How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability
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Wow, really nice performance boost!
How do you get the hotkeys working in mupen64plus without running the libreto / retroarch config'ed version?
(For exit, save, load state, etc.?)
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@Twitch0815 said:
Stay tuned to separate videos on Dreamcast, NDS, and PSP
@Twitch0815 Lookin' forward to NDS and PSP, I have a ton of games yet to be finished on those. Would be a blast to play em on a Pi output to the big screen.
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@dankcushions said in How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability:
@Twitch0815 said:
@dankcushions Then why am I seeing such noticeable differences upon changing options? and the documentation I read showed mupen64-gfxplugin-accuracy = "high" was directly tied to Glide exclusively.
it is. both standalone and lr can use the GLideN64 plugin, but they're controlled by different config files:
- the mupen64plus-GLideN64 (standalone) version of mupen64plus has its GLideN64 settings in opt/retropie/configs/n64/mupen64plus.cfg
- the lr- version has it's GLideN64 settings in the retroarch-core-config.cfg file you are editing.
you must be mistaken about what you're running via the runcommand as there's no way that the standalone (ie, none-lr) version cares about what is in retroarch-core-options.cfg. it doesn't read that file and wouldn't understand it if it could :)
Twitch did you get to the bottom of this by chance? Dank any thoughts? He made a good point that has me curious. I did some testing over the weekend.
The overclock was helpful. I could only get to 1350 on a 5v 1A power supply with passive cooling. Will try a better power supply with active cooling but I need to dig through the "parts" box.
Setting the resolution definitely was an improvement. At the default options it was dragging but bumping it down(?) to 640x480 was very noticeable as the biggest improvement for me.
So are setting the retroarch core options in vain if you're running the standalone Glide or are you using the retroarch core with the Glide plug-in in the options or just scrap that whole part as the placebo effect?
If nothing else it has me playing around and testing more N64 games! :)
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@Riverstorm
Still looking into it, actually have spent a few days on HD Texture packs for N64 and again iI'm finding funny behaviors with setting configs and expecting one result but getting another, i opened a github issue but still need to do some more testing.Maybe it's just me, but it seems most are ready to dismiss 64 altogether because it was so frustrating on the 2 combined with some of the larger youtube people putting up testing 64 videos with default settings showing little to no improvement. Not to mention dreamcast and psp which I have gotten really great results with.
I found this in my research https://github.com/ricrpi/mupen64plus-rpi/wiki/Performance and it suggests that cpu priority can be increased to mupen64 but this is incrdibly difficult to test because it is all subjective.
Testing the vire_refresh is incredibly difficult because I have not been able to load a fps show when anything but standalone has used. All the testing is being done by feel and on tons of different configs.There are tons of options in mupen64plus.cfg that I am working with and more to test.
I also truly believe that the pi 3 can hold to a better overclock then 1400 and I mean I think it can be pushed to 2000 but I need to get a 5.1 v 3000 or 3500 ma power supply and the only ones I have found are in china and shipping is going to take 2-3 weeks till I have one in my hand unless I try to build one from scratch. Heat just has not been a problem with proper heatsinks applied properly and active fan cooling.
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Made a new page in the wiki specifically for this direction.
https://github.com/RetroPie/RetroPie-Setup/wiki/Optimization-for-Nintendo-64 -
Have you tried overclocking your SD card to see if that gives a performance boost in N64?
I am thinking if you have the emulators on the SD card and not on a USB stick. Or if you have the roms on USB and RetroPie on the SD card.
How to overclock the microSD card reader on a Raspberry Pi 3 -
can't see how SD card performance would affect emulation as everything is in memory.
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@dankcushions said in How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability:
can't see how SD card performance would affect emulation as everything is in memory.
You don't say. I taught there was some access to the SD card while emulation was going on. Oh well it was just an idea
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@Rion and @dankcushions
Storage can have an effect on boot time, emulator load time and a few other factors.
Also gpu_mem and memory split can affect if swapping starts to enable. What I am researching now is if there was a bug fix to a problem where based on gpu_mem paging enabled or not.I have overclocked my sd card and saw some performance boosts mainly to dreamcast not n64 so much. As dank said most evrything is loaded into memory but with emulators that use disk based games there is some loading going on.
Alsso as long as your using something that can transfer around 40 mb/s your good overclocking cant get you much better then that, because the bus is shared with ethernet.
Thats why USB isnt going to be much faster then sd card.
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Storage can have an effect on boot time, emulator load time and a few other factors.
specifically those two factors :) i'm not sure why anyone would care about n64 games taking 1 vs 2 (or whatever) seconds to load, though.
i don't think anyone needs to change gpu_mem from default with the pi3. none of these cores come close to 256MB vram, even dreamcast.
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@Twitch0815 Is there a reason you went with 450 for the GPU memory split?
I haven't played with split recently, but traditionally, a memory split of 128 worked best for N64 performance on the RPi2. Not sure how the texture packs affect memory, but just standard N64 running 640x480 shouldn't need more than a 128 MB split (It needs all the RAM it can get for the emulator)
I really need to try some more tweaking, but so many games have issues, and even when they do run, they tend to be full of little glitches. They look stunning though. The N64 was such a hard machine to program for that emulation will always be an issue for many 3rd party and even 2nd party games.
Of course, It helps that I have an N64 with a small games collection, so I can see the glitches (and marvel in how much better games like Mario World look in the Pi)
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@Twitch0815 said in How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability:
Made a new page in the wiki specifically for this direction.
https://github.com/RetroPie/RetroPie-Setup/wiki/Optimization-for-Nintendo-64Thanks Twitch, the wiki is extremely helpful and bookmarked. The setting spreadsheet is quite handy too!
I did have a question on the cpu-governor. I see when it's idle mine underclocks to 600Mhz and when it's under load it overclocks to 1350Mhz (my max settings). Is it better to have it set to performance all the time? I know with my PC (ASUS mobo) games seem to downclock so quickly during low "activity" on the screen that you can see the lag in certain games before it ramps back up. I find it distracting and just shut the feature off. Is it the same for the Pi?
I think the Retroarch or is Liberto the more proper name...I always was wonder which is which? They have a FPS setting fps_show = "true" that goes in the retroarch.cfg. I haven't tried it though. I was wondering if the standalone cores have a FPS. That could be a potentially useful tool.
