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settings.cpp
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/*
***********************************************************************************************************************
*
* Copyright (c) 2014-2025 Advanced Micro Devices, Inc. All Rights Reserved.
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*
**********************************************************************************************************************/
/**
***********************************************************************************************************************
* @file settings.cpp
* @brief Contains implementation of Vulkan Settings Loader class.
***********************************************************************************************************************
*/
#include "include/vk_utils.h"
#include "settings/settings.h"
#include "vkgcDefs.h"
#include "settings/g_experiments.h"
#include "palFile.h"
#include "palHashMapImpl.h"
#include "palAssert.h"
#include "palInlineFuncs.h"
#include "palSysMemory.h"
#include "palPlatform.h"
#include "devDriverServer.h"
#include "dd_settings_service.h"
#include "experimentsLoader.h"
#include "../layers/include/query_dlist.h"
using namespace DevDriver::SettingsURIService;
#include <sstream>
#include <climits>
#include <cmath>
using namespace Util;
#define PAL_SET_VAL_IF_EXPERIMENT_ENABLED(opt, var, val) if (pExpSettings->exp##opt.ValueOr(false)) \
{ \
pPalSettings->var = val; \
}
#define VK_SET_VAL_IF_EXPERIMENT_ENABLED(opt, var, val) if (pExpSettings->exp##opt.ValueOr(false)) \
{ \
m_settings.var = val; \
}
namespace vk
{
// =====================================================================================================================
static uint32_t ExpSwsToXglSws(
ExpShaderWaveSize wsIn)
{
uint32_t wsOut = WaveSizeAuto;
switch (wsIn)
{
case ExpWaveSizeWave64:
wsOut = 64;
break;
case ExpWaveSizeWave32:
wsOut = 32;
break;
case ExpWaveSizeAuto:
wsOut = 0;
break;
default:
wsOut = 0;
break;
}
return wsOut;
}
// =====================================================================================================================
static ExpShaderWaveSize XglSwsToExpSws(
uint32_t wsIn)
{
ExpShaderWaveSize wsOut = ExpWaveSizeInvalid;
switch (wsIn)
{
case 64:
wsOut = ExpWaveSizeWave64;
break;
case 32:
wsOut = ExpWaveSizeWave32;
break;
case 0:
wsOut = ExpWaveSizeAuto;
break;
default:
wsOut = ExpWaveSizeInvalid;
break;
}
return wsOut;
}
// =====================================================================================================================
static void OverrideVkd3dCommonSettings(
RuntimeSettings* pSettings)
{
pSettings->exportNvComputeShaderDerivatives = true;
pSettings->exportNvDeviceGeneratedCommands = true;
pSettings->exportImageCompressionControl = true;
pSettings->disableSingleMipAnisoOverride = false;
pSettings->exportImageAlignmentControl = true;
}
// =====================================================================================================================
// Constructor for the SettingsLoader object.
VulkanSettingsLoader::VulkanSettingsLoader(
Pal::IDevice* pDevice,
Pal::IPlatform* pPlatform,
ExperimentsLoader* pExpLoader)
:
DevDriver::SettingsBase(&m_settings, sizeof(m_settings)),
m_pDevice(pDevice),
m_pPlatform(pPlatform),
m_pExperimentsLoader(pExpLoader)
{
}
// =====================================================================================================================
VulkanSettingsLoader::~VulkanSettingsLoader()
{
}
Result VulkanSettingsLoader::Init()
{
return (SetupDefaultsAndPopulateMap() == DD_RESULT_SUCCESS) ? Result::Success : Result::ErrorUnknown;
}
// =====================================================================================================================
// Append sub path to root path to generate an absolute path.
static char* MakeAbsolutePath(
char* pDstPath, ///< [in,out] destination path which is an absolute path.
size_t dstSize, ///< [in] Length of the destination path string.
const char* pRootPath, ///< [in] Root path.
const char* pSubPath) ///< [in] *Relative* path.
{
VK_ASSERT((pDstPath != nullptr) && (pRootPath != nullptr) && (pSubPath != nullptr));
// '/' works perfectly fine on Windows as file path separator character:
std::ostringstream s;
s << pRootPath << "/" << pSubPath;
Strncpy(pDstPath, s.str().c_str(), dstSize);
return pDstPath;
}
// =====================================================================================================================
// Override defaults based on system info. This *must* occurs after ReadSettings because it is used to add correct root path
void VulkanSettingsLoader::OverrideSettingsBySystemInfo()
{
// Overrides all paths for debug files to expected values.
