im clearly getting different results than you
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Also the performance options generally dont make that large a difference(unless very accurate emulation plugin).
Your base setup is obviously different or possibly your sd card? But even max performance overclock for android is safe....
The settings are only used if required, as in your switch wont force the GPU to that degree unless its required. PS my switch get much warmer running horizon/lakka if thats any indication.
Android is a battery killer though, but those problems your having are just you... learn to change the settings or get a better sd card, but don’t blame android rofl.
The analog sticks work the same as every other retro game on an axis, its the same for every other version of Mupen emulator.
If your trying to imitate the n64 CPAD/DPAD though, obviously only directional keys work... because diagonal presses work fine for me(when replicating n64 anolog).
**BTW the accurate performance profile base is a MUCH MORE accurate/updated core than both those in lakka and retroarch, some degree of overclocking you will need on a game like goldeneye, try changing the plugin to medium/fast. Their are 16 options to choose from....
Telling people n64 android is worse than horizon n lakka is bullshit though lol. Lakka(on a few games) gets better result on raw power, but most run fine, it is definately better than horizon though for speed... so idk what youre on their.
Telling people android is bad for n64 emulation because you tested 1 game to run on a setting meant for higher end androids and had to overclock... is just silly .
Their are existing youtube videos of conkers on switch base android clocks 1gz cpu 468gpu(less than horizon base) getting between 26-30fps the entire time. All your posting is pure misinformation at your inability to get 1 game running at full speed .
The fact youve mentioned joycon wireless bluetooth delay(as an issue) pretty much sums up your ranting, people use wireless controllers now, and most non dyslexic/proffessional gamers dont notice a 0.00001 second delay
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