EvalNE v0.3.2
EvalNE v0.3.2
Release date: 20 Apr 2020
Main improvements since v0.2.2 release:
- Old Evaluator class is now LPEvaluator
- Added Network Reconstruction evaluation (NREvaluator)
- Added Node Classification evaluation (NCEvaluator)
- Train/validation splits are now required when initializing Evaluator classes
- Added 3 new algorithms for computing train/test splits. One extremely scalable up to millions of nodes/edges
- Improved error management and error logging
- Edge embedding methods are now always tunned as method parameters. Results for the best are given.
- For link prediction and network reconstruction, the user can now evaluate the methods exclusively on train data.
- Added Scoresheet class to simplify output management
- Export results directly to pandas dataframe and latex tables supported
- A new heuristic for LP named
all_baselines
has been added. Generates a 5-dim edge embedding by combining the existing heuristics [CN, JC, AA, PA, RAI]. - Automated file header detection (in the output of embedding methods) is now a function
- Functions for reading the embeddings, predictions and node labels have been added
- The user can now set a timeout for the execution of each method in the conf files. E.g. TIMEOUT = 1800
- Conf files now support any sklearn binary classifier in the LP_MODEL variable. E.g. LP_MODEL=sklearn.svm.LinearSVC(C=1.0, kernel=’rbf’, degree=3)
- Conf files also support keyword SVM for the LP_MODEL. This uses the sklearn LinearSVC model and tunes the regularization parameter on a grid [0.1, 1, 10, 100, 1000].
- Method execution is made safer by using Popen communicate instead of subprocess.run(shell=True)
- Removed lp_model coefficient output. This could lead to errors and failed evaluations for certain Sklearn binary classifiers
- Method compute_pred() of LPEvaluator and NREvaluator classes now tries to use lp_model.predict_proba() if the classifier does not have it, the function defaults to lp_model.predict()
- The scoresheet method get_pandas_df() now includes a repeat parameter which denotes the exact experiment repeat results the user wants in the DF. If repeat=None, the DF returned will contain the average metric over all experiment repeats.
A complete Release Log is available on the EvalNE Read The Docs page here.