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Implement r's complement neg (2's complement generalized to any radix), it would allow to have 'smart' negative values in any base or at least make the methods of alu behave like C on primitive types for bases 2^n.
Implement r's complement
neg
(2's complement generalized to any radix), it would allow to have 'smart' negative values in any base or at least make the methods ofalu
behave likeC
on primitive types for bases2^n
.See http://www.cs.uwm.edu/~cs151/Bacon/Lecture/HTML/ch03s09.html if lost.
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