Also I didn't get much of difference on overclocking between a 5.2v 1A power supply and a 5.3v 2A power supply. I couldn't get either to boot at 1400Mhz. The larger one did start and crashed at the RetroPie logo.
With the larger one set to 1350Mhz I was able to set the undervolt and boot successfully at 4, 5 and 6. Setting to 3 it wouldn't boot. I was running N64 Cruis'in USA at 4 with no issues. I didn't do any extensive playing but decided to leave it at 5 as I don't fully understand what the option does except supply more power...and heat? If overclocking the fan is a must. I went from about 70C to 51C with a small copper heatsink and fan.
Yes I agree, it can be time consuming testing settings. All those small changes and restarts add up but I have to say I wrote off N64 on the Pi until later generations but with the work you've been doing I have a small library now and enjoy playing. Great job!
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@mrbwa1 said
I haven't played with split recently, but traditionally, a memory split of 128 worked best for N64 performance on the RPi2.
I would like to see a more definitive answer to this also, not just N64 but overall for the Pi. This page set the GPU to 600 for N64. Such large variations for what works best.
https://github.com/retropie/retropie-setup/wiki/Overclocking
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@Riverstorm I have always had my best luck using an RPi2 with 128 MB (Pi2 Overclock in the config menu). The games listed as playable on the N64 lists have usually worked okay (I tend to run them at 640x480). PSX seems to work well with this setup too. I haven't really tried Dreamcast or PSP as I can play my actual PSP.
The GPU memory split is just feeding memory to the Videocore IV and as far as I know, no emulator is even using OpenGL, so it should be basic rendering. Then again, I am not a developer, so I could have missed something.
I just heven't seen anything that I run benefit from more than 128MB split. In older builds of Retropie, I did see performance loss when using a higher memory split (256MB+)
I don't have an RPi3, so there could be difference there (the GPU is the same, so it's doubtful. That said, I have never tried the high res texture packs. These may require more GPU memory. I also haven't tried different splits lately. YMMV
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@Riverstorm said in How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability:
@mrbwa1 said
I haven't played with split recently, but traditionally, a memory split of 128 worked best for N64 performance on the RPi2.
I would like to see a more definitive answer to this also, not just N64 but overall for the Pi. This page set the GPU to 600 for N64. Such large variations for what works best.
https://github.com/retropie/retropie-setup/wiki/Overclocking
i think there's a lot of misinformation out there. the only thing i think demonstrably needs a higher memory split is the old default 'simple' theme in emulationstation, and even that hasn't been default for ages. i don't believe it ever needs changing on a pi2/3. see
https://github.com/RetroPie/RetroPie-Setup/wiki/Memory-Split -
@dankcushions and @mrbwa1
I am hoping for memory split setting that works good with RetroPie overall. As in reality I don't think I would be popping out to a command prompt, changing settings and rebooting to play to often. I suppose people write scripts and quicker ways to switch if it really makes a difference but I was hoping more for a once size "mostly" fits all.
I did run the command that I think shows memory allocation. I surely don't understand most of it. Is it using 236MB of RAM? Or is there a way to separate what is GPU only? Or another command that is better suited to the task of how much memory the GPU is using. I am running RetroPie 3.7 on a Pi 3 and I have N64 running Cruis'n USA with a Putty SSH session using this command (after sudo apt-get install htop). I had to shorten the output as I found the max post is 32k. :)
sudo vcdbg relocRelocatable heap version 4 found at 0x2f000000 total space allocated is 236M, with 234M relocatable, 2.3M legacy and 0 offline 1 legacy blocks of size 2359296 free list at 0x3bc319e0 189M free memory in 75 free block(s) largest free block is 154M bytes 0x2f000000: legacy block 2.3M 0x2f240000: free 154M [ 103] 0x38c3ea20: used 96K (refcount 1 lock count 1, size 98304, align 256, data 0x38c3eb00, D1rual) 'khrn_hw_bin_mem' [ 123] 0x38c56b40: used 96K (refcount 1 lock count 0, size 98304, align 256, data 0x38c56c00, D1ruAl) 'khrn_hw_bin_mem' 0x38c6ec60: free 24M [2291] 0x3a49db20: used 32K (refcount 1 lock count 0, size 32768, align 4, data 0x3a49db40, d0rual) 'KHRN_MAP_T.storage' 0x3a4a5b60: free 9.1M [ 240] 0x3adc35e0: used 256 (refcount 1 lock count 0, size 164, align 4, data 0x3adc3600, d0rual) 'uniform map' [ 32] 0x3adc36e0: used 448 (refcount 1 lock count 0, size 384, align 8, data 0x3adc3700, d1rual) 'shader code' [ 31] 0x3adc38a0: used 160 (refcount 1 lock count 0, size 92, align 4, data 0x3adc38c0, d0rual) 'uniform map' [ 35] 0x3adc3940: used 352 (refcount 1 lock count 0, size 288, align 8, data 0x3adc3960, d1rual) 'shader code' [ 45] 0x3adc3aa0: used 224 (refcount 1 lock count 0, size 144, align 8, data 0x3adc3ac0, d1rual) 'shader code' [ 38] 0x3adc3b80: used 