Hello everybody!
I have a problem, which I'm trying to solve. I have two Krig-fits: kr_one
and kr_two; both use x and y and additional either A (kr_one) or B (kr_two):
kr_one <- with(1, Krig(cbind(x,y), A))
kr_two <- with(1, Krig(cbind(x,y), B))
I can view the 3d-plane using:
image(predict.surf
h! thank you a lot for your effort and help.
i preferred a 3d view of the surface in order to see how well it fits the
real data (from the file). i will play around with the functions you have
mentioned and post my results or further problems. this will probably take a
few days :(
can anybody ans
Hello!
I have created a bplot-figure using this code:
*file <- "2dcali_red.ttt"
ux<-as.matrix(read.table(file, dec = ","))
mode(ux)<-'numeric'
vel<-ux[,1]
ang<-ux[,2]
x<-ux[,3]
y<-ux[,4]
dat<- data.frame(ang=ang, x=x,y=y)
require(rms)
ddist2 <- datadist(dat)
options(datadist="ddist2")
fitn
Hello!
I have a problem creating a fitting plane through my 3d-data set. here is a
sample how my set looks like (x,y,z (with z increasing)):
> dataset
[,1] [,2] [,3]
[1,] -1.3712 -3.1551 10
[2,] -1.2690 -3.0751 10
[3,] -1.1216 -2.9768 10
[4,] -0.9875 -2.898
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