stackplot.fit_result: Plot the fitting results of an object of class 'fit_result'...
In neuroconductor-releases/spant: MR Spectroscopy Analysis Tools

Plot the fitting results of an object of class fit_result with individual basis set components shown.

## S3 method for class 'fit_result'
stackplot(
  x,
  xlim = NULL,
  y_offset = 0,
  dyn = 1,
  x_pos = 1,
  y_pos = 1,
  z_pos = 1,
  coil = 1,
  n = NULL,
  sub_bl = FALSE,
  labels = FALSE,
  label_names = NULL,
  sig_col = "black",
  restore_def_par = TRUE,
  omit_signals = NULL,
  combine_lipmm = FALSE,
  combine_metab = FALSE,
  mar = NULL,
  ...
)

`x`	fit_result object.
`xlim`	the range of values to display on the x-axis, eg xlim = c(4,1).
`y_offset`	separate basis signals in the y-axis direction by this value.
`dyn`	the dynamic index to plot.
`x_pos`	the x index to plot.
`y_pos`	the y index to plot.
`z_pos`	the z index to plot.
`coil`	the coil element number to plot.
`n`	single index element to plot (overrides other indices when given).
`sub_bl`	subtract the baseline from the data and fit (logical).
`labels`	print signal labels at the right side of the plot.
`label_names`	provide a character vector of signal names to replace the defaults determined from the basis set.
`sig_col`	colour of individual signal components.
`restore_def_par`	restore default plotting par values after the plot has been made.
`omit_signals`	a character vector of basis signal names to be removed from the plot.
`combine_lipmm`	combine all basis signals with names starting with "Lip" or "MM".
`combine_metab`	combine all basis signals with names not starting with "Lip" or "MM".
`mar`	option to adjust the plot margins. See ?par.
`...`	further arguments to plot method.