Welcome to Brian’s documentation!

• Introduction
• Installation
  • Quick installation
  • Manual installation
  • Testing
  • Optimisations
• Getting started
  • Tutorials
  • Examples
• User manual
  • Units
  • Models and neuron groups
  • Connections
  • Spike-timing-dependent plasticity
  • Short-term plasticity
  • Synapses
  • Recording
  • Inputs
  • User-defined operations
  • Analysis and plotting
  • Realtime control
  • Clocks
  • Simulation control
  • More on equations
  • File management
  • Managing simulation runs and data
• The library
  • Library models
  • Random processes
  • Electrophysiology: models
  • Electrophysiology: electrode compensation
  • Electrophysiology: trace analysis
  • Model fitting
  • Brian hears
• Advanced concepts
  • How to write efficient Brian code
  • Compiled code
  • Projects with multiple files or functions
  • Connection matrices
  • Parameters
  • Precalculated tables
  • Preferences
  • Logging
• Extending Brian
• Reference
  • SciPy, NumPy and PyLab
  • Units system
  • Clocks
  • Neuron models and groups
  • Integration
  • Standard Groups
  • Connections
  • Plasticity
  • Synapses
  • Network
  • Monitors
  • Plotting
  • Variable updating
  • Analysis
  • Input/output
  • Task farming
  • Remote control
  • Progress reporting
  • Model fitting toolbox
  • Electrode compensation
  • Brian hears
  • Magic in Brian
  • Tests
• Typical Tasks
  • Projects with multiple files or functions
• Experimental features
  • Code generation
  • GPU/CUDA
  • Multilinear state updater
  • Realtime Connection Monitor
  • Automatic Model Documentation
• Developer’s guide
  • Guidelines
  • Simulation principles
  • Main code structure
  • Equations
  • Code generation
  • Brian package structure
  • Repository structure

See also the reference sheet. You can download a PDF version of the documentation here.