def draw(canvas):
canvas.draw_polygon([(0, 400), (0, 100), (500, 100), (500, 400)], 5,
"Grey", "Grey")
global selected, pointer
aisprite.updateStatic(canvas)
redsprite.updateStatic(canvas)
greensprite.updateStatic(canvas)
bluesprite.updateStatic(canvas)
yellowsprite.updateStatic(canvas)
interaction()
if (Mouse.multiNoSel):
pointer = Ai.level
Mouse.multiNoSel = False
selected = True
if selected and pointer == 1:
Master.levelSelect()
if selected and pointer == 0:
Master.spriteSelect()
canvas.draw_polygon(
[[100 + (pointer * 200), 315], [100 + (pointer * 200), 150],
[200 + (pointer * 200), 150], [200 + (pointer * 200), 315]], 5, "Red")
canvas.draw_text("Vs Player", (108, 300), 20, "White")
canvas.draw_text("Vs CPU", (315, 300), 20, "White")
def draw(canvas):
canvas.draw_polygon([(0, 400), (0, 100), (500, 100), (500, 400)], 5,
"Grey", "Grey")
global selected
global pointer
redsprite.updateStatic(canvas)
greensprite.updateStatic(canvas)
bluesprite.updateStatic(canvas)
yellowsprite.updateStatic(canvas)
interaction()
if (Mouse.levelSel):
pointer = Ai.level - 1
Mouse.levelSel = False
selected = True
if selected and pointer == 0:
Ai.level = pointer + 1 #more efficient than assigning everytime loop is run, although more code
Master.gameLoop('Base', 'Red', True)
if selected and pointer == 1:
Ai.level = pointer + 1
Master.gameLoop('Base', 'Green', True)
if selected and pointer == 2:
Ai.level = pointer + 1
Master.gameLoop('Base', 'Yellow', True)
if selected and pointer == 3:
Ai.level = pointer + 1
Master.gameLoop('Base', 'Blue', True)
canvas.draw_polygon(
[[50 + (pointer * 100), 315], [50 + (pointer * 100), 150],
[150 + (pointer * 100), 150], [150 + (pointer * 100), 315]], 5, "Red")
canvas.draw_text("Level 1", (75, 300), 20, "White")
canvas.draw_text("Level 2", (175, 300), 20, "White")
canvas.draw_text("Level 3", (275, 300), 20, "White")
canvas.draw_text("Level 4", (375, 300), 20, "White")
def draw(canvas):
updateText(canvas)
global timer
if timer > 90:
red.draw(canvas)
if timer > 130:
yellow.draw(canvas)
if timer > 170:
green.draw(canvas)
if timer > 210:
canvas.draw_text("Press any button to start!", (50, 450), 40, "White")
if kbd.next:
Master.menu()
timer += 1
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
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 drawSpriteSheet(canvas):
canvas.draw_polygon([[125, 105], [125, 420], [375, 420], [375, 105]], 1,
'Grey', 'Grey')
canvas.draw_text("Select Sprite", (200, 50), 20, "White")
player1.update()
player2.update()
selection.draw(canvas)
if Mouse.spriteSel1:
cursor1.selected = True
if not Mouse.spriteSel2:
cursor1.position = Mouse.spriteSelection
if Mouse.spriteSel2:
Mouse.spriteSel1 = False
cursor2.selected = True
cursor2.position = Mouse.spriteSelection
Mouse.spriteSel2 = False
if cursor1.getSelected():
selectedSprite1.changeState("on")
selectedSprite1.nextSprite()
else:
selectedSprite1.changeState("off")
selectedSprite1.nextSprite()
if cursor2.getSelected():
selectedSprite2.changeState("on")
selectedSprite2.nextSprite()
else:
selectedSprite2.changeState("off")
selectedSprite2.nextSprite()
cursor1.draw(canvas)
cursor2.draw(canvas)
Sprite(previewSprites[cursor1.previewSelection()], 2, 14, (50, 250), 8,
"idle", "right").updateStatic(canvas)
Sprite(previewSprites[cursor2.previewSelection()], 2, 14, (450, 250), 8,
"idle", "left").updateStatic(canvas)
selectedSprite1.draw(canvas)
selectedSprite2.draw(canvas)
if ready():
Master.gameLoop(finalnames[cursor1.previewSelection()],
finalnames[cursor2.previewSelection()], False)
def draw(canvas):
if kbd.ai and round.startTimer % ai.loopsPerGo == 0: ##allows the ai to select a move once every x cycles of the gameloop
Ai.move(Ai)
if round.startTimer % 20 == 0: #stops moves lasting more than 20 cycles
kbd.ai_keyup()
round.startTimer += 1
interactions.update(round)
background.draw(canvas)
player1.draw(canvas, player2) #fireball drawing done in character draw
player2.draw(canvas, player1)
#platform_bottom.draw(canvas)
if round.gameEnded:
if round.startTimer < round.endTime + 180:
round.drawend(canvas)
else:
#enter main menu
kbd.key_up(next)
round.gameEnded = False
Master.menu()
if round.startTimer < 180:
round.draw(canvas)
def draw(canvas):
instructions(canvas)
if kbd.next:
kbd.key_up(next)
Master.menu()
def instructions():
kbd.key_up(next)
Master.instructions()
def playgame():
kbd.key_up(next)
Master.modeSelect()
def main():
Master.runGame()
def draw(canvas):
storysplash(canvas)
if kbd.next:
kbd.key_up(next)
Master.menu()