Summarize PKNCA results
# S3 method for PKNCAresults summary( object, ..., drop.group = object$data$conc$subject, summarize.n.per.group = TRUE, not.requested.string = ".", not.calculated.string = "NC" )
object | The results to summarize |
---|---|
... | Ignored. |
drop.group | Which group(s) should be dropped from the formula? |
summarize.n.per.group | Should a column for |
not.requested.string | A character string to use when a parameter summary was not requested for a parameter within an interval. |
not.calculated.string | A character string to use when a parameter
summary was requested, but the point estimate AND spread calculations (if
applicable) returned |
A data frame of NCA parameter results summarized according to the summarization settings.
Excluded results will not be included in the summary.
conc_obj <- PKNCAconc(as.data.frame(datasets::Theoph), conc~Time|Subject) d_dose <- unique(datasets::Theoph[datasets::Theoph$Time == 0, c("Dose", "Time", "Subject")]) dose_obj <- PKNCAdose(d_dose, Dose~Time|Subject) data_obj_automatic <- PKNCAdata(conc_obj, dose_obj) results_obj_automatic <- pk.nca(data_obj_automatic) # To get standard results run summary summary(results_obj_automatic)#> start end N auclast cmax tmax half.life aucinf.obs #> 0 24 12 74.6 [24.3] . . . . #> 0 Inf 12 . 8.65 [17.0] 1.14 [0.630, 3.55] 8.18 [2.12] 115 [28.4] #> #> Caption: auclast, cmax, aucinf.obs: geometric mean and geometric coefficient of variation; tmax: median and range; half.life: arithmetic mean and standard deviation #># To enable numeric conversion and extraction, do not give a spread function # and subsequently run as.numeric on the result columns. PKNCA.set.summary( name=c("auclast", "cmax", "half.life", "aucinf.obs"), point=business.geomean, description="geometric mean" ) PKNCA.set.summary( name=c("tmax"), point=business.median, description="median" ) summary(results_obj_automatic, not.requested.string="NA")#> start end N auclast cmax tmax half.life aucinf.obs #> 0 24 12 74.6 NA NA NA NA #> 0 Inf 12 NA 8.65 1.14 7.99 115 #> #> Caption: auclast, cmax, half.life, aucinf.obs: geometric mean; tmax: median #>