Keywords - Function groups - @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

 Quantlet: plot3d Description: easy way to create nice plots of 3D data

 Usage: plot3d(type,x1{,x2{,x3{,x4{,x5{,x6{,x7{,x8}}}}}}}) Input: type integer, type = 1, 2,...,8; type of plot x1 first graphical object to plot x2 second graphical object to plot x3 third graphical object to plot x4 fourth graphical object to plot x5 fifth graphical object to plot x6 sixth graphical object to plot x7 seventh graphical object to plot x8 eighth graphical object to plot

Note:
At most 8 graphical objects can be displayed in one plot.

Example:
```library("smoother")
library("plot")
randomize(0)
x = 2.*pi.*(uniform(400,2)-2)
m = sum(cos(x),2)
e = uniform(400)-0.5
x = x~(m+e)
mh = regestp(x,2)
plot3d(1,mh,m)
setgopt(plot3disp,1,1,"title","plot3d")

```
Result:
```Nice 3D-plot of the data and the kernel regression estimate.
```
Example:
```library("smoother")
library("plot")
randomize(0)
x = 2.*pi.*(uniform(400,2)-2)
m = sum(cos(x),2)
e = uniform(400)-0.5
x = x~(m+e)
mh = regestp(x,2)
```Nice 3D-plot of the data and the kernel regression estimate.