224 (refcount 1 lock count 0, size 148, align 4, data 0x3adc3ba0, d0rual) 'uniform map' [ 218] 0x3adc3c60: used 480 (refcount 1 lock count 0, size 392, align 8, data 0x3adc3c80, d1rual) 'shader code' [ 41] 0x3adc3e40: used 160 (refcount 1 lock count 0, size 92, align 4, data 0x3adc3e60, d0rual) 'uniform map' [ 217] 0x3adc3ee0: used 352 (refcount 1 lock count 0, size 288, align 8, data 0x3adc3f00, d1rual) 'shader code' [ 232] 0x3adc4040: used 224 (refcount 1 lock count 0, size 152, align 8, data 0x3adc4060, d1rual) 'shader code' [ 202] 0x3adc4120: used 192 (refcount 1 lock count 0, size 120, align 8, data 0x3adc4140, d1rual) 'shader code' [ 52] 0x3adc41e0: used 416 (refcount 1 lock count 0, size 328, align 8, data 0x3adc4200, d1rual) 'shader code' [ 57] 0x3adc4380: used 384 (refcount 1 lock count 0, size 304, align 8, data 0x3adc43a0, d1rual) 'shader code' [ 194] 0x3adc4500: used 224 (refcount 1 lock count 0, size 148, align 4, data 0x3adc4520, d0rual) 'uniform map' [ 43] 0x3adc45e0: used 480 (refcount 1 lock count 0, size 392, align 8, data 0x3adc4600, d1rual) 'shader code' 0x3adc47c0: free 96 [ 237] 0x3adc4820: used 160 (refcount 1 lock count 0, size 92, align 4, data 0x3adc4840, d0rual) 'uniform map' [ 222] 0x3adc48c0: used 352 (refcount 1 lock count 0, size 288, align 8, data 0x3adc48e0, d1rual) 'shader code' [ 188] 0x3adc4a20: used 224 (refcount 1 lock count 0, size 144, align 8, data 0x3adc4a40, d1rual) 'shader code' [ 56] 0x3adc4b00: used 192 (refcount 1 lock count 0, size 124, align 4, data 0x3adc4b20, d0rual) 'uniform map' [ 50] 0x3adc4bc0: used 160 (refcount 1 lock count 0, size 92, align 4, data 0x3adc4be0, d0rual) 'uniform map' 0x3adc4c60: free 125K [ 28] 0x3ade40a0: used 96K (refcount 1 lock count 0, size 98304, align 256, data 0x3ade4100, D1ruAl) 'khrn_hw_bin_mem' [ 27] 0x3adfc1c0: used 96K (refcount 1 lock count 0, size 98304, align 256, data 0x3adfc200, D1ruAl) 'khrn_hw_bin_mem' [ 33] 0x3ae142e0: used 96K (refcount 1 lock count 1, size 98304, align 256, data 0x3ae14300, D1rual) 'khrn_hw_bin_mem' [ 224] 0x3ae2c400: used 96K (refcount 1 lock count 0, size 98304, align 256, data 0x3ae2c500, D1ruAl) 'khrn_hw_bin_mem' 0x3ae44520: free 1.1M [ 16] 0x3af58740: used 2.0M (refcount 1483 lock count 0, size 2097152, align 4, data 0x3af58760, D1RUal) 'GLXX_SERVER_STATE_T.cache' 0x3b158780: free 37K [ 213] 0x3b161a40: used 13K (refcount 1 lock count 0, size 13312, align 4, data 0x3b161a60, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' 0x3b164e80: free 39K [ 19] 0x3b16eac0: used 13K (refcount 1 lock count 0, size 13312, align 4, data 0x3b16eae0, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' [ 272] 0x3b171f00: used 1.3K (refcount 1 lock count 0, size 1200, align 4, data 0x3b171f20, d0rual) 'GL20_PROGRAM_T' [ 208] 0x3b172400: used 2.8K (refcount 1 lock count 0, size 2827, align 1, data 0x3b172420, d0rual) 'mem_strdup' [ 270] 0x3b172f60: used 6.1K (refcount 1 lock count 0, size 6144, align 4, data 0x3b172f80, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' [ 231] 0x3b1747a0: used 1.3K (refcount 1 lock count 0, size 1200, align 4, data 0x3b1747c0, d0rual) 'GL20_PROGRAM_T' [ 365] 0x3b174ca0: used 2.8K (refcount 1 lock count 0, size 2815, align 1, data 0x3b174cc0, d0rual) 'mem_strdup' 0x3b1757e0: free 960 [ 9] 0x3b175ba0: used 13K (refcount 1 lock count 0, size 13312, align 4, data 0x3b175bc0, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' [ 353] 0x3b178fe0: used 1.3K (refcount 1 lock count 0, size 1200, align 4, data 0x3b179000, d0rual) 'GL20_PROGRAM_T' [ 380] 0x3b1794e0: used 2.8K (refcount 1 lock count 0, size 2808, align 1, data 0x3b179500, d0rual) 'mem_strdup' [ 254] 0x3b17a020: used 6.1K (refcount 1 lock count 0, size 6144, align 4, data 0x3b17a040, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' 0x3b17b860: free 96 [ 216] 0x3b17b8c0: used 128 (refcount 1 lock count 0, size 64, align 4, data 0x3b17b8e0, d0rual) 'GL20_PROGRAM_T.uniform_data' [ 210] 0x3b17b940: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3b17b960, d0rual) 'GL20_PROGRAM_T.uniform_info' [ 338] 0x3b17b9e0: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3b17ba00, d0rual) 'uniform map' [ 342] 0x3b17ba80: used 288 (refcount 1 lock count 0, size 224, align 8, data 0x3b17baa0, d1rual) 'shader code' [ 372] 0x3b17bba0: used 1.3K (refcount 1 lock count 0, size 1200, align 4, data 0x3b17bbc0, d0rual) 'GL20_PROGRAM_T' [ 360] 0x3b17c0a0: used 2.8K (refcount 1 lock count 0, size 2796, align 1, data 0x3b17c0c0, d0rual) 'mem_strdup' 0x3b17cbe0: free 13K [ 12] 0x3b17fe60: used 288 (refcount 1 lock count 0, size 216, align 8, data 0x3b17fe80, d1rual) 'shader code' [ 252] 0x3b17ff80: used 192 (refcount 1 lock count 0, size 128, align 8, data 0x3b17ffa0, d1rual) 'shader code' [ 117] 0x3b180040: used 160 (refcount 1 lock count 0, size 68, align 4, data 0x3b180060, d0rual) 'GL20_PROGRAM_T.uniform_data' [ 58] 0x3b1800e0: used 192 (refcount 1 lock count 0, size 100, align 4, data 0x3b180100, d0rual) 'GL20_PROGRAM_T.uniform_info' [ 235] 0x3b1801a0: used 128 (refcount 1 lock count 0, size 52, align 4, data 0x3b1801c0, d0rual) 'GL20_PROGRAM_T.uniform_data' [ 268] 0x3b180220: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3b180240, d0rual) 'GL20_PROGRAM_T.uniform_info' [ 122] 0x3b1802c0: used 224 (refcount 194 lock count 186, size 152, align 8, data 0x3b1802e0, d1rual) 