MET-dateset / README.md
Mint258's picture
Upload data
2f3a3f5 verified
|
Raw
History Blame Contribute Delete
2.48 kB
metadata
pretty_name: MET-dateset
tags:
  - chemistry
  - molecular-property-prediction
  - 3d-molecules
  - lmdb

MET-dateset

LMDB dataset release for the MET project:

Integrating equivariant architectures and charge supervision for data-efficient molecular property prediction

Links

Contents

This upload contains single-file LMDB datasets prepared for the MET codebase.

QM9

  • QM9/full_database.lmdb
  • QM9/train_valid_database.lmdb
  • QM9/test_database.lmdb

QM7

  • QM7/full_database.lmdb
  • QM7/train_database_300.lmdb
  • QM7/test_database.lmdb

Record Format

Each LMDB record stores the molecular graph and associated labels used by MET. The per-record payload includes:

  • z: atomic numbers
  • pos: 3D atomic coordinates
  • y: main supervised target used by the corresponding pipeline
  • scalar_props: graph-level scalar properties when available
  • filename: source molecule identifier
  • chiral_inchi: stored molecule identifier string when available

Metadata entries are also included, such as __meta__/property_names.

QM9 Graph-Level Properties

rot_A, rot_B, rot_C, dipole, polarizability, HOMO_energy, LUMO_energy, gap, R2, zpve, U0, U298, H298, G298, Cv

QM7 Graph-Level Properties

atomization_energy

Intended Local Layout

After download, place the files into the MET repository like this:

data/
  QM7/
    full_database.lmdb
    train_database_300.lmdb
    test_database.lmdb
  QM9/
    full_database.lmdb
    train_valid_database.lmdb
    test_database.lmdb

Usage with MET

Example pretraining command:

python pretrain/training_charge_model.py \
  --data_root data/QM9/train_valid_database.lmdb \
  --save_path pretrained_ckpt/best_model_dim128_reproduced.pth

Example evaluation command:

python pretrain/charge_predict.py \
  --checkpoint_path pretrained_ckpt/best_model_dim128.pth \
  --test_data_root data/QM9/test_database.lmdb

Notes

  • These LMDB files are derived from the local QM7 and QM9 inputs used by the MET repository.
  • Downstream fine-tuning in MET still supports plain-file inputs such as xyz directories, manifests, and CSV files with SMILES.
  • This dataset card is prepared for manual upload to Hugging Face.