netpyne.network.subconn

Module for distributing synapses at the subcellular level in networks

Functions:

pathDistance(from_segment, to_segment)	Compute the path distance between two points on a neuron based on h.distance()
posFromLoc(sec, x)	Compute absolute 3D position of given section at location x
subcellularConn(self, allCellTags, allPopTags)	Function for/to <short description of netpyne.network.subconn.subcellularConn>

netpyne.network.subconn.pathDistance(from_segment, to_segment)

Compute the path distance between two points on a neuron based on h.distance()

Parameters:

• from_segment (<type>) – <Short description of origin_segment> Default: required

• to_segment (<type>) – <Short description of to_segment> Default: required

netpyne.network.subconn.posFromLoc(sec, x)

Compute absolute 3D position of given section at location x

Parameters:

• sec (dict) – <Short description of origin_segment> Default: required

• x (float) – <Short description of to_segment> Default: required

netpyne.network.subconn.subcellularConn(self, allCellTags, allPopTags)

Function for/to <short description of netpyne.network.subconn.subcellularConn>

Parameters:

• self (<type>) – <Short description of self> Default: required

• allCellTags (<type>) – <Short description of allCellTags> Default: required

• allPopTags (<type>) – <Short description of allPopTags> Default: required