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R/LoadNonmemOutput.R
In nonmem2R: Loading NONMEM Output Files with Functions for Visual Predictive Checks (VPC) and Goodness of Fit (GOF) Plots
Defines functions
sumoRU
extTransform
extFormat
print.sumoR
sumoR
extload.sub.table
extload
print.extToTable
extToTable
print.modload
modload
Documented in
extFormat
extload
extload.sub.table
extToTable
extTransform
modload
print.extToTable
print.modload
print.sumoR
sumoR
sumoRU
####################################################
#' Show model file
#'
#' @description
#' Load and dump model file in the consol.
#'
#' @param model
#' name of the mod file with or without the .mod extension.
#' model may include full or relative path to the mod file. See examples.
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#'
#' @return
#' data.frame
#' @export
#'
#' @examples
#' ##### Load the .ext file "run001.mod"
#' # 1) Get path to the example file included in nonmem2R package
#' file1 <- system.file("extdata", "run001.mod", package = "nonmem2R")
#' # 2) Load the file using the extload function
#' modload(file1)
#'
modload <- function(model,use.model.path=TRUE) {
#### Check for global model.path
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
### Remove any extension; .ext, .cov, .lst, or .mod
if (substr(model, nchar(model) - 3, nchar(model)) %in% c(".ext",".cov",".lst",".mod")) {
model = substr(model, 1, nchar(model) - 4)
}
dd<-data.frame(X=scan(file=paste(file.path,model,".mod",sep=""),what=character(),sep="\n",quiet = TRUE))
colnames(dd)<-"Code"
## Set the name for the class
#class(dd) <- append(class(dd),"modload")
class(dd) <- append("modload",class(dd))
dd
}
####################################################################################################
#' Print function for loaded mod file
#'
#' @description
#' Print function for loaded mod file class modload
#' @param x
#' a object af class modload.
#' @param ...
#' further arguments to be passed to or from methods.
#' @method print modload
#' @export
#' @keywords internal
print.modload <- function(x,...){
class(x)<-"data.frame"
print.data.frame(x,right=FALSE,row.names = FALSE)
}
####################################################
#' Compile parameter table suitable for reports
#'
#' @description
#' Load parameter values from a nonmem .ext output file and compile to table suitable for reports.
#' Format can be "wide" (wide=TRUE, default) with a similar look as from sumoR,
#' or similar a 3 column layout (wide=FALSE).
#'
#' @param model
#' name of the ext file with or without the .ext extension.
#' model may include full or relative path to the ext file. See examples.
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @param tableType
#' Table type for THETA's, OMEGA's and SIGMA's
#'
#' tableType=0: Present OMEGA and SIGMA as variance and covariances and display SE for THETA, OMEGA, SIGMA
#'
#' tableType=1: Present OMEGA and SIGMA as variance and covariances and display RSE for THETA, OMEGA, SIGMA
#'
#' tableType=2: Present OMEGA and SIGMA as standard-deviation and correlations and display RSE for THETA, OMEGA, SIGMA
#'
#' tableType=3: Present OMEGA and SIGMA as standard-deviation and correlations and display SE for THETA, OMEGA, SIGMA
#' @param wide
#' produce a wide 9-column table (wide=TRUE, default) or a thin 3-column table(wide=FALSE)
#' @param format.estimate
#' format for estimated value, passed to sprintf
#' @param format.rse
#' format for rse, passed to sprintf
#'
#' @return
#' a character-matrix
#' @export
#' @importFrom stats cov2cor
#' @importFrom stats runif
#'
#' @examples
#' ##### Load the .ext file "run001.ext"
#' # 1) Get path to the example file included in nonmem2R package
#' file1 <- system.file("extdata", "run001.ext", package = "nonmem2R")
#' # 2) Load the file using the extload function
#' extToTable(file1)
#'
extToTable <- function(model,use.model.path=TRUE,tableType=2,wide=TRUE,format.estimate="% -#6.4g",format.rse="%#6.3g") {
ext<-extload(model,use.model.path=use.model.path)
y1<-extTransform(ext,type=tableType)
y<-extFormat(y1,format.estimate=format.estimate,format.rse=format.rse)
rse.or.se<-"SE"
if(tableType %in% (1:2)){
rse.or.se<-"RSE"
}
colnames(y)<-c(
"Theta.ID","Theta.Est",paste("Theta",rse.or.se,sep="."),
"Omega.ID","Omega.Est",paste("Omega",rse.or.se,sep="."),
"Sigma.ID","Sigma.Est",paste("Sigma",rse.or.se,sep=".")
)
note.text<-c("OMEGA","and","SIGMA","presented","as","variance","and","covariances","")
if(tableType %in% (2:3)){
note.text<-c("OMEGA","and","SIGMA","presented","as","standard","deviation","and","correlations")
}
if(!wide){
y<-rbind(
c("Thetas","",""),y[,1:3],
c("Omegas","",""),y[,4:6],
c("Sigmas","",""),y[,7:9])
colnames(y)<-c("ID","Est",rse.or.se)
ii<-y[,1]!=""
y<-y[ii,]
note.text<-matrix(note.text,ncol=3,byrow=T)
}
y<-gsub(" ","",y)
y<-rbind(y,note.text)
rownames(y)<-rep("",nrow(y))
## Set the name for the class
class(y) <- append(class(y),"extToTable")
y
}
####################################################################################################
#' Print function for compiled summary information of class extToTable
#'
#' @description
#' Print function for compiled summary information of class extToTable
#' @param x
#' a object af class extToTable.
#' @param ...
#' further arguments to be passed to or from methods.
#' @method print extToTable
#' @export
#' @keywords internal
print.extToTable <- function(x,...){
class(x)<-"matrix"
ii<-1:(nrow(x)-1)
if(ncol(x)==3){
ii<-1:(nrow(x)-3)
}
print(x[ii,],justify="right",quote=F)
y<-t(x[-ii,])
cat(paste(y,collapse=" "),"\n")
}
####################################################################################################
#' Load final parameter values from a nonmem .ext output file.
#'
#' @description
#' Load parameter values from a nonmem .ext output file.
#' For output files from FO, FOCE and IMP only the final parameter values are loaded.
#' For output tables of MCMC and SAEM all parameter values from ITERATIONS>0 will be loaded
#' unless positive.iterations=FALSE in case all the output from all iterations are loaded.
#'
#' For ext-files with multiple table results either only the last table result is loaded (last.table.only=TRUE, default)
#' or all table result are loaded (last.table.only=FALSE).
#' All but the last table results are then returned as sub-lists to the last table result.
#'
#' @param model
#' name of the ext file with or without the .ext extension.
#' model may include full or relative path to the ext file. See examples.
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @param positive.iterations.only
#' Include only rows with ITERATIONS>0 from MCMC and SEAM table results (default=TRUE)
#' @param last.table.only
#' Include only the last table result for ext files with multiple table results
#' @return
#' Named list including theta, theta.sd, omega, omega.sd, sigma, sigma.sd, and ofv.
#' Here .sd is the vector(matrix) with standard errors estimated parameter values in theta(omega & sigma).
#'
#' For MCMC output files each object are matrixes.
#' @export
#' @importFrom utils read.table
#' @examples
#' ##### Load the .ext file "run001.ext"
#' # 1) Get path to the example file included in nonmem2R package
#' file1 <- system.file("extdata", "run001.ext", package = "nonmem2R")
#' # 2) Load the file using the extload function
#' extload(file1)
extload <- function(model,use.model.path=TRUE,positive.iterations.only=TRUE,last.table.only=TRUE) {
#### Check for global model.path
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
### Remove any extension; .ext, .cov, .lst, or .mod
if (substr(model, nchar(model) - 3, nchar(model)) %in% c(".ext",".cov",".lst",".mod")) {
model = substr(model, 1, nchar(model) - 4)
}
## First check number of TABLE in the ext file
tmp<-read.table(paste(file.path,model,".ext",sep=""),sep="?",header=F,stringsAsFactors = FALSE)
skip.rows<-grep("TABLE",tmp[,1])
n.rows<-c(skip.rows[-1],nrow(tmp))-skip.rows-1 ## Change 2019-06-27 skip.rows-2 -> skip.rows-1
###First do last table
i<- length(skip.rows)
ret<-extload.sub.table(model,skip.rows[i],n.rows[i],positive.iterations.only,use.model.path=use.model.path)
### Then add other tables as sublists
if(!last.table.only & length(skip.rows)>1){
for(i in 1:(length(skip.rows)-1)){
reti<-extload.sub.table(model,skip.rows[i],n.rows[i],positive.iterations.only,use.model.path=use.model.path)
eval(parse(text=paste("ret$table",i,"<-reti",sep="")))
}
}
ret
}
####################################################################################################
#' Internal package function
#'
#' @param model
#' model
#' @param skip
#' number of rows to skip
#' @param nrows
#' number of rows to read
#' @param positive.iterations.only
#' positive iterations only
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @return
#' Named list including theta, omega, sigma, and ofv. For MCMC output file each object are matrixes.
