plotLevel2D: Plot a Full Set of Images for a "sampSurf" Wavelet...
In ssWavelets: Wavelet Functionality for Package 'sampSurf'

Description Usage Arguments Details Value Author(s) See Also Examples

This routine will plot the full set of isotropic and anisotropic images for a given level of decomposition either as the raw wavelet coefficients or various wavelet variances. Both “ssMODWT” and covariance objects, “ssCovMODWT”, are supported.

The level = j decompositions are plotted in a 2x2 matrix with...

1st row:	Horizontal \| Diagonal
2nd row:	Isotropic \| Vertical

At level = J0, there are five subfigures as the smooth, ‘LLJ’, is also included centered in the 3rd row.

plotLevel2D(ssMODWT,
            level = 1,
            decompType = c("modwt", "mra"),
            type = c("raw", "var"),
            isoSmooth = TRUE,
            showPlot = TRUE,
            showIZs = TRUE,
            col = NA,
            boxCol = "gray",
            title = NA,
            showLegend = TRUE,
            runQuiet = FALSE,
            ...
           )

`ssMODWT`	An object of class “`ssMODWT`” for raw or variance display, or an object of class “`ssCovMODWT`” for covariance display.
`level`	The decomposition level desired, j = 1,…,J0.
`decompType`	Either “MODWT” or “MRA” decomposition may be displayed for `type = 'raw'`. Only the former is available for variance or covariance displays.
`type`	‘raw’ corresponds to the raw wavelet coefficients. ‘var’ is for a plot of the variance.
`isoSmooth`	`TRUE`: include ‘LLJ’ in the result for isotropic at level J (i.e., J0); `FALSE`: do not include the smooth component.
`showPlot`	`TRUE`: display the plot; `FALSE`: no display.
`showIZs`	`TRUE`: display the inclusion zones for the “Stem” objects; `FALSE`: no display.
`col`	A vector palette of colors for the surface; if this is `NA`, the default, then `palMODWT` is used.
`boxCol`	Outline color for perimeter box.
`title`	Add a title to the plot if desired. The default (`NA`) is a title (and subtitles) constructed from the arguments passed. Otherwise, one can pass their own title or `title =` “” for no title.
`showLegend`	`TRUE`: Show the ‘legend’ identifiers around the outside of the maps; `FALSE`: suppress the legend.
`runQuiet`	`TRUE`: No feedback when run; `FALSE`: Some summary results.
`...`	Gobbled.

This routine uses plotMODWT2D to generate each of the individual subfigures, which can be altered using the arguments above that are in common to plotMODWT2D.

Please see the details in plotMODWT2D and the vignette for more information and examples.

The final “RasterLayer” object invisibly.

Jeffrey H. Gove

plotMODWT2D

#
# 1. creates a sampSurf object with horizontal point sampling
# 2. creates a J_0 = 3-level MODWT decomposition object
# 3. a basic plot...
#
tr = Tract(c(x = 64, y = 64), cellSize = 1) #square tract ~0.5ha
btr = bufferedTract(10, tr)
ag3m = angleGauge(3)        #metric BAF
sshps = sampSurf(10, btr, iZone = 'horizontalPointIZ', angleGauge = ag3m,
        topDiam = c(0,0), startSeed = 123)
modwt.hps = ssMODWT(sshps, J = 3)
## Not run: 
r2 = plotLevel2D(modwt.hps, type = 'var')

## End(Not run)