Hi Andrew, my slides are here,
https://sites.google.com/site/carlosbecker/a-few-notes , they are for v0.3:
If you need the openoffice original let me know, I can send it to you.
Cheers.
El miércoles, 9 de septiembre de 2015, 14:07:36 (UTC+2), andrew cooke
escribió:
>
> ok, thanks everyone
-r shortcut though, right?
--Tim
On Tuesday, August 19, 2014 10:57:19 PM Carlos Becker wrote:
Hi all,
I think this is a typically asked question, but I don't know whether it
is
possible now in julia v0.3.
Namely to make the up/down arrows search completion history in the REPL
Hi all,
I think this is a typically asked question, but I don't know whether it is
possible now in julia v0.3.
Namely to make the up/down arrows search completion history in the REPL. If
so, I will be happy to document it in the docs in the FAQ section.
Thanks.
To keep up-to-date with the latest changes for v0.3, would it suffice to
checkout branch release-0.3 periodically?
Is that the one supposed to have the latest development code for v0.3?
Thanks.
El viernes, 15 de agosto de 2014 07:25:28 UTC+2, Elliot Saba escribió:
Your packages should remain
Hi all.
I have been busy and not following the julia development news. are there
any news wrt this topic?
What I find dangerous is mistakenly referencing a global variable from a
local context, when that is not intended.
To me it seems worth adding a qualifier to specify that whatever is not
30, 2014 at 11:45 PM, Steven G. Johnson stevenj@gmail.com
wrote:
On Friday, May 30, 2014 5:19:35 PM UTC-4, Carlos Becker wrote:
HI Jacob,
I get that, but which is the reasoning behind myArray[] ?
why should it return a ref to the 1st element?
Because you can have a 0-dimensional
My apologies if this is something that was addressed before, I didn't find
it.
Why does myArray[] return the first element of the array? is there a
reasoning behind it or is it an 'unexpected language feature'?
For example:
a = [1,2,3,4]
a[] = returns 1
Thanks.
a definition in array.jl#244
getindex(a::Array) = arrayref(a,1)
-Jacob
On Fri, May 30, 2014 at 5:05 PM, Carlos Becker carlosbec...@gmail.com
wrote:
My apologies if this is something that was addressed before, I didn't
find it.
Why does myArray[] return the first element of the array
2014 skrev Jameson følgende:
Since they are immutable, fill! did exactly what you wanted
On Friday, May 16, 2014, Tim Holy tim@gmail.com wrote:
Try
arr = [ChannVals() for i = 1:10]
On Friday, May 16, 2014 01:27:18 AM Carlos Becker wrote:
Hello all,
I wanted to create an array
This is probably related to openblas, but it seems to be that tanh() is not
multi-threaded, which hinders a considerable speed improvement.
For example, MATLAB does multi-thread it and gets something around 3x
speed-up over the single-threaded version.
For example,
x = rand(10,200);
NO_AFFINITY)
LAPACK: libopenblas
LIBM: libopenlibm
El domingo, 18 de mayo de 2014 11:33:45 UTC+2, Carlos Becker escribió:
This is probably related to openblas, but it seems to be that tanh() is
not multi-threaded, which hinders a considerable speed improvement.
For example, MATLAB does multi
,
multi-threading with OpenMP?
El domingo, 18 de mayo de 2014 11:34:11 UTC+2, Carlos Becker escribió:
forgot to add versioninfo():
julia versioninfo()
Julia Version 0.3.0-prerelease+2921
Commit ea70e4d* (2014-05-07 17:56 UTC)
Platform Info:
System: Linux (x86_64-linux-gnu)
CPU: Intel(R
function ptanh(x;numthreads=2)
y = similar(x)
N = length(x)
parapply(tanh_core,(x,y), 1:N, numthreads=numthreads)
y
end
Am Sonntag, 18. Mai 2014 11:40:13 UTC+2 schrieb Carlos Becker:
now that I think about it, maybe openblas has nothing to do here, since
@which tanh(y) leads
btw, the code you just sent works as is with your pull request branch?
