def setUp(self):
n = Node()
#output connector
c1 = Connector(False, GeometryType.Body3D)
c1.name = "union of two boxes"
n.add_connector(c1)
c2 = Connector(False, GeometryType.Body3D)
c2.name = "union of box and union"
n.add_connector(c2)
#one parameter
p1 = NodeParameter()
p1.name = "length"
p1.datatype = ParameterType.Float
p1.value = 3.14159
n.add_parameter(p1)
def func(inputs, parameters):
l = parameters["length"]
b1 = Box(l, l, l)
b2 = Box(2.*l, 2.*l, 2.*l)
u1 = Union(b1, b2)
u2 = Union(u1, b1)
d = dict()
d["union of two boxes"] = u1
d["union of box and union"] = u2
return d
n.code = func
self.n = n
self.G = Graph(MeshProvider())
self.G.add_node(n)
def setUp(self):
n = Node()
#input connector
c1 = Connector(True, GeometryType.Body3D)
c1.name = "input connector name"
n.add_connector(c1)
#output connector
c2 = Connector(False, GeometryType.Shape2D)
c2.name = "output connector name"
n.add_connector(c2)
#two parameters
p1 = NodeParameter()
p1.name = "integer parameter name"
p1.datatype = ParameterType.Integer
p1.value = 3
p2 = NodeParameter()
p2.name = "float parameter name"
p2.datatype = ParameterType.Float
p2.value = 3.14159
n.add_parameter(p1)
n.add_parameter(p2)
def func(inputs, parameters):
d = dict()
g = Geometry()
g._datatype = GeometryType.Shape2D
d["output connector name"] = g
return d
n.code = func
self.n = n
