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

Condition codes 1951 through 2000

1951
Computational error in SQRT; real part of complex short floating-point argument was not a valid IEEE number.
1952
Computational error in SQRT; real part of complex long floating-point argument was not a valid IEEE number.
1953
Computational error in SQRT; real part of complex extended floating-point argument was not a valid IEEE number.
1954
Computational error in SQRT; imaginary part of complex short floating-point argument was not a valid IEEE number.
1955
Computational error in SQRT; imaginary part of complex long floating-point argument was not a valid IEEE number.
1956
Computational error in SQRT; imaginary part of complex extended floating-point argument was not a valid IEEE number.
1957
Computational error in SQRT; both parts of complex short floating-point argument were not valid IEEE numbers.
1958
Computational error in SQRT; both parts of complex long floating-point argument were not valid IEEE numbers.
1959
Computational error in SQRT; both parts of complex extended floating-point argument were not valid IEEE numbers.
1960
Computational error in SQRT; real short floating-point argument is equal to minus zero.
1961
Computational error in SQRT; real long floating-point argument is equal to minus zero.
1962
Computational error in SQRT; real extended floating-point argument is equal to minus zero.
1963
Computational error in SQRT; real short floating-point argument was not a valid IEEE number.
1964
Computational error in SQRT; real long floating-point argument was not a valid IEEE number.
1965
Computational error in SQRT; real extended floating-point argument was not a valid IEEE number.
1966
Computational error; complex short floating-point argument of ATANH included plus or minus infinity.
1967
Computational error; complex long floating-point argument of ATANH included plus or minus infinity.
1968
Computational error; complex extended floating-point argument of ATANH included plus or minus infinity.
1969
Computational error; real part of complex short floating-point argument of ATANH was not a valid IEEE number.
1970
Computational error; real part of complex long floating-point argument of ATANH was not a valid IEEE number.
1971
Computational error; real part of complex extended floating-point argument of ATANH was not a valid IEEE number.
1972
Computational error; imaginary part of complex short floating-point argument of ATANH was not a valid IEEE number.
1973
Computational error; imaginary part of complex long floating-point argument of ATANH was not a valid IEEE number.
1974
Computational error; imaginary part of complex extended floating-point argument of ATANH was not a valid IEEE number.
1975
Computational error; both parts of complex short floating-point argument of ATANH were not valid IEEE numbers.
1976
Computational error; both parts of complex long floating-point argument of ATANH were not valid IEEE numbers.
1977
Computational error; both parts of complex extended floating-point argument of ATANH were not valid IEEE numbers.
1978
Computational error; floating-point argument of ATANH was not a valid IEEE number.
1979
Computational error; long floating-point argument of ATANH was not a valid IEEE number.
1980
Computational error; extended floating-point argument of ATANH was not a valid IEEE number.
1981
Computational error in TANH; for complex short floating-point argument the real part of the argument was not equal to plus or minus infinity, and the imaginary part of the argument was not zero.

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