> julia...@googlegroups.com ] *On Behalf Of *Zac
> *Sent:* Friday, October 28, 2016 8:40 AM
> *To:* julia-users >
> *Subject:* [julia-users] Re: VS code extension
>
>
>
> Ok then, https://github.com/ZacLN/julia-vscode . I'll look into trying to
> make a pull reque
tions, yes. Best to preserve git authorship attribution if you
> can. Pull requests to the JuliaEditorSupport repository are encouraged, I
> imagine.
>
>
> On Friday, October 28, 2016 at 3:31:56 AM UTC-7, Zac wrote:
>>
>> Hi, I'm using a fork of this that implements compl
Hi, I'm using a fork of this that implements completions, function
parameter hints, documentation hovers, linting and definitions. I pulled it
from another fork that has subsequently disappeared (github.com/novatena).
This
Given that someone else did most of the work is it ok to share it here?
I agree. I would also like a way to do this.
Aye!
Great! It seems it was the lack of array dimensions on the type
specification that was causing the slowdown. W/ a bit of further fiddling
I've gotten it down to 2x C speed and now just have to work out a way to
parallelise it effectively
https://gist.github.com/Zac12345/519bd7a503a1fd1b8d98 has the updated
function and code_typed output
Pkg.clone("https://github.com/Zac12345/Sparse";) should be fine for the test
as the gist does'nt require functions using the shared lib.
Are there any specific things i should be looking for in
Sadly I've already used these!
Thanks for the reply, I was under the misapprehension that the arrayviews
improvements were already committed to 0.4. Unfortunately cleaning up those
lines doesn't give great gains.
Hi I'm trying to port some c++ code to julia for approximating functions on
a sparse grid and have run into a strange 100x slow down that I can't work
out. https://gist.github.com/Zac12345/3da7be1fe99681a5bd14 shows the julia
code and https://github.com/Zac12345/Sparse has the whole module (tho
Hey, I was trying to do something quite similar but ran into some problems.
I have some code that generates two expressions, the left and right hand
side of a function definition:
i.e.
farg = :(f(a,b,c,..))
texpr = :[a+b; a-b*c...]
but I need a way to generate this function without 'eval'ing it (i
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