Reverse Dependencies of neo

The following projects have a declared dependency on neo:

• basalunit — A SciUnit library for data-driven testing of basal ganglia models.
• bluepyefe — Blue Brain Python E-feature extraction
• bsb-core — `bsb-core` is the backbone package contain the essential code of the BSB: A component
• cleosim — Cleo: the Closed-Loop, Electrophysiology, and Optogenetics experiment simulation testbed
• cobrawap — Collaborative Brain Wave Analysis Pipeline (Cobrawap)
• crabby — A collection of scripts used in the Nusbaum Lab for data analysis, modeling, and visualization
• efel — Electrophys Feature Extract Library (eFEL)
• eFELunit — A SciUnit library for data-driven testing of neuronal morphologies.
• elephant — Elephant is a package for analysis of electrophysiology data in Python
• ephyviewer — Simple viewers for ephys signals, events, video and more
• ezephys — Tools for working with electrophysiological data.
• LongTermBiosignals — Python library for easy managing and processing of large Long-Term Biosignals.
• MiV-OS — Python software for analysis and computing framework used in MiV project.
• movshon-lab-to-nwb — NWB conversion scripts and tutorials.
• networkunit — A SciUnit library for validation testing of spiking networks.
• neural-data-simulator — Electrophysiology simulator data for developing Brain-Computer Interfaces
• neuroconv — Convert data from proprietary formats to NWB format.
• neuronautics — Simplify the exploration of neural data.
• neuronunitopt — A SciUnit library for data-driven testing of single-neuron physiology models.
• neurotic — Curate, visualize, annotate, and share your behavioral ephys data using Python
• nwb-conversion-tools — Convert data from proprietary formats to NWB format.
• nwb4fp — Description of my package
• nwb4fprobe — Description of my package
• physio — Simple python toolbox to analyse physio signals (respi and ECG)
• psort — Graphical application for identifying simple and complex purkinje spikes
• pydapsys — Read recordings made with DAPSYS
• pyephys — Package for patch-clamp data analysis
• pylabianca — Package for analysis of single-neuron spike data.
• PyNN — A Python package for simulator-independent specification of neuronal network models
• pype9 — PYthon PipelinEs for 9ML (Pype9) is a collection of Python pipelines for simulating networks of neuron models described in 9ML with various simulator backends.
• pyratlib — PyRat is a user friendly library in python to analyze data from the DeepLabCut. Developed to help researchers unfamiliar with programming can perform animal behavior analysis more simpler.
• python-swan — Python based tool for tracking single units from spike sorted data across several electrophysiological recording sessions.
• simply-nwb — Common NWB use cases and simplified interface for common usage
• spikeextractors — Python module for extracting recorded and spike sorted extracellular data from different file types and formats
• spikeinterface — Python toolkit for analysis, visualization, and comparison of spike sorting output
• spikeinterface-pipelines — Collection of standardized analysis pipelines based on SpikeInterfacee.
• sPyNNaker — Tools for simulating neural models generated using PyNN 0.9 on the SpiNNaker platform
• TDTNex — To add OfflineSorter codes to TDT blocks
• tridesclous — offline/online spike sorting with french touch that light the barbecue
• trodes-to-nwb — A python package to convert SpikeGadgets data to NWB