// Now those directories in setting are all *relative*:
// Relative to the path in the AMD_DEBUG_DIR environment variable, and if that env var isn't set, the location is
// platform dependent. So we need to query the root path from device and then concatenate two strings (of the root
// path and relative path of specific file) to final usable absolute path
const char* pRootPath = m_pDevice->GetDebugFilePath();
if (pRootPath != nullptr)
{
if (m_settings.appendExeNameToPipelineDump)
{
char executableName[PATH_MAX];
char executablePath[PATH_MAX];
utils::GetExecutableNameAndPath(executableName, executablePath);
char tmpDirStr[DD_SETTINGS_MAX_PATH_SIZE] = {0};
Util::Snprintf(tmpDirStr,
sizeof(tmpDirStr),
"%s/%s",
m_settings.pipelineDumpDir,
executableName);
Util::Strncpy(m_settings.pipelineDumpDir, tmpDirStr, sizeof(m_settings.pipelineDumpDir));
}
MakeAbsolutePath(m_settings.pipelineDumpDir, sizeof(m_settings.pipelineDumpDir),
pRootPath, m_settings.pipelineDumpDir);
MakeAbsolutePath(m_settings.shaderReplaceDir, sizeof(m_settings.shaderReplaceDir),
pRootPath, m_settings.shaderReplaceDir);
MakeAbsolutePath(m_settings.appProfileDumpDir, sizeof(m_settings.appProfileDumpDir),
pRootPath, m_settings.appProfileDumpDir);
MakeAbsolutePath(m_settings.pipelineProfileDumpFile, sizeof(m_settings.pipelineProfileDumpFile),
pRootPath, m_settings.pipelineProfileDumpFile);
#if VKI_RUNTIME_APP_PROFILE
MakeAbsolutePath(m_settings.pipelineProfileRuntimeFile, sizeof(m_settings.pipelineProfileRuntimeFile),
pRootPath, m_settings.pipelineProfileRuntimeFile);
#endif
MakeAbsolutePath(m_settings.debugPrintfDumpFolder, sizeof(m_settings.debugPrintfDumpFolder),
pRootPath, m_settings.debugPrintfDumpFolder);
}
}
// =====================================================================================================================
// Overrides the experiments info
void VulkanSettingsLoader::OverrideDefaultsExperimentInfo()
{
const ExpSettings* pExpSettings = m_pExperimentsLoader->GetExpSettings();
Pal::PalPublicSettings* pPalSettings = m_pDevice->GetPublicSettings();
VK_SET_VAL_IF_EXPERIMENT_ENABLED(MeshShaderSupport, enableMeshAndTaskShaders, false);
#if VKI_RAY_TRACING
VK_SET_VAL_IF_EXPERIMENT_ENABLED(RayTracingSupport, enableRaytracingSupport, false);
#endif
VK_SET_VAL_IF_EXPERIMENT_ENABLED(VariableRateShadingSupport, enableVariableRateShading, false);
VK_SET_VAL_IF_EXPERIMENT_ENABLED(Native16BitTypesSupport, enableNative16BitTypes, false);
VK_SET_VAL_IF_EXPERIMENT_ENABLED(AmdVendorExtensions, disableAmdVendorExtensions, true);
VK_SET_VAL_IF_EXPERIMENT_ENABLED(ComputeQueueSupport, forceComputeQueueCount, 0);
if (pExpSettings->expBarrierOptimizations.ValueOr(false))
{
pPalSettings->pwsMode = Pal::PwsMode::Disabled;
m_settings.useAcquireReleaseInterface = false;
}
if (pExpSettings->expShaderCompilerOptimizations.ValueOr(false))
{
m_settings.disableLoopUnrolls = true;;
}
#if VKI_RAY_TRACING
if (pExpSettings->expAccelStructureOpt.ValueOr(false))
{
m_settings.rtEnableRebraid = false;
m_settings.rtBvhBuildModeFastBuild = BvhBuildModeLinear;
m_settings.enablePairCompressionCostCheck = true;
}
#endif
if (pExpSettings->expVsWaveSize.HasValue())
{
m_settings.vsWaveSize = ExpSwsToXglSws(pExpSettings->expVsWaveSize.Value());
}
if (pExpSettings->expTcsWaveSize.HasValue())
{
m_settings.tcsWaveSize = ExpSwsToXglSws(pExpSettings->expTcsWaveSize.Value());
}
if (pExpSettings->expTesWaveSize.HasValue())
{
m_settings.tesWaveSize = ExpSwsToXglSws(pExpSettings->expTesWaveSize.Value());
}
if (pExpSettings->expGsWaveSize.HasValue())
{
