def nested_groups():
g = view.DagLayout(flow_direction="east")
n6 = g.create_node("n6", flow_direction="south")
n0 = g.create_node("n0")
n1 = g.create_node("n1")
n2 = g.create_node("n2")
g.create_edge(n0, n2)
g.create_edge(n1, n2)
n6.add_child(n0)
n6.add_child(n1)
n6.add_child(n2)
n8 = g.create_node("n8", flow_direction="east")
n7 = g.create_node("n7", flow_direction="north")
n3 = g.create_node("n3")
n4 = g.create_node("n4")
n5 = g.create_node("n5")
g.create_edge(n3, n4)
g.create_edge(n4, n5)
n7.add_child(n3)
n7.add_child(n4)
n8.add_child(n7)
n8.add_child(n5)
g.create_edge(n6, n8)
g.create_edge(n2, n3)
visual_debugger.view(g)
def crash():
g = view.DagLayout()
g.node("container", item="container")
g.node('n1', item='n1', parent='container')
g.node('root', item='root')
g.node('n2', item='n2', parent='container')
g.edge('root', 'n1')
visual_debugger.view(g)
def parent_to_descendant():
g = view.DagLayout()
n0 = g.create_node("n0")
n1 = g.create_node("n1")
n1.add_child(n0)
g.create_edge(n1, n0)
visual_debugger.view(g)
def ports2():
g = (view.DagLayout().node("n0", item="n0").node("n1", item="n1").node(
"n2",
item="n2").port("n0", 'left',
'west').port("n2", 'right',
'east').edge("n0",
"n1").edge("n0",
"n2",
start_port='left',
end_port='right'))
visual_debugger.view(g)
def single_group_2_directions():
g = (view.DagLayout(flow_direction="east").node("n0", item="n0").node(
"n1", item="n1").node("n2", item="n2").edge("n0", "n2").edge(
"n1", "n2").node("n6", item="n6", flow_direction="south").port(
"n6", "herro",
"east").node("n0", parent="n6").node("n1", parent="n6").node(
"n2", parent="n6").node("n3", item="n3").node(
"n4", item="n4").node("n5", item="n5").node(
"n7", item="n7").edge("n6", "n3").edge(
"n3", "n4").edge("n3", "n5").edge("n3", "n7"))
visual_debugger.view(g)
def single_group(num=3, direction="south", links=False, container=True):
g = view.DagLayout(flow_direction=direction)
if container: cont = g.create_node("container", flow_direction=direction)
if links:
root = g.create_node("root")
if container: cont.add_child(root)
for n in range(num):
node = g.create_node("n{}".format(n))
if container: cont.add_child(node)
if links: g.create_edge(root, node)
print("num={}, direction={}, links={}, container={}".format(
num, direction, links, container))
# compile(g)
visual_debugger.view(g)
def ports1():
g = (view.DagLayout().node("n0", item="n0").node("n1", item="n1").node(
"n2", item="n2").edge("n0", "n1").edge("n0", "n2"))
visual_debugger.view(g)
return in1 + self.state
@track_fn
def parent_fn(in1, child_fn):
x = child_fn(in1)
x = child_fn(x)
x = child_fn(x)
return x
@track_fn
def grandparent_fn(in1, in2):
child_fn = ChildFn()
out1 = parent_fn(in1, child_fn)
out2 = parent_fn(in2, child_fn)
return out1 + out2
# visual_debugger.view(ChildFn())
# x = grandparent_fn(0, 1)
# c = ChildFn()
# x = c(2)
# x = c(x)
visual_debugger.view(get_graph(grandparent_fn(2, 3)))
# visual_debugger.view(get_graph(x))
# graph = x.xn().compile_full()[0]
# print(graph)
# xnode_old.show(x)