dataStack: Creates results that serve as input for the stackbarPlot...

In binaryTimeSeries: Analyzes a Binary Variable During a Time Series

Creates results that serve as input for the stackbarPlot function.

Description

Creates results that serve as input for the stackbarPlot function.

Usage

dataStack(
  x,
  nodata = 2,
  category = 1,
  unified = "yes",
  timePoints = c(2000, 2001, 2002, 2003, 2005),
  categoryName = "marsh",
  regionName = "Study Region"
)

Arguments

x	is the data, which must be a RasterStack,RasterBrick,SpatRaster or data frame.
nodata	is alphanumeric, which denotes no data in the data set.
category	is the category of interest. The default is set to 1.
unified	is a string, which can be "yes" or "no" only. If "yes," the change is a percentage of a region's unified area; else, the change is a percentage of the entire region under consideration.
timePoints	is a vector containing the time points under consideration.The default is c(2000, 2001, 2002, 2003, 2005).
categoryName	is a character representing the name of the category of interest.Default is "category"
regionName	is a string or character the name of the study region.

Value

The output from dataStack

Examples

example_data <- terra::rast(system.file("external/Example_raster_Y.tif",package="binaryTimeSeries"))
no_data <- 2
cat_interest <- 1
unified_resp <- "yes"
time_points <- c(2000,2001,2002,2003,2005)
categ_name <- "Category"
region_name <- "Study Region"
datstk_output <- dataStack(x = example_data,nodata = no_data,category = cat_interest,
unified = unified_resp,timePoints = time_points,categoryName = categ_name,
regionName = region_name)

binaryTimeSeries documentation built on July 18, 2022, 5:07 p.m.