I skimmed the code, I don't really understand how it makes it faster over
proxy. Is it the generated ASM is better? What's the in-a-nutshell
description of how it works?
On Monday, January 13, 2020 at 1:28:46 PM UTC-5, Nathan Marz wrote:
>
> No differences in behavior except for API being like r
Hi folks
Applications for this close tomorrow. If you work on a Clojure open source
project that is important to the community (or a subset of the community)
we'd love to fund you. We haven't had many applications for this quarter
yet (though we also consider projects that applied over the last 3
The speedup comes from proxy+ directly overriding methods with the provided
implementation, while Clojure's proxy has additional indirection. For
example, if you do (proxy [Object] [] (toString [] "hello")), the bytecode
for toString is:
public java.lang.String toString();
0 aload_0 [t
Greetings.
A current project I am working on needs to run a Bilinear Interpolation. R
and Python (SciPy) have functions for this: interp2. I think this is just a
fancy name for particular matrix multiplication. But I'm not really sure.
Can I cobble this together in core.matrix? Incanter? Neandert
Thanks this is wonderful! Nice work
On Tuesday, January 14, 2020 at 11:58:17 AM UTC-5, Nathan Marz wrote:
>
> The speedup comes from proxy+ directly overriding methods with the
> provided implementation, while Clojure's proxy has additional indirection.
> For example, if you do (proxy [Object] [
Hey Charles,
Maybe check out the apache commons-math3 interpolators:
https://commons.apache.org/proper/commons-math/javadocs/api-3.6/org/apache/commons/math3/analysis/interpolation/package-summary.html
On Tue, Jan 14, 2020 at 11:04 AM Charles Harvey III <
charlesnhar...@gmail.com> wrote:
> Greet
Check out my fastmath library:
https://generateme.github.io/fastmath/fastmath.interpolation.html
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These are both fantastic. It has been 25 years since I had a serious math
class (no Stats either - Set Theory, Category Theory), so this has taken me
a few afternoons to wrap my head around.
Spline? Cubic? Bicubic? RBF? Shephard? And that's just interpolation.
Its weird that the Commons Math do
