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Proposal:

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1) Move the statement of the allowed values of 0^0 from the definition of the ^ operator in 5.4.6 to the semantics statement in the definition of POWER() in 5.16.46.

2) We should add the following semantic constraints to POWER():

a) POWER(0,0) is implementation-defined, but shall be one of 0,1, or an Error
b) POWER(0,b), where b < 0, shall return an error.
c) POWER(a,b), where a<=0 and INT(b)!=b, is implementation defined.

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1) Move the statement of the allowed values of 0^0 from the definition of the ^ operator in 5.4.6 to the semantics statement in the definition of POWER() in 5.16.46. 2) We should add the following semantic constraints to POWER(): a) POWER(0,0) is implementation-defined, but shall be one of 0,1, or an Error b) POWER(0,b), where b < 0, shall return an error. c) POWER(a,b), where a<=0 and INT(b)!=b, is implementation defined.
Resolution:

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Removed 0^0 statement from operator ^.

Added to Semantics of POWER:

POWER(0,0) is implementation-defined, but shall be one of 0,1, or an Error.
POWER(0,b), where b < 0, shall return an error.
POWER(a,b), where a<=0 and INT(b)!=b, is implementation-defined.

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Removed 0^0 statement from operator ^. Added to Semantics of POWER: POWER(0,0) is implementation-defined, but shall be one of 0,1, or an Error. POWER(0,b), where b < 0, shall return an error. POWER(a,b), where a<=0 and INT(b)!=b, is implementation-defined.

Copied from office-comment list

Original author: Regina Henschel <rb.henschel@t-online.de>
Original date: 15 Apr 2009 10:17:12 -0000
Original URL: http://lists.oasis-open.org/archives/office-comment/200904/msg00023.html