'shader code' [ 278] 0x3b1803a0: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3b1803c0, d0rual) 'uniform map' 0x3b180440: free 608 [ 215] 0x3b1806a0: used 128 (refcount 1 lock count 0, size 64, align 4, data 0x3b1806c0, d0rual) 'GL20_PROGRAM_T.uniform_data' [ 53] 0x3b180720: used 192 (refcount 72 lock count 62, size 128, align 8, data 0x3b180740, d1rual) 'shader code' 0x3b1807e0: free 3.8K [ 427] 0x3b181700: used 12K (refcount 1 lock count 0, size 12288, align 4, data 0x3b181720, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' [ 425] 0x3b184740: used 1.3K (refcount 1 lock count 0, size 1200, align 4, data 0x3b184760, d0rual) 'GL20_PROGRAM_T' [ 420] 0x3b184c40: used 2.8K (refcount 1 lock count 0, size 2828, align 1, data 0x3b184c60, d0rual) 'mem_strdup' [ 422] 0x3b1857a0: used 5.1K (refcount 1 lock count 0, size 5120, align 4, data 0x3b1857c0, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' [ 419] 0x3b186be0: used 1.3K (refcount 1 lock count 0, size 1200, align 4, data 0x3b186c00, d0rual) 'GL20_PROGRAM_T' [ 416] 0x3b1870e0: used 2.8K (refcount 1 lock count 0, size 2816, align 1, data 0x3b187100, d0rual) 'mem_strdup' [ 214] 0x3b187c20: used 12K (refcount 1 lock count 0, size 12288, align 4, data 0x3b187c40, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' [ 412] 0x3b18ac60: used 2.8K (refcount 1 lock count 0, size 2809, align 1, data 0x3b18ac80, d0rual) 'mem_strdup' [ 413] 0x3b18b7a0: used 5.1K (refcount 1 lock count 0, size 5120, align 4, data 0x3b18b7c0, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' 0x3b18cbe0: free 8.0K [ 348] 0x3b18ec00: used 288 (refcount 2 lock count 1, size 208, align 8, data 0x3b18ec20, d1rual) 'shader code' [ 299] 0x3b18ed20: used 288 (refcount 81 lock count 62, size 224, align 8, data 0x3b18ed40, d1rual) 'shader code' [ 40] 0x3b18ee40: used 288 (refcount 81 lock count 62, size 216, align 8, data 0x3b18ee60, d1rual) 'shader code' 0x3b18ef60: free 7.0K [ 543] 0x3b190b40: used 288 (refcount 1 lock count 0, size 208, align 8, data 0x3b190b60, d1rual) 'shader code' 0x3b190c60: free 13K [ 152] 0x3b194140: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b195000, d1rual) 'Texture blob' [1803] 0x3b196160: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b197000, d1rual) 'Texture blob' [1828] 0x3b198180: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b199000, d1rual) 'Texture blob' [ 666] 0x3b19a1a0: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b19b000, d1rual) 'Texture blob' [ 608] 0x3b19c1c0: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b19d000, d1rual) 'Texture blob' [ 408] 0x3b19e1e0: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b19f000, d1rual) 'Texture blob' [3427] 0x3b1a0200: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b1a1000, d1rual) 'Texture blob' [ 81] 0x3b1a2220: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b1a3000, d1rual) 'Texture blob' [ 487] 0x3b1a4240: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b1a5000, d1rual) 'Texture blob' [ 486] 0x3b1a6260: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b1a7000, d1rual) 'Texture blob' [ 532] 0x3b1a8280: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3b1a9000, d1rual) 'Texture blob' [ 498] 0x3b1aa2a0: used 20K (refcount 1 lock count 0, size 16384, align 4096, data 0x3b1ab000, d1rual) 'Texture blob' [ 524] 0x3b1af2c0: used 20K (refcount 1 lock count 0, size 16384, align 4096, data 0x3b1b0000, d1rual) 'Texture blob' [ 273] 0x3b1b42e0: used 20K (refcount 2 lock count 1, size 16384, align 4096, data 0x3b1b5000, d1rual) 'Texture blob' [ 6] 0x3b1b9300: used 8.9M (refcount 1141 lock count 1140, size 9338880, align 4096, data 0x3b1ba000, d1Rual) 'KHRN_IMAGE_T.storage OpenGL ES aux buffer' [ 230] 0x3baa2320: used 96K (refcount 1 lock count 0, size 98304, align 256, data 0x3baa2400, D1ruAl) 'khrn_hw_bin_mem' 0x3baba440: free 32 [ 59] 0x3baba460: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3baba480, d0rual) 'uniform map' 0x3baba500: free 4.2K [ 274] 0x3babb5a0: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3babb5c0, d0rual) 'uniform map' [ 334] 0x3babb640: used 288 (refcount 309 lock count 186, size 224, align 8, data 0x3babb660, d1rual) 'shader code' [ 385] 0x3babb760: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3babb780, d0rual) 'uniform map' [ 387] 0x3babb800: used 288 (refcount 228 lock count 186, size 216, align 8, data 0x3babb820, d1rual) 'shader code' 0x3babb920: free 800 [ 439] 0x3babbc40: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3babbc60, d0rual) 'uniform map' 0x3babbce0: free 17K [ 651] 0x3bac02c0: used 12K (refcount 3 lock count 2, size 8192, align 4096, data 0x3bac1000, d1rual) 'Texture blob' [ 650] 0x3bac32e0: used 12K (refcount 2 lock count 1, size 8192, align 4096, data 0x3bac4000, d1rual) 'Texture blob' [ 432] 0x3bac6300: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3bac6320, d0rual) 'uniform map' 0x3bac63a0: free 3.5K [ 545] 0x3bac71a0: used 12K (refcount 3 lock count 2, size 8192, align 4096, data 0x3bac8000, d1rual) 'Texture blob' [ 490] 0x3baca1c0: used 12K (refcount 3 lock count 2, size 8192, align 4096, data 0x3bacb000, d1rual) 'Texture blob' [2458] 0x3bacd1e0: used 12K (refcount 3 lock count 2, size 8192, align 4096, data 0x3bace000, d1rual) 'Texture blob' [2446] 0x3bad0200: used 12K (refcount 3 lock count 2, size 8192, align 