Optional physics backend for vehicle mobility and body attach. 更多...

命名空间
namespace	action_adapter

namespace	destruction_cook

namespace	detail

namespace	softbody

namespace	softbody_cook

namespace	trajectory

类
class	AcceleratorBackendProviderRegistration
	Move-only lifetime token for one independently registered accelerator provider. 更多...

class	Body
	2D rigid body (Box2D) in pixel-space coordinates. Owned by a World; create shapes with newRectangleFixture/newCircleFixture. 更多...

class	Body3D
	3D rigid body (Box3D) in meter-space coordinates (+Y up by convention). Owned by a World3D; create primitive or convex-hull shapes with the new*Shape APIs. 更多...

struct	BoneDetachEvent
	One ordered detach event emitted during step. 更多...

struct	BonePresentation
	Presentation snapshot for one bone (world pose + proxy extents). 更多...

struct	BroadPhaseAabb3D
	Fixed-capacity deterministic result of one AABB broad-phase query. 更多...

struct	BroadPhaseHit3D
	One generation-qualified shape returned by an owning broad-phase query. 更多...

struct	CameraSphereHit3D
	CameraSphereHit3D public API. 更多...

struct	CapsuleMove3D
	Owning result of continuous capsule movement. 更多...

struct	CapsuleMovePolicy3D
	Per-call capsule mover classification policy; never mutates persistent World3D settings. 更多...

struct	CapsuleOverlap3D
	Owning summary of a capsule overlap query. 更多...

class	Cloth
	Interactive 2D cloth — Verlet particles + distance constraints. Pixel space (same convention as Box2D World). Script-owned. 更多...

class	Cloth3D
	Interactive 3D cloth — Verlet particles + distance constraints. Meter space, +Y up, grid laid out in the XZ plane with the top row pinned. 更多...

struct	ClothContact3D
	Result of a 3D point probe: deepest non-sensor shape within radius. Normal points from the shape toward the probed point (meters). 更多...

class	ClothGPU
	GPU-accelerated 2D cloth — Verlet integration and distance-constraint relaxation run in a Vulkan compute shader; positions are read back each frame for drawing. Same pixel-space conventions and script API shape as Cloth. 更多...

class	ClothModel
	Reusable, validated cloth simulation asset. 更多...

struct	ClothModelDistanceConstraint
	Precomputed rest-length constraint between two cloth particles. 更多...

struct	ClothModelFoldConstraint
	Adjacent-triangle fold relationship around the shared edge (a,b). 更多...

struct	ClothModelParticle
	Immutable rest-space particle stored by a ClothModel. 更多...

struct	ClothModelTetherConstraint
	Geodesic maximum-distance constraint from a particle to a fixed anchor. 更多...

struct	ClothModelTriangle
	Triangle indices into a ClothModel particle array. 更多...

struct	ClusterBreakEvent
	Emitted when a broken edge separates two different cook clusters. 更多...

class	ContactRelay

class	Destruction
	Optional physics satellite for Chaos-style geometry-collection destruction. 更多...

struct	DestructionField
	One volumetric influence applied to a geometry-collection instance. 更多...

class	DestructionFx
	Optional presentation satellite for geometry-collection destruction. 更多...

struct	DestructionStepBudget
	Per-step production budgets (0 = unlimited). 更多...

struct	DestructionStepReceipt
	Observable outcome of one checked step. 更多...

class	DistanceField3D
	Regular 3D signed-distance grid for terrain and voxel collision queries. Negative samples are solid, positive samples are empty. Samples are stored at grid vertices and queried with trilinear interpolation. 更多...

struct	FieldApplicationReceipt
	Observable receipt for one checked field application. 更多...

class	Fixture
	2D fixture: a shape attached to a Body with material + filter settings. Also carries a string tag used by contact events. 更多...

class	Fluid2D
	Interactive 2D particle fluid (double-density relaxation) in pixel space. Script-owned; independent of Box2D World. 更多...

struct	FractureRecipe
	Versioned cook recipe for Chaos-style pre-fracture (schema v1). 更多...