#' @export
#' @keywords internal
#' @importFrom utils read.table
extload.sub.table <- function(model,skip,nrows,positive.iterations.only,use.model.path=TRUE) {
#### Check for global model.path
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
ext<-read.table(file=paste(file.path,model,".ext",sep=""),skip=skip,nrows=nrows,header=T)
### Check for type based on name of last column
last.col<-colnames(ext)[ncol(ext)]
type<-match(last.col,c("OBJ","SAEMOBJ","MCMCOBJ"))
#print(type)
if(is.na(type)){
cat("Unknown nonmem table type:",last.col,"\n")
cat("Returning empty list\n")
ret<-list(theta=NULL,omega=NULL,sigma=NULL)
}
else{
if(type==1){ ## OBJ type, return first row with ITERATION<0
jtheta<-grep("THETA",colnames(ext))
jomega<-grep("OMEGA",colnames(ext))
jsigma<-grep("SIGMA",colnames(ext))
ii<-which(ext$ITERATION== -1000000000)
iii<-which(ext$ITERATION== -1000000001)
theta<-t(ext[ii,jtheta])[,1]
theta.sd<-rep(NA,length=length(theta))
if(any(iii)){
theta.sd<-t(ext[iii,jtheta])[,1]
}
fixed<-colnames(ext)[which(apply(ext[ext$ITERATION>0,],2,sd)==0)]
## New code 2019-06-27
iiii<-which(ext$ITERATION== -1000000006)
#print(ext$ITERATION)
if(any(iiii)){
fixed<-colnames(ext)[which(ext[iiii,]==1)]
}
## end new code
omegaV<-t(ext[ii,jomega])[,1]
omega.SD1<-rep(NA,length=length(omegaV))
if(any(iii)){
omega.SD1<-t(ext[iii,jomega])[,1]
}
k<-length(omegaV)
n<-sqrt(2*k+1/4)-1/2
omega<-matrix(0,n,n)
omega[upper.tri(omega,diag=TRUE)]<-omegaV
omega[lower.tri(omega,diag=TRUE)]<-t(omega)[lower.tri(omega,diag=TRUE)]
colnames(omega)<-rownames(omega)<-paste("OMEGA",1:n,sep="")
omega.sd<-omega
omega.sd[upper.tri(omega.sd,diag=TRUE)]<-omega.SD1
omega.sd[lower.tri(omega.sd,diag=TRUE)]<-t(omega.sd)[lower.tri(omega.sd,diag=TRUE)]
sigmaV<-t(ext[ii,jsigma])[,1]
sigma.SD1<-rep(NA,length=length(sigmaV))
if(any(iii)){
sigma.SD1<-t(ext[iii,jsigma])[,1]
}
k<-length(sigmaV)
n<-sqrt(2*k+1/4)-1/2
sigma<-matrix(0,n,n)
sigma[upper.tri(sigma,diag=TRUE)]<-sigmaV
sigma[lower.tri(sigma,diag=TRUE)]<-t(sigma)[lower.tri(sigma,diag=TRUE)]
colnames(sigma)<-rownames(sigma)<-paste("sigma",1:n,sep="")
sigma.sd<-sigma
sigma.sd[upper.tri(sigma.sd,diag=TRUE)]<-sigma.SD1
sigma.sd[lower.tri(sigma.sd,diag=TRUE)]<-t(sigma.sd)[lower.tri(sigma.sd,diag=TRUE)]
ofv=t(ext[ii,ncol(ext)])[,1]
ret<-list(theta=theta,theta.sd=theta.sd,omega=omega,omega.sd=omega.sd,sigma=sigma,sigma.sd=sigma.sd,ofv=ofv,fix=fixed)
}
else{
jtheta<-c(1,grep("THETA",colnames(ext)))
jomega<-c(1,grep("OMEGA",colnames(ext)))
jsigma<-c(1,grep("SIGMA",colnames(ext)))
ii<-1:nrow(ext)
if(positive.iterations.only){
ii<-which(ext$ITERATION>0)
}
theta<-ext[ii,jtheta]
omega<-ext[ii,jomega]
sigma<-ext[ii,jsigma]
fixed<-colnames(ext)[which(apply(ext[ii,],2,sd)==0)]
## New code 2019-06-27
iiii<-which(ext$ITERATION== -1000000006)
#print(ext$ITERATION)
if(any(iiii)){
fixed<-colnames(ext)[which(ext[iiii,]==1)]
}
## end new code
ret<-list(theta=theta,omega=omega,sigma=sigma,fix=fixed)
}
}
ret
}
####################################################################################################
#' Load the covariance matrix from a nonmem .cov output file.
#'
#' @description
#' Load the covariance matrix from a nonmem .cov output file.
#' Either the covariance matrix of all THETA parameters (default) or the covariance matrix of all parameters, THETA, OMEGA and SIGMA.
#'
#' For cov-files with multiple table results either only the last table result is loaded
#' (last.table.only=TRUE, default) or all table results are loaded (last.table.only=FALSE).
#' The result is then a named list of covariance matrix's,
#' \code{LastTable} is the last table in the cov-files.
#'
#' @param model
#' name of the cov file with or without the .cov extension. model may include full or relative path to the cov file. See examples.
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @param last.table.only
#' Include only the last table result for cov files with multiple table results
#' @param theta.only
#' return covariance matrix of theta's only (default)
#' @return
#' The covariance matrix or a named list of covariance matrix's
#' @export
#' @importFrom utils read.table
#'
#' @examples
#' ##### Load the .cov file "run001.cov"
#' # 1) Get path to the example file included in nonmem2R package
#' file1 <- system.file("extdata", "run001.cov", package = "nonmem2R")
#' # 2) Load the file using the covload function
#' covload(file1)
covload <- function (model, use.model.path = TRUE, last.table.only = TRUE,theta.only=TRUE)
{
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
### Remove any extension; .ext, .cov, .lst, or .mod
if (substr(model, nchar(model) - 3, nchar(model)) %in% c(".ext",
".cov", ".lst", ".mod")) {
model = substr(model, 1, nchar(model) - 4)
}
tmp <- read.table(paste(file.path, model, ".cov", sep = ""),
sep = "?", header = F, stringsAsFactors = FALSE)
skip.rows <- grep("TABLE", tmp[, 1])
n.rows <- c(skip.rows[-1], nrow(tmp)+1) - skip.rows-2
i <- length(skip.rows)
skip.rows
n.rows
cov <- covload.sub.table(model, skip.rows[i], n.rows[i],use.model.path = use.model.path,theta.only=theta.only)
ret<-cov
if (!last.table.only & length(skip.rows) > 1) {
ret<-NULL
for (i in 1:(length(skip.rows) - 1)) {
covi <- covload.sub.table(model, skip.rows[i], n.rows[i], use.model.path = use.model.path,theta.only=theta.only)
dim(covi)
eval(parse(text = paste("ret$table", i, "<-covi", sep = "")))
}
ret$LastTable<-cov
}
ret
}
####################################################################################################
#' Internal package function
#'
#' @param model
#' model
#' @param skip
#' number of rows to skip
#' @param nrows
#' number of rows to read
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @param theta.only
#' return covariance matrix of theta's only (default)
#' @return
#' Named list including theta, omega, sigma, and ofv. For MCMC output file each object are matrixes.
#' @export
#' @keywords internal
#' @importFrom utils read.table
covload.sub.table<-function (model, skip, nrow,use.model.path = TRUE,theta.only=TRUE)
{
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
if (substr(model, nchar(model) - 3, nchar(model)) %in% c(".ext",
".cov", ".lst", ".mod")) {
model = substr(model, 1, nchar(model) - 4)
}
cov <- read.table(file = paste(file.path, model, ".cov",
sep = ""), skip = skip, nrows=nrow,header = T)
cov
if (theta.only) {
ii <- grep("THETA", cov$NAME)
jj <- grep("THETA", colnames(cov))
}
else {
ii <- c(grep("THETA", cov$NAME), grep("OMEGA", cov$NAME),
grep("SIGMA", cov$NAME))
jj <- c(grep("THETA", colnames(cov)), grep("OMEGA", colnames(cov)),
grep("SIGMA", colnames(cov)))
}
theta.cov <- t(cov[ii, jj])
colnames(theta.cov)<-rownames(theta.cov)
theta.cov
}
####################################################################################################
#' Compile summary information for NONMEM model based on the lst file, ext file, and the cov file.
#'
#' @description
#' Compile summary information similar to that of the sumo PSN function, based on the NONMEM output files
#' lst, ext, and if covariance setp was run, the cov file.
#'
#' @param model
#' name of the lst file with or without the .lst extension. model may include full or relative path to the lst file.