m_settings.gsWaveSize = ExpSwsToXglSws(pExpSettings->expGsWaveSize.Value());
}
if (pExpSettings->expFsWaveSize.HasValue())
{
m_settings.fsWaveSize = ExpSwsToXglSws(pExpSettings->expFsWaveSize.Value());
}
if (pExpSettings->expCsWaveSize.HasValue())
{
m_settings.csWaveSize = ExpSwsToXglSws(pExpSettings->expCsWaveSize.Value());
}
if (pExpSettings->expMsWaveSize.HasValue())
{
m_settings.meshWaveSize = ExpSwsToXglSws(pExpSettings->expMsWaveSize.Value());
}
#if VKI_RAY_TRACING
if (pExpSettings->expRayTracingPipelineCompilationMode.ValueOr(false))
{
m_settings.rtCompileMode = RtCompileModeIndirect;
}
#endif
if (pExpSettings->expShaderCache.ValueOr(false))
{
m_settings.shaderCacheMode = ShaderCacheDisable;
m_settings.usePalPipelineCaching = false;
m_settings.allowExternalPipelineCacheObject = false;
}
if (pExpSettings->expForceNonUniformResourceIndex.ValueOr(false))
{
m_settings.forceNonUniformDescriptorIndex = 0x3FFF;
}
VK_SET_VAL_IF_EXPERIMENT_ENABLED(TextureColorCompression, forceDisableCompression, DisableCompressionForColor);
PAL_SET_VAL_IF_EXPERIMENT_ENABLED(ZeroUnboundDescriptors, zeroUnboundDescDebugSrd, true);
VK_SET_VAL_IF_EXPERIMENT_ENABLED(ThreadSafeCommandAllocator, threadSafeAllocator, true);
if (pExpSettings->expVerticalSynchronization.HasValue())
{
ExpVSyncControl state = pExpSettings->expVerticalSynchronization.Value();
if (state == ExpVSyncControlAlwaysOn)
{
m_settings.vSyncControl = VSyncControlAlwaysOn;
}
else if (state == ExpVSyncControlAlwaysOff)
{
m_settings.vSyncControl = VSyncControlAlwaysOff;
}
else
{
m_pExperimentsLoader->ReportVsyncState(ExpVSyncControlInvalid);
PAL_ASSERT_ALWAYS();
}
}
VK_SET_VAL_IF_EXPERIMENT_ENABLED(DisableMultiSubmitChaining, multiSubmitChaining, false);
}
// =====================================================================================================================
// Sets the final values for the experiments
void VulkanSettingsLoader::FinalizeExperiments()
{
ExpSettings* pExpSettings = m_pExperimentsLoader->GetMutableExpSettings();
Pal::PalPublicSettings* pPalSettings = m_pDevice->GetPublicSettings();
pExpSettings->expMeshShaderSupport = (m_settings.enableMeshAndTaskShaders == false);
#if VKI_RAY_TRACING
pExpSettings->expRayTracingSupport = (m_settings.enableRaytracingSupport == false);
#endif
pExpSettings->expVariableRateShadingSupport = (m_settings.enableVariableRateShading == false);
pExpSettings->expNative16BitTypesSupport = (m_settings.enableNative16BitTypes == false);
pExpSettings->expAmdVendorExtensions = m_settings.disableAmdVendorExtensions;
pExpSettings->expComputeQueueSupport = (m_settings.forceComputeQueueCount == 0);
pExpSettings->expBarrierOptimizations = ((pPalSettings->pwsMode == Pal::PwsMode::Disabled) &&
(m_settings.useAcquireReleaseInterface == false));
pExpSettings->expVsWaveSize = XglSwsToExpSws(m_settings.vsWaveSize);
pExpSettings->expTcsWaveSize = XglSwsToExpSws(m_settings.tcsWaveSize);
pExpSettings->expTesWaveSize = XglSwsToExpSws(m_settings.tesWaveSize);
pExpSettings->expGsWaveSize = XglSwsToExpSws(m_settings.gsWaveSize);
pExpSettings->expFsWaveSize = XglSwsToExpSws(m_settings.fsWaveSize);
pExpSettings->expCsWaveSize = XglSwsToExpSws(m_settings.csWaveSize);
pExpSettings->expMsWaveSize = XglSwsToExpSws(m_settings.meshWaveSize);
#if VKI_RAY_TRACING
pExpSettings->expRayTracingPipelineCompilationMode = (m_settings.rtCompileMode == RtCompileModeIndirect);
#endif
pExpSettings->expForceNonUniformResourceIndex = (m_settings.forceNonUniformDescriptorIndex == 0x3FFF);
pExpSettings->expTextureColorCompression = m_settings.forceDisableCompression == DisableCompressionForColor;