struct	GeometryCollectionAsset
	Immutable cooked/authored geometry-collection asset. 更多...

struct	GeometryCollectionBone
	One pre-authored leaf bone (box collision proxy) inside a geometry collection. 更多...

struct	GeometryCollectionEdge
	One undirected structural edge with a strain break threshold. 更多...

class	GeometryCollectionInstance
	Runtime owner of bone state, connection strain, and PhysicsLink bindings. 更多...

struct	GeometryCollectionInstanceSnapshot
	Persistent runtime snapshot for one geometry-collection instance. 更多...

class	GeometryCollectionRenderer
	Presentation bridge for a borrowed geometry-collection instance. 更多...

class	IAcceleratorBackendProvider
	Optional provider that creates an accelerator backend for domain state. 更多...

class	ISimulationBackend
	Minimal observable contract for physics simulation providers. 更多...

class	Joint2D
	Script-facing Box2D joint owned by a World. 更多...

class	Joint3D
	Script-facing Box3D joint owned by a World3D. 更多...

class	Mechanism2D
	Composed 2D mechanical assembly owned by a World. 更多...

class	Mechanism3D
	Composed mechanical assembly owned by a World3D. 更多...

class	Physics
	Physics module — Box2D (2D) + Box3D (3D) rigid bodies and SPH fluid. Script: `physics <- eve.Physics(); world <- physics.newWorld(0, 900);` `world3 <- physics.newWorld3D(0, -9.8, 0);` 更多...

struct	PhysicsArtifactCollider
	Queryable CPU collider resource owned by the physics module. 更多...

struct	PhysicsArtifactHandleTag
	Owner tag for physics artifact runtime handles. 更多...

class	PhysicsArtifactProvider
	Real physics-module provider for generated collider publication. 更多...

struct	PhysicsArtifactRayHit
	Backend-neutral ray-query result used for parity tests. 更多...

class	PhysicsArtifactStage
	Staged, owning Box3D construction for one provider mutation. 更多...

struct	PhysicsBodyHandleTag
	Tag for a process-local physics-body handle. 更多...

struct	PhysicsJointHandleTag
	Tag for a process-local physics-joint handle. 更多...

struct	PhysicsJointLink
	Generation-qualified relationship between a World3D and one joint. 更多...

struct	PhysicsLink
	Generation-qualified relationship between one world and one body. 更多...

struct	PhysicsShapeHandleTag
	Tag for a process-local physics-shape handle. 更多...

struct	PhysicsShapeLink
	Generation-qualified relationship between a World3D and one shape. 更多...

struct	PhysicsVector3D
	Allocation-free owning three-dimensional physics value. 更多...

struct	PhysicsWorldHandleTag
	Tag for a process-local physics-world handle. 更多...

struct	QueryFilter3D
	Query filter applied atomically for one owning query operation. 更多...

struct	RayHit3D
	Owning snapshot of the closest ray intersection. 更多...

class	Rope
	Optional physics satellite that owns rope construction, schema, and script bindings. 更多...

class	Rope3D
	Renderer-independent particle rope with XPBD stretch and bend constraints. 更多...

struct	RopeColliderId
	Stable identifier for a rope-owned analytic collider. 更多...

class	Shape3D
	3D shape (box/sphere/capsule) attached to a Body3D with material settings. Created via Body3D::new*Shape; owned by the world. 更多...

struct	SimulationBackendSelection
	Result of choosing an optional accelerator or CPU alternate path. 更多...

struct	SimulationObservation
	Observable backend progress shared by CPU and accelerator providers. 更多...

struct	SimulationSettings
	Validated solver policy for one simulation step. 更多...

class	SoftBody3D
	Volumetric particle soft body using overlapping shape-matching clusters. 更多...

struct	SoftBody3DDefinition
	Versioned, owning creation definition for one volumetric soft body. 更多...

class	SoftBody3DRenderer
	Presentation-only renderer for a borrowed volumetric soft body. 更多...

