mlr3spatiotempcv (version 1.0.1)

autoplot.ResamplingCustomCV: Visualization Functions for Non-Spatial CV Methods.

Description

Generic S3 plot() and autoplot() (ggplot2) methods.

Usage

# S3 method for ResamplingCustomCV
autoplot(
  object,
  task,
  fold_id = NULL,
  plot_as_grid = TRUE,
  train_color = "#0072B5",
  test_color = "#E18727",
  ...
)
# S3 method for ResamplingCustomCV
plot(x, ...)

Arguments

object

[Resampling] mlr3 spatial resampling object of class ResamplingCustomCV.

task

[TaskClassifST]/[TaskRegrST] mlr3 task object.

fold_id

[numeric] Fold IDs to plot.

plot_as_grid

[logical(1)] Should a gridded plot using via patchwork be created? If FALSE a list with of ggplot2 objects is returned. Only applies if a numeric vector is passed to argument fold_id.

train_color

[character(1)] The color to use for the training set observations.

test_color

[character(1)] The color to use for the test set observations.

...

Passed to geom_sf(). Helpful for adjusting point sizes and shapes.

x

[Resampling] mlr3 spatial resampling object of class ResamplingCustomCV.

See Also

• mlr3book chapter on "Spatiotemporal Visualization"

• autoplot.ResamplingSpCVBlock()

• autoplot.ResamplingSpCVBuffer()

• autoplot.ResamplingSpCVCoords()

• autoplot.ResamplingSpCVEnv()

• autoplot.ResamplingSpCVDisc()

• autoplot.ResamplingSpCVTiles()

• autoplot.ResamplingCV()

• autoplot.ResamplingSptCVCstf()

• autoplot.ResamplingSptCVCluto()

Examples

# NOT RUN {
if (mlr3misc::require_namespaces(c("sf", "patchwork"), quietly = TRUE)) {
  library(mlr3)
  library(mlr3spatiotempcv)
  task = tsk("ecuador")
  breaks = quantile(task$data()$dem, seq(0, 1, length = 6))
  zclass = cut(task$data()$dem, breaks, include.lowest = TRUE)

  resampling = rsmp("custom_cv")
  resampling$instantiate(task, f = zclass)

  autoplot(resampling, task) +
    ggplot2::scale_x_continuous(breaks = seq(-79.085, -79.055, 0.01))
  autoplot(resampling, task, fold_id = 1)
  autoplot(resampling, task, fold_id = c(1, 2)) *
    ggplot2::scale_x_continuous(breaks = seq(-79.085, -79.055, 0.01))
}
# }