createSliceGraphic | R Documentation |
Visualise MriImage
objects noninteractively using an R graphics
device. See viewImages
for an interactive alternative. These
functions create 2D visualisations of 3D images by slicing or maximum
intensity projection.
createSliceGraphic(image, x = NA, y = NA, z = NA,
device = c("internal", "png"), colourScale = 1, add = FALSE,
file = NULL, zoomFactor = 1, windowLimits = NULL)
createProjectionGraphic(image, axis, device = c("internal", "png"),
colourScale = 1, add = FALSE, file = NULL, zoomFactor = 1,
windowLimits = NULL)
createContactSheetGraphic(image, axis, device = c("internal", "png"),
colourScale = 1, add = FALSE, file = NULL, zoomFactor = 1,
windowLimits = NULL, clearance = NULL, nColumns = NULL)
image |
An |
x , y , z |
Integer vectors, each of length 1. Exactly one of these must be specified to indicate the plane of interest. |
device |
Either |
colourScale |
A colour scale definition, of the sort generated by
|
add |
Overlay the graphic on a previous one. Used only when
|
file |
A file name, to be used when |
zoomFactor |
Factor by which to enlarge the image. Applies only when
|
windowLimits |
Numeric vector of length 2 giving the limits of the
colour scale, or |
axis |
A vector of axes along which slice/projection images should be created. 1 is left-right, 2 is anterior-posterior, 3 is superior-inferior. |
clearance |
Number of voxels' clearance to leave around each slice
image in the contact sheet. Passed to |
nColumns |
Number of slices per row in the contact sheet grid. If
|
These functions are called for their side effects.
When the device
option is set to "png"
, the "png"
and "mmand"
packages are required by these functions.
Jon Clayden
Please cite the following reference when using TractoR in your work:
J.D. Clayden, S. Muñoz Maniega, A.J. Storkey, M.D. King, M.E. Bastin & C.A. Clark (2011). TractoR: Magnetic resonance imaging and tractography with R. Journal of Statistical Software 44(8):1-18. \Sexpr[results=rd]{tools:::Rd_expr_doi("10.18637/jss.v044.i08")}.
See viewImages
for an interactive alternative, and
getColourScale
for details of how colour scales are specified.
Also image
, which is used as the underlying plot function.
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