def update(self):
# Don't do anything if stopped
if not self.started:
return
LayeredUpdates.update(self)
for u in self.p0_units:
u.update()
for u in self.p1_units:
u.update()
def update(self):
"""
Update everything in the group.
"""
LayeredUpdates.update(self)
# Update units
base_unit.BaseUnit.active_units.update()
# The unit is finished moving, so go back to select
if self.mode == Modes.Moving:
if (not self.sel_unit) or (not self.sel_unit.is_moving):
self.change_mode(Modes.Select)
# Update the reticle effect
self._reticle.update()
# Update effects
self._effects.update()
def update(self):
"""
Update everything in the group.
"""
LayeredUpdates.update(self)
# Update units
base_unit.BaseUnit.active_units.update()
# The unit is finished moving, so go back to select
if self.mode == Modes.Moving:
if (not self.sel_unit) or (not self.sel_unit.is_moving):
self.change_mode(Modes.Select)
# Update the reticle effect
self._reticle.update()
# Update effects
self._effects.update()
class PlatformerScene(Scene):
def __init__(self, game):
super().__init__(game)
self.player = None
self.active = True
self.geometry = list()
self.space = pymunk.Space()
self.space.gravity = (0, 1000)
self.sprites = LayeredUpdates()
self.event_handler = event_handling.EventQueueHandler()
self.background = resources.gfx("background.png", convert=True)
self.load()
pygame.mixer.music.load(resources.music_path("zirkus.ogg"))
pygame.mixer.music.play(-1)
def add_static(self, vertices, rect):
body = pymunk.Body(body_type=pymunk.Body.STATIC)
body.position = rect.x, rect.y
shape = pymunk.Poly(body, vertices)
shape.friction = 1.0
shape.elasticity = 1.0
self.space.add(body, shape)
def load(self):
def box_vertices(x, y, w, h):
lt = x, y
rt = x + w, y
rb = x + w, y + h
lb = x, y + h
return lt, rt, rb, lb
filename = path_join("data", "maps", "untitled.tmx")
tmxdata = pytmx.util_pygame.load_pygame(filename)
for obj in tmxdata.objects:
if obj.type == map_fixed:
rect = Rect(obj.x, obj.y, obj.width, obj.height)
vertices = box_vertices(0, 0, obj.width, obj.height)
self.add_static(vertices, rect)
elif obj.type == map_yarn_spawn:
ball = sprite.Ball(Rect((obj.x, obj.y), (32, 32)))
model = BasicModel()
model.sprites = [ball]
model.pymunk_objects = ball.pymunk_shapes
self.add_model(model)
self.player = model
elif obj.type == map_player_spawn:
self.player = unicyclecat.build(self.space, self.sprites)
self.player.position = obj.x, obj.y
self.fsm = SimpleFSM(control, "idle")
def add_model(self, model):
self.sprites.add(*model.sprites)
self.space.add(model.pymunk_objects)
def remove_model(self, model):
self.sprites.remove(*model.sprites)
self.space.remove(model.pymunk_objects)
def render(self):
surface = self._game.screen
surface.blit(self.background, (0, 0))
self.sprites.draw(surface)
return [surface.get_rect()]
def tick(self, dt):
step_amount = (1 / 30.) / 30
for i in range(30):
self.space.step(step_amount)
self.sprites.update(dt)
def event(self, pg_event):
events = self.event_handler.process_event(pg_event)
position = self.player.position
for event in events:
try:
cmd, arg = self.fsm((event.button, event.held))
except ValueError as e:
continue
if cmd == "move":
resources.sfx("cat_wheel.ogg", False, True)
