def __init__(self, id: str, width, height, worldWidth: int,
worldHeight: int, startPos):
super().__init__(id, width, height)
# adding pause button
self.keyl.addKey(key=32, func=func.togglePause)
self.keyl.addKey(key=299, func=func.restart)
main = Entity(tag='main')
main.camera = OrthoCamera(worldwidth=worldWidth * vars.tileSize,
worldheight=worldHeight * vars.tileSize,
camwidth=width,
camheight=height,
viewport=[0, 0, width, height],
tag='maincam')
self.main = main
self.add(main)
# create the collision engine (maybe to put into the ctor of the room subclass)
ce = CollisionEngine(80, 80)
# ce.addResponse(vars.tags.player, vars.tags.brick_sensor, CollisionResponse(onenter=func.brickResponse))
# ce.addResponse(vars.tags.player, vars.tags.bonus_brick_sensor, CollisionResponse(onenter=func.bonusBrickResponse))
# ce.addResponse(vars.tags.player, vars.tags.mushroom, CollisionResponse(onenter=func.mushroomResponse))
# ce.addResponse(vars.tags.player, vars.tags.warp, CollisionResponse(onenter = func.onWarpEnter, onleave= func.onWarpExit))
# ce.addResponse(vars.tags.player, vars.tags.hotspot, CollisionResponse(onenter = func.hotspotEnter))
# ce.addResponse(vars.tags.player, vars.tags.coin, CollisionResponse(onenter = func.coinResponse))
# ce.addResponse(vars.tags.player, vars.tags.goomba, CollisionResponse(onenter = func.goombaResponse))
# ce.addResponse(vars.tags.player, vars.tags.koopa, CollisionResponse(onenter = func.koopaResponse))
# ce.addResponse (vars.tags.player, vars.tags.spawn, CollisionResponse (onenter = func.onSpawn))
# ce.addResponse (vars.tags.player, vars.tags.key, CollisionResponse (onenter = func.onCollectItem))
# ce.addResponse(vars.tags.goomba, vars.tags.player_fire, CollisionResponse (onenter = func.fireHitsFoe))
self.addRunner(ce)
self.addRunner(Scheduler())
self.dw = DynamicWorld(256, 256, 'maincam')
self.addRunner(self.dw)
# diag = Entity (tag = 'diag')
# diag.camera = OrthoCamera(worldwidth = width, worldheight = height,
# camwidth=width, camheight=height, viewport=[0, 0, width, height], tag='diagcam')
# diag.add(Text ('main', 8, engine.getString('mario'), [255, 255, 255, 255], TextAlignment.topleft, pos=[24, 248, 2]))
# diag.add(Text ('main', 8, '{:06d}'.format(vars.score), [255, 255, 255, 255], TextAlignment.topleft, tag='score_label', pos=[24, 240, 2]))
# diag.add(Text ('main', 8, engine.getString('world'), [255, 255, 255, 255], TextAlignment.topleft, pos=[144, 248, 2]))
# diag.add(Text ('main', 8, id, [255, 255, 255, 255], TextAlignment.top, pos=[164, 240, 2]))
# diag.add(Text ('main', 8, engine.getString('time'), [255, 255, 255, 255], TextAlignment.topright, pos=[232, 248, 2]))
# diag.add(Text ('main', 8, str(vars.time), [255, 255, 255, 255], TextAlignment.topright, tag='score_label', pos=[232, 240, 2]))
# diag.add(Sprite (model = 'coin_counter', pos=[96, 232, 2]))
# diag.add(Text ('main', 8, 'x', [255,255,255,255], pos=[108,240,2]))
# diag.add(Text ('main', 8, '{:02d}'.format(vars.coins), [255, 255, 255, 255], TextAlignment.topleft, tag='coin_label', pos=[116, 240, 2]))
# fpsCount = Text ('main', 8, '0', [255,255,255,255], align = TextAlignment.topleft, tag='fps', pos = [0, 256, 2])
# fpsCount.addComponent (FPSCounter())
# diag.add (fpsCount)
# self.add(diag)
# add player
wboy = build.makePlayer('wonderboy', startPos[0], startPos[1])
main.add(wboy)
def __init__(self, id:str, width, height, worldWidth: int, worldHeight : int, startPos):
super().__init__(id, width, height)