pExpSettings->expZeroUnboundDescriptors = pPalSettings->zeroUnboundDescDebugSrd;
pExpSettings->expThreadSafeCommandAllocator = m_settings.threadSafeAllocator;
}
// =====================================================================================================================
// Informs tools of unsupported experiments
void VulkanSettingsLoader::ReportUnsupportedExperiments(
Pal::DeviceProperties* pInfo)
{
if (pInfo->gfxipProperties.flags.supportDoubleRate16BitInstructions == 0)
{
m_pExperimentsLoader->SaveUnsupportedExperiment(expNative16BitTypesSupportHash);
}
if (pInfo->gfxipProperties.srdSizes.bvh == 0)
{
#if VKI_RAY_TRACING
m_pExperimentsLoader->SaveUnsupportedExperiment(expAccelStructureOptHash);
m_pExperimentsLoader->SaveUnsupportedExperiment(expRayTracingSupportHash);
#endif
}
if (pInfo->gfxipProperties.flags.supportMeshShader == 0)
{
m_pExperimentsLoader->SaveUnsupportedExperiment(expMeshShaderSupportHash);
}
if (pInfo->gfxipProperties.supportedVrsRates == 0)
{
m_pExperimentsLoader->SaveUnsupportedExperiment(expVariableRateShadingSupportHash);
}
}
// =====================================================================================================================
// Override defaults based on application profile. This occurs before any CCC settings or private panel settings are
// applied.
VkResult VulkanSettingsLoader::OverrideProfiledSettings(
const VkAllocationCallbacks* pAllocCb,
uint32_t appVersion,
AppProfile appProfile,
Pal::DeviceProperties* pInfo)
{
VkResult result = VkResult::VK_SUCCESS;
Pal::PalPublicSettings* pPalSettings = m_pDevice->GetPublicSettings();
// By allowing the enable/disable to be set by environment variable, any third party platform owners
// can enable or disable the feature based on their internal feedback and not have to wait for a driver
// update to catch issues
const char* pPipelineCacheEnvVar = getenv(m_settings.pipelineCachingEnvironmentVariable);
if (pPipelineCacheEnvVar != nullptr)
{
m_settings.usePalPipelineCaching = (atoi(pPipelineCacheEnvVar) != 0);
}
const char* pEnableInternalCacheToDisk = getenv("AMD_VK_ENABLE_INTERNAL_PIPELINECACHING_TO_DISK");
if (pEnableInternalCacheToDisk != nullptr)
{
m_settings.enableInternalPipelineCachingToDisk = (atoi(pEnableInternalCacheToDisk) != 0);
}
{
// In general, DCC is very beneficial for color attachments, 2D, 3D shader storage resources that have BPP>=32.
// If this is completely offset, maybe by increased shader read latency or partial writes of DCC blocks, it
// should be debugged on a case by case basis.
m_settings.forceEnableDcc = (ForceDccForColorAttachments |
ForceDccFor2DShaderStorage |
ForceDccFor3DShaderStorage |
ForceDccFor32BppShaderStorage |
ForceDccFor64BppShaderStorage);
}
m_settings.optImgMaskToApplyShaderReadUsageForTransferSrc |= VK_IMAGE_USAGE_COLOR_ATTACHMENT_BIT;
#if VKI_RAY_TRACING
const char* pMaxInlinedShadersEnvVar = getenv("AMD_VK_MAX_INLINED_SHADERS");
if (pMaxInlinedShadersEnvVar != nullptr)
{
m_settings.maxUnifiedNonRayGenShaders = static_cast<uint32_t>(atoi(pMaxInlinedShadersEnvVar));
}
// Default optimized RT settings for Navi31 / 32,
// which has physical VGPR 1536 per SIMD
if (pInfo->gfxipProperties.shaderCore.vgprsPerSimd == 1536)
{
// 1.2% faster - Corresponds to 1.5x VGPR feature
m_settings.rtIndirectVgprLimit = 120;
// 1% faster using indirectCallTargetOccupancyPerSimd of 0.75
m_settings.indirectCallTargetOccupancyPerSimd = 0.75;
}
#endif
{
m_settings.disableImplicitInvariantExports = false;
}
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)
{
// Enable NGG culling by default for Navi2x.