resources.sfx("cat_wheel.ogg", True)
self.player.accelerate(arg)
if cmd == "idle":
self.player.brake()
elif cmd == "jump":
resources.sfx("cat_jump.ogg", True)
self.player.main_body.apply_impulse_at_world_point((0, -600),
position)
def graph_loop(mass_lower_limit=0.0,
mass_upper_limit=0.0,
radius_lower_limit=0.0,
radius_upper_limit=0.0,
is_gas_drwaf=False):
m_lo_l = mass_lower_limit
m_hi_l = mass_upper_limit
r_lo_l = radius_lower_limit
r_hi_l = radius_upper_limit
fondo = display.set_mode((witdh, height), SCALED)
rect = Rect(60, 2, 529, 476)
lineas = LayeredUpdates()
linea_h = Linea(rect, rect.x, rect.centery, rect.w, 1, lineas)
linea_v = Linea(rect, rect.centerx, rect.y, 1, rect.h, lineas)
punto = Punto(rect, rect.centerx, rect.centery, lineas)
data = {}
if any([
mass_lower_limit < 0, mass_upper_limit < 0, radius_lower_limit < 0,
radius_upper_limit < 0
]):
raise ValueError()
lim_mass_a = int(find_and_interpolate(m_lo_l, mass_keys,
exes)) if m_lo_l else 0
lim_mass_b = int(find_and_interpolate(m_hi_l, mass_keys,
exes)) if m_hi_l else 0
lim_radius_a = int(find_and_interpolate(r_lo_l, radius_keys,
yes)) if r_lo_l else 0
lim_radius_b = int(find_and_interpolate(r_hi_l, radius_keys,
yes)) if r_hi_l else 0
move_x, move_y = True, True
lockx, locky = False, False
mass_value = 0
radius_value = 0
mass_color = negro
radius_color = negro
mouse.set_pos(rect.center)
event.clear()
done = False
composition_text_comp = None
while not done:
for e in event.get():
if e.type == QUIT:
py_quit()
if __name__ == '__main__':
sys.exit()
elif e.type == MOUSEBUTTONDOWN:
if e.button == 1:
if (not lockx) or (not locky):
if (not lockx) and (not move_x):
lockx = True
elif (not locky) and (not move_y):
locky = True
elif not punto.disabled:
data['mass'] = round(mass_value, 3)
data['radius'] = round(radius_value, 3)
data['gravity'] = round(
mass_value / (radius_value**2), 3)
data['density'] = round(
mass_value / (radius_value**3), 3)
done = True
else:
data = {}
done = True
elif e.button == 3:
if lockx:
lockx = False
move_x = not lockx
if locky:
locky = False
move_y = not locky
elif e.type == MOUSEMOTION:
px, py = e.pos
if move_y:
linea_h.move_y(py)
punto.move_y(py)
if move_x:
linea_v.move_x(px)
punto.move_x(px)
point_x, point_y = punto.rect.center
if rect.collidepoint(point_x, point_y) and (move_x or move_y):
if mascara.get_at((point_x, point_y)):
punto.select()
for name in _lineas:
if [point_x, point_y] in _lineas[name]:
composition_text_comp = name
break
else:
punto.deselect()
elif e.type == KEYDOWN:
if e.key == K_ESCAPE:
py_quit()
sys.exit()
if e.key == K_LSHIFT:
move_x = False
elif e.key == K_LCTRL:
move_y = False
elif e.key == K_SPACE:
data['mass'] = round(mass_value, 3)
data['radius'] = round(radius_value, 3)
data['gravity'] = round(mass_value / (radius_value**2), 3)
data['density'] = round(mass_value / (radius_value**3), 3)
done = True
elif e.type == KEYUP:
if e.key == K_LSHIFT:
if not lockx:
move_x = True
elif e.key == K_LCTRL:
if not locky:
move_y = True
px, py = punto.rect.center
alto, bajo = 0, 0
if rect.collidepoint((px, py)):
for _y in reversed(range(0, py)):
if mascara.get_at((px, _y)):
alto = _y
break
for _y in range(py, 476):
if mascara.get_at((px, _y)):
