CoEP

The implementation of CoEP model.

FEG

To run future event generation experiment, follow there instructions:

First Step

Prepare pre-trained models.

The key components of Inference Model (IM) and Generation Model (GM) are inherited from a pre-trained BART model. It can be downloaded from huggingface.co/facebook. Or you can just use the code in the following to initialize the modules:

from transformers import BartTokenizer, BartModel

tokenizer = BartTokenizer.from_pretrained('facebook/bart-base')
model = BartModel.from_pretrained('facebook/bart-base')

Then install dependencies

pytorch == 1.7.1
transformers = 4.2.1

Fine-tuning IM and GM with ATOMIC and ConceptNet

Run the script to train IM with the additional CLS HEAD on ATOMIC and do evaluations

python train_bart_model.py --data_name v4_atomic --add_cls

Run the script to train GM on sequential ConceptNet and do evaluations

python train_bart_model.py --data_name conceptnet_seq

Test the fine-tuned model by running the following script

python test_bart_model.py --data_name v4_atomic/conceptnet_seq --resume_path MODEL_PATH --resume_epoch MODEL_ITER

Train CoEP with fine-tuned models

Run the following script to train CoEP on fine-tuned IM and GM

python train_CoEP.py --load_kg_model_with_cls --pretrain_GM --data_name event_story

Run the script to test the performance of future event generation on CommonEvent

python test_CoEP.py --data_name event_story --train_data event_story --resume_path MODEL_PATH --resume_epoch MODEL_ITER

Playing Around in Interactive Mode

Run the script to interavtive input context and event in the terminal and generate future events

python interactive_generate.py

THU-BPM / CoEP