[Core.System] Paths=../../../Engine/Content Paths=%GAMEDIR%Content Paths=../../../AC2/Plugins/FMODStudio/Content Paths=../../../Engine/Plugins/Runtime/Steam/SteamVR/Content Paths=../../../Engine/Plugins/Runtime/Oculus/OculusVR/Content Paths=../../../AC2/Plugins/ACShaders/Content Paths=../../../Engine/Plugins/2D/Paper2D/Content Paths=../../../Engine/Plugins/Developer/AnimationSharing/Content Paths=../../../Engine/Plugins/Editor/CryptoKeys/Content Paths=../../../Engine/Plugins/Enterprise/DatasmithContent/Content Paths=../../../Engine/Plugins/Media/MediaCompositing/Content [ConsoleVariables] r.Streaming.FullyLoadUsedTextures=1 r.PostProcessAAQuality=4 r.TemporalAACurrentFrameWeight=0.1 r.TemporalAASamples=8 r.TemporalAASharpness=1.0 r.Tonemapper.Sharpen=4 r.VolumetricFog=0 r.RenderTargetPoolMin=350 r.BloomQuality=1 r.AOquality=0 r.LensFlareQuality=0 r.SceneColorFormat=3 r.SceneColorFringeQuality=0 r.EyeAdaptationQuality=1 r.AmbientOcclusionLevels=1 r.AmbientOcclusionRadiusScale=1.7 r.TranslucencyLightingVolumeDim=24 r.ShadowQuality=4 R.DFshadowquality=1 r.Shadow.MaxResolution=512 r.DepthOfFieldQuality=0 r.MipMapLODBias=-0.8 r.HZBOcclusion=0 r.SSR.quality=0 r.SSR.MaxRoughness=0.1 r.RHICmdBypass=0 r.Shadow.CSM.MaxCascades=2 r.LightShaftDownSampleFactor=4 r.TiledDeferredShading.MinimumCount=10 FX.AllowGPUSorting=0 vr.InstancedStereo=1 vr.RoundRobinOcclusion=1 r.MaxAnisotropy=8 [/script/engine.renderersettings] a.URO.ForceAnimRate=2 a.URO.ForceInterpolation=1 r.OptimizeForUAVPerformance=1 r.Streaming.Boost=0 r.Streaming.DefragDynamicBounds=1 r.Streaming.FramesForFullUpdate=1 r.Streaming.FullyLoadUsedTextures=1 r.Streaming.HLODStrategy=2 r.Streaming.LimitPoolSizeToVRAM=1 r.Streaming.PoolSize=0 r.UseShaderCaching=1 r.UseShaderPredraw=1 r.bForceCPUAccessToGPUSkinVerts=True

# Upscaling: render the game at a lower resolution (thus saving performance), # then upscale the image to the target resolution to regain some of the lost # visual fidelity. upscaling: # enable (true) or disable (false) upscaling enabled: true # method to use for upscaling. Available options (all of them work on all GPUs): # - fsr (AMD FidelityFX Super Resolution) # - nis (NVIDIA Image Scaling) # - cas (AMD FidelityFX Contrast Adaptive Sharpening) method: fsr # control how much the render resolution is lowered. The renderScale factor is # applied to both width and height. So if renderScale is set to 0.5 and you # have a resolution of 2000x2000 configured in SteamVR, the resulting render # resolution is 1000x1000. # NOTE: this is different from how render scale works in SteamVR! A SteamVR # render scale of 0.5 would be equivalent to renderScale 0.707 in this mod! renderScale: 0.85 # configure how much the image is sharpened during upscaling. # This parameter works differently for each of the upscaling methods, so you # will have to tweak it after you have chosen your preferred upscaling method. sharpness: 1.0 # Performance optimization: only apply the (more expensive) upscaling method # to an inner area of the rendered image and use cheaper bilinear sampling on # the rest of the image. The radius parameter determines how large the area # with the more expensive upscaling is. Upscaling happens within a circle # centered at the projection centre of the eyes. You can use debugMode (below) # to visualize the size of the circle. # Note: to disable this optimization entirely, choose an arbitrary high value # (e.g. 100) for the radius. radius: 0.6 # when enables, applies a MIP bias to texture sampling in the game. This will # make the game treat texture lookups as if it were rendering at the higher # target resolution, which can improve image quality a little bit. However, # it can also cause render artifacts in rare circumstances. So if you experience # issues, you may want to turn this off. applyMipBias: true # Fixed foveated rendering: continue rendering the center of the image at full # resolution, but drop the resolution when going to the edges of the image. # There are four rings whose radii you can configure below. The inner ring/circle # is the area that's rendered at full resolution and reaches from the center to innerRadius. # The second ring reaches from innerRadius to midRadius and is rendered at half resolution. # The third ring reaches from midRadius to outerRadius and is rendered at 1/4th resolution. # The final fourth ring reaches from outerRadius to the edges of the image and is rendered # at 1/16th resolution. # Fixed foveated rendering is achieved with Variable Rate Shading. This technique is only # available on NVIDIA RTX and GTX 16xx cards. fixedFoveated: # enable (true) or disable (false) fixed foveated rendering enabled: true # configure the end of the inner circle, which is the area that will be rendered at full resolution innerRadius: 0.6 # configure the end of the second ring, which will be rendered at half resolution midRadius: 0.8 # configure the end of the third ring, which will be rendered at 1/4th resolution outerRadius: 1.0 # the remainder of the image will be rendered at 1/16th resolution # when reducing resolution, prefer to keep horizontal (true) or vertical (false) resolution? favorHorizontal: true # when applying fixed foveated rendering, vrperfkit will do its best to guess when the game # is rendering which eye to apply a proper foveation mask. # However, for some games the default guess may be wrong. In such instances, you can uncomment # and use the following option to change the order of rendering. # Use letters L (left), R (right) or S (skip) to mark the order in which the game renders to the # left or right eye, or skip a render target entirely. #overrideSingleEyeOrder: LRLRLR # Enabling debugMode will visualize the radius to which upscaling is applied (see above). # It will also output additional log messages and regularly report how much GPU frame time # the post-processing costs. debugMode: false # Hotkeys allow you to modify certain settings of the mod on the fly, which is useful # for direct comparsions inside the headset. Note that any changes you make via hotkeys # are not currently persisted in the config file and will reset to the values in the # config file when you next launch the game. hotkeys: # enable or disable hotkeys; if they cause conflicts with ingame hotkeys, you can either # configure them to different keys or just turn them off enabled: false # toggles debugMode toggleDebugMode: ["ctrl", "f1"] # cycle through the available upscaling methods cycleUpscalingMethod: ["ctrl", "f2"] # increase the upscaling circle's radius (see above) by 0.05 increaseUpscalingRadius: ["ctrl", "f3"] # decrease the upscaling circle's radius (see above) by 0.05 decreaseUpscalingRadius: ["ctrl", "f4"] # increase the upscaling sharpness (see above) by 0.05 increaseUpscalingSharpness: ["ctrl", "f5"] # decrease the upscaling sharpness (see above) by 0.05 decreaseUpscalingSharpness: ["ctrl", "f6"] # toggle the application of MIP bias (see above) toggleUpscalingApplyMipBias: ["ctrl", "f7"] # take a screen grab of the final (post-processed, upscaled) image. # The screen grab is stored as a dds file next to the DLL. captureOutput: ["ctrl", "f8"] # toggle fixed foveated rendering toggleFixedFoveated: ["alt", "f1"] # toggle if you want to prefer horizontal or vertical resolution toggleFFRFavorHorizontal: ["alt", "f2"]