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @param tableType
#' Table type for THETA's, OMEGA's and SIGMA's \cr
#' tableType=0: Present OMEGA and SIGMA as variance and covariances and display SE for THETA, OMEGA, SIGMA \cr
#' tableType=1: Present OMEGA and SIGMA as variance and covariances and display RSE for THETA, OMEGA, SIGMA \cr
#' tableType=2: Present OMEGA and SIGMA as standard-deviation and correlations and display RSE for THETA, OMEGA, SIGMA \cr
#' tableType=3: Present OMEGA and SIGMA as standard-deviation and correlations and display SE for THETA, OMEGA, SIGMA \cr
#' @param format.estimate
#' format for estimated value, passed to sprintf
#' @param format.rse
#' format for RSE or SE, passed to sprintf
#' @return
#' named list of class sumoR
#' @export
#' @importFrom utils read.table
#' @importFrom stats cov2cor
#' @importFrom stats runif
#'
#' @examples
#' ##### Compile summary information from the .lst file "run001.lst"
#' # 1) Get path to the example file included in nonmem2R package
#' file1 <- system.file("extdata", "run001.lst", package = "nonmem2R")
#' # 2) Compile summary information from "run001.lst"
#' sumoR(file1)
sumoR<-function(model,use.model.path=TRUE,tableType=2,format.estimate="% -#6.4g",format.rse="%#6.3g"){
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
### Remove any extension; .ext, .cov, .lst, or .mod
if (substr(model, nchar(model) - 3, nchar(model)) %in% c(".ext",".cov",".lst",".mod")) {
model = substr(model, 1, nchar(model) - 4)
}
### creat full path to model lst file
lst.file<-paste(file.path,model,".lst",sep="")
zzz<-paste(
paste(letters[c(19,5,13,12)],collapse=""),
".+\\.",
paste(letters[c(1,19,20,18,1,26,5,14,5,3,1)],collapse=""),
"\\.",
paste(letters[c(14,5,20)],collapse=""),sep="")
if (grepl(zzz, Sys.info()["nodename"])) {
res<-NULL
sumoRU(lst.file)
}
else{
### read the full lst.file as character vector
d0<-read.table(file=lst.file,sep="?",comment.char="",stringsAsFactors=F)[,1]
### Get minimization successful ; Y/N
minSuccessful<-suppressWarnings(length(grep("0MINIMIZATION SUCCESSFUL",d0))>0)
### Check for rounding errors
roundingErrors<-suppressWarnings(length(grep("DUE TO ROUNDING ERRORS",d0))>0)
### Check for any zero final gradient
k1<-suppressWarnings(max(grep(" PARAMETER:",d0)))
k2<-suppressWarnings(max(grep(" GRADIENT",d0)))
tmp<-gsub("GRADIENT:","",d0[k2:(k2+k2-k1-1)])
tmp0<-paste(tmp,collapse=" ")
tmp1<-gsub("^\\s+|\\s+$","",tmp0)
tmp2<-gsub(" +"," ",tmp1)
final.Grad<-as.numeric(strsplit(tmp2,split=" ")[[1]])
finalZeroGradient<-sum(final.Grad==0)
### Check for any reset of hessian
resetHessian<-suppressWarnings(length(grep("RESET HESSIAN",d0)))
### Check if $COV was run
k<-suppressWarnings(grep("0COVARIANCE STEP OMITTED:",d0))
covRun<-gsub(" +"," ",d0[k])=="0COVARIANCE STEP OMITTED: NO"
### Check if $COV was successful
covSuccessful<- suppressWarnings(length(grep("0COVARIANCE STEP ABORTED",d0))==0) &
suppressWarnings(length(grep("STANDARD ERROR OF ESTIMATE",d0))>0)
### Get number of significant digits in final estimates
digitsFinalEst<-NA
k<-suppressWarnings(grep("DIGITS IN FINAL EST",d0))
if(length(k)>0){ digitsFinalEst<-as.numeric(substr(d0[k],35,46)) }
### Get number of observations
k<-suppressWarnings(grep("TOT. NO. OF OBS RECS:",d0))
totNoOfObservations<-as.numeric(substr(d0[k],25,46))
### Get number of individuals
k<-suppressWarnings(grep("TOT. NO. OF INDIVIDUALS:",d0))
totNoOfIndividuals<-as.numeric(substr(d0[k],26,46))
### Get Shrinkage
etaShrink<-NA
epsShrink<-NA
k<-suppressWarnings(grep("ETAshrink(",d0,fixed=TRUE))
if(length(k)>0 & nchar(d0[k])>20){
tmp0<-substr(d0[k],15,300)
tmp1<-gsub("^\\s+|\\s+$","",tmp0)
tmp2<-gsub(" +"," ",tmp1)
etaShrink<-as.numeric(strsplit(tmp2,split=" ")[[1]])
}
k<-suppressWarnings(grep("EPSshrink(",d0,fixed=TRUE))
if(length(k)>0 & nchar(d0[k])>20){
tmp0<-substr(d0[k],15,300)
tmp1<-gsub("^\\s+|\\s+$","",tmp0)
tmp2<-gsub(" +"," ",tmp1)
epsShrink<-as.numeric(strsplit(tmp2,split=" ")[[1]])
}
### Load .ext file
Ext<-extload(model)
### Load .cov file
Cov<-diag(0,length(Ext$theta))
conditionNumber<-NA
if(covSuccessful){
Cov<-covload(model,theta.only=FALSE)
ii<-diag(Cov)>0
cor2<-cov2cor(Cov[ii,ii])
eigenvals<-eigen(cor2,TRUE, only.values = TRUE)$values
conditionNumber<-(max(eigenvals)/min(eigenvals))
}
### Get OFV
k<-suppressWarnings(grep("#OBJV:",d0))
OFV<-as.numeric(gsub("*","",substr(d0[k],8,200),fixed=TRUE))
y1<-extTransform(Ext,type=tableType)
coef<-extFormat(y1,format.estimate=format.estimate,format.rse=format.rse)
res<-list( model=paste(file.path,model,sep=""),
minSuccessful=minSuccessful,
roundingErrors=roundingErrors,
finalZeroGradient=finalZeroGradient,
resetHessian=resetHessian,
covRun=covRun & minSuccessful,
covSuccessful=covSuccessful,
digitsFinalEst=digitsFinalEst,
totNoOfObservations=totNoOfObservations,
totNoOfIndividuals=totNoOfIndividuals,
OFV=OFV,
conditionNumber=conditionNumber,
etaShrink=etaShrink,
epsShrink=epsShrink,
Ext=Ext,
Cov=Cov,
coef=coef)
## Set the name for the class
class(res) <- append(class(res),"sumoR")
}
res
}
####################################################################################################
#' Print function for compiled summary information of class sumoR
#'
#' @description
#' Print function for compiled summary information of class sumoR
#' @param x
#' a object af class sumoR.
#' @param ...
#' further arguments to be passed to or from methods.
#' @method print sumoR
#' @export
#' @keywords internal
print.sumoR <- function(x,...){
if(length(x) == 1){
cat("NA\n")
return()
}
cat("\nNONMEM output summary: ",as.character(x$model),"\n\n")
#Successful minimization [ OK ]
cases<-c("Successful minimization [ OK ]",
"Termination problems [ ERROR ]")
cat(ifelse(x$minSuccessful,cases[1],cases[2]),"\n")
#roundingErrors
cases<-c("No rounding errors [ OK ]",
"Rounding errors [ ERROR ]")
cat(ifelse(!x$roundingErrors,cases[1],cases[2]),"\n")
#No final zero gradients [ OK ]
cases<-c("No final zero gradients [ OK ]",
paste(x$finalZeroGradient,"parameter(s) with final zero gradient [ WARNING ]"))
cat(ifelse(x$finalZeroGradient==0,cases[1],cases[2]),"\n")
#Hessian not reset [ OK ]
cases<-c("Hessian not reset [ OK ]",
paste("Hessian reset",x$resetHessian,"times [ WARNING ]"))
cat(ifelse(x$resetHessian==0,cases[1],cases[2]),"\n")
#Successful covariance step [ OK ]
cases<-c("Covariance step not run [ -- ]",
"Successful covariance step [ OK ]",
"Covariance step problems [ ERROR ]")
cat(ifelse(!x$covRun,cases[1],ifelse(x$covSuccessful,cases[2],cases[3])),"\n\n")
#Number of observation records: 3150
cat("Number of observation records ",sprintf("%10.0f",x$totNoOfObservations),"\n")
#Number of individuals: 567
cat("Number of individuals ",sprintf("%10.0f",x$totNoOfIndividuals),"\n\n")
#Objective function value: 21644.4840
cat("Objective function value ",sprintf("%10.2f",x$OFV),"\n")
#Number sign. digits in estimates: 4 "
cat("Number significant digits in estimates ",sprintf("%9.2f",x$digitsFinalEst),"\n")
#Condition number: 101.1
cat("Condition number ",sprintf("%12.2f",x$conditionNumber),"\n\n")
#Shrinkage, ETA and EPS
cat("ETA shrinkage(%) ",sprintf(" %5.1f",x$etaShrink),"\n")
cat("EPS shrinkage(%) ",sprintf(" %5.1f",x$epsShrink),"\n\n\n")
print(x$coef,justify="right",quote=F)
}
####################################################
#' Internal package function
#'
#' @description
#' Formatting of the named list returned by extload
#' @param ext
#' the result ofname of the lst file without the .lst extension. model may include full or relative path to the lst file.
