#' Computed the RV coefficient between the metrics.
#'
#' `RV_COR()` Return matrix of correlation between all metrics.
#'
#' This function is meant to be used with the tab generated by formultivariate()
#' The RV coefficient is meant to compute the correlation between two tabs.
#' In this case metric's values at each scale are considered as tab. So a RV coefficient is computed
#' for each pairwise metrics with an associeted p-value.
#' @param Varia_paysage_multi Tab generated by formodel()
#'
#' @param dist Vector of scales you choosed during you analusis in Chloe
#' @param metrics Vector of metrics you choosed in Chloe during your analysis in Chloe
#' @return Return matrix of correlation between all metrics.
#' @export
RV_COR=function(Varia_paysage_multi,metrics,dist){
coefRV=matrix(ncol=length(metrics),nrow=length(metrics))
coefRV[lower.tri(coefRV)]=2
diag(coefRV)=2
pvalue=matrix(ncol=length(metrics),nrow=length(metrics))
colnames(coefRV) = row.names(coefRV) = metrics
colnames(pvalue) = row.names(pvalue) = metrics
pb <- txtProgressBar(min = 0, max = length(metrics), style = 3)
rep=0
for (i in metrics) {
Sys.sleep(0.1)
rep=rep+1
setTxtProgressBar(pb, rep)
for (j in metrics) {
if(is.na(coefRV[i,j])){next}
temp=coeffRV(Varia_paysage_multi[Varia_paysage_multi$Metric==i,4:(3+length(scales))],
Varia_paysage_multi[Varia_paysage_multi$Metric==j,4:(3+length(scales))])
coefRV[i,j]=temp$rv
pvalue[i,j]=temp$p.value
}
}
coefRV[upper.tri(coefRV)]=t(coefRV)[upper.tri(coefRV)]
diag(coefRV)=1
pvalue[upper.tri(pvalue)]=t(pvalue)[upper.tri(pvalue)]
return(list(coefRV,pvalue))
}
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