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)
pattern = pyglet.image.CheckerImagePattern(
(90,0,0,200), (0,30,0,200))
tex = pattern.create_image(64, 64).get_texture()
coords = []
for i in range(0, len(tex.tex_coords), 3):
coords.extend(tex.tex_coords[i:i+3] + (0.125 / 2,))
batch = pyglet.graphics.Batch()
group = graphics.TextureBindGroup(tex.id)
from miru.context import context
from miru.track import SSCameraTrack, PosTrack
from miru import utils
import os
# initialize the window
w = TestWindow(680, 400)
w.set_vsync(False)
context.camera.pos = (0,5,10)
context.window = w
utils.addFpsDisplay()
target = w._load_object()
#target = loadObj(os.path.join('docs', 'demo', 'yam.obj'))
#target.angle = (0,45,0)
#context.addobj(target)
target.pos += (0,5,5)
target.angle.x = 45
# Here we set up two tracks. The first is a side scroller
# track the will move the camera only as the object reaches
# the edge of the screen. The second is a normal positional
# track - but only on the z coordinate of the object.
track = SSCameraTrack(context.camera, target, context.window)
track2 = PosTrack(context.camera, target, axes=(0,0,1))
#context.addobj(CoordPlane(magnitude=50, step=1, color=(1,1,0,1)))