αwiki++

user:anonymous

_p see [[lambdatalk_slides_2|?view=lambdatalk_slides_2]]

°°°

{start_pict}

{div {@ style="position:absolute; top:80px; left:0px; font:normal 1.5em courier new; color:#fff; text-align:center; width:100%; "} °° /\{([^\s{}]*)(?:[\s]*)([^{}]*)\}/g °°}

{lambdaway}
{note_start lambdaway {welcome}}
{note_end {@ id="lambdaway"}

{div {@ style="text-align:center; font:bold 2em courier; background:#444; color:#fff; border:1px solid #fff; box-shadow:0 0 8px black;"}
This workshop is closed and you are now welcome in [[lambdaway|../lambdaway/]].}

{center
 {note_start welcome welcome} |
 {note_start workshop {{bc blue} daily news}} |
 {note_start start start} |
 {note_start syntax syntax} |
 {note_start stock stock} |
 {note_start comments comments} |
 [[forum]] |
 [[sandbox]] 
}

_p Welcome in the {{bc red} '{lambda way}} project. You are in {{bc red} alphawiki}, a workshop built as a thin overlay on top of any modern web browser, and devoted to writing, composing and coding on the web, where the markup, styling and scripting are unified in a single language, {{bc red} lambdatalk}. Using this small dialect of Lisp:

_h6 1) you can say {note_start hello "hello world"} without any quotes,
{note_end {@ id="hello"}
{show {@ src="data/helloworld.jpg" height="170" width="1000" title="Hello World as usual. No strings, just plain text :) :)"}}

_p Yes, "Hello World" as usual but {b without any quotes}, just plain text, we are in a wiki context!
}

_h6 2) you can use {b alphawiki} as a powerful and ubiquitous {note_start notebook web notebook},
{note_end {@ id="notebook"}
{div {@ style="font-size:1em; box-shadow:0 0 8px black; padding:10px; background:#ffe; width:100%;"}
{editable 1 
_h1 quick

_p You are short in time? This is a mini page for you, using a minimal syntax. Click on "edit" to analyze the code. Feel free to copy/paste it from this page to the page [[sandbox]] and play with it. Just now, see how it is easy to write titles, paragraphs, lists, links, formulas and insert some picture:

_ul a {b bold and {u underlined text}}
_ul a link to the page [[forum]]
_ul a link to the [[PIXAR|http://www.pixar.com/]] website
_ul math expressions : 
_ul30 '{+ 1 {* 2 3} 4} = {+ 1 {* 2 3} 4}, 
_ul30 '{sqrt 2} = {sqrt 2}, 
_ul30 Φ = '{/ {+ 1 {sqrt 5}} 2} = {/ {+ 1 {sqrt 5}} 2}
_ul30 ...
_ul a picture :

{show 
 {@ src="data/free_horses.jpg" 
    height="295" 
    width="900" 
    title="Free horses."
}}

_p With such a small handle of tools, people without no interest in a complex wiki syntax - maybe you - can quickly create some wiki pages and share reflexions, informations and knowledge. Later, smart web designers will bring their own tools to enrich them, give them a better structure and a better visual aspect. And a coder will gently add some new functionalities to make code easier to write and read. 
_p Both sharing their competences in a collaborative work from anywhere on the net!
}}}

_h6 3) you can easily {note_start extend extend the language}  for your mom,
{note_end {@ id="extend"}

{pre
'{def cute_add {lambda {:a :b} 
  Yes mom, :a+:b is equal to {+ :a :b}!
}} 
-> {def cute_add {lambda {:a :b} 
  Yes mom, :a+:b is equal to {+ :a :b}!
}}

'{cute_add 3 4} 
-> {cute_add 3 4}
}

_p Note the coherent and easy way to intermix strings and numbers to be compared with the equivalent Javascript code struggling with quotes, spaces and operators:
{pre
var cute_add = function (a,b) '{
 return "Yes mom, " + a + "+" + b + " is equal to " + (a+b) + "!" 
}
cute_add(3,4)
-> {cute_add 3 4}
}
_p More later.
}

_h6 4) yes, you can even {note_start compute compute n!} and the Euler's number,
{note_end {@ id="compute"}

