Used to dynamically edit and manage mesh colliders and their triangles at runtime. This is particularly useful in games with procedurally generated content or user-generated levels, where the environment can change dynamically. More...

Inheritance diagram for Quantum.DynamicMap:

Public Member Functions
int	AddCollider2D (FrameBase f, MapStaticCollider2D collider, bool resetPhysics=true)
	Adds a 2D collider to the map. More...

int	AddCollider3D (FrameBase f, MapStaticCollider3D collider, bool resetPhysics=true)
	Adds a 3D collider (non-mesh) to the map. More...

int	AddMeshCollider (FrameBase f, IList< FPVector3 > vertices, IList< int > indices=null, int additionalCapacity=0, StaticColliderData? staticData=default, bool resetPhysics=true, FPVector3? position=null, FPQuaternion? rotation=null, AssetRef< PhysicsMaterial >? material=null, bool smoothSphereCollisions=false)
	Adds a mesh collider to the map. More...

EditMeshScope	EditMeshTriangles (FrameBase f, int meshColliderIndex)
	Edits the triangles of a mesh collider within a specific scope. When the scope is disposed, the changes are applied to the map. More...

override void	Loaded (IResourceManager resourceManager, Native.Allocator allocator)
	Called when the map asset is loaded. More...

void	RemoveAllColliders2D (FrameBase f)
	Removes all 2D colliders. More...

void	RemoveAllColliders3D (FrameBase f)
	Removes all 3D colliders. More...

bool	RemoveCollider2D (FrameBase f, int colliderId, bool resetPhysics=true)
	Removes a 2D collider from the map. More...

bool	RemoveCollider3D (FrameBase f, int colliderId, bool resetPhysics=true)
	Removes a 3D collider from the map. More...

bool	RemoveMeshCollider (FrameBase f, int meshColliderId, bool resetPhysics=true)
	Removes a mesh collider from the map. More...

bool	ReserveMeshColliders (FrameBase f, int count, int capacity, StaticColliderData? staticData=null, bool resetPhysics=true)
	Pre-allocates space for a specified number of mesh colliders. More...

Public Member Functions inherited from Quantum.Map
override void	Disposed (IResourceManager resourceManager, Native.Allocator allocator)
	Called by the resource manager when the map asset was disposed to release memory. More...

void	EnsurePhysicsWorldSizeInValidRange ()
	Post-process and clamp the physics world size. More...

NavMesh	GetNavMesh (String name)
	Get namvesh by name. More...

Int32	GetStaticColliderTrianglesSerializedSize (bool isWriting)
	Get the serialized size of the static collider triangles data. More...

override void	Loaded (IResourceManager resourceManager, Native.Allocator allocator)
	Called by the resource manager when the map asset was loaded. Used to deserialize map data allocate memory and initialize map data structures. More...

void	SerializeStaticColliderTriangles (ByteStream stream, Native.Allocator allocator, Boolean write)
	Serialize or deserialize the static collider triangles data. More...

Static Public Member Functions
static T	FromStaticMap< T > (Map map)
	Converts a static map to a dynamic map. More...

Public Attributes
List< FreeTriangle >	FreeTrianglePool = new List<FreeTriangle>()
	Free triangles that can be used to store new triangles. More...

AssetRef< Map >	SourceMap
	The source map that was used to create this dynamic map. More...

Public Attributes inherited from Quantum.Map
UnmanagedTriangleArray	AllRuntimeTriangles = new UnmanagedTriangleArray()
	The unmanaged buffer containing all static triangles for this map. More...

PhysicsCommon.BucketAxis	BucketingAxis = PhysicsCommon.BucketAxis.X
	Physics entries are put into buckets according to their position in the bucketing axis. More...

Int32	BucketsCount = 16
	The amount of buckets used in the broad phase, which are resolved in parallel. Use a reasonable amount according to how many physics entries (colliders) you have. Too many buckets and the handling overhead increases without any performance gain because there are only few entries in each one; too few buckets and there will be an excessive amount of entries in each, slowing down the broad phase performance. More...

Int32	BucketsSubdivisions = 8
	Regular queries (overlaps and raycasts) use a stabbing approach for checking as few entries as possible in the buckets subdivisions. Tweak the number in accordance with the expected amount of entries and regular queries you perform. Too many subdivisions will add overhead without performance, while too few will result in queries taking longer to resolve, because they will have to check too many entries. More...

