def test_view_pixel_coverage():
from pyglet_helper.objects import View
from pyglet_helper.util import Vector
scene = View()
pix_coverage = scene.pixel_coverage(pos=Vector([10, 0, 0]), radius=0.2)
print(pix_coverage)
assert (pix_coverage == 800.0)
def test_view_pixel_coverage():
from pyglet_helper.objects import View
from pyglet_helper.util import Vector
scene = View()
pix_coverage = scene.pixel_coverage(pos=Vector([10, 0, 0]), radius=0.2)
print(pix_coverage)
assert(pix_coverage == 800.0)
def test_renderable_lod():
from pyglet_helper.objects import Renderable, View
from pyglet_helper.util import Vector
scene = View()
blo = Renderable()
lod = blo.lod_adjust(scene,
coverage_levels=[1, 1],
pos=Vector([0, 0, 0]),
radius=0)
assert (lod == 2)
def test_sphere_render():
from pyglet_helper.objects import Box
from pyglet_helper.objects import View
_box = Box()
_view = View()
_box.render(_view)
def test_arrow_render():
from pyglet_helper.objects import Arrow
from pyglet_helper.objects import View
_arrow = Arrow()
_view = View()
_arrow.render(_view)
def test_cylinder_render():
from pyglet_helper.objects import Cylinder
from pyglet_helper.objects import View
_cylinder = Cylinder()
_view = View()
_cylinder.render(_view)
def test_light_render():
from pyglet_helper.objects import Light
from pyglet_helper.objects import View
_light = Light()
_view = View()
_light.render(_view)
def test_sphere_render():
from pyglet_helper.objects import Sphere
from pyglet_helper.objects import View
_sphere = Sphere()
_view = View()
_sphere.render(_view)
def test_pyramid_render():
from pyglet_helper.objects import Pyramid
from pyglet_helper.objects import View
_pyramid = Pyramid()
_view = View()
_pyramid.render(_view)