Description Usage Arguments Examples
Significance of Bipartite networks
1 2 3 |
data |
n x m Adjancency matrix of seeds or dataframe of pairs. |
g |
igrah object of bipartite indcident adjacency matrix. |
Amatrix |
Affinity matrix computed from biNetWalk or uNetWalk. |
num.permutation |
number of permutation of Affinity matrix needed to performed. |
adjp.cutoff |
pvalue cutoff 0.05 |
p.adjust.method |
Adjusting the pvalue by diiferent method.It uses method from the stats package. |
parallel |
Using parallization either True or False |
multicores |
If parallisation is set TRUE number of cores to perform parallel computaion. |
verbose |
For verbose output. |
1 2 3 4 5 6 7 | data(Enzyme)
A <- enzyme_ADJ
S1 = enzyme_Gsim
S2 = enzyme_Csim
g1 = graph.incidence(A)
Q = biNetwalk(g1,s1=S1,s2=S2,normalise="laplace", dataSeed=NULL, file=NULL,restart=0.8,verbose=T)
Z = sig.net(data=A,g=g1,Amatrix=Q,num.permutation=100,adjp.cutoff=0.01,p.adjust.method="BH",parallel=FALSE,verbose=T)
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