def f(args):
P = [args[0] * vars.tileSize, args[1] * vars.tileSize]
e = Entity(pos=P)
e.addComponent(
TiledGfx(tilesheet='gfx/smb1.png',
sheetSize=[16, 16],
tileData=[15, 5],
width=1,
height=1,
size=vars.tileSize,
repx=args[2],
repy=1))
e.addComponent(
Collider(flag=vars.flags.platform_passthrough,
mask=vars.flags.player,
tag=0,
shape=sh.Line(
A=[0, vars.tileSize, 0],
B=[args[2] * vars.tileSize, vars.tileSize, 0])))
e.addComponent(
PolygonalMover(origin=P,
loop=args[5],
pct=args[3],
moves=[{
'delta': [0, args[4] * vars.tileSize],
'speed': args[6],
'hold': 0
}]))
e.addComponent(Platform())
return e
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 line(x: float, y: float, A, B):
e = Entity(pos=[x, y])
e.addComponent(
compo.Collider(flag=vars.flags.platform,
mask=1,
tag=1,
shape=sh.Line(A, B)))
return e
def togglePause():
if vars.paused:
example.get('main').enableUpdate(True)
example.removeByTag('shader')
else:
example.get('main').enableUpdate(False)
a = Entity(pos=[0, 0, 1], tag='shader')
a.addComponent(
compo.ShapeGfxColor(shape=sh.Rect(256, 256),
fill=sh.SolidFill(r=0, g=0, b=0, a=64)))
example.get('diag').add(a)
vars.paused = not vars.paused
def builder():
r = PlatformerRoom(
id = 'world1_1',
width = 256,
height = 256,
worldWidth = 224,
worldHeight = 16,
playerModel = 'cody',
startPos = [32, 32])
# r.main.add (b.line(x=0,y=0,A=[128,0],B=[128,50]))
# r.main.add (b.line(x=0,y=0,A=[128,50],B=[256,100]))
# r.main.add (b.line(x=0,y=0,A=[256,100],B=[256,200]))
# r.main.add (b.line(x=0,y=0,A=[0,200],B=[256,200]))
# r.main.add (b.line(x=0,y=0,A=[0,200],B=[0,0]))
shape = Polygon([0, 0, 512, 0, 512, 100, 0, 100])
r.main.add (b.poly(0, 0, shape))
e = Entity()
e.pos = [0,0,-5]
e.addComponent (ShapeGfx(shape = shape, texture = 'gfx/floor1.png', x0=2, repx=25, repy=25,slantx = 0.4 ))
r.main.add(e)
r.main.add (b.makeFoe('andore', 80, 32, 0.5, 5))
wall = Entity()
wall.pos=[0,100,-0.01*100]
wall.addComponent (ShapeGfx(shape = Polygon([0,0,100,0,100,100,0,100]), texture='gfx/wall1.png', repx=32, repy=32))
r.main.add(wall)
r.main.add(b.makeStaticItem (ti.tree1, 50, 80))
#ba=Entity()
#ba.addComponent(compo.ShapeGfxColor(shape=sh.Rect(200,100), color=[255,255,255,255]))
#r.main.add(ba)
# with open(example.dir+ '/rooms/world1_1.yaml') as f:
# rooms = yaml.load(f, Loader=yaml.FullLoader)
# for a in rooms['room']:
# f = a['template'][0]
# args = a['template'][1:]
# print (args)
# method_to_call = getattr(fact, f, None)
# if method_to_call:
# template = method_to_call(*args)
# print (f + ' found')
# for im in a['d']:
# print (im)
# e = template(*im)
# r.addToDynamicWorld(e)
# else:
# print (f + ' not found')
return r
def f(args):
x = args[0]
y = args[1]
a = Entity()
a.addComponent(
Collider(
flag=vars.flags.platform,
mask=vars.flags.player,
tag=1,
shape=sh.Line(
A=[args[2] * vars.tileSize, args[3] * vars.tileSize, 0],
B=[args[4] * vars.tileSize, args[5] * vars.tileSize, 0])))
a.pos = (x * vars.tileSize, y * vars.tileSize, 0)
return a
def togglePause():