m_settings.nggEnableBackfaceCulling = true;
m_settings.nggEnableSmallPrimFilter = true;
// Enable NGG compactionless mode for Navi2x
m_settings.nggCompactVertex = false;
}
else if (IsGfx11(pInfo->gfxLevel))
{
// Enable NGG compactionless mode for Navi3x
m_settings.nggCompactVertex = false;
// Hardcode wave sizes per shader stage until the ML model is trained and perf lab testing is done
m_settings.csWaveSize = 64;
m_settings.fsWaveSize = 64;
}
// Put command buffers in local for large/resizable BAR systems with > 7 GBs of local heap
constexpr gpusize _1GB = 1024ull * 1024ull * 1024ull;
if (pInfo->gpuMemoryProperties.barSize > (7ull * _1GB))
{
if ((appProfile != AppProfile::WorldWarZ)
&& (appProfile != AppProfile::XPlane)
&& ((appProfile != AppProfile::IndianaJonesGC) || (pInfo->gpuMemoryProperties.barSize > (11ull * _1GB)))
&& (appProfile != AppProfile::SeriousSam4))
{
m_settings.cmdAllocatorDataHeap = Pal::GpuHeapLocal;
m_settings.cmdAllocatorEmbeddedHeap = Pal::GpuHeapLocal;
}
if ((appProfile == AppProfile::DoomEternal) ||
(appProfile == AppProfile::SniperElite5) ||
(appProfile == AppProfile::CSGO))
{
m_settings.overrideHeapChoiceToLocal = OverrideChoiceForGartUswc;
}
}
if (appProfile == AppProfile::Doom)
{
m_settings.optColorTargetUsageDoesNotContainResolveLayout = true;
m_settings.barrierFilterOptions = SkipStrayExecutionDependencies |
SkipImageLayoutUndefined |
SkipDuplicateResourceBarriers;
m_settings.modifyResourceKeyForAppProfile = true;
m_settings.forceImageSharingMode = ForceImageSharingMode::ForceImageSharingModeExclusive;
m_settings.asyncComputeQueueMaxWavesPerCu = 20;
// id games are known to query instance-level functions with vkGetDeviceProcAddr illegally thus we
// can't do any better than returning a non-null function pointer for them.
m_settings.lenientInstanceFuncQuery = true;
}
if (appProfile == AppProfile::DoomVFR)
{
// id games are known to query instance-level functions with vkGetDeviceProcAddr illegally thus we
// can't do any better than returning a non-null function pointer for them.
m_settings.lenientInstanceFuncQuery = true;
// This works around a crash at app startup.
m_settings.ignoreSuboptimalSwapchainSize = true;
m_settings.forceEnableDcc = ForceDccDefault;
if (pInfo->revision == Pal::AsicRevision::Navi14)
{
m_settings.barrierFilterOptions = SkipImageLayoutUndefined;
}
}
if (appProfile == AppProfile::WolfensteinII)
{
m_settings.disableSingleMipAnisoOverride = false;
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)
{
// Mall no alloc settings give a 2.91% gain
m_settings.mallNoAllocCtPolicy = MallNoAllocCtAsSnsr;
m_settings.mallNoAllocCtSsrPolicy = MallNoAllocCtSsrAsSnsr;
}
else if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp11_5)
{
m_settings.pipelineBinningMode = PipelineBinningModeEnable;
m_settings.disableBinningPsKill = DisableBinningPsKillTrue;
m_settings.overrideWgpMode = WgpModeWgp;
}
// Don't enable DCC for color attachments aside from those listed in the app_resource_optimizer
m_settings.forceEnableDcc = ForceDccDefault;
}
if (appProfile == AppProfile::WolfensteinYoungblood)
{
m_settings.overrideHeapGartCacheableToUswc = true;
if (pInfo->gpuType == Pal::GpuType::Discrete)
{
m_settings.cmdAllocatorDataHeap = Pal::GpuHeapLocal;
m_settings.cmdAllocatorEmbeddedHeap = Pal::GpuHeapLocal;
}
// Don't enable DCC for color attachments aside from those listed in the app_resource_optimizer
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_1)
{
m_settings.forceEnableDcc = ForceDccDefault;
}
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)
{
if (pInfo->revision == Pal::AsicRevision::Navi21)
{
}
}
else if (IsGfx11(pInfo->gfxLevel))
{
if (pInfo->revision == Pal::AsicRevision::Navi31)
{
{
m_settings.mallNoAllocCtPolicy = MallNoAllocCtAsSnsr;
m_settings.mallNoAllocSsrPolicy = MallNoAllocSsrAsSnsr;
}
}
}
}
if ((appProfile == AppProfile::WolfensteinII) ||
(appProfile == AppProfile::WolfensteinYoungblood))
{
m_settings.optColorTargetUsageDoesNotContainResolveLayout = true;
m_settings.barrierFilterOptions = SkipStrayExecutionDependencies |
SkipImageLayoutUndefined;
m_settings.modifyResourceKeyForAppProfile = true;
m_settings.forceImageSharingMode = ForceImageSharingMode::ForceImageSharingModeExclusive;
m_settings.forceComputeQueueCount = 1;
m_settings.asyncComputeQueueMaxWavesPerCu = 20;
// id games are known to query instance-level functions with vkGetDeviceProcAddr illegally thus we
// can't do any better than returning a non-null function pointer for them.