--
Carlos
On Sun, May 18, 2014 at 1:04 PM, Carlos Becker carlosbec...@gmail.comwrote:
HI Tobias, I saw your pull request and have been following it closely,
nice work ;)
Though
to
be somewhere in the parser.
Am Sonntag, 18. Mai 2014 14:30:49 UTC+2 schrieb Carlos Becker:
btw, the code you just sent works as is with your pull request branch?
--
Carlos
On Sun, May 18, 2014 at 1:04 PM, Carlos Becker carlos...@gmail.comwrote:
HI
schrieb Tobias Knopp:
Well when I started I got segfaullt all the time :-)
Could you please send me a minimal code example that segfaults? This
would be great! This is the only way we can get this stable.
Am Sonntag, 18. Mai 2014 16:35:47 UTC+2 schrieb Carlos Becker:
Sounds great!
I just
Hello all,
I wanted to create an array of an immutable type and initialize an empty
copy in each (with the default constructor).
I am wondering which is the best way to do it, so far:
immutable ChannVals
taus::Vector{Float64}
alphas::Vector{Float64}
ChannVals() = new( Float64[], Float64[] )
* correction, 'allVals' is 'arr' in the last line of code.
--
Carlos
On Fri, May 16, 2014 at 10:27 AM, Carlos Becker carlosbec...@gmail.comwrote:
Hello all,
I wanted to create an array of an immutable type and initialize an empty
copy in each
://github.com/JuliaLang/julia/issues/5857. I have been using
ImmutableArrays.jl which works fine.
Am Mittwoch, 7. Mai 2014 17:12:04 UTC+2 schrieb Carlos Becker:
Hello, I am trying to find out the best way to deal with immutables (or
types) that contain fixed-size arrays, such as this:
# should
I just saw another part of your message, I am wondering also why memory
consumption is so high.
El martes, 29 de abril de 2014 11:31:09 UTC+2, Carlos Becker escribió:
This is likely to be because Julia is creating temporaries. This is
probably why you get increasing memory usage when
to 800 bytes, it could explain part of it.
I wonder if there is a way within julia to know the 'real' size of a julia
object.
El martes, 29 de abril de 2014 11:32:21 UTC+2, Carlos Becker escribió:
I just saw another part of your message, I am wondering also why memory
consumption is so high
I agree with Elliot, take a look at the performance tips.
Also, you may want to move the tic(), toc() out of the function, make sure
you compile it first, and then use @time function calll to time it.
you may also get a considerable boost by using @simd in your for loops
(together with
Hi all,
just to let you know that I gave a presentation two weeks ago about Julia,
and the slides are available online
herehttps://sites.google.com/site/carlosbecker/a-few-notes/julia-intro.pdf?attredirects=0d=1
,
together with an ijulia
Hi John, thanks!
On Mon, Apr 7, 2014 at 10:42 PM, John Eric Humphries
johnerichumphr...@gmail.com wrote:
Thanks Carlos, This is pretty interesting and I enjoyed reading through
your ensemble code. I also really like the side-by-side comparisons. A site
which could provide many of these with
case
of dividing by 2, an even better choice is b[i] = A[i] 1.
--Tim
On Friday, April 04, 2014 02:09:24 AM Carlos Becker wrote:
I've seen previous posts in this list about this, but either I missed
some
of them or this particular issue is not addressed. I apologize if it is
the
former
, the operator
for truncated integer division is div; the operator for floored integer
division is fld.
On Fri, Apr 4, 2014 at 5:09 AM, Carlos Becker carlosbec...@gmail.comwrote:
I've seen previous posts in this list about this, but either I missed
some of them or this particular issue
Hello,
When writing functions, it can happen that one can accidentally refer to a
global variable 'by mistake', for example
function test( x1, y1 )
return x2 + y1 # typo, x2 instead of x1, tries to locate global var x2
end
so if x2 exists as a global variable, the typo will go unnoticed and
On Thu, Mar 13, 2014 at 9:55 AM, Ivar Nesje iva...@gmail.com wrote:
This has been discussed in
https://groups.google.com/forum/#!searchin/julia-users/typecheck/julia-users/hTQ2KI1aaTc/fqjq-1n_ax8J
Thanks, I totally missed it, I will follow that thread instead.