4096, data 0x3bad1000, d1rual) 'Texture blob' [1817] 0x3bad3220: used 12K (refcount 2 lock count 1, size 8192, align 4096, data 0x3bad4000, d1rual) 'Texture blob' [1816] 0x3bad6240: used 12K (refcount 3 lock count 0, size 8192, align 4096, data 0x3bad7000, d1rual) 'Texture blob' [ 531] 0x3bad9260: used 5.0K (refcount 2 lock count 1, size 1024, align 4096, data 0x3bada000, d1rual) 'Texture blob' [2236] 0x3bada680: used 5.0K (refcount 3 lock count 2, size 1024, align 4096, data 0x3badb000, d1rual) 'Texture blob' [3454] 0x3badbaa0: used 5.0K (refcount 4 lock count 3, size 1024, align 4096, data 0x3badc000, d1rual) 'Texture blob' [3452] 0x3badcec0: used 4.5K (refcount 2 lock count 1, size 512, align 4096, data 0x3badd000, d1rual) 'Texture blob' [ 644] 0x3bade0e0: used 5.0K (refcount 4 lock count 2, size 1024, align 4096, data 0x3badf000, d1rual) 'Texture blob' [3448] 0x3badf500: used 5.0K (refcount 2 lock count 0, size 1024, align 4096, data 0x3bae0000, d1rual) 'Texture blob' 0x3bae0920: free 7.0K [ 528] 0x3bae2500: used 12K (refcount 2 lock count 1, size 8192, align 4096, data 0x3bae3000, d1rual) 'Texture blob' 0x3bae5520: free 75K [ 415] 0x3baf8040: used 1.3K (refcount 1 lock count 0, size 1200, align 4, data 0x3baf8060, d0rual) 'GL20_PROGRAM_T' [ 411] 0x3baf8540: used 1.3K (refcount 1 lock count 0, size 1200, align 4, data 0x3baf8560, d0rual) 'GL20_PROGRAM_T' 0x3baf8a40: free 24K [1818] 0x3bafeac0: used 12K (refcount 2 lock count 0, size 8192, align 4096, data 0x3baff000, d1rual) 'Texture blob' [ 431] 0x3bb01ae0: used 288 (refcount 1 lock count 0, size 216, align 8, data 0x3bb01b00, d1rual) 'shader code' [ 430] 0x3bb01c00: used 160 (refcount 1 lock count 0, size 88, align 8, data 0x3bb01c20, d1rual) 'shader code' [ 418] 0x3bb01ca0: used 160 (refcount 1 lock count 0, size 76, align 4, data 0x3bb01cc0, d0rual) 'GL20_PROGRAM_T.uniform_data' [ 410] 0x3bb01d40: used 2.8K (refcount 1 lock count 0, size 2797, align 1, data 0x3bb01d60, d0rual) 'mem_strdup' 0x3bb02880: free 11K [ 544] 0x3bb054a0: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3bb054c0, d0rual) 'uniform map' [ 542] 0x3bb05540: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3bb05560, d0rual) 'uniform map' 0x3bb055e0: free 13K [ 569] 0x3bb08a20: used 6.0K (refcount 1 lock count 0, size 2048, align 4096, data 0x3bb09000, d1rual) 'Texture blob' 0x3bb0a240: free 20K [ 170] 0x3bb0f260: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3bb0f280, d0rual) 'uniform map' [ 166] 0x3bb0f300: used 288 (refcount 1 lock count 0, size 224, align 8, data 0x3bb0f320, d1rual) 'shader code' [ 169] 0x3bb0f420: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3bb0f440, d0rual) 'uniform map' [ 164] 0x3bb0f4c0: used 288 (refcount 1 lock count 0, size 216, align 8, data 0x3bb0f4e0, d1rual) 'shader code' 0x3bb0f5e0: free 7.1K [ 530] 0x3bb11240: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb11260, d0rual) 'GLXX_TEXTURE_T' [3455] 0x3bb114a0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb114c0, d0rual) 'GLXX_TEXTURE_T' [3453] 0x3bb11700: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb11720, d0rual) 'GLXX_TEXTURE_T' [3450] 0x3bb11960: used 608 (refcount 2 lock count 0, size 540, align 4, data 0x3bb11980, d0rual) 'GLXX_TEXTURE_T' [3449] 0x3bb11bc0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb11be0, d0rual) 'GLXX_TEXTURE_T' [ 464] 0x3bb11e20: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb11e40, d0rual) 'GLXX_TEXTURE_T' 0x3bb12080: free 5.2K [ 769] 0x3bb13520: used 6.0K (refcount 1 lock count 0, size 2048, align 4096, data 0x3bb14000, d1rual) 'Texture blob' [2456] 0x3bb14d40: used 12K (refcount 2 lock count 1, size 8192, align 4096, data 0x3bb15000, d1rual) 'Texture blob' 0x3bb17d60: free 20K [ 767] 0x3bb1cd40: used 8.0K (refcount 1 lock count 0, size 4096, align 4096, data 0x3bb1d000, d1rual) 'Texture blob' [ 512] 0x3bb1ed60: used 12K (refcount 2 lock count 0, size 8192, align 4096, data 0x3bb1f000, d1rual) 'Texture blob' [1796] 0x3bb21d80: used 12K (refcount 3 lock count 0, size 8192, align 4096, data 0x3bb22000, d1rual) 'Texture blob' [1707] 0x3bb24da0: used 12K (refcount 3 lock count 2, size 8192, align 4096, data 0x3bb25000, d1rual) 'Texture blob' [ 100] 0x3bb27dc0: used 12K (refcount 2 lock count 0, size 8192, align 4096, data 0x3bb28000, d1rual) 'Texture blob' [ 536] 0x3bb2ade0: used 12K (refcount 3 lock count 2, size 8192, align 4096, data 0x3bb2b000, d1rual) 'Texture blob' [ 112] 0x3bb2de00: used 12K (refcount 3 lock count 2, size 8192, align 4096, data 0x3bb2e000, d1rual) 'Texture blob' [ 504] 0x3bb30e20: used 12K (refcount 2 lock count 1, size 8192, align 4096, data 0x3bb31000, d1rual) 'Texture blob' 0x3bb33e40: free 36K [1814] 0x3bb3cea0: used 12K (refcount 2 lock count 0, size 8192, align 4096, data 0x3bb3d000, d1rual) 'Texture blob' [ 132] 0x3bb3fec0: used 8.0K (refcount 3 lock count 0, size 4096, align 4096, data 0x3bb40000, d1rual) 'Texture blob' [ 496] 0x3bb41ee0: used 12K (refcount 3 lock count 1, size 8192, align 4096, data 0x3bb42000, d1rual) 'Texture blob' 0x3bb44f00: free 37K [ 511] 0x3bb4e440: used 12K (refcount 3 lock count 1, size 8192, align 4096, data 0x3bb4f000, d1rual) 'Texture blob' 0x3bb51460: free 19K [ 623] 0x3bb56240: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb56260, d0rual) 'GLXX_TEXTURE_T' [ 472] 0x3bb564a0: used 8.0K (refcount 