pplot3d.TSD | R Documentation |
This function is the point representation analogue to cplot3d.TSD, and plots the acoustic data in 3d by point representation using the R package rgl (similar to applot.event() but only one time step) ????.
pplot3d.TSD(
data,
N = 1e+05,
acca = NULL,
fun = "mod",
allert = 1e+08,
nlim = NULL,
fact = NULL,
cols = c("black", "navyblue", "magenta4", "red3", "darkorange2", "yellow"),
stretch = 1,
scale.voxels = 1,
rand.gen = c("unif", "beta", "norm"),
beamstypes = 1,
possample = 1,
esnm = "MS70",
var = c("vbsc", "sgsc", "pr0s", "sgs0", "sgsE", "sgsi", "sgsI", "psis", "tlns"),
ind = list(-(1:150), NULL),
range = list(),
subset = NULL,
ideal = TRUE,
seabed = -12000,
rot = 2,
compensation = c("pitch", "roll"),
plot = TRUE,
cs.xyzlim = "g",
add = FALSE,
adds = NULL,
xlim = NULL,
ylim = NULL,
zlim = NULL,
view = c("free", "top", "bottom", "south", "west", "north", "east"),
zoom = 0.7,
fov = 60,
school = FALSE,
schoolcol = "purple",
schoolsize = 0.3,
schoolsample = 0.01,
schoollen = 4,
schoollwd = 1,
schooltype = "p",
schoolcrop = FALSE,
plot.seg = FALSE,
seg.col = "green",
seg.alpha = 0.2,
subdivide = 3,
excl.neg = TRUE,
object = c("ellipsoid", "cuboid"),
par = double(3),
center = c(0, 0, 0),
angle = 0,
aspect = "iso",
nticks = 5,
origin = 1,
xlab = "x",
ylab = "y",
zlab = "z",
full.box = FALSE,
edge.vpos = "",
line.vpos = 0,
at.vpos = NULL,
cex.vpos = 1,
col.vpos = "blue",
clock = "bbl",
cex.clock = 1,
adj.clock = c(0, 0),
format.clock = "yyyy-mm-dd\nHH:MM:SS.FFF\nPing: indt",
digits.clock = 2,
lsp.clock = 0.04,
col.clock = 4,
sonar.grid = "frame",
sonar.grid.col = c("orange", "cornflowerblue"),
sonar.grid.lwd = 1,
cs.pos = "g",
cs.view = "g",
sides = c("tb", "tb"),
dens = c(200, 100, 100, 1),
every = Inf,
global.grid = FALSE,
global.grid.lwd = 0.5,
global.grid.lty = 1,
...
)
data |
is a list containing the data to plot, as returned from read.event(...,var=c("vbsc","voxels","ctd","beams","vessel","time")). May include school positions data$psxf, data$psyf and data$pszf. If non-school voxel probabilities are given in an array 'pr0s', or thresholded segmentation values 'sgsc'/'sgs0' are given, these can be plotted using the input 'var'. |
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