NDA topic directory - live Microsoft Learn links - XBOX Game Development Documentation

Every page linked here requires an active XBOX GDK for Console Development NDA. These pages are not yet published on this site; each link points to the equivalent live article on Microsoft Learn, which is gated behind the same NDA. This directory is a temporary bridge during the platform transition and will be removed once the pages are published here.

Home

Page	Description
Granting permissions to products	Grant users, groups, and XBOX dev kits access to a product by configuring Partner Center product permissions and sandbox IDs on the console.
Deploying your title to a dev kit	Deployment types (Push, Run from PC, Streaming Install), tools (XBOX Manager, xbapp, Visual Studio), and iteration-speed tips (Debug NIC, XTD, data caching).
Emergency Offline System Updates for XBOX dev kits	Perform an emergency offline system update (EOU) factory reset from a USB flash drive when an XBOX dev kit won’t boot or clear a bad console state.
Diagnosing unexpected reboots and shutdowns	Diagnose why an XBOX dev kit rebooted or shut down unexpectedly using DevHome notifications, xbconfig reboot reason, and other console diagnostic sources.
Universal Error Messages on XBOX dev kits	Reference table of Universal Error Messages (UEMs) shown on XBOX dev kits at boot or during system updates, with each error code, message ID, and fix.
Remove Gold Sharing from an XBOX dev kit	Step-by-step reset of console privileges to remove XBOX Live Gold Sharing from an XBOX dev kit through Console info and the Reset home console option.
Tips for the XBOX One X Dev Kit (Scorpio)	DevHome, XBOX Manager, XBOX Device Portal, front-panel shortcuts, and scripting tips to get the most out of the XBOX One X Dev Kit and other XBOX kits.
Using console modes to test your game	Switch XBOX One X and XBOX Series X Dev Kits between console modes to approximate other XBOX SKUs when validating title performance across the family.
XBOX dev kit and test kit overview	Overview of XBOX Series X Dev Kits, Series S Test Kits, and XBOX One X Dev Kits, including hardware features and how they differ from retail consoles.
Activating your dev kit (IP range)	Activate multiple XBOX dev kits at once by registering an IP range in Partner Center, so consoles boot into developer mode when they connect to your network.
Activating your dev kit with a QR code	Activate a single XBOX Series X Dev Kit by scanning the QR code on its shipping box, which opens Partner Center pre-populated with the console’s serial number.
Dev kit setup FAQ	Answers to common questions about XBOX Series X Dev Kit unboxing, Partner Center activation, first-boot developer mode, and troubleshooting setup issues.
Activation overview for XBOX dev kits	How XBOX dev kits are activated for developer mode, when your studio’s asset manager handles activation, and when individual developers do it themselves.
Set up your XBOX Series X Dev Kit	Quickstart to unbox, cable, and boot an XBOX Series X Dev Kit into developer mode, then confirm it is registered with Partner Center and ready for deployment.
Troubleshooting dev kit setup	Fixes for common XBOX dev kit setup issues, including Partner Center activation errors, unexpected retail-mode boots, and display and cabling problems.
Change an XBOX dev kit between Retail and Dev Mode	Switch an XBOX One or XBOX Series X dev kit between Retail Mode and Developer Mode from DevHome so it can run retail games or GDK development builds.
Configuring dev kit settings	Configure Profiling Mode, sandbox ID, Dim Timeout, and other XBOX dev kit settings from DevHome, XBOX Manager, or xbconfig before starting development.
Flash the OS recovery image onto an XBOX dev kit	Enroll an XBOX dev kit in an OS flight group for automatic recovery updates, or manually flash a recovery image downloaded from Partner Center.
Set a friendly host name for an XBOX dev kit	Give an XBOX dev kit a friendly host name in XBOX Manager or DevHome so tools keep working when the console’s IP address changes on the network.
Recovering multiple dev consoles from a single PC	Use the /X switch on xboxoneupdate.bat to run OS recoveries in parallel against many XBOX dev kits from a single PC in a test lab or shared environment.
Automatic recovery update settings	Choose whether an XBOX dev kit installs OS recovery updates automatically or manually, and change the update policy from Developer Home or XBOX Manager.
Configure a dev kit with an unattended setup script	Author an unattended-setup script in XBOX Device Portal and use it for OOBE, per-boot configuration, or ad-hoc runs from a USB drive.

Build

Page	Description
ATG engagement	How to engage Microsoft’s Advanced Technology Group (ATG) for deep-dive help on XBOX graphics, systems, and performance issues on GDK titles.
ATG graphics engagement checklist	Checklist for engaging the XBOX Advanced Technology Group on GPU performance: gather PIX captures, symbols, DXR settings, and repro steps before contact.
ATG systems engagement checklist	Checklist for engaging the XBOX Advanced Technology Group on CPU, memory, and load-time issues: gather profiler captures, symbols, and repro steps first.
Overview of XAudio2	XAudio2 low-level audio API for XBOX games, providing a signal-processing and mixing graph with low latency, dynamic buffers, and sample-accurate playback.
Configure the build environment without installing the GDK	Describes the process of configuring the build environment without installing Microsoft Game Development Kit (GDK).
Configure GDK projects without installing the GDK	Describes the process of configuring projects without installing the Microsoft Game Development Kit.
Building without installing the GDK: overview	Build GDK projects from an extracted copy of the Microsoft Game Development Kit without running the installer, for build servers and source control workflows.
Upgrade an XBOX One XDK title for XBOX Series consoles	Describes how an XBOX One Software Development Kit title can detect that it’s running on XBOX Series X\|S.
Using the GDK Remotely	Describes tips and best practices for using the GDK while working remotely.
XBOX Game Life Cycle	Provides details about the states, transitions, and handling of game life-cycle events, and the tools that are available to debug them.
Debugging with Overlay Folders	How to use Overlay Folders to locally debug and iterate on title changes without modifying files in the underlying on-disk folder structure.
Using the XBOX Development Kit second NIC	Describes how to enable the XBOX Development Kit Debug NIC, and then use it with tools.
Analyze and diagnose errors with GDK tools	Describes how to use the Microsoft Game Development Kit (GDK) tools to analyze and diagnose errors.
Profiling Mode	Describes enabling, disabling, and the purpose of Profiling Mode.
Retrieving crash dumps	Request crash dumps that XBOX telemetry automatically collects from retail consoles and Development Kits to help diagnose title crashes and issues.
Troubleshoot common GDK issues	This topic lists common issues in the Microsoft Game Development Kit (GDK) and offers possible resolutions.
Simulating gamepad input	Describes how to simulate gamepad input to an XBOX One development console for use in an automated test harness or standalone tool.
Kernel memory usage	Kernel memory usage
GDK memory manager technical details	Microsoft Game Development Kit memory manager technical details
Diagnostics and memory tracking	Diagnostics and memory tracking
Memory	How the GDK memory manager gives XBOX console games deterministic, high-performance physical memory access with predictable resource guarantees.
Port a title to the GDK memory manager	Porting your title to use the Microsoft Game Development Kit memory manager
Configuring memory for your title and dev kit	Configuring memory for your title and dev kit
Virtual Memory Allocator	Virtual Memory Allocator
Contents	Contents
Microsoft Game Development Kit porting guide for XBOX One	Overview of porting an existing XBOX One game title or engine to the GDK.
Optimize compressed content with DirectStorage and XBTC	Optimizing compressed content by using DirectStorage and XBTC
DirectStorage Shuffle Formats	DirectStorage Shuffle Formats
DirectStorage Usage and Internal Details	DirectStorage Usage and Internal Details
Direct3D 12 on XBOX	Direct3D 12 on XBOX
Direct3D 12 differences: Windows PC vs GDK Game OS	Differences between Direct3D 12 on a Windows PC and the Microsoft GDK Game OS
Direct3D 12.x overview for the Microsoft GDK	Direct3D 12.x is a low-level, high-performance graphics API in the GDK tailored for XBOX console CPU and GPU performance, with XBOX-specific extensions.
Direct3D 12 XMemAlloc object types	Direct3D 12 XMemAlloc object types
Overview of XG Memory	XG Memory is the GDK’s auxiliary runtime library for specialized memory mappings, including ESRAM access, for Direct3D 12.x titles on XBOX One.
Color and depth compression	Color and depth compression
Direct3D creation and usage on XBOX One	Direct3D creation and usage on XBOX One
Frame scheduling and presentation on XBOX One	Frame scheduling and presentation on XBOX One
Hardware overlays and swap resources	Hardware overlays and swap resources
Native resource management for XBOX One	Native resource management for XBOX One
Tessellation	Tessellation
Direct3D support for suspend and resume	Direct3D support for suspend and resume
Dolby Vision for Gen9 XBOX Gaming	Dolby Vision for Gen9 XBOX Gaming
XBOX Series X\|S graphics memory overview	XBOX Series X\|S graphics virtual memory: unified CPU/GPU address space, 64 KB and 2 MB pages, XMemAlloc heap, and tiled-resource extensions.
XBOX Series X\|S graphics feature overviews	XBOX Series X\|S graphics feature overviews
Serialized & Derived Pipeline State Objects In-Depth	In-depth guide to serialized and derived Direct3D 12 Pipeline State Objects (PSOs), including runtime compilation and DXIL bytecode on XBOX.
Windows Imaging Component (WIC) On XBOX	Available Windows Imaging Component (WIC) features in the XBOX GDK for encoding, decoding, and manipulating BMP, JPG, PNG, GIF, TIFF, ICO, and DDS.
Mesh Shaders on XBOX Series X\|S	Mesh Shaders on XBOX Series X\|S
Mesh Shader pipeline usage	Mesh Shader pipeline usage
BVH Builders	BVH Builders
BVH Compression	BVH Compression
Raytracing hardware design	Raytracing hardware design
XDXR k-DOP Support for Tighter Instance AABBs	XDXR k-DOP Support for Tighter Instance AABBs
XDXR Offline RTPSO	XDXR Offline RTPSO
Raytracing and DXR	DirectX Raytracing (DXR) and XBOX DXR (XDXR) extensions give XBOX Series X\|S titles low-level access to custom raytracing hardware and BVH builders.
XDXRStandaloneTraverse	XDXRStandaloneTraverse
XDXR (XBOX DXR)	XDXR (XBOX DXR)
XDXR best practices and recommendations	XDXR best practices and recommendations
Sampler Feedback Direct3D 12 API overview	Sampler Feedback Direct3D 12 API overview
Sampler Feedback GPU hardware design	Sampler Feedback GPU hardware design
Sampler Feedback overview	Sampler Feedback exposes GPU texture-sampling patterns to XBOX Series X\|S titles for tiled texture streaming and texture-space shading.
Sampler Feedback for Streaming (SFS) usage example	Sampler Feedback for Streaming (SFS) usage example
Variable Rate Shading Direct3D 12 API	Variable Rate Shading Direct3D 12 API
Variable Rate Shading (VRS) feature design	Variable Rate Shading (VRS) feature design
Variable Rate Shading overview	Variable Rate Shading (VRS) Tier 2 on XBOX Series X\|S lets titles vary shading rate across the frame to trade quality for rendering performance.
Why Variable Rate Shading?	Why Variable Rate Shading?
XBOX Texture Compressor overview	XBOX Texture Compressor overview
XBOX Texture Compressor tool (XBTC.exe)	XBOX Texture Compressor tool (XBTC.exe)
XBOX Texture Compressor (XBTC) archive file specification	XBOX Texture Compressor (XBTC) archive file specification
JSON batch configuration	JSON batch configuration
Cmask decoding	Cmask decoding
D3D12 Enhanced Barriers	D3D12 Enhanced Barriers
XBOX Series X\|S GPU Overview	Architecture and feature overview of the XBOX Series X\|S GPU for game developers targeting the console with Direct3D 12.x and the GDK.
GPU Synchronization on XBOX Series X\|S	GPU Synchronization on XBOX Series X\|S
XBOX One overview of graphics	XBOX One overview of graphics
High dynamic range (HDR) output	High dynamic range (HDR) output
120Hz Support	120Hz Support
Microsoft graphics presentations	Microsoft graphics presentations
Fine-tuned loadout: optimizing Call of Duty rendering	Fine-tuned loadout: Optimizing Call of Duty_® rendering for XBOX
Getting the most out of the XBOX shader compiler	Getting the most out of the XBOX shader compiler
What’s new in PIX	What’s new in PIX
GPU debugging tips and tricks	GPU debugging tips and tricks
Mesh shaders: Tales from the trenches	Mesh shaders: Tales from the trenches
Optimizing shader performance with PIX’s Shader Explorer	Optimizing shader performance with PIX’s Shader Explorer
XBOX raytracing: Performance and optimization	XBOX raytracing: Performance and optimization
GPU performance tips and tricks	GPU performance tips and tricks
Rapid performance investigation with GPU Trace	Rapid performance investigation with GPU Trace
XBOX raytracing: 2024 update	XBOX raytracing: 2024 update
Mesh and Texture Viewer extensibility	Mesh and Texture Viewer extensibility
GPU-driven rendering with mesh shaders in Alan Wake 2®	GPU-driven rendering with mesh shaders in Alan Wake 2®
Getting the most from the XBOX shader compiler	Getting the most from the XBOX shader compiler
GPU debugging tips and tricks for XBOX	GPU debugging tips and tricks for XBOX
GPU performance tips and tricks 2024 overview	GPU performance tips and tricks 2024 overview
Optimize shader performance with the PIX Shader Explorer	Optimize shader performance with the PIX Shader Explorer
What’s new in PIX in 2024	What’s new in PIX in 2024
XBOX Series X\|S GPU overview presentation	XBOX Series X\|S GPU overview presentation
Responsive gaming	Responsive gaming
Variable-rate shading and sparse lighting	Variable-rate shading and sparse lighting
A tour of the new PIX Checklist: GPU performance made easy	A tour of the new PIX Checklist: GPU performance made easy
Using XBOX Series X\|S HDR and display hardware	Harnessing the power of the XBOX Series X\|S HDR and display hardware
Frame pacing and latency with the GDKX presentation APIs	Understanding frame pacing and latency with the GDKX presentation APIs
XBOX Series X\|S common graphics problems and solutions	XBOX Series X\|S common graphics problems and solutions
Improvements to PIX for XBOX	Improvements to PIX for XBOX
Best practices for raytracing on XBOX Series X\|S	Best practices for raytracing on XBOX Series X\|S
Texture layouts and tiling for XBOX Series X\|S	Texture layouts and tiling for XBOX Series X\|S
Automatic Shader Modification for Checkerboard Rendering	Automatic Shader Modification for Checkerboard Rendering
Caches and Coherency on the XBOX One GPU	Caches and Coherency on the XBOX One GPU
Checkerboard Rendering on XBOX One	Checkerboard Rendering on XBOX One
How Do VMEM Instructions Work?	How Do VMEM Instructions Work?
XBOX Series S optimization recommendations	XBOX Series S optimization recommendations
XBOX One Dynamic Resolution	XBOX One Dynamic Resolution
Implementing an ESRAM Memory Manager	Implementing an ESRAM Memory Manager
XBOX One GPU Compute Units	XBOX One GPU Compute Units
XBOX One GPU Memory Access: ONION, GARLIC, and more	XBOX One GPU Memory Access: ONION, GARLIC, and more
XBOX One GPU Overview	XBOX One GPU white paper: block diagram, compute units, waves, and Direct3D 11 capabilities that graphics developers need to target the console.
XBOX One Occupancy Quick Reference	XBOX One Occupancy Quick Reference
Communication security best practices	Confidentiality, integrity, and authentication requirements for securing all game network communication, with guidance on encryption, hashing, and IP privacy.
Game security concepts	Overview of game security concepts, common attack categories, and how to help mitigate them.
Game development tool security best practices	Security guidance for custom game development tools — secure tool communication and isolating tools from release environments.
Game security best practices	Overall game design and development security practices — PII protection and security testing guidance.
Secure game communication for GDK titles	Summary of the recommended secure communication approach per traffic type in GDK titles.
Secure game mesh communication	Peer-to-peer and client/server secure communication guidance for GDK titles.
Secure communication samples	GDK and XBOX services samples demonstrating secure communication best practices.
Secure web requests and WebSockets	Recommended APIs, authentication, and TLS configuration for HTTPS and WebSocket communication in GDK titles.

Tools

Page	Description
Configuration (xbconfig.exe)	Configuration (xbconfig.exe)
CPU performance (xbperf.exe)	CPU performance (xbperf.exe)
TimeTravelDebugging for XBOX tool (xbttd.exe)	TimeTravelDebugging for XBOX tool (xbttd.exe)
Manage user accounts (wdconfig.exe)	Manage user accounts (wdconfig.exe)
Performance page (Dev Home)	Performance page (Dev Home)
Hang Investigation for XBOX (HIX)	Hang Investigation for XBOX (HIX)
Live Shader Debugging for Hang Investigation	Live Shader Debugging for Hang Investigation
Analyzing title performance	Analyzing title performance
Configuring the PIX UI	Configuring the PIX UI
Analyzing CPU performance	Analyzing CPU performance
Extensibility	Extensibility
PIX Extensibility HLSL API	PIX Extensibility HLSL API
Mesh Viewer Extensibility	Mesh Viewer Extensibility
PIX Extensibility Settings	PIX Extensibility Settings
Texture Viewer Extensibility	Texture Viewer Extensibility
Analyzing DirectStorage and Win32 file IO performance	Analyzing DirectStorage and Win32 file IO performance
Analyzing GPU performance	Analyzing GPU performance
PIX API Objects	PIX API Objects
PIX GPU Bottlenecks	PIX GPU Bottlenecks
PIX BVH viewer	PIX BVH viewer
PIX counters	PIX counters
Dr. PIX	Dr. PIX
PIX Edit and Continue	PIX Edit and Continue
PIX Edits	PIX Edits
PIX Event Details	PIX Event Details
PIX GPU Captures	PIX GPU Captures
PIX ExecuteIndirect Analysis Support	PIX ExecuteIndirect Analysis Support
Input assembly	Input assembly
GPU Capture Overview	GPU Capture Overview
Pipeline view	Pipeline view
PIX resources	PIX resources
PIX GPU Timeline	PIX GPU Timeline
PIX GPU Timing	PIX GPU Timing
Memory Viewer	Memory Viewer
PIX Mesh viewer	PIX Mesh viewer
PIX Pipeline States	PIX Pipeline States
PIX Resources view	PIX Resources view
PIX Shader Debugging	PIX Shader Debugging
Shader PDBs in PIX	Shader PDBs in PIX
PIX Shader Trace (XBOX One)	PIX Shader Trace (XBOX One)
PIX Shader Trace (XBOX Series X\|S)	PIX Shader Trace (XBOX Series X\|S)
State View	State View
PIX table of hardware counters	PIX table of hardware counters
PIX Texture Mip Statistics	PIX Texture Mip Statistics
PIX Texture viewer	PIX Texture viewer
PIX Variable Rate Shading (VRS)	PIX Variable Rate Shading (VRS)
Using PIX with shaders	Using PIX with shaders
PIX GPU Trace Captures	PIX GPU Trace Captures
PIX GPU Trace captures for XBOX Series X\|S profiling	How PIX GPU Trace captures record SQTT and SPM profiling data across frames on XBOX Series X\|S, including occupancy, context rolls, and offline analysis.
PIX GPU Trace UI	PIX GPU Trace UI
Launching PIX, connecting to consoles, and taking captures	Launching PIX, connecting to consoles, and taking captures
Analyzing memory usage and performance	Analyzing memory usage and performance
PIX Timing Captures	PIX Timing Captures
Opening programmatic Timing Captures	Opening programmatic Timing Captures
PIX	PIX
PIX API Reference	PIX API Reference
Profiling a title’s initialization and startup code	Profiling a title’s initialization and startup code
Analyzing stalls and context switches in Timing Captures	Analyzing stalls and context switches in Timing Captures
Converting an etl file to a Timing Capture	Converting an etl file to a Timing Capture
Converting previous versions of Timing Captures	Converting previous versions of Timing Captures
Configuring PIX to access PDBs for CPU captures	Configuring PIX to access PDBs for CPU captures
Analyze a PIX event critical path with Timing Captures	Analyzing the critical path for a PIX event using Timing Captures
PIX custom memory allocators	PIX custom memory allocators
Analyzing DirectStorage performance	Analyzing DirectStorage performance
GPU Debugging Guidelines	GPU Debugging Guidelines
Analyzing Dynamic Latency Input performance	Analyzing Dynamic Latency Input performance
Instruction Trace Captures	Instruction Trace Captures
PIX Live	PIX Live
Memory Pies	Memory Pies
Analyzing file accesses that occur within archive files	Analyzing file accesses that occur within archive files
The Metrics View in PIX Timing Captures	The Metrics View in PIX Timing Captures
Detecting violations of write limitations for local storage	Detecting violations of write limitations for local storage
PIX On-demand Live Debugging	PIX On-demand Live Debugging
Analyzing CPU samples in Timing Captures	Analyzing CPU samples in Timing Captures
Saving and Loading PIX Settings	Saving and Loading PIX Settings
Shader Exception Detection in GPU Captures	Shader Exception Detection in GPU Captures
PIX Live Debugging on Shader Exceptions	PIX Live Debugging on Shader Exceptions
System Monitor	System Monitor
Timing Capture bookmarks	Timing Capture bookmarks
Timing Capture Comparison Features	Timing Capture Comparison Features
Analyzing D3D API object usage in Timing Captures	Analyzing D3D API object usage in Timing Captures
Analyzing memory usage and performance in Timing Captures	Analyzing memory usage and performance in Timing Captures
Querying the Timing Capture file format	Querying the Timing Capture file format
The Timing Capture Summary Layout	The Timing Capture Summary Layout
Analyzing Win32 file IO performance	Analyzing Win32 file IO performance
Configuring a console for use with PIX	Configuring a console for use with PIX
Setting up and getting started	Setting up and getting started
PIX Shader Explorer for XBOX Series X\|S shader tuning	Use PIX Shader Explorer on XBOX Series X\|S to inspect GPR pressure, register lifetimes, and instruction costs, then iterate on shader source or PDB projects.
