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7<title>VEC3TransformCoordArray</title>
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10<h1><CODE><a href="../../nn/Overview.html">nn</a>::<a href="../../nn/math/Overview.html">math</a>::VEC3TransformCoordArray</CODE> Function</h1>
11<h2>Syntax</h2>
12    <div class="section">
13      <pre class="definition">
14NN_MATH_INLINE <a href="../../nn/math/VEC3/Overview.html">VEC3</a> * VEC3TransformCoordArray(
15     <a href="../../nn/math/VEC3/Overview.html">VEC3</a> * pOut,
16     const <a href="../../nn/math/MTX44/Overview.html">MTX44</a> * pM,
17     const <a href="../../nn/math/VEC3/Overview.html">VEC3</a> * pV,
18     <a href="../../nn_types/u32.html">u32</a> count
19);
20</pre>
21    </div>
22<h2>Parameters</h2>
23    <div class="section">
24      <table class="arguments">
25        <thead>
26          <tr>
27            <td width="15" />
28<th>Name</th>
29<td>Description</td>
30          </tr>
31        </thead>
32        <tr>
33<td>out</td>
34<th>pOut</th>
35<td>Pointer to the start of the array that receives the result of the calculation.</td>
36        </tr>
37        <tr>
38<td>in</td>
39<th>pM</th>
40<td>Pointer to the transformation matrix.</td>
41        </tr>
42        <tr>
43<td>in</td>
44<th>pV</th>
45<td>Pointer to the start of the original vector array.</td>
46        </tr>
47        <tr>
48<td>in</td>
49<th>count</th>
50<td>Number of elements in the vector array to transform.</td>
51        </tr> </table>
52    </div>
53<h2>Return Values</h2>
54<div class="section">Returns <SPAN class="argument">pOut</SPAN>. </div>
55<h2>Description</h2>
56    <div class="section">
57<p>Transforms a vector array using a matrix. The fourth element of each vector is taken as <CODE>1</CODE> during calculation. After calculation, the first, second, and third elements in each vector are divided by the fourth element to create three-dimensional vectors that are stored in <SPAN class="argument">pOut</SPAN>.</p>
58    </div>
59  <hr><p>CONFIDENTIAL</p></body>
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61