![]() Much of the light enters at an angle, bouncing back and forth between top-and-bottom surfaces before exiting the other edge. The journey isn’t perfectly straight though. The core concept is that clear acrylic sheets have the ability to act as fiber optics, piping light from one edge to the other. We’ve featured quite a few projects like these on Hackaday, and they’re just the right level of complexity to get your feet wet at the local Hackerspace. PLATE CREATOR RAW DATA TVTackling this project made me wonder: how do manufacturers in the electronics industry illuminate those ultra-flat laptop displays and TV screens to get a perfectly uniform glow? Following a bit of internet research, I discovered a treasure trove of useful insights.īefore we dive too deep into how the consumer electronics industry solves this problem, I want to first walk you through an analogous hacker side-project: the laser-cut acrylic edge-lit display. ![]() PLATE CREATOR RAW DATA CODEI’ll dig into the some of the working principles, introduce you to my homebrew approach, and leave you with some inspirational source code to go forth and build your own. Today, I’d like to share my findings and introduce you to light guide plates, one of the key building blocks inside of much of today’s backlit screen technology. What I thought would be quick project ended up being a dive down the rabbit hole that yielded some satisfying results. As fate would have it, the crux of this project was finding a way to do just that: to diffuse light coming in from the edges so that it would emit evenly from the front. True to the original, my replica would need to be both slimmed down and backlit with a uniform, natural white glow. Stay tuned for cake at the end of this article. In hyperstylized video game fashion, they were also extremely thin. ![]() ![]() If you’ve played the game, you’ll remember these signs as the illuminated monoliths that postmarked the start of every test chamber. Intuitively enhance the resolution of 2D and 3D data down to 120 nm using 15 published deconvolution algorithms, powered by efficient multi-CPU/multi-GPU processing.Last year, I found myself compelled to make a scaled-down replica of the iconic test chamber signs from the video game Portal. ![]() Segment, classify, and denoise images based on deep learning algorithms accessible through a dedicated user interface for training AI models.Īcquire and correlate images from different instruments such as light and electron microscopes, with a sample-centric workspace and a dedicated file management system.Ĭustomize and automate image acquisition, processing, and analysis with a dedicated Python script editor for recording, debugging, and code completion.Īcquire and analyze molecular dynamics using FRAP, FRET, and ratio imaging within a dedicated analysis workspace using the most established algorithms. PLATE CREATOR RAW DATA SOFTWAREVisualize and analyze 3D/4D data of unlimited size with the flexible pipelines and machine learning tools of the stand-alone Vision4D software platform. ZEISS Nanoscale and Correlative AnalysisĮmploy extended image processing functions and perform automatic 2D image analysis guided by an intuitive software wizard.Įmploy extended image processing functions, visualize 3D/4D image stacks with advanced rendering tools, and perform 3D image analysis guided by an intuitive software wizard. ![]()
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