Neuron model GUI: (link)

This is a small-scale GUI for simulating spiking neuron models based on Growth Transforms. Users can emulate different neural dynamics, like tonic spiking in response to constant input, leaky integration in response to pulse inputs, bursting, adaptation, etc. by clicking the relevant buttons, or play around with the code to explore other dynamics. Users can also change the input currents (DC and AC components). All of these can be done for each neuron individually or for all neurons simultaneously. Clicking reset resets all inputs to their default values.

The GUI can also simulate a network of neurons with inhibitory and excitatory connections. There is an option for generating a sparse random connection matrix in the GUI. The user can also load their own connection matrix 'Q' by defining it in the workspace and then importing it into the GUI using the Connectivity matrix dropdown menu. The matrix should be called Q and it should be a square matrix of size NxN, where N is the number of neurons. This GUI works best for 1-40 neurons and displays the membrane potential trace for all the neurons in the network.