Index |
C example, 1
accessible documentation, 1
accuracy, 1
floating-point operations, 1
significant digits (number of), 1
threshold, 1
adb, 1
random number utilities, 1
trigonometric functions, 1
base 10 to base 2, 1
base 2 to base 10, 1
formatted I/O, 1
Bessel functions, 1
example, call FORTRAN subroutines from C, 1
clock speed, 1
compilers, accessing, 1
conversion between number sets, 1
conversions between decimal strings and binary floating-point numbers, 1
binary floating-point, 1
data conversion, 1
relation to IEEE formats, 1
dbx, 1
maximum positive normal number, 1
minimum positive normal number, 1
precision, 1
ranges, 1
documentation index, 1
documentation, accessing, 1 - ??
double-precision representation
C example, 1
FORTRAN example, 1
define values for errno, 1
examine the accrued exception bits
C example, 1
examine the accrued exception flags
C example, 1
-fast, 1
exceptions list, 1
rounding direction, 1
rounding precision, 1
tutorial, 1
decimal strings and binary floating-point numbers, 1
floating-point exceptions, 1
abort on exceptions, 1
accrued exception bits, 1
common exceptions, 1
default result, 1
definition, 1
flags, 1
accrued, 1
current, 1
ieee_functions, 1
ieee_retrospective, 1
list of exceptions, 1
priority, 1
trap precedence, 1
floating-point options, 1
floating-point queue (FQ), 1
floating-point status register (FSR), 1, 2
C and C++, 1
flush to zero (see Store 0), 1
fmod, 1
-fnonstd, 1
FORTRAN example, 1
Goldberg paper, 1
abstract, 1
acknowledgments, 1
details, 1
IEEE standard, 1
IEEE standards, 1
introduction, 1
references, 1
rounding error, 1
summary, 1
systems aspects, 1
error properties, 1
compatibility with IEEE standard, 1
compatibility with IEEE standard, 1
x86 architecture, 1
x86 architecture, 1
x86 architecture, 1
SPARC architecture, 1
x86 architecture, 1
x86 architecture, 1
SPARC architecture, 1
x86 architecture, 1
SPARC architecture, 1
x86 architecture, 1
explicit leading bit (x86 architecture), 1
SPARC architecture, 1
x86 architecture, 1
biased exponent, 1
bit patterns and equivalent values, 1
bit-field assignment, 1
denormalized number, 1
fraction, 1
storage on SPARC, 1
storage on x86, 1
implicit bit, 1
Inf, infinity, 1
NaN, not a number, 1
normal number, 1
precision, 1
sign bit, 1
significand, 1
subnormal number, 1
relation to language data types, 1
biased exponent, 1
biased exponent,implicit bit, 1
bit assignments, 1
bit patterns and equivalent values, 1
bit-field assignment, 1
denormalized number, 1
fraction, 1
Inf,positive infinity, 1
mixed number, significand, 1
NaN, not a number, 1
maximum positive, 1
normal number bit pattern, 1
precision, normal number, 1
sign bit, 1
subnormal number bit pattern, 1
double extended format, 1
double format, 1
single format, 1
accrued exception flag, 1
examine accrued exception bits-C example, 1
rounding direction, 1
set exception flags-C example, 1
truncate rounding, 1
bit mask operations, 1
floating-point exceptions, 1
FORTRAN example, 1
C example, 1
ieee_handler, 1
example, calling sequence, 1
trap on common exceptions, 1
check underflow exception flag, 1
floating-point exceptions, 1
floating-point status register (FSR), 1
getting information about nonstandard IEEE modes, 1
getting information about outstanding exceptions, 1
nonstandard_arithmetic in effect, 1
precision, 1
rounding, 1
suppress exception messages, 1
IEEE classification functions, 1
quadruple-precision values, 1
representing floating-point values, 1
representing Inf, 1
representing NaN, 1
representing normal number, 1
single-precision values, 1
C example, 1
default result of divide by zero, 1
random number utilities, 1
default directories-executables, 1
default directories-header files, 1
list of functions, 1
standard installation, 1
SVID compliance, 1
double precision, 1
quadruple precision, 1
single precision, 1
libmil (see also in-line templates), 1
default directories-executables, 1
default directories-header files, 1
list of functions, 1
standard installation, 1
man pages, accessing, 1
MANPATH environment variable, setting, 1
gradual underflow, 1
turn off IEEE gradual underflow, 1
underflow, 1
maximum positive, 1
binary representation, 1
decimal representation, 1
powers of 2, 1
libm.a, 1
libm.so, 1
PATH environment variable, setting, 1
infinitely precise value, 1
default result of invalid operation, 1
random number generators, 1
shufrans, 1
represent double-precision value
C example, 1
FORTRAN example, 1
represent single-precision value
C example, 1
rounding direction, 1
C example, 1
rounding precision, 1
loss of, 1
C example, 1
shell prompts, 1
shuffle pseudo-random numbers, 1
single format, 1
single precision representation
C example, 1
turn on IEEE behavior, 1
Store 0, 1
subnormal number, 1
floating-point calculations, 1
-Xt compiler option, 1
improper operands, 1
overflow or underflow, 1
matherr, 1
PLOSS, 1
TLOSS, 1
System V Interface Definition (SVID), 1
abort on exception, 1
ieee_retrospective, 1
trap on floating-point exceptions
C example, 1
argument reduction, 1
tutorial, floating-point, 1
typographic conventions, 1
floating-point calculations, 1
gradual, 1
nonstandard_arithmetic, 1
threshold, 1
double extended precision, 1
double precision, 1
single precision, 1
unit in last place (ulp), 1
floating-point values, 1
NaN, 1
define error messages, 1
-Xa compiler option, 1
X_TLOSS, 1
-Xa, 1
-Xc, 1
-Xs, 1
-Xt, 1
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