from pyglet import font
from pyglet import clock
from miru.ui import TestWindow
from miru.context import context
from miru import input
from miru import utils
from miru.camera import *
# initialize the window
w = TestWindow(680, 400)
w.set_vsync(0)
utils.add_fps_display(context)
context.camera.pos = (0,0,10)
context.window = w
for i in range(-30,35,5):
o = w._load_object()
o.pos.x = i
o.pos.z -= 5
w._load_object()
target = context.camera.objects[-1]
target.pos.z += 5
target.angle.x = 45
context.camera.track_target = target
step = 0.010
def main():
global target, step
from pyglet.gl import * import pyglet from miru.ui import TestWindow from miru.track import PosTrack from miru import effects from miru import utils from miru import input from miru import core from miru import graphics from miru.context import context fog = effects.Fog(density=0.075, color=(0.65,0.9,0.75,0.5), equation=effects.Fog.EQ_EXP) w = TestWindow(680, 400, clear_color=fog.color) w.set_vsync(False) context.camera.pos=(0,1.25,4) context.window = w context.control = input.SimpleMouseControl() utils.add_fps_display(context) o = w._load_object() o.pos += (2,0.55,-3) o = w._load_object() o.pos += (0.5,1.55,-10) o = w._load_object() o.pos += (-0.5,0.55,0)
from miru.ui import TestWindow
from miru.context import context
from miru import options as miru_options
from miru import camera
from miru import utils
from miru import input
from miru import graphics
from miru import core
from miru.ext import geom
import os
P = os.path.join
# initialize the window
w = TestWindow(680, 400)
w.set_vsync(False)
utils.addFpsDisplay()
context.window = w
context.control = input.SimpleMouseControl()
context.camera.pos += (0,1,2)
context.camera.angle = (10,0,0)
#context.handle.accessible = True
o = graphics.load_wobj(P('docs','demo','alien.obj'))
o.pos += (0,0.95,-0.6)
context.add_object(o)