if vars.paused:
example.get('main').enableUpdate(True)
example.removeByTag('shader')
#msg : example.Wrap1 = example.get('msg')
#if msg.valid:
# example.killScript('msgscript')
# example.removeByTag('msg')
# example.removeByTag('msgbox')
# example.get('player').setState('walk', {})
else:
example.get('main').enableUpdate(False)
a = Entity(pos=[0,0,1], tag='shader')
a.addComponent (compo.ShapeGfxColor(shape = sh.Rect(256, 256), fill = sh.SolidFill(r=0, g=0, b=0, a=64)))
example.get('diag').add(a)
vars.paused = not vars.paused
def f(args):
x = args[0]
y = args[1]
z = args[2]
w = args[3]
h = args[4]
a=Entity()
a.addComponent (Gfx(image = props[1], repeat = [w, h]))
#f = Fader()
##f.addColor (0, [255,255,255,255])
#f.addColor (1, [255,255,255,0])
#f.addColor (2, [255,255,255,255])
#a.addComponent (f)
#a.addComponent (TexAnim (period=[0,-1]))
a.pos = (x * vars.tileSize, y * vars.tileSize, z)
return a
def _brick(x, y, model, hits, callback):
a = Sprite(model=model, pos=[x * vars.tileSize, y * vars.tileSize, 0])
a.addComponent(
Collider(flag=vars.flags.platform,
mask=0,
tag=0,
shape=sh.Rect(width=vars.tileSize, height=vars.tileSize)))
a.addComponent(Info(hitsLeft=hits, callback=callback))
b = Entity()
b.pos = [2, -0.5, 0]
b.addComponent(
Collider(flag=vars.flags.foe,
mask=vars.flags.player,
tag=vars.tags.bonus_brick_sensor,
shape=sh.Rect(width=vars.tileSize - 4, height=1.0)))
a.add(b)
return a
def f(args):
model = props[1]
x = args[0]
y = args[1]
a = Sprite(model = model)
a.addComponent (Collider (flag = vars.flags.platform, mask = 0, tag = 0, shape = sh.Rect(width=vars.tileSize, height=vars.tileSize)))
a.pos = [x * vars.tileSize, y * vars.tileSize, 0]
a.addComponent (Info(piece = props[2]))
b = Entity()
b.pos = [2, -0.5, 0]
b.addComponent (Collider (
flag=vars.flags.foe,
mask=vars.flags.player,
tag = vars.tags.brick_sensor,
shape = sh.Rect(width = vars.tileSize-4, height = 1.0)
))
a.add(b)
return a
def makeBrick(model: str, x: float, y: float):
a = Sprite(model=model)
a.addComponent(
compo.Collider(flag=vars.flags.platform,
mask=0,
tag=0,
shape=sh.Rect(width=vars.tileSize,
height=vars.tileSize)))
a.pos = [x * vars.tileSize, y * vars.tileSize]
b = Entity()
b.pos = [2, -0.5, 0]
b.addComponent(
compo.Collider(flag=vars.flags.foe,
mask=vars.flags.player,
tag=vars.tags.brick_sensor,
shape=sh.Rect(width=vars.tileSize - 4, height=1.0)))
a.add(b)
return a
def mapHotSpotItem(id: str):
desc = Data.items[id]
tag = desc.get('tag', id)
pos = desc.get('pos', [0, 0, 0])
e = Entity(tag, pos)
width = desc.get('width', 10)
height = desc.get('height', 10)
textid = desc['text']
from lib_py.engine import data
text = data['strings']['objects'][textid]
e.addComponent(
HotSpot(shape=Rect(width=width,
height=height,
offset=(-width / 2, -height / 2)),
priority=0,
onenter=updateText(text),
onleave=clearText,
onclick=gotohotspot(id)))
return e
def f(args):
# the first argument is the callback function
# the second, if present, is the model
model = prop[1].get('model', None)
