toGLVadjMat: From multiple interaction object 'mgraph'to GLV adjacency...
In lsaravia/EcoNetwork: Ecological network analysis includind multiplex networks

Description Usage Arguments Value See Also Examples

This functions takes a 'mgraph' object and convert it to a Generalized Lotka-Volterra adjacency matrix Position is important in fact the order is Competitive/Negative,Mutualistic/Positive,Trophic/Antagonistic

1 2	toGLVadjMat(mg, types = c("Competitive", "Mutualistic", "Trophic"), istrength = FALSE)

`mg`	multiple interaction object, class 'mgraph'
`types`	vector of types that represent the layers

an matrix with the signs of the interactions

readMultiplex()

# Read a vector of files
#
## Not run: 

fpath <- system.file("extdata", package = "multiweb")
dn <- list.files(fpath,pattern = "^Kefi2015.*\\.txt$")
netData <- readMultiplex(dn,c("Competitive","Mutualistic","Trophic"),fpath,skipColum=2)
toGLVadjMat(netData)

## End(Not run)