level_shift

Create a factor column with the data subseted according to break points.

level_shift(x, level_breaks = NULL)

Arguments

x

vector of numeric
level_breaks

break points in the data

Value

vector of type factor

Examples

level_shift(1:100, c(2, 40, 86))
#>   [1] [1,2]    [1,2]    (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]  
#>   [9] (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]  
#>  [17] (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]  
#>  [25] (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]  
#>  [33] (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]   (2,40]  
#>  [41] (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86] 
#>  [49] (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86] 
#>  [57] (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86] 
#>  [65] (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86] 
#>  [73] (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86] 
#>  [81] (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (40,86]  (86,100] (86,100]
#>  [89] (86,100] (86,100] (86,100] (86,100] (86,100] (86,100] (86,100] (86,100]
#>  [97] (86,100] (86,100] (86,100] (86,100]
#> Levels: [1,2] (2,40] (40,86] (86,100]