Addresses https://github.com/GEMScienceTools/gmpe-smtk/issues/97
The use of subclasses for different tools to calculate the fit of ground motions to models (e.g. Likelihood, LLH, MultivariateLLH, EDR) meant that the user would need to re-calculate the residuals upon calling each tool. This PR merges the respective tools into the main Residuals class to avoid this.
The changes (from the original classes to new methods in the Residuals class) are as follows:
Likelihood now becomes .get_likelihood_values()LLH(...) now becomes .get_loglikelihood_values(imts)MultivariateLLH now becomes .get_multivariate_loglikelihood_values(sum_imts=bool)EDR now becomes .get_edr_values(bandwidth, multiplier)
Additionally, the methods are also added into a dictionary, allowing them to be called in sequence from an instantiated residuals object and a list of method names.
For backward compatibility the previous classes are retained, albeit now raising deprecation warnings upon instantiation.
Addresses https://github.com/GEMScienceTools/gmpe-smtk/issues/97 The use of subclasses for different tools to calculate the fit of ground motions to models (e.g.
Likelihood,LLH,MultivariateLLH,EDR) meant that the user would need to re-calculate the residuals upon calling each tool. This PR merges the respective tools into the main Residuals class to avoid this. The changes (from the original classes to new methods in the Residuals class) are as follows:Likelihoodnow becomes.get_likelihood_values()LLH(...)now becomes.get_loglikelihood_values(imts)MultivariateLLHnow becomes.get_multivariate_loglikelihood_values(sum_imts=bool)EDRnow becomes.get_edr_values(bandwidth, multiplier)Additionally, the methods are also added into a dictionary, allowing them to be called in sequence from an instantiated residuals object and a list of method names.
For backward compatibility the previous classes are retained, albeit now raising deprecation warnings upon instantiation.
Changes are propagated into the plotting tools.