Displaying 7 results from an estimated 7 matches for "crp98raw".
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crp7raw
2017 Jul 28
3
Superscript and subscrib R for legend x-axis and y-axis and colour different subjects in longitudinal data with different colours
...possible to colour each one of the 15 lines with a different colour?
library(ggplot2)
library(reshape)
library(lattice)
library(gtable)
library(grid)
attach(mtcars)
beta0 = rnorm (15, 1, .5)
beta1 = rnorm (15, -1, .5)
tempo = seq(1:5)
CRP7raw = matrix(NA, 15, 5)
CRP7 = matrix(NA, 15, 5)
CRP98raw = matrix(NA, 15, 5)
CRP98 = matrix(NA, 15, 5)
crp <- for (i in 1:15) {
CRP7raw[i,] = beta0[i] + beta1[i] * tempo
CRP7[i,] = CRP7raw[i,] + rnorm(5, 0, 2.14)
CRP98raw[i,] = beta0[i] + beta1[i] * tempo
CRP98[i,] = CRP98raw[i,] + rnorm(5, 0, .1)
}
# plot...
2017 Jul 31
2
Superscript and subscrib R for legend x-axis and y-axis and colour different subjects in longitudinal data with different colours
...)
> > library(gtable)
> > library(grid)
> >
> > attach(mtcars)
> >
> > beta0 = rnorm (15, 1, .5)
> > beta1 = rnorm (15, -1, .5)
> >
> > tempo = seq(1:5)
> >
> > CRP7raw = matrix(NA, 15, 5)
> > CRP7 = matrix(NA, 15, 5)
> > CRP98raw = matrix(NA, 15, 5)
> > CRP98 = matrix(NA, 15, 5)
> >
> > crp <- for (i in 1:15) {
> > CRP7raw[i,] = beta0[i] + beta1[i] * tempo
> > CRP7[i,] = CRP7raw[i,] + rnorm(5, 0, 2.14)
> >
> > CRP98raw[i,] = beta0[i] + beta1[i] * tempo
> > CRP98[...
2017 Jul 31
0
Superscript and subscrib R for legend x-axis and y-axis and colour different subjects in longitudinal data with different colours
...> library(ggplot2)
> library(reshape)
> library(lattice)
> library(gtable)
> library(grid)
>
> attach(mtcars)
>
> beta0 = rnorm (15, 1, .5)
> beta1 = rnorm (15, -1, .5)
>
> tempo = seq(1:5)
>
> CRP7raw = matrix(NA, 15, 5)
> CRP7 = matrix(NA, 15, 5)
> CRP98raw = matrix(NA, 15, 5)
> CRP98 = matrix(NA, 15, 5)
>
> crp <- for (i in 1:15) {
> CRP7raw[i,] = beta0[i] + beta1[i] * tempo
> CRP7[i,] = CRP7raw[i,] + rnorm(5, 0, 2.14)
>
> CRP98raw[i,] = beta0[i] + beta1[i] * tempo
> CRP98[i,] = CRP98raw[i,] + rnorm(5, 0, .1)...
2017 Jul 31
0
Superscript and subscrib R for legend x-axis and y-axis and colour different subjects in longitudinal data with different colours
...; > >
> > > attach(mtcars)
> > >
> > > beta0 = rnorm (15, 1, .5)
> > > beta1 = rnorm (15, -1, .5)
> > >
> > > tempo = seq(1:5)
> > >
> > > CRP7raw = matrix(NA, 15, 5)
> > > CRP7 = matrix(NA, 15, 5)
> > > CRP98raw = matrix(NA, 15, 5)
> > > CRP98 = matrix(NA, 15, 5)
> > >
> > > crp <- for (i in 1:15) {
> > > CRP7raw[i,] = beta0[i] + beta1[i] * tempo
> > > CRP7[i,] = CRP7raw[i,] + rnorm(5, 0, 2.14)
> > >
> > > CRP98raw[i,] = beta0[i] +...
2017 Jul 31
4
Superscript and subscrib R for legend x-axis and y-axis and colour different subjects in longitudinal data with different colours
...>
>> > > beta0 = rnorm (15, 1, .5) > > beta1 = rnorm (15, -1,
>> .5)
>> > >
>> > > tempo = seq(1:5)
>> > >
>> > > CRP7raw = matrix(NA, 15, 5) > > CRP7 = matrix(NA, 15,
>> 5) > > CRP98raw = matrix(NA, 15, 5) > > CRP98 =
>> matrix(NA, 15, 5)
>> > >
>> > > crp <- for (i in 1:15) { > > CRP7raw[i,] = beta0[i] +
>> beta1[i] * tempo > > CRP7[i,] = CRP7raw[i,] + rnorm(5, 0,
>> 2.14)
>> > >...
2017 Jul 31
0
Superscript and subscrib R for legend x-axis and y-axis and colour different subjects in longitudinal data with different colours
...>>>
>>>>> beta0 = rnorm (15, 1, .5) > > beta1 = rnorm (15, -1,
>>> .5)
>>>>>
>>>>> tempo = seq(1:5)
>>>>>
>>>>> CRP7raw = matrix(NA, 15, 5) > > CRP7 = matrix(NA, 15,
>>> 5) > > CRP98raw = matrix(NA, 15, 5) > > CRP98 =
>>> matrix(NA, 15, 5)
>>>>>
>>>>> crp <- for (i in 1:15) { > > CRP7raw[i,] = beta0[i] +
>>> beta1[i] * tempo > > CRP7[i,] = CRP7raw[i,] + rnorm(5, 0,
>>> 2.14)
>>>>>
>&g...
2017 Aug 01
0
Superscript and subscrib R for legend x-axis and y-axis and colour different subjects in longitudinal data with different colours
...library(ggplot2) > > library(reshape) > >
library(lattice) > > library(gtable) > > library(grid)
attach(mtcars)
beta0 = rnorm (15, 1, .5) > > beta1 = rnorm (15, -1,
.5)
tempo = seq(1:5)
CRP7raw = matrix(NA, 15, 5) > > CRP7 = matrix(NA, 15,
5) > > CRP98raw = matrix(NA, 15, 5) > > CRP98 =
matrix(NA, 15, 5)
crp <- for (i in 1:15) { > > CRP7raw[i,] = beta0[i] +
beta1[i] * tempo > > CRP7[i,] = CRP7raw[i,] + rnorm(5, 0,
2.14)
CRP98raw[i,] = beta0[i] + beta1[i] * tempo > >
CRP98[i,] = CRP98raw[i,] + rnorm(5, 0, .1) > > }...