func = prop[1].get('func')
info = prop[1].get('info', None)
pos = [args[0]*vars.tileSize,args[1]*vars.tileSize]
if model is None:
a = Entity(pos=pos)
size = prop[1].get('size')
a.addComponent (Collider (flag = vars.flags.foe, mask = vars.flags.player, tag= vars.tags.key, shape=sh.Rect(width=size[0],height=size[1])))
else:
a = Sprite(model=model, pos=pos)
a.addComponent (SmartCollider(flag=vars.flags.foe, mask = vars.flags.player, tag = vars.tags.key))
a.addComponent (Info (func = func, info = info))
return a
def f(args):
p = props[1]
print (p)
a = Entity(pos=[args[0],args[1],args[2]])
a.addComponent (Gfx(image=p['image'], repeat=p['repeat']))
a.addComponent (Parallax(cam='maincam', factor=p['parallax'], campos0=[128,112], pos0=[0,64]))
return a
def tiled(x: float,
y: float,
tileSheet: str,
sheetSize,
tileData: list,
width: int,
height: int,
size: float,
z: float = 0,
shape: sh.Shape = None):
e = Entity(pos=[x * vars.tileSize, y * vars.tileSize, z])
e.addComponent(
compo.TiledGfx(tilesheet=tileSheet,
sheetSize=sheetSize,
tileData=tileData,
width=width,
height=height,
size=size))
if shape:
e.addComponent(
compo.Collider(flag=vars.flags.platform,
mask=1,
tag=1,
shape=shape))
#if (args.collide) then
# table.insert(components, { type = "collider", flag = variables.collision.flags.platform, mask = 1, tag=1, shape = { type="rect", width = args.width*engine.tilesize, height =
# args.height*engine.tilesize }})
#end
return e
def f(args):
shape = None
tm = getattr(tiles, props[1])
x = args[0]
y = args[1]
z = args[2] if len(args) > 2 else 0
width = tm[0]
height = tm[1]
collision = tm[2]
data = tm[3]
if collision:
shape = sh.Rect(width=width * vars.tileSize,
height=height * vars.tileSize)
e = Entity(pos=[x * vars.tileSize, y * vars.tileSize, z])
e.addComponent(
TiledGfx(tilesheet='gfx/smb1.png',
sheetSize=[16, 16],
tileData=data,
width=width,
height=height,
size=vars.tileSize))
if collision:
e.addComponent(
Collider(flag=vars.flags.platform, mask=1, tag=1, shape=shape))
return e
def makePlayer(model: str, x: float, y: float):
player = Sprite(model=model, pos=[x, 0], tag='player')
player.scale = 0.5
player.addComponent(
compo.SmartCollider(flag=vars.flags.player,
mask=vars.flags.foe | vars.flags.foe_attack,
tag=vars.tags.player,
castTag=vars.tags.player_attack,
castMask=vars.flags.foe))
player.addComponent(
compo.Controller25(mask=vars.flags.platform, depth=y, elevation=256))
player.addComponent(compo.Info(energy=5))
# maskDown = vars.flags.platform | vars.flags.platform_passthrough,
# maxClimbAngle = 80,
# maxDescendAngle = 80))
# speed = 75
player.addComponent(compo.Dynamics2D(gravity=vars.gravity))
stateMachine = compo.StateMachine(initialState='walk')
# stateMachine.states.append (compo.SimpleState (id='warp', anim='idle'))
stateMachine.states.append(
compo.Walk25(id='walk',
speed=200,
acceleration=0.05,
flipHorizontal=True,
jumpvelocity=vars.jump_velocity))
stateMachine.states.append(compo.Hit25(id='attack', anim='attack'))
stateMachine.states.append(
