class Application(object):
def __init__(self):
self.gloopy = None
def run(self):
self.gloopy = Gloopy()
self.gloopy.init()
self.gloopy.world.background_color = Color.Orange
self.gloopy.camera.update=WobblyOrbit(
center=Vector.origin,
radius=3,
axis=Vector(2, -3, 1),
angular_velocity=0.8,
wobble_size=0.0,
wobble_freq=0.01,
)
self.gloopy.camera.look_at = Vector(0, 0, 0)
self.keyhandler = KeyHandler(
self.gloopy.world,
self.gloopy.render,
self.gloopy.camera,
)
self.gloopy.window.push_handlers(self.keyhandler)
self.gloopy.run()
def main():
gloopy = Gloopy()
gloopy.init()
gloopy.world.background_color = Color.Random()
add_items(gloopy, 400)
toggle_attr(gloopy, 'orientation', Orientation.Random)
gloopy.window.push_handlers(
on_key_press=lambda s, m: on_key_press(gloopy, s, m)
)
gloopy.camera.update=WobblyOrbit(
center=Vector.origin,
radius=SIZE * 0.8,
axis=Vector(2, 3, 1),
angular_velocity=0,
wobble_size=0.9,
wobble_freq=pi/10,
)
gloopy.camera.look_at = Vector(0, -10, 0)
gloopy.run()
from math import cos
# find gloopy in '../..', so we can run even if Gloopy is not installed
import fixpath
from gloopy import Gloopy
from gloopy.color import Color
from gloopy.geom.vector import Vector
from gloopy.gameitem import GameItem
from gloopy.shapes.cube import Cube
gloopy = Gloopy()
gloopy.init()
def move_around(item, time, dt):
item.position += Vector(cos(time*2)/300, cos(time*3)/400, 0)
item = GameItem(
shape=Cube(1, Color.Blue),
update=move_around,
)
gloopy.world.add(item)
gloopy.camera.position = Vector(1, 2, 3)
gloopy.run()
