CLVModel#

class pymc_marketing.clv.models.basic.CLVModel(data, *, model_config=None, sampler_config=None, non_distributions=None)[source]#

CLV Model base class.

Methods

CLVModel.__init__(data, *[, model_config, ...])

Initialize model configuration and sampler configuration for the model.

CLVModel.attrs_to_init_kwargs(attrs)

Convert the model configuration and sampler configuration from the attributes to keyword arguments.

CLVModel.build_model(X, y, **kwargs)

Create an instance of pm.Model based on provided data and model_config.

CLVModel.create_idata_attrs()

Create attributes for the inference data.

CLVModel.fit([fit_method])

Infer model posterior.

CLVModel.fit_summary(**kwargs)

Compute the summary of the fit result.

CLVModel.get_params([deep])

Get all the model parameters needed to instantiate a copy of the model, not including training data.

CLVModel.load(fname)

Create a ModelBuilder instance from a file.

CLVModel.predict(X_pred[, extend_idata])

Use a model to predict on unseen data and return point prediction of all the samples.

CLVModel.predict_posterior(X_pred[, ...])

Generate posterior predictive samples on unseen data.

CLVModel.predict_proba(X_pred[, ...])

Alias for predict_posterior, for consistency with scikit-learn probabilistic estimators.

CLVModel.sample_posterior_predictive(X_pred)

Sample from the model's posterior predictive distribution.

CLVModel.sample_prior_predictive(X_pred[, ...])

Sample from the model's prior predictive distribution.

CLVModel.save(fname)

Save the model's inference data to a file.

CLVModel.set_idata_attrs([idata])

Set attributes on an InferenceData object.

CLVModel.set_params(**params)

Set all the model parameters needed to instantiate the model, not including training data.

CLVModel.thin_fit_result(keep_every)

Return a copy of the model with a thinned fit result.

Attributes

X

default_model_config

Return a class default configuration dictionary.

default_sampler_config

Default sampler configuration.

fit_result

Get the fit result.

id

Generate a unique hash value for the model.

output_var

Output variable of the model.

version

y