ALLEN INSTITUTE

bmtk¶

  • bmtk package
    • Subpackages
      • bmtk.analyzer package
        • Submodules
        • bmtk.analyzer.cell_vars module
        • bmtk.analyzer.compartment module
        • bmtk.analyzer.ecp module
        • bmtk.analyzer.edges module
        • bmtk.analyzer.firing_rates module
        • bmtk.analyzer.io_tools module
        • bmtk.analyzer.spike_trains module
        • bmtk.analyzer.spikes_analyzer module
        • bmtk.analyzer.spikes_loader module
        • bmtk.analyzer.utils module
        • Module contents
      • bmtk.builder package
        • Subpackages
        • Submodules
        • bmtk.builder.builder_utils module
        • bmtk.builder.connection_map module
        • bmtk.builder.connector module
        • bmtk.builder.edge module
        • bmtk.builder.functor_cache module
        • bmtk.builder.id_generator module
        • bmtk.builder.index_builders module
        • bmtk.builder.iterator module
        • bmtk.builder.network_builder module
        • bmtk.builder.networks module
        • bmtk.builder.node module
        • bmtk.builder.node_pool module
        • bmtk.builder.node_set module
        • Module contents
      • bmtk.simulator package
        • Subpackages
        • Module contents
      • bmtk.tests package
        • Subpackages
        • Module contents
      • bmtk.utils package
        • Subpackages
        • Submodules
        • bmtk.utils.hdf5_helper module
        • bmtk.utils.lazy_property module
        • bmtk.utils.sim_setup module
        • Module contents
    • Module contents

Contents

  • Installation Guide
  • Building Networks
  • Simulation Engines
    • BioNet
    • PointNet
    • PopNet
    • FilterNet
  • Analyzing the Results
  • Main Tutorials
    • Builder: Using the Network Builder
    • BioNet: Single cell with current injection
    • BioNet: Single with with synaptic input
    • BioNet: Multiple Nodes with single cell-type
    • BioNet: Heterogeneous network
    • PointNet: Point-neuron modeling
    • FilterNet: Full-field flashing movie
    • Auditory FilterNet: Generating stimuli from auditory input
    • PopNet: Population-based firing rate models
  • Additional Tutorials
    • Cell placement: Functions for spatially distributing units
    • Accessing synapse models in NEST to model dynamic synapses
    • Creating spike trains with refractory periods
    • Replaying disconnected simulations in BioNet
  • Example Networks
  • Github Profile
  • Annual Modeling Software Workshop
  • Registration
  • Contributors
  • How to Cite
  • Source Documentation
    • bmtk.analyzer package
    • bmtk.builder package
    • bmtk.simulator package
    • bmtk.tests package
    • bmtk.utils package

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