- 1751
- Computational error; the real short floating-point argument
for ASIN(X) or ACOS(X) was not a valid IEEE number.
- 1752
- Computational error; the real long floating-point argument
for ASIN(X) or ACOS(X) was not a valid IEEE number.
- 1753
- Computational error; the real extended floating-point argument
for ASIN(X) or ACOS(X) was not a valid IEEE number.
- 1754
- Computational error; during exponentiation for a complex short
floating-point base with a complex short floating-point exponent,
an argument exceeded the limit.
- 1755
- Computational error; during exponentiation for a complex long
floating-point base with a complex long floating-point exponent,
an argument exceeded the limit.
- 1756
- Computational error; during exponentiation for a complex extended
floating-point base with a complex extended floating-point exponent,
an argument exceeded the limit.
- 1757
- Computational error; during exponentiation for a complex short
floating-point base with a complex short floating-point exponent,
plus or minus infinity was specified as an argument.
- 1758
- Computational error; during exponentiation for a complex long
floating-point base with a complex long floating-point exponent,
plus or minus infinity was specified as an argument.
- 1759
- Computational error; during exponentiation for a complex extended
floating-point base with a complex extended floating-point exponent,
plus or minus infinity was specified as an argument.
- 1760
- Computational error; during exponentiation for a complex short
floating-point base with a complex short floating-point exponent,
the real part of the first complex argument is not a valid IEEE
number.
- 1761
- Computational error; during exponentiation for a complex long
floating-point base with a complex long floating-point exponent,
the real part of the first complex argument is not a valid IEEE
number.
- 1762
- Computational error; during exponentiation for a complex extended
floating-point base with a complex extended floating-point exponent,
the real part of the first complex argument is not a valid IEEE
number.
- 1763
- Computational error; during exponentiation for a complex short
floating-point base with a complex short floating-point exponent,
the real part of the second complex argument is not a valid IEEE
number.
- 1764
- Computational error; during exponentiation for a complex long
floating-point base with a complex long floating-point exponent,
the real part of the second complex argument is not a valid IEEE
number.
- 1765
- Computational error; during exponentiation for a complex extended
floating-point base with a complex extended floating-point exponent,
the real part of the second complex argument is not a valid IEEE
number.
- 1766
- Computational error; during exponentiation for a complex short
floating-point base with a complex short floating-point exponent,
the imaginary part of the first complex argument is not a valid
IEEE number.
- 1767
- Computational error; during exponentiation for a complex long
floating-point base with a complex long floating-point exponent,
the imaginary part of the first complex argument is not a valid
IEEE number.
- 1768
- Computational error; during exponentiation for a complex extended
floating-point base with a complex extended floating-point exponent,
the imaginary part of the first complex argument is not a valid
IEEE number.
- 1769
- Computational error; during exponentiation for a complex short
floating-point base with a complex short floating-point exponent,
the imaginary part of the second complex argument is not a valid
IEEE number.
- 1770
- Computational error; during exponentiation for a complex long
floating-point base with a complex long floating-point exponent,
the imaginary part of the second complex argument is not a valid
IEEE number.
- 1771
- Computational error; during exponentiation for a complex extended
floating-point base with a complex extended floating-point exponent,
the imaginary part of the second complex argument is not a valid
IEEE number.
- 1772
- Computational error; during exponentiation for a complex short
floating-point base with a complex short floating-point exponent,
both parts of the first complex argument are not valid IEEE numbers.
- 1773
- Computational error; during exponentiation for a complex long
floating-point base with a complex long floating-point exponent,
both parts of the first complex argument are not valid IEEE numbers.
- 1774
- Computational error; during exponentiation for a complex extended
floating-point base with a complex extended floating-point exponent,
both parts of the first complex argument are not valid IEEE numbers.
- 1775
- Computational error; during exponentiation for a complex short
floating-point base with a complex short floating-point exponent,
both parts of the second complex argument are not valid IEEE numbers.
- 1776
- Computational error; during exponentiation for a complex long
floating-point base with a complex long floating-point exponent,
both parts of the second complex argument are not valid IEEE numbers.
- 1777
- Computational error; during exponentiation for a complex extended
floating-point base with a complex extended floating-point exponent,
both parts of the second complex argument are not valid IEEE numbers.
- 1778
- Computational error; during exponentiation for a complex short
floating-point base with a complex short floating-point exponent,
real parts of both complex arguments are not valid IEEE numbers.
- 1779
- Computational error; during exponentiation for a complex long
floating-point base with a complex long floating-point exponent,
real parts of both complex arguments are not valid IEEE numbers.
- 1780
- Computational error; during exponentiation for a complex extended
floating-point base with a complex extended floating-point exponent,
real parts of both complex arguments are not valid IEEE numbers.
- 1781
- Computational error; during exponentiation for a complex short
floating-point base with a complex short floating-point exponent,
imaginary parts of both complex arguments are not valid IEEE numbers.
- 1800
- Computational error in SIN, COS, SIND, or COSD built-in function;
for complex extended floating-point argument both parts of the argument
are not valid IEEE numbers.
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