Cheers.
, 2014 at 7:22 PM, Carlos Becker carlosbec...@gmail.comwrote:
My mistake there, I meant the L1 norm, re-typed:
-
X= [[1 2 3],[4 5 6]]
# now, X[1,:] is 1x3 array, containing 1 2 3
# but let's peek at its L1-norm:
norm( X[1,:], 1 ) # -- we get 3, where I would
On Tue, Mar 4, 2014 at 11:02 AM, Andreas Noack Jensen
andreasnoackjen...@gmail.com wrote:
makes really good sense. The distinction between arrays and and matrices
in Numpy has been confusing to me, but actually it appear that Numpy agrees
with how Julia is doing it right now
In [1]: import
.
-- mb
On Mon, Mar 3, 2014 at 7:22 PM, Carlos Becker carlos...@gmail.comwrote:
My mistake there, I meant the L1 norm, re-typed:
-
X= [[1 2 3],[4 5 6]]
# now, X[1,:] is 1x3 array, containing 1 2 3
# but let's peek at its L1-norm:
norm( X[1,:], 1 ) # -- we
, Carlos Becker wrote:
Hello all,
today I fought for an hour with a very simple piece of code, of the kind:
-
X= [[1 2 3],[4 5 6]]
# now, X[1,:] is 1x3 array, containing 1 2 3
# but let's peek at its L1-norm:
norm( X[1,:] ) # -- we get 3, where I would expect
Hello,
this looks like a naive question, but I cannot get my way through
I defined a typealias, like
typealias IdxListType Array{Int64,1}
which I want to initialize empty, and then add elements with push!().
My question is: how do I create an empty array of type IdxListType ?
I know I can
(if I
get that right) How can one use this pointer if the length is unknown?
Am Sonntag, 9. Februar 2014 12:46:24 UTC+1 schrieb Carlos Becker:
I think I finally made it work, close to what I wanted.
This could be good for future reference for anyone trying to do something
similar.
The code
is
compatible with C.
Cheers
Tobi
Am Montag, 10. Februar 2014 12:24:27 UTC+1 schrieb Carlos Becker:
Hi Tobias,
I want to be able to return different types from ccall(), according to
what happens inside my C/C++ code,
without the need for telling julia what I want to return, its size, etc
this could help Julia newcomers when wrapping
their C/C++ libraries.
Thanks.
--
Carlos
On Mon, Feb 10, 2014 at 5:20 PM, Tobias Knopp
tobias.kn...@googlemail.comwrote:
Am Montag, 10. Februar 2014 14:17:02 UTC+1 schrieb Carlos Becker:
model = SQBMatrixTrain
could push your c++ wrapper into the main Julia
source code!
Cheers,
Tobi
Am Montag, 10. Februar 2014 17:35:38 UTC+1 schrieb Carlos Becker:
Hi Tobias,
model = SQBMatrixTrain( featureMatrix, labelVector, maxIters, options )
That is how the matlab call looks like, so it is very
Hello everyone,
I just got started with Julia, and I wanted to try to wrap a C/C++ library
to Julia to check whether it would work out for my purposes.
I tried out many ways of passing arrays and other objects from C back to
Julia.
So far it seems that it takes a lot of extra code if I want
On Sat, Feb 8, 2014 at 2:21 PM, Carlos Becker
carlos...@gmail.comjavascript:
wrote:
Hello everyone,
I just got started with Julia, and I wanted to try to wrap a C/C++
library
to Julia to check whether it would work out for my purposes.
I tried out many ways of passing
() needs the module pointer, which is not available as a
linking symbol sin this would come from an
external module (let's say called MyModule). Is there a function to lookup
the pointer of a module given its string name?
Thanks.
El sábado, 8 de febrero de 2014 21:10:11 UTC+1, Carlos Becker escribió
Hi Steven,
I tried that before, I know it is possible, but if the size is unknown to
julia, it must be returned as another variable, which makes
coding more difficult if many of such return arrays are needed.
That is why I think it would be interesting to see the julia-api side of
it, to see
41 matches
Mail list logo
