Release note
v2.1.0 (29 Sep 2022)
Breaking changes:
- Accelerated version of simulating molecular dynamics using SIMD and MKL.
Main code developer (Yutack Park).
Total 3x ~ 3.5x speed-up :
pair_nn_simd.cpp
,pair_nn_simd.h
andpair_nn_simd_function.h
v2.0.0 (3 Dec 2021)
Breaking changes:
- Refactoring SIMPLE-NN from Tensorflow to PyTorch!
Main code developer (Seungwoo Hwang).
Main code developer (Sangmin Oh).
Project advisor and code developer (Jisu Jung).
Project organizer and original code developer (Kyuhyun Lee).
v1.1.1 (23 Sep 2021)
General changes:
Independent tags of
generate
andpreprocess
ininput.yaml
for consistency (Jisu Jung).Extended buffer in LAMMPS potential (
pair_nn.cpp
) for multinary (> 4) system (Jisu Jung).
Bug fixes:
Fixed the inconsistency between the direct and cartesian positions from
ASE
(Jisu Jung).Fixed the memory leak in LAMMPS potential (
pair_nn.cpp
) (Jisu Jung).
v1.1.0 (13 Oct 2020)
Development:
Replica ensemble for quantifying the uncertainty (Wonseok Jeong and Jisu Jung).
Bug fixes:
Fixed type mismatch in LAMMPS potential (
pair_nn.cpp
) (Jisu Jung).
v1.0.0 (21 Feb 2020)
Development:
Stress training (Jisu Jung).
General changes:
Optimized LAMMPS potential (
pair_nn.cpp
) (Dongsun Yoo).Changed the unit in LOG from epoch to iteration (Dongsun Yoo).
PCA whitening (Dongsun Yoo).
v0.8.0 (6 Apr 2019)
Development:
Gaussian density function (GDF) calculation (Kyuhyun Lee, Dongsun Yoo, Wonseok Jeong).
General changes:
Added information to LOG (Kyuhyun Lee, Dongsun Yoo).
Bug fixes:
Fixed MPI issues (Kyuhyun Lee, Dongsun Yoo).
v0.6.0 (20 Nov 2018)
General changes:
Added brace expansion in
str_list
(Kyuhyun Lee).Added early stopping feature (Kyuhyun Lee).
v0.5.0 (11 Oct 2018)
General changes:
stddev
for weight initialization (Dongsun Yoo).
v0.4.6 (18 Sep 2018)
General changes:
Warning on undefined tag in
input.yaml
(Dongsun Yoo).
Bug fixes:
Fixed regularization. (Dongsun Yoo).
v0.4.5 (4 Sep 2018)
General changes:
User-defined optimizer (Kyuhyun Lee).
v0.4.3 (24 Aug 2018)
General changes:
Changed saving mechanism (Kyuhyun Lee).