#' @param format.estimate
#' format for estimated value, passed to sprintf
#' @param format.rse
#' format for rse, passed to sprintf
#'
#' @return
#' a character-matrix
#' @export
#' @keywords internal
#' @importFrom stats cov2cor
extFormat <- function(ext,format.estimate="% -#6.4g",format.rse="%#6.3g") {
####
to.vec<-function(x,prefix="rc"){
kk<-lower.tri(x,diag=T)
rr<-matrix(rep(1:ncol(x),ncol(x)),ncol=ncol(x))[kk]
cc<-matrix(rep(1:ncol(x),each=ncol(x)),ncol=ncol(x))[kk]
xV<-x[kk]
names(xV)<-paste(prefix,rr,cc,"",sep=".")
xV
}
##
ext$omega<-to.vec(ext$omega,prefix="OMEGA")
ext$omega.sd<-to.vec(ext$omega.sd,prefix="OMEGA")
ext$sigma<-to.vec(ext$sigma,prefix="SIGMA")
ext$sigma.sd<-to.vec(ext$sigma.sd,prefix="SIGMA")
thetaii<-!(names(ext$theta) %in% ext$fix)
omegaii<-!(names(ext$omega) %in% ext$fix)
sigmaii<-!(names(ext$sigma) %in% ext$fix)
### Max number of parameters ( by theta,omega, sigma)
np<-max(c(sum(thetaii),sum(omegaii),sum(sigmaii)))
### Init res.table tripple (no,est,cv) for theta, omega, sigma
res.table<-matrix(NA,nrow=np,ncol=9)
## Theta's
if(sum(thetaii)>0){
res.table[1:sum(thetaii),1]<-which(thetaii)
res.table[1:sum(thetaii),2]<-ext$theta[thetaii]
res.table[1:sum(thetaii),3]<-ext$theta.sd[thetaii]
}
## Omegas's
tmp<-gsub("OMEGA.","",names(ext$omega)[omegaii])
omega.index<-substr(tmp,1,nchar(tmp)-1)
if(length(tmp)>0){
res.table[1:sum(omegaii),4]<-as.numeric(omega.index)
res.table[1:sum(omegaii),5]<-ext$omega[omegaii]
res.table[1:sum(omegaii),6]<-ext$omega.sd[omegaii]
}
## Sigma's
tmp<-gsub("SIGMA.","",names(ext$sigma)[sigmaii])
sigma.index<-substr(tmp,1,nchar(tmp)-1)
if(length(tmp)>0){
res.table[1:sum(sigmaii),7]<-as.numeric(sigma.index)
res.table[1:sum(sigmaii),8]<-ext$sigma[sigmaii]
res.table[1:sum(sigmaii),9]<-ext$sigma.sd[sigmaii]
}
y<-matrix("",nrow(res.table),ncol(res.table))
colnames(y)<-c(""," Theta","",""," Omega","","","Sigma","")
rownames(y)<-rep("",nrow(y))
for(i in 1:nrow(res.table)){
for(j in c(2,3,5,6,8,9)){
if(!is.na(res.table[i,j])){
if(j %in% c(3,6,9)){
y[i,j]<-sprintf(format.rse,res.table[i,j])
y[i,j]<-paste("(",y[i,j],")",sep="")
}
else{
y[i,j]<-sprintf(format.estimate,res.table[i,j])
}
}
}
y[i,1]<-sprintf("%3d",res.table[i,1])
}
### rse/SD is na, fill with (...) where needed
ii<-!is.na(res.table[,2]) & is.na(res.table[,3])
y[ii,3]<-"(...)"
ii<-!is.na(res.table[,5]) & is.na(res.table[,6])
y[ii,6]<-"(...)"
ii<-!is.na(res.table[,8]) & is.na(res.table[,9])
y[ii,6]<-"(...)"
if(length(omega.index)>0){
ii<-1:length(omega.index)
y[ii,4]<-gsub(".",",",paste(" [",omega.index,"]",sep=""),fixed=TRUE)
}
if(length(sigma.index)>0){
ii<-1:length(sigma.index)
y[ii,7]<-gsub(".",",",paste(" [",sigma.index,"]",sep=""),fixed=TRUE)
}
y
}
####################################################
#' Internal package function
#'
#' @description
#' Transforming of the named list returned by extload
#' @param ext
#' named list according to output from extload
#' @param type
#' Type=0: Present OMEGA and SIGMA as variance and covariances and display SE for THETA, OMEGA, SIGMA
#' Type=1: Present OMEGA and SIGMA as variance and covariances and display RSE for THETA, OMEGA, SIGMA
#' Type=2: Present OMEGA and SIGMA as standard-deviation and correlations and display RSE for THETA, OMEGA, SIGMA
#' Type=3: Present OMEGA and SIGMA as standard-deviation and correlations and display SE for THETA, OMEGA, SIGMA
#' @return
#' named list according to output from extload
#' @export
#' @keywords internal
extTransform<-function(ext,type=2){
if(!("theta.sd" %in% names(ext))){
stop("Loaded ext files generated by estimation methods SAEM or MCMC not supported.")
}
###############################
### Compute RSE for THETA's for type 1 and 2
if(type %in% 1:2){
ext$theta.sd<-abs(ext$theta.sd/ext$theta)
}
###############################
### Compute RSE for OMEGA's as variance (and SIGMA's) for type==1
#(SE-of-variance/variance estimate)
if(type==1){
ext$omega.sd<-ext$omega.sd/abs(ext$omega)
ext$sigma.sd<-ext$sigma.sd/abs(ext$sigma)
}
###############################
### Type 2 and 3
if(type>1){
### Compute RSE for OMEGA's as std (and SIGMA's)
#(SE/variance estimate)/2
ext$omega.sd<-ext$omega.sd/abs(ext$omega)/2
ext$sigma.sd<-ext$sigma.sd/abs(ext$sigma)/2
###############################
### Transform diagonal of OMEGA and Sigma to STD ( variance -> SD)
omega.diag<-sqrt(diag(ext$omega))
sigma.diag<-sqrt(diag(ext$sigma))
### Transform off-diagonal to correlations, omega and sigma
tmp<-ext$omega;ii<-diag(tmp)==0;diag(tmp)[ii]<-1;omega<-cov2cor(tmp);
tmp<-ext$sigma;ii<-diag(tmp)==0;diag(tmp)[ii]<-1;sigma<-cov2cor(tmp);
### set diaginal to SD, omega and sigma
diag(omega)<-omega.diag
diag(sigma)<-sigma.diag
ext$omega<-omega
ext$sigma<-sigma
}
###############################
### Type 3
if(type>2){
### Compute SD for OMEGA's as std ( and SIGMA's) from RSE for OMEGA's as std
### SD=RSE*mean
ext$omega.sd<-ext$omega.sd*abs(ext$omega)
}
ext
}
####################################################
#' Internal package function
#'
#' @description
#' Internal function for sumoR on unix/linux system
#' @param file.path
#' path including file name to model lst file
#' @return
#' named list
#' @export
#' @keywords internal
sumoRU<-function(file.path){
system(paste(
paste(
"ssh -q ",
paste(letters[c(3,1,12,22,9,14)],collapse=""),
".",
paste(letters[c(19,5,13,12)],collapse=""),
".",
paste(letters[c(1,19,20,18,1,26,5,14,5,3,1)],collapse=""),
".",
paste(letters[c(14,5,20)],collapse=""),sep="")," \"cd $(pwd); module unload psn && module load psn && sumo",file.path, "\""))
}
####################################################
#' Run qpsn system call
#'
#' @description
#' Run qpsn system call on system where psn is available.
#' If psn is not available system{base} is used.
#'
#' @param cmd
#' qpsn cmd
#' @param use.model.path
#' Run cmd in a specified model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path} and
#' run the system cmd the folder path as specified in \code{model.path}.
#' @param ml
#' String for what module to load
#' @param ...
#' Further arguments
# @return
# named list
#' @export
#' @examples
#' # List files in working directory
#' try(systemPSN("ls -l"))
#'
#' # List file in working directory indluding sun-directories
#' try(systemPSN("ls * -l"))
systemPSN<-function (cmd,use.model.path=TRUE,ml="ml psn nonmem-standard", ...)
{
zzz<-paste(
"ssh -q ",
paste(letters[c(12,15,7,9,14)],collapse=""),
".",
paste(letters[c(19,3,16)],collapse=""),
".",
paste(letters[c(1,19,20,18,1,26,5,14,5,3,1)],collapse=""),
".",
paste(letters[c(14,5,20)],collapse="")," \"cd $(pwd); ",sep="")
cmd1<-paste(zzz,ml,"&& ")
cmd2<-""
file.path<-get.model.path()
if(file.path != ""){
cmd2<-paste(" cd ",file.path," &&")
}
sysinfo<-Sys.info()
if (grepl(".scp", sysinfo["nodename"]) & tolower(sysinfo["sysname"])=="linux") {
#print(paste0(cmd1, cmd2, cmd, "\""))
value <- system(paste0(cmd1, cmd2, cmd, "\""), ...)
if(!(0%in% value)){
stop(paste("systemPSN could not execute your command\nTry this if you have not done this before:\n1) click terminal (above the console window)\n2) type: ssh",
substr(zzz,7,33),
"\n3) if it asks you if you want to connect, type yes and then enter.\n4) Now try submitting your command again\n5) If the above does not help, you may also need to remove the file known hosts for remote login.\nIt is in your .ssh folder in your home directory, navigate to your home and type: rm .ssh/known_hosts",sep="")
)
}
invisible(value)
}
else {
system(cmd, ...)
