def main():
"""Run example."""
plan = Plan()
pass_node_1 = WorkNode(Work(descr="Pass", worker=DoNothing()))
pass_node_2 = WorkNode(Work(descr="Pass", worker=DoNothing()))
select_node_m = SelectNode(index=0)
select_node_s = SelectNode(index=0)
plan.add_node(pass_node_1)
plan.add_node(pass_node_2)
plan.add_node(select_node_m, inputs=[pass_node_1, pass_node_2])
plan.add_node(select_node_s, inputs=[pass_node_1])
plan.inputs = [pass_node_1, pass_node_2]
plan.outputs = [select_node_m, select_node_s]
res = plan([[1, 2, 3], [2, 3, 4]])
print("Outputs: ", res)
def main():
"""Entry point."""
print(__doc__)
node = WorkNode(work=Work("Increment", worker=func))
node.set_start_hook(start_handler, node)
node.set_stop_hook(stop_handler, node)
plan = Plan()
plan.add_node(node)
plan.set_progress_hook(progress_handler)
plan.inputs = [node]
plan.outputs = [node]
plan([5])
def main():
"""Run example."""
print(__doc__)
plan = Plan()
node_1 = WorkNode(Work("Pass", worker=DoNothing()))
node_2 = WorkNode(Work("Pass", worker=DoNothing()))
node_3 = WorkNode(Work("Pass", worker=DoNothing()))
pack_node_1 = PackNode()
pack_node_2 = PackNode()
plan.add_node(node_1)
plan.add_node(node_2)
plan.add_node(node_3)
plan.add_node(pack_node_1, inputs=[node_1, node_2])
plan.add_node(pack_node_2, inputs=[node_2, node_3])
plan.inputs = [node_1, node_2, node_3]
plan.outputs = [pack_node_1, pack_node_2]
print(plan([1, 2, 3]))
def main():
"""Run example."""
plan = Plan()
node_a = WorkNode(work=Work("Linear transformation", worker=Linear(1, 1)))
node_b = WorkNode(work=Work("Linear transformation", worker=Linear(2, 2)))
node_c = WorkNode(work=Work("Linear transformation", worker=Linear(3, 3)))
plan.add_node(node_a)
plan.add_node(node_b, inputs=[node_a])
plan.add_node(node_c, inputs=[node_b])
plan.inputs = [node_a]
plan.outputs = [node_c, node_b]
print(plan([5]))
def main():
"""Run example."""
p = Plan()
g = WorkNode(Work("Generate random number", gen))
a = WorkNode(Work("Add 1", inc))
b = WorkNode(Work("Summation", plus))
p.add_node(g)
p.add_node(a)
p.add_node(b, inputs=[g, a])
p.inputs = [a]
p.outputs = [b]
x = [1]
print(x)
y = p(x)
print(y)
def main():
"""Run example."""
plan = Plan()
pass_node_1 = WorkNode(Work("Pass", worker=DoNothing()))
pass_node_2 = WorkNode(Work("Pass", worker=DoNothing()))
map_node = MapNode(work=Work("Transformation", worker=Sum()),
inputs=[pass_node_1, pass_node_2])
plan.add_node(pass_node_1)
plan.add_node(pass_node_2)
plan.add_node(map_node)
plan.inputs = [pass_node_1, pass_node_2]
plan.outputs = [map_node]
res = plan([
[1, 1, 1],
[2, 2, 2],
])
print("Outputs:", res)
def main():
"""Run example."""
print(__doc__)
p = Plan()
a = WorkNode()
b = WorkNode()
c = WorkNode()
d = WorkNode()
p.add_node(a)
p.add_node(b)
p.add_node(c, inputs=[a])
p.add_node(d, inputs=[a, b])
print(d.inputs)
p.remove_node(a)
print(c.inputs)
print(d.inputs)
try:
p.remove_node(a) # must raise an exception
except RuntimeError as ex:
print(ex)