def construct_diagram():
pool = Pool(empty=True)
pool.int_var("x")
x = pool.terminal("x")
zero = pool.terminal("0")
test1 = pool.internal(LinearTest("x - 5", "<="), x, zero)
test2 = pool.internal(LinearTest("x + 1", ">="), test1, zero)
test3 = pool.internal(LinearTest("x + 2", "<="), x, test2)
root = pool.internal(LinearTest("x", ">="), test1, test3)
return Diagram(pool, root)
def get_looping_diagram():
pool = Pool()
pool.int_var("x")
test = LinearTest("x", "<=", "2")
zero = pool.terminal(0)
one = pool.terminal(1)
node1 = pool.internal(test, one, zero)
node2 = pool.internal(test, node1, zero)
diagram = pool.diagram(node2)
return diagram
def construct_diagram():
pool = Pool(empty=True)
pool.int_var("x")
x = pool.terminal("x")
zero = pool.terminal("0")
test1 = pool.internal(LinearTest("x - 5", "<="), x, zero)
test2 = pool.internal(LinearTest("x + 1", ">="), test1, zero)
test3 = pool.internal(LinearTest("x + 2", "<="), x, test2)
root = pool.internal(LinearTest("x", ">="), test1, test3)
return Diagram(pool, root)
def get_unordered_diagram():
pool = Pool()
pool.int_var("x")
test1 = LinearTest("x", "<=", "2")
test2 = LinearTest("x", "<=", "3")
zero = pool.terminal(0)
one = pool.terminal(1)
pool.internal(test1, one, zero)
pool.internal(test2, one, zero)
# test2 => test1 => 1
node1 = pool.internal(test1, one, zero)
node2 = pool.internal(test2, node1, zero)
diagram = pool.diagram(node2)
return diagram
