Cloud Thinning and Filtering
The AS1 can produce a lot of data very quickly. Depending on the application this can be reduced in order to keep a job size smaller. RDS offers as set of data controls for Point Sampling, Scanning Speed and exposure on the AS1 page. These settings can be saved as a customized profile that are called by name from an MP and toggle through with the āEā button on the ASI.
RDSAS1Configuration page where different scan modes can be defined
The tracker interface offers an additional level of control also in the LMF Tracker Settings dialog.
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Thinning Factor. This provides a means to decrease the density of the scans sent to SA. This can be helpful when dealing with slower computer performance or when looking to collection less data over a large area. It is particularly helpful when using a 300Hz scan is rate.
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Min Angle Filter. This is a more advance filter option that considers the curvature of a scan line. This provide a means to keep data on transitions and edges while filtering out excess data on flat, featureless regions. It offers two controls a Minimum Angle in degrees to define the flat regions, which considers the angle between 3 adjacent scan points in a progression along a scan line, and a Max distance value which ensures that points are re- turned within this maximum threshold. This ensures some data is returned on wide flat expanses.
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Proximity Triggers
Proximity Triggers are supported with the AS1. No added controls or settings are needed. Just select the mode from the SA menu and set the desired parameters. SA will recognize the probe definition (which is set automatically when locked onto one of the AS1 reflectors) and just allow you to scan to collect auto-prox measurements. For more information go Here.