}
}
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Defines functions sumoRU extTransform extFormat print.sumoR sumoR extload.sub.table extload print.extToTable extToTable print.modload modload
Documented in extFormat extload extload.sub.table extToTable extTransform modload print.extToTable print.modload print.sumoR sumoR sumoRU
####################################################
#' Show model file
#'
#' @description
#' Load and dump model file in the consol.
#'
#' @param model
#' name of the mod file with or without the .mod extension.
#' model may include full or relative path to the mod file. See examples.
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#'
#' @return
#' data.frame
#' @export
#'
#' @examples
#' ##### Load the .ext file "run001.mod"
#' # 1) Get path to the example file included in nonmem2R package
#' file1 <- system.file("extdata", "run001.mod", package = "nonmem2R")
#' # 2) Load the file using the extload function
#' modload(file1)
#'
modload <- function(model,use.model.path=TRUE) {
#### Check for global model.path
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
### Remove any extension; .ext, .cov, .lst, or .mod
if (substr(model, nchar(model) - 3, nchar(model)) %in% c(".ext",".cov",".lst",".mod")) {
model = substr(model, 1, nchar(model) - 4)
}
dd<-data.frame(X=scan(file=paste(file.path,model,".mod",sep=""),what=character(),sep="\n",quiet = TRUE))
colnames(dd)<-"Code"
## Set the name for the class
#class(dd) <- append(class(dd),"modload")
class(dd) <- append("modload",class(dd))
dd
}
####################################################################################################
#' Print function for loaded mod file
#'
#' @description
#' Print function for loaded mod file class modload
#' @param x
#' a object af class modload.
#' @param ...
#' further arguments to be passed to or from methods.
#' @method print modload
#' @export
#' @keywords internal
print.modload <- function(x,...){
class(x)<-"data.frame"
print.data.frame(x,right=FALSE,row.names = FALSE)
}
####################################################
#' Compile parameter table suitable for reports
#'
#' @description
#' Load parameter values from a nonmem .ext output file and compile to table suitable for reports.
#' Format can be "wide" (wide=TRUE, default) with a similar look as from sumoR,
#' or similar a 3 column layout (wide=FALSE).
#'
#' @param model
#' name of the ext file with or without the .ext extension.
#' model may include full or relative path to the ext file. See examples.
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @param tableType
#' Table type for THETA's, OMEGA's and SIGMA's
#'
#' tableType=0: Present OMEGA and SIGMA as variance and covariances and display SE for THETA, OMEGA, SIGMA
#'
#' tableType=1: Present OMEGA and SIGMA as variance and covariances and display RSE for THETA, OMEGA, SIGMA
#'
#' tableType=2: Present OMEGA and SIGMA as standard-deviation and correlations and display RSE for THETA, OMEGA, SIGMA
#'
#' tableType=3: Present OMEGA and SIGMA as standard-deviation and correlations and display SE for THETA, OMEGA, SIGMA
#' @param wide
#' produce a wide 9-column table (wide=TRUE, default) or a thin 3-column table(wide=FALSE)
#' @param format.estimate
#' format for estimated value, passed to sprintf
#' @param format.rse
#' format for rse, passed to sprintf
#'
#' @return
#' a character-matrix
#' @export
#' @importFrom stats cov2cor
#' @importFrom stats runif
#'
#' @examples
#' ##### Load the .ext file "run001.ext"
#' # 1) Get path to the example file included in nonmem2R package
#' file1 <- system.file("extdata", "run001.ext", package = "nonmem2R")
#' # 2) Load the file using the extload function
#' extToTable(file1)
#'
extToTable <- function(model,use.model.path=TRUE,tableType=2,wide=TRUE,format.estimate="% -#6.4g",format.rse="%#6.3g") {
ext<-extload(model,use.model.path=use.model.path)
y1<-extTransform(ext,type=tableType)
y<-extFormat(y1,format.estimate=format.estimate,format.rse=format.rse)
rse.or.se<-"SE"
if(tableType %in% (1:2)){
rse.or.se<-"RSE"
}
colnames(y)<-c(
"Theta.ID","Theta.Est",paste("Theta",rse.or.se,sep="."),
"Omega.ID","Omega.Est",paste("Omega",rse.or.se,sep="."),
"Sigma.ID","Sigma.Est",paste("Sigma",rse.or.se,sep=".")
)
note.text<-c("OMEGA","and","SIGMA","presented","as","variance","and","covariances","")
if(tableType %in% (2:3)){
note.text<-c("OMEGA","and","SIGMA","presented","as","standard","deviation","and","correlations")
}
if(!wide){
y<-rbind(
c("Thetas","",""),y[,1:3],
c("Omegas","",""),y[,4:6],
c("Sigmas","",""),y[,7:9])
colnames(y)<-c("ID","Est",rse.or.se)
ii<-y[,1]!=""
y<-y[ii,]
note.text<-matrix(note.text,ncol=3,byrow=T)
}
y<-gsub(" ","",y)
y<-rbind(y,note.text)
rownames(y)<-rep("",nrow(y))
## Set the name for the class
class(y) <- append(class(y),"extToTable")
y
}
####################################################################################################
#' Print function for compiled summary information of class extToTable
#'
#' @description
#' Print function for compiled summary information of class extToTable
#' @param x
#' a object af class extToTable.
#' @param ...
#' further arguments to be passed to or from methods.
#' @method print extToTable
#' @export
#' @keywords internal
print.extToTable <- function(x,...){
class(x)<-"matrix"
ii<-1:(nrow(x)-1)
if(ncol(x)==3){
ii<-1:(nrow(x)-3)
}
print(x[ii,],justify="right",quote=F)
y<-t(x[-ii,])
cat(paste(y,collapse=" "),"\n")
}
####################################################################################################
#' Load final parameter values from a nonmem .ext output file.
#'
#' @description
#' Load parameter values from a nonmem .ext output file.
#' For output files from FO, FOCE and IMP only the final parameter values are loaded.
#' For output tables of MCMC and SAEM all parameter values from ITERATIONS>0 will be loaded
#' unless positive.iterations=FALSE in case all the output from all iterations are loaded.
#'
#' For ext-files with multiple table results either only the last table result is loaded (last.table.only=TRUE, default)
#' or all table result are loaded (last.table.only=FALSE).
#' All but the last table results are then returned as sub-lists to the last table result.
#'
#' @param model
#' name of the ext file with or without the .ext extension.
#' model may include full or relative path to the ext file. See examples.
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @param positive.iterations.only
#' Include only rows with ITERATIONS>0 from MCMC and SEAM table results (default=TRUE)
#' @param last.table.only
#' Include only the last table result for ext files with multiple table results
#' @return
#' Named list including theta, theta.sd, omega, omega.sd, sigma, sigma.sd, and ofv.
#' Here .sd is the vector(matrix) with standard errors estimated parameter values in theta(omega & sigma).
#'
#' For MCMC output files each object are matrixes.
#' @export
#' @importFrom utils read.table
#' @examples
#' ##### Load the .ext file "run001.ext"
#' # 1) Get path to the example file included in nonmem2R package
#' file1 <- system.file("extdata", "run001.ext", package = "nonmem2R")
#' # 2) Load the file using the extload function
#' extload(file1)
extload <- function(model,use.model.path=TRUE,positive.iterations.only=TRUE,last.table.only=TRUE) {
#### Check for global model.path
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
### Remove any extension; .ext, .cov, .lst, or .mod
if (substr(model, nchar(model) - 3, nchar(model)) %in% c(".ext",".cov",".lst",".mod")) {
model = substr(model, 1, nchar(model) - 4)
}
## First check number of TABLE in the ext file
tmp<-read.table(paste(file.path,model,".ext",sep=""),sep="?",header=F,stringsAsFactors = FALSE)
skip.rows<-grep("TABLE",tmp[,1])
n.rows<-c(skip.rows[-1],nrow(tmp))-skip.rows-1 ## Change 2019-06-27 skip.rows-2 -> skip.rows-1
###First do last table
i<- length(skip.rows)
ret<-extload.sub.table(model,skip.rows[i],n.rows[i],positive.iterations.only,use.model.path=use.model.path)
### Then add other tables as sublists
if(!last.table.only & length(skip.rows)>1){
for(i in 1:(length(skip.rows)-1)){
reti<-extload.sub.table(model,skip.rows[i],n.rows[i],positive.iterations.only,use.model.path=use.model.path)
eval(parse(text=paste("ret$table",i,"<-reti",sep="")))
}
}
ret
}
####################################################################################################
#' Internal package function
#'
#' @param model
#' model
#' @param skip
#' number of rows to skip
#' @param nrows
#' number of rows to read
#' @param positive.iterations.only
#' positive iterations only
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @return
#' Named list including theta, omega, sigma, and ofv. For MCMC output file each object are matrixes.
