Generate figures from the EUROSTAT quality report

Source: R/generate_qr_table.R

This function uses the method iterate to create figures for a quality report for each component of a hierarchical persephone object

generateQrTable(x)

Arguments

x

a persephone object

Columns

  • component is a column added by iterate() and informs where in the hierarchy a certain component is.

  • Method is TS for tramoseats() and x13 for x13()

  • Period is 12 for yearly measurements and 4 for quarterly measurements

  • Start denotes the start of the time series

  • End denotes the end of the time series

  • Log.Transformation

  • ARIMA.Model

  • LeapYear

  • MovingHoliday

  • NbTF

  • Noutliers Number of outliers

  • Outlier1

  • Outlier2

  • Outlier3

  • CombinedTest_SI

  • Residual.Seasonality

  • Residual.TD.Effect

  • Q.Stat

  • Final.Henderson.Filter

  • Stage.2.Henderson.Filter

  • Seasonal.Filter

  • Max.Adj

Examples

obj_x13 <- perX13(AirPassengers, "RSA3")
ht <- perHts(a = obj_x13, b = obj_x13, method = "x13")
ht$run()
generateQrTable(ht)
#>   component Method Period Nobs  Start     End Log.Transformation    ARIMA.Model
#> 1              x13     12  144 1-1949 12-1960               TRUE (0 1 0)(0 1 1)
#> 2         a    x13     12  144 1-1949 12-1960               TRUE (0 1 1)(0 1 1)
#> 3         b    x13     12  144 1-1949 12-1960               TRUE (0 1 1)(0 1 1)
#>   LeapYear MovingHoliday NbTD Noutliers    Outlier1 Outlier2 Outlier3
#> 1    FALSE          TRUE    6         1 AO (5-1951)     <NA>     <NA>
#> 2    FALSE          TRUE    0         0        <NA>     <NA>     <NA>
#> 3    FALSE          TRUE    0         0        <NA>     <NA>     <NA>
#>   CombinedTest_SI Residual.Seasonality Residual.TD.Effect Q.Stat
#> 1         Present                   No                 No   0.22
#> 2         Present                   No                Yes   0.24
#> 3         Present                   No                Yes   0.24
#>   Final.Henderson.Filter Stage.2.Henderson.Filter Seasonal.Filter Max.Adj
#> 1                     H9                      H13             3x3     26%
#> 2                     H9                      H13             3x3     25%
#> 3                     H9                      H13             3x3     25%