{pre
'{def ! {lambda {:a :b}
 {if {< :b 2}
  then :a
  else {! {* :a :b} {- :b 1}}}}}
-> {def ! {lambda {:a :b}
 {if {< :b 2}
  then :a
  else {! {* :a :b} {- :b 1}}}}}
'{! 1 6}
-> {! 1 6}
}

_p What for? Well, you could compute the famous Euler's number E = Σ{sub i=0}{sup ∞}({sup 1}/{sub i!}):
{pre
'{def euler {lambda {:n} 
  {+ {map {lambda {:n} {/ 1 {! 1 :n}}} {serie 0 :n}}}}}
-> {def euler {lambda {:n} 
  {+ {map {lambda {:n} {/ 1 {! 1 :n}}} {serie 0 :n}}}}}
'{euler 17} 
-> {euler 17}
}

}

_h6 5) you can write {note_start maths beautiful math expressions} as simple text,
{note_end {@ id="maths"} 
{div {@ style="font:italic 1.2em georgia; text-align:center;"}
i{del h}{quotient 30 ∂ψ ∂t}(x,t) = 
{paren 3 (}mc{sup 2}α{sub 0} - i{del h}c {sigma 30 j=1 3} α{sub j}{quotient 30 ∂ ∂x{sub j}}{paren 3 )} ψ(x,t)

{div {@ style="display:none"}
{def quotient {lambda {:s :num :denom}
{table {@ style="width::spx; display:inline-block; vertical-align:middle; text-align:center;"}
 {tr {td {@ style="border:0 solid; border-bottom:1px solid;"}:num}}
 {tr {td {@ style="border:0 solid;"}:denom}}
}}}

{def sigma {lambda {:s :one :two}
{table {@ style="width::spx; display:inline-block; vertical-align:middle; text-align:center;"}
 {tr {td {@ style="border:0 solid;"}:two}}
 {tr {td {@ style="border:0 solid; font-size:2em; line-height:0.7em;"}Σ}}
 {tr {td {@ style="border:0 solid;"}:one}}
}}}

{def paren {lambda {:s :p} 
 {span {@ style="font:normal :sem arial; vertical-align:-0.15em;"}:p}}}
}}
_p No, it's not a picture!
}

_h6 6) you can play with {note_start curves fancy curves} in the wiki page,
{note_end {@ id="curves"}

{pre {@ style="display:none"}
{def bez_cubic
 {def bc.interp 
  {lambda {:a0 :a1 :a2 :a3 :t :u}
   {round 
    {+ {* :a0 :u :u :u 1} 
       {* :a1 :u :u :t 3} 
       {* :a2 :u :t :t 3}
       {* :a3 :t :t :t 1}}}}}
 {lambda {:p0 :p1 :p2 :p3 :t}
 {bc.interp {nth 0 {:p0}} {nth 0 {:p1}} 
            {nth 0 {:p2}} {nth 0 {:p3}} :t {- 1 :t}} 
 {bc.interp {nth 1 {:p0}} {nth 1 {:p1}}
            {nth 1 {:p2}} {nth 1 {:p3}} :t {- 1 :t}} 
}}
{def dot 
 {lambda {:x :y :r :bord :back} 
  {span {@ style="position:absolute;
   left:{- :x {/ :r 2}}px; top:{- :y {/ :r 2}}px;
   width::rpx; height::rpx; border-radius::rpx; 
   border:1px solid :bord; background::back;"}}}}
}

{div {@ style="position:relative; top:0; left:0; background:#ffe; border:1px solid black; height:300px; box-shadow:0 0 8px;"}
{dot {{def Q0 200 30}} 20 black cyan} 
{dot {{def Q1 500 30}} 20 black cyan} 
{dot {{def Q2 30 200}} 20 black cyan} 
{dot {{def Q3 350 270}} 20 black cyan}

{map {lambda {:t} 
 {dot {bez_cubic Q0 Q1 Q2 Q3 :t}
  5 black red}} {serie -0.3 1.3 0.02}}
{map {lambda {:t} 
 {dot {bez_cubic Q0 Q2 Q3 Q1 :t}
  5 black blue}} {serie  0.2 0.8 0.02}}