5 lock count 2, size 4096, align 4096, data 0x3bb57000, d1rual) 'Texture blob' 0x3bb584c0: free 17K [ 148] 0x3bb5c720: used 12K (refcount 8 lock count 7, size 8192, align 4096, data 0x3bb5d000, d1rual) 'Texture blob' [ 933] 0x3bb5f740: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb5f760, d0rual) 'GLXX_TEXTURE_T' 0x3bb5f9a0: free 1.8K [ 154] 0x3bb600e0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb60100, d0rual) 'GLXX_TEXTURE_T' [3433] 0x3bb60340: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb60360, d0rual) 'GLXX_TEXTURE_T' [ 61] 0x3bb605a0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb605c0, d0rual) 'GLXX_TEXTURE_T' [ 506] 0x3bb60800: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb60820, d0rual) 'GLXX_TEXTURE_T' 0x3bb60a60: free 4.5K [ 159] 0x3bb61c60: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb61c80, d0rual) 'GLXX_TEXTURE_T' [ 113] 0x3bb61ec0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb61ee0, d0rual) 'GLXX_TEXTURE_T' [1799] 0x3bb62120: used 12K (refcount 2 lock count 0, size 8192, align 4096, data 0x3bb63000, d1rual) 'Texture blob' 0x3bb65140: free 3.0K [ 754] 0x3bb65d20: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb65d40, d0rual) 'GLXX_TEXTURE_T' [ 768] 0x3bb65f80: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb65fa0, d0rual) 'GLXX_TEXTURE_T' 0x3bb661e0: free 5.3K [ 499] 0x3bb67720: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb67740, d0rual) 'GLXX_TEXTURE_T' [ 503] 0x3bb67980: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb679a0, d0rual) 'GLXX_TEXTURE_T' 0x3bb67be0: free 1.3K [ 289] 0x3bb680e0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb68100, d0rual) 'GLXX_TEXTURE_T' [ 523] 0x3bb68340: used 608 (refcount 2 lock count 0, size 540, align 4, data 0x3bb68360, d0rual) 'GLXX_TEXTURE_T' 0x3bb685a0: free 9.7K [ 522] 0x3bb6ac40: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb6ac60, d0rual) 'GLXX_TEXTURE_T' [ 526] 0x3bb6aea0: used 608 (refcount 2 lock count 0, size 540, align 4, data 0x3bb6aec0, d0rual) 'GLXX_TEXTURE_T' [ 491] 0x3bb6b100: used 608 (refcount 3 lock count 0, size 540, align 4, data 0x3bb6b120, d0rual) 'GLXX_TEXTURE_T' [2459] 0x3bb6b360: used 608 (refcount 3 lock count 0, size 540, align 4, data 0x3bb6b380, d0rual) 'GLXX_TEXTURE_T' [ 139] 0x3bb6b5c0: used 6.0K (refcount 2 lock count 0, size 2048, align 4096, data 0x3bb6c000, d1rual) 'Texture blob' [ 475] 0x3bb6cde0: used 12K (refcount 3 lock count 1, size 8192, align 4096, data 0x3bb6d000, d1rual) 'Texture blob' [ 471] 0x3bb6fe00: used 8.0K (refcount 3 lock count 0, size 4096, align 4096, data 0x3bb70000, d1rual) 'Texture blob' [ 478] 0x3bb71e20: used 12K (refcount 2 lock count 0, size 8192, align 4096, data 0x3bb72000, d1rual) 'Texture blob' [ 175] 0x3bb74e40: used 8.0K (refcount 7 lock count 0, size 4096, align 4096, data 0x3bb75000, d1rual) 'Texture blob' [ 142] 0x3bb76e60: used 8.0K (refcount 6 lock count 5, size 4096, align 4096, data 0x3bb77000, d1rual) 'Texture blob' [ 150] 0x3bb78e80: used 8.0K (refcount 24 lock count 23, size 4096, align 4096, data 0x3bb79000, d1rual) 'Texture blob' 0x3bb7aea0: free 4.3K [2447] 0x3bb7bfc0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb7bfe0, d0rual) 'GLXX_TEXTURE_T' [1653] 0x3bb7c220: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb7c240, d0rual) 'GLXX_TEXTURE_T' 0x3bb7c480: free 960 [1806] 0x3bb7c840: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb7c860, d0rual) 'GLXX_TEXTURE_T' [1819] 0x3bb7caa0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb7cac0, d0rual) 'GLXX_TEXTURE_T' [2457] 0x3bb7cd00: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb7cd20, d0rual) 'GLXX_TEXTURE_T' [ 513] 0x3bb7cf60: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb7cf80, d0rual) 'GLXX_TEXTURE_T' [1797] 0x3bb7d1c0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb7d1e0, d0rual) 'GLXX_TEXTURE_T' [ 466] 0x3bb7d420: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb7d440, d0rual) 'GLXX_TEXTURE_T' [ 134] 0x3bb7d680: used 12K (refcount 3 lock count 2, size 8192, align 4096, data 0x3bb7e000, d1rual) 'Texture blob' [ 198] 0x3bb806a0: used 9.1K (refcount 1 lock count 0, size 9216, align 4, data 0x3bb806c0, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' [ 156] 0x3bb82ae0: used 96K (refcount 1 lock count 1, size 98304, align 256, data 0x3bb82b00, D1rual) 'khrn_hw_bin_mem' 0x3bb9ac00: free 256 [ 92] 0x3bb9ad00: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb9ad20, d0rual) 'GLXX_TEXTURE_T' [ 537] 0x3bb9af60: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb9af80, d0rual) 'GLXX_TEXTURE_T' [ 136] 0x3bb9b1c0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb9b1e0, d0rual) 'GLXX_TEXTURE_T' [ 505] 0x3bb9b420: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb9b440, d0rual) 'GLXX_TEXTURE_T' [ 488] 0x3bb9b680: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bb9b6a0, d0rual) 'GLXX_TEXTURE_T' 0x3bb9b8e0: free 8.1K [ 489] 0x3bb9d940: used 20K (refcount 2 lock count 1, size 16384, align 4096, data 0x3bb9e000, d1rual) 'Texture blob' [ 121] 0x3bba2960: used 12K (refcount 2 lock count 1, size 8192, align 4096, data 0x3bba3000, d1rual) 'Texture blob' [ 167] 0x3bba5980: used 192 (refcount 1 lock count 0, size 104, align 8, data 0x3bba59a0, d1rual) 'shader code' [ 153] 0x3bba5a40: used 288 (refcount 1 lock count 0, size 208, align 8, data 