Releases: metatensor/metatomic
Releases · metatensor/metatomic
metatomic-torch v0.1.8
This is a new release of metatomic-torch, with the following changes:
Added
- Added the ability for models to request extra inputs from the simulation engine, on top of positions/cell/types. These extra inputs are requested by the model and stored on the system by the engine (like for neighbor lists). They are provided as TensorMap, stored in the system's data, and follow the same metadata structure as the standard outputs (anything that can be an output can also be an input).
- Added support for
charges,masses,velocitiesas standard model inputs and outputs - Added support for PyTorch v2.10
Changed
- Properties in standard output/inputs should now consistently use singular (i.e.
positioninstead ofpositions). The plural names are deprecated and will be remove in the future.
metatomic-torch v0.1.7
metatomic-torch v0.1.6
Added
- Added support for torch v2.9
ModelOutputnow has adescriptionfield, to carry more information about a given output.- Added the
pick_outputfunction that can be used by simulation engines to pick the correct output based on what's available inside a model and which variant (if any) the user requested. - Added
metatomic.torch.ase_calculator.SymmetrizedCalculator, an ASE calculator that can average energy calculations over the O(3), SO(3) or space group of a crystal, to make unconstrained, non-equivariant models rotationally equivariant up to the integration order.
Changed
- The
pick_devicefunction now returns atorch::DeviceTypeinstead of a string in C++. This does not affect the Python API. - It is now possible to construct an
AtomisticModelwith a torch module already compiled with TorchScript.
Fixed
- Variants can now be used with non-standard outputs as well (#105)
Removed
- We dropped support for Python 3.9, and now requires at least Python 3.10
metatomic-torch v0.1.5
This is a patch release of metatomic-torch, containing the following changes:
Added
- Added support for variants of outputs, allowing one model to define all of
energy,energy/pbe0andenergy/lj_6_12as outputs. Which output to use is then picked at runtime by the simulation engine. - Two new functions,
metatomic.torch.save_bufferandmetatomic.torch.load_system_buffer, allow to serialize and deserializeSystemobjects to and fromtorch.Tensor
Changed
metatomic.torch.saveandmetatomic.torch.load_systemare now implemented in C++- We now requires at least cmake v3.22 to compile metatomic-torch
metatomic-torch v0.1.4
A new release of metatomic-torch adding support for the following:
- The ASE
MetatomicCalculatorwill now send warnings if the model predicts a high per-atom uncertainty for its energy output. - We now have two new standard outputs:
positionsandmomenta, which can be used for direct structure prediction and bypassing time integration. System.toaccepts anon_blockingargument, with the same meaning astorch.Tensor.to.
- The code is now compatible with metatensor-torch v0.8.0
- The code is now compatible torch v2.8
metatomic-torch v0.1.3
This is a patch release for metatomic-torch, with the following changes:
metatomic-torch v0.1.2
This is a patch release of metatomic-torch, fixing the following issues:
register_autograd_neighborsis now kept in the code by the TorchScript compiler. It was previously silently removed.- When running
ase_calculator.Metatomicwithnon_conservative=True, we no longer crash for NPT simulations.
metatomic-torch v0.1.1
This is a patch update to metatomic-torch, with the following change:
metatomic_torchcan now be built as part of the same cmake project asmetatensorandmetatensor_torch(#33)
metatomic v0.1.0
metatomic-v0.1.0 Release metatomic and metatomic-torch v0.1.0
metatomic-torch v0.1.0
This is the first release of metatomic-torch as an independent package. This code was previously part of metatensor-torch, in the atomistic sub-module.