# adding pause button
self.keyl.addKey(key=32, func = func.togglePause)
#self.keyl.addKey(key=264, func = checkWarp)
# restart on F10
self.keyl.addKey(key=299, func = func.restart)
main = Entity (tag='main')
main.camera = OrthoCamera(worldwidth = worldWidth * vars.tileSize, worldheight = worldHeight * vars.tileSize,
camwidth=width, camheight=height, viewport=[0, 0, width, height], tag='maincam')
self.main = main
self.add(main)
# create the collision engine (maybe to put into the ctor of the room subclass)
ce = CollisionEngine(80, 80)
ce.addResponse(vars.tags.player, vars.tags.brick_sensor, CollisionResponse(onenter=func.brickResponse))
ce.addResponse(vars.tags.player, vars.tags.bonus_brick_sensor, CollisionResponse(onenter=func.bonusBrickResponse))
ce.addResponse(vars.tags.player, vars.tags.mushroom, CollisionResponse(onenter=func.mushroomResponse))
ce.addResponse(vars.tags.player, vars.tags.warp, CollisionResponse(onenter = func.onWarpEnter, onleave= func.onWarpExit))
ce.addResponse(vars.tags.player, vars.tags.hotspot, CollisionResponse(onenter = func.hotspotEnter))
ce.addResponse(vars.tags.player, vars.tags.coin, CollisionResponse(onenter = func.coinResponse))
ce.addResponse(vars.tags.player, vars.tags.goomba, CollisionResponse(onenter = func.goombaResponse))
ce.addResponse(vars.tags.player, vars.tags.koopa, CollisionResponse(onenter = func.koopaResponse))
ce.addResponse (vars.tags.player, vars.tags.spawn, CollisionResponse (onenter = func.onSpawn))
ce.addResponse (vars.tags.player, vars.tags.key, CollisionResponse (onenter = func.onCollectItem))
ce.addResponse(vars.tags.goomba, vars.tags.player_fire, CollisionResponse (onenter = func.fireHitsFoe))
self.addRunner(ce)
self.addRunner(Scheduler())
self.dw = DynamicWorld(256, 256, 'maincam')
self.addRunner(self.dw)
diag = Entity (tag = 'diag')
diag.camera = OrthoCamera(worldwidth = width, worldheight = height,
camwidth=width, camheight=height, viewport=[0, 0, width, height], tag='diagcam')
diag.add(Text ('main', 8, engine.getString('mario'), [255, 255, 255, 255], TextAlignment.topleft, pos=[24, 248, 2]))
diag.add(Text ('main', 8, '{:06d}'.format(vars.score), [255, 255, 255, 255], TextAlignment.topleft, tag='score_label', pos=[24, 240, 2]))
diag.add(Text ('main', 8, engine.getString('world'), [255, 255, 255, 255], TextAlignment.topleft, pos=[144, 248, 2]))
diag.add(Text ('main', 8, id, [255, 255, 255, 255], TextAlignment.top, pos=[164, 240, 2]))
diag.add(Text ('main', 8, engine.getString('time'), [255, 255, 255, 255], TextAlignment.topright, pos=[232, 248, 2]))
diag.add(Text ('main', 8, str(vars.time), [255, 255, 255, 255], TextAlignment.topright, tag='score_label', pos=[232, 240, 2]))
diag.add(Sprite (model = 'coin_counter', pos=[96, 232, 2]))
diag.add(Text ('main', 8, 'x', [255,255,255,255], pos=[108,240,2]))
diag.add(Text ('main', 8, '{:02d}'.format(vars.coins), [255, 255, 255, 255], TextAlignment.topleft, tag='coin_label', pos=[116, 240, 2]))
fpsCount = Text ('main', 8, '0', [255,255,255,255], align = TextAlignment.topleft, tag='fps', pos = [0, 256, 2])
fpsCount.addComponent (FPSCounter())
diag.add (fpsCount)
self.add(diag)
