#Gamebryo engine texture method drivers
#Gamebryo engine texture method update
#Gamebryo engine texture method driver

Im pretty sure I have backups of the originals and will retry with them but I dont think textures would change much when the game is being run at such low settings.Д®dit2: Yeah I retested with the Original Ba2s and I dont really understand if it was just cause the game loaded differently or something but diamond city gained 3 fps while corvega lost 2ДЄ lot of this depends on the API used, and the complexity of the scene.

#Gamebryo engine texture method drivers

youd think the better binned processors would be better no? Maybe its just nvidias drivers causing the difference with the 1700? And I dont really see a reason why the 1080ti would make a 1600 with slower ram faster than a 1600x with faster ram.Д®dit: Didnt think about this until afterwards but I do have the fallout 4 texture optimization project baked into my ba2 files.

#Gamebryo engine texture method update

I have a ryzen and a gtx version 398.36) with 3200Mhz(Havent tried to run it at 3200 since 2 bios updates ago running it at 2933Mhz atm) CL14 ramДiamond City: 8000 Draw Calls(draw calls werent very consistent in diamond city ranged anywhere from 7900 to 8400)Дont know if it was a firmware update in between all of the test results but from my results it seems leaving all threads enabled provides the best performance in contrary to what other people have found about using a single ccxДЄlso why is my 1600x beating a 1700 that has 500Mhz faster ram by like 4 fps if this is purely an architectural issue? Also the normal 1600 with slower ram beating mine. On the previous thread you asked people to test ccx with ryzen processors and I can confirm that it does not have a huge impact on performance maybe 1/2%. Hello Majin I made this account so I could add some insight to your results. With Fallout 4, we see Ryzen performing 21-23% slower than Skylake when in draw call intensive scenes.

Outside of that particular configuration, however, and Ryzen is sorely lacking in draw call performance.Д®dit1: This behaviour also coincides with the results from Part 2, where we saw Ryzen performing around 25% slower than Skylake in a draw call benchmark.

But an NVidia one? And with fast RAM? Ryzen then appears to give the xLake architecture a run for it's money.

#Gamebryo engine texture method driver

When paired with a Ryzen processor, the difference in driver overhead is especially pronounced, with 50fps being a hard to reach target when partnered with an AMD GPU. An Intel xLake CPU can just about keep at 60fps when partnered with an AMD card, but when partnered with an NVidia card, the game can reach above 70fps in these draw call limited scenes. For Ryzen to pull 60fps in Fallout 4's intensive scenes, blazing fast DDR4 is required, as is an NVidia card. The second, is that NVidia's driver has around 30% higher framerates than AMD's, no matter the architecture. The first, is that we see Fallout 4 loves fast RAM more than anything else. The former due to it issuing the most draw calls out of any area in Fallout 4 (11,000 draw calls), and the latter due to it issuing many draw calls (8,000) while also having NPCs interacting with each other.ДЄnd here are the results, from an array of systems. But that's not part of the game in and of itself, so instead, I picked two particularly problematic areas: Corvega, and Diamond City. The worst offender is in player-made settlements, where the draw calls can reach 20,000 in number. In Fallout 4, there are areas where your framerate would plummet. If we take the above scene, and somehow swapped Oblivion's renderer for a deferred one, we'd see, for example, 2,030 draw calls should those three NPCs have their torches out.Д«ut even deferred rendering is not enough these days. Luckily, game developers invented Deferred Rendering, where only the objects a light affects are redrawn. So if the game would only issue 2,000 draw calls, it would now be making 8,000 draw calls should three NPCs equip their illuminating torches. This is due to the game using Forward Rendering, where the entire scene is redrawn for as many times as there are active lights. And this isn't a new thing as far back as 2006 with Oblivion, performance would utterly die during raining weather, as NPCs would take out their light-casting torches.

The most significant hit to framerates in large games, open world games especially, is caused by excessive draw call counts.