def arc(radius, startAngle, endAngle, height, thickness):
""" Create an arc
:param radius: radius of the arc
:param startAngle: angle from which the arc is created
:param endAngle: angle to which the arc is created
:param height: Height of volume
:param thickness:
:return: created volume
"""
center = _system.cubitWrapper.create_vertex(0, 0, height / 2)
points = [
_system.cubitWrapper.create_vertex(math.cos(startAngle) * radius, math.sin(startAngle) * radius, height / 2),
_system.cubitWrapper.create_vertex(math.cos(endAngle) * radius, math.sin(endAngle) * radius, height / 2),
_system.cubitWrapper.create_vertex(math.cos(endAngle) * (radius + thickness),
math.sin(endAngle) * (radius + thickness), height / 2),
_system.cubitWrapper.create_vertex(math.cos(startAngle) * (radius + thickness),
math.sin(startAngle) * (radius + thickness), height / 2)
]
curves = [_curve.createArc(center, points[0], points[1]),
_system.cubitWrapper.create_curve(points[1], points[2]),
_curve.createArc(center, points[2], points[3]),
_system.cubitWrapper.create_curve(points[3], points[0])
]
normal = _system.cubitWrapper.create_curve(center, _system.cubitWrapper.create_vertex(0, 0, -height / 2))
surface = _system.cubitWrapper.create_surface(curves).surfaces()[0]
body = sweepCurve(surface, normal)
_transform.delete(normal, 'curve')
return body
def createCircle(radius, z=0.0):
""" Creates a cirle in the xy plane
:param radius: circle radius
:param z: z offset
:return: created curve
"""
vertexCenter = _system.cubitWrapper.create_vertex(0, 0, z)
vertexOuter = _system.cubitWrapper.create_vertex(radius, 0, z)
circle = createArc(vertexCenter, vertexOuter, vertexOuter)
_transform.delete(vertexCenter)
return circle
def createCircle(radius, z=0.0):
""" Creates a cirle in the xy plane
:param radius: circle radius
:param z: z offset
:return: created curve
"""
vertexCenter = _system.cubitWrapper.create_vertex(0, 0, z)
vertexOuter = _system.cubitWrapper.create_vertex(radius, 0, z)
circle = createArc(vertexCenter, vertexOuter, vertexOuter)
_transform.delete(vertexCenter)
return circle
def arc(radius, startAngle, endAngle, height, thickness):
""" Create an arc
:param radius: radius of the arc
:param startAngle: angle from which the arc is created
:param endAngle: angle to which the arc is created
:param height: Height of volume
:param thickness:
:return: created volume
"""
center = _system.cubitWrapper.create_vertex(0, 0, height / 2)
points = [
_system.cubitWrapper.create_vertex(
math.cos(startAngle) * radius,
math.sin(startAngle) * radius, height / 2),
_system.cubitWrapper.create_vertex(
math.cos(endAngle) * radius,
math.sin(endAngle) * radius, height / 2),
_system.cubitWrapper.create_vertex(
math.cos(endAngle) * (radius + thickness),
math.sin(endAngle) * (radius + thickness), height / 2),
_system.cubitWrapper.create_vertex(
math.cos(startAngle) * (radius + thickness),
math.sin(startAngle) * (radius + thickness), height / 2)
]
curves = [
_curve.createArc(center, points[0], points[1]),
_system.cubitWrapper.create_curve(points[1], points[2]),
_curve.createArc(center, points[2], points[3]),
_system.cubitWrapper.create_curve(points[3], points[0])
]
normal = _system.cubitWrapper.create_curve(
center, _system.cubitWrapper.create_vertex(0, 0, -height / 2))
surface = _system.cubitWrapper.create_surface(curves).surfaces()[0]
body = sweepCurve(surface, normal)
_transform.delete(normal, 'curve')
return body