What I always wished I had the time to develop earlier. Multiprocessing that is tested. Log setups that spawn processes and all messages go to the same file. MVC architecture with separately tested components.

Fully automated application builds on windows, including the installer. This is the basis for a wide …

Allows for the easy communication of device specific information to the customer, regardless of location. Previous integration systems used dropbox, google, or baidu. These are frequently banned by IT departments or entire geographical networks. The CookBook is a fully tested web application designed to get around these limitations. It's also …

USB cameras and devices from Wasatch Photonics

This module is intended to provide the absolute bare-minimum, pure python communication with a StrokerARMUSB board. These tests include communication with a Phidgets relay device, to place the device in a known power state. At Wasatch, we use this for verification of protocol …

Visualize much higher speed laser power meter readings than the ThorLabs Optical power meter software. Use zmq and multiple visualization modes to show instantaneous and long term laser power meter trends. This is used at Wasatch Photonics for laser output power stability of our laser can diodes.

It's also useful …

Phidgets are truly exceptional. Actual out of the box usefulness with their software. The python interface can be difficult to use when compared to other API's. Phidgeter provides logging, network, display and convenience functions for Phidgets. Use it with BlueGraph for example, for more straightforward data visualization.

Here's some examples …

i3lock has many variations, including i3lock-fancy, the supporting scripts on i3lock-fancy-multimonitor and many others.

i3lock-svg gives you something truly unique. The ability to fully customize the unlock characterizations. This is used on wasatch photonics to create the custom lock screen you see above on linux systems. Makes quite an impression …

CameraLink communication with Wasatch devices

Currently supported cameras with DALSA framegrabbers include:

Wasatch Photonics Cobra series with Awaiba sensors Wasatch Photonics Cobra series with OPTO sensors Sprint Basler In development cameras, all through DALSA framegrabbers:

DALSA Spyder Sensors Unlimited GL2048

This uses a barebones version of the C# GrabConsole program …

This is a rewrite of the old 'ExtendedTest' interface. You can see a demonstration of this interface as part of Wasatch Photonics Long Term Laser Test setup shown below.

Also used as part of the Wasatch Photonics Griddle spectrometer quality verification system.

Check the details on GitHub

Manufacturing and alignment of spectrometers requires line scan visualization of camera output. Many vendors provide bare-bones or non existent line graphs. LineGrab uses a variety of communication techniques to provide full-screen line graph visualizations. These are critical for the precise alignment of spectrometers. See the WasatchCameraLink repository for a list …

Use a DALSA framegrabber and Wasatch Photonics Cobra series of spectrometer to collect data on every gain and offset setting. Provide a portable csv data format and heatmap visualizations with cross-sections.

Uses guiqwt and includes a custom build environment and instructions for python xy

Available on GitHub