def __repr__(self):
return (
f"<FDD:\n"
+ indented_kv("process", repr(self.p), suffix=",\n")
+ indented_kv("input", repr(self.x), suffix=",\n")
+ indented_kv("noise", repr(self.noise), suffix=">")
)
def test_indented_kv():
assert indented_kv("a", "b") == " a=b"
assert indented_kv("a", "b\nb2") == " a=b\n b2"
assert (
indented_kv("a", "b\nb2", separator=": ", indent=2, suffix=",\n")
== " a: b\n b2,\n"
)
def __repr__(self):
return (f"<Normal:\n" + indented_kv(
"mean",
"unresolved" if self._mean is None else repr(self._mean),
suffix=",\n",
) + indented_kv(
"var",
"unresolved" if self._var is None else repr(self._var),
suffix=">",
))