igraph (version 0.5.1)

revolver: Measuring the driving force in evolving networks

Description

These functions assume a simple evolving network model and measure the functional form of a so-called attractiveness function governing the evolution of the network.

Usage

evolver.d (nodes, kernel, outseq = NULL, outdist = NULL, m = 1, 
           directed = TRUE, verbose = igraph.par("verbose"))
revolver.d (graph, niter=5, sd=FALSE, norm=FALSE,
           cites=FALSE, expected=FALSE, error=TRUE, debug=numeric(),
           verbose=igraph.par("verbose"))
revolver.ad (graph, niter=5, agebins=max(vcount(graph)/7100, 10),
            sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE, error=TRUE,
            debug=matrix(nc=2, nr=0), verbose=igraph.par("verbose"))
revolver.ade (graph, cats, niter=5, agebins=max(vcount(graph)/7100, 10),
             sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
             error=TRUE, debug=matrix(nc=2, nr=0),
                        verbose=igraph.par("verbose"))
revolver.e (graph, cats, niter=5, st=FALSE,
           sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
           error=TRUE, debug=numeric(), verbose=igraph.par("verbose"))
revolver.de (graph, cats, niter=5,
            sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
            error=TRUE, debug=numeric(), verbose=igraph.par("verbose"))
revolver.l (graph, niter=5, agebins=max(vcount(graph)/7100, 10),
           sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
           error=TRUE, debug=numeric(), verbose=igraph.par("verbose"))
revolver.dl (graph, niter=5, agebins=max(vcount(graph)/7100, 10),
            sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
            error=TRUE, debug=numeric(), verbose=igraph.par("verbose"))
revolver.el (graph, cats, niter=5, agebins=max(vcount(graph)/7100, 10),
            sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
            error=TRUE, debug=numeric(), verbose=igraph.par("verbose"))
revolver.r (graph, window, niter=5, sd=FALSE, norm=FALSE,
           cites=FALSE, expected=FALSE, error=TRUE, debug=numeric(),
           verbose=igraph.par("verbose"))
revolver.ar (graph, window, niter=5, agebins=max(vcount(graph)/7100, 10),
            sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE, error=TRUE,
            debug=matrix(nc=2, nr=0), verbose=igraph.par("verbose"))
revolver.di (graph, cats, niter=5,
            sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
            error=TRUE, debug=numeric(), verbose=igraph.par("verbose"))
revolver.adi (graph, cats, niter=5, agebins=max(vcount(graph)/7100, 10),
             sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
             error=TRUE, debug=matrix(nc=2, nr=0),
             verbose=igraph.par("verbose"))
revolver.il (graph, cats, niter=5, agebins=max(vcount(graph)/7100, 10),
            sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
            error=TRUE, debug=numeric(), verbose=igraph.par("verbose"))
revolver.ir (graph, cats, window, niter=5,
            sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
            error=TRUE, debug=numeric(), verbose=igraph.par("verbose"))
revolver.air (graph, cats, window,
             niter=5, agebins=max(vcount(graph)/7100, 10),
             sd=FALSE, norm=FALSE, cites=FALSE, expected=FALSE,
             error=TRUE, debug=matrix(nc=2, nr=0),
             verbose=igraph.par("verbose"))
revolver.d.d (graph, vtime = V(graph)$time, etime = E(graph)$time, niter = 5, 
             sd = FALSE, norm = FALSE, cites = FALSE, expected = FALSE, 