SortedDictionary< int, MeshTriangleVerticesCcw >	CollidersManagedTriangles = new SortedDictionary<Int32, MeshTriangleVerticesCcw>()
	The edit-time lookup for 3D static collider triangles. More...

SortedDictionary< int, MeshUnmanagedTrianglesRef >	CollidersRuntimeTriangles = new SortedDictionary<Int32, MeshUnmanagedTrianglesRef>()
	The runtime lookup for 3D static collider triangles. More...

Int32	GridNodeSize = 4
	The number of Unity units per navmesh grid cell. Must be multiple of 2. More...

Int32	GridSizeX = 64
	Number of navmesh grid cells in x-dimension. Toggle Navmesh Grid or Navmesh Area gizmos to preview. More...

Int32	GridSizeY = 64
	Number of navmesh grid cells in y-dimension. Toggle Navmesh Grid or Navmesh Area gizmos to preview. More...

ComponentPrototypeSet[]	MapEntities = Array.Empty<ComponentPrototypeSet>()
	The list of entities baked into this map. More...

Dictionary< String, NavMesh >	NavMeshes
	The lookup table for navmeshes. Use navmesh names to find the navmesh object. The mapping is created during the asset Loaded callback. More...

AssetRef< NavMesh >[]	NavMeshLinks = Array.Empty<AssetRef<NavMesh>>()
	The list not navmesh assets baked into this map. More...

Dictionary< String, Int32 >	RegionMap
	The region map lookup table. Use region names to find the region index. The mapping is created during the asset Loaded callback. More...

string[]	Regions = Array.Empty<string>()
	The list of navmesh region names baked into this map. More...

String	Scene
	The Unity scene name is baked into the map. It's loaded automatically if Simulation.AutoLoadSceneFromMap is enabled. More...

String	SceneGuid
	The Unity scene guid is baked into the map for convenience. More...

FP	SceneMeshCellSize = FP._4
	Defines the size of the cells into which the 3D triangle soup is divided. This number should be adapted based on how dense the meshes' triangles density to get a reasonable amount of triangles per cell. For better visualization enable related fields in the QuantumEditorSettings asset's Collider gizmos section. This will affect the performance of both the broad phase and regular queries. Use the Task Profiler to analyse the performance and find the most suitable number for your game. More...

String	ScenePath
	The Unity scene path is baked into the map for convenience. More...

Int32	SerializedTriangleDataUncompressedSize
	How big the serialized triangle data is in uncompressed form. More...

Boolean	SerializeTrianglesMetadata = false
	If triangles metadata should be serialized (true) or recomputed (false) More...

PhysicsCommon.SortAxis	SortingAxis = PhysicsCommon.SortAxis.Y
	The queries in a bucket are sorted according to their position in the sorting axis. More...

MapStaticCollider2D[]	StaticColliders2D = Array.Empty<MapStaticCollider2D>()
	All static 2D colliders baked into this map. More...

MapStaticCollider3D[]	StaticColliders3D = Array.Empty<MapStaticCollider3D>()
	All static 3D colliders baked into this map. More...

SortedDictionary< int, TriangleCCW[]>	StaticColliders3DTriangles => null
	Obsolete More...

AssetRef< BinaryData >	StaticColliders3DTrianglesData
	Binary 3D triangle data is saved on an addition Quantum asset. More...

List< PolygonColliderRuntimeData >	StaticPolygonColliderData = new List<PolygonColliderRuntimeData>()
	The list of static 2D polygon collider runtime data. More...

Int32	TriangleMeshCellSize = -1
	Obsolete. Use SceneMeshCellSize instead for representing the cell size with an FP value. More...

AssetRef	UserAsset
	An optional generic asset reference that the map can be associated with. More...

Int32	WorldSize = 256
	The physics scene size in the bucketing axis. The broad phase is clamped by a bounding box of all physics entries between -WorldSize/2 to WorldSize/2. It is therefore crucial to ensure the world is big enough to encompass all entities. If an entity is outside the world, it will cost you performance as it is added to either the first or last bucket. Everything outside the bounding box is considered to be at the world's edge, from the physics engine perspective, which will result in `false` collision candidates. In the non bucketing axis, the physics world is only limited by the value range of FP.UsableMin to FP.UsableMax. More...

