checks for wall collisions
for wall in self.walls:
for character in self.characters:
#moves characters out of walls if collision occurs
if wall.touch(character) == 'right':
character.pos = Vector(wall.lEdge - (character.sprite.scaling * character.sprite.spriteDim[0] / 2), character.pos.getY())
elif wall.touch(character) == 'left':
character.pos = Vector(wall.rEdge + (character.sprite.scaling * character.sprite.spriteDim[0] / 2), character.pos.getY())
#checks for platform collisions
for platform in self.platforms:
for character in self.characters:
if platform.touch(character):
#stops falling on collision with platform
character.stop_fall()
else:
#fall
character.fall()
#make sure no character goes under platform
if (character.pos.getY() + (character.sprite.scaling * character.sprite.spriteDim[1] / 2)) - 4 > platform.edge_top:
character.pos = Vector(character.pos.getX(),
platform.edge_top - (character.sprite.scaling * character.sprite.spriteDim[1] / 2) - 4)
for character in self.characters:
if character.dead:
round.over(character)
def movements(self,character, other, bool):
#movements that are only available when not blocking
if not character.dead:
if not self.keyboard.down[bool]:
character.not_blocking()
# x velocity can only be changed when not jumping (no midair direction changes)
if self.keyboard.left[bool] and not character.jumping:
character.vel = Vector(-1, character.vel.getY())
character.setState("walk")
if self.keyboard.right[bool] and not character.jumping:
character.vel = Vector(1, character.vel.getY())
character.setState("walk")
# no double jumping
if self.keyboard.up[bool] and not character.jumping:
character.attemptJump()
# can attack if jumping (attack becomes jump kick
if self.keyboard.attack[bool]:
character.punch(other)
# fires a fireball if the character is on the ground
if self.keyboard.fire[bool] and not character.jumping:
character.fire(other)
if self.keyboard.idle[bool] and not character.jumping:
character.setState("idle")
#can block if not jumping
if self.keyboard.down[bool] and not character.jumping:
character.blocking()
character.setState("block")
character.move()
character.setfacing(other)
def __init__(self, player, direction):
self.character = player
self.stoppedPos = Vector(-100, -100) #off canvas
self.pos = self.stoppedPos
self.direction = direction
#self.sprite = self.set_sprite() # gets correct sprite
self.vel = Vector()
self.sprite = self.set_sprite("Red")
def mainMenuButtons(click):
radius = 36
red = Vector(246, 74)
yel = Vector(246, 157)
gre = Vector(246, 240)
cenToClick = click.copy().subtract(
red.copy()) # dist between centre of ball and click
if (cenToClick.length() <= radius): # check click is in ball
quit(0)
cenToClick = click.copy().subtract(
yel.copy()) # dist between centre of ball and click
if (cenToClick.length() <= radius): # check click is in ball
Master.instructions()
cenToClick = click.copy().subtract(
gre.copy()) # dist between centre of ball and click
if (cenToClick.length() <= radius): # check click is in ball
# Master.gameLoop()
Master.modeSelect()
def gameMenuButtons(click):
#Red, yel and green correspond to the position of the buttons displayed during the game
radius = 20
red = Vector(30, 40)
yel = Vector(80, 40)
gre = Vector(130, 40)
cenToClick = click.copy().subtract(
red.copy()) # dist between centre of ball and click
if (cenToClick.length() <= radius): # check click is in ball
quit(0)
cenToClick = click.copy().subtract(
yel.copy()) # dist between centre of ball and click
if (cenToClick.length() <= radius): # check click is in ball
Master.instructions()
cenToClick = click.copy().subtract(
gre.copy()) # dist between centre of ball and click
if (cenToClick.length() <= radius): # check click is in ball
# Master.gameLoop()
Master.menu()
def multiplayer(click):
centerY = 235
buttonWidth = 120
multi = Vector(150, centerY)
solo = Vector(350, centerY)
if ((abs(click.getY() - centerY)) < 85):
if abs(click.getX() - (multi.copy().getX())) < buttonWidth / 2:
Ai.level = 0
Mouse.multiNoSel = True
elif abs(click.getX() - (solo.copy().getX())) < buttonWidth / 2:
Ai.level = 1
Mouse.multiNoSel = True
def handler(position):
click = Vector(position[0], position[1])
if Mouse.screen == "splash": #todo change to dict
Master.menu()
elif Mouse.screen == "menu":
Mouse.mainMenuButtons(click)
elif Mouse.screen == "instructions":
Master.menu()
elif Mouse.screen == "game":
Mouse.gameMenuButtons(click)
elif Mouse.screen == "MultOrNo":
Mouse.multiplayer(click)
elif Mouse.screen == "lvlSelect":
Mouse.lvlSelect(click)
elif Mouse.screen == "spriteSelect":