#' @export
#' @keywords internal
#' @importFrom utils read.table
extload.sub.table <- function(model,skip,nrows,positive.iterations.only,use.model.path=TRUE) {
#### Check for global model.path
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
ext<-read.table(file=paste(file.path,model,".ext",sep=""),skip=skip,nrows=nrows,header=T)
### Check for type based on name of last column
last.col<-colnames(ext)[ncol(ext)]
type<-match(last.col,c("OBJ","SAEMOBJ","MCMCOBJ"))
#print(type)
if(is.na(type)){
cat("Unknown nonmem table type:",last.col,"\n")
cat("Returning empty list\n")
ret<-list(theta=NULL,omega=NULL,sigma=NULL)
}
else{
if(type==1){ ## OBJ type, return first row with ITERATION<0
jtheta<-grep("THETA",colnames(ext))
jomega<-grep("OMEGA",colnames(ext))
jsigma<-grep("SIGMA",colnames(ext))
ii<-which(ext$ITERATION== -1000000000)
iii<-which(ext$ITERATION== -1000000001)
theta<-t(ext[ii,jtheta])[,1]
theta.sd<-rep(NA,length=length(theta))
if(any(iii)){
theta.sd<-t(ext[iii,jtheta])[,1]
}
fixed<-colnames(ext)[which(apply(ext[ext$ITERATION>0,],2,sd)==0)]
## New code 2019-06-27
iiii<-which(ext$ITERATION== -1000000006)
#print(ext$ITERATION)
if(any(iiii)){
fixed<-colnames(ext)[which(ext[iiii,]==1)]
}
## end new code
omegaV<-t(ext[ii,jomega])[,1]
omega.SD1<-rep(NA,length=length(omegaV))
if(any(iii)){
omega.SD1<-t(ext[iii,jomega])[,1]
}
k<-length(omegaV)
n<-sqrt(2*k+1/4)-1/2
omega<-matrix(0,n,n)
omega[upper.tri(omega,diag=TRUE)]<-omegaV
omega[lower.tri(omega,diag=TRUE)]<-t(omega)[lower.tri(omega,diag=TRUE)]
colnames(omega)<-rownames(omega)<-paste("OMEGA",1:n,sep="")
omega.sd<-omega
omega.sd[upper.tri(omega.sd,diag=TRUE)]<-omega.SD1
omega.sd[lower.tri(omega.sd,diag=TRUE)]<-t(omega.sd)[lower.tri(omega.sd,diag=TRUE)]
sigmaV<-t(ext[ii,jsigma])[,1]
sigma.SD1<-rep(NA,length=length(sigmaV))
if(any(iii)){
sigma.SD1<-t(ext[iii,jsigma])[,1]
}
k<-length(sigmaV)
n<-sqrt(2*k+1/4)-1/2
sigma<-matrix(0,n,n)
sigma[upper.tri(sigma,diag=TRUE)]<-sigmaV
sigma[lower.tri(sigma,diag=TRUE)]<-t(sigma)[lower.tri(sigma,diag=TRUE)]
colnames(sigma)<-rownames(sigma)<-paste("sigma",1:n,sep="")
sigma.sd<-sigma
sigma.sd[upper.tri(sigma.sd,diag=TRUE)]<-sigma.SD1
sigma.sd[lower.tri(sigma.sd,diag=TRUE)]<-t(sigma.sd)[lower.tri(sigma.sd,diag=TRUE)]
ofv=t(ext[ii,ncol(ext)])[,1]
ret<-list(theta=theta,theta.sd=theta.sd,omega=omega,omega.sd=omega.sd,sigma=sigma,sigma.sd=sigma.sd,ofv=ofv,fix=fixed)
}
else{
jtheta<-c(1,grep("THETA",colnames(ext)))
jomega<-c(1,grep("OMEGA",colnames(ext)))
jsigma<-c(1,grep("SIGMA",colnames(ext)))
ii<-1:nrow(ext)
if(positive.iterations.only){
ii<-which(ext$ITERATION>0)
}
theta<-ext[ii,jtheta]
omega<-ext[ii,jomega]
sigma<-ext[ii,jsigma]
fixed<-colnames(ext)[which(apply(ext[ii,],2,sd)==0)]
## New code 2019-06-27
iiii<-which(ext$ITERATION== -1000000006)
#print(ext$ITERATION)
if(any(iiii)){
fixed<-colnames(ext)[which(ext[iiii,]==1)]
}
## end new code
ret<-list(theta=theta,omega=omega,sigma=sigma,fix=fixed)
}
}
ret
}
####################################################################################################
#' Load the covariance matrix from a nonmem .cov output file.
#'
#' @description
#' Load the covariance matrix from a nonmem .cov output file.
#' Either the covariance matrix of all THETA parameters (default) or the covariance matrix of all parameters, THETA, OMEGA and SIGMA.
#'
#' For cov-files with multiple table results either only the last table result is loaded
#' (last.table.only=TRUE, default) or all table results are loaded (last.table.only=FALSE).
#' The result is then a named list of covariance matrix's,
#' \code{LastTable} is the last table in the cov-files.
#'
#' @param model
#' name of the cov file with or without the .cov extension. model may include full or relative path to the cov file. See examples.
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @param last.table.only
#' Include only the last table result for cov files with multiple table results
#' @param theta.only
#' return covariance matrix of theta's only (default)
#' @return
#' The covariance matrix or a named list of covariance matrix's
#' @export
#' @importFrom utils read.table
#'
#' @examples
#' ##### Load the .cov file "run001.cov"
#' # 1) Get path to the example file included in nonmem2R package
#' file1 <- system.file("extdata", "run001.cov", package = "nonmem2R")
#' # 2) Load the file using the covload function
#' covload(file1)
covload <- function (model, use.model.path = TRUE, last.table.only = TRUE,theta.only=TRUE)
{
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
### Remove any extension; .ext, .cov, .lst, or .mod
if (substr(model, nchar(model) - 3, nchar(model)) %in% c(".ext",
".cov", ".lst", ".mod")) {
model = substr(model, 1, nchar(model) - 4)
}
tmp <- read.table(paste(file.path, model, ".cov", sep = ""),
sep = "?", header = F, stringsAsFactors = FALSE)
skip.rows <- grep("TABLE", tmp[, 1])
n.rows <- c(skip.rows[-1], nrow(tmp)+1) - skip.rows-2
i <- length(skip.rows)
skip.rows
n.rows
cov <- covload.sub.table(model, skip.rows[i], n.rows[i],use.model.path = use.model.path,theta.only=theta.only)
ret<-cov
if (!last.table.only & length(skip.rows) > 1) {
ret<-NULL
for (i in 1:(length(skip.rows) - 1)) {
covi <- covload.sub.table(model, skip.rows[i], n.rows[i], use.model.path = use.model.path,theta.only=theta.only)
dim(covi)
eval(parse(text = paste("ret$table", i, "<-covi", sep = "")))
}
ret$LastTable<-cov
}
ret
}
####################################################################################################
#' Internal package function
#'
#' @param model
#' model
#' @param skip
#' number of rows to skip
#' @param nrows
#' number of rows to read
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @param theta.only
#' return covariance matrix of theta's only (default)
#' @return
#' Named list including theta, omega, sigma, and ofv. For MCMC output file each object are matrixes.
#' @export
#' @keywords internal
#' @importFrom utils read.table
covload.sub.table<-function (model, skip, nrow,use.model.path = TRUE,theta.only=TRUE)
{
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
if (substr(model, nchar(model) - 3, nchar(model)) %in% c(".ext",
".cov", ".lst", ".mod")) {
model = substr(model, 1, nchar(model) - 4)
}
cov <- read.table(file = paste(file.path, model, ".cov",
sep = ""), skip = skip, nrows=nrow,header = T)
cov
if (theta.only) {
ii <- grep("THETA", cov$NAME)
jj <- grep("THETA", colnames(cov))
}
else {
ii <- c(grep("THETA", cov$NAME), grep("OMEGA", cov$NAME),
grep("SIGMA", cov$NAME))
jj <- c(grep("THETA", colnames(cov)), grep("OMEGA", colnames(cov)),
grep("SIGMA", colnames(cov)))
}
theta.cov <- t(cov[ii, jj])
colnames(theta.cov)<-rownames(theta.cov)
theta.cov
}
####################################################################################################
#' Compile summary information for NONMEM model based on the lst file, ext file, and the cov file.
#'
#' @description
#' Compile summary information similar to that of the sumo PSN function, based on the NONMEM output files
#' lst, ext, and if covariance setp was run, the cov file.
#'
#' @param model
#' name of the lst file with or without the .lst extension. model may include full or relative path to the lst file.
