The Math of camera Field of View Calculations (FOV) - field of view
For the deposition we use the PaCVD technology which guarantees excellent adhesion to the substrate and allows deposition processes to be carried out at low temperatures in order not to alter the characteristics of the substrate.
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We have developed specific DLC solutions: all have antiwear, antifriction and anticorrosion properties but DLC PRO offers the best antiwear protection, DLC NOX the best anticorrosion effect, DLC SLIDE the best antifriction property and DLC DECO the best aesthetical black colour.
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You will discover sophisticated processing, which will win you over for its ability to give any type of material a coating with perfected characteristics.
It belongs to the new “coating generation” which not only represents the solution to a specific problem, but a real opportunity for the technical development of a product.
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The Pixelink Python wrapper is a thin wrapper around the Pixelink 4.0 API. Pixelink API functions are exposed as class methods of the PxLApi class in the pixelink module. Applications created with this wrapper can be used with all Pixelink cameras with the exception of the PL-A640/650/660 series cameras. Consult the Pixelink API documentation for specific information - most Pixelink 4.0 API functionality is preserved with a few minor limitations, so the regular documentation should suffice for most users. For more information about those limitations, please refer to the Tips and Tricks, and Gotchas section of this documentation below.
DLC is an innovative and versatile coating, which combines excellent wear resistance with its particular self-lubricating capacity. The absolute biocompatibility of the DLC makes it suitable for the most varied applications.
If you already have a version of the Pixelink Python wrapper installed, and simply want to update it to the latest version, that is done as follows:
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It is possible to create layers of greater surface hardness to obtain an anti-wear barrier, just as it is possible to create structures with tribological properties aimed at reducing friction between surfaces subjected to friction, replacing the use of oils and lubricants.
The Pixelink API functions are exposed as class methods of the PxLApi class and the Pixelink API defines are grouped as subclasses with respect to their functionality in the pixelink module.
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Thanks to a highly qualified staff and our fully equipped R&D laboratory, we are able to analyse and develop dedicated DLC cycles to give you the best possible results out of your coating.
The compactness and amorphous structure of the DLC layer makes it also an excellent barrier to corrosion against chemical agents.
DLC is an innovative multipurpose coating that exploits two chemical properties of Carbon: the typical hardness of diamond (hence the name Diamond Like Carbon) and the sliding effect of graphite. Thanks to this combination of outstanding properties, DLC is our carbon-based high-tech coating with the widest range of applications.
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The recommended procedure for installing the Pixelink Python wrapper package (pixelinkWrapper) is by using the pip(3) command, as detailed below. This command will install the latest pixelinkWrapper from this repository as maintained by Pixelink. The Pixelink Python wrapper package (pixelinkWrapper) is also included in the Pixelink SDK as the local folder. It contains the version of the pixelinkWrapper that was current as of the version of the Pixelink SDK release. Although that folder is not necessary to install/use pixelinkWrapper, it is included as a convenience, should you need access to a non-current version of the pixelinkWrapper, or need to install the pixelinkWrapper without online connectivity.
There is no Pixelink Python wrapper for the Pixelink 3.2 API since it is obsolete and hence, PL-A640/650/660 series cameras are excluded.
Make your choice meaningful. Minimize your impact. By relying on our PVD and PaCVD process engineering, you can choose from the most eco-sustainable coatings. Are you looking for a truly green coating solution?
Pixelink's goal is to make digital imaging simple. If you're having trouble with Pixelink Python wrapper, do not hesitate to contact us!
The Pixelink Python wrapper offers software developers a means to adapt existing programs, or develop new imaging applications for Pixelink cameras using Python on Windows and Linux. As a wrapper around the native Pixelink API 4.0, it provides the same easy to use interface that promotes rapid development of custom applications for camera operations as the native API, but with Python’s concise and powerful scripting capabilities. This wrapper supports all Pixelink cameras that use and are compatible with the Pixelink 4.0 API (that is, FireWire, USB, USB3, GigE, and 10 GigE cameras). The wrapper fully supports functionality of the auto-focus, gain HDR, and polar cameras, camera operation with Navitar zoom systems as well as Navitar Resolv LED controller.
Diamond (sp3 bond) and graphite (sp2 bond) are natural forms of Carbon with almost opposite properties: thanks to very accurate adjustments, it is possible to produce DLC coatings that are more or less resistant to wear, friction or corrosion.
Many of the functions accept parameters with assigned arguments. However, several functions have parameter(s) set with default value(s). They are
Every function returns a tuple. The tuple consists of an API return code with parameter(s) on success, and an API error return code on failure.