Porting shaders from FXC to DXC	Porting shaders from FXC to DXC
Using DXC.exe and the dxcompiler .dll interface	Using DXC.exe and the dxcompiler .dll interface
Using defines on XBOX	Using defines on XBOX
DXC HLSL Extensions	DXC HLSL Extensions
DXC compiler intrinsics	DXC compiler intrinsics
Shader Compiler	Shader Compiler
Title Performance Overlay	Title Performance Overlay
XBOX Hang Investigation Tool (XHIT)	XBOX Hang Investigation Tool (XHIT)

API References

Page	Description
D3D12_RAYTRACING_ACCELERATION_STRUCTURE_BUILD_FLAGS	Specifies flags for the build of a raytracing acceleration structure. Use a value from this enumeration with the.
D3D12_RAYTRACING_ACCELERATION_STRUCTURE_COPY_MODE	Specifies the type of copy operation performed when calling CopyRaytracingAccelerationStructure.
D3D12_RAYTRACING_ACCELERATION_STRUCTURE_POSTBUILD_INFO_TYPE	Specifies the type of acceleration structure post-build info that can be retrieved with calls to EmitRaytracingAccelerationStructurePostbuildInfo and.
D3D12SerializeVersionedRootSignature	Serializes a root signature of any version that can be passed to ID3D12Device::CreateRootSignature.
ID3D12CommandQueue::BeginEvent	Not intended to be called directly. Use the PIX event runtime to insert events into a command queue. (ID3D12CommandQueue.BeginEvent)
ID3D12CommandQueue::EndEvent	Not intended to be called directly. Use the PIX event runtime to insert events into a command queue. (ID3D12CommandQueue.EndEvent)
ID3D12CommandQueue::SetMarker	Not intended to be called directly. Use the PIX event runtime to insert events into a command queue. (ID3D12CommandQueue.SetMarker)
CreatePipelineState	Creates a pipeline state object from a pipeline state stream description.
SetAutoBreadcrumbsEnablement	Configures the enablement settings for Device Removed Extended Data (DRED) auto-breadcrumbs.
ID3D12GraphicsCommandList::BeginEvent	Not intended to be called directly. Use the PIX event runtime to insert events into a command list. (ID3D12GraphicsCommandList.BeginEvent)
ClearDepthStencilView	Clears the depth-stencil resource. (ID3D12GraphicsCommandList.ClearDepthStencilView)
ID3D12GraphicsCommandList::EndEvent	Not intended to be called directly. Use the PIX event runtime to insert events into a command list. (ID3D12GraphicsCommandList.EndEvent)
ID3D12GraphicsCommandList::SetMarker	Not intended to be called directly. Use the PIX event runtime to insert events into a command list. (ID3D12GraphicsCommandList.SetMarker)
ExecuteMetaCommand (XBOX Series consoles)	Records the execution (or invocation) of the specified meta command into a graphics command list.
WriteToSubresource	Uses the CPU to copy data into a subresource, enabling the CPU to modify the contents of most textures with undefined layouts.
ID3D12Tools	This interface is used to configure the runtime for tools such as PIX. Its not intended or supported for any other scenario.
EnableShaderInstrumentation	This method enables tools such as PIX to instrument shaders.
ShaderInstrumentationEnabled	Determines whether shader instrumentation is enabled.
ID3D12VirtualizationGuestDevice	Reference for ID3D12VirtualizationGuestDevice, a interface in the Direct3D 12 on XBOX Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for.
CreateFenceFd	Reference for CreateFenceFd, a method in the Direct3D 12 on XBOX Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
ShareWithHost	Reference for ShareWithHost, a method in the Direct3D 12 on XBOX Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
D3D12XBOX_RAYTRACING_ACCELERATION_STRUCTURE_POSTBUILD_INFO_OFFLINE_STATISTICS_DESC (XBOX Series consoles)	Describes statistics related to an offline BLAS build.
d3d12_x (API contents) (XBOX One family)	Reference topics for d3d12_x.h.
D3D12_BUFFER_SRV_FLAGS (XBOX One family)	Identifies how to view a buffer resource.
D3D12_BUFFER_UAV_FLAGS (XBOX One family)	Identifies unordered-access view options for a buffer resource.
D3D12_COMMAND_LIST_TYPE (XBOX One family)	Specifies the type of a command list.
D3D12_COMMAND_QUEUE_FLAGS (XBOX One family)	Specifies the flags used to create a command queue.
D3D12_DESCRIPTOR_HEAP_FLAGS (XBOX One family)	Specifies the options for a descriptor heap.
D3D12_HEAP_FLAGS (XBOX One family)	Specifies heap options, such as whether the heap can contain textures, and whether resources are shared across adapters.
D3D12_INDEX_BUFFER_STRIP_CUT_VALUE (XBOX One family)	When the triangle strip primitive topology is used, vertex positions are interpreted as vertices of a continuous triangle strip. The special index value.
D3D12_INDIRECT_ARGUMENT_TYPE (XBOX One family)	D3D12_INDIRECT_ARGUMENT_TYPE (XBOX One family consoles) — Argument types for indirect parameters, used for the D3D12_INDIRECT_ARGUMENT_DESC structure.
D3D12_MESH_SHADER_TIER (XBOX One family)	Defines constants that specify mesh and amplification shader support.
D3D12_PIPELINE_STATE_FLAGS (XBOX One family)	Specifies flags that control the placement of data produced by the geometry shader and tessellation, including whether geometry shader data is stored offchip.
D3D12_PIPELINE_STATE_SUBOBJECT_TYPE (XBOX One family)	Specifies the type of a sub-object in a pipeline state stream description.
D3D12_PRIMITIVE_TOPOLOGY_TYPE (XBOX One family)	Specifies how the pipeline interprets geometry or hull shader input primitives.
D3D12_QUERY_HEAP_TYPE (XBOX One family)	Specifies the type of query heap to create.
D3D12_QUERY_TYPE (XBOX One family)	Specifies the type of a query.
D3D12_RESOURCE_BARRIER_FLAGS (XBOX One family)	Flags for setting a resource barrier.
D3D12_RESOURCE_DIMENSION (XBOX One family)	Identifies the type of the resource being used.
D3D12_RESOURCE_FLAGS (XBOX One family)	D3D12_RESOURCE_FLAGS (XBOX One family consoles) — Identifies options for resources. Direct3D 12 graphics API reference for XBOX game development.
D3D12_RESOURCE_STATES (XBOX One family)	Specifies the state of a resource in relation to how the resource is being used.
D3D12_ROOT_SIGNATURE_FLAGS (XBOX One family)	D3D12_ROOT_SIGNATURE_FLAGS (XBOX One family consoles) — Specifies options for root signature layout. Direct3D 12 graphics API reference for XBOX development.
D3D12_SAMPLER_FEEDBACK_TIER (XBOX One family)	Defines constants that specify sampler feedback support.
D3D12_SHARED_RESOURCE_COMPATIBILITY_TIER (XBOX One family)	Defines constants that specify a cross-API sharing support tier.
D3D12_SRV_DIMENSION (XBOX One family)	Identifies the type of the resource that will be viewed as a shader resource.
D3D12_STENCIL_OP (XBOX One family)	Identifies the stencil operations that can be performed during depth-stencil testing.
D3D12_TEXTURE_ADDRESS_MODE (XBOX One family)	Specifies the technique for resolving texture coordinates that are outside the boundaries of a texture.
D3D12_TEXTURE_LAYOUT (XBOX One family)	Specifies the options for texture layouts. On XBOX, this enumeration includes the D3D12XBOX_ extension members.
D3D12_WAVE_MMA_TIER (XBOX One family)	D3D12_WAVE_MMA_TIER (XBOX One family consoles) — Defines constants that specify a level of support for WaveMMA (wave_matrix) operations.
D3D12XBOX_COMMAND_ALLOCATOR_CALLBACK_FLAGS (XBOX One family)	Flags used in conjunction with the XBOX extension to override default Command Allocator functionality.
D3D12XBOX_COMMAND_LIST_FLAGS (XBOX One family)	Flags for specifying the options for creating command lists.
D3D12XBOX_COMMAND_LIST_RESET_FLAGS (XBOX One family)	Flags for use with the ID3D12GraphicsCommandList2::ResetX API.
D3D12XBOX_COMMAND_QUEUE_PRIORITY (XBOX One family)	Specifies the values of the command queue priority.
D3D12XBOX_COMPRESSION_STATE_FLAGS (XBOX One family)	Enable or disable color compression on render target resources, and depth and/or stencil on depth target resources.
D3D12XBOX_COPY_FLAGS (XBOX One family)	D3D12XBOX_COPY_FLAGS (XBOX One family consoles) — Flags for controlling the copying into or filling of memory. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_CREATE_DEVICE_FLAGS (XBOX One family)	D3D12XBOX_CREATE_DEVICE_FLAGS (XBOX One family consoles) — Defines flags that are used to create a device. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_DATA_FORMAT (XBOX One family)	Defines the names of various data formats.
D3D12XBOX_DCC_COLOR_TRANSFORM (XBOX One family)	The color transformation to be performed before Delta Color Compression is applied.
D3D12XBOX_DCC_COMPRESSION_LEVEL (XBOX One family)	D3D12XBOX_DCC_COMPRESSION_LEVEL (XBOX One family consoles) — Establishes the maximum unit size for Delta Color Compression (DCC).
D3D12XBOX_DEBUG_FILTER_FLAGS (XBOX One family)	A set of flags that specify the actions to be taken in response to a specified validation error.
D3D12XBOX_DEBUG_FLAGS (XBOX One family)	Specifies the flags used to perform debugging on XBOX One.
D3D12XBOX_DERIVED_COMPUTE_STATE_TYPE (XBOX One family)	Specifies the type of a structure stored in a derived compute state object.
D3D12XBOX_DERIVED_GRAPHICS_STATE_TYPE (XBOX One family)	The type of a derived graphics-pipeline state object.
D3D12XBOX_DISPATCH_FLAGS (XBOX One family)	D3D12XBOX_DISPATCH_FLAGS (XBOX One family consoles) — Flags for controlling ID3D12GraphicsCommandList.DispatchX. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_EXECUTE_COMMAND_LIST_FLAGS (XBOX One family)	D3D12XBOX_EXECUTE_COMMAND_LIST_FLAGS (XBOX One family consoles) — Flags to be used with the ExecuteCommandLists2X API. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_EXTENDED_COMPUTE_PIPELINE_STATE_TYPE	Specifies the type of a structure stored in an extended compute state object.
D3D12XBOX_EXTENDED_GRAPHICS_PIPELINE_STATE_TYPE	Specifies the type of a structure stored in an extended graphics-pipeline state object.
D3D12XBOX_FLUSH (XBOX One family)	Specifies flags that control ID3D12GraphicsCommandList::FlushPipelineX and ID3D12CommandQueue::SignalX.
D3D12XBOX_FRAME_EVENT_STATISTICS_FLAGS (XBOX One family)	Specifies the status of a frame event statistics report.
D3D12XBOX_FRAME_EVENT_TYPE (XBOX One family)	Specifies the type of an event, for the purposes of frame scheduling.
D3D12XBOX_FRAME_INTERVAL_FLAGS (XBOX One family)	D3D12XBOX_FRAME_INTERVAL_FLAGS (XBOX One family consoles) — Specifies the options for providing additional control over the established frame interval.
D3D12XBOX_FRAME_PIPELINE_TOKEN (XBOX One family)	Defines an identifier for a frame as it passes through the graphics pipeline: from origin and input sampling, to presentation.
D3D12XBOX_FRAME_STATISTICS_TYPE (XBOX One family)	Specifies the types of frame statistics to be returned when GetFrameStatisticsX is called.
D3D12XBOX_GDS_OPERATION (XBOX One family)	Specifies the read and write operations for Global Data Share (GDS).
D3D12XBOX_HARDWARE_VERSION (XBOX One family)	Represents the hardware versions in the XBOX One family of devices.
D3D12XBOX_HISTENCIL_COMPARE_FUNCTION (XBOX One family)	Specifies how to interpret the result of the COMPARE function.
D3D12XBOX_NUMBER_FORMAT (XBOX One family)	Defines the names of various number formats. Used by the `D3D12XBOX_SHADER_RESOURCE_VIEW_DESC` structure.
D3D12XBOX_OCCLUSION_QUERY_CONTROL_COUNT_FLAG	Flags for controlling which samples to count, such as whether to count the samples that passed or failed the depth or stencil test.
D3D12XBOX_ORDERED_APPEND_SHADER_STAGE (XBOX One family)	Associates an Ordered Append counter with a shader stage. Only Compute Shader is currently supported.
D3D12XBOX_PAGE_MAPPING_FLAGS (XBOX One family)	D3D12XBOX_PAGE_MAPPING_FLAGS (XBOX One family consoles) — Flags that specify additional details about how pages are to be mapped by methods such as.
D3D12XBOX_PAGE_MAPPING_RANGE_TYPE (XBOX One family)	Specifies the purpose of a page mapping range.
D3D12XBOX_PIX_CAPTURE_FLAGS (XBOX One family)	D3D12XBOX_PIX_CAPTURE_FLAGS (XBOX One family consoles) — Flags for controlling the kind of information captured for analysis, such as whether information is.
D3D12XBOX_PIXEL_SHADER_OPTION_CONSERVATIVE_Z_EXPORT	Forces Z exports to be less than or greater than the source Z value, DB_SHADER_CONTROL.CONSERVATIVE_Z_EXPORT.
D3D12XBOX_PIXEL_SHADER_OPTION_DEPTH_BEFORE_SHADER	Provides settings for the DB_SHADER_CONTROL.DEPTH_BEFORE_SHADER register, for controlling the timing of pixel shader depth testing.
D3D12XBOX_PIXEL_SHADER_OPTION_EXEC_ON_HIER_FAIL	Provides settings for the DB_SHADER_CONTROL.EXEC_ON_HIER_FAIL register, for controlling pixel shader depth testing.
D3D12XBOX_PIXEL_SHADER_OPTION_EXEC_ON_NOOP (XBOX One family)	Setting that controls pixel shader depth testing (DB_SHADER_CONTROL. EXEC_ON_NOOP).
D3D12XBOX_PIXEL_SHADER_OPTION_OUT_OF_ORDER_RASTERIZATION	Establishes the level of Out-of-Order (OoO) rasterization.
D3D12XBOX_PIXEL_SHADER_OPTION_PER_SAMPLE_ITERATION	Provides settings for the PA_SC_MODE_CNTL_1.PS_ITER_SAMPLE register, for controlling per-sample execution of the pixel shader.
D3D12XBOX_PIXEL_SHADER_OPTION_TEXKILL (XBOX One family)	Provides settings for DB_SHADER_CONTROL.KILL_ENABLE, which controls a pixel shader’s ability to kill pixels.
D3D12XBOX_PIXEL_SHADER_OPTION_ZORDER (XBOX One family)	Provides settings for the DB_SHADER_CONTROL.Z_ORDER register that controls pixel shader depth testing.
D3D12XBOX_PREFETCH_MEMORY_FLAGS (XBOX One family)	Provides flags for controlling prefetch memory operations.
D3D12XBOX_PREFETCH_PIPELINE_STATE_FLAGS (XBOX One family)	Provides flags that specify which shaders from the pipeline state object are to be retrieved for pipeline prefetch operations.
D3D12XBOX_PRESENT_DESC_TYPE (XBOX One family)	Provides identifiers for the type of an extended presentation description.
D3D12XBOX_PRESENT_FLAGS (XBOX One family)	Specifies the presentation options that PresentX uses to display resources.
D3D12XBOX_PRESENT_PLANE_DESC_TYPE (XBOX One family)	Identifier of the type of an extended plane presentation description.
D3D12XBOX_PRESENT_PLANE_FLAGS (XBOX One family)	Provides composition options for the presentation plane.
D3D12XBOX_PRESENT_PLANE_SCALE_FILTER (XBOX One family)	Scale filter selection for upsampling from a source plane resource to a destination display.
D3D12XBOX_PROCESS_DEBUG_FLAGS (XBOX One family)	D3D12XBOX_PROCESS_DEBUG_FLAGS (XBOX One family consoles) — Defines the flags used to debug a process. Direct3D 12 graphics API reference for XBOX development.
D3D12XBOX_REGISTER_PAGE_POOL_FLAGS (XBOX One family)	Flags to be used with the RegisterPagePool2X API
D3D12XBOX_REPORT_GPU_HANG_FLAGS (XBOX One family)	Defines options to use when reporting a GPU hang.
D3D12XBOX_RESOURCE_BARRIER_ACTIONS (XBOX One family)	Defines resource barrier actions. Each member is an action that will or might result from calling ID3D12XboxDmaCommandList::ResourceBarrier.
D3D12XBOX_SAMPLER_FLAGS (XBOX One family)	D3D12XBOX_SAMPLER_FLAGS (XBOX One family consoles) — Sampler flags for creating a sampler description. Direct3D 12 graphics API reference for XBOX development.
D3D12XBOX_SCHEDULE_FRAME_EVENT_FLAGS (XBOX One family)	Specifies the scheduling options for ID3D12Device::ScheduleFrameEventX.
D3D12XBOX_SERIALIZE_FLAGS (XBOX One family)	Flags to control serializing Pipeline State objects.
D3D12XBOX_SHADER_CS_SIMD_WALK_ALGORITHM (XBOX One family)	Specifies the algorithm the SIMD (Single Instruction Multiple Data) processes are to use for each Compute Unit (CU).
D3D12XBOX_SHADER_STAGE (XBOX One family)	Specifies a shader stage.
D3D12XBOX_SHADER_UNIT_DISABLE_FLAGS (XBOX One family)	Disables compute units (CUs) from specific shaders.
D3D12XBOX_TEXTURE_FILTER_MODE (XBOX One family)	Specifies the texture filter mode to use in a sampler description.
D3D12XBOX_TEXTURE_MIP_FILTER (XBOX One family)	Specifies the texture MIP filtering that will be used in a sampler description.
D3D12XBOX_TEXTURE_XY_FILTER (XBOX One family)	Specifies the XY texture filtering to use in a sampler description.
D3D12XBOX_TEXTURE_Z_FILTER (XBOX One family)	Specifies the texture Z filter to be used in a sampler description.
D3D12XBOX_WAIT_FLAGS (XBOX One family)	D3D12XBOX_WAIT_FLAGS (XBOX One family consoles) — Flags for selecting the engine used to perform a wait. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_WAIT_FRAME_EVENT_FLAGS (XBOX One family)	Specifies event-wait options.
D3D12XBOX_WRITE_VALUE_BOP_FLAGS (XBOX One family)	Flags for controlling methods such as ID3D12GraphicsCommandList::Write64BitValueBottomOfPipeX.
D3D12XBOX_WRITE_VALUE_TOP_FLAGS (XBOX One family)	Flags that control GPU timestamp writebacks to Top Of Pipe.
D3D12CreateDevice (XBOX One family)	D3D12CreateDevice (XBOX One family consoles) — Creates a device that represents the display adapter. Direct3D 12 graphics API reference for XBOX development.
D3D12GetFlushFromResourceBarrierActionsX (XBOX One family)	Masks off compression-related activity from the specified resource barrier actions, and converts it to a set of flushes that can be passed to the.
D3D12XboxCreateDevice (XBOX One family)	D3D12XboxCreateDevice (XBOX One family consoles) — Creates a device that represents the display adapter. Direct3D 12 graphics reference for XBOX.
D3D12XboxEnableMemoryProfiling (XBOX One family)	Enables memory profiling.
D3D12XboxGetCachedReadPointer (XBOX One family)	Gets a cached read pointer for the specified CPU descriptor handle.
