Nothing
print.DiscML <- function (x, digits = 6, ...)
{
if(identical(x$individualrates,TRUE) && x$NROW >1)
{
# y <- (x$total)
# y[!is.na( suppressWarnings(matrix( as.numeric(( as.matrix(y)) ), nrow(y),ncol(y))))] <-formatC(round(as.numeric(y[!is.na(suppressWarnings(matrix(as.numeric(( as.matrix(y)) ), nrow(y),ncol(y))))]),4), format= 'f', digits=4)
# y[,1] <- round(1:length(y[,1]),0)
options(scipen= 5)
cat("\n")
cat("\n DiscML (Maximum Likelihood Method for Discrete Character States)\n\n")
cat("Call: ")
print(x$call)
cat("\n")
ratemat <- x$index.matrix
dimnames(ratemat)[1:2] <- dimnames(x$lik.anc)[2]
cat("Rate index matrix:\n")
colnames(ratemat)<-x$lvls
rownames(ratemat)<-x$lvls
print(ratemat, na.print = ".", quote=FALSE)
cat("\nResult summary (type '...$total' to get this data): \n\n")
qq<- matrix(0, x$NROW , length(colnames(x$dlist[[1]])))
for(i in 1:x$NROW)
qq[i, ] <- as.matrix(x$dlist[[i]])
qq<- rbind(colnames(x$dlist[[1]]), qq)
for(i in 1:x$NROW)
{
tt<- x$dlist[[i]]
dd <-(as.matrix(tt))
colnames(dd) <- NULL
dd[ nchar(dd) > 10] <- formatC( as.numeric(dd[ nchar(dd) > 10]) , format = 'e', digits= digits )
qq[i+1, ]<-dd
}
for(i in 1:(x$NROW+1))
{
dd<- qq[i, ]
for(j in 1:length(dd))
{
dd[j] <- paste(dd[j] , paste( rep(" ", max( nchar(qq[ , j]) ) - nchar(dd[j]) ) ,collapse="" ) , collapse="")
}
cat((dd),"\n")
}
cat("\nTotal time elapsed in running this function (type '...$time' to get this data): \n")
cat( paste( round(x$time, 2), "seconds"),"\n")
if(FALSE)
{
if (!is.null(x$loglik))
{if(x$NROW >1 )
{
cat("Log Likelighood (type '...$loglik' to get this data):\n\n")
print(round(x$loglik, 8))
cat("\n")
}
else
{
cat("Log Likelighood (type '...$loglik' to get this data): ")
print(round(x$loglik, 8))
cat("\n\n")
}
}
ratemat <- x$index.matrix
dimnames(ratemat)[1:2] <- dimnames(x$lik.anc)[2]
cat("Rate index matrix:\n")
colnames(ratemat)<-x$lvls
rownames(ratemat)<-x$lvls
print(ratemat, na.print = ".", quote=FALSE)
cat("\n")
npar <- length(x$rates[,1])
if(identical(x$ismu,TRUE))
cat("Standardized matrix values:\n ")
else
cat("Rate parameter estimates (type '...$rates' to get this table):\n ")
print( round(x$rates, digits), row.names= FALSE)
if(identical(x$ismu, TRUE))
{
cat("\nThe values of mu\'s estimated (Type ...$mu to get this table):\n")
x$mu <- cbind(x$mu[,1, drop =FALSE] , round(x$mu[,-1, drop =FALSE], digits ))
print(x$mu, row.names = FALSE)
}
if(identical(x$isrprob, TRUE))
cat("\nPrior root probability estimated (type '...$rprob' to get this table): \n")
else
cat("\nPrior root probability used (type '...$rprob' to get this table): \n")
rprob <- x$rprob
if(is.data.frame(rprob))
{
temp <- sapply(rprob ,is.numeric)
rprob[ ,temp] <- round(rprob[ ,temp] ,digits)
}
print(rprob, row.names = FALSE, quote =FALSE)
#if(identical(x$isrprob, TRUE))
if(FALSE)
{
cat("\nParametric variables estimates (type '...$srprob' to get this table): \n")
srprob <- x$srprob
if(is.data.frame(srprob))
{
temp <- sapply(srprob ,is.numeric)
srprob[ ,temp] <- round(srprob[ ,temp] ,digits)
}
print(srprob, row.names = FALSE, quote =FALSE)
}
cat("\n\n")
if(!identical(x$isalpha,FALSE)){
cat("The value of alpha parameter of gamma estimated (or used (type '...$alpha' to get this table):\n")
print(round(x$alpha,digits))
}
}
}
if(identical(x$individualrates, FALSE)){
cat("\n DiscML (Maximum Likelihood Method for Discrete Character States)\n\n")
cat("Call: ")
print(x$call)
cat("\n")
if (!is.null(x$loglik))
cat("Log Likelighood (type '...$loglik' to get this data): ",x$loglik,"\n")
cat("\n")
if (!is.null(x$resloglik))
cat(" Residual log-likelihood:", x$resloglik, "\n\n")
ratemat <- x$index.matrix
if (is.null(ratemat)) {
class(x) <- NULL
x$resloglik <- x$loglik <- x$call <- NULL
print(x)
}
else {
dimnames(ratemat)[1:2] <- dimnames(x$lik.anc)[2]
cat("Rate index matrix:\n")
colnames(ratemat)<-x$lvls
rownames(ratemat)<-x$lvls
print(ratemat, na.print = ".", quote=FALSE)
cat("\n")
if(identical(x$ismu,TRUE))
cat("Standardized matrix values:\n ")
else
cat("Rate parameter estimates (type '...$rates' to get this table):\n ")
print( round( x$rates,digits), row.names= FALSE)
if(identical(x$ismu, TRUE))
{
cat("\nThe values of mu\'s estimated (Type ...$mu to get this table):\n")
x$mu <- cbind(x$mu[,1, drop =FALSE] , round(x$mu[,-1, drop =FALSE], digits ))
print(x$mu, row.names = FALSE)
}
if(identical(x$isrprob, TRUE))
cat("\nPrior root probability estimated (type '...$rprob' to get this table): \n")
else
cat("\nPrior root probability used (type '...$rprob' to get this table): \n")
rprob <- x$rprob
if(is.data.frame(rprob))
{
temp <- sapply(rprob ,is.numeric)
rprob[ ,temp] <- round(rprob[ ,temp] ,digits)
}
print( rprob , row.names = FALSE)
#if(identical(x$isrprob, TRUE))
if(FALSE)
{
cat("\nParametric variables estimates (type '...$srprob' to get this table): \n")
srprob <- x$srprob
if(is.data.frame(srprob))
{
temp <- sapply(srprob ,is.numeric)
srprob[ ,temp] <- round(srprob[ ,temp] ,digits)
}
print(srprob, row.names = FALSE, quote =FALSE)
}
}
if(!identical(x$isalpha,FALSE)){
if(identical(x$isalpha,TRUE))
cat("\nalpha parameter estimate for discrete-gamma estimate (type '...$alpha' to get this table):\n")
else
cat("\nalpha parameter used for discrete-gamma estimate (type '...$alpha' to get this table):\n")
print(round(x$alpha,digits))
}
if (!is.null(x$lik.anc)) {
writeLines("\nScaled likelihoods at the root for each site
(type '...$lik.anc' to get this table):")
print(round(Re(x$lik.anc), 7) )
}
cat("\nTotal time elapsed in running this function (type '...$time' to get this data): \n")
cat(paste(round(x$time,2), "seconds"), "\n")
}
}
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