Mouse.spriSel(click)
else:
pass
CANVAS_WIDTH = 500
CANVAS_HEIGHT = 500
has_ai = False
sprites = {
"Red": "https://i.ibb.co/M7Ff2wx/redsheet.png",
"Blue": "https://i.ibb.co/2hv9qcq/bluesheet.png",
"Green": "https://i.ibb.co/K2616MG/greensheet.png",
"Yellow": "https://i.ibb.co/CbMDdVC/yellowsheet.png",
"Base": "https://i.ibb.co/6m5sd2h/fullsheet.png"
}
SPRITE1 = "Red"
SPRITE2 = "Blue"
player1Sprite = Sprite(sprites[SPRITE1], 2, 14, (100, 300), 4, "idle", "left")
player2Sprite = Sprite(sprites[SPRITE2], 2, 14, (400, 300), 4, "idle",
"right") ##Get Sprite sheets
player1 = Character(player1Sprite, Vector(100, 300), 1, 'right')
player2 = Character(player2Sprite, Vector(400, 300), 2, 'left')
round = Rounds(player1, player2)
#when GameLoop is called by a class, init starts the frame
def init(sp1, sp2, ai):
global SPRITE1, SPRITE2, has_ai
has_ai = ai
kbd.ai = has_ai
SPRITE1 = sp1
SPRITE2 = sp2
Master.masterframe.setDrawHandler(draw)
Mouse.screen = "game"
#Master.masterframe.set_canvas_background('rgba(0, 200, 200, 0.3)')
def stop(self):
self.pos = self.stoppedPos
self.vel = Vector()
self.character.fireball_ready = True
def setvel(self, direction, x=0):
if direction == 'left':
vel = Vector(-x, self.vel.getY())
else:
vel = Vector(x, self.vel.getY())
return vel
class Fireball:
#initialises fireball with a player and a direction
#if fireball is not being fired, it is stored off canvas (-100,-100)
def __init__(self, player, direction):
self.character = player
self.stoppedPos = Vector(-100, -100) #off canvas
self.pos = self.stoppedPos
self.direction = direction
#self.sprite = self.set_sprite() # gets correct sprite
self.vel = Vector()
self.sprite = self.set_sprite("Red")
#sets velocity depending on direction
def setvel(self, direction, x=0):
if direction == 'left':
vel = Vector(-x, self.vel.getY())
else:
vel = Vector(x, self.vel.getY())
return vel
#moves fireball
def move(self):
self.pos = self.pos + self.vel
#fires a fireball from a position
def shoot(self, starting, direction):
self.pos = starting
self.direction = direction
self.vel = self.setvel(self.direction, 10)
self.character.fireball_ready = False
#stops fireball once a limit is reached
def stop(self):
self.pos = self.stoppedPos
self.vel = Vector()
self.character.fireball_ready = True
#sets fireball sprite
def set_sprite(self, colour):
self.sprite = Sprite(sprites[colour], 2, 4, self.pos, 1, "fireball", self.direction)
def setFacing(self, facing):
self.direction = facing
self.sprite.setFacing(self.direction)
self.sprite.updateDirection()
#draws the sprite on the canvas
def draw(self, canvas):
self.sprite.update(canvas, self.pos.getP())
#looping method
def update(self, canvas, enemy):
self.draw(canvas)
self.move()
#bounds for stopping fireball
if enemy.check_hit(self.pos):
enemy.hit(15)
self.stop()
if self.off_screen():
self.stop()
#boundary for screen
def off_screen(self):
return self.pos.x < 0 or self.pos.x > 500
def lvlSelect(click):
spriteWidth = 100
spriteHeight = 170
centerY = 235
lvl1 = Vector(1 * spriteWidth, centerY)
lvl2 = Vector(2 * spriteWidth, centerY)
lvl3 = Vector(3 * spriteWidth, centerY)
lvl4 = Vector(4 * spriteWidth, centerY)
if ((abs(click.getY() - centerY)) < spriteHeight / 2):
if abs(click.getX() - (lvl1.copy().getX())) < spriteWidth / 2:
Ai.level = 1
Mouse.levelSel = True
elif abs(click.getX() - (lvl2.copy().getX())) < spriteWidth / 2:
Ai.level = 2
Mouse.levelSel = True
elif abs(click.getX() - (lvl3.copy().getX())) < spriteWidth / 2:
Ai.level = 3
Mouse.levelSel = True
elif abs(click.getX() - (lvl4.copy().getX())) < spriteWidth / 2:
Ai.level = 4
Mouse.levelSel = True
def spriSel(click):
rows = (180, 260)
columns = (187.5, 312.5)
red = Vector(columns[0], rows[0])
green = Vector(columns[1], rows[0])
blue = Vector(columns[0], rows[1])
yell = Vector(columns[1], rows[1])
imgWidth = 125
imgHeight = 160
if (abs(click.getY() - rows[0])) < imgHeight / 2:
if abs(click.getX() - (red.copy().getX())) < imgWidth / 2:
Mouse.spriteSel2 = Mouse.spriteSel1
Mouse.spriteSel1 = True
Mouse.spriteSelection = [0, 0]
elif abs(click.getX() - (green.copy().getX())) < imgWidth / 2:
Mouse.spriteSel2 = Mouse.spriteSel1
Mouse.spriteSel1 = True
Mouse.spriteSelection = [1, 0]
elif (abs(click.getY() - rows[1])) < imgHeight / 2:
if abs(click.getX() - (blue.copy().getX())) < imgWidth / 2:
Mouse.spriteSel2 = Mouse.spriteSel1
Mouse.spriteSel1 = True
Mouse.spriteSelection = [0, 1]
elif abs(click.getX() - (yell.copy().getX())) < imgWidth / 2:
Mouse.spriteSel2 = Mouse.spriteSel1
Mouse.spriteSel1 = True
Mouse.spriteSelection = [1, 1]