ansimath.rtn

Vxworks API操作系统和驱动程序设计API。压缩的HTML文件

asin {compute an arc sine (ANSI)} {<b>asin\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#asin">asin</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
acos {compute an arc cosine (ANSI)} {<b>acos\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#acos">acos</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
atan {compute an arc tangent (ANSI)} {<b>atan\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#atan">atan</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
atan2 {compute the arc tangent of y/x (ANSI)} {<b>atan2\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#atan2">atan2</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
ceil {compute the smallest integer greater than or equal to a specified value (ANSI)} {<b>ceil\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#ceil">ceil</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
cosh {compute a hyperbolic cosine (ANSI)} {<b>cosh\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#cosh">cosh</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
exp {compute an exponential value (ANSI)} {<b>exp\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#exp">exp</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
fabs {compute an absolute value (ANSI)} {<b>fabs\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#fabs">fabs</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
floor {compute the largest integer less than or equal to a specified value (ANSI)} {<b>floor\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#floor">floor</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
fmod {compute the remainder of x/y (ANSI)} {<b>fmod\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#fmod">fmod</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
frexp {break a floating-point number into a normalized fraction and power of 2 (ANSI)} {<b>frexp\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#frexp">frexp</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
ldexp {multiply a number by an integral power of 2 (ANSI)} {<b>ldexp\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#ldexp">ldexp</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
log {compute a natural logarithm (ANSI)} {<b>log\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#log">log</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
log10 {compute a base-10 logarithm (ANSI)} {<b>log10\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#log10">log10</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
modf {separate a floating-point number into integer and fraction parts (ANSI)} {<b>modf\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#modf">modf</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
pow {compute the value of a number raised to a specified power (ANSI)} {<b>pow\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#pow">pow</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
sin {compute a sine (ANSI)} {<b>sin\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#sin">sin</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
cos {compute a cosine (ANSI)} {<b>cos\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#cos">cos</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
sinh {compute a hyperbolic sine (ANSI)} {<b>sinh\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#sinh">sinh</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
sqrt {compute a non-negative square root (ANSI)} {<b>sqrt\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#sqrt">sqrt</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
tan {compute a tangent (ANSI)} {<b>tan\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#tan">tan</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}
tanh {compute a hyperbolic tangent (ANSI)} {<b>tanh\(&nbsp;\)</b>} {<b><a href="./ansiMath.html#tanh">tanh</a>(\&nbsp;)</b>} {VxWorks API Reference} {OS Libraries} {} {}