m_settings.lenientInstanceFuncQuery = true;
}
if (((appProfile == AppProfile::WolfensteinII) ||
(appProfile == AppProfile::WolfensteinYoungblood) ||
(appProfile == AppProfile::Doom)) &&
((pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_1) ||
(pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)))
{
m_settings.nggSubgroupSizing = NggSubgroupExplicit;
m_settings.nggVertsPerSubgroup = 254;
m_settings.nggPrimsPerSubgroup = 128;
}
if (appProfile == AppProfile::WorldWarZ)
{
// This application oversubscribes on 4 GB cards during ALT+TAB
m_settings.memoryDeviceOverallocationAllowed = true;
m_settings.reportSuboptimalPresentAsOutOfDate = true;
if (pInfo->revision != Pal::AsicRevision::Navi21)
{
m_settings.optimizeCmdbufMode = EnableOptimizeCmdbuf;
}
{
m_settings.forceEnableDcc = (ForceDccFor64BppShaderStorage |
ForceDccForNonColorAttachmentShaderStorage |
ForceDccForColorAttachments |
ForceDccFor2DShaderStorage);
}
// Mall no alloc setting gives a ~0.82% gain
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)
{
m_settings.csWaveSize = 64;
m_settings.fsWaveSize = 64;
if (pInfo->revision == Pal::AsicRevision::Navi21)
{
m_settings.forceEnableDcc = (ForceDccFor64BppShaderStorage |
ForceDccFor32BppShaderStorage |
ForceDccForNonColorAttachmentShaderStorage |
ForceDccForColorAttachments |
ForceDccFor3DShaderStorage);
m_settings.mallNoAllocCtSsrPolicy = MallNoAllocCtSsrAsSnsr;
}
if (pInfo->revision == Pal::AsicRevision::Navi22)
{
m_settings.forceEnableDcc = (ForceDccFor3DShaderStorage |
ForceDccForColorAttachments |
ForceDccForNonColorAttachmentShaderStorage |
ForceDccFor64BppShaderStorage);
m_settings.mallNoAllocCtSsrPolicy = MallNoAllocCtSsrAsSnsr;
}
if (pInfo->revision == Pal::AsicRevision::Navi23)
{
m_settings.forceEnableDcc = (ForceDccFor32BppShaderStorage |
ForceDccForNonColorAttachmentShaderStorage |
ForceDccForColorAttachments |
ForceDccFor3DShaderStorage);
}
if (pInfo->revision == Pal::AsicRevision::Navi24)
{
m_settings.forceEnableDcc = (ForceDccFor64BppShaderStorage |
ForceDccForNonColorAttachmentShaderStorage |
ForceDccForColorAttachments |
ForceDccFor3DShaderStorage);
m_settings.mallNoAllocCtPolicy = MallNoAllocCtAsSnsr;
}
}
if (IsGfx11(pInfo->gfxLevel))
{
m_settings.resourceBarrierOptions &= ~ResourceBarrierOptions::SkipDstCacheInv;
}
m_settings.implicitExternalSynchronization = false;
}
if (appProfile == AppProfile::TheCrewMotorfest)
{
}
if (appProfile == AppProfile::AtlasFallen)
{
if (IsGfx11(pInfo->gfxLevel))
{
{
if (pInfo->revision == Pal::AsicRevision::Navi32)
{
m_settings.mallNoAllocSsrPolicy = MallNoAllocSsrAsSnsr;
}
else if (pInfo->revision == Pal::AsicRevision::Navi33)
{
m_settings.mallNoAllocSsrPolicy = MallNoAllocSsrAsSnsr;
m_settings.mallNoAllocCtSsrPolicy = MallNoAllocCtSsrAsSnsr;
}
}
}
}
if (appProfile == AppProfile::WolfensteinCyberpilot)
{
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)
{
m_settings.barrierFilterOptions = SkipImageLayoutUndefined;
}
}
if (appProfile == AppProfile::IdTechEngine)
{
// id games are known to query instance-level functions with vkGetDeviceProcAddr illegally thus we
// can't do any better than returning a non-null function pointer for them.