             error = TRUE, debug = matrix(nc = 2, nr = 0),
             verbose = igraph.par("verbose")) 
revolver.p.p (graph, events = get.graph.attribute(graph, "events"), 
             vtime = V(graph)$time, etime = E(graph)$time, niter = 5, sd = FALSE, 
             norm = FALSE, cites = FALSE, expected = FALSE, error = TRUE, 
             debug = matrix(nc = 2, nr = 0), verbose = igraph.par("verbose")) 
revolver.error.d (graph, kernel)
revolver.error.ad (graph, kernel)
revolver.error.ade (graph, kernel, cats)
revolver.error.adi (graph, kernel, cats)
revolver.error.air (graph, kernel, cats, window)
revolver.error.ar (graph, kernel, window)
revolver.error.de (graph, kernel, cats)
revolver.error.di (graph, kernel, cats)
revolver.error.dl (graph, kernel)
revolver.error.e (graph, kernel, cats)
revolver.error.el (graph, kernel, cats)
revolver.error.il (graph, kernel, cats)
revolver.error.ir (graph, kernel, cats, window)
revolver.error.l (graph, kernel)
revolver.error.r (graph, kernel, window)
revolver.ml.ade (graph, niter, cats, agebins = 300, delta = 1e-10,
    filter = NULL, verbose = igraph.par("verbose"))
revolver.ml.d (graph, niter, delta = 1e-10, filter = NULL,
    verbose = igraph.par("verbose")) 
revolver.ml.de (graph, niter, cats, delta = 1e-10, filter = NULL,
    verbose = igraph.par("verbose")) 
revolver.ml.df (graph, niter, delta = 1e-10,
    verbose = igraph.par("verbose")) 
revolver.ml.f (graph, niter, delta = 1e-10,
    verbose = igraph.par("verbose")) 
revolver.ml.l (graph, niter, agebins = 300, delta = 1e-10)
revolver.ml.AD.alpha.a.beta (graph, alpha, a, beta, abstol = 1e-08,
    reltol = 1e-08, maxit = 1000, agebins = 300, filter = NULL,
    verbose = igraph.par("verbose"))
revolver.ml.AD.dpareto (graph, alpha, a, paralpha, parbeta, parscale,
    abstol = 1e-08, reltol = 1e-08, maxit = 1000, agebins = 300, filter
    = NULL, verbose = igraph.par("verbose"))
revolver.ml.ADE.alpha.a.beta (graph, cats, alpha, a, beta, coeffs,
    abstol = 1e-08, reltol = 1e-08, maxit = 1000, agebins = 300, filter
    = NULL)
revolver.ml.ADE.dpareto (graph, cats, alpha, a, paralpha, parbeta, parscale, 
    coeffs, abstol = 1e-08, reltol = 1e-08, maxit = 1000, agebins = 300, 
    filter = NULL)
revolver.ml.D.alpha (graph, alpha, abstol = 1e-08, reltol = 1e-08, maxit
    = 1000, filter = NULL, verbose = igraph.par("verbose"))
revolver.ml.D.alpha.a (graph, alpha, a, abstol = 1e-08, reltol = 1e-08,
    maxit = 1000, filter = NULL, verbose = igraph.par("verbose"))
revolver.ml.DE.alpha.a (graph, cats, alpha, a, coeffs, abstol = 1e-08,
    reltol = 1e-08, maxit = 1000, filter = NULL)
revolver.ml.AD.dpareto.eval (graph, alpha, a, paralpha, parbeta,
    parscale, agebins = 300, filter = NULL) 
revolver.ml.ADE.dpareto.eval (graph, cats, alpha, a, paralpha, parbeta,
    parscale, coeffs, agebins = 300, filter = NULL) 
revolver.ml.ADE.dpareto.evalf (graph, cats, par, agebins, filter = NULL)
revolver.probs.ad (graph, kernel, ntk = FALSE)
revolver.probs.ade (graph, kernel, cats)
revolver.probs.d (graph, kernel, ntk = FALSE)
revolver.probs.de (graph, kernel, cats)
revolver.probs.ADE.dpareto (graph, par, cats, gcats, agebins)

Arguments

nodes

kernel

outseq

outdist

m

directed

verbose

graph

niter

sd

norm

cites

expected

error

debug

agebins

cats

window

vtime

etime

events

delta

filter

alpha

a

paralpha

parbeta

parscale

abstol

reltol

maxit

beta

coeffs

par

ntk

gcats

st

Value

• A named list.

Details

The functions should be considered as experimental, so no detailed documentation yet. Sorry.