D3D12XboxGetProcessDebugFlags (XBOX One family)	Gets the current process debug flags.
D3D12XboxGetWritePointer (XBOX One family)	Gets a write pointer for the specified CPU descriptor handle.
D3D12XboxInitializeDefaultComputeShaderLimits	Initializes a D3D12XBOX_COMPUTE_SHADER_LIMITS_DESC structure with default limits.
D3D12XboxInitializeDefaultGraphicsShaderLimits	Initializes a D3D12XBOX_GRAPHICS_SHADER_LIMITS_DESC structure with default limits.
D3D12XboxInitializeDefaultTessellationParameters	Initializes a D3D12XBOX_TESSELLATION_PARAMETERS_DESC structure with default limits.
D3D12XboxSetProcessDebugFlags (XBOX One family)	Sets the options that will be used to debug a process.
D3D12XboxUnloadDriverModule	Unloads the currently loaded user-mode graphics driver from the process.
D3DConfigureVirtualMemory (XBOX One family)	Initializes Graphics memory tracking
CD3DX12_PIPELINE_STATE_STREAM_SUBOBJECT (XBOX One family)	A templated helper structure used to encapsulate a pair of subobject type and subobject data as a single object suitable for a stream description.
CD3DX12XBOX_PIPELINE_STATE_STREAM_PARSE_HELPER (Interface contents) (XBOX One family)	Builds an internal CD3DX12_PIPELINE_STATE_STREAM object from subobject details passed into the corresponding member functions. This struct implements the.
XboxSetComputeShaderLimits (XBOX One family)	Initializes the ComputeShaderLimitsX member of a PipelineStream object with the value of the desc parameter.
XboxSetDepthStencilOptions (XBOX One family)	Initializes the DepthStencilOptionsX member of a CD3DX12XBOX_PIPELINE_STATE_STREAM object with the value of the desc parameter.
XboxSetGraphicsShaderLimits (XBOX One family)	Initializes the GraphicsShaderLimitsX member of a CD3DX12XBOX_PIPELINE_STATE_STREAM object with the value of the desc parameter.
XboxSetPixelShaderOptions (XBOX One family)	Initializes the PixelShaderOptionsX member of PipelineStream using the value of the desc parameter.
XboxSetTessellationParameters (XBOX One family)	Initializes the TessellationParametersX member of PipelineStream using the value of the desc parameter.
ID3D12CommandAllocator (Interface contents)	Represents the allocations of storage for GPU commands.
SetAllocatorCallbackX (XBOX One family)	Sets an allocation callback function for the command allocator.
ID3D12CommandQueue (Interface contents) (XBOX One family)	ID3D12CommandQueue (Interface contents) (XBOX One family consoles) — Submits command lists and synchronizes their execution.
ClearPageMappingsX (XBOX One family)	Clears page mappings.
CopyPageMappingsBatchX (XBOX One family)	Maps memory page ranges into the GPU virtual address space as one or more batches.
CopyPageMappingsX (XBOX One family)	Manipulates the GPU page tables on the GPU timeline. It can be called on graphics and DMA command queues, but not on compute queues.
ExecuteCommandLists (XBOX One family)	Submits an array of command lists to be executed.
ExecuteCommandLists2X (XBOX One family)	ExecuteCommandLists2X (XBOX One family consoles) — XBOX extension API for executing Command Lists. Direct3D 12 graphics API reference for XBOX game development.
InvalidateGraphicsTLBX (XBOX One family)	Invalidates a graphics translation lookaside buffer.
ID3D12CommandQueue::KickoffX (XBOX One family)	ID3D12CommandQueue::KickoffX (XBOX One family consoles) — Submits queued graphics or compute command list segments to the GPU, for processing.
PIXGpuBeginCapture (XBOX One family)	Starts the PIX GPU capture process.
PIXGpuCaptureNextFrame (XBOX One family)	Captures the next frame of data for the GPU.
PIXGpuEndCapture (XBOX One family)	Ends the PIX GPU capture process.
PresentX (XBOX One family)	Presents a set of resources for display.
ResumeX (XBOX One family)	Resumes from connected standby.
SetHDRToneMapperX (XBOX One family)	Sets a High Dynamic Range (HDR) tone mapper used to produce a Standard Dynamic Range (SDR) image at runtime when an HDR game enables automatic tone mapping.
SignalX (XBOX One family)	SignalX (XBOX One family consoles) — Updates a fence to a specified value. Direct3D 12 graphics API reference for XBOX game development.
SuspendX (XBOX One family)	Suspends for connected standby.
ID3D12Debug (Interface contents) (XBOX One family)	A debug interface controls the debug settings and validates pipeline state. It can only be used if the debug layer is turned on.
SetProcessDebugFlags (XBOX One family)	Sets the options to be used to debug a process.
ID3D12Device (Interface contents) (XBOX One family)	The device interface represents a virtual adapter used to create resources.
CreateCommandListX (XBOX One family)	CreateCommandListX (XBOX One family consoles) — Creates a command list. Direct3D 12 graphics API reference for XBOX game development.
CreateCommandQueueX (XBOX One family)	Creates a command queue on XBOX One.
CreateCommittedResourceX (XBOX One family)	Creates both a resource and an implicit heap large enough to contain the entire resource. The resource is mapped to the heap.
CreateComponentPlacedResourceX (XBOX One family)	CreateComponentPlacedResourceX (XBOX One family consoles) — Places a component of a resource (subresource). Direct3D 12 graphics reference for XBOX.
CreateComponentPlacedResourceX1 (XBOX One family)	Places a component of a resource (subresource) described by D3D12XBOX_RESOURCE_DESC.
CreateComputePipelineStateX (XBOX One family)	Creates a compute-pipeline state object with additional details, such as shader limits.
CreateCounterSetX (XBOX One family)	Creates a set of GPU hardware counters which can be sampled.
CreateDerivedComputePipelineStateX (XBOX One family)	Efficiently creates a compute-pipeline state object derived from another pipeline state object.
CreateDerivedGraphicsPipelineStateX (XBOX One family)	Efficiently creates a graphics-pipeline state object derived from another pipeline state object.
CreateGraphicsPipelineStateX (XBOX One family)	Creates a graphics-pipeline state object with additional details, such as shader limits and depth, stencil, and pixel shader options.
CreatePlacedRawShaderResourceViewX (XBOX One family)	Creates a shader resource view descriptor directly from a resource and a resource view description, without creating an intermediate ID3D12Resource API object.
CreatePlacedRawUnorderedAccessViewX (XBOX One family)	Creates an unordered access view descriptor directly from a resource and a resource view description, without creating an intermediate ID3D12Resource API.
CreatePlacedResourceX (XBOX One family)	CreatePlacedResourceX (XBOX One family consoles) — Places an entire resource. Direct3D 12 graphics API reference for XBOX game development.
CreatePlacedShaderResourceViewX (XBOX One family)	Places a shader resource view (SRV).
CreatePlacedUnorderedAccessViewX (XBOX One family)	Places an unordered access view (UAV).
CreateSamplerX (XBOX One family)	Creates a sampler object that encapsulates the sampling information for a texture on XBOX.
DeserializeComputePipelineStateX (XBOX One family)	Deserializes a previously serialized compute-pipeline state object to allow efficient loading of compute state objects at runtime.
DeserializeGraphicsPipelineStateX (XBOX One family)	Deserializes a previously serialized graphics-pipeline state object to allow efficient loading of pipeline state objects at runtime.
EnableManualGraphicsTLBInvalidationX (XBOX One family)	Enables manual invalidation of the graphics translation lookaside buffer. This is a D3D12.x extension method.
GetDebugFlagsX (XBOX One family)	Gets the debugging options that are currently active.
GetDefaultMSAAParametersX (XBOX One family)	Gets the default multisampling antialiasing (MSAA) parameters.
GetFrameStatisticsX (XBOX One family)	Retrieves a set of statistics for a frame.
GetGpuHardwareConfigurationX (XBOX One family)	Gets the hardware configuration information: currently, just the GPU’s clock frequency.
RegisterCustomFenceLocationX (XBOX One family)	Registers a memory location used for custom fence synchronization with the GPU hang reporting infrastructure.
RegisterPagePoolX (XBOX One family)	Registers a page pool so it can be used as a source for CopyPageMappingsX and similar functions.
ReportGpuHangX (XBOX One family)	Reports a hang in the GPU.
ScheduleFrameEventX (XBOX One family)	Schedules an event to be signaled one or more times within a frame.
SerializeComputePipelineStateX (XBOX One family)	Serializes a compute-pipeline state object to allow efficient loading at runtime. This method is called during offline creation of content, not at game runtime.
SerializeGraphicsPipelineStateX (XBOX One family)	Serializes a pipeline state object to allow efficient loading at runtime. This method is called during the offline content-creation process, not at game.
SetDebugCallbackX (XBOX One family)	Sets the callback function to be invoked during debugging.
SetDebugErrorFilterX (XBOX One family)	Applies validation error filtering targeted at the granularity of a DEBUG output message.
SetDebugFlagsX (XBOX One family)	Sets the debugging options.
SetDriverHintX (XBOX One family)	Sets a driver hint for XBOX One.
SetFrameIntervalX (XBOX One family)	Establishes the interval duration and period for a frame.
SetGpuMemoryPriorityX (XBOX One family)	Sets the priority of non-coherent GPU memory traffic against other traffic, such as CPU, audio, and IO device traffic.
SetHangCallbacksX (XBOX One family)	Sets the callback functions to be invoked when the GPU hangs.
UnregisterCustomFenceLocationX (XBOX One family)	Unregisters a memory location previously registered with RegisterCustomFenceLocationX.
UnregisterPagePoolX (XBOX One family)	Unregisters a previously registered page pool.
WaitFrameEventX (XBOX One family)	Waits on a scheduled frame event to be signalled.
ID3D12Device3 (XBOX One family)	Represents a virtual adapter. This interface extends ID3D12Device2 to create pipeline state objects from pipeline state stream descriptions.
RegisterPagePool2X (XBOX One family)	Extension to RegisterPagePoolX
ID3D12GraphicsCommandList (Interface contents)	ID3D12GraphicsCommandList (Interface contents) (XBOX One family consoles) — Encapsulates a list of graphics commands for rendering.
AdvancePredicationX (XBOX One family)	Advances the predication process.
ID3D12GraphicsCommandList::ClearRenderTargetView	ID3D12GraphicsCommandList::ClearRenderTargetView (XBOX One family consoles) — Sets all the elements in a render target to one value.
CloseBundleX (XBOX One family)	Closes a bundle command list while writing the recorded commands to the specified allocation.
ID3D12GraphicsCommandList::CopyMemoryToMemoryX	ID3D12GraphicsCommandList::CopyMemoryToMemoryX (XBOX One family consoles) — Copies data from one GPU virtual address to another.
CopyResourceX (XBOX One family)	Copies the entire contents of the source resource to the destination resource.
CopyTextureRegionX (XBOX One family)	Uses the GPU to copy texture data between two locations. Both the source and destination may reference the texture data located within a buffer resource or.
DispatchX (XBOX One family)	Executes a command list from a thread group.
DrawIndexedX (XBOX One family)	Draws indexed primitives as a more efficient alternative to DrawIndexedInstanced.
ExecuteCommandListsX (XBOX One family)	Not implemented at this time.
ExecuteIndirectBundleX (XBOX One family)	Indirectly executes a bundle from a buffer, where a bundle is a GPU command buffer representation of GPU draws and state setting. This API allows for more.
FillMemoryWith128BitValueX (XBOX One family)	Fills the specified range of GPU memory with the specified 128-bit value.
ID3D12GraphicsCommandList::FillMemoryWith32BitValueX	Fills the specified range of GPU memory with the specified 32-bit value.
FillMemoryWith64BitValueX (XBOX One family)	Fills the specified range of GPU memory with the specified 64-bit value.
FlushPipelineX (XBOX One family)	Flushes the specified segment of the pipeline.
GetExecutionCommandSizeX (XBOX One family)	Queries a bundle command list for its required allocation size.
ID3D12GraphicsCommandList::KickoffX (XBOX One family)	ID3D12GraphicsCommandList::KickoffX (XBOX One family consoles) — Submits queued graphics or compute command list segments to the GPU, for processing.
NopX (XBOX One family)	Adds a specified number of bytes of no-operation padding to the current Command List.
OMSetDepthBoundsX (XBOX One family)	Sets the depth bounds.
PrefetchMemoryX (XBOX One family)	PrefetchMemoryX (XBOX One family consoles) — Prefetches memory at the specified address. Direct3D 12 graphics API reference for XBOX game development.
PrefetchPipelineStateX (XBOX One family)	PrefetchPipelineStateX (XBOX One family consoles) — Prefetches the specified pipeline state. Direct3D 12 graphics API reference for XBOX game development.
ReadGDSX (XBOX One family)	Reads data from GDS.
RSSetDepthBiasX (XBOX One family)	Overrides the current PSO depth bias options, and sets new values.
RSSetMSAAParametersX (XBOX One family)	Sets the Render Stage multisampling antialiasing (MSAA) parameters.
SampleCountersX (XBOX One family)	Writes the values of GPU hardware counters to a user-supplied buffer at a user-supplied offset.
SetComputeShaderLimitsX (XBOX One family)	Sets the compute shader limits, including active shader units, wave and thread group properties, and the SIMD-walking algorithm to be used.
SetGraphicsShaderLimitsX (XBOX One family)	SetGraphicsShaderLimitsX (XBOX One family consoles) — Sets the graphics shader limits for vertex, domain, geometry, and pixel shaders. Some of the limits are.
SetHiStencilControlX (XBOX One family)	Enables or disables the Hi-Stencil hardware. Provides a direct but temporary override until the next depth/stencil resource is bound to the pipeline.
SetHiStencilStateX (XBOX One family)	Sets hierarchical stencil-compare states that will persist on a specified resource.
SetOcclusionQueryControlX (XBOX One family)	Configures the counters used in an occlusion query.
SetPerfectOcclusionQueriesX (XBOX One family)	Obtains the perfect sample counts, and overrides the HiStencil state.
SetPixelShaderDepthForceZOrderX (XBOX One family)	Forces Z-order to be taken from shader directives.
SetPredicationBufferX (XBOX One family)	Sets a predication buffer for a graphics command list.
SetResourceCompressionStateX (XBOX One family)	Sets the compression state of a resource.
SetupOrderedAppendCounterX (XBOX One family)	Sets up an Ordered Append counter, enabling shader threads to append data in the order of their launch.
StartCountersX (XBOX One family)	Selects a GPU counter set to take samples from.
StopCountersX (XBOX One family)	Ends a period of sampling GPU counters.
Wait32BitValueX (XBOX One family)	Waits on the 32-bit value at a specified source location in memory, to satisfy a comparison condition.
ID3D12GraphicsCommandList::Wait64BitValueX (XBOX One family)	ID3D12GraphicsCommandList::Wait64BitValueX (XBOX One family consoles) — Waits on the 64-bit value at a specified source location in memory, to satisfy a.
Write32BitValueBottomOfPipeX (XBOX One family)	Writes a 32-bit value at the bottom of the pipeline to a specified destination in memory.
Write32BitValueBottomOfShaderX (XBOX One family)	Writes a 32-bit value at the bottom of the shader, to a specified destination in memory.
Write32BitValueTopOfPipeX (XBOX One family)	Writes a 32-bit value at the top of the pipeline to a specified destination in memory.
ID3D12GraphicsCommandList::Write64BitValueBottomOfPipeX	ID3D12GraphicsCommandList::Write64BitValueBottomOfPipeX (XBOX One family consoles) — Writes a 64-bit value at the bottom of the pipeline to a specified.
Write64BitValueTopOfPipeX (XBOX One family)	Writes a 64-bit value at the top of the pipeline to a specified destination in memory.
WriteGDSX (XBOX One family)	Writes data to the Global Data Share (GDS).
ID3D12GraphicsCommandList2 (XBOX One family)	Encapsulates a list of graphics commands for rendering, extending the interface to support writing immediate values directly to a buffer.
ID3D12GraphicsCommandList2::ResetX (XBOX One family)	ID3D12GraphicsCommandList2::ResetX (XBOX One family consoles) — Resets a command list back to its initial state as if a new command list was just created.
ID3D12PipelineState (Interface contents) (XBOX One family)	ID3D12PipelineState (Interface contents) (XBOX One family consoles) — Represents the state of all currently set shaders as well as certain fixed function state.
GetDescriptorX (XBOX One family)	GetDescriptorX (XBOX One family consoles) — Gets the descriptor for this ID3D12PipelineState, for using ID3D12GraphicsCommandList::ExecuteIndirect.
ID3D12Resource (Interface contents) (XBOX One family)	Encapsulates a generalized ability of the CPU and GPU to read and write to physical memory or to heaps. Contains abstractions for organizing and manipulating.
GetPlacementDescX (XBOX One family)	Gets the placement description for this resource, as a D3D12_RESOURCE_DESC structure.
ID3D12XboxCounterSet (Interface contents) (XBOX One family)	Interface for sampling GPU hardware counters.
GetCounterDataSizeX (XBOX One family)	Query the required size in bytes for a buffer which will receive counter values.
RetrieveCounterDataX (XBOX One family)	Instruct the GPU to write previously sampled counter values to a C++ struct.
ID3D12XboxDmaCommandList (Interface contents)	A dedicated interface for D3D12_COMMAND_LIST_TYPE_COPY.
ID3D12XboxDmaCommandList::BeginEvent (XBOX One family)	Reference for ID3D12XboxDmaCommandList::BeginEvent (XBOX One family), a method in the XBOX One family consoles Direct3D 12 graphics API. Reserved or unused on.
BeginQuery (XBOX One family)	Starts a query running.
ID3D12XboxDmaCommandList::Close (XBOX One family)	Gracefully cleans up the running streams.
CopyBufferRegion (XBOX One family)	CopyBufferRegion (XBOX One family consoles) — Copies a region of a buffer from one resource to another. Direct3D 12 graphics API reference for XBOX development.
CopyLastErrorCodeToMemoryX (XBOX One family)	Copies the last error code to memory.
ID3D12XboxDmaCommandList::CopyMemoryToMemoryX	ID3D12XboxDmaCommandList::CopyMemoryToMemoryX (XBOX One family consoles) — Copies data from one GPU virtual address to another.
CopyResource (XBOX One family)	Copies a resource.
CopyTextureRegion (XBOX One family)	Copies a region of a source texture to a specified location in a destination texture.
CopyTiles (XBOX One family)	Copies tiles from a buffer to a tiled resource, or vice versa.
ID3D12XboxDmaCommandList::EndEvent (XBOX One family)	Reference for ID3D12XboxDmaCommandList::EndEvent (XBOX One family), a method in the XBOX One family consoles Direct3D 12 graphics API. Reserved or unused on.
EndQuery (XBOX One family)	EndQuery (XBOX One family consoles) — Ends a running query. XBOX Direct3D 12 graphics reference.
EnqueueDwordsX (XBOX One family)	Copies an array of SDMA command packet DWORD values into the command list. This method is for developer experimentation and is not functional on retail.
ID3D12XboxDmaCommandList::FillMemoryWith32BitValueX	Fills the specified range of GPU memory (a memory buffer) with the specified 32-bit value.
JPEGDecodeMemoryX (XBOX One family)	Decodes a JPEG resource.
ID3D12XboxDmaCommandList::KickoffX (XBOX One family)	Submits queued DMA command list segments to the GPU, for processing.
LZCompressMemoryX (XBOX One family)	Compresses memory to the LZ format.
LZDecompressMemoryX (XBOX One family)	Decompresses memory from the LZ format.
ID3D12XboxDmaCommandList::Reset (XBOX One family)	Resets the DMA command list by using the specified allocator and, optionally, the specified initial state of the pipeline.
ResolveQueryData (XBOX One family)	Extracts data from a query. Works with all heap types: default, upload, and readback.
ResourceBarrier (XBOX One family)	Notifies the driver that it needs to synchronize multiple accesses to resources, for example, by synchronizing reading and writing to the same texture.
ID3D12XboxDmaCommandList::SetMarker (XBOX One family)	Reference for ID3D12XboxDmaCommandList::SetMarker (XBOX One family), a method in the XBOX One family consoles Direct3D 12 graphics API. Reserved or unused on.
ID3D12XboxDmaCommandList::Wait64BitValueX (XBOX One family)	ID3D12XboxDmaCommandList::Wait64BitValueX (XBOX One family consoles) — Waits on the 64-bit value at a specified source location in memory, to satisfy a.
ID3D12XboxDmaCommandList::Write64BitValueBottomOfPipeX	ID3D12XboxDmaCommandList::Write64BitValueBottomOfPipeX (XBOX One family consoles) — Writes a 64-bit value at the bottom of the pipeline to a specified.
ID3DX12PipelineParserCallbacks (Interface contents)	An interface that represents a collection of parser and error callbacks used by the D3DX12parsePipelineStream helper function.