m_settings.lenientInstanceFuncQuery = true;
}
if (appProfile == AppProfile::Dota2)
{
pPalSettings->fastDepthStencilClearMode = Pal::FastDepthStencilClearMode::Graphics;
m_settings.disableSmallSurfColorCompressionSize = 511;
m_settings.preciseAnisoMode = DisablePreciseAnisoAll;
m_settings.useAnisoThreshold = true;
m_settings.anisoThreshold = 1.0f;
m_settings.disableMsaaStencilShaderRead = true;
// Disable image type checking on Navi10 to avoid 2% loss.
m_settings.disableImageResourceTypeCheck = true;
}
if (appProfile == AppProfile::CSGO)
{
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)
{
if (pInfo->revision == Pal::AsicRevision::Navi21)
{
m_settings.csWaveSize = 32;
m_settings.fsWaveSize = 32;
m_settings.mallNoAllocCtPolicy = MallNoAllocCtPolicy::MallNoAllocCtAsSnsr;
m_settings.mallNoAllocSsrPolicy = MallNoAllocSsrPolicy::MallNoAllocSsrAsSnsr;
}
if (pInfo->revision == Pal::AsicRevision::Navi22)
{
m_settings.mallNoAllocDsPolicy = MallNoAllocDsPolicy::MallNoAllocDsAsSnsr;
m_settings.mallNoAllocCtPolicy = MallNoAllocCtPolicy::MallNoAllocCtAsSnsr;
}
if (pInfo->revision == Pal::AsicRevision::Navi23)
{
m_settings.mallNoAllocCtSsrPolicy = MallNoAllocCtSsrPolicy::MallNoAllocCtSsrAsSnsr;
m_settings.mallNoAllocSsrPolicy = MallNoAllocSsrPolicy::MallNoAllocSsrAsSnsr;
}
if (pInfo->revision == Pal::AsicRevision::Navi24)
{
m_settings.csWaveSize = 64;
m_settings.mallNoAllocSsrPolicy = MallNoAllocSsrPolicy::MallNoAllocSsrAsSnsr;
}
}
if (IsGfx11(pInfo->gfxLevel))
{
m_settings.mallNoAllocSsrPolicy = MallNoAllocSsrPolicy::MallNoAllocSsrAsSnsr;
m_settings.ac01WaNotNeeded = true;
if (pInfo->gpuType == Pal::GpuType::Discrete)
{
m_settings.rpmViewsBypassMall = RpmViewBypassMall::RpmViewBypassMallOnCbDbWrite |
RpmViewBypassMall::RpmViewBypassMallOnRead;
}
if (pInfo->revision == Pal::AsicRevision::Navi31)
{
m_settings.mallNoAllocCtPolicy = MallNoAllocCtPolicy::MallNoAllocCtAsSnsr;
}
if (pInfo->revision == Pal::AsicRevision::Navi32)
{
m_settings.mallNoAllocCtPolicy = MallNoAllocCtPolicy::MallNoAllocCtAsSnsr;
}
if (pInfo->revision == Pal::AsicRevision::Navi33)
{
m_settings.mallNoAllocCtSsrPolicy = MallNoAllocCtSsrPolicy::MallNoAllocCtSsrAsSnsr;
}
}
m_settings.enableUberFetchShader = true;
}
if (appProfile == AppProfile::Source2Engine)
{
pPalSettings->fastDepthStencilClearMode = Pal::FastDepthStencilClearMode::Graphics;
m_settings.disableSmallSurfColorCompressionSize = 511;
m_settings.preciseAnisoMode = DisablePreciseAnisoAll;
m_settings.useAnisoThreshold = true;
m_settings.anisoThreshold = 1.0f;
m_settings.disableMsaaStencilShaderRead = true;
}
if (appProfile == AppProfile::Talos)
{
m_settings.preciseAnisoMode = DisablePreciseAnisoAll;
m_settings.optImgMaskToApplyShaderReadUsageForTransferSrc = VK_IMAGE_USAGE_COLOR_ATTACHMENT_BIT;
m_settings.forceDepthClampBasedOnZExport = true;
m_settings.clampMaxImageSize = 16384u;
m_settings.ac01WaNotNeeded = true;
#if defined(__unix__)
m_settings.useExtentFromWindowSystem = true;
#endif
}
if (appProfile == AppProfile::SeriousSamFusion)
{
m_settings.preciseAnisoMode = DisablePreciseAnisoAll;
m_settings.useAnisoThreshold = true;
m_settings.anisoThreshold = 1.0f;
