Thanks for your reply. You're right, return a vector. An example of the
dataset:
ts pu carbono
1 15 2.04
1 37 1.27
1 55 0.93
1 80 0.5
1 105 0.49
1 22 2.08
1 41 1.43
1 65 0.78
The data that originate the FCOS and FRCOS pattern functions are others,
which I only use to obtain the functions.
Thanks
Dear Tania
Without your dataset I am not sure but a comment below to suggest where
to look next.
On 24/09/2018 18:37, Tania Morgado Garcia wrote:
Thanks for your answers. I continue to learn R and now I am detained in an
error with uniroot that I see happens to others but I can not find the
s
uniroot REQUIRES that the function be of opposite sign at each end
of the starting interval.
I won't address the other issues raised, but you can use simple stepping
from a starting argument until a sign change occurs. Or you could try a
different type of rootfinder, such as newtonRaphson in packa
Thanks for your answers. I continue to learn R and now I am detained in an
error with uniroot that I see happens to others but I can not find the
solution. Next the code
x1 <- BAaxOrd$V1
y1 <- BAaxOrd$V2
x1R <- BAaxOrdRCOS$V1
y1R <- BAaxOrdRCOS$V2
FCOS1 <- splinefun(smooth.spline(x1,y1))
FRCOS1 <-
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