I won't use this ****ty "anti virus" anymore... I HAVE FOUND a better pixel battery saver WITH NO MALWARE in the play store https://play.google.com/store/apps/details?id=com.anrapps.pixelbatterysaver
Version 2.0.1 was uploaded by me in the thread http://xdaforums.com/showpost.php?p=58167970&postcount=116com.android.browser.permission.READ_HISTORY_BOOKMARKS (read Browser's history and bookmarks)
com.android.browser.permission.WRITE_HISTORY_BOOKMARKS (write Browser's history and bookmarks)
com.android.launcher.permission.INSTALL_SHORTCUT (Unknown permission from android reference)
com.android.launcher.permission.UNINSTALL_SHORTCUT (Unknown permission from android reference)
Do not accidentally put that app to set on boot while keeping the old pixel app also on boot. You'll just get a black screen until you can act fast enough to uninstall one or the other or something similar.
Is that new app really better? I'm using the app before the anti virus update. The new app kept force closing whenever I'd change from the default mesh
Just a heads up.
Sent from my SM-G900V using Xparent Skyblue Tapatalk 2
Hey guys, I did a little testing (and I mean little) and here's what I found out.
So I got the screen at maximum brightness and left the screen on with a screenshot I made of the playstore, for about half an hour and then I launched the pixel saver and let that for about half an hour as well. Here's my results. (the battery percentage is directly android's battery)
time-percentage (w/o app)
1:50 - 53%
2:02 - 51%
2:11 - 48%
2:21 - 45%
that would be roughly 8% of the battery in 31 mins.
then with the app on maximum mesh setting
2:22 - 45%
2:31 - 44%
2:43 - 42%
2:51 - 41%
3:01 - 39%
so that would be 6% in 41 mins.
if we were to take just half an hour of both runs (w/ & w/o the app), in about 30 mins, the screen would drain 8%, respectively 4% (with app), so that's basically double the battery, or half the drain. Again, this is a "rough" test, a quick test, just to get a glimpse of how good this app is.
Here's the screenshot: *url * dropbox.com/s/tczkg3u5y4y8sni/max%20payne.png?dl=0 *url*
and pixelated: *url* dropbox.com/s/2fu7qf1ez2w90d1/max%20pixel.png?dl=0 *url*
if you zoom in the pixelated one you can actually see the pixels (I think those are real pixels, I don't know for sure, lol ) and the 2 pixel gap between them.
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Phone: Samsung Galaxy S3 (INT)
ROM:CM11 - m9
Kernel:Googy-Max2
CPU:400-1600 ("interactive" governor)
GPU:200-700
ART runtime
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Hope this helps in any way.
Similar to guky667's post about battery usage, I did my own quick run and here's the summary. What is surprising for me was that Medium density vs Highest density draw ~same battery life. I might do a second round of testing to confirm the mesh density and battery drain.
--- RESULTS ---
Common Assumptions
-Phone in airplane mode
-Screen = Max Brightness
-Screen has Whatsapp chat as the static image (black bg, colorful boxes, bottom grey typing bar, top green/gray bar for contact)
Case 1 = NO FILTER
7:50 = 62%
8:20 = 55%
7% in 30 min OR 14% in 60 min
Case 2 = Gray filter from GS5 UPSM
8:20 = 54%
8:50 = 49%
6% in 30 min OR 12% in 60 min
Case 3 = Pixel Mode (Medium = Usable still, sharpness is gone around edges)
8:50 = 48%
9:20 = 44%
4% in 30 min OR 8% in 60 min
Case 4 = Pixel Mode (Highest = Very pixelated)
9:21 = 44%
9:51 = 40%
4% in 30 min OR 8% in 60 min
--- END of RESULTS ---
--- Retested results ---
Case 3 = Pixel Mode (Medium = Usable still, sharpness is gone around edges)
19:09 = 63%
19:39 = 58%
5% in 30 min OR 10% in 60 min
Case 4 = Pixel Mode (Highest = Very pixelated)
18:39 = 69%
19:09 = 63%
6% in 30 min OR 12% in 60 min
--- End of Test #2 ---
This program is COMPLETELY USELESS. First, displaying overlay transparent windows loads your CPU and GPU. Second, this program holds a 100% wakelock and consumes up to 10% per hour with screen off. Third, to compensate black pixels, we need to increase brightness, therefore to increase consumption. And some kernels increase it automatically in such cases (it's called content adaptive brightness). Fourth, overlay windows are a critical security breach. Fifth, on modern smartphones the display is not the most heavy consumer. Pay attention to your 3G mode and CPU frequency settings, decreasing the max frequency by 20% increases the screen-on time up to 1.5 times.
PS, switching off a fixed set of pixels on an AMOLED display leads to decreased wear of these pixels. And when you ultimately disable this program, you'll see a bright net of pixels on your screen.
PPS, overlay windows disable APK installing and some other critical system setting, it is by design and cannot be changed. To install an APK, first disable this program then enable it after installing. Or do not enable at all, just move your brightness slider one or two notches lower.