dilp_processing()
will typically only be called internally by dilp()
.
However, it can be used on its own to generate and view a processed DiLP
dataset that includes raw and derived physiognomic values useful for DiLP and
other physiognomic analyses. Returns a data frame.
Arguments
- specimen_data
A data frame containing specimen level leaf physiognomic data. A good reference for how to put together the data:
McAbeeExample
Value
A data frame containing cleaned and processed specimen level leaf physiognomic data. New variables calculated are:
Leaf area
Feret diameter
Feret diameter ratio (FDR)
Raw blade perimeter corrected (Raw blade perimeter - length of cut perimeter)
Internal raw blade perimeter corrected (Internal raw blade perimeter - length of cut perimeter)
Total tooth count
Total tooth count : internal perimeter (TC:IP)
Perimeter ratio
Petiole metric
Aspect ratio
Shape factor
Compactness
Tooth area
Tooth area : perimeter (TA:P)
Tooth area: internal perimeter (TA:IP)
Tooth area : blade area (TA:BA)
Average primary tooth area (Avg TA)
Tooth count : blade area (TC:BA)
Tooth count : perimeter (TC:P)
Examples
dilp_dataset <- dilp_processing(McAbeeExample)
dilp_dataset
#> # A tibble: 192 × 40
#> site specimen_number morphotype measurer_comments margin petiole_width
#> <chr> <chr> <chr> <chr> <dbl> <dbl>
#> 1 McAbee H1 BU-712-1006 M1 NA 0 0.165
#> 2 McAbee H1 BU-712-1022A M1 NA 0 0.047
#> 3 McAbee H1 BU-712-1065B M1 NA 0 NA
#> 4 McAbee H1 BU-712-1083 M1 NA 0 0.075
#> 5 McAbee H1 BU-712-1122 M1 NA 0 0.074
#> 6 McAbee H1 BU-712-1133 M1 NA 0 0.051
#> 7 McAbee H1 BU-712-1210 M1 NA 0 0.138
#> 8 McAbee H1 BU-712-1214A M1 NA 0 0.142
#> 9 McAbee H1 BU-712-1216 M1 NA 0 0.05
#> 10 McAbee H1 M-2015-1-104 M1 NA 0 0.121
#> # ℹ 182 more rows
#> # ℹ 34 more variables: petiole_area <dbl>, blade_area <dbl>,
#> # blade_perimeter <lgl>, feret <dbl>, minimum_feret <lgl>,
#> # raw_blade_area <dbl>, raw_blade_perimeter <dbl>,
#> # internal_raw_blade_area <dbl>, internal_raw_blade_perimeter <dbl>,
#> # length_of_cut_perimeter <dbl>, no_of_primary_teeth <dbl>,
#> # no_of_subsidiary_teeth <dbl>, leaf_area <dbl>, feret_diameter <dbl>, …