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ShrimpBot: Copy Toolchain/Magic Constants to MC1.18 archive
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<p>Copy <a href="/wiki/Toolchain/Magic_Constants" title="Toolchain/Magic Constants">Toolchain/Magic Constants</a> to MC1.18 archive</p>
<p><b>New page</b></p><div>The [[Toolchain:MCPCleanup/1.18|Toolchain:MCPCleanup]] utility has many functions, one among them is to convert known constants into code representation for easier visualisation.<br />
<br />
== Constants ==<br />
<br />
The known substitutions are:<br />
<br />
* <code>1.7976[0-9]*[Ee]+308[Dd]</code> -> <code>Double.MAX_VALUE</code><br />
* <code>3.1415[0-9]*[Dd]</code> -> <code>Math.PI</code><br />
* <code>3.1415[0-9]*[Ff]</code> -> <code>(float)Math.PI</code><br />
* <code>6.2831[0-9]*[Dd]</code> -> <code>(Math.PI * 2D)</code><br />
* <code>6.2831[0-9]*[Ff]</code> -> <code>((float)Math.PI * 2F)</code><br />
* <code>4.7123[0-9]*[Dd]</code> -> <code>(Math.PI * 3D / 2D)</code><br />
* <code>4.7123[0-9]*[Ff]</code> -> <code>((float)Math.PI * 3F / 2F)</code><br />
* <code>0.7853[0-9]*[Dd]</code> -> <code>(Math.PI / 4D)</code><br />
* <code>0.7853[0-9]*[Ff]</code> -> <code>((float)Math.PI / 4F)</code><br />
* <code>6.2831[0-9]*[Ff]</code> -> <code>((float)Math.PI * 2F)</code><br />
* <code>0.6283[0-9]*[Dd]</code> -> <code>(Math.PI / 5D)</code><br />
* <code>0.6283[0-9]*[Ff]</code> -> <code>((float)Math.PI / 5F)</code><br />
* <code>57.295[0-9]*[Dd]</code> -> <code>(180D / Math.PI)</code><br />
* <code>57.295[0-9]*[Ff]</code> -> <code>(180F / (float)Math.PI)</code><br />
* <code>0.6981[0-9]*[Dd]</code> -> <code>(Math.PI * 2D / 9D)</code><br />
* <code>0.6981[0-9]*[Ff]</code> -> <code>((float)Math.PI * 2F / 9F)</code><br />
* <code>0.3141[0-9]*[Dd]</code> -> <code>(Math.PI / 10D)</code><br />
* <code>0.3141[0-9]*[Ff]</code> -> <code>((float)Math.PI / 10F)</code><br />
* <code>1.2566[0-9]*[Dd]</code> -> <code>(Math.PI * 2D / 5D)</code><br />
* <code>1.2566[0-9]*[Ff]</code> -> <code>((float)Math.PI 2F / 5F)</code><br />
* <code>0.21991[0-9]*[Dd]</code> -> <code>(Math.PI * 7D / 100D)</code><br />
* <code>0.21991[0-9]*[Ff]</code> -> <code>((float)Math.PI * 7F / 100F)</code><br />
* <code>5.8119[0-9]*[Dd]</code> -> <code>(Math.PI * 185D / 100D)</code><br />
* <code>0.8119[0-9]*[Ff]</code> -> <code>((float)Math.PI * 185F / 100F)</code></div>
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