bajo = _y
break
a, b = 0, 0
# creo que esto se puede escribir con oneliners.
for name in _lineas:
if [px, alto] in _lineas[name]:
a = name
break
for name in _lineas:
if [px, bajo] in _lineas[name]:
b = name
break
if a and b:
c = composiciones
silicates = interpolate(py, alto, bajo, c[a]['silicates'],
c[b]['silicates'])
hydrogen = interpolate(py, alto, bajo, c[a]['hydrogen'],
c[b]['hydrogen'])
helium = interpolate(py, alto, bajo, c[a]['helium'],
c[b]['helium'])
iron = interpolate(py, alto, bajo, c[a]['iron'], c[b]['iron'])
water_ice = interpolate(py, alto, bajo, c[a]['water ice'],
c[b]['water ice'])
values = [
i for i in [silicates, hydrogen, helium, iron, water_ice]
if i != 0
]
# sólo mostramos los valores mayores a 0%
keys, compo = [], []
if silicates:
compo.append(str(round(silicates, 2)) + '% silicates')
keys.append('silicates')
if hydrogen:
compo.append(str(round(hydrogen, 2)) + '% hydrogen')
keys.append('hydrogen')
if helium:
compo.append(str(round(helium, 2)) + '% helium')
keys.append('helium')
if iron:
compo.append(str(round(iron, 2)) + '% iron')
keys.append('iron')
if water_ice:
compo.append(str(round(water_ice, 2)) + '% water ice')
keys.append('water ice')
composition_text_comp = ', '.join(compo)
data['composition'] = dict(zip(keys, values))
if hydrogen or helium:
data['clase'] = 'Gas Dwarf'
data['albedo'] = 30
else:
data['clase'] = 'Terrestial Planet'
data['albedo'] = 25
else:
data = {}
mass_value = find_and_interpolate(linea_v.rect.x, exes, mass_keys)
radius_value = find_and_interpolate_flipped(linea_h.rect.y, yes,
radius_keys)
block = Surface(rect.size, SRCALPHA)
block_mask = mask.from_surface(block)
if any([lim_mass_b, lim_mass_a, lim_radius_a, lim_radius_b]):
block_rect = block.get_rect(topleft=rect.topleft)
alpha = 150
if lim_mass_a:
block.fill([0] * 3 + [alpha],
(0, rect.y - 2, lim_mass_a - rect.x, rect.h))
if lim_mass_b:
block.fill([0] * 3 + [alpha],
(lim_mass_b - rect.x, rect.y - 2, rect.w, rect.h))
if lim_radius_a:
block.fill([0] * 3 + [alpha],
(0, lim_radius_a, rect.w, rect.h - lim_radius_a))
if lim_radius_b:
block.fill([0] * 3 + [alpha],
(0, rect.y - 2, rect.w, lim_radius_b))
if is_gas_drwaf:
block.blit(gas_drawf, (0, 0))
block_mask = mask.from_surface(block)
point_x, point_y = punto.rect.center
if block_rect.collidepoint((point_x, point_y)):
if block_mask.get_at((point_x - rect.x, point_y - rect.y)):
punto.disable()
radius_color = rojo
mass_color = rojo
else:
punto.enable()
mass_color = negro
radius_color = negro
mass_text = 'Mass:' + str(round(mass_value, 3))
radius_text = 'Radius:' + str(round(radius_value, 3))
gravity_text = 'Density:' + str(
round(mass_value / (radius_value**3), 3))
density_text = 'Gravity:' + str(
round(mass_value / (radius_value**2), 3))
if not done:
fondo.fill(blanco)
fondo.blit(graph, (0, 0))
if block_mask.count() != 0:
fondo.blit(block, rect)
if punto.disabled:
fondo.blit(texto3, rectT3)
else:
fondo.blit(fuente1.render(mass_text, True, mass_color),
(5, rect.bottom + 43))
fondo.blit(fuente1.render(radius_text, True, radius_color),
(140, rect.bottom + 43))
fondo.blit(fuente1.render(density_text, True, negro),
(130 * 2 - 5, rect.bottom + 43))
fondo.blit(fuente1.render(gravity_text, True, negro),
(140 * 3, rect.bottom + 43))
if composition_text_comp is not None:
composition_text = 'Composition:' + composition_text_comp
fondo.blit(
fuente1.render(composition_text, True, negro, blanco),
(5, rect.bottom + 64))
fondo.blit(texto1, rectT1)
fondo.blit(texto2, rectT2)
punto.update()
lineas.update()
lineas.draw(fondo)
display.update()
display.quit()
return data
class DDR(Microgame):
def __init__(self):
Microgame.__init__(self)
self.rect=Rect(0,0, locals.WIDTH, locals.HEIGHT)
self.arrow1=arrow(self,'left',50,50,0,0)
self.arrow2=arrow(self,'down',150,50,0,0)
