Also note that one can use toupper in place of as.character
in which case no other changes are required.
On Sun, May 17, 2009 at 5:07 PM, Ted Harding
wrote:
> Thanks, Jim. While that is still in hex, I find I can get the binary
> represntation using Gabor's gsubfn() function, provided the A-F isw
Thanks, Jim. While that is still in hex, I find I can get the binary
represntation using Gabor's gsubfn() function, provided the A-F isw
changed to a-f in setting up his 'binary.digits', and the output is
explicitly cast to character:
gsubfn("[0-9a-f]", binary.digits,
as.character(writeBin(
Many thankis, Gabor! That looks both interesting and powerful.
Indeed, it seems to implement with one stroke what I had been
thinking of implementing piecemeal.
Best wishes,
Ted.
On 17-May-09 17:48:00, Gabor Grothendieck wrote:
> gsubfn of the gsubfn package is like gsub but can take a function,
>
Are you looking for how the floating point is represented in the IEEE-754
format? If so, you can use writeBin:
> writeBin(pi,raw(),endian='big')
[1] 40 09 21 fb 54 44 2d 18
On Sun, May 17, 2009 at 1:23 PM, Ted Harding
wrote:
> I am interested in studying the binary representation of numerics
>
gsubfn of the gsubfn package is like gsub but can take a function,
list or proto object
as the replacement instead of a character string and with a list it
can be used to
readily turn hex to binary:
> library(gsubfn)
> binary.digits <-
+ list("0"= "", "1"= "0001", "2"= "0010", "3"= "0011",
+
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