Lines Matching refs:negative

4 # "Mike had an infinite amount to do and a negative amount of time in which
564 # fraction and negative/zero E => NOI
1361 # return true when arg (BINT or num_str) is negative (< 0)
1364 $x->{sign} =~ /^-/ ? 1 : 0; # -inf is also negative, but NaN not
1590 # put least residue into $x if $x was negative, and thus make it positive
1606 # negative exponents.
1681 # so do test for negative $y after above's clause
1734 # this only works for negative numbers when shifting in base 2
1836 # don't use lib for negative values
1843 # if lib can do negative values, let it handle this
1875 # don't use lib for negative values
1882 # if lib can do negative values, let it handle this
1903 # return the nth decimal digit, negative values count backward, 0 is right
2849 Math::BigInt, passing a negative number precision has no effect since no
2888 There is one exception, and that is base 2 with negative $x:
2968 The methods return true if the argument is positive or negative, respectively.
2969 C<NaN> is neither positive nor negative, while C<+inf> counts as positive, and
2970 C<-inf> is negative. A C<zero> is positive.
3013 If C<$n> is negative, returns the digit counting from left.
3095 C<bmodpow> also supports negative exponents.
3256 A fixed number of digits before (positive) or after (negative)
3357 round to zero, i.e. positive numbers down, negative ones up.
3424 * If P is negative, this means round to the P'th place to the right of the
3630 '-inf' when dividing any negative number by 0.
4051 are when $y == 0 and $x is negative, then the remainder will also be
4052 negative. See below under "infinity handling" for the reasoning behing this.
4238 For negative numbers in base see also L<brsft|brsft>.