TensorBoard provides the visualization and tooling needed for machine learning experimentation. A full instruction of tensorboard can be found here.
DeePMD-kit can now use most of the interesting features enabled by tensorboard!
- Tracking and visualizing metrics, such as l2_loss, l2_energy_loss and l2_force_loss
- Visualizing the model graph (ops and layers)
- Viewing histograms of weights, biases, or other tensors as they change over time.
- Viewing summaries of trainable viriables
Before running TensorBoard, make sure you have generated summary data in a log
directory by modifying the the input script, set {ref}tensorboard <training/tensorboard>
to true in training
subsection will enable the tensorboard data analysis. eg. water_se_a.json.
"training" : {
"systems": ["../data/"],
"set_prefix": "set",
"stop_batch": 1000000,
"batch_size": 1,
"seed": 1,
"_comment": " display and restart",
"_comment": " frequencies counted in batch",
"disp_file": "lcurve.out",
"disp_freq": 100,
"numb_test": 10,
"save_freq": 1000,
"save_ckpt": "model.ckpt",
"disp_training":true,
"time_training":true,
"tensorboard": true,
"tensorboard_log_dir":"log",
"tensorboard_freq": 1000,
"profiling": false,
"profiling_file":"timeline.json",
"_comment": "that's all"
}
Once you have event files, run TensorBoard and provide the log directory. This should print that TensorBoard has started. Next, connect to http://tensorboard_server_ip:6006.
TensorBoard requires a logdir to read logs from. For info on configuring TensorBoard, run tensorboard --help. One can easily change the log name with "tensorboard_log_dir" and the sampling frequency with "tensorboard_freq".
tensorboard --logdir path/to/logs
Allowing the tensorboard analysis will takes extra execution time.(eg, 15% increasing @Nvidia GTX 1080Ti double precision with default water sample)
TensorBoard can be used in Google Chrome or Firefox. Other browsers might work, but there may be bugs or performance issues.