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7<TITLE>MATH_GetLeastSignificantBit</TITLE>
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11<H1 align="left">MATH_GetLeastSignificantBit <img src="../../image/NTR.gif"align="middle"><img src="../../image/TWL.gif" align="middle"></H1>
12<H2>Syntax</H2>
13<DL>
14  <DD>
15  <PRE><CODE>#include &lt;nitro/math.h&gt;</CODE></PRE>
16  <PRE><CODE>u32 MATH_GetLeastSignificantBit( u32 x );
17u32 MATH_LSB( u32 x );
18
19  </CODE></PRE>
20</DL>
21<H2>Arguments</H2>
22<TABLE border="1">
23  <TBODY>
24    <TR>
25      <TD><B><I>x</I></B></TD>
26      <TD>The value to scan</TD>
27    </TR>
28  </TBODY>
29</TABLE>
30<H2>Return Values</H2>
31<P>Returns the lowest-order bit set to 1.</P>
32<H2>Description</H2>
33<P>This function looks for the lowest bit that is set to 1 when x is expressed as a binary 32-bit value. 10(01010b) is 2(010b), and 0 is 0.</P>
34<P><CODE>MATH_LSB</CODE> is another name for the <CODE>MATH_GetLeastSignificantBit</CODE> function.</P>
35<P>The highest-order bit set to 1 can be found with the <CODE><a href="MATH_GetMostSignificantBit.html">MATH_GetMostSignificantBit</a></CODE> function.</P>
36<H2>See Also</H2>
37<P><CODE><A href="../bit/MATH_GetMostSignificantBit.html">MATH_GetMostSignificantBit</A>, <A href="../int/MATH_ILog2.html">MATH_ILog2</A><BR></CODE></P>
38<H2>Revision History</H2>
39<P>
402005/12/22 Initial version.
41</P>
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