self.arrow3=arrow(self,'up',250, 50,0,0)
self.arrow4=arrow(self,'right',350,50,0,0)
self.background=Background()
self.sprites=LayeredUpdates([self.background,self.arrow1,self.arrow2,self.arrow3,self.arrow4])
self.timesincearrow=0
self.dancer=pyganim.PygAnimation([('games/DDR/DDRGIFS/TWERK/twerk1.png',0.1),
('games/DDR/DDRGIFS/TWERK/twerk2.png',0.1),
('games/DDR/DDRGIFS/TWERK/twerk3.png',0.1),
('games/DDR/DDRGIFS/TWERK/twerk4.png',0.1),
('games/DDR/DDRGIFS/TWERK/twerk5.png',0.1),
('games/DDR/DDRGIFS/TWERK/twerk6.png',0.1)])
self.anim=pyganim.PygAnimation([('games/DDR/DDRGIFS/MUSIC_ANIMATION/music1.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music2.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music3.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music4.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music5.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music6.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music7.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music8.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music9.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music10.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music11.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music12.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music13.png',0.1),
('games/DDR/DDRGIFS/MUSIC_ANIMATION/music14.png',0.1)])
self.disco=pyganim.PygAnimation([('games/DDR/DDRGIFS/DISCOBALL/disco3.png',0.1),
('games/DDR/DDRGIFS/DISCOBALL/disco4.png',0.1)])
self.dancer.play()
self.anim.play()
self.disco.play()
def time_elapsed(self):
self.timesincearrow=pygame.time.get_ticks()
def start(self):
self.time_elapsed()
music.load('games/DDR/geekin.ogg')
music.play(2,0.0)
def stop(self):
music.stop()
def update(self):
self.sprites.update()
time=pygame.time.get_ticks()
if time-self.timesincearrow>350:
num=randint(0,3)
if num==0:
self.sprites.add(moving_arrow(self,'left',50,768,0,-10))
elif num==1:
self.sprites.add(moving_arrow(self,'down',150,768,0,-10))
elif num==2:
self.sprites.add(moving_arrow(self,'up',250,768,0,-10))
elif num==3:
self.sprites.add(moving_arrow(self,'right',350,768,0,-10))
self.time_elapsed()
for event in pygame.event.get():
if event.type==KEYDOWN or event.type==KEYUP:
if event.key==K_q:
self.lose()
def render(self,surface):
surface.fill(Color(0,0,0))
self.sprites.draw(surface)
self.dancer.blit(surface,(800,100))
self.anim.blit(surface,(550,500))
self.disco.blit(surface,(600,50))
class GraphView(Minigame):
GAME_NAME = "GraphView"
def __init__(self, graph_yaml=None, graph_tmx=None):
self.visitor = None
self.scroll_group = None
self.graph_yaml = graph_yaml
self.graph_tmx = graph_tmx
self.visitor_cursor = None
self.vertex_group = VertexLookupGroup()
self.hud_group = None
self.hud_button = None
self.pointer = None
self.sprites = LayeredUpdates()
self._animations = Group()
def animate(self, *args, **kwargs):
ani = Animation(*args, **kwargs)
self._animations.add(ani)
return ani
def initialize(self, context):
screen = pygame.display.get_surface()
adventure_graph = build_graph_from_yaml_data(
load_yaml_data(get_data_asset(self.graph_yaml)))
self.visitor = Visitor.visit_graph(adventure_graph, context)
tmx_data = load_pygame(resources.get_map_asset(self.graph_tmx))
map_data = pyscroll.TiledMapData(tmx_data)
map_layer_size = screen.get_width(), int(screen.get_height() * .80)
map_layer_rect = Rect((0, 0), map_layer_size)
map_layer = pyscroll.BufferedRenderer(map_data, map_layer_size)
self.scroll_group = PyscrollGroup(map_layer=map_layer)
self.pointer = PointerSprite(self.vertex_group, self.scroll_group)
# self.pointer.selected_vertex_id = "START"
self.sprites.add(self.pointer, layer=100)
sw, sh = screen.get_size()
hud_rect = Rect(20, sh * .76, sw * .80, sh * .2)
