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48<title>nn::hid::CTR::GyroscopeStatus</title>
49  </head>
50  <body>
51<h1><CODE><a href="../../../../nn/Overview.html">nn</a>::<a href="../../../../nn/hid/Overview.html">hid</a>::<a href="../../../../nn/hid/CTR/Overview.html">CTR</a>::GyroscopeStatus</CODE> Structure</h1>
52<h2>Syntax</h2>
53    <div class="section">
54<pre class="definition">struct GyroscopeStatus
55{
56   <a href="../../../../nn/math/VEC3/Overview.html">nn::math::VEC3</a> speed;
57   <a href="../../../../nn/math/VEC3/Overview.html">nn::math::VEC3</a> angle;
58   <a href="../../../../nn/hid/CTR/Direction/Overview.html">Direction</a> direction;
59};
60</pre>
61    </div>
62<h2>Description</h2>
63    <div class="section">
64<p>This structure maintains the data acquired from the gyro sensor.</p><p>The <CODE><a href="../../../../nn/hid/CTR/GyroscopeStatus/Overview.html">GyroscopeStatus</a></CODE> structure has three members: <CODE>speed</CODE>, <CODE>angle</CODE>, and <CODE>direction</CODE>. The <CODE>speed</CODE> and <CODE>angle</CODE> members are defined as <CODE><a href="../../../../nn/math/VEC3/Overview.html">nn::math::VEC3</a></CODE> types. In the <CODE>VEC3</CODE> values, the x-, y-, and z-components correspond to the pitch, yaw, and roll axes respectively.<BR><BR>The <CODE>speed</CODE> member holds the angular speed around each axis. A value of <CODE>1.0</CODE> is taken as equal to 360 dps (degrees per second). The <CODE>angle</CODE> member holds the angle around each axis. A value of <CODE>1.0</CODE> is taken as equal to 360 degrees. The <CODE>direction</CODE> member holds the 3D attitude expressed as a 3x3 matrix.</p><!-- write here --></div>
65    <a name="variable" id="variable">
66<h2>Member Variables</h2>
67      <div class="section">
68        <table class="members">
69          <tr>
70            <td width="100"> </td>
71            <th>
72<span class="argument">speed</span>
73            </th>
74<td width="100"><a href="../../../../nn/math/VEC3/Overview.html"><CODE>nn::math::VEC3</CODE></a></td>
75<td>The angular speed around each axis. A value of <CODE>1.0</CODE> is taken as equal to 360 dps.</td>
76          </tr>
77          <tr>
78            <td width="100"> </td>
79            <th>
80<span class="argument">angle</span>
81            </th>
82<td width="100"><a href="../../../../nn/math/VEC3/Overview.html"><CODE>nn::math::VEC3</CODE></a></td>
83<td>The angle of rotation around each axis, calculated by integrating the angular speed around that axis. A value of <CODE>1.0</CODE> is taken as equal to 360 degrees.</td>
84          </tr>
85          <tr>
86            <td width="100"> </td>
87            <th>
88<span class="argument">direction</span>
89            </th>
90<td width="100"><a href="../../../../nn/hid/CTR/Direction/Overview.html"><CODE>Direction</CODE></a></td>
91<td>The 3D attitude of the gyro sensor.</td>
92          </tr> </table>
93      </div>
94    </a>
95<h2>Revision History</h2>
96    <div class="section">
97      <dl class="history">
98        <dt>2010/10/20</dt>
99<dd>Initial version.<br />
100        </dd>
101      </dl>
102    </div>
103  <hr><p>CONFIDENTIAL</p></body>
104</html>
105