Thanks Dan,
I will try using the dSFMTjump lib!
best,
I have a module defined as module *Core* within which I have defined
several types (*Node*, *Edge*, *Res*). Now what I intend to do is that I
want to save the output of a function which is an object (*res1*) of type
*Res* onto a JLD file so that I can retrieve it later on. I am calling the
Thanks Yichao, and thank you very much for the links.
On Saturday, October 22, 2016 at 5:38:58 PM UTC+1, Yichao Yu wrote:
>
> On Sat, Oct 22, 2016 at 12:26 PM, Cristóvão Duarte Sousa
> wrote:
> > Thanks, Yichao.
> >
> > Rereading my first question and reading your second
On Sat, Oct 22, 2016 at 12:26 PM, Cristóvão Duarte Sousa
wrote:
> Thanks, Yichao.
>
> Rereading my first question and reading your second answer I think may have
> been not clear in the first one.
> In the first question, I wanted to ask not about the current state but
> rather
Thanks, Yichao.
Rereading my first question and reading your second answer I think may have
been not clear in the first one.
In the first question, I wanted to ask not about the current state but
rather about the future goal of the development.
Is your "no" about the current state or are you
> Now, let me ask two questions.
> - Will the current thread support development allow embedding Julia into
> multiple threads (even if it is as multiple instances)?
>
No.
> - What are my options **today**, if any, to somehow overcome this
> limitation?
>
You can only call julia runtime/code
I would like to get some advice on how to integrate Julia into an existing
application written in C++.
I mainly work in image processing and computer vision applications.
May traditional way of working is to do the exploratory prototyping in a
high-level language, and then, when algorithms
You could take advantage of implicit multiplication to define this yourself:
julia> type ShortLiteral end; const S = ShortLiteral();
julia> type LongLiteral end; const L = LongLiteral();
julia> Base.:*(x::Integer, ::ShortLiteral) = Int32(x)
julia> Base.:*(x::Integer, ::LongLiteral) = Int64(x)
Just wondering if Julia has any integer literal suffix support?
So we don't have to write Int64(1234) or Int32(1234) in a long expression
containing constants, but use 1234L or 1234S instead.
Have a look at `JuMOS`, `QuantumLab.jl` and `JuLIP.jl`, it would be nice to
coordinate rather than develop multiple molecular simulation packages.
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