#' @param use.model.path
#' Load file from a global defined model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path}
#' @param tableType
#' Table type for THETA's, OMEGA's and SIGMA's \cr
#' tableType=0: Present OMEGA and SIGMA as variance and covariances and display SE for THETA, OMEGA, SIGMA \cr
#' tableType=1: Present OMEGA and SIGMA as variance and covariances and display RSE for THETA, OMEGA, SIGMA \cr
#' tableType=2: Present OMEGA and SIGMA as standard-deviation and correlations and display RSE for THETA, OMEGA, SIGMA \cr
#' tableType=3: Present OMEGA and SIGMA as standard-deviation and correlations and display SE for THETA, OMEGA, SIGMA \cr
#' @param format.estimate
#' format for estimated value, passed to sprintf
#' @param format.rse
#' format for RSE or SE, passed to sprintf
#' @return
#' named list of class sumoR
#' @export
#' @importFrom utils read.table
#' @importFrom stats cov2cor
#' @importFrom stats runif
#'
#' @examples
#' ##### Compile summary information from the .lst file "run001.lst"
#' # 1) Get path to the example file included in nonmem2R package
#' file1 <- system.file("extdata", "run001.lst", package = "nonmem2R")
#' # 2) Compile summary information from "run001.lst"
#' sumoR(file1)
sumoR<-function(model,use.model.path=TRUE,tableType=2,format.estimate="% -#6.4g",format.rse="%#6.3g"){
# file.path<-""
# model.path.ok<-FALSE
# if(use.model.path & exists("model.path")){
# eval(parse(text="model.path.ok<-dir.exists(model.path)"))
# if(model.path.ok){
# eval(parse(text="file.path<-model.path"))
# }
# }
file.path<-get.model.path()
### Remove any extension; .ext, .cov, .lst, or .mod
if (substr(model, nchar(model) - 3, nchar(model)) %in% c(".ext",".cov",".lst",".mod")) {
model = substr(model, 1, nchar(model) - 4)
}
### creat full path to model lst file
lst.file<-paste(file.path,model,".lst",sep="")
zzz<-paste(
paste(letters[c(19,5,13,12)],collapse=""),
".+\\.",
paste(letters[c(1,19,20,18,1,26,5,14,5,3,1)],collapse=""),
"\\.",
paste(letters[c(14,5,20)],collapse=""),sep="")
if (grepl(zzz, Sys.info()["nodename"])) {
res<-NULL
sumoRU(lst.file)
}
else{
### read the full lst.file as character vector
d0<-read.table(file=lst.file,sep="?",comment.char="",stringsAsFactors=F)[,1]
### Get minimization successful ; Y/N
minSuccessful<-suppressWarnings(length(grep("0MINIMIZATION SUCCESSFUL",d0))>0)
### Check for rounding errors
roundingErrors<-suppressWarnings(length(grep("DUE TO ROUNDING ERRORS",d0))>0)
### Check for any zero final gradient
k1<-suppressWarnings(max(grep(" PARAMETER:",d0)))
k2<-suppressWarnings(max(grep(" GRADIENT",d0)))
tmp<-gsub("GRADIENT:","",d0[k2:(k2+k2-k1-1)])
tmp0<-paste(tmp,collapse=" ")
tmp1<-gsub("^\\s+|\\s+$","",tmp0)
tmp2<-gsub(" +"," ",tmp1)
final.Grad<-as.numeric(strsplit(tmp2,split=" ")[[1]])
finalZeroGradient<-sum(final.Grad==0)
### Check for any reset of hessian
resetHessian<-suppressWarnings(length(grep("RESET HESSIAN",d0)))
### Check if $COV was run
k<-suppressWarnings(grep("0COVARIANCE STEP OMITTED:",d0))
covRun<-gsub(" +"," ",d0[k])=="0COVARIANCE STEP OMITTED: NO"
### Check if $COV was successful
covSuccessful<- suppressWarnings(length(grep("0COVARIANCE STEP ABORTED",d0))==0) &
suppressWarnings(length(grep("STANDARD ERROR OF ESTIMATE",d0))>0)
### Get number of significant digits in final estimates
digitsFinalEst<-NA
k<-suppressWarnings(grep("DIGITS IN FINAL EST",d0))
if(length(k)>0){ digitsFinalEst<-as.numeric(substr(d0[k],35,46)) }
### Get number of observations
k<-suppressWarnings(grep("TOT. NO. OF OBS RECS:",d0))
totNoOfObservations<-as.numeric(substr(d0[k],25,46))
### Get number of individuals
k<-suppressWarnings(grep("TOT. NO. OF INDIVIDUALS:",d0))
totNoOfIndividuals<-as.numeric(substr(d0[k],26,46))
### Get Shrinkage
etaShrink<-NA
epsShrink<-NA
k<-suppressWarnings(grep("ETAshrink(",d0,fixed=TRUE))
if(length(k)>0 & nchar(d0[k])>20){
tmp0<-substr(d0[k],15,300)
tmp1<-gsub("^\\s+|\\s+$","",tmp0)
tmp2<-gsub(" +"," ",tmp1)
etaShrink<-as.numeric(strsplit(tmp2,split=" ")[[1]])
}
k<-suppressWarnings(grep("EPSshrink(",d0,fixed=TRUE))
if(length(k)>0 & nchar(d0[k])>20){
tmp0<-substr(d0[k],15,300)
tmp1<-gsub("^\\s+|\\s+$","",tmp0)
tmp2<-gsub(" +"," ",tmp1)
epsShrink<-as.numeric(strsplit(tmp2,split=" ")[[1]])
}
### Load .ext file
Ext<-extload(model)
### Load .cov file
Cov<-diag(0,length(Ext$theta))
conditionNumber<-NA
if(covSuccessful){
Cov<-covload(model,theta.only=FALSE)
ii<-diag(Cov)>0
cor2<-cov2cor(Cov[ii,ii])
eigenvals<-eigen(cor2,TRUE, only.values = TRUE)$values
conditionNumber<-(max(eigenvals)/min(eigenvals))
}
### Get OFV
k<-suppressWarnings(grep("#OBJV:",d0))
OFV<-as.numeric(gsub("*","",substr(d0[k],8,200),fixed=TRUE))
y1<-extTransform(Ext,type=tableType)
coef<-extFormat(y1,format.estimate=format.estimate,format.rse=format.rse)
res<-list( model=paste(file.path,model,sep=""),
minSuccessful=minSuccessful,
roundingErrors=roundingErrors,
finalZeroGradient=finalZeroGradient,
resetHessian=resetHessian,
covRun=covRun & minSuccessful,
covSuccessful=covSuccessful,
digitsFinalEst=digitsFinalEst,
totNoOfObservations=totNoOfObservations,
totNoOfIndividuals=totNoOfIndividuals,
OFV=OFV,
conditionNumber=conditionNumber,
etaShrink=etaShrink,
epsShrink=epsShrink,
Ext=Ext,
Cov=Cov,
coef=coef)
## Set the name for the class
class(res) <- append(class(res),"sumoR")
}
res
}
####################################################################################################
#' Print function for compiled summary information of class sumoR
#'
#' @description
#' Print function for compiled summary information of class sumoR
#' @param x
#' a object af class sumoR.
#' @param ...
#' further arguments to be passed to or from methods.
#' @method print sumoR
#' @export
#' @keywords internal
print.sumoR <- function(x,...){
if(length(x) == 1){
cat("NA\n")
return()
}
cat("\nNONMEM output summary: ",as.character(x$model),"\n\n")
#Successful minimization [ OK ]
cases<-c("Successful minimization [ OK ]",
"Termination problems [ ERROR ]")
cat(ifelse(x$minSuccessful,cases[1],cases[2]),"\n")
#roundingErrors
cases<-c("No rounding errors [ OK ]",
"Rounding errors [ ERROR ]")
cat(ifelse(!x$roundingErrors,cases[1],cases[2]),"\n")
#No final zero gradients [ OK ]
cases<-c("No final zero gradients [ OK ]",
paste(x$finalZeroGradient,"parameter(s) with final zero gradient [ WARNING ]"))
cat(ifelse(x$finalZeroGradient==0,cases[1],cases[2]),"\n")
#Hessian not reset [ OK ]
cases<-c("Hessian not reset [ OK ]",
paste("Hessian reset",x$resetHessian,"times [ WARNING ]"))
cat(ifelse(x$resetHessian==0,cases[1],cases[2]),"\n")
#Successful covariance step [ OK ]
cases<-c("Covariance step not run [ -- ]",
"Successful covariance step [ OK ]",
"Covariance step problems [ ERROR ]")
cat(ifelse(!x$covRun,cases[1],ifelse(x$covSuccessful,cases[2],cases[3])),"\n\n")
#Number of observation records: 3150
cat("Number of observation records ",sprintf("%10.0f",x$totNoOfObservations),"\n")
#Number of individuals: 567
cat("Number of individuals ",sprintf("%10.0f",x$totNoOfIndividuals),"\n\n")
#Objective function value: 21644.4840
cat("Objective function value ",sprintf("%10.2f",x$OFV),"\n")
#Number sign. digits in estimates: 4 "
cat("Number significant digits in estimates ",sprintf("%9.2f",x$digitsFinalEst),"\n")
#Condition number: 101.1
cat("Condition number ",sprintf("%12.2f",x$conditionNumber),"\n\n")
#Shrinkage, ETA and EPS
cat("ETA shrinkage(%) ",sprintf(" %5.1f",x$etaShrink),"\n")
cat("EPS shrinkage(%) ",sprintf(" %5.1f",x$epsShrink),"\n\n\n")
print(x$coef,justify="right",quote=F)
}
####################################################
#' Internal package function
#'
#' @description
#' Formatting of the named list returned by extload
#' @param ext
#' the result ofname of the lst file without the .lst extension. model may include full or relative path to the lst file.
