def setup_physics():
"""Setup physics engine and initialise the world space."""
SPACE.gravity = SETTINGS.physics.gravity
objects = []
for properties in yaml.load(open(SETTINGS.paths.objects, 'r'))['objects']:
objects.append(helpers.rebunch(properties))
for properties in objects:
if properties.id == -1:
logging.warning('attempt to create object with no id set')
else:
shape = helpers.create_shape(properties.physics)
helpers.add_shape(SPACE, shape.body, shape)
SHAPES[properties.id] = helpers.rebunch({
'shape': shape,
'properties': properties,
'collisions': 0
})
SPACE.add_collision_handler(0, 1,
begin=lambda *x: helpers.add_collision(SHAPES[0], 1),
separate=lambda *x: helpers.add_collision(SHAPES[0], -1))
def setup_physics():
"""Setup physics engine and initialise the world space."""
SPACE.gravity = SETTINGS.physics.gravity
objects = []
for properties in yaml.load(open(SETTINGS.paths.objects, 'r'))['objects']:
objects.append(helpers.rebunch(properties))
for properties in objects:
if properties.id == -1:
logging.warning('attempt to create object with no id set')
else:
shape = helpers.create_shape(properties.physics)
helpers.add_shape(SPACE, shape.body, shape)
SHAPES[properties.id] = helpers.rebunch({
'shape': shape,
'properties': properties,
'collisions': 0
})
SPACE.add_collision_handler(
0,
1,
begin=lambda *x: helpers.add_collision(SHAPES[0], 1),
separate=lambda *x: helpers.add_collision(SHAPES[0], -1))
def setup_bindings():
"""Load the key bindings from the configuration file."""
for state in yaml.load(open(SETTINGS.paths.bindings, 'r'))['states']:
state = helpers.rebunch(state)
BINDINGS[state.name] = state
#!/usr/bin/env python3
import helpers
import logging
import pyglet
import pyglet.gl as gl
import pymunk
import time
import yaml
SETTINGS = helpers.rebunch(yaml.load(open('config/settings.yaml', 'r')))
CONFIG = pyglet.gl.Config(
sample_buffers=SETTINGS.graphics.opengl.sample_buffers,
samples=SETTINGS.graphics.opengl.samples)
WINDOW = pyglet.window.Window(width=SETTINGS.graphics.window.width,
height=SETTINGS.graphics.window.height,
config=CONFIG)
FPS = pyglet.clock.ClockDisplay(color=(0.2, 0.2, 0.2, 1))
SPACE = pymunk.Space()
BINDINGS = helpers.rebunch({})
KEYS_PRESSED = helpers.rebunch({})
SHAPES = helpers.rebunch({})
POINTS = []
def main():
"""Setup and initialise the application."""
setup_bindings()
setup_graphics()
setup_physics()
pyglet.clock.schedule_interval(update, 1 / SETTINGS.graphics.fps)
def setup_bindings():
"""Load the key bindings from the configuration file."""
for state in yaml.load(open(SETTINGS.paths.bindings, 'r'))['states']:
state = helpers.rebunch(state)
BINDINGS[state.name] = state
#!/usr/bin/env python3
import helpers
import logging
import pyglet
import pyglet.gl as gl
import pymunk
import time
import yaml
SETTINGS = helpers.rebunch(yaml.load(open('config/settings.yaml', 'r')))
CONFIG = pyglet.gl.Config(
sample_buffers=SETTINGS.graphics.opengl.sample_buffers,
samples=SETTINGS.graphics.opengl.samples)
WINDOW = pyglet.window.Window(width=SETTINGS.graphics.window.width,
height=SETTINGS.graphics.window.height,
config=CONFIG)
FPS = pyglet.clock.ClockDisplay(color=(0.2, 0.2, 0.2, 1))
SPACE = pymunk.Space()
BINDINGS = helpers.rebunch({})
KEYS_PRESSED = helpers.rebunch({})
SHAPES = helpers.rebunch({})
POINTS = []
def main():
"""Setup and initialise the application."""
setup_bindings()
setup_graphics()
setup_physics()