ID3DX12PipelineParserCallbacks::XboxSetComputeShaderLimits	Sets the compute shader limits on XBOX.
ID3DX12PipelineParserCallbacks::XboxSetDepthStencilOptions	Sets depth stencil options on XBOX.
ID3DX12PipelineParserCallbacks::XboxSetGraphicsShaderLimits	Sets graphics shader limits on XBOX.
ID3DX12PipelineParserCallbacks::XboxSetPixelShaderOptions	Sets pixel shader options on XBOX.
ID3DX12PipelineParserCallbacks::XboxSetTessellationParameters (XBOX One family)	Sets tessellation parameters on XBOX.
CD3DX12XBOX_PIPELINE_STATE_STREAM (XBOX One family)	A helper structure for creating and working with graphics and compute pipeline states through a combined interface.
D3D12_FEATURE_DATA_D3D12_OPTIONS10 (XBOX One family)	D3D12_FEATURE_DATA_D3D12_OPTIONS10 (XBOX One family consoles) — Indicates the level of support that the adapter provides for variable rate shading sum.
D3D12_FEATURE_DATA_D3D12_OPTIONS11 (XBOX One family)	D3D12_FEATURE_DATA_D3D12_OPTIONS11 (XBOX One family consoles) — Indicates the level of support that the adapter provides for atomic Int64 on descriptor.
D3D12_FEATURE_DATA_D3D12_OPTIONS7 (XBOX One family)	D3D12_FEATURE_DATA_D3D12_OPTIONS7 (XBOX One family consoles) — Indicates the level of support that the adapter provides for mesh shader and sampler feedback.
D3D12_FEATURE_DATA_D3D12_OPTIONS8 (XBOX One family)	D3D12_FEATURE_DATA_D3D12_OPTIONS8 (XBOX One family consoles) — Indicates the level of support that the adapter provides for unaligned block textures.
D3D12_FEATURE_DATA_D3D12_OPTIONS9 (XBOX One family)	Indicates the level of support that the adapter provides for mesh shader pipeline stats, mesh shader full range render target array index, atomic Int64 on.
D3D12_FEATURE_DATA_DISPLAYABLE (XBOX One family)	D3D12_FEATURE_DATA_DISPLAYABLE (XBOX One family consoles) — This feature is currently in preview. Direct3D 12 graphics API reference for XBOX game development.
D3D12_FEATURE_DATA_PROTECTED_RESOURCE_SESSION_SUPPORT	Indicates the level of support for protected resource sessions.
D3D12_FEATURE_DATA_PROTECTED_RESOURCE_SESSION_TYPE_COUNT	D3D12_FEATURE_DATA_PROTECTED_RESOURCE_SESSION_TYPE_COUNT (XBOX One family consoles) — Indicates a count of protected resource session types.
D3D12_FEATURE_DATA_PROTECTED_RESOURCE_SESSION_TYPES	D3D12_FEATURE_DATA_PROTECTED_RESOURCE_SESSION_TYPES (XBOX One family consoles) — Indicates a list of protected resource session types.
D3D12_GRAPHICS_PIPELINE_STATE_DESC (XBOX One family)	Describes a graphics-pipeline state object.
D3D12_INDIRECT_ARGUMENT_DESC (XBOX One family)	Describes an indirect argument (an indirect parameter) for use with a command signature.
D3D12XBOX_COMMAND_LIST_DESC (XBOX One family)	Description of the command list, including XBOX-specific extensions.
D3D12XBOX_COMMAND_QUEUE_DESC (XBOX One family)	XBOX-specific description of the command queue.
D3D12XBOX_COMPONENT_PLACED_ADDRESSES (XBOX One family)	A union used by ID3D12Device::CreateComponentPlacedResourceX.
D3D12XBOX_COMPUTE_SHADER_LIMITS_DESC (XBOX One family)	Describes limits for a compute shader.
D3D12XBOX_COUNTER_DATA (XBOX One family)	Data returned by sampling a set of simultaneously active GPU hardware counters.
D3D12XBOX_COUNTER_SET_DESC (XBOX One family)	Describes a collection of GPU hardware counters which can be sampled at one time.
D3D12XBOX_CREATE_DEVICE_PARAMETERS (XBOX One family)	D3D12XBOX_CREATE_DEVICE_PARAMETERS (XBOX One family consoles) — Specifies the parameters used during the creation of a device on XBOX hardware.
D3D12XBOX_DCC_OPTIONS (XBOX One family)	Establishes the DCC configuration options for a resource description.
D3D12XBOX_DEPTH_STENCIL_OPTIONS_DESC (XBOX One family)	Describes depth stencil settings in graphics pipeline state.
D3D12XBOX_DERIVED_COMPUTE_STATE_DESC (XBOX One family)	Describes a derived compute-pipeline state object. The new pipeline state object is derived from an existing pipeline state object.
D3D12XBOX_DERIVED_GRAPHICS_STATE_DESC (XBOX One family)	Describes a derived graphics-pipeline state object, which can be a D3D12_DEPTH_STENCIL_DESC, D3D12_RASTERIZER_DESC, D3D12_BLEND_DESC, or SampleMask.
D3D12XBOX_DESCRIPTOR_BUFFER_VIEW (XBOX One family)	Don’t use; internal use only. An opaque structure for the XBOX One–native GPU buffer descriptor.
D3D12XBOX_DESCRIPTOR_PIPELINE_STATE (XBOX One family)	D3D12XBOX_DESCRIPTOR_PIPELINE_STATE (XBOX One family consoles) — The command processor packet descriptor for setting a pipeline state object.
D3D12XBOX_DESCRIPTOR_SAMPLER_STATE (XBOX One family)	Don’t use; internal use only. An opaque structure for the XBOX One–native binding descriptor for sampler state.
D3D12XBOX_DESCRIPTOR_TEXTURE_VIEW (XBOX One family)	Don’t use; internal use only. An opaque structure for the XBOX One–native texture view descriptor.
D3D12XBOX_DESCRIPTOR_UNORDERED_ACCESS_VIEW (XBOX One family)	Don’t use; internal use only. An opaque structure for the XBOX One–native UAV (unordered access view) descriptor.
D3D12XBOX_DESERIALIZE_COMPUTE_PIPELINE_STATE	Defines how to deserialize compute-pipeline state objects.
D3D12XBOX_DESERIALIZE_GRAPHICS_PIPELINE_STATE	D3D12XBOX_DESERIALIZE_GRAPHICS_PIPELINE_STATE (XBOX One family consoles) — Contains information for deserializing a previously serialized graphics-pipeline.
D3D12XBOX_DESERIALIZE_SHADER (XBOX One family)	Contains information about deserializing a previously serialized shader, including GPU instructions and metadata.
D3D12XBOX_DISPATCH_ARGUMENTS (XBOX One family)	Arguments to a call to the compute pipeline.
D3D12XBOX_DISPLAY_STATISTICS (XBOX One family)	Defines the statistics related to frame display.
D3D12XBOX_EXTENDED_COMPUTE_PIPELINE_STATE_DESC	Specifies the type of a structure stored in an extended compute-pipeline state object.
D3D12XBOX_EXTENDED_GRAPHICS_PIPELINE_STATE_DESC	Extended graphics pipeline state description.
D3D12XBOX_FRAME_EVENT_STATISTICS (XBOX One family)	Defines statistics related to a scheduled frame event.
D3D12XBOX_FRAME_INTERVAL_STATISTICS (XBOX One family)	Defines the statistics related to the interval established for the frame.
D3D12XBOX_FRAME_STATISTICS (XBOX One family)	Defines a group of frame statistics.
D3D12XBOX_GPU_HARDWARE_CONFIGURATION (XBOX One family)	Contains the GPU clock frequency.
D3D12XBOX_GRAPHICS_SHADER_LIMITS_DESC (XBOX One family)	D3D12XBOX_GRAPHICS_SHADER_LIMITS_DESC (XBOX One family consoles) — Defines a graphics shader’s limits. Direct3D 12 graphics API reference for XBOX development.
D3D12XBOX_HISTENCIL_COMPARE_STATE (XBOX One family)	Stores the state of a comparison, to control how the comparison is done.
D3D12XBOX_HISTENCIL_CONTROL (XBOX One family)	Specifies the first and second comparisons to perform.
D3D12XBOX_INPUT_STATISTICS (XBOX One family)	Defines the statistics related to the input queries for a frame.
D3D12XBOX_MSAA_CENTROID_PRIORITIES (XBOX One family)	Describes multisampling antialiasing centroid priorities.
D3D12XBOX_MSAA_PARAMETERS (XBOX One family)	D3D12XBOX_MSAA_PARAMETERS depth-block MSAA settings on XBOX One family: sample counts, PS iteration, over-rasterization, and centroid mask behavior.
D3D12XBOX_MSAA_SAMPLE_LOCATIONS (XBOX One family)	Describes multisample antialias sample locations.
D3D12XBOX_OCCLUSION_QUERY_CONTROL (XBOX One family)	Settings for ID3D12GraphicsCommandList::SetOcclusionQueryControlX.
D3D12XBOX_PAGE_MAPPING_BATCH (XBOX One family)	Describes one or more memory page ranges to be mapped into the GPU virtual address space.
D3D12XBOX_PAGE_MAPPING_RANGE (XBOX One family)	Describes a page-mapping range.
D3D12XBOX_PIXEL_SHADER_OPTIONS_DESC (XBOX One family)	Describes pixel shader options.
D3D12XBOX_PREDICATION_BUFFER_VIEW (XBOX One family)	Describes a predication-buffer view.
D3D12XBOX_PRESENT_DESC (XBOX One family)	Defines an extended configuration of the presentation to be performed by ID3D12CommandQueue::PresentX.
D3D12XBOX_PRESENT_DESC_TITLE_PERFORMANCE_OVERLAY	Defines the extended present desc for title performance overlay.
D3D12XBOX_PRESENT_PARAMETERS (XBOX One family)	Configures the presentation to be performed by ID3D12CommandQueue::PresentX.
D3D12XBOX_PRESENT_PLANE_DESC (XBOX One family)	Defines an extended plane configuration for the presentation to be performed by ID3D12CommandQueue::PresentX.
D3D12XBOX_PRESENT_PLANE_PARAMETERS (XBOX One family)	Configures a presentation plane for composition with ID3D12CommandQueue::PresentX.
D3D12XBOX_PRESENT_STATISTICS (XBOX One family)	Defines the statistics related to frame presentation.
D3D12XBOX_QUERY_PREDICATION_STATUS (XBOX One family)	Do not use. Predication status queries are not supported.
D3D12XBOX_RENDER_STATISTICS (XBOX One family)	Defines the statistics related to frame rendering.
D3D12XBOX_RESOURCE_DESC (XBOX One family)	Describes a resource such as a texture.
D3D12XBOX_SAMPLER_DESC (XBOX One family)	D3D12XBOX_SAMPLER_DESC (XBOX One family consoles) — Describes a sampler state. Direct3D 12 graphics API reference for XBOX game development.
D3D12XBOX_SCHEDULE_FRAME_OBJECT_LIST (XBOX One family)	Defines an ancillary set of kernel synchronization events to be signalled with an event scheduled through ID3D12Device::ScheduleFrameEventX.
D3D12XBOX_SERIALIZE_COMPUTE_PIPELINE_STATE (XBOX One family)	Contains information for deserializing a previously serialized compute-pipeline state object.
D3D12XBOX_SERIALIZE_GRAPHICS_PIPELINE_STATE	D3D12XBOX_SERIALIZE_GRAPHICS_PIPELINE_STATE (XBOX One family consoles) — Information for serializing a graphics Pipeline State Object.
D3D12XBOX_SERIALIZE_SHADER (XBOX One family)	Information for serializing a shader. This includes GPU instructions and metadata.
D3D12XBOX_SHADER_RESOURCE_VIEW_DESC (XBOX One family)	D3D12XBOX_SHADER_RESOURCE_VIEW_DESC defines an SRV on XBOX One family, including resource location, DataFormat, NumberFormat, and memory-type overrides.
D3D12XBOX_TESSELLATION_PARAMETERS_DESC (XBOX One family)	Describes tessellation parameters.
D3D12XBOX_UNORDERED_ACCESS_VIEW_DESC (XBOX One family)	Descriptor for an unordered access view (UAV).
D3D12XBOX_VIEW_RECT (XBOX One family)	Defines a view rectangle in normalized floating-point coordinates.
D3D12XBOX_WAIT_FRAME_OBJECT_LIST (XBOX One family)	Defines an ancillary set of kernel synchronization objects to be included in a wait executed by ID3D12Device::WaitFrameEventX.
D3D12XboxPutBuffer (XBOX One family)	D3D12XboxPutBuffer (XBOX One family consoles) — Structure for managing the writing of GPU commands to the current command buffer segment.
d3d12_xs (API contents) (XBOX Series consoles)	Reference topics for d3d12_xs.h.
D3D_PRIMITIVE_TOPOLOGY (XBOX Series consoles)	Values that indicate how the pipeline interprets vertex data that is bound to the input-assembler stage.
D3D11_CREATE_DEFERRED_CONTEXT_FLAG (XBOX Series consoles)	Specifies flags that identify the usage of a deferred context.
D3D12_BUFFER_SRV_FLAGS (XBOX Series consoles)	Values that identify view options for the buffer resource to use in a shader-resource view.
D3D12_BUFFER_UAV_FLAGS (XBOX Series consoles)	Values that identify view options for the buffer resource to use in an unordered-access view.
D3D12_FENCE_FLAGS (XBOX Series consoles)	Specifies fence options.
D3D12_INDIRECT_ARGUMENT_TYPE (XBOX Series consoles)	D3D12_INDIRECT_ARGUMENT_TYPE (XBOX Series consoles) — Argument types for indirect parameters, used for the D3D12_INDIRECT_ARGUMENT_DESC structure.
D3D12_MEASUREMENTS_ACTION (XBOX Series consoles)	Reference for D3D12_MEASUREMENTS_ACTION (XBOX Series consoles), a enumeration in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on XBOX.
D3D12_MESSAGE_ID (XBOX Series consoles)	Specifies debug message IDs for setting up an info-queue filter.
D3D12_PIPELINE_STATE_FLAGS (XBOX Series consoles)	Specifies flags that control the placement of data produced by the geometry shader and tessellation.
D3D12_RAY_FLAGS (XBOX Series consoles)	Flags passed to the TraceRay function to override transparency, culling, and early-out behavior.
D3D12_ROOT_SIGNATURE_FLAGS (XBOX Series consoles)	D3D12_ROOT_SIGNATURE_FLAGS (XBOX Series consoles) — Specifies options for root signature layout. Direct3D 12 graphics API reference for XBOX game development.
D3D12_SAMPLER_FEEDBACK_TIER (XBOX Series consoles)	Hardware and driver support level for Sampler Feedback.
D3D12_STATE_SUBOBJECT_TYPE (XBOX Series consoles)	D3D12_STATE_SUBOBJECT_TYPE (XBOX Series consoles) — The type of a state subobject. Use with D3D12_STATE_SUBOBJECT. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_BIN_MAPPING_MODE (XBOX Series consoles)	Deferred Primitive Batch Binning mapping mode.
D3D12XBOX_BIN_SIZE (XBOX Series consoles)	Deferred Primitive Batch Binning (DPBB) bin size.
D3D12XBOX_BINNING_FLAGS (XBOX Series consoles)	Reserved for future use.
D3D12XBOX_BINNING_MODE (XBOX Series consoles)	Defines the Deferred Primitive Batch Binning (DPBB) mode.
D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_SUBOBJECT_TYPE (XBOX Series consoles)	A type of extension for a build in the tokenized descriptor stream.
D3D12XBOX_CMDLIST_DRIVER_HINT (XBOX Series consoles)	Hints passed to a Command List in order to alter internal driver behaviour
D3D12XBOX_COMMAND_LIST_FLAGS (XBOX Series consoles)	Flags for use with the CreateCommandListX API.
D3D12XBOX_COMMAND_LIST_RESET_FLAGS (XBOX Series consoles)	Flags for use with the ID3D12GraphicsCommandList6::ResetX API.
D3D12XBOX_COMPUTE_SHADER_LAUNCH_PARAMETER_FLAGS	Control flags for override parameters for compute pipeline state object launch settings.
D3D12XBOX_COPY_FLAGS (XBOX Series consoles)	D3D12XBOX_COPY_FLAGS (XBOX Series consoles) — Flags for controlling the copying into or filling of memory. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_CREATE_DEVICE_FLAGS (XBOX Series consoles)	D3D12XBOX_CREATE_DEVICE_FLAGS (XBOX Series consoles) — Defines flags that are used to create a device. Direct3D 12 graphics API reference for XBOX development.
D3D12XBOX_DCC_COMPRESSION_LEVEL (XBOX Series consoles)	D3D12XBOX_DCC_COMPRESSION_LEVEL (XBOX Series consoles) — Establishes the maximum unit size for Delta Color Compression (DCC).
D3D12XBOX_DISPATCH_FLAGS (XBOX Series consoles)	D3D12XBOX_DISPATCH_FLAGS (XBOX Series consoles) — Flags for controlling ID3D12GraphicsCommandList.DispatchX. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_DRIVER_HINT (XBOX Series consoles)	Hints passed to the driver to enable specific functions.
D3D12XBOX_EXECUTE_COMMAND_LIST_FLAGS (XBOX Series consoles)	D3D12XBOX_EXECUTE_COMMAND_LIST_FLAGS (XBOX Series consoles) — Flags to be used with the ExecuteCommandLists2X API. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_FRAME_INTERVAL_FLAGS (XBOX Series consoles)	D3D12XBOX_FRAME_INTERVAL_FLAGS (XBOX Series consoles) — Specifies the options for providing additional control over the established frame interval.
D3D12XBOX_HARDWARE_VERSION (XBOX Series consoles)	Describes the hardware version of the XBOX console.
D3D12XBOX_IMAGE_FORMAT (XBOX Series consoles)	Defines the names of hardware-defined image formats.
D3D12XBOX_LIVE_DEBUGGING_SHADER_FLAGS (XBOX Series consoles)	D3D12XBOX_LIVE_DEBUGGING_SHADER_FLAGS (XBOX Series consoles) — Flags used to specify which shader to debug live. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_LIVE_DEBUGGING_SHADER_GLOBAL_FLAGS	D3D12XBOX_LIVE_DEBUGGING_SHADER_GLOBAL_FLAGS (XBOX Series consoles) — Flags used to specify which shader to debug live. Direct3D 12 graphics reference for XBOX.
D3D12XBOX_LIVE_DEBUGGING_TYPE (XBOX Series consoles)	Desired type of live debugging
D3D12XBOX_MINMIP_FILTER_OFFSET (XBOX Series consoles)	Reference for D3D12XBOX_MINMIP_FILTER_OFFSET (XBOX Series consoles), a enumeration in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on.
D3D12XBOX_MINMIP_FILTER_SLOPE (XBOX Series consoles)	Reference for D3D12XBOX_MINMIP_FILTER_SLOPE (XBOX Series consoles), a enumeration in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on.
D3D12XBOX_PAGE_MAPPING_FLAGS (XBOX Series consoles)	D3D12XBOX_PAGE_MAPPING_FLAGS (XBOX Series consoles) — Flags that specify additional details about how pages are to be mapped by methods such as.
D3D12XBOX_PIPELINE_STATE_INFORMATION_TYPE	Specifies which type of data to retrieve for the PSO.
D3D12XBOX_PIPELINE_STATE_OPTION_TYPE (XBOX Series consoles)	Used to set PSO options.
D3D12XBOX_PIX_CAPTURE_FLAGS (XBOX Series consoles)	D3D12XBOX_PIX_CAPTURE_FLAGS (XBOX Series consoles) — Flags for controlling the kind of information captured for analysis, such as whether information is.
D3D12XBOX_PRESENT_DESC_TITLE_PERFORMANCE_OVERLAY_FLAGS	Performance overlay flags to be used with PresentX
D3D12XBOX_PROCESS_DEBUG_FLAGS (XBOX Series consoles)	D3D12XBOX_PROCESS_DEBUG_FLAGS (XBOX Series consoles) — Defines the flags used to debug a process. Direct3D 12 graphics API reference for XBOX game development.
D3D12XBOX_RAYTRACING_CANONICAL_ACCELERATION_STRUCTURE_NODE_TYPE (XBOX Series consoles)	Specifies what type of data the canonical node contains.
D3D12XBOX_RAYTRACING_INFORMATION_FLAGS	Used to retieve information from a State Object
D3D12XBOX_RAYTRACING_OPTIONS_TRAVERSE_TYPE	Debug overrides during RTPSO create.
D3D12XBOX_REGISTER_PAGE_POOL_FLAGS (XBOX Series consoles)	Defines the flags used to register a page pool.
D3D12XBOX_REPORT_GPU_HALT_FLAGS (XBOX Series consoles)	Defines options to use when a GPU halt is reported
D3D12XBOX_RESOURCE_BARRIER_SHARED_FLAGS	Flags used to control how ResourceBarrierX processing is performed.
D3D12XBOX_RESOURCE_BARRIER_SUPPLEMENTAL_ACTIONS	A summary union of all decompression and wait actions performed on behalf of the list of barriers provided to ResourceBarrierX
D3D12XBOX_RESOURCE_VALIDATION_FLAGS (XBOX Series consoles)	Flags that control validation behavior for individual resources.
D3D12XBOX_SAMPLER_FLAGS (XBOX Series consoles)	D3D12XBOX_SAMPLER_FLAGS (XBOX Series consoles) — Sampler flags for creating a sampler description. Direct3D 12 graphics API reference for XBOX game development.
D3D12XBOX_SET_SHADER_SCRATCH_SPACE_FLAGS	Defines the flags used to manage scratch space.
D3D12XBOX_SHADER_STAGE_FLAGS (XBOX Series consoles)	Enumeration of the different kinds of Shader stages.
D3D12XBOX_SHADER_UNIT_DISABLE_FLAGS (XBOX Series consoles)	Defines constants which identify compute units (CUs) to disable from specific shaders.
D3D12XBOX_SHADING_RATE_SETTINGS_HTILE_MODE_TYPE	VRS HTile format programming.
D3D12XBOX_SHADING_RATE_SETTINGS_TYPE (XBOX Series consoles)	VRS settings to program.
D3D12XBOX_SYNC_CONTROL_FLAGS (XBOX Series consoles)	Specifies flags that provide additional control of synchronization operations in several synchronization APIs.
D3D12XBOX_SYNC_FLAGS (XBOX Series consoles)	Specifies flags that direct synchronization operations in several synchronization APIs.
D3D12XBOX_VIRTUAL_MEMORY_CONFIGURATION_FLAGS	Configuration flags for the D3D12ConfigureVirtualMemoryX API.
D3D12XBOX_WAIT_FLAGS (XBOX Series consoles)	D3D12XBOX_WAIT_FLAGS (XBOX Series consoles) — Flags for selecting the engine used to perform a wait. Direct3D 12 graphics API reference for XBOX development.
D3D12XBOX_ZERO_MEMORY_FLAGS (XBOX Series consoles)	Defines the flags used to zero memory.
DXGI_COLOR_SPACE_TYPE (XBOX Series consoles)	Specifies color space types.
DXGI_FORMAT (XBOX Series consoles)	Resource data formats, including fully-typed and typeless formats. A list of modifiers at the bottom of the page more fully describes each format type.
DXGI_MODE_ROTATION (XBOX Series consoles)	Flags that indicate how the back buffers should be rotated to fit the physical rotation of a monitor.
DXGI_MODE_SCANLINE_ORDER (XBOX Series consoles)	Flags indicating the method the raster uses to create an image on a surface.
DXGI_SCALING (XBOX Series consoles)	Identifies resize behavior when the back-buffer size does not match the size of the target output.
DXGI_SWAP_CHAIN_FLAG (XBOX Series consoles)	Options for swap-chain behavior.
DXGI_SWAP_EFFECT (XBOX Series consoles)	Defines options for handling pixels in a display surface.
DXGIX_FRAME_NOTIFICATION (XBOX Series consoles)	DXGI Frame Notification Event.
DXGIX_VLINECOUNTER (XBOX Series consoles)	DXGI VLINE Notification Event.
DXGIXBOX_MODE_FLAGS (XBOX Series consoles)	Flags indicating xbox specific display information.
D3D12ConfigureVirtualMemoryX (XBOX Series consoles)	Reserves memory for and initializes the page tables for tracking graphics memory.
D3D12XboxInitializeDefaultDpbbState (XBOX Series consoles)	Initializes the default Deferred Primitive Batch Binning (DPBB) state.
D3D12XboxMakeDefault_D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS1 (XBOX Series consoles)	Initializes a `D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS1` structure with default values.
D3D12XboxMakeDefault_D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS2 (XBOX Series consoles)	Initializes a `D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS2` structure with default values.
D3D12XboxMakeDefault_D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS3 (XBOX Series consoles)	Initializes a `D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS3` structure with default values.
D3D12ZeroMemoryX (XBOX Series consoles)	Zeroes the specified memory ranges.
ID3D10Blob (XBOX Series consoles)	This interface is used to return arbitrary-length data.
GetBufferPointer (XBOX Series consoles)	Gets a pointer to the data.
GetBufferSize (XBOX Series consoles)	Gets the size of the data.
ID3D12CommandQueue (Interface contents)	ID3D12CommandQueue (Interface contents) (XBOX Series consoles) — Submits command lists and synchronizes their execution. XBOX Direct3D 12 graphics reference.
ID3D12Commandqueue::EnableLiveDebuggingX	ID3D12Commandqueue::EnableLiveDebuggingX (XBOX Series consoles) — Programmatically enables live GPU debugging on XBOX Series consoles.
ExecuteCommandLists2X (XBOX Series consoles)	ExecuteCommandLists2X (XBOX Series consoles) — XBOX extension API for executing Command Lists. Direct3D 12 graphics API reference for XBOX game development.
Signal2X (XBOX Series consoles)	Signal2X (XBOX Series consoles) — Updates a fence to a specified value. Direct3D 12 graphics API reference for XBOX game development.
WaitX (XBOX Series consoles)	Provides the same functionality as Wait() but with additional control over the wait and cache flushes.
ID3D12DescriptorHeap (XBOX Series consoles)	Reference for ID3D12DescriptorHeap (XBOX Series consoles), a interface in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on XBOX; see.
GetSamplerBorderColorTableX	Reference for GetSamplerBorderColorTableX, a method in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
ID3D12Device11 (XBOX Series consoles)	Represents a virtual adapter. This interface extends `ID3D12Device10`.
CreateComponentPlacedResourceX2 (XBOX Series consoles)	CreateComponentPlacedResourceX2 (XBOX Series consoles) — Places a component of a resource (subresource). Direct3D 12 graphics reference for XBOX.
CreatePlacedResourceX1 (XBOX Series consoles)	CreatePlacedResourceX1 (XBOX Series consoles) — Places an entire resource. Direct3D 12 graphics API reference for XBOX game development.
ID3D12Device11::EnableLiveDebuggingX (XBOX Series consoles)	Programmatically enables live GPU debugging on exceptions on XBOX Series consoles.
ReportGpuHaltX (XBOX Series consoles)	Reports a halt during GPU execution.
ID3D12Device6 (XBOX Series consoles)	Represents a virtual adapter. This interface extends `ID3D12Device5`.
SetBackgroundProcessingMode (XBOX Series consoles)	Reference for SetBackgroundProcessingMode (XBOX Series consoles), a method in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on XBOX.
ID3D12Device7 (XBOX Series consoles)	Represents a virtual adapter. This interface extends `ID3D12Device6`.
AddToStateObject (XBOX Series consoles)	Incrementally add to an existing state object.
CreateProtectedResourceSession1 (XBOX Series consoles)	Reference for CreateProtectedResourceSession1 (XBOX Series consoles), a method in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on.
ID3D12Device8 (XBOX Series consoles)	Represents a virtual adapter. This interface extends `ID3D12Device7`.
AddBlobToGpuHangDumpX (XBOX Series consoles)	Adds a memory blob and metadata to the hang dump (.hix) file. Call this function only from the D3D12XBOX_HANGBEGINCALLBACK function when the GPU is hung.
CreateCommittedResource2 (XBOX Series consoles)	Creates both a resource and a heap, such that the heap is big enough to contain the entire resource, and the resource is mapped to the heap.
CreateMinMipShaderResourceViewX (XBOX Series consoles)	Creates a MinMip map shader resource view given a targeted resource (or desc) combined with a MinMip resource.
CreatePlacedResource1 (XBOX Series consoles)	Creates a placed resource.
CreateSamplerFeedbackUnorderedAccessView	CreateSamplerFeedbackUnorderedAccessView (XBOX Series consoles) — Creates a UAV descriptor for sampler feedback, given a targeted resource and feedback.
CreateSamplerFeedbackUnorderedAccessViewX	CreateSamplerFeedbackUnorderedAccessViewX (XBOX Series consoles) — Creates a UAV descriptor for sampler feedback, given a targeted resource and feedback.
DeserializeStateObjectX (XBOX Series consoles)	Deserializes a raytracing pipeline state object (RTPSO) from a serialized RTPSO created by `SerializeStateObjectX`.
GetCopyableFootprints1 (XBOX Series consoles)	Gets a resource layout that can be copied.
GetRaytracingAccelerationStructurePrebuildInfoX	Queries the driver for resource requirements to build an acceleration structure.
GetResourceAllocationInfo2 (XBOX Series consoles)	GetResourceAllocationInfo2 (XBOX Series consoles) — Gets the size and alignment of memory required for a collection of resources on this adapter.
GetShaderResourceViewPRTLODIndexX (XBOX Series consoles)	Returns the PRT LOD counter ID associated with this shader resource view, if PRT LOD tracking is enabled.
SerializeStateObjectX (XBOX Series consoles)	Creates a serialize RTPSO that can be saved to disk and reloaded with DeserializeStateObjectX.
SetCompileTimeShaderPdbPathX (XBOX Series consoles)	Used to specify the path where the driver saves the Raytracing PSO PDBs.
SetShaderRecompileCallbackX (XBOX Series consoles)	Sets a callback to be invoked when the driver recompiles one or more shader stages for a pipeline state object.
SetShaderResourceViewPRTLODIndexX (XBOX Series consoles)	Sets and enables the PRT LOD counter ID associated with this shader resource view, or disables PRT LOD tracking for this shader resource view.
ID3D12GraphicsCommandList (XBOX Series consoles)	ID3D12GraphicsCommandList (XBOX Series consoles) — Encapsulates a list of graphics commands for rendering. Direct3D 12 graphics reference for XBOX.
ID3D12GraphicsCommandList::ClearRenderTargetView	ID3D12GraphicsCommandList::ClearRenderTargetView (XBOX Series consoles) — Sets all the elements in a render target to one value.
DeferredPrimitiveBreakBatchX (XBOX Series consoles)	Deferred Primitive Batch Binning (DPBB) break batch event.
DispatchMeshX (XBOX Series consoles)	An extension method to allow for a finer control of the Mesh Shader launches.
DriverHintX (XBOX Series consoles)	Sets a driver hint
SetDeferredPrimitiveBatchBinningX (XBOX Series consoles)	Sets the Deferred Primitive Batch Binning (DPBB) state.
SetGraphicsShaderLimitsX (XBOX Series consoles)	SetGraphicsShaderLimitsX (XBOX Series consoles) — Sets the graphics shader limits for vertex, domain, geometry, and pixel shaders. Some of the limits are the.
ID3D12GraphicsCommandList4 (XBOX Series consoles)	Encapsulates a list of graphics commands for rendering. This interface extends ID3D12GraphicsCommandList3.
BuildRaytracingAccelerationStructureFromCanonicalBVH	Allows the user to pre-build the BVH and allows the driver to lay it out in memory along with the auxiliary data.
CpuValidateResultX (XBOX Series consoles)	This is used by XDXR to verify BVH builds on the CPU side.
ID3D12GraphicsCommandList5 (XBOX Series consoles)	Encapsulates a list of graphics commands for rendering. This interface extends ID3D12GraphicsCommandList4.
RSSetShadingRateX (XBOX Series consoles)	An extension method that allows fully taking control over VRS hardware.
ID3D12GraphicsCommandList6 (XBOX Series consoles)	Encapsulates a list of graphics commands for rendering. This interface extends ID3D12GraphicsCommandList5.
BuildRaytracingAccelerationStructureBatched2X	Specifies extra options individually per build on a batched build.
DispatchMesh (XBOX Series consoles)	Launches either the Mesh Shader or the Amplification Shader if it is present.
DispatchRaysX (XBOX Series consoles)	Extensible version of DispatchRays. The working memory set can be supplied by the user.
ID3D12GraphicsCommandlist6::EnableLiveDebuggingX	ID3D12GraphicsCommandlist6::EnableLiveDebuggingX (XBOX Series consoles) — Programmatically enables live GPU debugging on XBOX Series consoles.
OMSetSampleMaskX (XBOX Series consoles)	Sets the sample enable mask for each sample in a 2 x 2 pixel quad
PrefetchMemoryX (XBOX Series consoles)	PrefetchMemoryX (XBOX Series consoles) — Prefetches memory at the specified address. Direct3D 12 graphics API reference for XBOX game development.
PrefetchPipelineStateX (XBOX Series consoles)	PrefetchPipelineStateX (XBOX Series consoles) — Prefetches the specified pipeline state. Direct3D 12 graphics API reference for XBOX game development.
ResetX (XBOX Series consoles)	ResetX (XBOX Series consoles) — Resets a command list back to its initial state as if a new command list was just created. XBOX Direct3D 12 graphics reference.
ResourceBarrierX (XBOX Series consoles)	Notifies the driver to synchronize multiple accesses to resources.
SetComputeShaderLaunchParametersX (XBOX Series consoles)	Selective override of compute pipeline state object launch parameters.
SetShaderScratchSpaceX (XBOX Series consoles)	Allows direct control of the SPI_TMPRING_SIZE and COMPUTE_TMPRING_SIZE registers and the graphics and compute rings, correspondingly.
SyncBottomOfPipeX (XBOX Series consoles)	Execute a set of synchronization operations at the bottom of the graphics pipeline.
SyncTopOfPipeX (XBOX Series consoles)	Execute a set of synchronization operations at the top of the graphics pipeline.
Write32BitValueBottomOfPipe2X (XBOX Series consoles)	Writes a 32-bit value from the bottom of the pipeline to a specified destination in memory.
Write64BitValueBottomOfPipe2X (XBOX Series consoles)	Writes a 64-bit value from the bottom of the pipeline to a specified destination in memory.
WritePRTLODStatisticsX (XBOX Series consoles)	Writes a PRT LOD statistics report to a memory buffer.
ID3D12GraphicsCommandList8	Reference for ID3D12GraphicsCommandList8, a interface in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
AllocateFromCommandAllocatorX	Reference for AllocateFromCommandAllocatorX, a method in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
ID3D12Heap1 (XBOX Series consoles)	A heap is an abstraction of contiguous memory allocation, used to manage physical memory. This interface extends ID3D12Heap.
GetGpuAddressX (XBOX Series consoles)	Returns the base GPU virtual address of the memory allocation associated with the heap object.
ID3D12Object (XBOX Series consoles)	ID3D12Object (XBOX Series consoles) — An interface from which ID3D12Device and ID3D12DeviceChild inherit from. It provides methods to associate private data.
GetNameX (XBOX Series consoles)	Returns the name of this object, if any, that was provided earlier to ID3D12Object::SetName.
ID3D12PipelineState (XBOX Series consoles)	ID3D12PipelineState (XBOX Series consoles) — Represents the state of all currently set shaders as well as certain fixed function state objects.
GetDescriptorX (XBOX Series consoles)	GetDescriptorX (XBOX Series consoles) — Gets the descriptor for this ID3D12PipelineState, for using ID3D12GraphicsCommandList::ExecuteIndirect.
ID3D12PipelineState::GetInformationX (XBOX Series consoles)	Returns extra information about shaders.
IsWave32	Reference for IsWave32, a method in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
SetOptionX (XBOX Series consoles)	Changes shader settings.
UsesHardwareGSorHS()	Reference for UsesHardwareGSorHS(), a method in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
UsesHardwareGSorHS(D3D12XBOX_DESCRIPTOR_PIPELINE_STATE*)	Reference for UsesHardwareGSorHS(D3D12XBOX_DESCRIPTOR_PIPELINE_STATE*), a method in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on.
ID3D12Resource (XBOX Series consoles)	Encapsulates a generalized ability of the CPU and GPU to read and write to physical memory, or heaps.
GetValidationFlagsX (XBOX Series consoles)	Retrieves the current set of validation flags for this resource.
SetValidationFlagsX (XBOX Series consoles)	Sets new validation flags for this resource.
ID3D12RootSignature (XBOX Series consoles)	Reference for ID3D12RootSignature (XBOX Series consoles), a interface in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on XBOX; see.
GetComputeDescriptorX	Reference for GetComputeDescriptorX, a method in the XBOX Series consoles Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
ID3D12StateObject (XBOX Series consoles)	Represents a variable amount of configuration state, including shaders, that an application manages as a single unit and which is given to a driver.
GetPipelineStateX (XBOX Series consoles)	Retrieves the parent state object.
ID3D12StateObjectProperties (XBOX Series consoles)	Provides methods for getting and setting the properties of an ID3D12StateObject.
ID3D12StateObjectProperties::GetInformationX	XDXR specific extension that allows querying some post-link parameters of the DXR RTPSO.
ID3DInclude (XBOX Series consoles)	ID3DInclude is an include interface that the user implements to allow an application to call user-overridable methods for opening and closing shader #include.
ID3DInclude::Close (XBOX Series consoles)	A user-implemented method for closing a shader #include file.
Open (XBOX Series consoles)	A user-implemented method for opening and reading the contents of a shader.
IDXGIAdapter (XBOX Series consoles)	IDXGIAdapter (XBOX Series consoles) — The IDXGIAdapter interface represents a display subsystem (including one or more GPUs, DACs and video memory).
CheckInterfaceSupport (XBOX Series consoles)	Checks whether the system supports a device interface for a graphics component.
EnumOutputs (XBOX Series consoles)	Enumerate adapter (video card) outputs.
IDXGIAdapter::GetDesc (XBOX Series consoles)	Gets a DXGI description of an adapter.
IDXGIAdapter1 (XBOX Series consoles)	IDXGIAdapter1 (XBOX Series consoles) — The IDXGIAdapter interface represents a display subsystem (including one or more GPUs, DACs and video memory).
GetDesc1 (XBOX Series consoles)	Gets a DXGI 1.1 description of an adapter.
IDXGIAdapter2 (XBOX Series consoles)	IDXGIAdapter2 (XBOX Series consoles) — The IDXGIAdapter interface represents a display subsystem (including one or more GPUs, DACs and video memory).
GetDesc2 (XBOX Series consoles)	Gets a DXGI 1.2 description of an adapter.
IDXGIDevice (XBOX Series consoles)	IDXGIDevice (XBOX Series consoles) — An IDXGIDevice interface implements a derived class for DXGI objects that produce image data.
CreateSurface (XBOX Series consoles)	Returns a surface.
GetAdapter (XBOX Series consoles)	Returns the adapter for the specified device.
GetGPUThreadPriority (XBOX Series consoles)	Gets the GPU thread priority.
QueryResourceResidency (XBOX Series consoles)	Gets the residency status of an array of resources.
SetGPUThreadPriority (XBOX Series consoles)	Sets the GPU thread priority.
IDXGIDevice1 (XBOX Series consoles)	IDXGIDevice1 (XBOX Series consoles) — An IDXGIDevice interface implements a derived class for DXGI objects that produce image data.
GetMaximumFrameLatency (XBOX Series consoles)	Gets the number of frames that the system is allowed to queue for rendering.
SetMaximumFrameLatency (XBOX Series consoles)	Sets the number of frames that the system is allowed to queue for rendering.
IDXGIDevice2 (XBOX Series consoles)	IDXGIDevice2 (XBOX Series consoles) — An IDXGIDevice interface implements a derived class for DXGI objects that produce image data.
EnqueueSetEvent (XBOX Series consoles)	Flushes any outstanding rendering commands and sets the specified event object to the signaled state after all previously submitted rendering commands complete.
OfferResources (XBOX Series consoles)	Allows the operating system to free the video memory of resources by discarding their content.
ReclaimResources (XBOX Series consoles)	Restores access to resources that were previously offered by calling IDXGIDevice2::OfferResources.
IDXGIDeviceSubObject (XBOX Series consoles)	Inherited from objects that are tied to the device so that they can retrieve a pointer to it.
GetDevice (XBOX Series consoles)	Retrieves the device.
IDXGIFactory (XBOX Series consoles)	IDXGIFactory (XBOX Series consoles) — An IDXGIFactory interface implements methods for generating DXGI objects (which handle full screen transitions).
CreateSoftwareAdapter (XBOX Series consoles)	Create an adapter interface that represents a software adapter.
EnumAdapters (XBOX Series consoles)	Enumerates the adapters.
GetWindowAssociation (XBOX Series consoles)	Get the window through which the user controls the transition to and from full screen.
MakeWindowAssociation (XBOX Series consoles)	Allows DXGI to monitor an application’s message queue for the Alt+Enter key sequence (which causes the application to switch from windowed to full screen.
IDXGIFactory1 (XBOX Series consoles)	IDXGIFactory1 (XBOX Series consoles) — An IDXGIFactory interface implements methods for generating DXGI objects (which handle full screen transitions).
