Python 3.6 or higher is needed with PyTorch 1.2 or higher. The dpu-utils
package is also necessary:
> pip3 install dpu-utils
-
First convert the data to the appropriate format.
data/loading.py
shows a few of the possible methods. TheJSONL
style is probably the easiest one. This format is a.jsonl.gz
where each line has the format:{ "input_sequence": ["list", "of", "input", "tokens", ...], "output_sequence": ["list", "of", "output", "tokens", ...] }
Optionally, you can have a
"provenance"
field and an"edit_type"
field.To define the type of data used in training/testing, use the
--data-type
option in the command line.Then run training
> python3 model/train.py --data-type=jsonl path/to/train/data /path/to/validation/data <modelname> ./model-save/filename.pkl.gz
There are multiple possible
modelname
, but commonly you'd like to use thebaseseq2seq
andbasecopyspan
.To run you the code need Python3 and PyTorch. Make sure that your
PYTHONPATH
environment variable points to the root folder of this repository.Output parallel predictions.
> python3 model/outputparallelpredictions.py --data-type=jsonl ./model-save/filename.pkl.gz path/to/test/data path/for/output/txt/file_prefix
This will output the before/after predictions in separate files in two files ending in
before.txt
andafter.txt
.Models are defined in
editrepresentationmodels.py
and their constructor is invoked intrain.py
.Editing Models:
basecopyseq2seq
A GRU-based sequence2sequence model with attention and (simple) copying.basecopyspan
A GRU-based sequence2sequence model with span-copying.
Edit Representation Models:
Edit representation models follow the structure of the work of Yin et al..
copyseq2seq
A GRU-based edit representation model with attention and (simple) copying.copyspan
A GRU-based edit representation model with span-copying.
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