Closed l-goehring closed 9 years ago
Thanx! - Will do so. - Lutz
Done with a small adaptation: $chance_loss
and $chance_gain
are not renamed to pLoss
and pBenefit
but to plPa
, and pnbPa
, respectively, because this is more consistent with the used names enbPa
and elPa
.
Dear @eikeluedeling,
I have the following issues emerging from #4:
summary.mcSimulation()
calculates and returns$chance_loss
,$chance_zero
,$chance_gain
(which are elements of$summary
):summary.mcSimulation()
tosummary.welfareDecisionAnalysis()
. Do you agree?pLoss
,pZero
,pBenefit
, respectively. Do you agree?summary.mcSimulation()
andsummary.welfareDecisionAnalysis()
:summary.mcSimulation()
isprobs=c(0, 0.05, 0.1, 0.25, 0.5, 0.75, 0.9, 0.95, 1)
But, the standard input variables are only described by the 90%-ci and optionally by the median (and the distribution type). This suggest to set the default of the quantiles toprobs=c(0.05,0.5,0.95)
and add information on the first three moments, i.e. mean, standard deviation and skewness (and maybe kurtosis) to describe the shape of the distribution intuitively. What do you think?Best, Lutz