I believe the key to this is to create domain widgets.  I am not sure if
this needs to be something like etoys, maybe a combination between forth
and etoys.  I believe collections can make for interesting domain widgets.
I have only programmed systems with collections of text.  What systems work
on collections of domain widgets?
On Apr 21, 2013 12:02 AM, "John Carlson" <yottz...@gmail.com> wrote:

> Yeah, you're right.  The theory is coming up with a syntax free language.
> Can you?
> On Apr 21, 2013 12:00 AM, "David Barbour" <dmbarb...@gmail.com> wrote:
>
>> How is that a theory? Sounds like a design principle.
>>
>>
>> On Sat, Apr 20, 2013 at 9:42 PM, John Carlson <yottz...@gmail.com> wrote:
>>
>>> Here's my theory: reduce arguing with the compiler to minimum.  This
>>> means reducing programmers' syntax errors.  Only add syntax to reduce
>>> errors (the famous FORTRAN do loop error).  The syntax that creates errors
>>> should be removed.
>>> On Apr 20, 2013 11:18 PM, "John Carlson" <yottz...@gmail.com> wrote:
>>>
>>>> I think it's better to work from examples, ala JUnit and end-user
>>>> programming than come up with a theory that solves nothing.  One can
>>>> compare EGGG to GDL in scope and expressiveness.  One interesting part of
>>>> gaming is arguing about rules.  What computer systems do that?
>>>> On Apr 20, 2013 11:09 PM, "John Carlson" <yottz...@gmail.com> wrote:
>>>>
>>>>> Practice or practical?  Maybe there's space for practical theory,
>>>>> instead of relying on things that don't exist.  Why do we distinguish
>>>>> practice from theory?  Seems like a fallacy there.
>>>>> On Apr 20, 2013 10:51 PM, "David Barbour" <dmbarb...@gmail.com> wrote:
>>>>>
>>>>>> only in practice
>>>>>>
>>>>>>
>>>>>> On Sat, Apr 20, 2013 at 8:23 PM, John Carlson <yottz...@gmail.com>wrote:
>>>>>>
>>>>>>> Take my word for it, theory comes down to Monday Night Football on
>>>>>>> ESPN.
>>>>>>> On Apr 20, 2013 10:13 PM, "John Carlson" <yottz...@gmail.com> wrote:
>>>>>>>
>>>>>>>> I think that concepts in some sense transcend the universe.  Are
>>>>>>>> there more digits in pi than there are atoms  in the universe?  I 
>>>>>>>> guess we
>>>>>>>> are asking if there are transcendental volumes which are bigger or more
>>>>>>>> complex than the universe.  If the universe contains the 
>>>>>>>> transcendental as
>>>>>>>> symbols then how many transcendental symbols are there?  I think you 
>>>>>>>> still
>>>>>>>> run into Russell's Paradox.
>>>>>>>> On Apr 20, 2013 9:15 PM, "Simon Forman" <forman.si...@gmail.com>
>>>>>>>> wrote:
>>>>>>>>
>>>>>>>>> On 4/20/13, John Carlson <yottz...@gmail.com> wrote:
>>>>>>>>> > Do you need one symbol for the number infinity and another for
>>>>>>>>> denoting
>>>>>>>>> > that a set is inifinite?  Or do you just reason about the size
>>>>>>>>> of the set?
>>>>>>>>> > Is there a difference between a set that is countably infinite
>>>>>>>>> and one that
>>>>>>>>> > isn't countable?  I barely know Russell's paradox... you're
>>>>>>>>> ahead of me.
>>>>>>>>>
>>>>>>>>> Well, for what it's worth, quoting from Meguire's 2007 "Boundary
>>>>>>>>> Algebra: A Simple Notation for Boolean Algebra and the Truth
>>>>>>>>> Functors":
>>>>>>>>>
>>>>>>>>> "Let U be the universal set, a,b∈U, and ∅ be the null set. Then the
>>>>>>>>> columns headed by “Sets” show how the algebra of sets and the pa
>>>>>>>>> are
>>>>>>>>> equivalent.
>>>>>>>>>
>>>>>>>>> Table 4-2. The 10 Nontrivial Binary Connectives (Functors).
>>>>>>>>>
>>>>>>>>> Name            Logic  Sets BA
>>>>>>>>>
>>>>>>>>> Alternation      a∨b   a∪b  ab
>>>>>>>>> Conditional      a→b   a⊆b  (a)b
>>>>>>>>> Converse         a←b   a⊇b  a(b)
>>>>>>>>> Conjunction      a∧b   a∩b  ((a)(b))
>>>>>>>>>                        ___
>>>>>>>>> NOR              a↓b   a∪b   (ab)
>>>>>>>>>                        ___
>>>>>>>>> Sheffer stroke   a|b   a∩b  (a)(b)
>>>>>>>>>
>>>>>>>>> Biconditional    a↔b   a⊆b⊆a  (((a)b)(a(b))) -or- ((a)(b))(ab)
>>>>>>>>>
>>>>>>>>> (Apologies if the Unicode characters got mangled!)
>>>>>>>>>
>>>>>>>>> Check out http://www.markability.net/sets.htm also.
>>>>>>>>>
>>>>>>>>>
>>>>>>>>> I don't know much about set theory but I think the "Universal" set
>>>>>>>>> stands for the set of everything, no?
>>>>>>>>>
>>>>>>>>> Cheers,
>>>>>>>>> ~Simon
>>>>>>>>>
>>>>>>>>>
>>>>>>>>>
>>>>>>>>>
>>>>>>>>>
>>>>>>>>> "The history of mankind for the last four centuries is rather like
>>>>>>>>> that of
>>>>>>>>> an imprisoned sleeper, stirring clumsily and uneasily while the
>>>>>>>>> prison that
>>>>>>>>> restrains and shelters him catches fire, not waking but
>>>>>>>>> incorporating the
>>>>>>>>> crackling and warmth of the fire with ancient and incongruous
>>>>>>>>> dreams, than
>>>>>>>>> like that of a man consciously awake to danger and opportunity."
>>>>>>>>> --H. P. Wells, "A Short History of the World"
>>>>>>>>> _______________________________________________
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>>>>>>>>> http://vpri.org/mailman/listinfo/fonc
>>>>>>>>>
>>>>>>>>
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>>>>>>>
>>>>>>
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