Protected Member Functions
virtual void	DeserializeRuntimeTriangles (Byte[] data, ref UnmanagedTriangleArray tris, SortedDictionary< int, MeshUnmanagedTrianglesRef > meshes, Native.Allocator allocator)
	Deserializes triangle data into runtime structures. More...

override void	InitializeStaticTriangles (IResourceManager resourceManager, Native.Allocator allocator)
	Called when the map asset is loaded and the triangles are read into memory. More...

virtual void	ReadRuntimeTriangles (ByteStream stream, SortedDictionary< int, MeshUnmanagedTrianglesRef > dict, Native.Allocator allocator, ref UnmanagedTriangleArray dest)
	Reads the runtime triangles from the given stream. More...

virtual Byte[]	SerializeRuntimeTriangles (UnmanagedTriangleArray tris, SortedDictionary< int, MeshUnmanagedTrianglesRef > meshes)
	Serializes runtime triangle structures. More...

virtual void	WriteRuntimeTriangles (ByteStream stream, UnmanagedTriangleArray source, SortedDictionary< int, MeshUnmanagedTrianglesRef > runtimeTriangles)
	Writes the runtime triangles to the given stream. More...

Protected Member Functions inherited from Quantum.Map
virtual void	ReadTrianglesFromBakeData (ByteStream stream, Native.Allocator allocator)
	Deserialize the static collider triangles data. More...

virtual void	WriteTrianglesFromBakeData (ByteStream stream)
	Serialize the static collider triangles data. More...

Additional Inherited Members
Properties inherited from Quantum.Map
Int32	WorldExtentX `[get]`
	The world extent in X-dimension that is covered by the Map.GridSizeX. Used by the navmesh system. More...

Int32	WorldExtentY `[get]`
	The world extent in Y-dimension that is covered by the Map.GridSizeY. Used by the navmesh system. More...

FPVector2	WorldOffset `[get]`
	The world offset. Used by the navmesh system. More...

Int32	WorldSizeX `[get]`
	The world size in X-dimension that is covered by the Map.GridSizeX. Used by the navmesh system. More...

Int32	WorldSizeY `[get]`
	The world size in Y-dimension that is covered by the Map.GridSizeY. Used by the navmesh system. More...

Detailed Description

Used to dynamically edit and manage mesh colliders and their triangles at runtime. This is particularly useful in games with procedurally generated content or user-generated levels, where the environment can change dynamically.

Member Function Documentation

◆ Loaded()

override void Quantum.DynamicMap.Loaded	(	IResourceManager	resourceManager,
		Native.Allocator	allocator
	)

inline

Called when the map asset is loaded.

Parameters

resourceManager	The Quantum.IResourceManager for this asset.
allocator	The Photon.Deterministic.Native.Allocator for this asset.

◆ EditMeshTriangles()

EditMeshScope Quantum.DynamicMap.EditMeshTriangles	(	FrameBase	f,
		int	meshColliderIndex
	)

inline

Edits the triangles of a mesh collider within a specific scope. When the scope is disposed, the changes are applied to the map.

Parameters

f	The current Frame. Must be Verified.
meshColliderIndex	The index of the mesh collider to edit.

Returns: An instance of the EditTriangleScope struct that represents the editing scope.

How to edit the triangles of a mesh collider:

using (var scope = dynamicMap.EditMeshTriangles(frame, colliderIndex)) {
  TriangleCCW triangle = new TriangleCCW { A = v0, B = v1, C = v2 };
  scope.SetTriangle(0, ref triangle);
}

◆ InitializeStaticTriangles()

override void Quantum.DynamicMap.InitializeStaticTriangles	(	IResourceManager	resourceManager,
		Native.Allocator	allocator
	)

inlineprotectedvirtual

Called when the map asset is loaded and the triangles are read into memory.

Parameters

resourceManager	The resource manager for this asset.
allocator	The allocator for this asset.

Reimplemented from Quantum.Map.

◆ WriteRuntimeTriangles()

virtual void Quantum.DynamicMap.WriteRuntimeTriangles	(	ByteStream	stream,
		UnmanagedTriangleArray	source,
		SortedDictionary< int, MeshUnmanagedTrianglesRef >	runtimeTriangles
	)

inlineprotectedvirtual

Writes the runtime triangles to the given stream.

Parameters

stream	The ByteStream used to write the information.
source	The buffer of triangles to read.
runtimeTriangles	The triangle dictionary lookup to read.

◆ SerializeRuntimeTriangles()

virtual Byte [] Quantum.DynamicMap.SerializeRuntimeTriangles	(	UnmanagedTriangleArray	tris,
		SortedDictionary< int, MeshUnmanagedTrianglesRef >	meshes
	)

inlineprotectedvirtual

Serializes runtime triangle structures.