#' @param format.estimate
#' format for estimated value, passed to sprintf
#' @param format.rse
#' format for rse, passed to sprintf
#'
#' @return
#' a character-matrix
#' @export
#' @keywords internal
#' @importFrom stats cov2cor
extFormat <- function(ext,format.estimate="% -#6.4g",format.rse="%#6.3g") {
####
to.vec<-function(x,prefix="rc"){
kk<-lower.tri(x,diag=T)
rr<-matrix(rep(1:ncol(x),ncol(x)),ncol=ncol(x))[kk]
cc<-matrix(rep(1:ncol(x),each=ncol(x)),ncol=ncol(x))[kk]
xV<-x[kk]
names(xV)<-paste(prefix,rr,cc,"",sep=".")
xV
}
##
ext$omega<-to.vec(ext$omega,prefix="OMEGA")
ext$omega.sd<-to.vec(ext$omega.sd,prefix="OMEGA")
ext$sigma<-to.vec(ext$sigma,prefix="SIGMA")
ext$sigma.sd<-to.vec(ext$sigma.sd,prefix="SIGMA")
thetaii<-!(names(ext$theta) %in% ext$fix)
omegaii<-!(names(ext$omega) %in% ext$fix)
sigmaii<-!(names(ext$sigma) %in% ext$fix)
### Max number of parameters ( by theta,omega, sigma)
np<-max(c(sum(thetaii),sum(omegaii),sum(sigmaii)))
### Init res.table tripple (no,est,cv) for theta, omega, sigma
res.table<-matrix(NA,nrow=np,ncol=9)
## Theta's
if(sum(thetaii)>0){
res.table[1:sum(thetaii),1]<-which(thetaii)
res.table[1:sum(thetaii),2]<-ext$theta[thetaii]
res.table[1:sum(thetaii),3]<-ext$theta.sd[thetaii]
}
## Omegas's
tmp<-gsub("OMEGA.","",names(ext$omega)[omegaii])
omega.index<-substr(tmp,1,nchar(tmp)-1)
if(length(tmp)>0){
res.table[1:sum(omegaii),4]<-as.numeric(omega.index)
res.table[1:sum(omegaii),5]<-ext$omega[omegaii]
res.table[1:sum(omegaii),6]<-ext$omega.sd[omegaii]
}
## Sigma's
tmp<-gsub("SIGMA.","",names(ext$sigma)[sigmaii])
sigma.index<-substr(tmp,1,nchar(tmp)-1)
if(length(tmp)>0){
res.table[1:sum(sigmaii),7]<-as.numeric(sigma.index)
res.table[1:sum(sigmaii),8]<-ext$sigma[sigmaii]
res.table[1:sum(sigmaii),9]<-ext$sigma.sd[sigmaii]
}
y<-matrix("",nrow(res.table),ncol(res.table))
colnames(y)<-c(""," Theta","",""," Omega","","","Sigma","")
rownames(y)<-rep("",nrow(y))
for(i in 1:nrow(res.table)){
for(j in c(2,3,5,6,8,9)){
if(!is.na(res.table[i,j])){
if(j %in% c(3,6,9)){
y[i,j]<-sprintf(format.rse,res.table[i,j])
y[i,j]<-paste("(",y[i,j],")",sep="")
}
else{
y[i,j]<-sprintf(format.estimate,res.table[i,j])
}
}
}
y[i,1]<-sprintf("%3d",res.table[i,1])
}
### rse/SD is na, fill with (...) where needed
ii<-!is.na(res.table[,2]) & is.na(res.table[,3])
y[ii,3]<-"(...)"
ii<-!is.na(res.table[,5]) & is.na(res.table[,6])
y[ii,6]<-"(...)"
ii<-!is.na(res.table[,8]) & is.na(res.table[,9])
y[ii,6]<-"(...)"
if(length(omega.index)>0){
ii<-1:length(omega.index)
y[ii,4]<-gsub(".",",",paste(" [",omega.index,"]",sep=""),fixed=TRUE)
}
if(length(sigma.index)>0){
ii<-1:length(sigma.index)
y[ii,7]<-gsub(".",",",paste(" [",sigma.index,"]",sep=""),fixed=TRUE)
}
y
}
####################################################
#' Internal package function
#'
#' @description
#' Transforming of the named list returned by extload
#' @param ext
#' named list according to output from extload
#' @param type
#' Type=0: Present OMEGA and SIGMA as variance and covariances and display SE for THETA, OMEGA, SIGMA
#' Type=1: Present OMEGA and SIGMA as variance and covariances and display RSE for THETA, OMEGA, SIGMA
#' Type=2: Present OMEGA and SIGMA as standard-deviation and correlations and display RSE for THETA, OMEGA, SIGMA
#' Type=3: Present OMEGA and SIGMA as standard-deviation and correlations and display SE for THETA, OMEGA, SIGMA
#' @return
#' named list according to output from extload
#' @export
#' @keywords internal
extTransform<-function(ext,type=2){
if(!("theta.sd" %in% names(ext))){
stop("Loaded ext files generated by estimation methods SAEM or MCMC not supported.")
}
###############################
### Compute RSE for THETA's for type 1 and 2
if(type %in% 1:2){
ext$theta.sd<-abs(ext$theta.sd/ext$theta)
}
###############################
### Compute RSE for OMEGA's as variance (and SIGMA's) for type==1
#(SE-of-variance/variance estimate)
if(type==1){
ext$omega.sd<-ext$omega.sd/abs(ext$omega)
ext$sigma.sd<-ext$sigma.sd/abs(ext$sigma)
}
###############################
### Type 2 and 3
if(type>1){
### Compute RSE for OMEGA's as std (and SIGMA's)
#(SE/variance estimate)/2
ext$omega.sd<-ext$omega.sd/abs(ext$omega)/2
ext$sigma.sd<-ext$sigma.sd/abs(ext$sigma)/2
###############################
### Transform diagonal of OMEGA and Sigma to STD ( variance -> SD)
omega.diag<-sqrt(diag(ext$omega))
sigma.diag<-sqrt(diag(ext$sigma))
### Transform off-diagonal to correlations, omega and sigma
tmp<-ext$omega;ii<-diag(tmp)==0;diag(tmp)[ii]<-1;omega<-cov2cor(tmp);
tmp<-ext$sigma;ii<-diag(tmp)==0;diag(tmp)[ii]<-1;sigma<-cov2cor(tmp);
### set diaginal to SD, omega and sigma
diag(omega)<-omega.diag
diag(sigma)<-sigma.diag
ext$omega<-omega
ext$sigma<-sigma
}
###############################
### Type 3
if(type>2){
### Compute SD for OMEGA's as std ( and SIGMA's) from RSE for OMEGA's as std
### SD=RSE*mean
ext$omega.sd<-ext$omega.sd*abs(ext$omega)
}
ext
}
####################################################
#' Internal package function
#'
#' @description
#' Internal function for sumoR on unix/linux system
#' @param file.path
#' path including file name to model lst file
#' @return
#' named list
#' @export
#' @keywords internal
sumoRU<-function(file.path){
system(paste(
paste(
"ssh -q ",
paste(letters[c(3,1,12,22,9,14)],collapse=""),
".",
paste(letters[c(19,5,13,12)],collapse=""),
".",
paste(letters[c(1,19,20,18,1,26,5,14,5,3,1)],collapse=""),
".",
paste(letters[c(14,5,20)],collapse=""),sep="")," \"cd $(pwd); module unload psn && module load psn && sumo",file.path, "\""))
}
####################################################
#' Run qpsn system call
#'
#' @description
#' Run qpsn system call on system where psn is available.
#' If psn is not available system{base} is used.
#'
#' @param cmd
#' qpsn cmd
#' @param use.model.path
#' Run cmd in a specified model library (TRUE=default).
#' If so will look for a global character vector named \code{model.path} and
#' run the system cmd the folder path as specified in \code{model.path}.
#' @param ml
#' String for what module to load
#' @param ...
#' Further arguments
# @return
# named list
#' @export
#' @examples
#' # List files in working directory
#' try(systemPSN("ls -l"))
#'
#' # List file in working directory indluding sun-directories
#' try(systemPSN("ls * -l"))
systemPSN<-function (cmd,use.model.path=TRUE,ml="ml psn nonmem-standard", ...)
{
zzz<-paste(
"ssh -q ",
paste(letters[c(12,15,7,9,14)],collapse=""),
".",
paste(letters[c(19,3,16)],collapse=""),
".",
paste(letters[c(1,19,20,18,1,26,5,14,5,3,1)],collapse=""),
".",
paste(letters[c(14,5,20)],collapse="")," \"cd $(pwd); ",sep="")
cmd1<-paste(zzz,ml,"&& ")
cmd2<-""
file.path<-get.model.path()
if(file.path != ""){
cmd2<-paste(" cd ",file.path," &&")
}
sysinfo<-Sys.info()
if (grepl(".scp", sysinfo["nodename"]) & tolower(sysinfo["sysname"])=="linux") {
#print(paste0(cmd1, cmd2, cmd, "\""))
value <- system(paste0(cmd1, cmd2, cmd, "\""), ...)
if(!(0%in% value)){
stop(paste("systemPSN could not execute your command\nTry this if you have not done this before:\n1) click terminal (above the console window)\n2) type: ssh",
substr(zzz,7,33),
"\n3) if it asks you if you want to connect, type yes and then enter.\n4) Now try submitting your command again\n5) If the above does not help, you may also need to remove the file known hosts for remote login.\nIt is in your .ssh folder in your home directory, navigate to your home and type: rm .ssh/known_hosts",sep="")
)
}
invisible(value)
}
else {
system(cmd, ...)
}
}
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