I'm still using a Samsung S4 and only now that I have verified it won't upgrade to the Android 6.0 OS am I considering replacing it within the next year or so. A repair shop may be able to wipe the circuit boards down with a solution that clears away corrosion, but it won't repair any weakened pixels. Ultimately, these devices were meant for replacement every 2 to 3 years so if you're like me and you like to make your investment last, best thing to do is apply any work around you can come up with. Best to use a physical screen overlay you can put on or remove as needed as long as it doesn't interfere with your touch screen options. With the added security concerns of these apps possibly collecting screen shots and sending them to another site, I would avoid this. The reason for this I believe is because apps are supposed to operate in a way they don't intrude on each other, and a filter that lays over your screen does in fact alter the output of your display rendering. They also require a rooted device, which could void warranties. You can adjust the darkness if you need it to save your eyes when reading in the dark but it doesn't help save power any. This keeps the power up on the pixels but adds a black overlay, kind of like a screen filter. There are apps that attempt to resolve this by putting a translucent black screen over your desktop and apps. I also noticed that before the screen locks on timer, it dims to low power for a few seconds and flickers as a result. With the screen though, since the problem is only resolved when you increase the brightness just a bit above minimum, it seems anything that lowers the display power (auto brightness for example) will cause it to flicker if this setting gets too low. Just enough current goes through the motion sensor to keep it's circuits active, and that current causes a flicker in the light. I see this problem with some LED and CFL lights on motion sensor switches. If the circuit is damaged, or any corrosion has built up inside, this could attenuate the current below the point required to sustain light flow. In LED screens, a back light controls brightness, but AMOLED screens send current to each pixel for brightness control. When the display circuits get old or damaged, they don't sustain current at low power settings. From here you’ll want to look toward the top and tap on the QuickSettings Management option.In my research thus far, the AMOLED screen technology is to blame. So this time we’re going to be diving back into GravityBox and then tapping on the Statusbar Tweaks option. At least that how it is for me since I like Android to be as clean and minimalistic as possible. If you enjoy using this gesture to control the Status Bar, then you likely don’t need the brightness slider sitting in the Quick Settings panel. It’s a simple feature that can be enabled in GravityBox and it takes little time to get used to the new gesture. If you’re unfamiliar with the gesture that lets you control the display brightness by swiping left or right across the Status Bar, then check the tutorial I linked to earlier. #Galaxy note brightness slider dissappered modsI absolutely love Android because of all the ways that I can customize the user interface and I hope these mods continue forever because they’re simply fun to play and experiment with. Then toggle on the Hide Brightness Slider option toward the bottom.Scroll down the page of this QuickSettings Management section.Enable the Master Switch and reboot (if you haven’t already).Tap the QuickSettings Management option. Tap the Statusbar Tweaks option toward the top.
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