EnumAdapters1 (XBOX Series consoles)	Enumerates both adapters with or without outputs.
IsCurrent (XBOX Series consoles)	Informs an application of the possible need to re-enumerate adapters.
IDXGIFactory2 (XBOX Series consoles)	IDXGIFactory2 (XBOX Series consoles) — An IDXGIFactory interface implements methods for generating DXGI objects (which handle full screen transitions).
GetSharedResourceAdapterLuid (XBOX Series consoles)	Identifies the adapter on which a shared resource object was created.
IsWindowedStereoEnabled (XBOX Series consoles)	Determines whether to use stereo mode.
RegisterOcclusionStatusEvent (XBOX Series consoles)	Registers to receive notification of changes in occlusion status by using event signaling.
RegisterOcclusionStatusWindow (XBOX Series consoles)	Registers an application window to receive notification messages of changes of occlusion status.
RegisterStereoStatusEvent (XBOX Series consoles)	Registers to receive notification of changes in stereo status by using event signaling.
RegisterStereoStatusWindow (XBOX Series consoles)	Registers an application window to receive notification messages of changes of stereo status.
UnregisterOcclusionStatus (XBOX Series consoles)	Unregisters a window or an event to stop it from receiving notification when occlusion status changes.
UnregisterStereoStatus (XBOX Series consoles)	Unregisters a window or an event to stop it from receiving notification when stereo status changes.
IDXGIInfoQueue (XBOX Series consoles)	This interface controls the debug information queue, and can only be used if the debug layer is turned on.
AddApplicationMessage (XBOX Series consoles)	Adds a user-defined message to the message queue and sends that message to the debug output.
AddMessage (XBOX Series consoles)	Adds a debug message to the message queue and sends that message to the debug output.
AddRetrievalFilterEntries (XBOX Series consoles)	Adds retrieval filters to the top of the retrieval-filter stack.
AddStorageFilterEntries (XBOX Series consoles)	Adds storage filters to the top of the storage-filter stack.
ClearRetrievalFilter (XBOX Series consoles)	Removes a retrieval filter from the top of the retrieval-filter stack.
ClearStorageFilter (XBOX Series consoles)	Removes a storage filter from the top of the storage-filter stack.
ClearStoredMessages (XBOX Series consoles)	Clears all messages from the message queue.
GetBreakOnCategory (XBOX Series consoles)	Determines whether the break on a message category is turned on or off.
GetBreakOnID (XBOX Series consoles)	Determines whether the break on a message identifier is turned on or off.
GetBreakOnSeverity (XBOX Series consoles)	Determines whether the break on a message severity level is turned on or off.
GetMessage (XBOX Series consoles)	Gets a message from the message queue.
GetMessageCountLimit (XBOX Series consoles)	Gets the maximum number of messages that can be added to the message queue.
GetMuteDebugOutput (XBOX Series consoles)	Determines whether the debug output is turned on or off.
GetNumMessagesAllowedByStorageFilter (XBOX Series consoles)	Gets the number of messages that a storage filter allowed to pass through.
GetNumMessagesDeniedByStorageFilter (XBOX Series consoles)	Gets the number of messages that were denied passage through a storage filter.
GetNumMessagesDiscardedByMessageCountLimit	Gets the number of messages that were discarded due to the message count limit.
GetNumStoredMessages (XBOX Series consoles)	Gets the number of messages currently stored in the message queue.
GetNumStoredMessagesAllowedByRetrievalFilters	Gets the number of messages that can pass through a retrieval filter.
GetRetrievalFilter (XBOX Series consoles)	Gets the retrieval filter at the top of the retrieval-filter stack.
GetRetrievalFilterStackSize (XBOX Series consoles)	Gets the size of the retrieval-filter stack in bytes.
GetStorageFilter (XBOX Series consoles)	Gets the storage filter at the top of the storage-filter stack.
GetStorageFilterStackSize (XBOX Series consoles)	Gets the size of the storage-filter stack in bytes.
PopRetrievalFilter (XBOX Series consoles)	Pops a retrieval filter from the top of the retrieval-filter stack.
PopStorageFilter (XBOX Series consoles)	Pops a storage filter from the top of the storage-filter stack.
PushCopyOfRetrievalFilter (XBOX Series consoles)	Pushes a copy of the retrieval filter that is currently on the top of the retrieval-filter stack onto the retrieval-filter stack.
PushCopyOfStorageFilter (XBOX Series consoles)	Pushes a copy of the storage filter that is currently on the top of the storage-filter stack onto the storage-filter stack.
PushDenyAllRetrievalFilter (XBOX Series consoles)	Pushes a deny-all retrieval filter onto the retrieval-filter stack.
PushDenyAllStorageFilter (XBOX Series consoles)	Pushes a deny-all storage filter onto the storage-filter stack.
PushEmptyRetrievalFilter (XBOX Series consoles)	Pushes an empty retrieval filter onto the retrieval-filter stack.
PushEmptyStorageFilter (XBOX Series consoles)	Pushes an empty storage filter onto the storage-filter stack.
PushRetrievalFilter (XBOX Series consoles)	Pushes a retrieval filter onto the retrieval-filter stack.
PushStorageFilter (XBOX Series consoles)	Pushes a storage filter onto the storage-filter stack.
SetBreakOnCategory (XBOX Series consoles)	Sets a message category to break on when a message with that category passes through the storage filter.
SetBreakOnID (XBOX Series consoles)	Sets a message identifier to break on when a message with that identifier passes through the storage filter.
SetBreakOnSeverity (XBOX Series consoles)	Sets a message severity level to break on when a message with that severity level passes through the storage filter.
SetMessageCountLimit (XBOX Series consoles)	Sets the maximum number of messages that can be added to the message queue.
SetMuteDebugOutput (XBOX Series consoles)	Turns the debug output on or off.
IDXGIObject (XBOX Series consoles)	A base interface for all DXGI objects; `IDXGIObject` supports associating caller-defined (private data) with an object and retrieval of an interface to the.
GetParent (XBOX Series consoles)	Gets the parent of the object.
GetPrivateData (XBOX Series consoles)	Get a pointer to the object’s data.
SetPrivateData (XBOX Series consoles)	Sets application-defined data to the object and associates that data with a GUID.
SetPrivateDataInterface (XBOX Series consoles)	Set an interface in the object’s private data.
IDXGIOutput (XBOX Series consoles)	An `IDXGIOutput` interface represents an adapter output (such as a monitor).
FindClosestMatchingMode (XBOX Series consoles)	Finds the display mode that most closely matches the requested display mode.
GetAspectRatio (XBOX Series consoles)	Gets the display aspect ratio.
IDXGIOutput::GetDesc (XBOX Series consoles)	Get a description of the output.
GetDisplayModeList (XBOX Series consoles)	GetDisplayModeList (XBOX Series consoles) — Gets the display modes that match the requested format and other input options. XBOX Direct3D 12 graphics reference.
GetDisplayModeListX (XBOX Series consoles)	GetDisplayModeListX (XBOX Series consoles) — Gets the display modes that match the requested format and other input options.
GetDisplaySurfaceData (XBOX Series consoles)	Gets a copy of the current display surface.
GetFrameStatistics (XBOX Series consoles)	Gets statistics about recently rendered frames.
GetGammaControl (XBOX Series consoles)	Gets the gamma control settings.
GetGammaControlCapabilities (XBOX Series consoles)	Gets a description of the gamma-control capabilities.
GetRefreshRate (XBOX Series consoles)	Gets the display refresh rate.
ReleaseOwnership (XBOX Series consoles)	Releases ownership of the output.
SetDisplaySurface (XBOX Series consoles)	Changes the display mode.
SetGammaControl (XBOX Series consoles)	Sets the gamma controls.
TakeOwnership (XBOX Series consoles)	Takes ownership of an output.
WaitForVBlank (XBOX Series consoles)	Halt a thread until the next vertical blank occurs.
IDXGISwapChain (XBOX Series consoles)	IDXGISwapChain (XBOX Series consoles) — Swap chains have been deprecated and replaced by swap resources (D3D12_HEAP_FLAG_ALLOW_DISPLAY) and presentation.
IDXGISwapChain1 (XBOX Series consoles)	IDXGISwapChain1 (XBOX Series consoles) — Swap chains have been deprecated and replaced by swap resources (D3D12_HEAP_FLAG_ALLOW_DISPLAY) and presentation.
D3D12_DISPATCH_MESH_ARGUMENTS (XBOX Series consoles)	Unsupported on XBOX.
D3D12_FEATURE_DATA_D3D12_OPTIONS10 (XBOX Series consoles)	D3D12_FEATURE_DATA_D3D12_OPTIONS10 (XBOX Series consoles) — Indicates the level of support that the adapter provides for variable rate shading sum combiner.
D3D12_FEATURE_DATA_D3D12_OPTIONS11 (XBOX Series consoles)	D3D12_FEATURE_DATA_D3D12_OPTIONS11 (XBOX Series consoles) — Indicates the level of support that the adapter provides for atomic Int64 on descriptor resource.
D3D12_FEATURE_DATA_D3D12_OPTIONS7 (XBOX Series consoles)	D3D12_FEATURE_DATA_D3D12_OPTIONS7 (XBOX Series consoles) — Indicates the level of support that the adapter provides for mesh shader and sampler feedback.
D3D12_FEATURE_DATA_D3D12_OPTIONS8 (XBOX Series consoles)	D3D12_FEATURE_DATA_D3D12_OPTIONS8 (XBOX Series consoles) — Indicates the level of support that the adapter provides for unaligned block textures.
D3D12_FEATURE_DATA_D3D12_OPTIONS9 (XBOX Series consoles)	Indicates whether various options are supported.
D3D12_FEATURE_DATA_DISPLAYABLE (XBOX Series consoles)	D3D12_FEATURE_DATA_DISPLAYABLE (XBOX Series consoles) — This feature is currently in preview. Direct3D 12 graphics API reference for XBOX game development.
D3D12_FEATURE_DATA_PROTECTED_RESOURCE_SESSION_TYPE_COUNT	D3D12_FEATURE_DATA_PROTECTED_RESOURCE_SESSION_TYPE_COUNT (XBOX Series consoles) — Indicates a count of protected resource session types.
D3D12_FEATURE_DATA_PROTECTED_RESOURCE_SESSION_TYPES	D3D12_FEATURE_DATA_PROTECTED_RESOURCE_SESSION_TYPES (XBOX Series consoles) — Indicates a list of protected resource session types.
D3D12_MIP_REGION (XBOX Series consoles)	A structure that defines the dimensions represented by one feedback texel in a feedback resource.
D3D12_PROTECTED_RESOURCE_SESSION_DESC1	D3D12_PROTECTED_RESOURCE_SESSION_DESC1 (XBOX Series consoles) — Describes flags for a protected resource session, per adapter.
D3D12_RESOURCE_DESC1 (XBOX Series consoles)	Describes a resource, such as a texture.
D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_BATCHED_DESC (XBOX Series consoles)	A descriptor for batched BVH builds. Wraps a single set of parameters to the regular build call.
D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_BATCHED_DESC2 (XBOX Series consoles)	Extended batch build descriptor.
D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS1	D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS1 (XBOX Series consoles) — The extended set of parameters for batched builds.
D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS2	D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS2 (XBOX Series consoles) — The extended set of parameters for batched builds.
D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS3	D3D12XBOX_BUILD_RAYTRACING_ACCELERATION_STRUCTURE_PARAMS3 (XBOX Series consoles) — The extended set of parameters for batched builds.
D3D12XBOX_COMPUTE_SHADER_LAUNCH_PARAMETERS	Override parameters for compute pipeline state object launch settings.
D3D12XBOX_COMPUTE_SHADER_LIMITS_DESC (XBOX Series consoles)	Set registers in the compute pipeline state to program various compute shader runtime parameters.
D3D12XBOX_CREATE_DEVICE_PARAMETERS (XBOX Series consoles)	D3D12XBOX_CREATE_DEVICE_PARAMETERS (XBOX Series consoles) — Specifies the parameters used during the creation of a device on XBOX hardware.
D3D12XBOX_DESCRIPTOR_PIPELINE_STATE (XBOX Series consoles)	D3D12XBOX_DESCRIPTOR_PIPELINE_STATE (XBOX Series consoles) — The command processor packet descriptor for setting a pipeline state object.
D3D12XBOX_DESERIALIZE_GRAPHICS_PIPELINE_STATE	D3D12XBOX_DESERIALIZE_GRAPHICS_PIPELINE_STATE (XBOX Series consoles) — Contains information for deserializing a previously serialized graphics-pipeline state.
D3D12XBOX_DISPATCH_MESH_X_ARGUMENTS (XBOX Series consoles)	A command signature type used in Mesh Shader execute indirect calls on XBOX.
D3D12XBOX_DISPATCH_RAYS_DESC (XBOX Series consoles)	XBOX extension for D3D12_DISPATCH_RAYS_DESC
D3D12XBOX_DPBB_BREAK_BATCH_ARGUMENTS (XBOX Series consoles)	D3D12XBOX_DPBB_BREAK_BATCH_ARGUMENTS is an XBOX Series Execute Indirect extension that triggers Deferred Primitive Batch Binning break-batch events.
D3D12XBOX_DPBB_STATE (XBOX Series consoles)	Settings for Deferred Primitive Batch Binning (DPBB).
D3D12XBOX_FLUSHPIPELINEX_ARGUMENTS (XBOX Series consoles)	D3D12XBOX_FLUSHPIPELINEX_ARGUMENTS is an XBOX Series Execute Indirect extension that flushes GPU caches and blocks like the FlushPipelineX command list API.
D3D12XBOX_GPU_HARDWARE_CONFIGURATION (XBOX Series consoles)	Contains the GPU clock frequency and hardware configuration.
D3D12XBOX_GRAPHICS_SHADER_LIMITS_DESC (XBOX Series consoles)	D3D12XBOX_GRAPHICS_SHADER_LIMITS_DESC (XBOX Series consoles) — Defines a graphics shader’s limits. Direct3D 12 graphics API reference for XBOX game development.
D3D12XBOX_LIVE_DEBUGGING_AMPLIFICATION_SHADER_PARAMETERS	Parameters used to specify which amplification shader to debug live
D3D12XBOX_LIVE_DEBUGGING_ANY_SHADER_PARAMETERS	Parameters used to specify any shader to debug live
D3D12XBOX_LIVE_DEBUGGING_COMPUTE_SHADER_PARAMETERS	Parameters used to specify which compute shader to debug live
D3D12XBOX_LIVE_DEBUGGING_DOMAIN_SHADER_PARAMETERS	Parameters used to specify which domain shader to debug live
D3D12XBOX_LIVE_DEBUGGING_GEOMETRY_SHADER_PARAMETERS	Parameters used to specify which geometry shader to debug live
D3D12XBOX_LIVE_DEBUGGING_GLOBAL_PARAMETERS	D3D12XBOX_LIVE_DEBUGGING_GLOBAL_PARAMETERS (XBOX Series consoles) — Allows setting the type of live debugging and parameters specific to that debug type.
D3D12XBOX_LIVE_DEBUGGING_HULL_SHADER_PARAMETERS	Parameters used to specify which hull shader to debug live
D3D12XBOX_LIVE_DEBUGGING_MESH_SHADER_PARAMETERS	Parameters used to specify which mesh shader to debug live
D3D12XBOX_LIVE_DEBUGGING_PARAMETERS (XBOX Series consoles)	D3D12XBOX_LIVE_DEBUGGING_PARAMETERS (XBOX Series consoles) — Allows setting the type of live debugging and parameters specific to that debug type.
D3D12XBOX_LIVE_DEBUGGING_PIXEL_SHADER_PARAMETERS	Parameters used to specify which pixel shader to debug live
D3D12XBOX_LIVE_DEBUGGING_VERTEX_SHADER_PARAMETERS	Parameters used to specify which vertex shader to debug live
D3D12XBOX_MSAA_PARAMETERS (XBOX Series consoles)	D3D12XBOX_MSAA_PARAMETERS depth-block MSAA settings on XBOX Series consoles: sample counts, PS iteration, over-rasterization, and centroid controls.
D3D12XBOX_PRT_LOD_REPORT_DESC (XBOX Series consoles)	D3D12XBOX_PRT_LOD_REPORT_DESC (XBOX Series consoles) — Specifies the destination memory location and size for a PRT LOD report written by the GPU, as well as.
D3D12XBOX_PRT_LOD_REPORT_GPU_HEADER (XBOX Series consoles)	Defines the hardware layout of the 8-byte header written by the GPU as part of a PRT LOD report.
D3D12XBOX_PRT_LOD_REPORT_GPU_SAMPLE (XBOX Series consoles)	D3D12XBOX_PRT_LOD_REPORT_GPU_SAMPLE (XBOX Series consoles) — Specifies the destination memory location and size for a PRT LOD report written by the GPU, as.
D3D12XBOX_RAYTRACING_CANONICAL_ACCELERATION_STRUCTURE_NODE	A union containing canonical node data.
D3D12XBOX_RAYTRACING_CANONICAL_FP16_AABB_DATA	Contains a canonical FP16 box’s data.
D3D12XBOX_RAYTRACING_CANONICAL_FP32_AABB_DATA	Contains a canonical FP32 box’s data.
D3D12XBOX_RAYTRACING_CANONICAL_TRIANGLE_NODE_DATA	Canonical triangle node.
D3D12XBOX_RAYTRACING_FP16_AABB (XBOX Series consoles)	A helper structure to describe an FP16 box.
D3D12XBOX_RAYTRACING_INFORMATION (XBOX Series consoles)	Extra information that can be obtained from a finished RTPSO.
D3D12XBOX_RAYTRACING_INFORMATION_EXPORT	Reference for D3D12XBOX_RAYTRACING_INFORMATION_EXPORT (XBOX Series consoles), a structure in the XBOX Series consoles Direct3D 12 graphics API. Reserved or.
D3D12XBOX_RAYTRACING_INFORMATION_EXPORT_TABLE	Used to enumerate the exports of an RTPSO.
D3D12XBOX_RAYTRACING_OPTIONS (XBOX Series consoles)	Decsribes extended options that can be set on an RTPSO.
D3D12XBOX_RESOURCE_BARRIER_SUMMARY_ACTIONS	Provides a summary of actions performed on behalf of resource barriers.
D3D12XBOX_SAMPLER_DESC (XBOX Series consoles)	D3D12XBOX_SAMPLER_DESC (XBOX Series consoles) — Describes a sampler state. Direct3D 12 graphics API reference for XBOX game development.
D3D12XBOX_SERIALIZE_GRAPHICS_PIPELINE_STATE	D3D12XBOX_SERIALIZE_GRAPHICS_PIPELINE_STATE (XBOX Series consoles) — Information for serializing a graphics Pipeline State Object.
D3D12XBOX_SHADER_RESOURCE_VIEW_DESC (XBOX Series consoles)	D3D12XBOX_SHADER_RESOURCE_VIEW_DESC defines an SRV on XBOX Series consoles, using the unified ImageFormat and XBOX-only resource location and memory fields.
D3D12XBOX_SHADER_SYMBOL (XBOX Series consoles)	A single function in a compute shader.
D3D12XBOX_SHADER_SYMBOL_LIST (XBOX Series consoles)	Contains function symbols for compute pipeline state with function calls (such as for DXR).
D3D12XBOX_SHADING_RATE_SETTINGS (XBOX Series consoles)	A union of extended VRS settings.
D3D12XBOX_SHADING_RATE_SETTINGS_CMASK_VRS_HINT_MODE	Contains per-RTV enable bit for VRS-Hint.
D3D12XBOX_SHADING_RATE_SETTINGS_COMBINERS	Allows taking over the VRS combiner settings.
D3D12XBOX_SHADING_RATE_SETTINGS_HTILE_MODE	Contains the HTile settings to program.
D3D12XBOX_SHADING_RATE_SETTINGS_PIXEL_CENTER_OFFSETS	Programs coarse pixel center offsets in 1/16 steps using a signed 4 bit value. All coarse pixel shape’s centres can be set independently.
D3D12XBOX_SYNC_PARAMS (XBOX Series consoles)	GPU Synchronization parameters used in various APIs
D3D12XBOX_VIRTUAL_MEMORY_CONFIGURATION	Parameters used to initialize the Direct3D graphics virtual memory system.
D3D12XBOX_XDXR_STREAM_DESC (XBOX Series consoles)	A stream of tokenized options for adding and removing extensions without changing the API.
D3D12XBOX_ZERO_MEMORY_BUFFERS (XBOX Series consoles)	Control stucture provided by the title to the D3D12ZeroMemoryX API.
D3D12XBOX_ZERO_MEMORY_RANGE (XBOX Series consoles)	Represents a region of GPU virtual memory to be cleared with the D3D12ZeroMemoryX API
D3D12XboxPutBuffer (XBOX Series consoles)	D3D12XboxPutBuffer (XBOX Series consoles) — Structure for managing the writing of GPU commands to the current command buffer segment.
