| CGGPplotslice | R Documentation | 
Show prediction plots when varying over only one dimension. Most useful when setting all values to 0.5 because it will have the most points.
CGGPplotslice(
  CGGP,
  proj = 0.5,
  np = 300,
  color = "pink",
  outdims,
  scales = "free_y",
  facet = "grid"
)
| CGGP | CGGP object | 
| proj | Point to project onto | 
| np | Number of points to use along each dimension | 
| color | Color to make error region | 
| outdims | If multiple outputs, which of them should be plotted? | 
| scales | Parameter passed to ggplot2::facet_grid() | 
| facet | If "grid", will use ggplot2::facet_grid(), if "wrap" will use ggplot2::facet_wrap(). Only applicable for a single output dimension. | 
ggplot2 object
Other CGGP plot functions: 
CGGPplotblocks(),
CGGPplotcorr(),
CGGPplotheat(),
CGGPplothist(),
CGGPplotsamplesneglogpost(),
CGGPplottheta(),
CGGPplotvariogram(),
CGGPvalplot()
d <- 5
f1 <- function(x){x[1]+x[2]^2 + cos(x[3]^2*2*pi*4) - 3.3}
s1 <- CGGPcreate(d, 200)
s1 <- CGGPfit(s1, apply(s1$design, 1, f1))
#s1 <- CGGPappend(s1, 200)
#s1 <- CGGPfit(s1, apply(s1$design, 1, f1))
CGGPplotslice(s1)
CGGPplotslice(s1, 0.)
CGGPplotslice(s1, s1$design[nrow(s1$design),])
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