}
_p and also with [[SVG|?view=decasteljau5]], [[pForms|?view=stock_maths_pForms]], [[Ray Tracing|?view=stock_maths_rayTrace]], [[fractals|?view=stock_maths_mandel]], [[logo]], ...
}

_h6 7) you can write your own evaluator, beginning with a [[4 ops calculator|?view=foo]],

_h6 8) you can use a subset of lambbdatalk outside alphawiki with [[microtalk]],

_h6 9) you can play with lambdatalk in an integrated experimental [[worksheet|?view=syntax_others_lambdasheet]],

_h6 10) and you can do much more discovering lambdatalk...

_ul50 [[lambdatalk on the fly|?view=lambdaquick]], a glance,
_ul50 [[lambdatalk in a few words|?view=foundations]], for those in a hurry
_ul50 [[lambdatalk in more words|?view=lambdatalk_foundations]], September 2015
_ul50 [[lambdatalk with more examples|?view=lambdatalk_slides_5]], April 2015
_ul50 [[lambdatalk's underground 2|?view=underground]], 
_ul50 [[lambdatalk's underground 1|?view=syntax_lambdatalk_structure]], 
_ul50 [[lambdatalk in slides|../ELS_YAW/]], May 2014
_ul50 [[lambdatalk for kids|?view=teaching]], why not?
_ul50 ... and so on via the menu bar, in particular in  {note_start workshop {{bc blue} daily news}.}

_p This workshop is created and maintained using {b lambdatalk} at the top level and {b Javascript} at the machine|browser level, for instance in intensive computing as in [[ray tracing|?view=stock_maths_rayTrace]], [[3D forms|?view=stock_maths_pForms]], [[fractals|?view=stock_maths_mandel]]. Do note that {b it's a workshop}, changing anytime, and please, tell me something in the page [[forum]].

{blockquote
_p [...] I like it when I find this simple yet powerful ideas implemented, these are the things that when you see them you think, Why didn't I think of that? [...] ([[reddit/maufdez|https://www.reddit.com/r/lisp/comments/1xfsd3/alphawiki/]])
}
{div {@ style="font:normal 1.5em courier new; color:#f88; text-align:center; margin:10px;"} °° /\{([^\s{}]*)(?:[\s]*)([^{}]*)\}/g °°}

}

°°° menu items content °°°

{note_end {@ id="welcome" {slide -10 350}}
{note_start welcome (close)}
{p {b α-wiki++} is an experimental environment devoted to {b writing, composing and coding} in the WEB, where the markup, styling and scripting are unified in a single language, {b  lambdatalk}.}
{p Here you can : }
{ul  
 {li read an {b [[abstract]]} and some other introductions,}
 {li discover {b α-wiki++} in the section [[start|?view=start_about]],}
 {li see lots of examples in the section [[stock|?view=stock_about]],}
 {li learn basics at your rythm in the section [[syntax|?view=syntax_about]],}
 {li learn more sophisticated things in the section [[lambdatalk|?view=lambdatalk_slides_5]],}
 {li test freely your knowledge in page [[sandbox]],}
 {li [[install|?view=start_installation]] your own < 100kb {b α-wiki++},} 
}
{p Enjoy ! Do note that it's a workshop, changing anytime, and, {b please}, tell me something in the [[forum]].}
{p marty•alain at free•fr }
{p {@ style="font:italic 0.8em courier;margin-top:-15px;"}{date}}
}

