examples Directory Reference

Directory dependency graph for examples:

Files
file	mkpat.py
file	sim_2comp_input.cpp
file	sim_2comp_neuron.cpp
	Simulates multiple step currents of increasing amplitude to a NBG neuron.
file	sim_background.cpp
	Simulation code based on the code used in Zenke et al. (2013).
file	sim_bg_lowpass.cpp
file	sim_bg_scaling.cpp
file	sim_bg_scaling2.cpp
file	sim_bg_static.cpp
file	sim_brunel2k.cpp
	Implementation of the Brunel (2000) network as implemented in NEST.
file	sim_brunel2k_pl.cpp
	Implementation of the Brunel (2000) network with added STDP as implemented in NEST.
file	sim_coba_benchmark.cpp
	Simulation code for the Vogels Abbott benchmark following Brette et al. (2007)
file	sim_coba_binmon.cpp
file	sim_current_inject.cpp
file	sim_current_steps.cpp
	Simulates multiple step currents of increasing amplitude to a neuron.
file	sim_current_stim.cpp
file	sim_delay_connection.cpp
	Example simulation illustrating the effect of delay connection.
file	sim_dense.cpp
file	sim_epsp.cpp
	Example simulation which simulates one Poisson input onto a single postsynaptic neuron and records the membrane potential.
file	sim_epsp_binmon.cpp
	Example simulation which simulates one Poisson input onto a single postsynaptic neuron and records the membrane potential.
file	sim_epsp_stp.cpp
	Example simulation which simulates one Poisson input with short-term plasticity onto a single postsynaptic neuron and records the membrane potential.
file	sim_inputchannels.cpp
	Example simulation which records the spiking output of InputChannelGroup.
file	sim_isp_big.cpp
	This simulation illustrates inhibitory synaptic plasticity as modeled in Vogels et al. (2011) in a larger 200k cell network.
file	sim_isp_orig.cpp
	This simulation illustrates inhibitory synaptic plasticity as modeled in Vogels et al. (2011)
file	sim_parrot.cpp
	Example simulation which illustrates the use of ParrotGroup.
file	sim_poisson.cpp
	Example simulation which simulates a group of Poisson neurons.
file	sim_poisson_input.cpp
	Simulates exc and inh Poisson inputs to a small population of AdEx neurons and records their membrane potentials.
file	sim_srm0_steps.cpp
	Simulates multiple step currents of increasing amplitude to 100 SRM0 neurons.
file	sim_stdp.cpp
	Example simulation of a single postsynaptic neuron with Poisson input and pair-based additive STDP.
file	sim_step_current.cpp
	Example simulation which simulates a neuron during current step injection.
file	sim_stim_group.cpp
	Example simulation which simulates one Poisson input onto a single postsynaptic neuron and records the membrane potential.
file	sim_stim_homtriplet.cpp
file	sim_stim_scaling.cpp
file	sim_test.cpp
	Example simulation which simulates one Poisson input onto a single postsynaptic neuron and records the membrane potential.
file	sim_tutorial1.cpp
	A minimal example for simulating a single AdEx neuron with excitatory Poisson input.
file	sim_tutorial2.cpp
	A minimal example for simulating a balanced network model.
file	sim_tutorial3.cpp
	A minimal example for simulating a plastic balanced network model.