{ "fsr": { // enable image upscaling through AMD's FSR or NVIDIA's NIS "enabled": true, // if enabled, uses NVIDIA's Image Scaling instead of the default // AMD FidelityFX SuperResolution. Both algorithms work similarly, but produce // somewhat different results. You may want to experiment switching between the // two to determine which one you like better for a particular game. "useNIS": false, // Per-dimension render scale. If <1, will lower the game's render resolution // accordingly and afterwards upscale to the "native" resolution set in SteamVR. // If >1, the game will render at its "native" resolution, and afterwards the // image is upscaled to a higher resolution as per the given value. // If =1, effectively disables upsampling, but you'll still get the sharpening stage. // AMD presets: // Ultra Quality => 0.77 // Quality => 0.67 // Balanced => 0.59 // Performance => 0.50 "renderScale": 0.77, // tune sharpness, values range from 0 to 1 "sharpness": 1.0, // Only apply FSR/NIS to the given radius around the center of the image. // Anything outside this radius is upscaled by simple bilinear filtering, // which is cheaper and thus saves a bit of performance. Due to the design // of current HMD lenses, you can experiment with fairly small radii and may // still not see a noticeable difference. // Sensible values probably lie somewhere between [0.2, 1.0]. However, note // that, since the image is not spheric, even a value of 1.0 technically still // skips some pixels in the corner of the image, so if you want to completely // disable this optimization, you can choose a value of 2. // IMPORTANT: if you face issues like the view appearing offset or mismatched // between the eyes, turn this optimization off by setting the value to 2.0 "radius": 0.5, // if enabled, applies a negative LOD bias to texture MIP levels // should theoretically improve texture detail in the upscaled image // IMPORTANT: if you experience issues with rendering like disappearing // textures or strange patterns in the rendering, try turning this off // by setting the value to false. "applyMIPBias": true, // If enabled, will visualize the radius to which FSR/NIS is applied. // Will also periodically log the GPU cost for applying FSR/NIS in the // current configuration. "debugMode": false } }

{ "resolutionQuality": 60, "viewDistanceQuality": 1, "antiAliasingQuality": 3, "shadowQuality": 1, "postProcessQuality": 1, "textureQuality": 2, "effectsQuality": 1, "foliageQuality": 1, "mirrorQualityLevel": 1, "mirrorFramerateCap": 45, "maxCarsVisible": 11, "isAATemporal": true, "aACustom": 0, "pixelDensity": 1.3500000238418579, "mirrorDistance": 10000, "advancedSharpenFilter": true, "materialsQuality": 0, "temporalUpsampling": true, "volumetricFog": 0, "bloomLevel": 0.30000001192092896, "bloomQuality": 1, "mirrorsResolution": 0, "foliageLodQuality": 2, "carLODSet": 100, "hLODEnabled": true, "shadowDistanceQuality": 0, "frameLimit": 120, "isMBlurEnabled": 0, "colorSaturation": 1.059999942779541, "sharpen": 3, "cameraDirtLevel": 1, "whiteBalance": 9300, "imageExposureGain": 0.48999997973442078, "imageContrast": 0.48999997973442078, "hmdWorldToMeters": 100, "fpsCapUI": true, "useLegacyTonemapper": false, "hDRColorGamut": 2, "hDRUILevel": 1, "contactShadows": 1, "dLSSEnable": false, "dLSSQuality": 0, "dLSSSharpness": 0, "tAAGen5": false, "aMDFSREnable": false, "aMDFSRQuality": 2, "aMDFSRSharpness": 0.20000004768371582 }