{note_end {@ id="workshop" {slide 75 250}}
{note_start workshop (close)}
{p last update on 2016/04/07}
{ul
  {li -}
  {li [[lambdaway|../lambdaway/]], the new place I'm working in}
  {li [[LC_conses]], towards λ calculus in λtalk}
  {li [[SLA]], sentences, lists, arrays}
  {li [[lambdaquick]], flyover}
  {li [[entropy]], following Rosetta...}
  {li [[decasteljau6]], improved speed x2}
  {li [[silverbox]], the smallest code}
  {li [[lambdatree]]}
  {li [[quizz]], in french}
  {li [[calculator]], for ze fun}
  {li [[randombits]]}
  {li [[average]], a question found in reddit}
  {li [[foo_3]], updating foo_2}
  {li [[recursion|?view=factrace]], RegExps & Turing}
  {li [[microtalk]], lambdatalk out of alphawiki}
  {li [[nanolisp_3]], a tiny Lisp dialect}
  {li [[sum-of-squares-of-odd-integers]], for the fun!}
  {li [[lambdalogo]], lambdatalk only}
  {li [[sandbox]]}
  {li [[logo]], koch, tree, fern improved}
  {li [[Romane|http://rue74.fr/F6/romane/?view=accueil]], a 11 years old girl's wiki}
  {li [[ELS_YAW|../ELS_YAW/]] reading again...}
  {li [[foo_2]], extending foo}
  {li [[foo]], towards zero}
  {li [[mandelbrot|?view=stock_maths_mandel]], updated}
  {li [[pythagoras_tree]], coming soon}
  {li [[mocl]], you got it?}
  {li [[foundations]], lambdatalk in few words}
  {li [[picotalk3]], greatly improved}
  {li [[lisp_or_python]], in french}
  {li [[nanolisp_3]], 150 JS lines}
  {li [[underground]], closure or not closure}
  {li [[time]] is money}
  {li [[symbolic_derivative]]}
  {li [[complex_numbers]]}
  {li [[rational_numbers]], following SICP}
  {li [[2Dvectors]], update}
  {li [[factrace]], recursion in lambdatalk}
  {li [[Btree_2]], improved}
  {li [[json]], what about format}
  {li [[sort]] isort and qsort compared}
  {li [[quicksort2]] about 5 times faster}
  {li [[insertion_sort_2]] update}
  {li [[skribe|?view=stock_webdesign_skribe]], update}
  {li [[if]], how does it work?}
  {li [[expandPicts|?view=stock_webdesign_expandPicts]] update}
  {li [[nanolisp|?view=parser]], updated with merge sort}
  {li [[foundations|?view=lambdatalk_foundations]] last update}
  {li [[federated_wiki]], testing microtalk}
  {li [[hashes]], playing with}
  {li [[basic_question]], update} 
  {li [[erasmus]], main axis}
  {li [[from]], start to end do something}
  {li [[matrice]], update}
  {li [[chat]] looks to be broken}
  {li [[teaching]] to a 10 years old child, update}
  {li [[map2]] map*map -> table} 
  {li [[speedtest2]] 1.2 millions words overflown}
  {li [[lambdasheet]], exploring another way}
  {li [[lambdasheet|?view=syntax_others_lambdasheet]] update}
  {li [[lambda calculus|?view=stock_maths_lambdacalculus]]}
  {li [[closure|?view=syntax_others_closure]] update}
  {li [[curry|?view=syntax_others_curry]] update}
  {li [[lambdaquote]], update}
  {li [[homoiconicity|?view=stock_maths_digit]]}
  {li [[gensym]]}
  {li [[nanolisp|?view=parser]] in 250 lines for lists, maths, html}
  {li [[archive|?view=start_quickstart]], the last one, 70kb.}
  {li [[eliza]] for the fun}
  {li [[arrays]] 1st class structures}
  {li [[ward_cunnigham]] as in Wikipedia}
  {li [[let|?view=syntax_others_let]], update}
  {li [[mutalk]], 90 lines of HTML+CSS+JS}
  {li [[decasteljau5]], drawing in SVG}
  {li [[logo]] a work in progress}
  {li [[odd_even]] mutual recursion}
  {li [[guess]]}
  {li [[partition|?view=stock_maths_unity]] update}
  {li [[tail reverse|?view=tail_reverse]], better :)}
  {li [[fibonacci|?view=stock_maths_fibo_speedtest]] speedtest}
  {li [[quicksort]], analyze}
  {li [[lambdaslides]] a quick introduction}
  {li [[dirac]] equation}
  {li [[lambdabook]], last update}
  {li [[lists_2]], another way ...}
  {li [[lists]], a work in progress ...}
  {li [[Erasmus+|http://rue74.fr/erasmus/]], starting with little kids}
  {li [[vagabondages]], french} 
  {li [[once more|?view=oncemore]], λ-talk is simple}
  {li -}
 }
}