compo.IsHit25(id='ishit', acceleration=0.5, anim='idle'))
# stateMachine.states.append (pc.Jump(id='jump', speed=200, acceleration=0.10, flipHorizontal=True, animUp='jump', animDown='jump'))
# stateMachine.states.append (pc.FoeWalk(id='demo', anim='walk', speed = 75,
# acceleration=0.05, flipHorizontal=True, flipWhenPlatformEnds = False, left=1))
player.addComponent(stateMachine)
player.addComponent(compo.KeyInput())
player.addComponent(compo.Follow())
baa = Entity(tag='pane')
baa.addComponent(
compo.ShapeGfxColor(shape=sh.Ellipse(20, 10), color=[0, 0, 0, 64]))
player.add(baa)
return player
def __init__(self, id: str, width, height, worldWidth: int,
worldHeight: int):
super().__init__(id, width, height)
# adding pause button
#self.keyl.addKey(key=32, func = f)
#self.keyl.addKey(key=264, func = checkWarp)
main = Entity(tag='main')
main.camera = OrthoCamera(worldwidth=worldWidth,
worldheight=worldHeight,
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)
ce.addResponse(var.Tags.player, var.Tags.wall,
CollisionResponse(onenter=f, onleave=g))
self.addRunner(ce)
self.addRunner(Scheduler())
def makePlatform(img: str, x: float, y: float, width: int, height: int):
a = Entity()
a.addComponent(compo.Gfx(image=img, repeat=[width, height]))
a.addComponent(
compo.Collider(flag=vars.flags.platform,
mask=vars.flags.player,
tag=1,
shape=sh.Rect(width=width * vars.tileSize,
height=height * vars.tileSize)))
a.pos = [x * vars.tileSize, y * vars.tileSize]
return a
def bonusBrick(model: str,
x: float,
y: float,
callback: callable,
hits: int = 1):
a = Sprite(model=model, pos=[x * vars.tileSize, y * vars.tileSize, 0])
a.addComponent(
compo.Collider(flag=vars.flags.platform,
mask=0,
tag=0,
shape=sh.Rect(width=vars.tileSize,
height=vars.tileSize)))
a.addComponent(compo.Info(hitsLeft=hits, callback=callback))
b = Entity()
b.pos = [2, -0.5, 0]
b.addComponent(
compo.Collider(flag=vars.flags.foe,
mask=vars.flags.player,
tag=vars.tags.bonus_brick_sensor,
shape=sh.Rect(width=vars.tileSize - 4, height=1.0)))
a.add(b)
return a
def f(args):
spawn = Entity(pos=[args[0] * vars.tileSize, args[1] * vars.tileSize])
spawn.addComponent(
Collider(flag=vars.flags.foe,
mask=vars.flags.player,
tag=vars.tags.spawn,
shape=sh.Rect(1, 256)))
spawn.addComponent(Info(info=prop[1], delta=[args[2], args[3]]))
return spawn
def hotspot(x: float, y: float, warpTo, newCamBounds):
e = Entity(pos=[x * vars.tileSize, y * vars.tileSize])
e.addComponent(
compo.Collider(flag=vars.flags.foe,
mask=vars.flags.player,
tag=vars.tags.hotspot,
shape=sh.Rect(16, 2)))
e.addComponent(compo.Info(func=func.warpUp(warpTo, newCamBounds)))
return e
def f(args):
x = args[0]
y = args[1]
w = args[2]
h = args[3]
a = Entity()
#print ('image = ' + props[1])
if len(props) > 1:
a.addComponent(Gfx(image=props[1], repeat=[w, h]))
else:
a.addComponent(
Info(bounds=[0, 0, w * vars.tileSize, h * vars.tileSize]))
a.addComponent(
Collider(flag=vars.flags.platform,
mask=vars.flags.player,
tag=1,
shape=sh.Rect(width=w * vars.tileSize,