Parameters

tris	The destination for the read triangles.
meshes	The dictionary from collider index to triangle references.

Returns: Raw byte array with the serialized data.

◆ ReadRuntimeTriangles()

virtual void Quantum.DynamicMap.ReadRuntimeTriangles	(	ByteStream	stream,
		SortedDictionary< int, MeshUnmanagedTrianglesRef >	dict,
		Native.Allocator	allocator,
		ref UnmanagedTriangleArray	dest
	)

inlineprotectedvirtual

Reads the runtime triangles from the given stream.

Parameters

stream	The stream to read from.
dict	The dictionary to read the triangles into.
allocator	The allocator for this asset.
dest	The destination for the read triangles.

◆ DeserializeRuntimeTriangles()

virtual void Quantum.DynamicMap.DeserializeRuntimeTriangles	(	Byte[]	data,
		ref UnmanagedTriangleArray	tris,
		SortedDictionary< int, MeshUnmanagedTrianglesRef >	meshes,
		Native.Allocator	allocator
	)

inlineprotectedvirtual

Deserializes triangle data into runtime structures.

Parameters

data	Raw serialized data.
tris	The destination for the read triangles.
meshes	The dictionary from collider index to triangle references.
allocator	The allocator for this asset.

◆ ReserveMeshColliders()

bool Quantum.DynamicMap.ReserveMeshColliders	(	FrameBase	f,
		int	count,
		int	capacity,
		StaticColliderData?	staticData = `null`,
		bool	resetPhysics = `true`
	)

inline

Pre-allocates space for a specified number of mesh colliders.

Parameters

f	The current Frame. Must be Verified.
count	Number of mesh colliders to reserve space for.
capacity	Triangle capacity for each mesh collider.
staticData	Optional static data template for the reserved colliders.
resetPhysics	If static physics data should be reset. Necessary after reserving all colliders.

Returns: true if reservation was successful, false otherwise.

How to reserve space for mesh colliders:

// Basic usage - reserve space for 10 mesh colliders with 100 triangles each

dynamicMap.ReserveMeshColliders(frame, 10, 100);

◆ AddMeshCollider()

int Quantum.DynamicMap.AddMeshCollider	(	FrameBase	f,
		IList< FPVector3 >	vertices,
		IList< int >	indices = `null`,
		int	additionalCapacity = `0`,
		StaticColliderData?	staticData = `default`,
		bool	resetPhysics = `true`,
		FPVector3?	position = `null`,
		FPQuaternion?	rotation = `null`,
		AssetRef< PhysicsMaterial >?	material = `null`,
		bool	smoothSphereCollisions = `false`
	)

inline

Adds a mesh collider to the map.

Parameters

f	The frame.
vertices	The vertices of the collider.
indices	The indices (or triangles) of the collider.
position	The position of the collider.
rotation	The rotation of the collider.
additionalCapacity	Extra empty triangles to allocate.
staticData	The static information for the created collider.
resetPhysics	If the physics engine should be reset after adding.
material	The physics material asset object. If null, it will use the default physics material.
smoothSphereCollisions	If the mesh collider should have smooth sphere collisions.

Returns: The collider index of the created collider. -1 if it failed to create.

How to add a mesh collider to a dynamic map:

var vertices = new List<FPVector3> {
new FPVector3(0, 0, 0),
new FPVector3(1, 0, 0),
new FPVector3(0, 1, 0)
};
 
int meshColliderIndex = dynamicMap.AddMeshCollider(frame, vertices);
 
if(meshColliderIndex == -1) {
  LogError?.Log("Failed to add mesh collider");
}
else {
  Log.Info("Added mesh collider with index: " + meshColliderIndex);
}

◆ RemoveMeshCollider()

bool Quantum.DynamicMap.RemoveMeshCollider	(	FrameBase	f,
		int	meshColliderId,
		bool	resetPhysics = `true`
	)

inline

Removes a mesh collider from the map.

Parameters

f	The frame.
meshColliderId	The index of the collider to remove.
resetPhysics	If the physics engine should be updated.

Returns: true if the removal was successful, false otherwise.

How to remove a mesh collider from a dynamic map:

if(dynamicMap.RemoveMeshCollider(frame, meshColliderIndex)) {
  Log.Info("Removed mesh collider with index: " + meshColliderIndex);
}
else {
  LogError?.Log("Failed to remove mesh collider with index: " + meshColliderIndex);
}

◆ AddCollider2D()

int Quantum.DynamicMap.AddCollider2D	(	FrameBase	f,
		MapStaticCollider2D	collider,
		bool	resetPhysics = `true`
	)

inline

Adds a 2D collider to the map.