{note_end {@ id="start" {slide 160 100}}
{note_start start (close)}
 {ul
  {li [[abstract]]}
  {li [[about|?view=start_about]]}
  {li [[quickstart|?view=start_quickstart]]}
  {li [[interface|?view=start_interface]]}
  {li [[installation|?view=start_installation]]}
  {li [[engine|?view=start_engine]]}
  {li [[forum]]}
  {li [[sandbox]]}
 }
}

{note_end {@ id="syntax" {slide 205 180}}
{note_start syntax (close)}
 {ul
  {li [[about|?view=syntax_about]]}
  {li [[quick|?view=syntax_quick]]}
  {li [[tutorial|?view=syntax_tutorial]]}
  {li [[reference|?view=syntax_reference]]}
  {li [[lambdatalk]]}
  {li {note others...
   {ul
    {li [[@]]}
    {li [[arity|?view=syntax_others_arity]]}
    {li [[arrays|?view=stock_maths_arrays]]}
    {li [[binary search tree|?view=syntax_others_BST]]}
    {li [[closure|?view=syntax_others_closure]]}
    {li [[concurrent|?view=syntax_others_concurrent]]}
    {li [[cons,car,cdr|?view=syntax_others_cons_car_cdr]]}
    {li [[curry|?view=syntax_others_curry]]}
    {li [[D-expression|?view=syntax_others_D_expression]]}
    {li [[D-lisp|?view=syntax_others_D_lisp]]}
    {li [[ELS_2014]]}
    {li [[ELS_2015|?view=syntax_others_ELS_2015]]}
    {li [[evaluation|?view=syntax_others_evaluation]]}
    {li [[evalevolution|../alphawiki/?view=eval_evolution]]}
    {li [[first class functions|?view=syntax_others_firstclassfunctions]]}
    {li [[hashes]], playing with}
    {li [[HTML+CSS|?view=syntax_others_HTMLCSS]]}
    {li [[ide|?view=syntax_ide]]}
    {li [[ifac|?view=syntax_others_ifac]], tracing}
    {li [[ILC_2014]]}
    {li [[into λ-talk|?view=syntax_into_lambdatalk]]}
    {li [[js as lisp|?view=syntax_others_jsaslisp]]}
    {li [[lambdalisp|?view=syntax_others_lambdalisp]]}
    {li [[lambdasheet|?view=syntax_others_lambdasheet]]}
    {li [[lambdatalk]]}
    {li {del [[lambdatalk|?view=syntax_others_lambdatalk]]}}
    {li [[lambdatalk outside|../lambdatalk_console/]]}
    {li [[lambdaway|?view=syntax_others_lambdaway]]}
    {li [[learn_in_10_minutes|?view=learn_in_10_minutes]]}
    {li [[learn_in_10_minutes|?view=learn_in_10_minutes_2]]}
    {li [[learn_in_10_minutes|?view=learn_in_10_minutes_3]]}
    {li [[lessismore|?view=syntax_others_lessismore]]}
    {li [[LML|?view=syntax_others_LML]]}
    {li [[matterOfChoice|?view=syntax_matterOfChoice]]}
    {li [[microlambda|?view=microlambda]]}
    {li [[object|?view=syntax_others_object]]}
    {li [[once more|?view=oncemore]]}
    {li [[console|?view=syntax_others_outside]]}
    {li [[parser|?view=syntax_others_parser]]}
    {li [[plugins|?view=syntax_others_plugins]]}
    {li [[quote|?view=syntax_others_quote]]}
    {li [[reverse|?view=syntax_others_reverse]]}
    {li [[static/dynamic|?view=syntax_others_dynamic]]}
    {li [[S_expression|?view=syntax_others_S_expression]]}
    {li [[SFPW_2014|../SFPW_2014/]]}
    {li [[speed|?view=syntax_others_speed_2]]}
    {li [[substitution|?view=syntax_others_substitution]]}
    {li [[λ-talk struct|?view=syntax_lambdatalk_structure]]}
    {li [[SXML|?view=syntax_others_SXML]]}
    {li [[trace|?view=syntax_others_trace]]}
    {li [[yaw|?view=syntax_others_yaw]]}
 }}}}
}

