ManifoldMarketManager.market
Contains the Market class, which associates Rules with a market on Manifold.
- class ManifoldMarketManager.market.Market(market: APIMarket, notes: str = '', account: Account = <factory>, do_resolve_rules: list[Rule[Optional[bool]]] = <factory>, resolve_to_rules: list[Rule[AnyResolution]] = <factory>)[source]
Bases:
DictDeserializable
Represent a market and its corresponding rules.
Events
before_check(market: Market): after_check(market: Market):
Called before/after a market is checked. Please don’t put anything intensive in here.
before_create(market: Market): after_create(market: Market):
Called before/after a market is created.
before_resolve(market: Market, outcome: AnyResolution): after_resolve(market: Market, outcome: AnyResolution, response: Response):
Called before/after a market is resolved. Please don’t put anything intensive in here.
before_remove(market: Market): after_remove(market: Market):
Called before/after a market is removed from the database.
- __format_resolve_to(sig_figs: int) str
- cancel(**kwargs: Any) T
- client: ManifoldClient
- event_emitter: EventEmitter
- explain_abstract(**kwargs: Any) str [source]
Explain how the market will resolve and decide to resolve.
- explain_specific(sig_figs: int = 4) str [source]
Explain why the market is resolving the way that it is.
- classmethod from_dict(env: ModJSONDict) Market [source]
Take a dictionary and return an instance of the associated class.
- classmethod from_id(id: str, *args: Any, **kwargs: Any) Market [source]
Reconstruct a Market object from the market ID and other arguments.
- classmethod from_slug(slug: str, *args: Any, **kwargs: Any) Market [source]
Reconstruct a Market object from the market slug and other arguments.
- classmethod from_url(url: str, *args: Any, **kwargs: Any) Market [source]
Reconstruct a Market object from the market url and other arguments.
- property id: str
Return the ID of a market as reported by Manifold.
- logger: Logger = None
- market: APIMarket
- notes: str = ''
- resolve(**kwargs: Any) T
- resolve_to() AnyResolution [source]
Select a value to be resolved to.
This is done by iterating through a series of Rules, each of which have opportunity to recommend a value. The first resolved value is resolved to.
Binary markets must return a float between 0 and 100. Numeric markets must return a float in its correct range. Free response markets must resolve to either a single index integer or
a mapping of indices to weights.
Any rule may return “CANCEL” to instead refund all orders.
- property status: MarketStatus
Return whether a market is OPEN, CLOSED, or RESOLVED.