ManifoldMarketManager.rule.abstract
Contains abstract subclasses of Rule which allow for forms of pluggable behavior.
- class ManifoldMarketManager.rule.abstract.AbstractRule[source]
Bases:
Generic[T],Rule[T]Provide a rule where the explanations are pre-generated.
- _abc_impl = <_abc_data object>
- _explainer_stub: ClassVar[str] = 'A programatic explanation was not provided'
- _is_protocol = False
- explain_abstract(indent: int = 0, **kwargs: Any) str
Explain how the market will resolve and decide to resolve.
- explain_specific(market: Market, indent: int = 0, sig_figs: int = 4) str
Explain why the market is resolving the way that it is.
- classmethod from_dict(env: ModJSONDict) T
Take a dictionary and return an instance of the associated class.
- logger: Logger
- tags_used: set[str]
- class ManifoldMarketManager.rule.abstract.BinaryRule(rule1: Rule[T], rule2: Rule[T])[source]
Bases:
AbstractRule[T]Perform a binary operation on two Rules.
- _abc_impl = <_abc_data object>
- _explainer_stub: ClassVar[str] = 'A programatic explanation was not provided'
- _is_protocol = False
- explain_abstract(indent: int = 0, **kwargs: Any) str
Explain how the market will resolve and decide to resolve.
- explain_specific(market: Market, indent: int = 0, sig_figs: int = 4) str
Explain why the market is resolving the way that it is.
- classmethod from_dict(env: ModJSONDict) BinaryRule[T][source]
Take a dictionary and return an instance of the associated class.
- logger: Logger
- tags_used: set[str]
- class ManifoldMarketManager.rule.abstract.ResolveRandomSeed(seed: int | float | str | bytes | bytearray = b'\x8b\x8b\x04d\xa9\xccR"\x8d\xdf\xf4(6\xa7Y\xbf', method: str = 'random', rounds: int = 1, args: Sequence[Any] = (), kwargs: JSONDict = NOTHING)[source]
Bases:
ResolutionValueRuleAbstract class that handles the nitty-gritty of the Random object.
- _abc_impl = <_abc_data object>
- abstract _explain_abstract(indent: int = 0, **kwargs: Any) str
- _is_protocol = False
- args: Sequence[Any]
- explain_abstract(indent: int = 0, **kwargs: Any) str
Explain how the market will resolve and decide to resolve.
- explain_specific(market: Market, indent: int = 0, sig_figs: int = 4) str
Explain why the market is resolving the way that it is.
- classmethod from_dict(env: ModJSONDict) T
Take a dictionary and return an instance of the associated class.
- kwargs: JSONDict
- logger: Logger
- method: str
- rounds: int
- seed: int | float | str | bytes | bytearray
- tags_used: set[str]
- class ManifoldMarketManager.rule.abstract.UnaryRule(child: Rule[T])[source]
Bases:
AbstractRule[T]Perform a unary operation on another DoResolveRule.
- _abc_impl = <_abc_data object>
- _explainer_stub: ClassVar[str] = 'A programatic explanation was not provided'
- _is_protocol = False
- explain_abstract(indent: int = 0, **kwargs: Any) str
Explain how the market will resolve and decide to resolve.
- explain_specific(market: Market, indent: int = 0, sig_figs: int = 4) str
Explain why the market is resolving the way that it is.
- classmethod from_dict(env: ModJSONDict) UnaryRule[T][source]
Take a dictionary and return an instance of the associated class.
- logger: Logger
- tags_used: set[str]
- class ManifoldMarketManager.rule.abstract.VariadicRule(rules: list[Rule[T]] = NOTHING)[source]
Bases:
AbstractRule[T]Perform a variadic operation on many Rules.
- _abc_impl = <_abc_data object>
- _explainer_stub: ClassVar[str] = 'A programatic explanation was not provided'
- _is_protocol = False
- explain_abstract(indent: int = 0, **kwargs: Any) str
Explain how the market will resolve and decide to resolve.
- explain_specific(market: Market, indent: int = 0, sig_figs: int = 4) str
Explain why the market is resolving the way that it is.
- classmethod from_dict(env: ModJSONDict) VariadicRule[T][source]
Take a dictionary and return an instance of the associated class.
- logger: Logger
- tags_used: set[str]