def test_subtract(self):
v1 = _system.cubitWrapper.brick(1, 1, 1)
v2 = _system.cubitWrapper.brick(0.5, 0.5, 0.5)
try:
_boolean.subtract(v2, v1)
except _system.AdvCubitException:
self.assertTrue(False, 'Subtraction failed')
def ring(height, innerRadius, outerRadius):
""" Create a annular ring
:param height: height of ring
:param innerRadius: radius of inner surface
:param outerRadius: radius of outer surface
:return: created volume
"""
inner = cylinder(height, innerRadius)
outer = cylinder(height, outerRadius)
return _boolean.subtract([inner], [outer])[0]
def ring(height, innerRadius, outerRadius):
""" Create a annular ring
:param height: height of ring
:param innerRadius: radius of inner surface
:param outerRadius: radius of outer surface
:return: created volume
"""
inner = cylinder(height, innerRadius)
outer = cylinder(height, outerRadius)
return _boolean.subtract([inner], [outer])[0]
