nn_tuning.stimulus_generator.stimulus_generator
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import abc from abc import ABC import numpy as np from ..storage import Table, TableSet from typing import Union class StimulusGenerator(ABC): """ Abstract class for the StimulusGenerators. """ @abc.abstractmethod def generate(self, shape: tuple) -> Union[Table, TableSet]: """ Generates all input and saves the input to a table. Usage ------ >>> StimulusGenerator().generate((128,160)) Args: shape: The expected shape of the input Returns: Table or TableSet containing the stimuli """ raise NotImplementedError @property @abc.abstractmethod def stimulus_description(self) -> np.ndarray: """ Generates the stimulus description for use in the `FittingManager` Returns: np.ndarray containing the stimulus variable to be used by the FittingManager. """ raise NotImplementedError @property @abc.abstractmethod def stim_x(self): pass @property @abc.abstractmethod def stim_y(self): pass
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class StimulusGenerator(ABC): """ Abstract class for the StimulusGenerators. """ @abc.abstractmethod def generate(self, shape: tuple) -> Union[Table, TableSet]: """ Generates all input and saves the input to a table. Usage ------ >>> StimulusGenerator().generate((128,160)) Args: shape: The expected shape of the input Returns: Table or TableSet containing the stimuli """ raise NotImplementedError @property @abc.abstractmethod def stimulus_description(self) -> np.ndarray: """ Generates the stimulus description for use in the `FittingManager` Returns: np.ndarray containing the stimulus variable to be used by the FittingManager. """ raise NotImplementedError @property @abc.abstractmethod def stim_x(self): pass @property @abc.abstractmethod def stim_y(self): pass
Abstract class for the StimulusGenerators.
#  
@abc.abstractmethod
def
generate(
self,
shape: tuple
) -> Union[nn_tuning.storage.table.Table, nn_tuning.storage.table_set.TableSet]:
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@abc.abstractmethod def generate(self, shape: tuple) -> Union[Table, TableSet]: """ Generates all input and saves the input to a table. Usage ------ >>> StimulusGenerator().generate((128,160)) Args: shape: The expected shape of the input Returns: Table or TableSet containing the stimuli """ raise NotImplementedError
Generates all input and saves the input to a table.
Usage
>>> StimulusGenerator().generate((128,160))
Args
- shape: The expected shape of the input
Returns
Table or TableSet containing the stimuli
Generates the stimulus description for use in the FittingManager
Returns
np.ndarray containing the stimulus variable to be used by the FittingManager.
#  
stim_x
#  
stim_y