These drivers are not needed for booting, so anything that is listed for 2D in the 3.18 FAQ will work.

So, the reason I asked the question is because the card in question (HD8490) is listed in this thread (previous page), but isn't listed at all on the Morph 3.18 hardware FAQ page. I don't think it really matters TBH. When I looked up the hardware it seems that an 8490 isn't really much better than the HD5450 that I do have. Unfortunately that one refuses to work in the 2nd slot.

Quote:

https://www.morphos-team.net/hardware

Code:

So it is listed and it should give you a basic working system on a clean 3.18 install.

But sure it was an entry level card released 11 years ago, so I wouldn't ecpect much.

Sorry, don't know how I missed that. I did look, honest!

Today I've released the tenth public TinyGL beta release.

The main focus of this release is implementing support for framebuffer objects. However, in the course of doing that, many other related and unrelated parts of TinyGL have been improved as well, resulting in better OpenGL compliance and more features being implemented.

Please note that the R600 driver is absent from this release, but that it will be readded in a future release once I've updated it to the current TinyGL requirements.

For software developers, please make sure you read the included ReadMe file for important information on using new TinyGL features and fixes.

I'd like to thank everyone who's helped test this release, but especially beworld for his tireless testing and feedback regarding framebuffer objects and my general TinyGL improvements as well as jPV for his very helpful testing in this last week that helped me fix a handful of problems that would otherwise have made it into this release undetected.

Yay!

Thanks so much bigfoot, beworld and jpv! Will try right now.

Wow! Good news!

Great news, thanks bigfoot, beworld and jPV!

At every boot I have the activity indicator of debug 'on'. I do not know what/who is responsible, sdl 2 or tinygl latest releases. So here is the log that I obtain.

20.070| 128 bytes read
20.070| block#0 bytesum 0x0
20.070| 0x00: 00 ff ff ff ff ff ff 00 26 cd 11 66 26 0b 00 00 .ÿÿÿÿÿÿ..Í.f....
20.070| 0x10: 10 19 01 03 80 3c 22 78 2a 2f a5 a5 54 50 9e 27 .......x....TP..
20.070| 0x20: 10 50 54 33 08 00 71 00 81 40 81 80 a9 40 b3 00 .PT3..q.........
20.070| 0x30: 95 00 d1 c0 01 01 02 3a 80 18 71 38 2d 40 58 2c ..ÑÀ......q8..X.
20.071| 0x40: 45 00 56 50 21 00 00 1e 00 00 00 ff 00 31 31 32 E.VP.......ÿ.112
20.071| 0x50: 38 31 35 31 36 30 32 38 35 34 00 00 00 fd 00 37 8151602854...ý.7
20.071| 0x60: 4c 1e 53 11 00 0a 20 20 20 20 20 20 00 00 00 fc L.S............ü
20.071| 0x70: 00 50 4c 58 32 37 38 33 48 0a 20 20 20 20 00 61 .PLX2783H......a
20.071|
20.071| ID manufacturer Name = 'IVM'
20.071| ProductCode = 0x6611
20.071| Serial Number 260b0000
20.071| Week of Manufacture 16
20.071| Year of Manufacture 2015
20.071| EDID Structure Version 1.3
20.071|
20.071| Basic Display Parameters and Features
20.071| checkDDCdata: Video input: Digital signal
20.071| Max. Horizontal Image Size 60 cm
20.071| Max. Vertical Image Size 34 cm
20.071| Display Transfer Characteristic (Gamma): 2.2
20.071|
20.071| Feature Support (0x2a)
20.071| Supports Active Off/Very Low Power
20.071| RGB color display
20.071| Preferred timing mode is indicated in the first detailed timing block
20.071| (Note: Use of preferred timing mode is required by EDID structure version 1.3 and higher
20.071|
20.071| Phosphor or filter chromacity
20.071| red_x 0.6445 red_y 0.3301
20.071| green_x 0.3154 green_y 0.6201
20.071| blue_x 0.1543 blue_y 0.06445
20.071| white_x 0.2354 white_y 0.1338
20.071|
20.071| Established Timings
20.072| 640 x 480 @ 60Hz (IBM, VGA)
20.072| 640 x 480 @ 67Hz (Apple, MacII)
20.072| 800 x 600 @ 56Hz (VESA)
20.072| 800 x 600 @ 60Hz (VESA)
20.072| 1024 x 768 @ 60Hz (VESA)
20.072|
20.072| Standard timing identification #1
20.072| code 0x7100 (HActive 1152 Pixels VActive 720 Lines RefreshRate 60Hz Aspect 16:10)
20.072| Standard timing identification #2
20.072| code 0x8140 (HActive 1280 Pixels VActive 960 Lines RefreshRate 60Hz Aspect 4:3)
20.072| Standard timing identification #3
20.072| code 0x8180 (HActive 1280 Pixels VActive 1024 Lines RefreshRate 60Hz Aspect 5:4)
20.072| Standard timing identification #4
20.072| code 0xa940 (HActive 1600 Pixels VActive 1200 Lines RefreshRate 60Hz Aspect 4:3)
20.072| Standard timing identification #5
20.072| code 0xb300 (HActive 1680 Pixels VActive 1050 Lines RefreshRate 60Hz Aspect 16:10)
20.072| Standard timing identification #6
20.072| code 0x9500 (HActive 1440 Pixels VActive 900 Lines RefreshRate 60Hz Aspect 16:10)
20.072| Standard timing identification #7
20.072| code 0xd1c0 (HActive 1920 Pixels VActive 1080 Lines RefreshRate 60Hz Aspect 16:9)
20.072|
20.072| monitor descriptor 2 type 0xff
20.072| Monitor S/N: 1128151602854
20.072| monitor descriptor 3 type 0xfd
20.072| Monitor range limits
20.072| min vfreq 55 max vfreq 76
20.073| min hfreq 30 max hfreq 83
20.073| max pixclk 170MHz (0)
20.073|
20.073| monitor descriptor 4 type 0xfc
20.073| Monitor name: PLX2783H

