def test_sphere_probe(self):
radius = 20
minPitch = zencad.deg(-10)
maxPitch = zencad.deg(20)
yaw = zencad.deg(130)
zencad.sphere(r=radius)
zencad.sphere(r=radius, yaw=yaw)
zencad.sphere(r=radius, pitch=(minPitch, maxPitch))
zencad.sphere(r=radius, yaw=yaw, pitch=maxPitch)
zencad.sphere(r=radius, yaw=yaw, pitch=(minPitch, maxPitch))
def showEvent(self, ev):
if self.inited != True:
if self.showmarkers:
zencad.lazifier.disable_lazy()
self.msphere = zencad.sphere(1)
self.MarkerQController = self.scene.add(
self.msphere, zencad.Color(1, 0, 0))
self.MarkerWController = self.scene.add(
self.msphere, zencad.Color(0, 1, 0))
zencad.lazifier.restore_lazy()
self.viewer = zencad.Viewer(self.scene)
self.view = self.viewer.create_view()
self.view.set_window(int(self.winId()))
self.view.set_gradient()
self.set_orient1()
self.view.set_triedron()
self.viewer.set_triedron_axes()
if self.showmarkers:
self.MarkerQController.hide(True)
self.MarkerWController.hide(True)
self.view.redraw()
self.inited = True
else:
self.update()
self.view.redraw()
def test_difference_probe(self):
a = zencad.box(10)
b = zencad.sphere(10)
c = zencad.cone(5, 2, h=20)
f1 = zencad.difference([a, b, c])
f2 = a - b - c
f3 = zencad.difference([c, a, b])
f4 = c - a - b
def test_intersect_probe(self):
a = zencad.box(10)
b = zencad.sphere(10)
c = zencad.cone(5, 2, h=20)
f1 = zencad.intersect([a, b, c])
f2 = a ^ b ^ c
f3 = zencad.intersect([c, a, b])
f4 = c ^ a ^ b
def create_qwmarkers(self):
if self.showmarkers:
zencad.lazifier.disable_lazy()
self.msphere = zencad.sphere(1)
self.MarkerQController = self.scene.add(self.msphere,
zencad.Color(1, 0, 0))
self.MarkerWController = self.scene.add(self.msphere,
zencad.Color(0, 1, 0))
zencad.lazifier.restore_lazy()
self.MarkerQController.hide(True)
self.MarkerWController.hide(True)
def test_union_probe(self):
a = zencad.box(10)
b = zencad.sphere(10)
c = zencad.cone(5, 2, h=20)
f1 = zencad.union([a, b, c])
f2 = a + b + c
f3 = zencad.union([c, a, b])
f4 = c + a + b
self.assertEqual(lexsort(f1.vertices()), lexsort(f2.vertices()))
self.assertEqual(lexsort(f1.vertices()), lexsort(f3.vertices()))
def test_halfspace_probe(self):
(zencad.sphere(r=10) - zencad.halfspace().rotateX(zencad.deg(150)))
(zencad.sphere(r=10) ^ zencad.halfspace().rotateX(zencad.deg(150)))