sinergym.utils.wrappers.ReduceObservationWrapper

class sinergym.utils.wrappers.ReduceObservationWrapper(*args, **kwargs)

__init__(*args, **kwargs)

Wraps an environment to allow a modular transformation of the step() and reset() methods.

Methods

`__init__`(args, *kwargs)	Wraps an environment to allow a modular transformation of the `step()` and `reset()` methods.
`class_name`()	Returns the class name of the wrapper.
`close`()	Close the environment and filter normalization calibrations and save if is required
`get_obs_dict`(obs)	Convert observation array to dictionary with variable names as keys.
`get_wrapper_attr`(name)	Gets an attribute from the wrapper and lower environments if name doesn't exist in this object.
`has_wrapper_attr`(name)	Checks if the given attribute is within the wrapper or its environment.
`render`()	Uses the `render()` of the `env` that can be overwritten to change the returned data.
`reset`([seed, options])	Sends action to the environment.
`set_wrapper_attr`(name, value, *[, force])	Sets an attribute on this wrapper or lower environment if name is already defined.
`step`(action)	Sends action to the environment.
`wrapper_spec`(**kwargs)	Generates a WrapperSpec for the wrappers.

Attributes

`action_space`	Return the `Env` `action_space` unless overwritten then the wrapper `action_space` is used.
`logger`
`metadata`	Returns the `Env` `metadata`.
`np_random`	Returns the `Env` `np_random` attribute.
`np_random_seed`	Returns the base environment's `np_random_seed`.
`observation_space`	Return the `Env` `observation_space` unless overwritten then the wrapper `observation_space` is used.
`render_mode`	Returns the `Env` `render_mode`.
`spec`	Returns the `Env` `spec` attribute with the WrapperSpec if the wrapper inherits from EzPickle.
`unwrapped`	Returns the base environment of the wrapper.

close(): Close the environment and filter normalization calibrations and save if is required

reset(seed: int | None = None, options: Dict[str, Any] | None = None) → Tuple[ndarray, Dict[str, Any]]: Sends action to the environment. Separating removed variables from observation values and adding it to info dict

step(action: ndarray) → Tuple[ndarray, SupportsFloat, bool, bool, Dict[str, Any]]

Sends action to the environment. Separating removed variables from observation values and adding it to info dict.

Parameters:: action (np.ndarray) – Action selected by the agent.
Returns:: Observation for next timestep, reward obtained, Whether the episode has ended or not, Whether episode has been truncated or not, and a dictionary with extra information
Return type:: Tuple[np.ndarray, SupportsFloat, bool, bool, Dict[str, Any]]