Hi there,
I am a novice in the field of laser scanner. I would like to know more about scanner's species David scanner sdk. How it works? Its features as well as so on. Can you provide me answer to it.
I need information about david scanner sdk
Laser scanner provided from DAVID scanner sdk has a main feature which is the ability to perform 3D scanning.
It can work by using at least the DAVID scanner and a web cam. The following steps will discuss a simple way to scan an object:
Place the target object between two plain backgrounds, and using a hand held laser, you can transcribe the image through the webcam and decode by software on the PC.
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Please see the following pic to illustrate it easily:
Hope to be helpful for you.
Best regards,
Don Muench
I need information about david scanner sdk
Hello,
Laser scanner furnished through Brian scanner sdk has a primary feature which can be his or her capability to carry out 3 dimensional encoding. This DAVID 3 windows mainly involve several parts: 1. Eventually left Part Clubhouse 2. Core 3 dimensional Look at. 3. Appropriate Part Clubhouse. Your doing work course of action will be presented below:
• Build: Degree you set up in line with the thing, my spouse and I. At the. Location, format and also focus your photographic camera (and projector) depending on the scanned thing dimension. Modify exposure/brightness.
• Calibration: Position your 90° calibration nook on the object's spot (or similar). After that calibrate your photographic camera (one click). In case of SL encoding, next calibrate your projector (another click).
• Checking: In case of SL, each search within calls for one particular click on. In case of laser beam encoding, your laser beam collection really needs to be migrated slowly and gradually in the thing manually. You are able to obtain numerous reads through distinct factors with the thing. They should overlap.
• Texturing: Using one particular further click on (possibly furthermore a great adjusting of lighting problems or perhaps photographic camera settings) the fuel will be snapped up along with each search within.
• Place: One by one, your obtained reads are generally aligned to one another. The consumer specifies your purchase (which reads are generally neighbors). Given that your reads overlap adequately, the proper alignment can be found on auto-pilot (no prints necessary).
• Blend: When all reads are generally aligned, your Blend (one click) computes one particular closed triangle nylon uppers without overlapping (possibly bumpy.
I hope it is helpful to you.