I forgot to say that I obtain this debug log only with my macmini. On my amigaone x5000 I do not obtain any debug log.

Brumiga

[ Edité par Brumiga 29.09.2024 - 18:33 ]

@Brumiga

Ignore it.

Quote:

This is indeed from the TinyGL update, from MOSSYS:Devs/Monitors/Radeon. It's harmless and you can ignore it. It'll be removed in the next TinyGL update I release.

Thank you bigfoot for your clarification.

Brumiga

Thank you Bigfoot for your hard work. Offcourse also others.

Falcon_11

[ Edited by Falcon_11 30.09.2024 - 19:29 ]

This is a new stage for MorphOS! Thanks a lot bigfoot for this new TinyGL! Many games are more speed and new games with FBO support will be ported!

Thanks a lot to jPV and BeWorld of course too!

For me FBO is not advertised with SDL2.
- I updated TinyGL with TinyGL-Update-2024-09-29.lha
- I calling tglEnableNewExtensions(0) after calling SDL_GL_CreateContext(), and before listing extensions.

but EXT_framebuffer_object is not advertised.

tinygl1.jpg

tinygl2.jpg

could anyone use FBO with SDL2?

Quote:

Have you update to last SDL2 ?

No need to call tglEnableNewExtensions, SDL2 do it: https://github.com/BeWorld2018/SDL/blob/SDL-2.30.7-release/src/video/morphos/SDL_mosopengl.c#L178

I think you need to force OpenGL 2.0 detection, i see "OpenGL 2.0 not available".. force that. tinygl send you OpenGL 1.2...

After i need source to check and test

Thanks Beworld, my SDL2 was deifinitely outdated.
I updated to SDL-2.30.7, but now i'm getting compile error:

tinygl3.jpg

Quote:

ok wiht last version of SDL2, you need to put "-lGL" after -lSDL2

Thanks for your response Beworld!

Actually i had no -lGL in the makefile. If i put it after -lSDL2, the error is the same :/

so... you dont have last TinyGL SDK

Beworld: seems yes, but i ran the latest update... how can i check the installed TinyGL SDK version?

Into last archive: https://tinygl.molsen.co.za/TinyGL-Update-2024-09-29.lha

You need to read "readme"....

Part SDK:

Quote:

Thanks Beworld!

Now my test project is compiling.

The binary format geometry loader has endian problems, it's easy to modify.

The real problem is the shader compilation:

Image: tinygl4.png

Would be good to know is the max uniform count, and other limits.

Anyway, this TinyGL is promising from now :)

Quote:

Keep in mind. R300 is pretty limited to only 64 instructions. Instructions not natively supported are emulated with multiple instructions as well, which doesn't help either. :)

Multipass is the only way to get around that. If your shader is failing, simplify until it compiles...