rtn

vxworks相关论文

cacheI960CxLibInit {initialize the I960Cx cache library (i960)} {<b><i>cacheI960CxLibInit</i>\(&nbsp;\)</b>} {<b><i><a href="./cacheI960CxLib.html#cacheI960CxLibInit">cacheI960CxLibInit</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
acos {compute an arc cosine (ANSI)} {<b><i>acos</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#acos">acos</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
asin {compute an arc sine (ANSI)} {<b><i>asin</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#asin">asin</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
atan {compute an arc tangent (ANSI)} {<b><i>atan</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#atan">atan</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
atan2 {compute the arc tangent of y/x (ANSI)} {<b><i>atan2</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#atan2">atan2</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
cbrt {compute a cube root} {<b><i>cbrt</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#cbrt">cbrt</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
ceil {compute the smallest integer greater than or equal to a specified value (ANSI)} {<b><i>ceil</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#ceil">ceil</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
cos {compute a cosine (ANSI)} {<b><i>cos</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#cos">cos</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
cosh {compute a hyperbolic cosine (ANSI)} {<b><i>cosh</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#cosh">cosh</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
exp {compute an exponential value (ANSI)} {<b><i>exp</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#exp">exp</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
fabs {compute an absolute value (ANSI)} {<b><i>fabs</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#fabs">fabs</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
floor {compute the largest integer less than or equal to a specified value (ANSI)} {<b><i>floor</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#floor">floor</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
fmod {compute the remainder of x/y (ANSI)} {<b><i>fmod</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#fmod">fmod</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
infinity {return a very large double} {<b><i>infinity</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#infinity">infinity</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
irint {convert a double-precision value to an integer} {<b><i>irint</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#irint">irint</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
iround {round a number to the nearest integer} {<b><i>iround</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#iround">iround</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
log {compute a natural logarithm (ANSI)} {<b><i>log</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#log">log</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
log10 {compute a base-10 logarithm (ANSI)} {<b><i>log10</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#log10">log10</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
log2 {compute a base-2 logarithm} {<b><i>log2</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#log2">log2</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
pow {compute the value of a number raised to a specified power (ANSI)} {<b><i>pow</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#pow">pow</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
round {round a number to the nearest integer} {<b><i>round</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#round">round</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
sin {compute a sine (ANSI)} {<b><i>sin</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#sin">sin</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
sincos {compute both a sine and cosine} {<b><i>sincos</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#sincos">sincos</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
sinh {compute a hyperbolic sine (ANSI)} {<b><i>sinh</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#sinh">sinh</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
sqrt {compute a non-negative square root (ANSI)} {<b><i>sqrt</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#sqrt">sqrt</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
tan {compute a tangent (ANSI)} {<b><i>tan</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#tan">tan</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
tanh {compute a hyperbolic tangent (ANSI)} {<b><i>tanh</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#tanh">tanh</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
trunc {truncate to integer} {<b><i>trunc</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#trunc">trunc</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
acosf {compute an arc cosine (ANSI)} {<b><i>acosf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#acosf">acosf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
asinf {compute an arc sine (ANSI)} {<b><i>asinf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#asinf">asinf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
atanf {compute an arc tangent (ANSI)} {<b><i>atanf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#atanf">atanf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
atan2f {compute the arc tangent of y/x (ANSI)} {<b><i>atan2f</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#atan2f">atan2f</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
cbrtf {compute a cube root} {<b><i>cbrtf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#cbrtf">cbrtf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
ceilf {compute the smallest integer greater than or equal to a specified value (ANSI)} {<b><i>ceilf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#ceilf">ceilf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
cosf {compute a cosine (ANSI)} {<b><i>cosf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#cosf">cosf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
coshf {compute a hyperbolic cosine (ANSI)} {<b><i>coshf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#coshf">coshf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
expf {compute an exponential value (ANSI)} {<b><i>expf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#expf">expf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
fabsf {compute an absolute value (ANSI)} {<b><i>fabsf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#fabsf">fabsf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
floorf {compute the largest integer less than or equal to a specified value (ANSI)} {<b><i>floorf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#floorf">floorf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
fmodf {compute the remainder of x/y (ANSI)} {<b><i>fmodf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#fmodf">fmodf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
infinityf {return a very large float} {<b><i>infinityf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#infinityf">infinityf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
irintf {convert a single-precision value to an integer} {<b><i>irintf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#irintf">irintf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
iroundf {round a number to the nearest integer} {<b><i>iroundf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#iroundf">iroundf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
logf {compute a natural logarithm (ANSI)} {<b><i>logf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#logf">logf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
log10f {compute a base-10 logarithm (ANSI)} {<b><i>log10f</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#log10f">log10f</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
log2f {compute a base-2 logarithm} {<b><i>log2f</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#log2f">log2f</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
powf {compute the value of a number raised to a specified power (ANSI)} {<b><i>powf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#powf">powf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
roundf {round a number to the nearest integer} {<b><i>roundf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#roundf">roundf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
sinf {compute a sine (ANSI)} {<b><i>sinf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#sinf">sinf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
sincosf {compute both a sine and cosine} {<b><i>sincosf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#sincosf">sincosf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
sinhf {compute a hyperbolic sine (ANSI)} {<b><i>sinhf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#sinhf">sinhf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
sqrtf {compute a non-negative square root (ANSI)} {<b><i>sqrtf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#sqrtf">sqrtf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
tanf {compute a tangent (ANSI)} {<b><i>tanf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#tanf">tanf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
tanhf {compute a hyperbolic tangent (ANSI)} {<b><i>tanhf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#tanhf">tanhf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
truncf {truncate to integer} {<b><i>truncf</i>\(&nbsp;\)</b>} {<b><i><a href="./mathALib.html#truncf">truncf</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
mathHardInit {initialize hardware floating-point math support} {<b><i>mathHardInit</i>\(&nbsp;\)</b>} {<b><i><a href="./mathHardLib.html#mathHardInit">mathHardInit</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
mathSoftInit {initialize software floating-point math support} {<b><i>mathSoftInit</i>\(&nbsp;\)</b>} {<b><i><a href="./mathSoftLib.html#mathSoftInit">mathSoftInit</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
cacheR33kLibInit {initialize the R33000 cache library} {<b><i>cacheR33kLibInit</i>\(&nbsp;\)</b>} {<b><i><a href="./cacheR33kLib.html#cacheR33kLibInit">cacheR33kLibInit</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
cacheR333x0LibInit {initialize the R333x0 cache library} {<b><i>cacheR333x0LibInit</i>\(&nbsp;\)</b>} {<b><i><a href="./cacheR333x0Lib.html#cacheR333x0LibInit">cacheR333x0LibInit</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}
cacheR3kDsize {return the size of the R3000 data cache} {<b><i>cacheR3kDsize</i>\(&nbsp;\)</b>} {<b><i><a href="./cacheR3kALib.html#cacheR3kDsize">cacheR3kDsize</a></i>(\&nbsp;)</b>} {VxWorks Reference Manual} Libraries {} {}