struct	SoftBodyModel
	Backend-neutral, owning result of deterministic soft-body cooking. 更多...

struct	SoftBodyModelCluster
	An overlapping shape-matching cluster stored by particle index. 更多...

struct	SoftBodyModelDefinition
	Versioned authoring recipe used to cook a mesh-backed SoftBodyModel. 更多...

struct	SoftBodyModelParticle
	A particle stored in an immutable cooked soft-body model. 更多...

struct	SoftBodyModelSurfaceBinding
	A surface vertex bound directly to one cooked simulation particle. 更多...

class	TargetingLineOfSightAdapter
	Read-only 3D physics implementation of sensing's LOS capability. 更多...

class	TerrainLoadGravityState
	Caller-owned state for Pcg-style rigid-body activation after terrain loading. 更多...

class	World
	Box2D world wrapper (2D physics) with pixel-space coordinates. Handles stepping, gravity, raycasts, AABB queries and contact/impact events. 更多...

class	World3D
	Box3D rigid-body world. Script coordinates are meters (Box3D native), unlike 2D World which uses pixels + Physics.setMeter. 更多...

struct	WorldSnapshotAccess

类型定义
using	PhysicsArtifactHandle = eve::RuntimeHandle< PhysicsArtifactHandleTag >
	Generation-qualified handle for a physics artifact collider.

using	SimulationStep = eve::SimulationStep
	Compatibility alias for the common injected simulation step.

using	SimulationStepCallback = void()(void context, const eve::SimulationStep &step, const SimulationSettings &settings) noexcept
	Callback used by a domain-owned CPU or test backend adapter.

using	PhysicsWorldHandle = eve::RuntimeHandle< PhysicsWorldHandleTag >
	Generation-qualified runtime identity for a physics world.

using	PhysicsBodyHandle = eve::RuntimeHandle< PhysicsBodyHandleTag >
	Generation-qualified runtime identity for a physics body.

using	PhysicsShapeHandle = eve::RuntimeHandle< PhysicsShapeHandleTag >
	Generation-qualified runtime identity for a physics shape.

using	PhysicsJointHandle = eve::RuntimeHandle< PhysicsJointHandleTag >
	Generation-qualified runtime identity for a physics joint.

枚举
enum class	SimulationBackendKind { Cpu , Gpu , MockAccelerator }
	Kind of implementation that owns a simulation step. 更多...

enum class	SimulationBackendDomain { World2D , World3D , Cloth2D , Cloth3D , Rope3D , SoftBody3D , SurfaceFluid }
	Domain state consumed by an accelerator provider. 更多...

enum class	SimulationDeterminism { BitExact , ToleranceBounded , ExplicitlyNondeterministic }
	Determinism guarantee made by a simulation backend. 更多...

enum class	ClothConstraintKind : uint8_t { Structural , Shear , Bend }
	Type of a precomputed distance constraint in a cloth model. 更多...

enum class	DestructionFieldKind : std::uint8_t { Anchor = 0 , Strain = 1 , Impulse = 2 , Sleep = 3 }
	Runtime field kinds mirrored from Chaos Destruction Fields. 更多...

enum class	DestructionFieldFalloff : std::uint8_t { None = 0 , Linear = 1 }
	Falloff applied from the field centre to its radius. 更多...

enum class	FractureMode : std::uint8_t { UniformVoronoi = 0 , ClusteredVoronoi = 1 , Radial = 2 , Planar = 3 }
	Fracture pattern used when cooking a geometry collection. 更多...

enum class	BoneRuntimeState : std::uint8_t { Attached = 0 , Detached = 1 , Sleeping = 2 }
	Runtime lifecycle for one bone inside a geometry-collection instance. 更多...

enum class	RopeTopologyChange { Changed , Unchanged }
	Result of a topology-changing rope operation. 更多...

enum class	RopeColliderChange { Changed , Unchanged }
	Result of a rope collider mutation. 更多...

enum class	SoftBodySurfaceSampling { None , Vertices , Voxels }
	SoftBodySurfaceSampling public API. 更多...

enum class	SoftBodyVolumeSampling { None , Voxels }
	SoftBodyVolumeSampling public API. 更多...

enum class	ClothProbeStatus { Miss , Hit }
	Named outcome for a filtered cloth particle probe. 更多...

函数
PhysicsArtifactProvider &	physicsArtifactProvider () noexcept
	Return the process-owned physics artifact provider singleton.

void	registerPhysicsArtifactProvider ()
	Register the physics provider in the common capability registry.

constexpr std::string_view	simulationBackendDomainName (SimulationBackendDomain domain) noexcept
	Returns the stable diagnostic spelling for an accelerated simulation domain.

constexpr std::string_view	simulationBackendKindName (SimulationBackendKind kind) noexcept
	Returns the stable backend-kind spelling.

constexpr std::string_view	simulationDeterminismName (SimulationDeterminism determinism) noexcept
	Returns the stable determinism-contract spelling.

std::ostream &	operator<< (std::ostream &stream, SimulationBackendKind kind)
	Writes a backend kind for diagnostics.

std::ostream &	operator<< (std::ostream &stream, SimulationDeterminism determinism)
	Writes a determinism contract for diagnostics.

	Module_IMPL (Destruction, new Destruction())

	Module_IMPL (DestructionFx, new DestructionFx())

	Module_IMPL (Physics, new Physics())

void	registerPhysicsCapabilities ()
	Registers physics capabilities.

void	registerCameraObstructionWorld (World3D *world)
	Registers camera obstruction world.

eve::Result< void >	registerTargetingLineOfSightWorld (World3D *world)
	Registers a borrowed live World3D with the targeting LOS adapter.

	Module_IMPL (Rope, new Rope())

Result< void >	beginTerrainLoadGravity (TerrainLoadGravityState state, Body3D body, bool terrainFound)
	Begin monitoring a body when a containing terrain scene exists.

Result< bool >	advanceTerrainLoadGravity (TerrainLoadGravityState state, Body3D body, bool terrainLoaded, float deltaSeconds, float activationDelay)
	Advance terrain-load waiting and restore gravity after the configured delay.

详细描述

Optional physics backend for vehicle mobility and body attach.

载具模块数据模型：载具模板 / 命令 / 载具实体。

VehiclePhysics.cpp is compiled only when the physics module is enabled; VehiclePhysicsAbsent.cpp is compiled otherwise. Callers always link one of the two and must not include physics headers.

与引擎其他玩法模块一致（参考 card / weapon / rpg）：组件是纯数据结构体，行为放在 VehicleSystem（静态类）与 IVehicleMobility（可插拔移动模型）里。载具可以声明武器挂点（MountDef），运行时由 Vehicle 模块通过 weapon 模块创建 WeaponMountEntity 并挂载武器——RTS / 坦克 / FPS 的区别只体现在命令队列 / 驾驶输入 / 座位（Phase 4）这些可选面上。

类型定义说明

◆ PhysicsArtifactHandle

using eve::physics::PhysicsArtifactHandle = typedef eve::RuntimeHandle<PhysicsArtifactHandleTag>

Generation-qualified handle for a physics artifact collider.

在文件 ArtifactProvider.h 第 29 行定义.

◆ PhysicsBodyHandle

using eve::physics::PhysicsBodyHandle = typedef eve::RuntimeHandle<PhysicsBodyHandleTag>

Generation-qualified runtime identity for a physics body.

在文件 PhysicsHandles.h 第 28 行定义.

◆ PhysicsJointHandle

using eve::physics::PhysicsJointHandle = typedef eve::RuntimeHandle<PhysicsJointHandleTag>

Generation-qualified runtime identity for a physics joint.

在文件 PhysicsHandles.h 第 32 行定义.

◆ PhysicsShapeHandle

using eve::physics::PhysicsShapeHandle = typedef eve::RuntimeHandle<PhysicsShapeHandleTag>

Generation-qualified runtime identity for a physics shape.

在文件 PhysicsHandles.h 第 30 行定义.

◆ PhysicsWorldHandle

using eve::physics::PhysicsWorldHandle = typedef eve::RuntimeHandle<PhysicsWorldHandleTag>

Generation-qualified runtime identity for a physics world.

在文件 PhysicsHandles.h 第 26 行定义.

◆ SimulationStep

using eve::physics::SimulationStep = typedef eve::SimulationStep

Compatibility alias for the common injected simulation step.

Physics does not define a second time value. eve::SimulationStep carries both the monotonically increasing persisted tick and the fixed duration.

在文件 SimulationBackend.h 第 111 行定义.

◆ SimulationStepCallback

using eve::physics::SimulationStepCallback = typedef void (*)(void* context, const eve::SimulationStep& step, const SimulationSettings& settings) noexcept

Callback used by a domain-owned CPU or test backend adapter.

在文件 SimulationBackend.h 第 300 行定义.

枚举类型说明

◆ BoneRuntimeState

enum class eve::physics::BoneRuntimeState : std::uint8_t

strong

Runtime lifecycle for one bone inside a geometry-collection instance.

枚举值
Attached
Detached
Sleeping

在文件 GeometryCollectionInstance.h 第 20 行定义.

◆ ClothConstraintKind

enum class eve::physics::ClothConstraintKind : uint8_t

strong

Type of a precomputed distance constraint in a cloth model.

枚举值
Structural
Shear
Bend

在文件 ClothModel.h 第 17 行定义.

◆ ClothProbeStatus

enum class eve::physics::ClothProbeStatus

strong

Named outcome for a filtered cloth particle probe.

枚举值
Miss
Hit

在文件 World3D.h 第 57 行定义.

◆ DestructionFieldFalloff

enum class eve::physics::DestructionFieldFalloff : std::uint8_t

strong

Falloff applied from the field centre to its radius.

枚举值
None
Linear

在文件 DestructionField.h 第 17 行定义.

◆ DestructionFieldKind

enum class eve::physics::DestructionFieldKind : std::uint8_t

strong

Runtime field kinds mirrored from Chaos Destruction Fields.

枚举值
Anchor
Strain
Impulse
Sleep

在文件 DestructionField.h 第 9 行定义.

◆ FractureMode

enum class eve::physics::FractureMode : std::uint8_t

strong

Fracture pattern used when cooking a geometry collection.

枚举值
UniformVoronoi
ClusteredVoronoi
Radial
Planar

在文件 FractureRecipe.h 第 16 行定义.

◆ RopeColliderChange

enum class eve::physics::RopeColliderChange

strong

Result of a rope collider mutation.

枚举值
Changed
Unchanged

在文件 Rope3D.h 第 28 行定义.

◆ RopeTopologyChange

enum class eve::physics::RopeTopologyChange

strong

Result of a topology-changing rope operation.

枚举值
Changed
Unchanged

在文件 Rope3D.h 第 16 行定义.

◆ SimulationBackendDomain

enum class eve::physics::SimulationBackendDomain

strong

Domain state consumed by an accelerator provider.

枚举值
World2D
World3D
Cloth2D
Cloth3D
Rope3D
SoftBody3D
SurfaceFluid

在文件 SimulationBackend.h 第 39 行定义.

◆ SimulationBackendKind

enum class eve::physics::SimulationBackendKind

strong

Kind of implementation that owns a simulation step.

Gpu is reserved for a real accelerator provider. MockAccelerator is a provider used by contract tests and headless integrations; it deliberately has no graphics or device dependency.

枚举值
Cpu
Gpu
MockAccelerator

在文件 SimulationBackend.h 第 32 行定义.

◆ SimulationDeterminism

enum class eve::physics::SimulationDeterminism

strong

Determinism guarantee made by a simulation backend.

枚举值
BitExact	Same inputs produce identical bits under the declared runtime.
ToleranceBounded	Results are equivalent within a documented numeric tolerance.
ExplicitlyNondeterministic	Results may vary and are not suitable for replay equality.

在文件 SimulationBackend.h 第 64 行定义.

◆ SoftBodySurfaceSampling

enum class eve::physics::SoftBodySurfaceSampling

strong

SoftBodySurfaceSampling public API.

枚举值
None
Vertices
Voxels

在文件 SoftBodyModelDefinition.h 第 16 行定义.

◆ SoftBodyVolumeSampling

enum class eve::physics::SoftBodyVolumeSampling

strong

SoftBodyVolumeSampling public API.

枚举值
None
Voxels

在文件 SoftBodyModelDefinition.h 第 18 行定义.

函数说明

◆ advanceTerrainLoadGravity()

EVENGINE_API_WORLD Result< bool > eve::physics::advanceTerrainLoadGravity	(	TerrainLoadGravityState *	state,
		Body3D *	body,
		bool	terrainLoaded,
		float	deltaSeconds,
		float	activationDelay
	)

Advance terrain-load waiting and restore gravity after the configured delay.

参数

state	State initialized by beginTerrainLoadGravity.
body	The same live caller-owned body supplied at begin.
terrainLoaded	Current regular terrain load state.
deltaSeconds	Injected finite non-negative frame duration.
activationDelay	Finite non-negative delay after the first loaded observation.

返回: True exactly once when gravity is restored and caller-owned components should activate. @ownership State and body remain caller-owned and are not retained. @thread Physics simulation owner thread only; no callbacks are invoked.

在文件 TerrainLoadGravity.cpp 第 28 行定义.

◆ beginTerrainLoadGravity()

EVENGINE_API_WORLD Result< void > eve::physics::beginTerrainLoadGravity	(	TerrainLoadGravityState *	state,
		Body3D *	body,
		bool	terrainFound
	)

Begin monitoring a body when a containing terrain scene exists.

参数

state	Required caller-owned state, initialized exactly once.
body	Required caller-owned dynamic body.
terrainFound	Whether the caller found a terrain scene containing the body.

返回: Success, or InvalidArgument before mutation. @ownership State and body remain caller-owned and are not retained. @thread Physics simulation owner thread only.

在文件 TerrainLoadGravity.cpp 第 10 行定义.

◆ Module_IMPL() [1/4]

eve::physics::Module_IMPL	(	Destruction	,
		new	Destruction()
	)

◆ Module_IMPL() [2/4]

eve::physics::Module_IMPL	(	DestructionFx	,
		new	DestructionFx()
	)

◆ Module_IMPL() [3/4]

eve::physics::Module_IMPL	(	Physics	,
		new	Physics()
	)

◆ Module_IMPL() [4/4]

eve::physics::Module_IMPL	(	Rope	,
		new	Rope()
	)

◆ operator<<() [1/2]

std::ostream & eve::physics::operator<<	(	std::ostream &	stream,
		SimulationBackendKind	kind
	)

inline

Writes a backend kind for diagnostics.

Simulation backend kind name.

在文件 SimulationBackend.h 第 94 行定义.

引用了 kind , 以及 simulationBackendKindName().

◆ operator<<() [2/2]

std::ostream & eve::physics::operator<<	(	std::ostream &	stream,
		SimulationDeterminism	determinism
	)

inline

Writes a determinism contract for diagnostics.

Simulation determinism name.

在文件 SimulationBackend.h 第 100 行定义.

引用了 simulationDeterminismName().

◆ physicsArtifactProvider()

EVENGINE_API_WORLD PhysicsArtifactProvider & eve::physics::physicsArtifactProvider ( )

noexcept

Return the process-owned physics artifact provider singleton.

在文件 ArtifactProvider.cpp 第 605 行定义.

被这些函数引用 eve::scene_physics::ScenePhysics::bindGeneratedColliders(), eve::scene_physics::ScenePhysics::boundWorld(), registerPhysicsArtifactProvider() , 以及 eve::scene_physics::ScenePhysics::unbindGeneratedColliders().

◆ registerCameraObstructionWorld()

void eve::physics::registerCameraObstructionWorld ( World3D * world )

Registers camera obstruction world.

在文件 PhysicsCapabilities.cpp 第 177 行定义.

◆ registerPhysicsArtifactProvider()

EVENGINE_API_WORLD void eve::physics::registerPhysicsArtifactProvider ( )

Register the physics provider in the common capability registry.

Registers the backend-neutral generated-artifact collider provider.

在文件 ArtifactProvider.cpp 第 610 行定义.

引用了 physicsArtifactProvider().

被这些函数引用 registerPhysicsCapabilities().

◆ registerPhysicsCapabilities()

void eve::physics::registerPhysicsCapabilities ( )

Registers physics capabilities.

在文件 PhysicsCapabilities.cpp 第 158 行定义.

引用了 eve::sensing::ensureLineOfSightRouter(), impl, registerPhysicsArtifactProvider() , 以及 eve::sensing::World3D.

被这些函数引用 eve::physics::Physics::Physics().

◆ registerTargetingLineOfSightWorld()

eve::Result< void > eve::physics::registerTargetingLineOfSightWorld ( World3D * world )

Registers a borrowed live World3D with the targeting LOS adapter.

参数

world Non-null live World3D. Its lifetime is tracked weakly.

返回: Applied, NoOp for the same world, Conflict for another active world, or a structured failure for an invalid world.

注解: Synchronous simulation-thread operation.

在文件 PhysicsCapabilities.cpp 第 180 行定义.

引用了 world.

◆ simulationBackendDomainName()

constexpr std::string_view eve::physics::simulationBackendDomainName ( SimulationBackendDomain domain )

constexprnoexcept

Returns the stable diagnostic spelling for an accelerated simulation domain.

在文件 SimulationBackend.h 第 50 行定义.

引用了 Cloth2D, Cloth3D, Rope3D, SoftBody3D, SurfaceFluid, World2D , 以及 World3D.

◆ simulationBackendKindName()

constexpr std::string_view eve::physics::simulationBackendKindName ( SimulationBackendKind kind )

constexprnoexcept

Returns the stable backend-kind spelling.

在文件 SimulationBackend.h 第 74 行定义.

引用了 Cpu, Gpu, kind , 以及 MockAccelerator.

被这些函数引用 operator<<().

◆ simulationDeterminismName()

constexpr std::string_view eve::physics::simulationDeterminismName ( SimulationDeterminism determinism )

constexprnoexcept

Returns the stable determinism-contract spelling.

在文件 SimulationBackend.h 第 84 行定义.

引用了 BitExact, ExplicitlyNondeterministic , 以及 ToleranceBounded.

被这些函数引用 operator<<().

命名空间

类

类型定义

枚举

函数

详细描述

类型定义说明

◆ PhysicsArtifactHandle

◆ PhysicsBodyHandle

◆ PhysicsJointHandle

◆ PhysicsShapeHandle

◆ PhysicsWorldHandle

◆ SimulationStep

◆ SimulationStepCallback

枚举类型说明

◆ BoneRuntimeState

◆ ClothConstraintKind

◆ ClothProbeStatus

◆ DestructionFieldFalloff

◆ DestructionFieldKind

◆ FractureMode

◆ RopeColliderChange

◆ RopeTopologyChange

◆ SimulationBackendDomain

◆ SimulationBackendKind

◆ SimulationDeterminism

◆ SoftBodySurfaceSampling

◆ SoftBodyVolumeSampling

函数说明

◆ advanceTerrainLoadGravity()

◆ beginTerrainLoadGravity()

◆ Module_IMPL() [1/4]

◆ Module_IMPL() [2/4]

◆ Module_IMPL() [3/4]

◆ Module_IMPL() [4/4]

◆ operator<<() [1/2]

◆ operator<<() [2/2]

◆ physicsArtifactProvider()

◆ registerCameraObstructionWorld()

◆ registerPhysicsArtifactProvider()

◆ registerPhysicsCapabilities()

◆ registerTargetingLineOfSightWorld()

◆ simulationBackendDomainName()

◆ simulationBackendKindName()

◆ simulationDeterminismName()