Estimate pivot balance coordinates by rotating sequential binary partition.

This function is an alias of pivot_coord to estimates the pivot balance coordinates by "rotate" the sequential binary partition on the same brmcoda object.

Usage

pivot_coord_rotate(object, summary = TRUE, parts = 1, ...)

Arguments

object

An object of class brmcoda.

summary

Should summary statistics be returned instead of the raw values? Default is TRUE.

parts

A optional character string specifying names of compositional parts that should be considered in the substitution analysis. This should correspond to a single set of names of compositional parts specified in the complr object. Default to the first composition in the complr object.

...

Further arguments passed to posterior_summary.

Value

Estimated pivot balance coordinates representing the effect of increasing one compositional part relative to the remaining compositional parts.

See also

pivot_coord

Examples

# \donttest{
if(requireNamespace("cmdstanr")){
  x <- complr(data = mcompd, sbp = sbp,
                 parts = c("TST", "WAKE", "MVPA", "LPA", "SB"), idvar = "ID",
                 total = 1440)
  
  m <- brmcoda(complr = x,
                formula = Stress ~ bz1_1 + bz2_1 + bz3_1 + bz4_1 +
                                   wz1_1 + wz2_1 + wz3_1 + wz4_1 + (1 | ID),
                chain = 1, iter = 500,
                backend = "cmdstanr")
  
  m_pivot_coord_rotate <- pivot_coord_rotate(m)
  summary(m_pivot_coord_rotate)
  
  m_pivot_coord_raw <-  pivot_coord_rotate(m, summary = FALSE)
  lapply(m_pivot_coord_raw$output, brms::posterior_summary)
  
  }# }
#> Error: CmdStan path has not been set yet. See ?set_cmdstan_path.