Datasets:
Languages:
English
Size:
100K<n<1M
Tags:
additive-manufacturing
laser-powder-bed-fusion
smoothed-particle-hydrodynamics
melt-pool
keyhole
physics-simulation
DOI:
License:
Running the Examples
You do not need to download the full dataset. Each script has a cap (N_SUBSET or
MAX_IMAGES) that limits how many simulations or images are loaded. Download any small
subset of simulation directories and point DATA_DIRS at them — the scripts will use only
what is available.
Requirements
pip install numpy pillow scikit-learn matplotlib torch
Expected data layout
Each simulation directory must contain:
<sim_dir>/
parameters.json # process parameters
monitor/position-bounds_melt.dat # melt-pool bounds (regression + classification)
frames.csv # frame labels (generation only)
frames/side/<frame>.png # side-profile images (generation only)
Point DATA_DIRS in each script at one or more parent directories that hold these
simulation folders.
Regression — Melt-Pool Width Prediction
python example_regression.py
- Reviewer shortcut: set
N_SUBSET = 30(already the default) to use only the first 30 simulations found — ~1 min on CPU. SetNoneto use all. - Predicts steady-state melt-pool width from four process parameters.
- Results (parity plots + feature importance) are saved to
runs/regression_<timestamp>/.
Classification — Keyhole vs Conduction
python example_classification.py
- Reviewer shortcut: set
N_SUBSET = 30(already the default) to use only the first 30 simulations found — ~1 min on CPU. SetNoneto use all. - Labels are derived automatically from simulation output — no manual annotation needed.
- Results (confusion matrices + feature importance) are saved to
runs/classification_<timestamp>/.
Generation — Unconditional VAE on Side Profiles
python example_generation.py
- Reviewer shortcut: set
MAX_IMAGES = 500(already the default) to cap the number of frames loaded — ~2 min on CPU. SetNoneto use all images. - Only frames labeled Keyhole or Conduction are used; Initial Emptiness and Forming Phase are excluded.
- Results (sample grids, reconstructions, loss curve) are saved to
runs/generation_<timestamp>/.