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jnwb

Dataset-agnostic Python library for Neurodata Without Borders (NWB 2.0+) electrophysiology: addressing, spikes, LFP, spectral analysis, statistics, population methods, decoding, connectivity, laminar CSD, filtering, QC, and visualization.

Documentation: https://jnwb.readthedocs.io/ | Source: https://github.com/HNXJ/jnwb

jnwb is a toolbox, not a pipeline. It supplies small operations over NWB files, arrays, and metadata tables. Task structure, condition codes, and experimental hypotheses stay in project code.

  • Dataset-agnostic. No experiment condition names or manuscript results live in the library.
  • Explicit nulls. Label permutation requires an exchangeability scheme (global or within_group).
  • Preserved signal semantics. Units, sampling rates, coordinate frames, and 0- vs 1-indexing do not change across a function boundary.

Capabilities

Area Representative API
NWB metadata & addressing get_all_units_metadata, electrode_inventory, map_peak_channel_to_area, classify_layer_from_depth
Spiking raster_psth, compute_response_metrics, causal_exp_smooth, fit_exponential_onset, pairwise_phase_consistency
LFP & spectral compute_psd, compute_multitaper_psd, band_power, complex_tfr, aggregate_to_db, current_source_density_1d
Filtering bandpass_filter, notch_filter
Statistics permute_labels, cluster_permutation_test, shuffle_pvalue_paired, paired_fire_prob_test
Population & decoding jrsa, nested_cv_linear_svm, compute_population_trajectory
Connectivity granger, phase_slope_index, transfer_entropy, directed_network
Quality control channel_correlation_matrix, repair_lfp_trials, audit_units, audit_electrodes
Visualization raster_psth, setup_vector_graphics, save_figure_suite

Installation

Python 3.12 only.

pip install jnwb
pip install jnwb==0.1.1
pip install "jnwb[torch,gpu]"   # optional

Core dependencies: numpy, scipy, pandas, h5py, pynwb, hdmf, matplotlib, scikit-learn, statsmodels, joblib.

Quickstart

import numpy as np
import jnwb

rng = np.random.default_rng(42)
spikes = np.sort(rng.uniform(0.0, 10.0, 300))
events = np.array([1.0, 3.0, 5.0, 7.0])

time_bins, rate_hz, _ = jnwb.raster_psth(spikes, events, win_ms=(-100.0, 400.0), bin_ms=10.0)
smooth_hz = jnwb.causal_exp_smooth(rate_hz, bin_ms=10.0, tau_ms=25.0)
fit = jnwb.fit_exponential_onset(time_bins, smooth_hz, t0_bounds=(0.0, 200.0))
print(f"Onset t0: {fit['t0']:.1f} ms (R2={fit['r2']:.2f}, {fit['bound_status']})")

fs = 1000.0
lfp = rng.normal(size=1000)
tfr = jnwb.complex_tfr(lfp, fs=fs, freqs=np.linspace(10.0, 60.0, 10))
beta = jnwb.band_power(lfp, fs=fs, freq_range=jnwb.CANONICAL_BANDS["beta"], normalize=False)
print(f"TFR shape: {tfr.shape}, beta power: {beta:.4f}")

NWB session inventory:

import jnwb

units = jnwb.get_all_units_metadata("session.nwb")
electrodes = jnwb.electrode_inventory("session.nwb")
units = jnwb.enrich_units_dataframe(units, electrodes)
print(len(units), "units;", jnwb.audit_units(units))

Documentation

Guides, the public API (jnwb.__all__, 111 symbols), and common mistakes are on Read the Docs.

License

MIT. See LICENSE.

Release files for jnwb 0.1.1

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