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TLogic: Temporal Logical Rules for Explainable Link Forecasting on Temporal Knowledge Graphs

This repository contains the code for the paper TLogic: Temporal Logical Rules for Explainable Link Forecasting on Temporal Knowledge Graphs.

The dependencies required to run the code are specified in pyproject.toml. Run poetry install to install the dependencies from poetry.lock. For more information about Poetry, a tool for dependency management and packaging in Python, see https://python-poetry.org/docs/.

The commands for running TLogic and recreating the results from the paper can be found in run.txt.

demo.ipynb contains a demonstration of the components rule learning and rule application.

Each event in the temporal knowledge graph is written in the format subject predicate object timestamp, with tabs as separators. The dataset is split into train.txt, valid.txt, and test.txt, where we use the same split as provided by Han et al. The files entity2id.json, relation2id.json, ts2id.json define the mapping of entities, relations, and timestamps to their corresponding IDs, respectively. The file statistics.yaml summarizes the statistics of the dataset and is not needed for running the code.

In learn.py:

--dataset, -d: str. Dataset name.

--rule_lengths, -l: int. Length(s) of rules that will be learned, e.g., 2, 1 2 3.

--num_walks, -n: int. Number of walks that will be extracted during rule learning.

--transition_distr: str. Transition distribution; either unif for uniform distribution or exp for exponentially weighted distribution.

--num_processes, -p: int. Number of processes to be run in parallel.

--seed, -s: int. Random seed for reproducibility.

In apply.py:

--dataset, -d: str. Dataset name.

--test_data: str. Data for rule application; either test for test set or any other string for validation set.

--rules, -r: str. Name of the rules file.

--rule_lengths, -l: int. Length(s) of rules that will be applied, e.g., 2, 1 2 3.

--window, -w: int. Size of the time window before the query timestamp for rule application.

--top_k: int. Minimum number of candidates. The rule application stops for a query if this number is reached.

--num_processes, -p: int. Number of processes to be run in parallel.

In evaluate.py:

--dataset, -d: str. Dataset name.

--test_data: str. Data for rule application; either test for test set or any other string for validation set.

--candidates, -c: str. Name of the candidates file.