Nothing
.gng.plot2d.errors<-function(gngServer, vertex.color, layout, vertex.size=3){
ig <- convertToIGraph(gngServer)
if(length(V(ig))==0){
return()
}
if(vertex.color == 'label'){
vertex.color = c(1:length(V(ig)))
max_col = 0
for(label in V(ig)$label)
max_col = max(max_col, round(label))
cols = rainbow(max_col+1)
vertex.color = cols[as.double(lapply(V(ig)$label, round))]
}
if(vertex.color == 'component'){
vertex.color <- predictComponent(gngServer, )
}
.visualizeIGraph2dWithErrors(ig, vertex.color, layout, gngServer, vertex.size=3)
}
.gng.plot2d<-function(gngServer, vertex.color, layout, vertex.size=3){
ig <- convertToIGraph(gngServer)
if(length(V(ig))==0){
return()
}
if(vertex.color == 'label'){
vertex.color = c(1:length(V(ig)))
max_col = 0
for(label in V(ig)$data.label)
max_col = max(max_col, round(label))
cols = rainbow(max_col+1)
vertex.color = cols[as.double(lapply(V(ig)$data.label, round))]
}
.visualizeIGraph2d(ig, vertex.color, layout, vertex.size=vertex.size)
}
# Visualize igraph using igraph plot
# It will layout graph using v0 and v1 coordinates
# @note It is quite slow, works for graphs < 2000 nodes, and for graphs <400 when using layout
.visualizeIGraph2d<-function(g, vertex.color, layout, vertex.size=3){
L<-layout(g)
if(vertex.color == 'cluster'){
communities <- infomap.community(g)
communities
col <- rainbow(length(communities))
vertex.color <- col[membership(communities)]
}
else if(vertex.color == 'fast_cluster'){
l = fastgreedy.community(g)#as.undirected(g))
col <- rainbow(length(l))
print(membership(l))
vertex.color <- col[membership(l)]
}
else if(vertex.color == 'none'){
vertex.color = NA
}else{
# Passed something else as vector
}
plot.igraph(g,vertex.size=vertex.size,vertex.label=NA,vertex.color=vertex.color,layout=L)
}
.visualizeIGraph2dWithErrors<-function(ig, vertex.color, layout_2d, gng,vertex.size=3){
plot.new()
par(mfrow=c(1,2))
.visualizeIGraph2d(ig, vertex.color, layout_2d,vertex.size=vertex.size)
title("Graph visualization")
errors_raw = gng$getErrorStatistics()
errors_raw = errors_raw[5:length(errors_raw)]
errors = errors_raw
#errors = log((errors_raw)/min(errors_raw+1e-4))
plot(errors, type="l", lty=2, lwd=2, xlab="Batch", ylab="Mean batch error", frame.plot=F)
title("Mean error (log)")
}
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