{note_end {@ id="stock" {slide 260 200}}
{note_start stock (close)}
  {ul
   {li [[about|?view=stock_about]]}
   {li {note webdesign...
    {ul
     {li [[buttons|?view=stock_webdesign_buttons]]}
     {li [[clip|?view=stock_webdesign_clip]]}
     {li [[cover|?view=stock_webdesign_cover]]}
     {li [[date|?view=stock_webdesign_date]]}
     {li [[drag|?view=stock_webdesign_drag]]}
     {li [[expandPicts|?view=stock_webdesign_expandPicts]]}
     {li [[fonts|?view=stock_webdesign_fonts]]}
     {li [[goldpig]]}
     {li [[htmlEditor|?view=stock_webdesign_htmlEditor]]}
     {li [[iframe|?view=stock_webdesign_iframe]]}
     {li [[latex|?view=stock_webdesign_latex]]}
     {li [[lifted_corners|?view=stock_webdesign_lifted_corners]]}
     {li [[lightbox|?view=stock_webdesign_lightbox]]}
     {li [[mies|?view=stock_webdesign_mies]]}
     {li [[notes|?view=stock_webdesign_notes]]}
     {li [[popup|?view=stock_webdesign_popup]]}
     {li [[poster|?view=stock_webdesign_poster]]}
     {li [[postit|?view=stock_webdesign_postit]]}
     {li [[slider|?view=stock_webdesign_slider]]}
     {li [[slides|?view=stock_webdesign_slides]]}
     {li [[slides2|?view=stock_webdesign_slides_2]]}
     {li [[show|?view=stock_webdesign_show]]}
     {li [[skribe|?view=stock_webdesign_skribe]]}
     {li [[tagcloud|?view=stock_webdesign_tagcloud]]}
     {li [[tagscloud|?view=stock_webdesign_tagscloud]]}
     {li [[y|?view=stock_webdesign_y]]}
   }}}
   {li {note maths...
    {ul
     {li [[arrays|?view=stock_maths_arrays]]} 
     {li [[booleans|?view=stock_maths_booleans]]}
     {li [[BST|?view=stock_maths_BST]]}
     {li [[calculus|?view=stock_maths_calculus]]}
     {li [[calculus2|?view=stock_maths_calculus2]]}
     {li [[calculus3|?view=stock_maths_calculus3]]}
     {li [[cube|?view=stock_maths_cube]]}
     {li [[λcubics|?view=stock_maths_cubics]]}
     {li [[λcubics2|?view=stock_maths_cubics2]]}
     {li [[λcubics3|?view=stock_maths_cubics3]]}
     {li [[curves|?view=stock_maths_curves]]}
     {li [[dec2bin|?view=stock_maths_dec2bin]]}
     {li [[digits|?view=stock_maths_digit]]}
     {li [[equation|?view=stock_maths_equation]]}
     {li [[euler|?view=stock_maths_euler]]}
     {li [[even & odd|?view=stock_maths_even_odd]]}
     {li [[factorial|?view=stock_maths_factorial]]}
     {li [[fibonacci|?view=stock_maths_fibonacci]]}
     {li [[fibonacci|?view=stock_maths_fibo_speedtest]]}
     {li [[fizzbuzz|?view=stock_maths_fizzbuzz]]}
     {li [[gcd|?view=stock_maths_gcd]]}
     {li [[horner|?view=stock_maths_horner]]}
     {li [[integration|?view=stock_maths_integration]]}
     {li [[interpolation|?view=stock_maths_interpolation]]}
     {li [[lambda calculus|?view=stock_maths_lambdacalculus]]}
     {li [[mandel|?view=stock_maths_mandel]]}
     {li [[mathML|?view=stock_maths_mathML]]}
     {li [[mathLT|?view=stock_maths_mathLT]]}
     {li [[maxwell eqs|?view=stock_maths_maxwell]]}
     {li [[newton|?view=stock_maths_newton]]}
     {li [[next_prev|?view=stock_maths_next_prev]]}
     {li [[pascal|?view=stock_maths_pascal]]}
     {li [[pForms|?view=stock_maths_pForms]]}
