Creates loops in the neuronal conductance matrix of
tree intree.
Since conventional trees cannot be used
(they are not supposed to have loops),
a conductance matrix M is calculated
directly extending on M from
“M_tree”.
Set of num nodes inodes1 are connected to
the set of num nodes inodes2
with gap junction conductances given by numx1
vector gelsyn.
Example:
connect node #1 with node #13
>> M = loop_tree (sample2_tree, 1, 13, [],'-s')
inverse of the loop conductance matrix gives the electrotonic signature (just as “sse_tree”):
>> inv (M)
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