cpplot3d.event: Interactive scatterplot of the (3 dimensional) points either...

In arnejohannesholmin/cpplot3d: 3D-plotting and segmentation of sonar data

Interactive scatterplot of the (3 dimensional) points either plotted by color and size or number of points in each voxel corresponding to the value of the points.

Description

Interactive scatterplot of the (3 dimensional) points either plotted by color and size or number of points in each voxel corresponding to the value of the points.

Interactive scatterplot of the (3 dimensional) points either plotted by color and size or number of points in each voxel corresponding to the value of the points.

Usage

cplot3d.event(
  event = 1,
  t = 1,
  turns = 10,
  cruise = 2009116,
  TVG = TRUE,
  TVG.exp = 2,
  dir.data = NULL,
  Paout = TRUE,
  exact = FALSE,
  bgns = TRUE,
  pdns = TRUE,
  nrns = TRUE,
  hins = TRUE,
  kern = NULL,
  segpar = NULL,
  pamkpar = list(),
  nsind = 0.75,
  hins_add = 10,
  pdns_scale = 1e-14,
  TOV = 0,
  cal = 1,
  bmmd = NULL,
  breaks = 40,
  col = "combined",
  colpar = list(start = 0, end = 0.8, flip = TRUE),
  clamp = c(0, 1),
  shrink = TRUE,
  null.value = NA,
  white = 1,
  log = TRUE,
  color.bar = "y--",
  color.bar.lwd = 8,
  color.bar.adj = 0,
  color.bar.tadj = 0.1,
  color.bar.noWhite = TRUE,
  color.bar.nticks = 8,
  color.bar.tickw = 0.005,
  color.bar.tickcol = "black",
  db = TRUE,
  voxels.out = FALSE,
  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,
  beamstypes = 1,
  size = cplot3d.size("pow", y = 20, par = 4),
  bottom = FALSE,
  bottom.res = 5,
  bottom.smooth = NULL,
  bottom.col = "topo.col",
  bottom.N = 1e+05,
  bottom.seg = list(sgth = 0.2, misM = 0.001, bwGp = 2, turns = 100),
  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 = "Ping: indt\nyyyy-mm-dd\nHH:MM:SS.FFF",
  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,
  ...
)

pplot3d.event(
  event = 1,
  t = 1,
  turns = 10,
  cruise = 2009116,
  TVG = TRUE,
  TVG.exp = 2,
  dir.data = NULL,
  Paout = TRUE,
  exact = FALSE,
  bgns = TRUE,
  pdns = TRUE,
  nrns = TRUE,
  hins = TRUE,
  kern = NULL,
  segpar = NULL,
  pamkpar = list(),
  nsind = 0.75,
  hins_add = 10,
  pdns_scale = 1e-14,
  TOV = 0,
  cal = 1,
  bmmd = NULL,
  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"),
  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,
  beamstypes = 1,
  size = 0.3,
  bottom = FALSE,
  bottom.res = 5,
  bottom.smooth = NULL,
  bottom.col = "topo.col",
  bottom.N = 1e+05,
  bottom.seg = list(sgth = 0.2, misM = 0.001, bwGp = 2, turns = 100),
  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 = "Ping: indt\nyyyy-mm-dd\nHH:MM:SS.FFF",
  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,
  ...
)

arnejohannesholmin/cpplot3d documentation built on April 14, 2024, 11:36 p.m.