This term adds one network statistic to the model for each element in d ; the \(i\) th
such statistic equals the number of dyads in the second bipartition with exactly
d[i] shared partners. (Those shared partners, of course, must be members
of the first bipartition.) This term can only be used with bipartite networks.
# binary: b2dspL(d, Ls.path=NULL)a vector of distinct integers
a vector of one or two formulas Ls.path
provides the Layer Logic (c.f. Layer Logic section in the
Layer() documentation) specifications for the ties of the
2-path or the shared partnership. (If only one formula is given
the layers are assumed to be the same.) If L.in_order==TRUE ,
the first tie of the two-path must be the first element of
Ls.path and the second must be the second; otherwise, any
ordering counts, provided there is exactly one of each. (For
types "OSP" and "ISP" , the first tie is considered to be the
one incident on the tail of the base tie.)
ergmTerm for index of model terms currently visible to the package.
ergm:::.formatTermKeywords("ergmTerm", "b2dspL", "subsection")