- Scott
On Tuesday, August 12, 2008, at 09:37PM, "Wade" <wade.h...@gmail.com> wrote:
>How about Wed Sep 3 for the next meeting? Would anyone like to
>present something? (or send in your suggestions of things you would
>like to learn about).
>
>
>Wade
Obviously the big things with Clojure as you mentioned are being purely functional
(or mostly so), concurrency, and Java interop. I'm also interested in the persistent
data structures (persistent like CONS, not like Hibernate) and generic sequences.
Clojure seems to really fill in the gaps in other Lisps in this area. He's also doing
non-hygienic macros in a Lisp-1 which is interesting.
Regards,
- Scott
On Wednesday, August 13, 2008, at 04:50PM, "Michael Beauregard" <mic...@insightfulminds.com> wrote:
>Same here.
>
>One topic that I've taken an interest in is Clojure <http://clojure.org>, a
Folks,
I will be in Kauaʻi from August 31 to September 17, so I won’t be able to make the meeting on
September 3rd. Alternatively, if everyone was able to make it before or after that date I would
gladly participate. What does next week look like for everyone?
Regards,
- Scott
http://www.littleb.org/index.html
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_Lance
蓝寺 寒林
Ланс Ханлен
I wonder if a web GUI could be done all in hunchentoot with
parenscript? I know the domain but not lisp, so I would just do a
standard web GUI, unless anyone was interested in working on this? It
may become a paid position at some point if there is enough promise.
Any thoughts?
My fondest wish is to master the paradigm and develop with you guys,
but I just don't have the time to do this alone.
As a scientific domain this one is unique. Biochemical modeling is
heavily constrained by noisy chaotic complexity that cannot be modeled
mathematically or computationally. This is a very special combination
in scientific research. It is the first time in 20 years of
collaboration that biochemical modeling has moved past graphics and
databases, into real computation. Lisp may be the only way forward for
bioinformatics, and bioinformatics may be the biggest thing that will
happen to lisp.
I am very busy right now but I will help out the medical school. If
anyone here is interested enough to work on this as an interesting
problem in it's own right, I can make sure that the medical school
uses your design, and gives you any available resources now and in the
future.
I have a game development company standing by to do the cell world
simulations in the coming years. That's where I spend most of my time,
but I can make time to learn lisp and contribute to the development,
albeit very slowly for the foreseeable future. I sure can't even think
about learning and doing this by myself now.
But if there was real interest in the community, understand that the
web GUI to littleb is the first phase. Second phase will be an
interface to a 3D gaming world. And whoever is doing this will be able
to design a very high profile technology that will very likely set the
standard for medical computing for a long time, maybe forever.
Thanks for reading this.
But they can't use it for the same reason it took this long to find.
They don't understand computing, let alone lisp.
To make the connection, the Harvard team needs a way to connect a
graphical user interface to their big machine. It has to be
domain-intuitive, which I can do, but it mainly renders down to
graphics to connect to the computing. I see it as a very simple task
once Hunchentoot and Parenscript are in place (easy for you?) and the
domain knowledge has been specified (easy for me?).
Images that trigger execution on the server, and return images back,
with a little basic client intelligence. (Or a lot, but those are
architectural considerations/opportunities for the future).
The Harvard Medical School team specifically stated what they are
dreaming about: a Dreamweaver for littleb.
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