def build_background_grid():
parent = Node()
# Parameters to pass to the creation of ShapeNode
params = {
"path": Path.rect(0, 0, GRID_SIZE, GRID_SIZE * ROWS),
"fill_color": "clear",
"stroke_color": "lightgrey"
}
anchor = Vector2(0, 0)
# Building the columns
for i in range(COLUMNS):
n = ShapeNode(**params)
pos = Vector2(i * GRID_SIZE, 0)
n.position = pos
n.anchor_point = anchor
parent.add_child(n)
# Building the rows
params["path"] = Path.rect(0, 0, GRID_SIZE * COLUMNS, GRID_SIZE)
for i in range(ROWS):
n = ShapeNode(**params)
pos = Vector2(0, i * GRID_SIZE)
n.position = pos
n.anchor_point = anchor
parent.add_child(n)
return parent
def setup(self):
self.image = SpriteNode(Texture(image), z_position = -12, position = self.bounds.center(), parent = self)
self.background = ShapeNode(path = Path.rect(0,0,self.image.size.w,self.image.size.h), position = self.image.position, z_position = -15, parent = self, fill_color = (1,1,1,.1))
self.offset = Point(-50, 50)
self.cursor = Node(parent = self)
ShapeNode(path = Path.rect(0,0,1,20), parent = self.cursor, fill_color = (0,0,0))
ShapeNode(path = Path.rect(0,0,20,1), parent = self.cursor, fill_color = (0,0,0))
self.cursorlabel = LabelNode("", parent = self, position = (self.bounds.w/2.0, self.bounds.h*.9))
self.selected = []
self.selected_nodes = []
self.selectbutton = ShapeNode(Path.rect(0,0,150,50), parent = self, position = (self.bounds.w*.2, self.bounds.h*.9), fill_color = (0,0,0), stroke_color = (1,1,1))
LabelNode("Select", parent = self.selectbutton)
self.printbutton = ShapeNode(Path.rect(0,0,150,50), parent = self, position = (self.bounds.w*.8, self.bounds.h*.9), fill_color = (0,0,0), stroke_color = (1,1,1))
LabelNode("Print", parent = self.printbutton)
def setup(self):
'''Called to initialize the game'''
self.center = (self.size.w / 2, self.size.h / 2)
self.player = Player(parent=self, speed=PLAYER_SPEED)
self.controller = Controller(padding=40, scale=1.2, parent=self)
self.firebtn = FireBtn(70, parent=self)
self.background_color = '#003f68'
self.objects = list()
self.lasers = list()
self.comets = list()
self.pos = (.0, .0)
self.firing = False
self.player_sequence = Sequence(
[Shot(x_offset=40, y_offset=20),
Shot(x_offset=-40, y_offset=20)],
origin=self.player,
delay=0.2)
self.spawn_area = ShapeNode(Path.rect(*self.bounds),
alpha=0,
parent=self,
scale=2,
position=self.size / 2)
def shoot_rocket(self, x, y):
rocket = sk.SpriteNode(TRAIL_TEXTURE)
rocket.size = 10, 10
rocket.position = self.size[0] / 2, 0
color = choice(COLORS)
rocket.color_blend_factor = 1
rocket.color = color
trail = sk.EmitterNode()
trail.target_node = self
trail.p_texture = TRAIL_TEXTURE
trail.p_alpha_speed = -0.5
trail.p_size = 15, 15
trail.p_alpha = 0.4
trail.p_speed = 5
trail.p_birth_rate = 200
path = Path()
path.add_quad_curve(x - self.size[0] / 2, y, 0, y / 2)
d = abs(rocket.position - (x, y))
duration = max(0.7, d / 500.0)
shoot = sk.Action.follow_path(path, duration)
self.add_child(rocket)
def add_explosion():
rocket.remove_from_parent()
num_explosions = randint(1, 3)
sound.play_effect('arcade:Explosion_' + str(num_explosions))
for i in range(num_explosions):
self.add_random_explosion(x, y, choice(COLORS))
shoot.timing_mode = sk.TIMING_EASE_IN_EASE_OUT
trail.position = rocket.position
trail.num_particles_to_emit = int(200 * duration)
self.add_child(trail)
trail.run_action(shoot)
trail.run_action(
sk.Action.sequence([
sk.Action.wait(duration + 1.0),
sk.Action.call(trail.remove_from_parent)
]))
explode = sk.Action.call(add_explosion)
animation = sk.Action.sequence([shoot, explode])
rocket.run_action(animation)
sound.play_effect('game:Woosh_2')
def __init__(self, coords, location, piece, light):
self.coords = coords
self.location = location
self.piece = piece
self.light = light
square = Path.rect(0, 0, t_lth, t_lth)
#Creates lattice effect
if sum(coords) % 2 == 0:
tile_colour = '#3e3e3e'
else:
tile_colour = '#d3d3d3'
#Creates square
ShapeNode.__init__(self,
square,
tile_colour,
'#adadad',
position=location)
