Well, it's basically all what i can in do c#, you'll get 2 main things, the led control app server, and the web app, the server acts as:Īudio Output analyzer, led controller with lots of modes, one of them is ambilight with support for bottom leds, gamma correction, others like static color and rainbow, and a server for the web app. Make sure to edit the settings.ini and disable whatever hardware you don't have and enable the ones you have. I've decided to turn off the project, it was a good experience i've gained in the making and supporting it, in the other hand, i've decided to give a much larger project which this project was a small part of Here we are using it to capture our own screen and do the edges processing.Įnough with the technical talk, GIVE ME THE HOW TO :D It's super fast capturing method is used for streaming screens across the internet for whatever purposes. The capturing method I've used in this project is provided by the amazing guys at Well, 1st problem that most people were facing is the full screen applications, games and exclusive screen media players, solved :)Ģnd problem is a small noticeable delay, caused by the capturing of image or by the sending data mechanism, also solved. Houri, whats different and new in this version ? We need a PC with windows OS to do all the processing, digital addressable leds, and a micro-controller to connect the pc with the leds. Originally provided by Philips, now we clone the idea with the help of some skills. If you don't know whats the concept of ambilight, please use this link to get amazed by the idea :) In this article we're goin to use a software that i've been working on for quite a while, and as the title says'Super Fast', yes as fast as 75 fps with 15% of single processor, no gpu utilization, and best of all, full screen application support. Yes, all my instructables are about one little project, but as you may have seen, i've evolved really good in these kind of projects.

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