bessel(S)
|
j0
|
j1
|
jn
|
Bessel functions
|
|
y0
|
y1
|
yn
|
Bessel functions
|
erf(S)
|
erfc
|
erfcf
|
erfcl
|
return complementary error function of x
|
|
erf
|
erff
|
erfl
|
return error function of x
|
exp(S)
|
cbrt
|
cbrtf
|
cbrtl
|
cube root function
|
|
exp
|
expf
|
expl
|
exponential, mod, power, square root functions
|
|
exp2
|
exp2f
|
exp2l
|
exponential function
|
|
expm1
|
expm1f
|
expm1l
|
exponential function
|
|
frexp
|
frexpf
|
frexpl
|
exponential function
|
|
ldexp
|
ldexpf
|
ldexpl
|
exponential function
|
|
modf
|
modff
|
modfl
|
modulus function
|
|
pow
|
powf
|
powl
|
power function
|
|
pown
|
pownf
|
pownl
|
power function
|
|
scalbln
|
scalblnf
|
scalblnl
|
scalbln function
|
|
scalbn
|
scalbnf
|
scalbnl
|
scalbn function
|
|
sqrt
|
sqrtf
|
sqrtl
|
square root function
|
fdim(S)
|
fdim
|
fdimf
|
fdiml
|
return positive difference between two arguments
|
floor(S)
|
ceil
|
ceilf
|
ceill
|
return smallest integer not smaller than x
|
|
copysign
|
copysignf
|
copysignl
|
return x with the sign of y
|
|
fabs
|
fabsf
|
fabsl
|
return the absolute value of x, |x|
|
|
floor
|
floorf
|
floorl
|
return largest integer not greater than x
|
|
fmod
|
fmodf
|
fmodl
|
return the floating point remainder of the division of x by y
|
|
nan
|
nanf
|
nanl
|
return a quiet NaN, if available, with content indicated by tagp
|
|
nearbyint
|
nearbyintf
|
nearbyintl
|
return nearest integer value to floating point argument x
|
|
nextafter
|
nextafterf
|
nextafterl
|
return the next representable value in the specified format after x in the direction of y
|
|
nexttoward
|
nexttowardf
|
nexttowardl
|
return the next representable value in the specified format after x in the direction of y
|
fma(S)
|
fma
|
fmaf
|
fmal
|
return rounded result of (x x y) + z
|
fmax(S)
|
fmax
|
fmaxf
|
fmaxl
|
return maximum numeric value of two arguments
|
|
fmin
|
fminf
|
fminl
|
return minimum numeric value of two arguments
|
fpclassify(S)
|
isfinite
|
|
|
determines whether x has a finite value
|
|
isgreater
|
|
|
determines whether x is greater than y
|
|
isgreaterequal
|
|
|
determines whether x is greater than or equal to y
|
|
isinf
|
|
|
determines whether x is positive or negative infinity
|
|
isles
|
|
|
determines whether x is less than y
|
|
islessequal
|
|
|
determines whether x is less than or equal to y
|
|
islessgreater
|
|
|
determines whether x is less than or greater than y
|
|
isnan
|
|
|
determines whether x is a NaN
|
|
isnormal
|
|
|
determines whether x is not zero, subnormal, infinite, or a NaN
|
|
isunordered
|
|
|
determines whether x and y are unordered
|
|
signbit
|
|
|
determines whether the sign of x is negative
|
gamma(S)
|
gamma
|
gammaf
|
gammal
|
log gamma function
|
|
lgamma
|
lgammaf
|
lgammal
|
log gamma function
|
|
signgam
|
|
|
storage for sign for gamma and lgamma
|
|
tgamma
|
tgammaf
|
tgammal
|
gamma function
|
hypot(S)
|
hypot
|
hypotf
|
hypotl
|
return result of sqrt((x x x) + (y x y))
|
log(S)
|
ilogb
|
ilogbf
|
ilogbl
|
logarithm function
|
|
log
|
logf
|
logl
|
logarithm function
|
|
log10
|
log10f
|
log10l
|
logarithm function
|
|
log1p
|
log1pf
|
log1pl
|
logarithm function
|
|
log2
|
log2f
|
log2l
|
logarithm function
|
|
logb
|
logbf
|
logbl
|
logarithm function
|
matherr(S)
|
matherr
|
matherrl
|
|
error-handling function
|
remainder(S)
|
remainder
|
remainderf
|
remainderl
|
return floating point remainder of division of x by y
|
|
remquo
|
remquof
|
remquol
|
return floating point remainder of division of x by y
|
rint(S)
|
llrint
|
llrintf
|
llrintl
|
return nearest integer value to floating point argument x
|
|
llround
|
llroundf
|
llroundl
|
return the rounded integer value of x
|
|
lrint
|
lrintf
|
lrintl
|
return nearest integer value to floating point argument x
|
|
lround
|
lroundf
|
lroundl
|
return the rounded integer value of x
|
|
rint
|
rintf
|
rintl
|
return nearest integer value to floating point argument x
|
|
round
|
roundf
|
roundl
|
return the rounded integer value of x
|
|
trunc
|
truncf
|
truncl
|
return the truncated integer value of x
|
sinh(S)
|
acosh
|
acoshf
|
acoshl
|
return inverse hyperbolic cosine of argument
|
|
asinh
|
asinhf
|
asinhl
|
return inverse hyperbolic sine of argument
|
|
atanh
|
atanhf
|
atanhl
|
return inverse hyperbolic tangent of argument
|
|
cosh
|
coshf
|
coshl
|
return hyperbolic cosine of argument
|
|
sinh
|
sinhf
|
sinhl
|
return hyperbolic sine of argument
|
|
tanh
|
tanhf
|
tanhl
|
return hyperbolic tangent of argument
|
trig(S)
|
acos
|
acosf
|
acosl
|
return the arccosine of an argument in radians
|
|
asin
|
asinf
|
asinl
|
return the arcsine of an argument in radians
|
|
atan
|
atanf
|
atanl
|
return the arctangent of an argument in radians
|
|
atan2
|
atan2f
|
atan2l
|
return the arctangent of y/x in radians
|
|
cos
|
cosf
|
cosl
|
return the cosine of an argument in radians
|
|
sin
|
sinf
|
sinl
|
return the sine of an argument in radians
|
|
tan
|
tanf
|
tanl
|
return the tangent of an argument in radians
|