Self-similar fractal curves on canvas

I developed this a bit more. https://github.com/thinknlive/picolisp-gosper I think now it may be a nice little tool to explore these kinds of functions. You can step draw the results, or draw all at once. You can also modify the lisp function code and then reload the module to try the changes

Re: French localization

Dear Eric, > However, I will find time if Roman need help or if he wants to share > the work between us. Perfect! I have already started working on it. I have one last file to write. I will send it to you once I finish. It would really help if you could review it once. Alex can then merge the

Re: French localization

Hi Raman, Eric, > > However, I will find time if Roman need help or if he wants to share > > the work between us. > > Perfect! I have already started working on it. I have one last file to > write. I will send it to you once I finish. It would really help if > you could review it once. Alex can

native calling

hi, I need more experience in (native) usage. If somebody need library bindings to something you can request here or directly. (mike)

Re: Self-similar fractal curves on canvas

Hi, this looks cool and I want to play around with it, but licensing information is not clear. Could you please add clear licensing/copying terms to the repository (ideally on each source file)? On 03/01/2017 11:44 PM, Lindsay John Lawrence wrote: > I developed this a bit more. > >

Re: native calling

I am not sure this sensible or even doable, but a binding to the torch library (http://torch.ch) would be cool. Since Picolisp could use high speed high dimensional math and machine learning. It is written in C++ and already has a LUA interface. It needs a newer (< 4 years, i guess) NVIDIA

Re: Self-similar fractal curves on canvas

Thanks for the reminder. I'll add it in. MIT Lic. No restriction. As-is, no warranty, no liability. Enjoy. /Lindsay Gratitude makes any experience more enjoyable. It doesn't make the journey any less new, the effort any less real. On Thu, Mar 2, 2017 at 9:13 AM, Christopher Howard <

RE: native calling

Graphviz! > From: picolisp@software-lab.de On Behalf Of Mike Pechkin > Subject: native calling ... > I need more experience in (native) usage. > If somebody need library bindings to something you can request here or > directly. ... PԔ � )mX�����zV�u�.n7�

Re: native calling

It needs clear: o) you create demo picolisp code without native calls as demo and startpoint o) I need a list of library functions you gonna use o) I create native wrappers or something o) you glue your code and native On Thu, Mar 2, 2017 at 7:06 PM, Mike Pechkin wrote:

JavaCode with static class methods

Hi List, I'm experimenting a bit with the 'java' function, and the StringBuilder and GregorianCalendar example from the JavaCode Wiki entry work fine, but I wonder how to use a constructorless class like e.g. java.lang.Math with its static class methods? #+NAME: JavaCode - none of these work

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Re: native calling

Either of these two single header C libraries is where I'm considering beginning my journey with native calls: nanomsg - a spiritual successor to ZeroMQ http://nanomsg.org/index.html Or nuklear - a slick looking, small ANSI-C GUI https://github.com/vurtun/nuklear I'm happy to pitch in code as

Re: native calling

> On Mar 3, 2017, at 01:24, David Bloom wrote: > > Either of these two single header C libraries is where I'm considering > beginning my journey with native calls: > > nanomsg - a spiritual successor to ZeroMQ > http://nanomsg.org/index.html >

Re: JavaCode with static class methods

Hi Thorsten, > I'm experimenting a bit with the 'java' function, and the StringBuilder > ... > (java "java.lang.Math" 'sqrt 4) It needs a different call: : (scl 6) -> 6 : (java "java.lang.Math" 'sqrt (-6 . 64.0)) -> 800 : (round @) -> "8.000" As you probably know, the

Re: JavaCode with static class methods

Hi Thorsen, it looks like you were on the right path. I'm guessing there may be a bug or issue with the double signature This works: : (java (java "java.lang.Math" "abs" -4)) -> 4 : (java (java "java.lang.Math" "min" 10 5)) -> 5 But I'm just guessing On Thu, Mar 2, 2017 at 3:02 PM, Thorsten