autoreg-pde-diffusion
Benchmarking Autoregressive Conditional Diffusion Models for Turbulent Flow Simulation
File Explorer
- get_JHTDB.py
- get_JHTDB_scheduler.py
- karman2D.py
- karman2D_gen.sh
- karman2D_gen_reyVar.sh
- convert_data.py
- data_generation.py
- grid_quad_2d.su2
- steady.cfg
- unsteady_2d_initial.cfg
- unsteady_2d_lowDissipation.cfg
- long_stability_batch_scatter.png
- long_stability_extrap_batch_heatmap.png
- long_stability_extrap_heatmap.png
- long_stability_highRey_batch_heatmap.png
- rollout_data_extrap_vort.png
- rollout_data_highRey_vort.png
- plot_inc_vorticity.png
- plot_iso_vorticity.png
- plot_tra_pressure.png
- plumeA.png
- plumeB.png
- plumeComparisonPlot.png
- plumeReference.png
- LSiM.pth
- __init__.py
- base_models.py
- dataset_distance.py
- distance_model.py
- distance_model_non_siamese.py
- loss.py
- metrics.py
- trainer.py
- __init__.py
- data_transformations.py
- logger.py
- loss.py
- loss_history.py
- model.py
- model_dfpnet.py
- model_diffusion.py
- model_diffusion_blocks.py
- model_encoder.py
- model_latent_transformer.py
- model_refiner.py
- model_resnet.py
- params.py
- trainer.py
- trainer_diffusion.py
- turbulence_dataset.py
- compute_data_mean_std.py
- convert_SU2_structure.py
- copy_data_lowres.py
- plot_color_and_name_mapping.py
- plot_data.py
- plot_data_app.py
- plot_data_posterior_tra.py
- plot_data_posterior_tra2.py
- plot_data_vid.py
- plot_data_vid_posterior_samples.py
- plot_downstream_line_freq_inc.py
- plot_downstream_line_freq_tra.py
- plot_downstream_temp_freq_inc.py
- plot_downstream_temp_freq_iso.py
- plot_downstream_temp_freq_tra.py
- plot_loss_all.py
- plot_loss_sequence_inc.py
- plot_loss_to_prev.py
- plot_tke.py
- sample_models_inc.py
- sample_models_inc_long.py
- sample_models_iso.py
- sample_models_tra.py
- sample_models_tra_long.py
- training_diffusion_inc.py
- training_diffusion_iso.py
- training_diffusion_tra.py
- training_inc.py
- training_iso.py
- training_tra.py
- .gitignore
- acdm-demo.ipynb
- LICENSE
- long-rollouts.md
- README.md
- requirements.yml
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Command Glossary
Commands referenced in this DOCs, explained below.
conda activate
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conda activate
Activate a conda environment.
See also: `conda deactivate`.
conda activate myenv
Activate an existing environment named `myenv`:
conda activate {{path/to/myenv}}
Activate an existing environment located at custom path:
conda activate --stack myenv
Stack `myenv` environment on top of a previous environment making libraries/commands/variables from both accessible:
conda create
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conda create
Create new conda environments.
conda create {{[-y|--yes]}} {{[-n|--name]}} py39 python=3.9 "numpy>=1.11" scipy
Create a new environment named `py39`, install Python 3.9, NumPy v1.11 or above in it, and the latest stable version of SciPy. Say yes to all confirmations:
conda create {{[-n|--name]}} myenv --file {{file1.yml}} --file {{file2.yml}}
Create a new environment named `myenv` and install packages listed in files:
conda create {{[-p|--prefix]}} {{path/to/myenv}}
Create a new environment at a custom path (i.e. prefix):
conda env
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conda env
Manage conda environments.
conda env create {{[-f|--file]}} {{path/to/file}}
Create an environment from an environment file (YAML, TXT, etc.):
conda env remove {{[-n|--name]}} {{environment_name}}
Delete an environment and everything in it:
conda env update {{[-f|--file]}} {{path/to/file}} --prune
Update an environment based on an environment file:
ftp
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ftp
Tools to interact with a server via File Transfer Protocol.
ftp {{ftp.example.com}}
Connect to an FTP server and run in interactive mode:
ftp {{host}}
Connect to a remote FTP server interactively:
ftp {{ip_address}} {{port}}
Connect to an FTP server specifying its IP address and port:
mpiexec
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mpiexec
This command is an alias of `mpirun`.
tldr mpirun
View documentation for the original command:
pip install
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pip install
Install Python packages.
pip install {{package1 package2 ...}}
Install one or more packages:
pip install {{package1 package2 ...}} {{[-U|--upgrade]}}
Upgrade all specified packages to the latest version, installing any that are not already present:
pip install {{package}}=={{version}}
Install a specific version of a package:
python
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python
Python language interpreter.
python
Start a REPL (interactive shell):
python {{path/to/file.py}}
Execute a specific Python file:
python -i {{path/to/file.py}}
Execute a specific Python file and start a REPL:
rsync
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rsync
Transfer files either to or from a remote host (but not between two remote hosts), by default using SSH.
To specify a remote path, use `user@host:path/to/file_or_directory`.
rsync {{path/to/source}} {{path/to/destination}}
Transfer a file (use `--dry-run` to simulate the transfer):
rsync {{[-a|--archive]}} {{path/to/source}} {{path/to/destination}}
Use archive mode (recursively copy directories, copy symlinks without resolving, and preserve permissions, ownership, and modification times):
rsync {{[-zvhP|--compress --verbose --human-readable --partial --progress]}} {{path/to/source}} {{path/to/destination}}
Compress the data as it is sent to the destination, display verbose and human-readable progress, and keep partially transferred files if interrupted:
sha512sum
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sha512sum
Calculate SHA512 cryptographic checksums.
sha512sum {{path/to/file1 path/to/file2 ...}}
Calculate the SHA512 checksum for one or more files:
sha512sum {{path/to/file1 path/to/file2 ...}} > {{path/to/file.sha512}}
Calculate and save the list of SHA512 checksums to a file:
{{command}} | sha512sum
Calculate a SHA512 checksum from `stdin`:
unzip
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unzip
Extract files/directories from Zip archives.
See also: `zip`.
unzip {{path/to/archive1.zip path/to/archive2.zip ...}}
Extract all files/directories from specific archives into the current directory:
unzip {{path/to/archive1.zip path/to/archive2.zip ...}} -d {{path/to/output}}
Extract files/directories from archives to a specific path:
unzip -c {{path/to/archive1.zip path/to/archive2.zip ...}}
Extract files/directories from archives to `stdout` alongside the extracted file names:
