Dear group,
pardon me for a naive question. I have data matrix (11K rows , 4K columns).
The data range is between -1 to 1. Not strictly integers, but real
numbers with at least place values in millionths.
The data distribution is peculiar (if I do plot(density(myMatrix)), I
get nice bimodal
> On Dec 4, 2016, at 4:43 AM, Maximilian Eckert
> wrote:
>
> Dear Sir oder Madam,
>
>
>
> I am currently writing my master thesis and I am struggling with R:
>
>
>
> I have created an empty matrix (M) which has months as row.names and stocks
> as
Strongly suggest you join the gsoc-r list.
https://groups.google.com/d/forum/gsoc-r
Make sure you include a short indication of your expertise. We don't approve
applications that are empty as there was
some evidence of attempts to spam the list for ads etc.
JN
On 16-12-03 04:59 PM, Rudransh
Hey all,
I am currently a Computer Science undergraduate. Getting straight to point,
I am proficient with C/C++ , have worked with python and R for data
analysis and data visualisation and I know fortran in bits.
I want to start contributing towards your project to gain some experience
in
Dear Sir oder Madam,
I am currently writing my master thesis and I am struggling with R:
I have created an empty matrix (M) which has months as row.names and stocks
as column.names and now I want to fill this matrix with values from another
matrix (T). The matrix T has also months as
As Petr Pikal mentioned, the difficulty in interpretation is entirely due
to the set of contrasts you chose.The default treatment contrasts are
not orthogonal and are therefore the most difficult to interpret.
The note in ?aov warns of this difficulty.
sum contrasts will give you numbers that are
Hello,
Please post in plain text not in HTML, like the posting guide asks you to.
To give a data example use ?dput, like this:
dput(head(trboot3, 20)) # paste the output of this in your mail
If you have a sample of trboot4 please also use dput to post it.
Finally, I don't understand your
I have a dataset with many rows and columns. Below is a sample:
V7 V8 V90 1 0-1 1 -1-1 1 -1-1 0 -1-1 0 -1-1 0
-1-1 0 -1-1 1 -10 1 -10 1 -1-1 0 00 0 00 0 00
0 00 0 00 -1 00 -1 -10 0 00 1 00 0 0
This data is saved in a matrix
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