     {li [[phi|?view=stock_maths_phi]]}
     {li [[primes|?view=stock_maths_primes]]}
     {li [[rationals|?view=stock_others_rationale]]}
     {li [[rayTrace|?view=stock_maths_rayTrace]]}
     {li [[unity|?view=stock_maths_unity]]}
     {li [[2DVect|?view=stock_maths_2DVect]]}
     {li [[3DVectors|?view=stock_maths_3DVectors]]}
     {li [[y=axn|?view=stock_maths_axn]]}
     {li [[webgl-water|http://madebyevan.com/webgl-water/]]}
   }}}
   {li {note tools...
    {ul
     {li [[angular|?view=stock_tools_angular]]}
     {li [[animation|?view=stock_tools_animation]]}
     {li [[bezier|?view=stock_tools_bezier]]}
     {li [[chrono|?view=stock_tools_chrono]]}
     {li [[clock|?view=stock_tools_clock]]}
     {li [[console|?view=stock_tools_console]]}
     {li [[CSSdraw|?view=stock_tools_CSSdraw]]}
     {li [[dodecaphony|?view=stock_others_dodecaphony]]}
     {li [[draw|?view=stock_tools_draw]]}
     {li [[editinline|?view=stock_tools_editinline]]}
     {li [[encryption|?view=stock_tools_encryption]]}
     {li [[externals|?view=stock_tools_externals]]}
     {li [[include|?view=stock_tools_include]]}
     {li [[lambdasheet|?view=syntax_others_lambdasheet]]}
     {li [[myLib|?view=stock_tools_myLib]]}
     {li [[numbers|?view=stock_tools_numbers]]}
     {li [[paint|?view=stock_tools_paint]]}
     {li [[pencil|?view=stock_tools_pencil]]}
     {li [[rotating cube|?view=stock_tools_cube]]}
     {li [[simulation|?view=stock_tools_simulation]]}
     {li [[SVG|?view=stock_others_SVG]]}
     {li [[TOC|?view=stock_tools_TOC]]}
     {li [[xRay|?view=stock_tools_xRay]]}
   }}}
   {li {note lisp...
    {ul
     {li [[alphalisp|?view=stock_lisp_alphalisp]]}
     {li [[curry|?view=stock_lisp_curry]]}
     {li [[eval20|?view=stock_lisp_eval20]]}
     {li [[into λ-talk|?view=syntax_into_lambdatalk]]}
     {li [[js as lisp|?view=syntax_others_jsaslisp]]}
     {li [[lambda_calcul|?view=stock_lisp_lambda_calcul]]}
     {li [[lambdalisp|?view=syntax_others_lambdalisp]]}
     {li [[lambdatalk|?view=syntax_others_lambdatalk]]}
     {li [[LML|?view=syntax_others_LML]]}
     {li [[macCarthy|?view=stock_lisp_macCarthy]]}
     {li [[monodicolisp|?view=stock_lisp_monodicolisp]]}
     {li [[true objects|?view=stock_lisp_object]]}
     {li [[psil|?view=stock_lisp_psil]]}
     {li [[psil2|?view=stock_lisp_psil2]]}
   }}}
   {li {note others...
    {ul
     {li [[2beornot2be]], maybe ...}
     {li [[aapp|http://b2b3.free.fr/aapp/]] website }
     {li [[amélie|?view=stock_others_amelie]]}
     {li [[blocknote|?view=stock_others_blocknote]]}
     {li [[brassband|http://www.audepicault.com/fanfare/fanfare.htm]]}
     {li [[computer|?view=stock_others_computer]]}
     {li [[conférences|http://marty.alain.free.fr/confs/]]}
     {li [[entropy|?view=stock_others_entropy]]}
     {li [[translate.google|https://translate.google.com/]]}
     {li [[julesverne|?view=stock_others_julesverne]]}
     {li [[links|?view=stock_others_links]]}
     {li [[modulor|http://marty.alain.free.fr/confs/?view=grain]]}
     {li [[nyls|?view=stock_others_nyls]]
°°°