Rational Developer for System z
Enterprise PL/I for z/OS, Version 3.8, Messages and Codes Manual

Condition codes 1651 through 1700

1651
Computational error; during exponentiation, real extended floating-point base is plus or minus infinity, and real extended floating-point exponent is zero.
1652
Computational error; during exponentiation for a real short floating-point base with a real short floating-point exponent, the first argument was not a valid IEEE number.
1653
Computational error; during exponentiation for a real long floating-point base with a real long floating-point exponent, the first argument was not a valid IEEE number.
1654
Computational error; during exponentiation for a real extended floating-point base with a real extended floating-point exponent, the first argument was not a valid IEEE number.
1655
Computational error; during exponentiation for a real short floating-point base with a real short floating-point exponent, the second argument was not a valid IEEE number.
1656
Computational error; during exponentiation for a real long floating-point base with a real long floating-point exponent, the second argument was not a valid IEEE number.
1657
Computational error; during exponentiation for a real extended floating-point base with a real extended floating-point exponent, the second argument was not a valid IEEE number.
1658
Computational error; during exponentiation for a real short floating-point base with a real short floating-point exponent, both arguments were not valid IEEE numbers.
1659
Computational error; during exponentiation for a real long floating-point base with a real long floating-point exponent both arguments were not valid IEEE numbers.
1660
Computational error; during exponentiation for a real extended floating-point base with a real extended floating-point exponent, both arguments were not valid IEEE numbers.
1661
Computational error; during exponentiation for complex short floating-point base with integer value exponent, an argument plus or minus infinity is specified.
1662
Computational error; during exponentiation for complex long floating-point base with integer value exponent, an argument plus or minus infinity is specified.
1663
Computational error; during exponentiation for complex extended floating-point base with integer value exponent, an argument plus or minus infinity is specified.
1664
Computational error; during exponentiation for complex short floating-point base with integer value exponent, the real part of the complex argument is not a valid IEEE number.
1665
Computational error; during exponentiation for complex long floating-point base with integer value exponent, the real part of the complex argument is not a valid IEEE number.
1666
Computational error; during exponentiation for complex extended floating-point base with integer value exponent, the real part of the complex argument is not a valid IEEE number.
1667
Computational error; during exponentiation for complex short floating-point base with integer value exponent, the imaginary part of the complex argument is not a valid IEEE number.
1668
Computational error; during exponentiation for complex long floating-point base with integer value exponent, the imaginary part of the complex argument is not a valid IEEE number.
1669
Computational error; during exponentiation for complex extended floating-point base with integer value exponent, the imaginary part of the complex argument is not a valid IEEE number.
1670
Computational error; during exponentiation for complex short floating-point base with integer value exponent, both parts of the complex argument are not valid IEEE numbers.
1671
Computational error; during exponentiation for complex long floating-point base with integer value exponent, both parts of the complex argument are not valid IEEE numbers.
1672
Computational error; during exponentiation for complex extended floating-point base with integer value exponent, both parts of the complex argument are not valid IEEE numbers.
1673
Computational error; during exponentiation, integer base is zero and integer exponent is not positive.
1674
Computational error; during exponentiation, integer base is not plus or minus 1 and integer exponent is not positive.
1675
Computational error; during exponentiation, real short floating-point base was plus or minus infinity and integer exponent is equal to plus or minus zero.
1676
Computational error; during exponentiation, real long floating-point base was plus or minus infinity and integer exponent is equal to plus or minus zero.
1677
Computational error; during exponentiation, real extended floating-point base was plus or minus infinity and integer exponent is equal to plus or minus zero.
1678
Computational error; during exponentiation for a real short floating-point base with an integer exponent, the first argument was not a valid IEEE number.
1679
Computational error; during exponentiation for a real long floating-point base with an integer exponent, the first argument was not a valid IEEE number.
1680
Computational error; during exponentiation for a real extended floating-point base with an integer exponent, the first argument was not a valid IEEE number.
1681
Computational error in the EXP built-in function; for complex short floating-point arguments, the real argument was not plus or minus infinity, and the imaginary argument was not zero.
1700
Computational error; during exponentiation for a complex long floating-point base with a complex long floating-point exponent, imaginary parts of both complex arguments are not valid IEEE numbers.

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