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#' S3 method for printing objects of class \code{"massStandard"}
#'
#' The function prints objects of class \code{"massStandard"}.
#' @param x Object of class \code{"massStandard"}.
#' @param minimal logical default to \code{TRUE}.
#' If \code{TRUE}, only minimal information
#' regarding the calibration certificate is provided.
#' @param institution logical. If \code{TRUE} (the default)
#' the calibrating institution information
#' (including calibration traceability information)
#' is printed. Ignored if \code{minimal = TRUE}.
#' @param description logical. If \code{TRUE} (the default)
#' details of class, serial and manufacturer
#' are printed. Ignored if \code{minimal = TRUE}.
#' @param density logical. If \code{TRUE} the density information is
#' printed.
#' @param envConditions logical. If \code{TRUE} (the default)
#' the environmental conditions at the place
#' and the moment of calibration are printed.
#' Ignored if \code{minimal = TRUE}.
#' @param addInfo logical. If \code{TRUE} (the default)
#' additional information of
#' the calibration is printed. Ignored if \code{minimal = TRUE}.
#' @param ... further arguments passed to or from other methods.
#' @seealso [massStandard()], [print.massStandardKit()]
#' @return No return value, called for side effects.
#' @examples
#' data(E2.MS.20g)
#' print(E2.MS.20g)
#' print(E2.MS.20g, minimal = FALSE)
#' @export
print.massStandard <- function(x, minimal = TRUE, description = TRUE,
institution = TRUE,
density = FALSE, envConditions = TRUE,
addInfo = TRUE, ...) {
coreInfo <- data.frame(
'Nominal mass' = paste0(x$nominal, ' ', x$standardUnits),
'Conv mass correction' = paste0(x$convMassCor, ' ', x$standardUnits),
'Conv mass' = paste0(x$convMass, ' ', x$standardUnits),
'Uncertainty' = paste0(x$expandUncert, ' ', x$standardUnits), row.names = '')
if (minimal) {
cat('CALIBRATED MASS STANDARD:', x$nominal, x$standardUnits, '\n\n')
print(coreInfo)
cat('\nUncertainty is expanded uncertainty with a coverage factor of', x$k, '\n')
} else {
if (x$partofakit) {
message('The mass standard is part of a mass standards kit.
To see complete calibration data please print the object
of class "massStandardKit" to which the object "massStandard" belongs to.')
cat('\n')
print(x, minimal = TRUE)
return(cat(''))
}
cat('CALIBRATED MASS STANDARD:', x$nominal, x$standardUnits, '\n\n')
if (description) {
cat('Description')
cat('\n Class:', ifelse(is.null(x$class), 'Not provided', x$class))
cat('\n Serial:', ifelse(is.null(x$serial), 'Not provided', x$serial))
cat('\n Manufacturer:', ifelse(is.null(x$manufacturer), 'Not provided', x$manufacturer))
cat('\n\n')
}
cat('Mass information:\n')
print(coreInfo)
cat('\nUncertainty is expanded uncertainty with a coverage factor of', x$k, '\n')
cat('\n\n')
if (institution) {
cat(' Calibration perfomed by:',
ifelse(!is.null(x$institution), x$institution, 'Not provided'))#, '\n')
cat('\n Date:',
ifelse(!is.null(x$date), x$date, 'Not provided'))#, '\n')
cat('\n Certificate number:',
ifelse(!is.null(x$certificate), x$certificate, 'Not provided'))#, '\n')
cat('\n Calibration traceability:',
ifelse(!is.null(x$traceability), x$traceability, 'Not provided'))#, '\n')
cat('\n\n')
}
if (envConditions) {
cat('Environmental conditions')
cat('\n Temperature:',
ifelse(is.null(x$Temp), 'Not provided',
paste0(paste0(x$Temp, collapse = ' - '), ' [',
x$unitsENV[1], ']', collapse = '')))
cat('\n Barometric pressure:',
ifelse(is.null(x$p), 'Not provided',
paste0(paste0(x$p, collapse = ' - '), ' [',
x$unitsENV[2], ']', collapse = '')))
cat('\n Relative humidity:',
ifelse(is.null(x$h), 'Not provided',
paste0(paste0(x$h, collapse = ' - '), ' [',
x$unitsENV[3], ']', collapse = '')))
cat('\n\n')
}
if (density) {
cat('Mass standard density: ', x$rho, '+-', x$u_rho,
paste0(' [', x$unitsrho, ']', collapse = ''))
cat('\n\n')
}
if (addInfo) {
cat(ifelse(is.null(x$add.info),
'No additional information provided.',
c('Additional information:\n', x$add.info)))
}
}
}
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