Can you give an example?  What I'm led to think of is something like:

% Add two and two
    print "4"
    halt

Brent



On 9/15/2016 6:27 PM, Stephen Paul King wrote:
The idea is to think of computations as discrete, they do one thing: process one algorithm and halt. Obviously I am not talking about Turing machines...

On Thu, Sep 15, 2016 at 9:03 PM, Brent Meeker <meeke...@verizon.net <mailto:meeke...@verizon.net>> wrote:



    On 9/15/2016 4:29 PM, Stephen Paul King wrote:


    On Thu, Sep 15, 2016 at 6:47 PM, Brent Meeker
    <meeke...@verizon.net <mailto:meeke...@verizon.net>> wrote:



        On 9/15/2016 11:03 AM, Stephen Paul King wrote:
        I get that and buy it too, Brent. Platonia is the "flat"
        Complete version, I am looking for the infinite tower of
        incomplete yet consistent theories

        I don't understand what you mean by that.  I assume
        "theories" refers to axiomatic systems.  If I take one such
        system, like arithmetic, I can keep adding the unprovable
        Godel sentences as axioms and so create an unbounded "tower"
        of systems. Is that what you mean?


    ​Yes, sorta.​



        and trying to make sense of computational languages that
        could use those theories. Remember that computers do not
        need to be Turing Complete if they only need to compute one
        algorithm efficiently and correctly.

        That's the view of an algorithm as computing a function; so
        given an input there is a certain correct output.  But the UD
        doesn't have any input.


    ​It has itself as an input. :-P​

    I suppose you can think of it as a null input. But it also has not
    output.  It doesn't halt.  So I'm not sure what you mean by
    computing one algorithm efficiently and correctly.

    Brent
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