Process x3p file

x3p file of a 3d topological bullet surface is processed at surface crosscut x, the bullet grooves in the crosscuts are identified and removed, and a loess smooth is used (see ?loess for details) to remove the big structure.

x3p file of a 3d topological bullet surface is processed at surface crosscut x, the bullet grooves in the crosscuts are identified and removed, and a loess smooth is used (see ?loess for details) to remove the big structure.

processBullets(bullet, name = "", x = 100, grooves = NULL, span = 0.75,
  window = 1, ...)

processBullets(bullet, name = "", x = 100, grooves = NULL, span = 0.75,
  window = 1, ...)

Arguments

bullet	file as returned from read_x3p
name	name of the bullet
x	(vector) of surface crosscuts to process (in meters).
grooves	The grooves to use as a two element vector, if desired
span	The span for the loess fit
window	The mean window around the ideal crosscut
...	Additional arguments, passed to the get_grooves function
bullet	file as returned from read_x3p
name	name of the bullet
x	(vector) of surface crosscuts to process.
grooves	The grooves to use as a two element vector, if desired
span	The span for the loess fit
window	The window around the ideal crosscut
...	Additional arguments, passed to the get_grooves function

Value

data frame

data frame

Examples

data(br411)
br411_processed <- processBullets(br411, name = "br411")
#> Warning: use x3ptools::x3p_to_df instead
#> Error in 1:info$num_profiles: argument of length 0
data(br411)
br411_processed <- processBullets(br411, name = "br411")
#> Warning: use x3ptools::x3p_to_df instead
#> Error in 1:info$num_profiles: argument of length 0