Parameters

f	The frame.
collider	The collider to add.
resetPhysics	If the physics engine should be updated.

Returns: The collider index of the created collider. -1 if it failed to create.

How to add a 2D collider to a dynamic map:

var collider = new MapStaticCollider2D {
  ShapeType = Shape2DType.Circle,
  CircleRadius = 1
};
 
int colliderIndex = dynamicMap.AddCollider2D(frame, collider);

◆ AddCollider3D()

int Quantum.DynamicMap.AddCollider3D	(	FrameBase	f,
		MapStaticCollider3D	collider,
		bool	resetPhysics = `true`
	)

inline

Adds a 3D collider (non-mesh) to the map.

Parameters

f	The frame.
collider	The collider to add.
resetPhysics	If the physics engine should be updated.

Returns: The collider index of the created collider. -1 if it failed to create.

How to add a 3D collider to a dynamic map:

var collider = new MapStaticCollider3D {
  ShapeType = Shape3DType.Box,
  BoxExtents = new FPVector3(1, 1, 1)
}
 
int colliderIndex = dynamicMap.AddCollider3D(frame, collider);

◆ RemoveCollider3D()

bool Quantum.DynamicMap.RemoveCollider3D	(	FrameBase	f,
		int	colliderId,
		bool	resetPhysics = `true`
	)

inline

Removes a 3D collider from the map.

Parameters

f	The frame.
colliderId	The index of the collider to remove.
resetPhysics	If the physics engine should be updated.

Returns: true if the removal was successful, false otherwise.

How to remove a 3D collider from a dynamic map:

if(dynamicMap.RemoveCollider3D(frame, colliderIndex)) {
  Log.Info("Removed 3D collider with index: " + colliderIndex);
}
else {
  LogError?.Log("Failed to remove 3D collider with index: " + colliderIndex);
}

◆ RemoveAllColliders3D()

void Quantum.DynamicMap.RemoveAllColliders3D ( FrameBase f )

inline

Removes all 3D colliders.

Parameters

f

◆ RemoveAllColliders2D()

void Quantum.DynamicMap.RemoveAllColliders2D ( FrameBase f )

inline

Removes all 2D colliders.

Parameters

f

◆ RemoveCollider2D()

bool Quantum.DynamicMap.RemoveCollider2D	(	FrameBase	f,
		int	colliderId,
		bool	resetPhysics = `true`
	)

inline

Removes a 2D collider from the map.

Parameters

f	The frame.
colliderId	The collider index to remove.
resetPhysics	If the physics engine should be updated.

Returns: true if the removal was successful, false otherwise.

How to remove a 2D collider from a dynamic map:

if(dynamicMap.RemoveCollider2D(frame, colliderIndex)) {
  Log.Info("Removed 2D collider with index: " + colliderIndex);
}
else {
  LogError?.Log("Failed to remove 2D collider with index: " + colliderIndex);
}

◆ FromStaticMap< T >()

static T Quantum.DynamicMap.FromStaticMap< T > ( Map map )

inlinestatic

Converts a static map to a dynamic map.

Parameters

map	The map to copy.

Returns: The created dynamic version.

How to convert a static map to a dynamic map:

var dynamicMap = DynamicMap.FromStaticMap(f.Map);

Type Constraints

T

:

DynamicMap

Member Data Documentation

◆ SourceMap

AssetRef<Map> Quantum.DynamicMap.SourceMap

The source map that was used to create this dynamic map.

◆ FreeTrianglePool

List<FreeTriangle> Quantum.DynamicMap.FreeTrianglePool = new List<FreeTriangle>()

Free triangles that can be used to store new triangles.

Photon Quantum 3.0.0

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ Loaded()

◆ EditMeshTriangles()

◆ InitializeStaticTriangles()

◆ WriteRuntimeTriangles()

◆ SerializeRuntimeTriangles()

◆ ReadRuntimeTriangles()

◆ DeserializeRuntimeTriangles()

◆ ReserveMeshColliders()

◆ AddMeshCollider()

◆ RemoveMeshCollider()

◆ AddCollider2D()

◆ AddCollider3D()

◆ RemoveCollider3D()

◆ RemoveAllColliders3D()

◆ RemoveAllColliders2D()

◆ RemoveCollider2D()

◆ FromStaticMap< T >()

Member Data Documentation

◆ SourceMap

◆ FreeTrianglePool