pcds (version 0.1.8)

plot.Planes: Plot a Planes object

Description

Plots the plane together with the defining 3D points.

Usage

# S3 method for Planes
plot(
  x,
  x.grid.size = 10,
  y.grid.size = 10,
  xlab = "x",
  ylab = "y",
  zlab = "z",
  phi = 40,
  theta = 40,
  ...
)

Value

None

Arguments

x

Object of class Planes.

x.grid.size, y.grid.size

the size of the grids for the \(x\) and \(y\) axes, default is 10 for both

xlab, ylab, zlab

Titles for the \(x\), \(y\), and \(z\) axes, respectively (default is xlab="x", ylab="y", and zlab="z").

theta, phi

The angles defining the viewing direction, default is 40 for both. theta gives the azimuthal direction and phi the colatitude. see persp.

...

Additional parameters for plot.

See Also

print.Planes, summary.Planes, and print.summary.Planes

Examples

# \donttest{
P<-c(1,10,3); Q<-c(1,1,3); C<-c(3,9,12)
pts<-rbind(P,Q,C)

xr<-range(pts[,1]); yr<-range(pts[,2])
xf<-(xr[2]-xr[1])*.1
#how far to go at the lower and upper ends in the x-coordinate
yf<-(yr[2]-yr[1])*.1
#how far to go at the lower and upper ends in the y-coordinate
x<-seq(xr[1]-xf,xr[2]+xf,l=5) #try also l=10, 20 or 100
y<-seq(yr[1]-yf,yr[2]+yf,l=5) #try also l=10, 20 or 100

plPQC<-Plane(P,Q,C,x,y)
plPQC
plot(plPQC,theta = 225, phi = 30, expand = 0.7,
facets = FALSE, scale = TRUE)
# }