border_image = load_image('border-default.png').convert_alpha()
self.hud_group = HUDGroup(hud_rect, border_image)
info = VertexInfoSprite(self.visitor)
info.rect = Rect(12, 12, hud_rect.width - 250, hud_rect.height - 24)
self.hud_group.add(info)
self.hud_group.open()
self.hud_button = HUDButton(self.hud_group, 850, 70)
self.hud_group.add(self.hud_button)
edges = list()
for vertex in self.visitor.graph.vertex_index.values():
vertex_sprite = VertexSprite(vertex)
self.vertex_group.add(vertex_sprite)
self.scroll_group.add(vertex_sprite)
for edge in vertex.edges:
edges.append(edge)
edge_sprites = dict()
for edge in edges:
key = [edge.from_vertex.vertex_id, edge.to_vertex.vertex_id]
key.sort()
key = tuple(key)
if key not in edge_sprites:
edge_sprite = EdgeSprite(edge, self.scroll_group)
from_vertex_sprite = self.vertex_group[
edge.from_vertex.vertex_id]
to_vertex_sprite = self.vertex_group[edge.to_vertex.vertex_id]
from_vertex_sprite.edge_sprites.append(edge_sprite)
to_vertex_sprite.edge_sprites.append(edge_sprite)
edge_sprites[key] = edge_sprite
self.visitor_cursor = VisitorCursor(self.visitor, self.pointer,
self.vertex_group,
self.scroll_group)
if context.get('show_clippie', False):
c = Clippie(self.sprites, self._animations, context)
c.rect.topleft = 1100, 550
self.sprites.add(c)
self.visitor_cursor.clippie = c
clock = pygame.time.Clock()
pygame.display.flip()
pygame.mouse.set_visible(False)
while True:
delta = clock.tick(60)
events = pygame.event.get()
self.hud_group.update(delta, events)
for event in events:
if event.type == pygame.QUIT:
sys.exit(0)
elif event.type == pygame.KEYDOWN or self.hud_button.handle_click:
vertex_id = self.visitor_cursor.current_vertex_sprite.vertex_id
if self.hud_button.handle_click or pygame.K_SPACE == event.key and vertex_id == self.pointer.selected_vertex_id:
self.hud_button.handle_click = False
if self.visitor.current_vertex.can_activate(
self.visitor.context):
activation_dict = self.visitor.activate_current_vertex(
)
if activation_dict[
"command"] == "launch-mini-game":
r = RunMinigameActivation(
activation_dict["command"],
activation_dict["activation-keyword-args"])
logger.debug(
"Stating game: {} with arguments {}".
format(r.mini_game_name,
r.mini_game_keyword_args))
unhandled_actions = self.minigame_manager.run_minigame(
r.mini_game_name, self.visitor.context,
r.post_run_actions,
**r.mini_game_keyword_args
if r.mini_game_keyword_args is not None
else {})
if self.has_exit_action(unhandled_actions):
return
else:
vertex = self.visitor.current_vertex
failing = vertex.activation_pre_requisites.get_failing_pre_requisites(
self.visitor.context)
self.visitor.context[
'gamestate.dialog_text'] = failing[0].hint
self.visitor_cursor.animations.add(
Task(self.visitor_cursor.clear_hint, 5000))
self.scroll_group.update(delta, events)
# self.hud_group.update(delta, events)
self.sprites.update(delta, events)
self._animations.update(delta)
self._update_edge_colors()
x_offset = (
(self.visitor_cursor.rect.x - self.scroll_group.view.x) -
self.pointer.rect.x) / 2
self.scroll_group.center(
(self.visitor_cursor.rect.x - x_offset, 0))
self.scroll_group.draw(screen, map_layer_rect)
screen.fill((200, 200, 200), (0, sh * .75, 1280, 200))
self.hud_group.draw(screen)
self.sprites.draw(screen)
screen.blit(self.pointer.image, self.pointer.rect)
pygame.display.flip()
def has_exit_action(self, unhandle_actions):
for u in unhandle_actions:
if u.ACTION_NAME == ExitGameAction.ACTION_NAME:
return True
return False
def run(self, context):
pass
def _update_edge_colors(self):
for key, vertex_sprite in self.vertex_group.lookup.items():
for e in vertex_sprite.edge_sprites:
if e.edge.can_traverse(self.visitor.context):
e.color = pygame.Color("GREEN")
class PlatformerScene(Scene):
"""
Platformer Scene class.