#Below decides whether there is a piece and its info
if self.piece["type"] == "p":
self.position_chg = -0.05
else:
self.position_chg = -0.2
if piece["side"] == "n":
pass
elif self.piece["side"] == "w":
self.marker = LabelNode(piece["type"],
('Academy Engraved LET', t_lth),
color='white',
position=(0, t_lth * self.position_chg))
self.add_child(self.marker)
elif self.piece["side"] == "b":
self.marker = LabelNode(piece["type"],
('Academy Engraved LET', t_lth),
color='black',
position=(0, t_lth * self.position_chg))
self.add_child(self.marker)
#Decides whether the square lights up or not (during move selection)
if self.light == True:
self.light_square = ShapeNode(square,
"#2f77ff",
"#300cdd",
position=(0, 0),
alpha=0.3)
self.add_child(self.light_square)
def shoot_rocket(self, x, y):
rocket = sk.SpriteNode(TRAIL_TEXTURE)
rocket.size = 10, 10
rocket.position = self.size[0] / 2, 0
color = choice(COLORS)
rocket.color_blend_factor = 1
rocket.color = color
trail = sk.EmitterNode()
trail.target_node = self
trail.p_texture = TRAIL_TEXTURE
trail.p_alpha_speed = -0.5
trail.p_size = 15, 15
trail.p_alpha = 0.4
trail.p_speed = 5
trail.p_birth_rate = 200
path = Path()
path.add_quad_curve(x - self.size[0]/2, y, 0, y/2)
d = abs(rocket.position - (x, y))
duration = max(0.7, d/500.0)
shoot = sk.Action.follow_path(path, duration)
self.add_child(rocket)
def add_explosion():
rocket.remove_from_parent()
num_explosions = randint(1, 3)
sound.play_effect('arcade:Explosion_' + str(num_explosions))
for i in xrange(num_explosions):
self.add_random_explosion(x, y, choice(COLORS))
shoot.timing_mode = sk.TIMING_EASE_IN_EASE_OUT
trail.position = rocket.position
trail.num_particles_to_emit = int(200 * duration)
self.add_child(trail)
trail.run_action(shoot)
trail.run_action(sk.Action.sequence([sk.Action.wait(duration+1.0), sk.Action.call(trail.remove_from_parent)]))
explode = sk.Action.call(add_explosion)
animation = sk.Action.sequence([shoot, explode])
rocket.run_action(animation)
sound.play_effect('game:Woosh_2')
def touch_began(self, touch): if touch.location in self.selectbutton.bbox: self.selected.append(self.give_position(self.cursor.position)) self.selected_nodes.append(ShapeNode(path = Path.oval(0,0,5,5), parent = self, position = self.cursor.position, z_position = -10, fill_color = (1,1,1), stroke_color = (0,0,0))) if touch.location in self.printbutton.bbox: print self.selected
def __init__(self, i, j, **vargs):
self.touched = 0
super().__init__(Path.rect(0, 0, S, S),
'white',
position=(i * S, j * S),
**vargs)
def make_glyph(glyphs):
tempPath = None
for paths in glyphs:
path = Path()
for segment in paths:
if len(segment) == 4:
start_x = segment[0][0]
start_y = segment[0][1]
cp1_x = segment[1][0]
cp1_y = segment[1][1]
cp2_x = segment[2][0]
cp2_y = segment[2][1]
end_x = segment[3][0]
end_y = segment[3][1]
if path.bounds.height == 0 and path.bounds.width == 0:
path.move_to(start_x, start_y)
path.add_curve(end_x, end_y, cp1_x, cp1_y, cp2_x, cp2_y)
else:
path.add_curve(end_x, end_y, cp1_x, cp1_y, cp2_x, cp2_y)
elif len(segment) == 2:
start_x = segment[0][0]
start_y = segment[0][1]
end_x = segment[1][0]
end_y = segment[1][1]
if path.bounds.height == 0 and path.bounds.width == 0:
path.move_to(start_x, start_y)
path.line_to(end_x, end_y)
else:
path.line_to(end_x, end_y)
if tempPath:
tempPath.append_path(path)
else:
tempPath = path
return tempPath
def setup(self):
h = 200
w = 300
p = Path()
p.line_to(w / 2, h)
p.line_to(-(w / 2), h)
p.close()
self.s = ShapeNode(p)
self.s.anchor_point = (0.5, 0)
self.s.position = (self.size.x / 2, self.size.y / 2)
self.add_child(self.s)
ph = Path()
ph.line_to(self.size.x, 0)
ph.line_to(self.size.x, 1)
ph.line_to(0, 1)
ph.close()
self.lh = ShapeNode(ph)
self.lh.fill_color = 'red'
self.lh.position = (self.size.x / 2, self.size.y / 2)
self.add_child(self.lh)
pv = Path()
pv.line_to(0, self.size.y)
pv.line_to(1, self.size.y)
pv.line_to(1, 0)
pv.close()
self.lv = ShapeNode(pv)
self.lv.fill_color = 'red'
self.lv.position = (self.size.x / 2, self.size.y / 2)
self.add_child(self.lv)