<?xml version="1.0" encoding="utf-8"?>
<glossary version="1.0">
	<glossentry>
		<glossterm>CCD</glossterm>
		<glossdef>Charge Coupled Device - This is one of the two main types of image sensors used in digital cameras.</glossdef>
	</glossentry>
	<glossentry>
		<glossterm>Cloud of Points</glossterm>
		<glossdef>The Cloud of Points command is a container for XYZ coordinate data. The data can be input from an external file, or it can come directly from a laser sensor through the referring scan command(s).</glossdef>
	</glossentry>
	<glossentry>
		<glossterm>COP</glossterm>
		<glossdef>The Cloud of Points command is a container for XYZ coordinate data. The data can be input from an external file, or it can come directly from a laser sensor through the referring scan command(s).</glossdef>
	</glossentry>
	<glossentry>
		<glossterm>Exposure</glossterm>
		<glossdef>This parameter controls the exposure of the Laser sensor.</glossdef>
	</glossentry>
	<glossentry>
		<glossterm>Gauge side point</glossterm>
		<glossdef>In a Flush and Gap Auto Feature, this is the point on the gauge surface side indicating where the flush should be measured. (also called the gauge point)</glossdef>
	</glossentry>
	<glossentry>
		<glossterm>Master side point</glossterm>
		<glossdef>In a Flush and Gap Auto Feature, this is the point on the master side surface where the flush is to be measured.</glossdef>
	</glossentry>
	<glossentry>
		<glossterm>Overscan</glossterm>
		<glossdef>This parameter controls how far beyond the nominal feature’s dimensions the probe will scan along both the major and minor axis of the feature.</glossdef>
	</glossentry>
	<glossentry>
		<glossterm>Row Overlap</glossterm>
		<glossdef>This parameter controls how far each pass will overlap with the previous pass.</glossdef>
	</glossentry>
	<glossentry>
		<glossterm>Sensor Frequency</glossterm>
		<glossdef>This parameter controls the internal sensor frequency of the probe. The value that is displayed is sensor pulses per second.</glossdef>
	</glossentry>
	<glossentry>
		<glossterm>Surface CAD Model</glossterm>
		<glossdef>A surface CAD model only has surfaces, and it does not create a solid. Some examples of this would be, a plane feature, or a cylinder surface where there is no closed volume.</glossdef>
	</glossentry>
</glossary>