height=h * vars.tileSize)))
a.pos = (x * vars.tileSize, y * vars.tileSize, 0)
return a
def makeSpawn(x: float, y: float, f: callable, *args):
print(args)
e = Entity(pos=[x * vars.tileSize, y * vars.tileSize])
e.addComponent(
compo.Collider(flag=vars.flags.foe,
mask=vars.flags.player,
tag=vars.tags.hotspot,
shape=sh.Rect(1, 100)))
e.addComponent(compo.Info(func=func.createItem(f, *args)))
return e
def hotspot2(x: float, y: float, width: float, height: float, f: callable):
e = Entity(pos=[x * vars.tileSize, y * vars.tileSize])
e.addComponent(
compo.Collider(flag=vars.flags.foe,
mask=vars.flags.player,
tag=vars.tags.hotspot,
shape=sh.Rect(width * vars.tileSize,
height * vars.tileSize)))
e.addComponent(compo.Info(func=f))
return e
def f(args):
ps = prop[1] if len(prop) > 0 else {}
pin = Entity(pos=[args[0] * vars.tileSize, args[1] * vars.tileSize],
tag=ps.get('tag', None))
pin.addComponent(
Collider(flag=vars.flags.foe,
mask=vars.flags.player,
tag=vars.tags.warp,
shape=sh.Rect(4, 2)))
pin.addComponent(Info(world=args[2], start=args[3]))
return pin
def f(args):
a = Entity(pos=[args[0], args[1], args[2]])
a.addComponent(
ShapeGfxColor(shape=sh.Rect(256, 256),
fill=sh.SolidFill(r=props[1], g=props[2],
b=props[3])))
a.addComponent(
Parallax(cam='maincam',
factor=[1, 1],
campos0=[128, 128],
pos0=[0, 0]))
return a
def f(args):
print ('xxx')
x = args[0] * vars.tileSize
y = args[1] * vars.tileSize
Ax = args[2] * vars.tileSize
Ay = args[3] * vars.tileSize
Bx = args[4] * vars.tileSize
By = args[5] * vars.tileSize
minx = min(Ax, Bx)
maxx = max(Ax, Bx)
miny = min(Ay, By)
maxy = max(Ay, By)
a = Entity()
print ('xxx')
a.addComponent (Collider(flag = vars.flags.platform, mask = vars.flags.player, tag = 1,
shape = sh.Line(A=[Ax,Ay,0], B=[Bx,By,0])))
a.addComponent (Info (bounds = [minx,miny,maxx,maxy]))
a.pos = (x,y,0)
return a
def builder():
r = Phy2DRoom(id='test1', width=256, height=256,worldWidth= 256,worldHeight= 256)
# add player
p = Entity( pos = [160, 100])
shape_player = Rect (10, 20, offset=[-5,-10])
p.addComponent (ShapeGfxOutline(shape_player, color=[255, 255, 255, 255]))
p.addComponent (Collider(flag=var.Flags.player, mask = var.Flags.wall, tag = var.Tags.player, shape = shape_player))
sm = StateMachine('walk')
sm.states.append(Walk3D('walk', 5))
p.addComponent(sm)
p.addComponent(KeyInput())
r.add (p, 'main')
# add object
o1 = Entity (pos= [200,170])
o_shape = Rect(20,10)
o1.addComponent (ShapeGfxOutline(o_shape, color=[255,255,255,255]))
o1.addComponent (Collider(flag=var.Flags.wall, mask = var.Flags.player, tag= var.Tags.wall, shape=o_shape))
r.add(o1, 'main')
r.add (s(10,80,Line(A=[0,0],B=[50,25])), 'main')
r.add (s(30,130,PolygonSimple(outline=[0, 0, 10, 0, 5, 20])), 'main')
r.add (s(150,30,Circle(20)), 'main')
r.add (s(190,20,PolygonTri(outline=[0,0,10,10,10,20,20,20,20,0,30,0,30,40,20,40,20,30,0,30])), 'main')
#r.add (s(-150,80,Line(A=[0,0],B=[50,25])), 'main')
return r
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)