def test_disabled_textures(self):
loader = colobot.loader.Loader(enable_textures=False)
loader.add_directory('data/models')
self.assertTrue(loader.get_model('keya.mod'))
self.assertTrue(loader.get_model('keyb.mod'))
self.assertTrue(loader.get_model('home1.mod'))
self.assertRaises(KeyError, loader.get_model, 'blehblehbleh.mod')
self.assertRaises(KeyError, loader.get_model, 'keya')
def test_loading_success(self):
loader = colobot.loader.Loader()
loader.add_directory('data/models')
loader.add_directory('data/diagram')
loader.add_directory('data/textures')
self.assertTrue(loader.get_model('keya.mod'))
self.assertTrue(loader.get_model('keyb.mod'))
self.assertTrue(loader.get_model('home1.mod'))
self.assertRaises(KeyError, loader.get_model, 'blehblehbleh.mod')
self.assertRaises(KeyError, loader.get_model, 'keya')
if __name__ == '__main__':
import g3d
import g3d.gl
import g3d.camera_drivers
import g3d.model
import g3d.serialize
import colobot.loader
loader = colobot.loader.Loader(enable_textures=True)
loader.add_directory('data/models')
loader.add_directory('data/anim')
loader.add_directory('data/diagram')
loader.add_directory('data/textures')
#g3d.model.read(loader=loader, name='wheeled-transporter.model')
model = loader.get_model('keya.mod')
s = g3d.serialize.Serializer()
sha1hash = s.add(model)
print sha1hash.encode('hex')
data = s.get_by_sha1(sha1hash)
import zlib
print len(data), len(zlib.compress(data))
print [ i.encode('hex') for i in s.deps[model] ]
print [ i.encode('hex') for i in s.get_dependencies(model) ]
uns = g3d.serialize.Unserializer()
uns.add(sha1hash, data)
for hash in s.get_dependencies(model):
data = s.get_by_sha1(hash)
uns.add(hash, data)
import g3d
import g3d.gl
import g3d.camera_drivers
import g3d.model
import colobot.loader
loader = colobot.loader.Loader()
loader.add_directory("data/models")
loader.add_directory("data/anim")
loader.add_directory("data/diagram")
loader.add_directory("data/textures")
name = sys.argv[1]
if name.endswith(".mod"):
obj = loader.get_model(name)
else:
model = g3d.model.read(loader=loader, name=name)
obj = model.root
g3d.options.enable_textures = True
win = g3d.gl.Window()
win.root.add(obj)
def rotate():
rot = g3d.Quaternion.new_rotate_axis(3.14 / 180 * 5, g3d.Vector3(0, 1, 0))
win.root.rotation = win.root.rotation * rot