0x3bba5a60, d1rual) 'shader code' 0x3bba5b60: free 3.0K [ 389] 0x3bba6740: used 3.1K (refcount 1 lock count 0, size 3072, align 4, data 0x3bba6760, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' [ 26] 0x3bba7380: used 2.8K (refcount 1 lock count 0, size 2769, align 1, data 0x3bba73a0, d0rual) 'mem_strdup' [ 87] 0x3bba7ea0: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3bba7ec0, d0rual) 'uniform map' [ 21] 0x3bba7f40: used 288 (refcount 1 lock count 0, size 216, align 8, data 0x3bba7f60, d1rual) 'shader code' 0x3bba8060: free 6.0K [ 429] 0x3bba9880: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3bba98a0, d0rual) 'GL20_PROGRAM_T.uniform_data' [ 428] 0x3bba9920: used 192 (refcount 1 lock count 0, size 100, align 4, data 0x3bba9940, d0rual) 'GL20_PROGRAM_T.uniform_info' [ 423] 0x3bba99e0: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3bba9a00, d0rual) 'GL20_PROGRAM_T.uniform_info' 0x3bba9a80: free 64 [ 541] 0x3bba9ac0: used 288 (refcount 1 lock count 0, size 216, align 8, data 0x3bba9ae0, d1rual) 'shader code' 0x3bba9be0: free 1.8K [ 517] 0x3bbaa2e0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bbaa300, d0rual) 'GLXX_TEXTURE_T' 0x3bbaa540: free 2.2K [1813] 0x3bbaae20: used 608 (refcount 2 lock count 0, size 540, align 4, data 0x3bbaae40, d0rual) 'GLXX_TEXTURE_T' [ 127] 0x3bbab080: used 608 (refcount 2 lock count 0, size 540, align 4, data 0x3bbab0a0, d0rual) 'GLXX_TEXTURE_T' [ 664] 0x3bbab2e0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bbab300, d0rual) 'GLXX_TEXTURE_T' [ 510] 0x3bbab540: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bbab560, d0rual) 'GLXX_TEXTURE_T' [ 507] 0x3bbab7a0: used 608 (refcount 2 lock count 0, size 540, align 4, data 0x3bbab7c0, d0rual) 'GLXX_TEXTURE_T' [1798] 0x3bbaba00: used 608 (refcount 2 lock count 0, size 540, align 4, data 0x3bbaba20, d0rual) 'GLXX_TEXTURE_T' [ 281] 0x3bbabc60: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bbabc80, d0rual) 'GLXX_TEXTURE_T' [ 474] 0x3bbabec0: used 608 (refcount 2 lock count 0, size 540, align 4, data 0x3bbabee0, d0rual) 'GLXX_TEXTURE_T' [ 527] 0x3bbac120: used 608 (refcount 3 lock count 0, size 540, align 4, data 0x3bbac140, d0rual) 'GLXX_TEXTURE_T' 0x3bbac380: free 352 [ 771] 0x3bbac4e0: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bbac500, d0rual) 'GLXX_TEXTURE_T' [ 652] 0x3bbac740: used 608 (refcount 7 lock count 0, size 540, align 4, data 0x3bbac760, d0rual) 'GLXX_TEXTURE_T' 0x3bbac9a0: free 1.3K [ 137] 0x3bbacee0: used 608 (refcount 6 lock count 0, size 540, align 4, data 0x3bbacf00, d0rual) 'GLXX_TEXTURE_T' [1802] 0x3bbad140: used 6.0K (refcount 39 lock count 19, size 2048, align 4096, data 0x3bbae000, d1rual) 'Texture blob' [1807] 0x3bbae960: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bbae980, d0rual) 'GLXX_TEXTURE_T' [ 131] 0x3bbaebc0: used 608 (refcount 24 lock count 0, size 540, align 4, data 0x3bbaebe0, d0rual) 'GLXX_TEXTURE_T' 0x3bbaee20: free 608 [1821] 0x3bbaf080: used 12K (refcount 19 lock count 10, size 8192, align 4096, data 0x3bbb0000, d1rual) 'Texture blob' [ 539] 0x3bbb20a0: used 6.0K (refcount 21 lock count 10, size 2048, align 4096, data 0x3bbb3000, d1rual) 'Texture blob' [ 868] 0x3bbb38c0: used 4.5K (refcount 21 lock count 10, size 512, align 4096, data 0x3bbb4000, d1rual) 'Texture blob' [1835] 0x3bbb4ae0: used 4.5K (refcount 13 lock count 10, size 512, align 4096, data 0x3bbb5000, d1rual) 'Texture blob' [1824] 0x3bbb5d00: used 4.5K (refcount 11 lock count 10, size 512, align 4096, data 0x3bbb6000, d1rual) 'Texture blob' [ 515] 0x3bbb6f20: used 4.5K (refcount 11 lock count 10, size 512, align 4096, data 0x3bbb7000, d1rual) 'Texture blob' [1827] 0x3bbb8140: used 5.0K (refcount 21 lock count 10, size 1024, align 4096, data 0x3bbb9000, d1rual) 'Texture blob' [1800] 0x3bbb9560: used 5.0K (refcount 21 lock count 10, size 1024, align 4096, data 0x3bbba000, d1rual) 'Texture blob' [1833] 0x3bbba980: used 4.5K (refcount 21 lock count 10, size 512, align 4096, data 0x3bbbb000, d1rual) 'Texture blob' [ 140] 0x3bbbbba0: used 20K (refcount 21 lock count 20, size 16384, align 4096, data 0x3bbbc000, d1rual) 'Texture blob' [1823] 0x3bbc0bc0: used 20K (refcount 21 lock count 10, size 16384, align 4096, data 0x3bbc1000, d1rual) 'Texture blob' 0x3bbc5be0: free 8.8K [1820] 0x3bbc7f00: used 608 (refcount 11 lock count 0, size 540, align 4, data 0x3bbc7f20, d0rual) 'GLXX_TEXTURE_T' 0x3bbc8160: free 2.1K [ 547] 0x3bbc89e0: used 12K (refcount 3 lock count 1, size 8192, align 4096, data 0x3bbc9000, d1rual) 'Texture blob' [ 481] 0x3bbcba00: used 608 (refcount 3 lock count 0, size 540, align 4, data 0x3bbcba20, d0rual) 'GLXX_TEXTURE_T' [ 988] 0x3bbcbc60: used 608 (refcount 1 lock count 0, size 540, align 4, data 0x3bbcbc80, d0rual) 'GLXX_TEXTURE_T' [1834] 0x3bbcbec0: used 608 (refcount 11 lock count 0, size 540, align 4, data 0x3bbcbee0, d0rual) 'GLXX_TEXTURE_T' [ 480] 0x3bbcc120: used 608 (refcount 11 lock count 0, size 540, align 4, data 0x3bbcc140, d0rual) 'GLXX_TEXTURE_T' [ 514] 0x3bbcc380: used 608 (refcount 11 lock count 0, size 540, align 4, data 0x3bbcc3a0, d0rual) 'GLXX_TEXTURE_T' [ 759] 0x3bbcc5e0: used 4.5K (refcount 11 lock count 0, size 512, align 4096, data 0x3bbcd000, d1rual) 'Texture blob' 0x3bbcd800: free 608 [ 438] 0x3bbcda60: used 288 (refcount 1 lock count 0, size 216, align 8, data 0x3bbcda80, d1rual) 'shader