"""
def __init__(self, game):
super().__init__(game)
self.player = None
self.active = True
self.fsm = None
self.space = pymunk.Space()
self.space.gravity = (0, 1000)
self.sprites = LayeredUpdates()
self.event_handler = event_handling.EventQueueHandler()
self.event_handler.print_controls()
self.background = resources.gfx("background.png", convert=True)
self.load()
pygame.mixer.music.load(resources.music_path("zirkus.ogg"))
pygame.mixer.music.play(-1)
def add_static(self, vertices, rect):
"""
Add static object to scene.
:param vertices:
:param rect:
"""
body = pymunk.Body(body_type=pymunk.Body.STATIC)
body.position = rect.x, rect.y
shape = pymunk.Poly(body, vertices)
shape.friction = 1.0
shape.elasticity = 1.0
self.space.add(body, shape)
def load(self):
"""
Load a scene in TMX format.
"""
def box_vertices(box_x, box_y, width, height):
top_left = box_x, box_y
top_right = box_x + width, box_y
bottom_right = box_x + width, box_y + height
bottom_left = box_x, box_y + height
return top_left, top_right, bottom_right, bottom_left
filename = path_join("data", "maps", "untitled.tmx")
tmxdata = pytmx.util_pygame.load_pygame(filename)
for obj in tmxdata.objects:
if obj.type == MAP_FIXED:
rect = Rect(obj.x, obj.y, obj.width, obj.height)
vertices = box_vertices(0, 0, obj.width, obj.height)
self.add_static(vertices, rect)
elif obj.type == MAP_YARN_SPAWN:
ball = sprite.Ball(Rect((obj.x, obj.y), (32, 32)))
model = BasicModel()
model.sprites = [ball]
model.pymunk_objects = ball.pymunk_shapes
self.add_model(model)
self.player = model
elif obj.type == MAP_PLAYER_SPAWN:
self.player = unicyclecat.build(self.space, self.sprites)
self.player.position = obj.x, obj.y
self.fsm = SimpleFSM(CONTROL, "idle")
def add_model(self, model):
"""
Add a model.
:param model: Model to add.
"""
self.sprites.add(*model.sprites)
self.space.add(model.pymunk_objects)
def remove_model(self, model):
"""
Remove a model.
:param model: Model to remove.
"""
self.sprites.remove(*model.sprites)
self.space.remove(model.pymunk_objects)
def render(self):
"""
Render scene to the screen surface.
"""
surface = self._game.screen
surface.blit(self.background, (0, 0))
self.sprites.draw(surface)
return [surface.get_rect()]
def tick(self, time_delta):
"""
Tick the physics and game update loops.
"""
step_amount = (1 / 30.0) / 30
for _ in range(30):
self.space.step(step_amount)
self.sprites.update(time_delta=time_delta)
def event(self, event):
"""
Process an event.
:param event: The event to process
"""
events = self.event_handler.process_event(event)
position = self.player.position
for evt in events:
try:
cmd, arg = self.fsm((evt.button, evt.held))
except ValueError:
continue
if cmd == "move":
resources.sfx("cat_wheel.ogg", False, True)
resources.sfx("cat_wheel.ogg", True)
self.player.accelerate(arg)
if cmd == "idle":
self.player.brake()
elif cmd == "jump":
resources.sfx("cat_jump.ogg", True)
self.player.main_body.apply_impulse_at_world_point((0, -600),
position)
