def test_engine2windows():
eng = Engine()
eng.run()
# create a world
w = World(0)
# create default camera
cam = DefaultCamera()
# add camera
w.add(cam)
# create image viewr
a=np.random.random( ( 100, 100, 100) )
aff = np.eye(4)
cds = ConnectedSlices(aff,a)
# add cds to world
w.add(cds)
# add world to engine
eng.add(w)
# create a window
wi = FosWindow()
# attach window to world
wi.attach(w)
wi2 = FosWindow()
# attach window to world
wi2.attach(w)
def test_engine2windows():
eng = Engine()
eng.run()
# create a world
w = World(0)
# create default camera
cam = DefaultCamera()
# add camera
w.add(cam)
# create image viewr
a = np.random.random((100, 100, 100))
aff = np.eye(4)
cds = ConnectedSlices(aff, a)
# add cds to world
w.add(cds)
# add world to engine
eng.add(w)
# create a window
wi = FosWindow()
# attach window to world
wi.attach(w)
wi2 = FosWindow()
# attach window to world
wi2.attach(w)
def add(self, world):
self.worlds.append(world)
def update(self, dt):
print "dt", dt
# this should call the update of all the actors
# in a world
def stop(self):
self.running = False
if __name__ == "__main__":
# eng = Engine()
# eng.run()
# create a world
w = World(0)
# create default camera
cam = DefaultCamera()
# add camera
w.add(cam)
# create a window
# attach window to world
wi = FosWindow(bgcolor=color.orange)
wi.attach(w)
def add(self, world):
self.worlds.append(world)
def update(self, dt):
print "dt", dt
# this should call the update of all the actors
# in a world
def stop(self):
self.running = False
if __name__ == '__main__':
# eng = Engine()
# eng.run()
# create a world
w = World(0)
# create default camera
cam = DefaultCamera()
# add camera
w.add(cam)
# create a window
# attach window to world
wi = FosWindow(bgcolor=color.orange)
wi.attach(w)
from fos.actor.surf import Surface
aff = np.eye(4, dtype=np.float32)
aff[:3, 3] = [150, 0, 0]
s = Surface(vertices,
faces,
colors,
affine=aff,
add_lights=True,
normals=normals)
#vertices2=vertices+np.array([100,0,0],dtype=vertices.dtype)
#s2=Surface(vertices2,faces,normals,colors)
from fos.core.world import World
w = World()
w.add(s)
#w.add(s2)
from fos.core.camera import DefaultCamera
cam = DefaultCamera()
w.add(cam)
from fos import Window, WindowManager
wi = Window()
wi.attach(w)
wm = WindowManager()
wm.add(wi)
wm.run()
import numpy as np from fos.core.world import World from fos.core.fos_window import FosWindow from fos.core.camera import DefaultCamera from fos.actor.volslicer import ConnectedSlices from fos.actor.triangle import Triangle from fos.actor.network import AttributeNetwork w = World(0) cam = DefaultCamera() w.add(cam) tri = Triangle() w.add(tri) wi = FosWindow() wi.attach(w)
print vertices.min(),vertices.max(),vertices.mean() print normals.min(),normals.max(), normals.mean() print vertices.dtype,faces.dtype, colors.dtype, normals.dtype from fos.actor.surf import Surface aff = np.eye(4, dtype = np.float32) aff[:3,3] = [150,0,0] s=Surface(vertices,faces,colors, affine = aff, add_lights = True, normals = normals) #vertices2=vertices+np.array([100,0,0],dtype=vertices.dtype) #s2=Surface(vertices2,faces,normals,colors) from fos.core.world import World w=World() w.add(s) #w.add(s2) from fos.core.camera import DefaultCamera cam=DefaultCamera() w.add(cam) from fos import Window, WindowManager wi=Window() wi.attach(w) wm = WindowManager() wm.add(wi) wm.run()