code' [ 437] 0x3bbcdb80: used 224 (refcount 1 lock count 0, size 144, align 8, data 0x3bbcdba0, d1rual) 'shader code' [ 433] 0x3bbcdc60: used 160 (refcount 1 lock count 0, size 80, align 4, data 0x3bbcdc80, d0rual) 'uniform map' [ 394] 0x3bbcdd00: used 288 (refcount 1 lock count 0, size 208, align 8, data 0x3bbcdd20, d1rual) 'shader code' [ 310] 0x3bbcde20: used 160 (refcount 1 lock count 0, size 88, align 8, data 0x3bbcde40, d1rual) 'shader code' [ 245] 0x3bbcdec0: used 12K (refcount 1 lock count 0, size 12288, align 4, data 0x3bbcdee0, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' [ 83] 0x3bbd0f00: used 1.3K (refcount 1 lock count 0, size 1200, align 4, data 0x3bbd0f20, d0rual) 'GL20_PROGRAM_T' [ 381] 0x3bbd1400: used 2.8K (refcount 1 lock count 0, size 2804, align 1, data 0x3bbd1420, d0rual) 'mem_strdup' [ 355] 0x3bbd1f40: used 5.1K (refcount 1 lock count 0, size 5120, align 4, data 0x3bbd1f60, d0RUal) 'GLSL_COPY_CONTEXT_T.mh_blob' [ 397] 0x3bbd3380: used 1.3K (refcount 1 lock count 0, size 1200, align 4, data 0x3bbd33a0, -
reading the output, 189MB of your 256 vram memory split (236 effective) is free whilst running a game, so the game itself is taking up less than 50MB.
that's what I mean - the one-size-fits-all solution is the default of 256mb (on a pi 2/3). there's no need to change it.
-
@dankcushions said in How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability:
reading the output, 189MB of your 256 vram memory split (236 effective) is free whilst running a game, so the game itself is taking up less than 50MB.
that's what I mean - the one-size-fits-all solution is the default of 256mb (on a pi 2/3). there's no need to change it.
I believe what you're saying but to throw a twist into the mix I have 600 split set through the raspi-config from that original article. I plan to lower it now after this discussion. Here's the snip from my /boot/config.txt. Maybe you can shed some light on why those numbers are those number by chance? The 236MB I mean with these settings. Is the line gpu_mem_1024=256 overriding the gpu_mem=600? It's a straight load of RetroPie 3.7 with the overclock sections thrown in. The first 3 lines are part of the default config.txt the 4th was added after changing the gpu_mem to 600 through the raspi-config tool. Unrelated I had a crash and bumped my overvolt to 6 to see if that's more stable. 5 is good but hoping for complete stability.
gpu_mem_256=128 gpu_mem_512=256 gpu_mem_1024=256 overscan_scale=1 gpu_mem=600 #Overclock Settings arm_freq=1350 over_voltage=6 temp_limit=80 core_freq=500 #GPU Based h264_freq=333 avoid_pwm_p11=1 gpu_mem=600 v3d_freq=500 #RAM Overclock sdram_freq=588 sdram_schmoo=0x02000020 over_voltage_sdram_p=6 over_voltage_sdram_i=4 over_voltage_sdram_c=4 #Sound Fix hdmi_drive=2 -
@Riverstorm said in How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability:
@dankcushions said in How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability:
reading the output, 189MB of your 256 vram memory split (236 effective) is free whilst running a game, so the game itself is taking up less than 50MB.
that's what I mean - the one-size-fits-all solution is the default of 256mb (on a pi 2/3). there's no need to change it.
I believe what you're saying but to throw a twist into the mix I have 600 split set through the raspi-config from that original article. I plan to lower it now after this discussion. Here's the snip from my /boot/config.txt. Maybe you can shed some light on why those numbers are those number by chance? The 236MB I mean with these settings. Is the line gpu_mem_1024=256 overriding the gpu_mem=600?
it's all in the documentation: http://elinux.org/RPiconfig#Memory
on a pi2/3, gpu_mem_1024 overrides gpu_mem -
@dankcushions said in How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability:
@Riverstorm said in How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability:
@dankcushions said in How to use Overclock and Mupen Core Options to significantly increase 64 game playability, quality, and stability:
reading the output, 189MB of your 256 vram memory split (236 effective) is free whilst running a game, so the game itself is taking up less than 50MB.
that's what I mean - the one-size-fits-all solution is the default of 256mb (on a pi 2/3). there's no need to change it.
I believe what you're saying but to throw a twist into the mix I have 600 split set through the raspi-config from that original article. I plan to lower it now after this discussion. Here's the snip from my /boot/config.txt. Maybe you can shed some light on why those numbers are those number by chance? The 236MB I mean with these settings. Is the line gpu_mem_1024=256 overriding the gpu_mem=600?
it's all in the documentation: http://elinux.org/RPiconfig#Memory
on a pi2/3, gpu_mem_1024 overrides gpu_memI know I am coming full circle with what you said a while ago. So do any emulators use more than the 256 or does that pretty much cover them all? I don't know RetroPie's total emulator count but it's a boatload and I surely haven't played them all. I suppose it's only the latter emulators that might use more memory but I don't know what ones they would be. So 256 it is? :) Minus what mrbwa1 was saying on potentially texture packs using more on the N64.
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