# scene = {
# [2] = {
# tag = "diag",
# camera = {
# tag = "diagcam",
# type ="ortho",
# pos = {0,0,5},
# size = {args.screen_size[1]*16, args.screen_size[2]*16},
# bounds = {0,0,args.screen_size[1]*16, args.screen_size[2]*16},
# viewport = {0, 0, args.screen_size[1]*16, args.screen_size[2]*16}
# },
# children = {
# {
# pos = {24,248,0},
# components = {
# { type = "text", id="MARIO", font="main", size=8, }
# }
# },
# {
# tag = "score_label",
# pos = {24, 240, 0},
# components = {
# { type = "text", id=string.format("%06d", variables.score), font="main", size=8, }
# }
# },
# {
# pos = {144,248,0},
# components = {
# { type = "text", id="WORLD", font="main", size=8, }
# }
# },
# {
# pos = {164,236,0},
# components = {
# { type = "text", id=variables.world_name, font="main", size=8, align="center" }
# }
# },
# {
# pos = {232,248,0},
# components = {
# { type = "text", id="TIME", font="main", size=8, align="topright" }
# }
# },
# {
# tag = "time_label",
# pos = {232,240,0},
# components = {
# { type = "text", id=tostring(variables.time), font="main", size=8, align="topright" }
# }
# },
# {
# pos = {96, 232, 0},
# type="sprite",
# model="coin_counter"
# },
# {
# pos = {108,240,0},
# components = {
# { type = "text", id="x", font="main", size=8 }
# }
# },
# {
# tag = "coin_label",
# pos = {116, 240, 0},
# components = {
# { type = "text", id=string.format("%02d", variables.coins), font="main", size=8, }
# }
# },
# }
# }
# },
# add player
mario = build.makePlayer(vars.stateInfo[vars.state], startPos[0], startPos[1])
main.add(mario)
def __init__(self, id: str, width, height, worldWidth: int,
worldHeight: int, playerModel: str, startPos):
super().__init__(id, width, height)
# adding pause button
self.keyl.addKey(key=32, func=f)
main = Entity(tag='main')
main.camera = OrthoCamera(worldwidth=worldWidth * vars.tileSize,
worldheight=worldHeight * vars.tileSize,
camwidth=width,
camheight=height,
viewport=[0, 0, width, height],
tag='maincam')
self.add(main)
# create the collision engine (maybe to put into the ctor of the room subclass)
ce = CollisionEngine(80, 80, coll25=True)
ce.addResponse(vars.tags.player_attack, vars.tags.foe,
CollisionResponse(onenter=func.foeIsHit))
ce.addResponse(vars.tags.player, vars.tags.foe_attack,
CollisionResponse(onenter=build.playerIsHit))
# ce.addResponse(vars.tags.player, vars.tags.bonus_brick_sensor, CollisionResponse(onenter=func.bonusBrickResponse))
# ce.addResponse(vars.tags.player, vars.tags.mushroom, CollisionResponse(onenter=func.mushroomResponse))
# ce.addResponse(vars.tags.player, vars.tags.warp, CollisionResponse(onenter = func.warpEnter, onleave= func.warpExit))
# ce.addResponse(vars.tags.player, vars.tags.hotspot, CollisionResponse(onenter = func.hotspotEnter))
# ce.addResponse(vars.tags.player, vars.tags.coin, CollisionResponse(onenter = func.coinResponse))
# ce.addResponse(vars.tags.player, vars.tags.goomba, CollisionResponse(onenter = func.goombaResponse))
# ce.addResponse(vars.tags.player, vars.tags.koopa, CollisionResponse(onenter = func.koopaResponse))
self.addRunner(ce)
self.addRunner(Scheduler())
self.dw = DynamicWorld(256, 256, 'maincam')
self.addRunner(self.dw)
# add player
mario = build.makePlayer(playerModel, startPos[0], startPos[1])
main.add(mario)
self.main = main
# add score/lives stuff
ui = Entity(tag='ui')
ui.camera = OrthoCamera(worldwidth=256,
worldheight=256,
camwidth=256,
camheight=256,
viewport=[0, 0, 256, 256],
tag='uicam')
ui.add(
Text(tag='lives_label',
font='main',
text='LIVES ' + str(vars.lives),
color=[255, 255, 255, 255],
align=TextAlignment.topleft,
pos=[8, 248]))
ui.add(
Text(tag='energy_label',
font='main',
text='ENERGY ' + str(vars.energy),
color=[255, 255, 255, 255],
align=TextAlignment.topright,
pos=[248, 248]))
self.add(ui)
