Edit detail for Award Of Bounties revision 1 of 4

changed:
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**Bounties:** --
  relatively small promotional awards to be paid for programming
  work done to enhance Axiom.

Submissions will be accepted on an "as is" basis. It should be
very clear whether a submission fulfils a specific requirement
or not. A good example would be a MS Windows port of axiom:
the requirements would be (roughly):

* that axiom can be compiled according to step by step instructions

* passes "most" of the tests -- there might be some platform 
  specific problems, of course, like pathnames and the like

* and the changes are documented.

Similarly, a bounty could be awarded for an SBCL port, when Axiom
actually compiles in this environment.

Special awards will be granted for especially good work.

In fact, there are quite a few tasks where a simple operational
result would already be great: pamphlet support on MathAction,
a Windows port, an SBCL or CMUCL port, compiling domains with Aldor,
etc.

The individual items from the WishList and [Summer Of Code] are possible
items for awards.

Here the current proposals:

+--------------------------------+-----+
|Windows port                    | 50$ |
+--------------------------------+-----+
|pamphlet support for MathAction | 50$ |
+--------------------------------+-----+
|CMUCL/SBCL port                 |100$ |
+--------------------------------+-----+
|Aldor                           |200$ |
+--------------------------------+-----+
 
Note that we really have *no* idea how much work these items 
represent although you can be sure that their value to users
of Axiom is far beyond 200$. That is why we refer to a bounty
as an "award" and not as a payment for work accomplished.

<em>**Sidenote**: Many great mathematicians set out prices for proofs 
of conjectures they had. Best known are probably the prices of
Paul Erdös.  These prices ranged from 10$ (difficult problem)
to (I think) 500$ (only for genius)...</em>

In this spirit, we might set up a second row of bounties, like:

+-------------------------------------------------------------------------+----+
|implementing Zeilberger                                                  | 5$ |
+-------------------------------------------------------------------------+----+
|fixing bug #191 (exquo and therefore gcd cannot handle UP(x, EXPR INT))  | 5$ |
+-------------------------------------------------------------------------+----+

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This is based on an email from Martin Rubey in november 2004, and is
**subject to change without notice.**