stackbarPlots: Create stack bar plots showing trajectories sizes and the...

In binaryTimeSeries: Analyzes a Binary Variable During a Time Series

Create stack bar plots showing trajectories sizes and the three change components.

Description

Create stack bar plots showing trajectories sizes and the three change components.

Usage

stackbarPlots(
  input,
  axisSize = 12,
  lbAxSize = 15,
  lgSize = 12,
  titleSize = 15,
  datbreaks = "no",
  upperlym = 35,
  lowerlym = -50,
  lymby = 5,
  upperlym2 = 0.5,
  lymby2 = 0.1,
  xAngle = 0
)

Arguments

input	is the results from running the "dataStack" function.
axisSize	is a numerical value that control the size of the labels on tick marks of the horizontal and vertical tick marks.
lbAxSize	is a numerical value to control the size of the labels on the horizontal and vertical axis.
lgSize	is a numerical value to control the size of the legend text.
titleSize	is a numerical value to control the size of the title text.
datbreaks	is a string of "yes" or "no", which controls the range and sub-division of the vertical axis of the stacked bar plots.The default is "no", which automatically generates the range and interval of the vertical axis. If "no" the user need to mannual input values for "upperlym","lowerlym", "lymby","upperlym2", and "lymby2".
upperlym	if datbreaks set to "yes," is a numerical value to control the upper limit of the trajectory stack bar plot.
lowerlym	if datbreaks set to "yes," is a numerical value to control the lower limit of the trajectory stack bar plot.
lymby	if datbreaks set to "yes," is a numerical value to control interval on the vertical axis of the components of change stack bar plot.
upperlym2	if datbreaks set to "yes," is a numerical value to control the upper limit of the components of change stacked bar plot.
lymby2	if datbreaks set to "yes," is a numerical value to control the interval on the vertical axis of the components of change stacked bar plot.
xAngle	is a numerical value to control the orientation of the text on the vertical axis of the trajectory stack bar plot

Value

The output from stackbarPlots

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)
stkbarplt_output <- stackbarPlots(input = datstk_output,axisSize = 12,
lbAxSize = 15,lgSize = 12,titleSize = 15,upperlym = 35,lowerlym = - 50,
lymby = 5,upperlym2 = 0.5,lymby2 = 0.1,xAngle = 0)

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