DXGI_MODE_DESC (XBOX Series consoles)	DXGI_MODE_DESC describes a display mode (width, height, refresh rate, format, scanline order, scaling) on XBOX Series consoles. Deprecated on XBOX.
DXGIX_FRAME_STATISTICS (XBOX Series consoles)	Contains DXGI frame statistics.
DXGIX_PRESENTARRAY_PARAMETERS (XBOX Series consoles)	DXGI Present Array parameters.
DXGIXBOX_MODE_DESC (XBOX Series consoles)	DXGIXBOX_MODE_DESC describes a display mode on XBOX Series consoles for IDXGIOutput::GetDisplayModeListX, adding a Flags member over DXGI_MODE_DESC.
d3d12shader_x/xs (XBOX Series consoles and XBOX One family)	Reference topics for d3d12shader_x/xs.h.
D3D_INTERPOLATION_MODE	Specifies interpolation mode, which affects how values are calculated during rasterization.
D3D_PARAMETER_FLAGS	Indicates semantic flags for function parameters.
d3d12video_x/xs (XBOX Series consoles and XBOX One family)	Reference topics for d3d12video_x/xs.h.
D3D12_FEATURE_VIDEO	Specifies a Direct3D 12 video feature or feature set to query about.
D3D12_VIDEO_FIELD_TYPE	Specifies how a video frame is interlaced.
D3D12_VIDEO_FRAME_FORMAT	Specifies the format of the video frame.
D3D12_VIDEO_PROCESS_AUTO_PROCESSING_FLAGS	Specifies the automatic processing features that a video processor can support.
D3D12_VIDEO_PROCESS_FEATURE_FLAGS	Specifies which video processor features are supported.
D3D12_VIDEO_PROCESS_FILTER_FLAGS	Specifies the filtering options supported by the video processor.
D3D12_VIDEO_PROCESS_INPUT_STREAM_FLAGS	Specifies flags for video processing input streams.
D3D12_VIDEO_PROCESS_ORIENTATION	Specifies an orientation operation to be performed by a video processor.
D3D12_VIDEO_PROCESS_SUPPORT_FLAGS	Specifies whether a conversion using the video processor is supported.
D3D12_VIDEO_USAGE (XBOX Series consoles and XBOX One family)	Describes the video usage.
D3D12_FEATURE_DATA_VIDEO_DECODE_BITSTREAM_ENCRYPTION_SCHEMES	Describes the DRM encryption schemes supported by the video decoder.
D3D12_FEATURE_DATA_VIDEO_PROCESS_SUPPORT	Structure to query for video processor feature support.
D3D12_VIDEO_DECODE_FRAME_ARGUMENT	Structure to describe a video decode argument.
D3D12_VIDEO_DECODE_INPUT_STREAM_ARGUMENTS	Describes the input arguments needed to decode a video frame.
D3D12_VIDEO_DECODE_REFERENCE_FRAMES	Describes the reference frames required for a video decode operation.
D3D12_VIDEO_PROCESS_INPUT_STREAM_ARGUMENTS	Describes the arguments for the video processor input stream.
D3D12_VIDEO_PROCESS_OUTPUT_STREAM_ARGUMENTS	Describes the arguments for the video processor output stream.
D3D12_VIDEO_PROCESSOR_DESC	Describes the D3D12_VIDEO_PROCESSOR_DESC structure.
d3dx12_x (XBOX One family)	Reference topics for d3dx12_x.h.
CD3D12XBOX_COMPUTE_SHADER_LIMITS_DESC (XBOX One family)	A wrapper for D3D12XBOX_COMPUTE_SHADER_LIMITS_DESC
CD3D12XBOX_DEPTH_STENCIL_OPTIONS_DESC (XBOX One family)	A wrapper for D3D12XBOX_DEPTH_STENCIL_OPTIONS_DESC
CD3D12XBOX_GRAPHICS_SHADER_LIMITS_DESC (XBOX One family)	A wrapper for D3D12XBOX_GRAPHICS_SHADER_LIMITS_DESC
CD3D12XBOX_PIXEL_SHADER_OPTIONS_DESC (XBOX One family)	A wrapper for D3D12XBOX_PIXEL_SHADER_OPTIONS_DESC
CD3D12XBOX_TESSELLATION_PARAMETERS_DESC (XBOX One family)	A wrapper for D3D12XBOX_TESSELLATION_PARAMETERS_DESC
CD3DX12_CPU_DESCRIPTOR_HANDLE (XBOX One family)	A helper structure to enable easy initialization of a D3D12_CPU_DESCRIPTOR_HANDLE structure.
d3dx12_xs (XBOX Series consoles)	Reference topics for d3dx12_xs.h.
CD3D12XBOX_RAYTRACING_OPTIONS_SUBOBJECT	XBOX extension to SUBOBJECT_HELPER_BASE
CD3D12XBOX_RAYTRACING_OPTIONS_SUBOBJECT()	CD3D12XBOX_RAYTRACING_OPTIONS_SUBOBJECT() (XBOX Series consoles) — Creates an instance of CD3D12XBOX_RAYTRACING_OPTIONS_SUBOBJECT.
CD3D12XBOX_RAYTRACING_OPTIONS_SUBOBJECT (CD3DX12_STATE_OBJECT_DESC&) (XBOX Series consoles)	CD3D12XBOX_RAYTRACING_OPTIONS_SUBOBJECT (CD3DX12_STATE_OBJECT_DESC&) (XBOX Series consoles) — Creates an instance of CD3D12XBOX_RAYTRACING_OPTIONS_SUBOBJECT.
Type (XBOX Series consoles)	Getter to retrieved the D3D12_STATE_SUBOBJECT_TYPE
CD3DX12_PIPELINE_STATE_STREAM_SUBOBJECT	A templated helper structure used to encapsulate subobject type and subobject data pairs as a single object suitable for a stream description.
const InnerStructType& GetX() (XBOX Series consoles)	const InnerStructType& GetX() (XBOX Series consoles) — Getter to retieve the inner type. Direct3D 12 graphics API reference for XBOX game development.
InnerStructType& GetX() (XBOX Series consoles)	InnerStructType& GetX() (XBOX Series consoles) — Getter to retieve the inner type. Direct3D 12 graphics API reference for XBOX game development.
dxcapi	API entry points and interfaces for of dxcompiler_x*.dll
DxcXboxShaderStatsClass	Version number of the DxcXboxShaderStatistics* structure queried from `IDxcXboxShaderStats::GetShaderStats`.
IDxcXboxBackendDebugInfo	Interface for querying XBOX hardware specific debug info from DXIL.
GetDebugInfoForStage	Queries XBOX hardware specific debug info for a single hardware shader stage.
GetNumStages	Get the number of hardware stages in the precompiled DXIL/PDB.
GetStage	Query the hardware stage at a specific index.
IDxcXboxBackendDebugInfo::Load	Load a precompiled DXIL or PDB into the interface.
IDxcXboxContainer	Interface used to query hardware shaders from DXIL containers.
GetNumShaders	Query the number of hardware shaders in the precompiled DXIL.
GetShader	Retrieves the hardware shader at the specified index.
IDxcXboxContainer::Load	Load a precompiled DXIL into the interface.
IDxcXboxHwShader	Interface used to query data from a precompiled hardware shader stage.
GetCode	Retrieve the encoded hardware shader instructions for this shader stage.
GetDebugInfo	Retrieve the hardware specific debug info for the shader stage.
IDxcXboxHwShader::GetShaderStats	Retrieve the shader stats for the hardware shader stage.
GetStageName	Retrieve the hardware shader stage name as a string.
IDxcXboxShaderStats	(Deprecated) Interface used to query shader stats from precompiled shaders.
IDxcXboxShaderStats::GetShaderStats	(Deprecated) Retrieve the shader stats for a hardware shader stage.
IXdxrPdbRecompiler	Interface to recompile a XDXR PDB
Recompile	Recompile an XDXR PDB
DxcXboxShaderStaticsV1	Struct representing shader statistics for a precompiled hardware shader stage.
DxcXboxShaderStaticsV2	Struct representing extended shader statistics for a precompiled hardware shader stage on XBOX Series.
MemoryAccessStat	Struct representing information about memory instructions.
RawInstructionStats	A struct representing a tally on all types of instructions in the shader.
RawInstuctionStat	A struct representing a tally for a type of instruction.
Graphics API reference	Graphics API reference for the Microsoft Game Development Kit (GDK), covering d3d12_x, d3d12_xs, d3d12shader_x, and other Direct3D 12 XBOX extensions.
XBTC_COMPRESSION_FLAGS	Represents the available texture compression options.
XBTC_STREAM_GRANULARITY	Texture streaming options.
XBTC_TEX_DIMENSION	Represents the dimensionality of a texture.
XBTC_TILING_MODE	Represents the tiling mode of a tiled texture.
XBTCBlockCompressTexture	Creates, allocates a texture container for, and block-compresses a linear texture.
XBTCCompressBuffer	Compresses a buffer with arbitrary data and appends it to the archive.
XBTCCompressStream	Compresses a single texture stream.
XBTCCompressStreamAlloc	Creates and allocates a texture container for a compressed stream from an uncompressed stream.
XBTCCompressTexture	Compresses a tiled texture and appends it to the archive.
XBTCCreateArchive	Creates an XBTC archive.
XBTCCreateBuffer	Creates a generic data container.
XBTCCreateLinearTexture	Creates and allocates a texture container for a linear texture.
XBTCDecompressAndDetileTextureAlloc	Creates and allocates a texture container for a linear texture by decompressing and detiling a texture from an archive.
XBTCDecompressStream	Creates a decompressed stream from a compressed stream and writes to pre-allocated memory.
XBTCDecompressTexture	Decompresses an archived texture into tiled memory.
XBTCDecompressTextureAlloc	Creates and allocates a texture container for a tiled texture by decompressing a texture from an archive.
XBTCDetileTexture	Creates a linear texture container and detiles the source texture into the new container.
XBTCFreeCompressedStream	Frees the memory allocated to hold a compressed stream.
XBTCFreeResource	Free the memory associated with an XBTC resource.
XBTCGetRelativeStreamIndex(ptrdiff_t,uint32_t,uint32_t)	Gets the index of a stream for a paged texture relative to the base address of that texture.
XBTCGetRelativeStreamIndex(unit32_t,uint32_t)	Get the index of a stream for a mip-streamed texture from the mip level.
XBTCGetRelativeStreamIndex	Gets the relative index of a stream.
XBTCTileAndCompressTexture	Tiles, compresses, and writes a linear texture to an archive.
XBTCTileTexture	Creates and allocates a texture container for a tiled texture by swizzling the memory of a linear texture container.
XBTCArchive::GetBaseTextureSize	XBTCArchive::GetBaseTextureSize (xbtc) — Returns the uncompressed size of the first stream associated with a texture. Direct3D 12 graphics reference for XBOX.
XBTCArchive::GetResourceBaseStreamIndex	Gets the index of the first stream associated with a texture.
XBTCArchive::GetResourceCompressedSize	Gets the total compressed size of the streams for a texture.
XBTCArchive::GetResourceCount	XBTCArchive::GetResourceCount (xbtc) — Gets the number of textures in an archive. Direct3D 12 graphics API reference for XBOX game development.
XBTCArchive::GetResourceStreamCount	XBTCArchive::GetResourceStreamCount (xbtc) — Gets the number of streams for a texture. Direct3D 12 graphics API reference for XBOX game development.
XBTCArchive::GetResourceStreamDataStart	XBTCArchive::GetResourceStreamDataStart (xbtc) — Gets the starting byte address of the stream data for a texture. Direct3D 12 graphics reference for XBOX.
XBTCArchive::GetStreamCount	XBTCArchive::GetStreamCount (xbtc) — Gets the number of streams in an archive. Direct3D 12 graphics API reference for XBOX game development.
XBTCArchive::GetStreamInfo	XBTCArchive::GetStreamInfo (xbtc) — Gets information about a stream in an archive. Direct3D 12 graphics API reference for XBOX game development.
XBTCArchive::GetTextureInfo	XBTCArchive::GetTextureInfo (xbtc) — Gets information about a texture in an archive. Direct3D 12 graphics API reference for XBOX game development.
XBTCArchive::GetTextureOffset	Gets information about stream data for a texture in an archive.
XBTCArchive (Interface contents)	Represents an XBOX Texture Compressor (XBTC) archive.
XBTCArchiveReader::Close	Closes the archive reader.
XBTCArchiveReader::GetBaseTextureSize	XBTCArchiveReader::GetBaseTextureSize (xbtc) — Returns the uncompressed size of the first stream associated with a texture. XBOX Direct3D 12 graphics reference.
GetOpenFile	Returns a C-style file pointer (FILE*) associated with the open archive.
XBTCArchiveReader::GetResourceBaseStreamIndex	Gets the first stream index associated with a texture.
XBTCArchiveReader::GetResourceCompressedSize	Gets the total size of the compressed streams for a texture.
XBTCArchiveReader::GetResourceCount	XBTCArchiveReader::GetResourceCount (xbtc) — Gets the number of textures in an archive. Direct3D 12 graphics API reference for XBOX game development.
GetResourceSeekOffset	Gets the seek offset of the stream data for a texture.
XBTCArchiveReader::GetResourceStreamCount	XBTCArchiveReader::GetResourceStreamCount (xbtc) — Gets the number of streams for a texture. Direct3D 12 graphics API reference for XBOX game development.
XBTCArchiveReader::GetResourceStreamDataStart	XBTCArchiveReader::GetResourceStreamDataStart (xbtc) — Gets the starting byte address of the stream data for a texture. Direct3D 12 graphics reference for XBOX.
XBTCArchiveReader::GetStreamCount	XBTCArchiveReader::GetStreamCount (xbtc) — Gets the number of streams in an archive. Direct3D 12 graphics API reference for XBOX game development.
XBTCArchiveReader::GetStreamInfo	XBTCArchiveReader::GetStreamInfo (xbtc) — Gets information about a stream in an archive. Direct3D 12 graphics API reference for XBOX game development.
XBTCArchiveReader::GetTextureInfo	XBTCArchiveReader::GetTextureInfo (xbtc) — Gets information about a texture in an archive. Direct3D 12 graphics API reference for XBOX game development.
XBTCArchiveReader::GetTextureOffset	Gets information about stream data for a texture in an archive, including the base offset for the stream data and the index of the first stream for the next.
IsValid	Checks if the archive is open and valid.
IsValidArchive	Tests if the file path is a valid archive and returns the amount of the file to read and opens the archive.
OpenFromFile	Parses an archive header from a file pointer and allocates memory for the header.
OpenFromMemory	Parse an archive header in memory.
XBTCArchiveReader constructor	Creates an instance of XBTCArchiveReader.
XBTCArchiveReader (Interface contents)	Reads an XBOX Texture Compressor (XBTC) archive.
WriteArchiveToFile	Saves archive contents to a file.
XBTCArchiveWriter (Interface contents)	Contains methods for writing an archive to a file.
~XBTCRefCountedResource	Reference for ~XBTCRefCountedResource, a method in the xbtc Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
XBTCRefCountedResource AddRef	Increments the refcount and returns the new value.
XBTCRefCountedResource Release	Decrements the refcount and returns the new value. If the new value is 0, the object is deleted.
XBTCRefCountedResource constructor	Reference for XBTCRefCountedResource constructor, a method in the xbtc Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
XBTCRefCountedResource (Interface contents)	Reference for XBTCRefCountedResource (Interface contents), a interface in the xbtc Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for.
GetAbsoluteStreamIndex(size_t MipLevel, ptrdiff_t OffsetFromLevelStart)	Given a texture’s mip level (LOD) and a memory offset from the start of the mip level, lookup the stream index in its associated archive.
GetAbsoluteStreamIndex(size_t MipLevel, uint32_t TileX, uint32_t TileY)	Given a texture’s mip level (LOD) and a tile coordinate, lookup the stream index in its associated archive.
PrepareTexture	Prepares the streaming texture reader to calculate stream indices of the specified texture in its archive.
XBTCStreamingTextureReader	Creates an instance of XBTCStreamingTextureReader.
XBTCStreamingTextureReader (Interface contents)	Helper class for looking up stream indices associated with PRT texture regions
GetSubresourceMemory	Gets a pointer to the start of a subresource’s memory.
GetSubresourcePitch	Gets the row pitch of the subresource.
GetSubresourceSize	Gets the memory size of the subresource.
GetTextureMemory	Gets the base pointer of texture data.
GetTextureSize	Gets the total size of texture data.
XBTCTextureContainer (Interface contents)	A container to hold texture data throughout the compression pipeline.
XBTC_ARCHIVE_HEADER	The 16-byte header of an XBTC archive.
XBTC_BUFFER_INFO	Description of a buffer in the archive.
XBTC_COMPRESSION_STATS	Statistics that measure the compression process.
XBTC_ENCODING_OPTIONS	Encoding options for XBTCBlockCompressTexture.
XBTC_ENCODING_STATS	Statistics that measure the BCn encoding process.
XBTC_OFFSET_AND_INDEX	Information about the stream data for a texture in an archive.
XBTC_STREAM_INFO	Information about a compressed stream in a resource.
XBTC_TEXTURE_INFO	Information about a texture in an archive.
XBTC (API contents)	XBOX Texture Compressor (XBTC) API reference material for the Microsoft Game Development Kit (GDK).
XG_BIND_FLAG (XBOX One family)	Specifies how a resource is to be bound to the pipeline.
XG_CPU_ACCESS_FLAG (XBOX One family)	Specifies the types of CPU access allowed for a resource.
XG_DCC_COLOR_TRANSFORM (XBOX One family)	Establishes the color transformation performed before Delta Color Compression (DCC).
XG_DCC_COMPRESSION_LEVEL (XBOX One family)	XG_DCC_COMPRESSION_LEVEL (XBOX Series consoles) — Establishes the maximum Delta Color Compression (DCC) unit size. Direct3D 12 graphics reference for XBOX.
XG_FORMAT (XBOX One family)	Resource data formats which includes fully-typed and typeless formats.
XG_HARDWARE_VERSION (XBOX One family)	XG_HARDWARE_VERSION (XBOX Series consoles) — Represents the different hardware versions in the XBOX One family of devices. XBOX Direct3D 12 graphics reference.
XG_PLANE_USAGE (XBOX One family)	Represents the intended usage of a plane in a texture resource.
XG_RESOURCE_DIMENSION (XBOX One family)	Identifies the type of a resource.
XG_RESOURCE_MISC_FLAG (XBOX One family)	XG_RESOURCE_MISC_FLAG (XBOX Series consoles) — Identifies options for resources. Direct3D 12 graphics API reference for XBOX game development.
XG_TEXTURE_LAYOUT (XBOX One family)	XG_TEXTURE_LAYOUT (XBOX Series consoles) — Specifies the options for a texture layout. On XBOX, this enumeration includes XBOX extension members.
XG_TILE_MODE (XBOX One family)	Represents the tile mode used by a 1D, 2D, or 3D texture. Special usages of textures—such as depth, stencil, and presentable buffers—require the use of.
XG_USAGE (XBOX One family)	Identifies the expected usage of resources during rendering. The usage directly reflects whether a resource is accessible by the CPU and/or GPU.
XG12_RESOURCE_MISC_FLAG (XBOX One family)	XG12_RESOURCE_MISC_FLAG (XBOX Series consoles) — Identifies options for resources. Direct3D 12 graphics API reference for XBOX game development.
XGComputeBankRotationAddress (XBOX One family)	Computes a bank-rotated address for a 2D tiled surface.
XGComputeBufferLayout (XBOX One family)	Computes the hardware alignment for a buffer.
XGComputeOptimalDepthStencilTileModes (XBOX One family)	Computes the correct tile modes for the specified depth stencil configuration.
XGComputeOptimalTileMode (XBOX One family)	Computes the bandwidth-optimal tile mode for the specified texture configuration.
XGComputeTexture1DLayout (XBOX One family)	Computes the hardware layout for a 1D texture.
XGComputeTexture2DLayout (XBOX One family)	Computes the hardware layout for a 2D texture.
XGComputeTexture3DLayout (XBOX One family)	Computes the hardware layout for a 3D texture.
XGComputeTileShape (XBOX One family)	Returns the shape of a single-tiled resource tile for the specified format.
XGCreateTexture1DComputer (XBOX One family)	Creates a texture address computer object for the specified description of a 1D texture.
XGCreateTexture2DComputer (XBOX One family)	Creates a texture address computer object for the specified description of a 2D texture.
XGCreateTexture3DComputer (XBOX One family)	Creates a texture address computer object for the specified 3D texture description.
XGCreateTextureComputer (XBOX One family)	Creates a texture address computer object for the specified D3D12-style resource description.
XGCreateTextureComputerFromDescriptor (XBOX One family)	Creates a texture address computer object for the specified texture descriptor.
