Dear UseRs of R,
My sincere apologizes in advance if my question isn't relevant to the
operations in R. I actually have the following two columns data, with 12 rows in
it. > dput(el)
structure(c(-1.42607687227285, -1.0200762327862, -0.736315917376129,
-0.502402223373355, -0.293381232121193, -0.0965586152896391, 0.0965586152896391,
0.293381232121194, 0.502402223373355, 0.73631591737613, 1.0200762327862,
1.42607687227285, 1.99095972340185, 1.84006682649012, 1.71563586990498,
1.60312301737773, 0.748443534297919, 0.696909774793038, 0.64586377528834,
0.594330015783459, 0.270606020696256, 0.242477807564444, 0.211370068418158,
0.173646844190226), .Dim = c(12L, 2L), .Dimnames = list( NULL,
c("", "GG")))
When I plot column 2 against column 1 , i get a curve with an area
[auc(column1,column2)] under it equals to 2.602997. As i am calibrating it for
further simulations therefore i know that the area under the curve should
actually be equal to 2.845. I also know that the first 6 rows have been located
accurately, therefore the rows from 7 to 12 need to be relocated in such a
manner that area under the curve gets equal to or as close as possible to 2.845.
How can I do that? i have been doing it manually but at the cost of time and
accuracy.
Thankyou very much in advance.
Elisa
[[alternative HTML version deleted]]