m_settings.clampMaxImageSize = 16384u;
m_settings.ac01WaNotNeeded = true;
#if defined(__unix__)
m_settings.useExtentFromWindowSystem = true;
#endif
}
if ((appProfile == AppProfile::TalosVR) ||
(appProfile == AppProfile::SeriousSamVrTheLastHope) ||
(appProfile == AppProfile::SedpEngine))
{
m_settings.clampMaxImageSize = 16384u;
#if defined(__unix__)
m_settings.useExtentFromWindowSystem = true;
#endif
}
if ((appProfile == AppProfile::SeriousSam4)
)
{
m_settings.preciseAnisoMode = DisablePreciseAnisoAll;
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)
{
m_settings.forceEnableDcc = ForceDccDefault;
}
m_settings.enableWgpMode = Vkgc::ShaderStageBit::ShaderStageComputeBit;
m_settings.clampMaxImageSize = 16384u;
}
if (appProfile == AppProfile::KnockoutCity)
{
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_1)
{
m_settings.forceEnableDcc = (ForceDccFor3DShaderStorage |
ForceDccForColorAttachments |
ForceDccForNonColorAttachmentShaderStorage|
ForceDccFor32BppShaderStorage);
}
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)
{
m_settings.forceEnableDcc = (ForceDccFor3DShaderStorage |
ForceDccForColorAttachments |
ForceDccForNonColorAttachmentShaderStorage |
ForceDccFor32BppShaderStorage |
ForceDccFor64BppShaderStorage);
if (pInfo->revision == Pal::AsicRevision::Navi22)
{
m_settings.mallNoAllocSsrPolicy = MallNoAllocSsrAsSnsr;
m_settings.mallNoAllocCtSsrPolicy = MallNoAllocCtSsrAsSnsr;
}
}
}
if (appProfile == AppProfile::EvilGenius2)
{
m_settings.preciseAnisoMode = DisablePreciseAnisoAll;
m_settings.csWaveSize = 64;
m_settings.fsWaveSize = 64;
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)
{
if (pInfo->revision == Pal::AsicRevision::Navi21)
{
m_settings.mallNoAllocCtPolicy = MallNoAllocCtAsSnsr;
m_settings.mallNoAllocCtSsrPolicy = MallNoAllocCtSsrAsSnsr;
m_settings.enableWgpMode = Vkgc::ShaderStageBit::ShaderStageComputeBit;
}
}
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_1)
{
m_settings.enableWgpMode = Vkgc::ShaderStageBit::ShaderStageComputeBit;
}
}
if (appProfile == AppProfile::QuakeEnhanced)
{
// Originally applied to QuakeRemastered - this setting applies to QuakeEnhanced now since it's an update
// to the same game.
m_settings.disableDisplayDcc = DisplayableDcc::DisplayableDccDisabled;
}
if (appProfile == AppProfile::SedpEngine)
{
m_settings.preciseAnisoMode = DisablePreciseAnisoAll;
}
if (appProfile == AppProfile::StrangeBrigade)
{
if (pInfo->gpuType == Pal::GpuType::Discrete)
{
m_settings.overrideHeapChoiceToLocal = OverrideChoiceForGartUswc;
m_settings.cmdAllocatorDataHeap = Pal::GpuHeapLocal;
m_settings.cmdAllocatorEmbeddedHeap = Pal::GpuHeapLocal;
}
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_1)
{
m_settings.forceEnableDcc = (ForceDccFor2DShaderStorage |
ForceDccFor3DShaderStorage |
ForceDccForColorAttachments |
ForceDccFor64BppShaderStorage);
m_settings.enableNgg = 0x0;
}
if (pInfo->gfxLevel == Pal::GfxIpLevel::GfxIp10_3)
{
m_settings.disableDisplayDcc = DisplayableDcc::DisplayableDccDisabledForMgpu;
m_settings.overrideWgpMode = WgpMode::WgpModeWgp;
m_settings.csWaveSize = 64;
m_settings.fsWaveSize = 64;