XGCreateTextureComputerWithPitch (XBOX One family)	Creates a texture address computer object for a Direct3D12-style resource description.
XGDecodeDCC (XBOX One family)	Decodes (decompresses) a delta color compressed surface.
XGEnableExclusiveLocking (XBOX One family)	Enable or disable exclusive locking of texture-address computation APIs.
XGEncodeDCC (XBOX One family)	XGEncodeDCC (XBOX Series consoles) — Encodes (compresses) a surface by using delta color compression (DCC). Direct3D 12 graphics reference for XBOX.
XGEnterExclusiveLock (XBOX One family)	Enters an exclusive lock used to synchronize calls to XGSetHardwareVersion with the creation of the XG texture computer.
XGLeaveExclusiveLock (XBOX One family)	Leaves an exclusive lock used to synchronize calls to XGSetHardwareVersion with the creation of the XG texture computer.
XGSetHardwareVersion (XBOX One family)	Configures XG for the specified hardware version.
XGValidateDepthStencilTileMode (XBOX One family)	Checks whether the specified tile mode is valid for the depth stencil format and sample count.
XGValidateJpegFile (XBOX One family)	Validates a JPEG file for hardware decoding.
XGTextureAddressComputer::AddRef (XBOX One family)	Increments the reference count and returns the new value.
XGTextureAddressComputer::CopyFromSubresource	XGTextureAddressComputer::CopyFromSubresource (XBOX Series consoles) — Copies the 2D or 3D data from the (see xgtextureaddresscomputer_copyfromsubresource)
XGTextureAddressComputer::CopyIntoSubresource	Copies the 2D or 3D linear input data into the specified subresource (mip + slice) of the resource by using pTiledResourceBaseAddress as the resource’s.
XGTextureAddressComputer::GetMipLevelOffsetBytes	Computes the offset (in bytes) of the specified mip level on the specified plane, from the base address of the resource.
XGTextureAddressComputer::GetResourceBaseAlignmentBytes	Gets the base alignment of the resource, in bytes.
XGTextureAddressComputer::GetResourceLayout	Returns the value of XG_RESOURCE_LAYOUT computed for this texture resource.
XGTextureAddressComputer::GetResourceSizeBytes	Gets the resource size, in bytes.
XGTextureAddressComputer::GetResourceSizePages	Gets the resource size as the number of pages.
XGTextureAddressComputer::GetResourceTiling	Returns the resource tiling layout if the resource is created as a tiled resource by using the XG_RESOURCE_MISC_TILED flag.
XGTextureAddressComputer::GetTexelCoordinate	Computes the texel element coordinate of the specified offset to the base address of the resource.
XGTextureAddressComputer::GetTexelElementOffsetBytes	XGTextureAddressComputer::GetTexelElementOffsetBytes (XBOX Series consoles) — Computes the offset (in (see xgtextureaddresscomputer_gettexelelementoffsetbytes)
XGTextureAddressComputer::GetTextureViewDescriptor	Returns the texture view descriptor for the specified plane.
XGTextureAddressComputer::Release (XBOX One family)	Decrements the reference count and returns the new value. If the new value is zero, the object is deleted.
XGTextureAddressComputer (Interface contents)	Holds a computed texture layout for a specified texture resource. Also holds the additional state that allows the user to perform texture element microtiling.
XG_BUFFER_DESC (XBOX One family)	Describes a buffer resource.
XG_DCC_OPTIONS (XBOX One family)	Establishes the Delta Color Compression (DCC) configuration options.
XG_DESCRIPTOR_TEXTURE_VIEW (XBOX One family)	Represents a native binding descriptor for a texture.
XG_MIPLEVEL_LAYOUT (XBOX One family)	XG_MIPLEVEL_LAYOUT (XBOX Series consoles) — Describes a single mip level in the hardware layout of a texture. Direct3D 12 graphics reference for XBOX.
XG_PACKED_MIP_DESC (XBOX One family)	Describes the tile structure of a tiled resource with mipmaps.
XG_PLANE_LAYOUT (XBOX One family)	Describes a mip chain in the hardware layout of a texture.
XG_RESOURCE_DESC (XBOX One family)	Describes an XG resource.
XG_RESOURCE_LAYOUT (XBOX One family)	Describes the entire hardware layout of a single resource.
XG_SAMPLE_DESC (XBOX One family)	Describes multi-sampling parameters for a resource.
XG_SUBRESOURCE_TILING (XBOX One family)	Controls tiling of subresources.
XG_TEXTURE1D_DESC (XBOX One family)	XG_TEXTURE1D_DESC describes a 1D texture for the XG texture layout APIs on XBOX One family, including ESRAM offset, ESRAM usage, and tile mode fields.
XG_TEXTURE2D_DESC (XBOX One family)	XG_TEXTURE2D_DESC (XBOX Series consoles) — Describes a 2D texture for the XG texture layout APIs. Direct3D 12 graphics API reference for XBOX game development.
XG_TEXTURE3D_DESC (XBOX One family)	XG_TEXTURE3D_DESC (XBOX Series consoles) — Describes a 3D texture for the XG texture layout APIs. Direct3D 12 graphics API reference for XBOX game development.
XG_TILE_SHAPE (XBOX One family)	Stores a tile’s width, height, and depth, in texels.
XG_TILE_SHAPE_ELEMENTS (XBOX One family)	Stores the width, height, and depth of a tile, in elements.
XG_VALIDATED_JPEG_DESC (XBOX One family)	Holds the validation results of a JPEG file stream.
XG reference (API contents) (XBOX One family)	XG is an auxiliary graphics library used for preparing resources and for other graphics-related tasks performed outside the bounds of the Direct3D runtime.
XG_DCC_COMPRESSION_LEVEL (XBOX Series consoles)	XG_DCC_COMPRESSION_LEVEL (XBOX Series consoles) — Establishes the maximum Delta Color Compression (DCC) unit size. Direct3D (see xg_dcc_compression_level_xs)
XG_HARDWARE_VERSION (XBOX Series consoles)	XG_HARDWARE_VERSION (XBOX Series consoles) — Represents the different hardware versions in the XBOX One family of devices. XBOX (see xg_hardware_version_xs)
XG_SUGGEST_SWIZZLE_MODE_FLAGS (XBOX Series consoles)	Flags that affect the selection of swizzle modes.
XG_SWIZZLE_MODE (XBOX Series consoles)	Enumeration of swizzle modes that select texture swizzling patterns.
XG_TEXTURE_LAYOUT (XBOX Series consoles)	XG_TEXTURE_LAYOUT (XBOX Series consoles) — Specifies the options for a texture layout. On XBOX, this enumeration includes XBOX (see xg_texture_layout_xs)
XGComputeOptimalDepthStencilSwizzleMode	Computes the correct swizzle mode for the specified depth stencil configuration.
XGComputeOptimalSwizzleMode (XBOX Series consoles)	Computes the bandwidth-optimal swizzle mode for the specified texture configuration.
XGConvertExtensionTextureLayoutToSwizzleMode	Converts an XBOX extension XG_TEXTURE_LAYOUT value to the equivalent XG_SWIZZLE_MODE value.
XGConvertSwizzleModeToExtensionTextureLayout	Converts an XG_SWIZZLE_MODE value to the equivalent extension XG_TEXTURE_LAYOUT value.
XGCreateBVHComputer (XBOX Series consoles)	XGCreateBVHComputer (XBOX Series consoles) — Creates a BVH computer with which to decompress and deserialize BVHs. Direct3D 12 graphics reference for XBOX.
XGCreateBVHComputer2 (XBOX Series consoles)	XGCreateBVHComputer2 (XBOX Series consoles) — Creates a BVH computer with which to decompress and deserialize BVHs. Direct3D 12 graphics reference for XBOX.
XGDecodeDCC (XBOX Series consoles)	Decodes (decompresses) a delta color–compressed surface.
XGEncodeDCC (XBOX Series consoles)	XGEncodeDCC (XBOX Series consoles) — Encodes (compresses) a surface by using delta color compression (DCC). Direct3D 12 graphics reference (see xgencodedcc_xs)
XGInitializeLibrary (XBOX Series consoles)	Performs one-time allocation and initialization of global state within XG_XS.
XGSuggestSwizzleMode (XBOX Series consoles)	Computes the correct swizzle mode for the specified resource description.
XGTerminateLibrary (XBOX Series consoles)	Deallocates global state within XG_XS.
XGValidateDepthStencilSwizzleMode (XBOX Series consoles)	Checks whether the specified swizzle mode is valid for the depth stencil format and sample count.
XGBVHComputer::DecompressBVH_BatchedGPU	Decompress one or more BVHs using the GPU
XGBVHComputer::DecompressBVH (XBOX Series consoles)	XGBVHComputer::DecompressBVH (XBOX Series consoles) — Decompresses a serialized raytracing BVH in place on the CPU, avoiding a redundant memory copy.
XGBVHComputer::DeserializeBVH (XBOX Series consoles)	XGBVHComputer::DeserializeBVH (XBOX Series consoles) — Deserializes a raytracing acceleration structure in place after loading from disk.
XGBVHComputer::GetRequiredGpuScratchSizeInBytes	Query the amount of GPU scratch memory necessary to decompress the BVH using the GPU
XGBVHComputer::ValidateDecompressedBVH	Validates the decompressed BVH against the original (for debug use)
XGBVHComputer (XBOX Series consoles)	Provides an interface for deserializing and decompressing raytracing acceleration structures (i.e. BVHs).
XGTextureAddressComputer::CopyFromSubresource	XGTextureAddressComputer::CopyFromSubresource (XBOX Series consoles) — Copies the 2D or 3D data from the (see xgtextureaddresscomputer_copyfromsubresource_xs)
XGTextureAddressComputer::GetSwizzlePatternInfo	Obtains swizzle pattern information for a hardware texture layout.
XGTextureAddressComputer::GetTexelElementOffsetBytes	XGTextureAddressComputer::GetTexelElementOffsetBytes (XBOX Series consoles) — Computes the offset (see xgtextureaddresscomputer_gettexelelementoffsetbytes_xs)
XGTextureAddressComputer (XBOX Series consoles)	Holds a computed texture layout for a specified texture resource. Also holds the additional state that allows the user to perform texture element swizzling.
XG_BUFFER_DESC (XBOX Series consoles)	Describes a buffer resource, using a Direct3D 11-style structure.
XG_MIPLEVEL_LAYOUT (XBOX Series consoles)	XG_MIPLEVEL_LAYOUT (XBOX Series consoles) — Describes a single mip level in the hardware layout of a texture. Direct3D 12 graphics (see xg_miplevel_layout_xs)
XG_PLANE_LAYOUT (XBOX Series consoles)	Describes a mip chain or metadata surface in the hardware layout of a texture.
XG_SWIZZLE_PATTERN_INFO (XBOX Series consoles)	Describes the swizzle pattern of the hardware layout of a texture.
XG_TEXTURE1D_DESC (XBOX Series consoles)	XG_TEXTURE1D_DESC describes a 1D texture for the XG texture layout APIs on XBOX Series consoles using a Direct3D 11-style layout with a swizzle mode field.
XG_TEXTURE2D_DESC (XBOX Series consoles)	XG_TEXTURE2D_DESC (XBOX Series consoles) — Describes a 2D texture for the XG texture layout APIs. Direct3D 12 graphics API reference (see xg_texture2d_desc_xs)
XG_TEXTURE3D_DESC (XBOX Series consoles)	XG_TEXTURE3D_DESC (XBOX Series consoles) — Describes a 3D texture for the XG texture layout APIs. Direct3D 12 graphics API reference (see xg_texture3d_desc_xs)
xg_xs (XBOX Series consoles)	Reference topics for xg_xs.h.
XG_COPY_MAPPING_FLAGS (XBOX One family)	Flags for controlling XGMemoryLayout::CopyMapping, such as whether to replace the mapping of ESRAM pages and of system memory pages.
XG_LAYOUT_PATTERN_TYPE (XBOX One family)	The layout pattern type ID, when receiving an encoded pattern from PIX data.
XG_RELINQUISH_MAPPING_FLAGS (XBOX One family)	Flags for controlling XGMemoryLayoutEngine::RelinquishMapping, such as whether to preserve the mapping of ESRAM pages and of system memory pages.
XGFreeList constructor (XBOX One family)	Reference for XGFreeList constructor (XBOX One family), a constructor in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for.
AllocatePage (XBOX One family)	Reference for AllocatePage (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
AllocatePages (XBOX One family)	Reference for AllocatePages (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
FreePage (XBOX One family)	Reference for FreePage (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
FreePages (XBOX One family)	Reference for FreePages (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
GetAllocatedPageCount (XBOX One family)	Reference for GetAllocatedPageCount (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for.
GetFreePageCount (XBOX One family)	Reference for GetFreePageCount (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
GetTotalPageCount (XBOX One family)	Reference for GetTotalPageCount (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
Initialize (XBOX One family)	Reference for Initialize (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
XGFreeList::Reset (XBOX One family)	Reference for XGFreeList::Reset (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
Terminate (XBOX One family)	Reference for Terminate (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
XGFreeList class (Interface contents) (XBOX One family)	Reference for XGFreeList class (Interface contents) (XBOX One family), a interface in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see.
CopyMapping (XBOX One family)	Copies a source mapping into a destination mapping. Gives the option to replace ESRAM page mappings in the source mapping with the newly allocated system.
CreateMapping (XBOX One family)	Creates a new mapping with the specified name.
EnsureMappingSize (XBOX One family)	Checks whether the layout has virtual address space remaining for a mapping of the specified size, in pages.
GetBaseAddress (XBOX One family)	Returns, as a void pointer, the base GPU virtual address of this layout.
GetCurrentAddress (XBOX One family)	Returns, as a void pointer, the current virtual address of this layout while it’s constructed.
GetCurrentPageOffset (XBOX One family)	Returns the current page offset of this layout while it’s constructed.
GetEsramPageRanges (XBOX One family)	Returns a set of page ranges within the mapping that are mapped to ESRAM pages.
GetFreeEsramPageCount (XBOX One family)	Returns the number of free ESRAM pages remaining.
GetFreeSystemPageCount (XBOX One family)	Returns the number of free system memory pages remaining.
GetGpuBaseAddress (XBOX One family)	Returns, as an XG_GPU_VIRTUAL_ADDRESS (a UINT64), the base GPU virtual address of this layout.
GetGpuCurrentAddress (XBOX One family)	Returns, as an XG_GPU_VIRTUAL_ADDRESS (a UINT64), the current virtual address of this layout while it’s constructed.
GetMaxUsedEsramPageCount (XBOX One family)	Returns the max number of ESRAM pages in use in this layout at the same time.
GetMaxUsedSystemPageCount (XBOX One family)	Returns the maximum number of system memory pages in use in this layout at the same time.
GetPageCount (XBOX One family)	Returns the number of pages in the layout.
GetPageCountRemaining (XBOX One family)	Returns the number of unmapped pages remaining in this layout.
GetPageSizeBytes (XBOX One family)	Returns the size, in bytes, of one page in this layout.
IsValid (XBOX One family)	Returns true if the current layout is valid.
MapFromPattern (XBOX One family)	Maps pages by using a predefined pattern passed as a byte array.
MapPagePriorityArray (XBOX One family)	Maps pages by using a page priority array.
MapRunLengthArray (XBOX One family)	Maps pages by using a run-length array of tokens.
MapSimple (XBOX One family)	Maps pages by using a simple arrangement of ESRAM pages, followed by system memory pages.
RelinquishMapping (XBOX One family)	Relinquishes a previously defined mapping and places its ESRAM and system pages back on the free lists.
XGMemoryLayout::Reset (XBOX One family)	Resets the layout, decommits all pages from the virtual address range, returns all ESRAM and system memory pages to the free lists, and invalidates all.
XGMemoryLayout class (Interface contents) (XBOX One family)	Represents a single layout of a virtual address range, mapped to ESRAM and/or system memory pages stored within the XGMemoryLayoutEngine.
XGMemoryLayoutEngine constructor (XBOX One family)	Constructs an instance of XGMemoryLayoutEngine.
CreateMemoryLayout (XBOX One family)	Creates a new memory layout with a specified name and size.
GetEsramPageCount (XBOX One family)	Returns the number of ESRAM pages tracked by this XGMemoryLayoutEngine.
GetEsramPageNumber (XBOX One family)	Returns an ESRAM page number by page index.
GetSystemPageCount (XBOX One family)	Returns the number of system memory pages tracked by this XGMemoryLayoutEngine.
GetSystemPageNumber (XBOX One family)	Returns a system memory page number by page index.
InitializeWithPageArrays (XBOX One family)	Initializes XGMemoryLayoutEngine with preallocated system and ESRAM page number arrays.
InitializeWithPageCounts (XBOX One family)	Initializes XGMemoryLayoutEngine with system page counts and ESRAM page counts.
XGMemoryLayoutEngine class (Interface contents)	The memory layout engine for ESRAM and system pages.
XGRefCount constructor (XBOX One family)	Reference for XGRefCount constructor (XBOX One family), a constructor in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for.
AddRef (XBOX One family)	Reference for AddRef (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
GetPrivateData (XBOX One family)	Reference for GetPrivateData (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
Release (XBOX One family)	Reference for Release (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
SetPrivateData (XBOX One family)	Reference for SetPrivateData (XBOX One family), a method in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see remarks for details.
XGRefCount class (Interface contents) (XBOX One family)	Reference for XGRefCount class (Interface contents) (XBOX One family), a interface in the xgmemory_NR Direct3D 12 graphics API. Reserved or unused on XBOX; see.
XGMemoryLayoutMapping (XBOX One family)	Represents a single mapping within a memory layout.
XGMemoryPageRange (XBOX One family)	Represents a range of 64KB pages in the virtual address space of a layout.
XGMemory reference (API contents) (XBOX One family)	The XGMemory helper library manages dynamic mappings for resource memory. It supports mixed ESRAM and system memory layouts for render targets.
XMEM_TRANSFER_TYPE	XMEM_TRANSFER_TYPE enum values used by the XMem API on XBOX GDK to indicate the source and destination of a memory transfer between title, tools, and system.
XMemAlloc	XMemAlloc is an application-defined memory allocation callback on XBOX GDK that replaces the default allocator for the CRT and system heaps.
XMemAllocatePhysicalPages	XMemAllocatePhysicalPages allocates contiguous physical pages for a subject process on XBOX GDK, with flags for page-size and cacheability.
XMemAllocDefault	XMemAllocDefault is the built-in XBOX GDK memory allocation routine used when a title has not supplied a custom XMemAlloc callback.
XMemFree	XMemFree is the application-defined memory deallocation callback on XBOX GDK, paired with XMemAlloc to replace the default title memory deallocator.
XMemGetAllocationHysteresis	XMemGetAllocationHysteresis returns the hysteresis amount for an XBOX GDK title heap, rounded up to the next internal allocation boundary.
XMemGetAllocationStatistics	XMemGetAllocationStatistics retrieves allocation counts and byte totals for a specified XBOX GDK title heap through the XMEM_HEAP_STATISTICS structure.
XMemGetPhysicalMemoryLayout	XMemGetPhysicalMemoryLayout returns the physical memory layout of title-accessible memory on the current XBOX console via XMEM_PHYSICAL_MEMORY_LAYOUT.
XMemGetWriteWatch	XMemGetWriteWatch
XMemResetWriteWatch	XMemResetWriteWatch
XMemResumeWriteWatch	XMemResumeWriteWatch
XMemSetAllocationHysteresis	XMemSetAllocationHysteresis
XMemTransferMemory	XMemTransferMemory
XMemVirtualAlloc	XMemVirtualAlloc
XALLOC_ATTRIBUTES	XALLOC_ATTRIBUTES
XMEM_BASIC_INFORMATION	XMEM_BASIC_INFORMATION
XMEM_HEAP_STATISTICS	XMEM_HEAP_STATISTICS
XMEM_PHYSICAL_MEMORY_LAYOUT	XMEM_PHYSICAL_MEMORY_LAYOUT
XMEM_WORKING_SET_STATISTICS	XMEM_WORKING_SET_STATISTICS
XMem	XMem
PIXGetPowerMetrics	PIXGetPowerMetrics reads current GPU power load on XBOX Series consoles so titles can track and tune their overall power draw during gameplay.
PIX GPU capture APIs	PIX GPU capture APIs
PIXPowerMetrics	PIXPowerMetrics is the PIX3 output structure filled by PIXGetPowerMetrics, reporting average GPU power load percent on XBOX Series consoles.

Publishing

Page	Description
Royalty configuration	Create royalty programs in Partner Center to sell disc editions to different sales territories with configured wholesale prices and edition types.
How to submit royalty tiers	Submit Retail Disc Royalty Tier declarations in Partner Center for each edition and territory of your physical XBOX game release plan.
Who are your XBOX contacts?	Identify your XBOX contacts, including WAM account teams, Strategic Partner Managers, and ID@XBOX support, based on your XBOX support model.

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