Method PlantHoleSeeds

PlantHoleSeeds(UnsafeTriangulator, NativeOutputData<double2>, Allocator, bool, bool, NativeArray<double2>, NativeList<int>)

Plants hole seeds using either the autoHolesAndBoundary or restoreBoundary option, or by using the provided holeSeeds buffer within the triangulation data in output.

Declaration

public static void PlantHoleSeeds(this UnsafeTriangulator @this, NativeOutputData<double2> output, Allocator allocator, bool autoHolesAndBoundary = false, bool restoreBoundary = false, NativeArray<double2> holeSeeds = default, NativeList<int> mapping = default)

Parameters

Type	Name	Description
UnsafeTriangulator	this
NativeOutputData<double2>	output
Allocator	allocator	The allocator to use. If called from a job, consider using Allocator.Temp.
bool	autoHolesAndBoundary	If set to true, holes and boundaries will be created automatically depending on the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
bool	restoreBoundary	If true the mesh boundary is restored using the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
NativeArray<double2>	holeSeeds	Optional buffer containing seeds for holes.
NativeList<int>	mapping	Optional buffer that can be provided for the extension to construct a mapping from the initial triangles (t1) to the triangles after planting seeds (t2). The condition t1[3i + k] == t2[mapping[3i + k]] (for k ∈ {0, 1, 2}) should hold for triangles that still exist in t2. If mapping[i] == -1, then the corresponding triangle i no longer exists in t2.

Remarks

Note: This method requires that output contains valid triangulation data. The output native containers must be allocated by the user. Some buffers are optional; refer to the documentation for more details.

PlantHoleSeeds(UnsafeTriangulator, NativeInputData<double2>, NativeOutputData<double2>, Args, Allocator)

Declaration

[Obsolete("Use PlantHoleSeeds overload without args and input parameters.")]
public static void PlantHoleSeeds(this UnsafeTriangulator @this, NativeInputData<double2> input, NativeOutputData<double2> output, Args args, Allocator allocator)

Parameters

Type	Name	Description
UnsafeTriangulator	this
NativeInputData<double2>	input
NativeOutputData<double2>	output
Args	args
Allocator	allocator

PlantHoleSeeds(UnsafeTriangulator<float2>, NativeOutputData<float2>, Allocator, bool, bool, NativeArray<float2>, NativeList<int>)

Plants hole seeds using either the autoHolesAndBoundary or restoreBoundary option, or by using the provided holeSeeds buffer within the triangulation data in output.

Declaration

public static void PlantHoleSeeds(this UnsafeTriangulator<float2> @this, NativeOutputData<float2> output, Allocator allocator, bool autoHolesAndBoundary = false, bool restoreBoundary = false, NativeArray<float2> holeSeeds = default, NativeList<int> mapping = default)

Parameters

Type	Name	Description
UnsafeTriangulator<float2>	this
NativeOutputData<float2>	output
Allocator	allocator	The allocator to use. If called from a job, consider using Allocator.Temp.
bool	autoHolesAndBoundary	If set to true, holes and boundaries will be created automatically depending on the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
bool	restoreBoundary	If true the mesh boundary is restored using the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
NativeArray<float2>	holeSeeds	Optional buffer containing seeds for holes.
NativeList<int>	mapping	Optional buffer that can be provided for the extension to construct a mapping from the initial triangles (t1) to the triangles after planting seeds (t2). The condition t1[3i + k] == t2[mapping[3i + k]] (for k ∈ {0, 1, 2}) should hold for triangles that still exist in t2. If mapping[i] == -1, then the corresponding triangle i no longer exists in t2.

Remarks

Note: This method requires that output contains valid triangulation data. The output native containers must be allocated by the user. Some buffers are optional; refer to the documentation for more details.

PlantHoleSeeds(UnsafeTriangulator<float2>, NativeInputData<float2>, NativeOutputData<float2>, Args, Allocator)

Declaration

[Obsolete("Use PlantHoleSeeds overload without args and input parameters.")]
public static void PlantHoleSeeds(this UnsafeTriangulator<float2> @this, NativeInputData<float2> input, NativeOutputData<float2> output, Args args, Allocator allocator)

Parameters

Type	Name	Description
UnsafeTriangulator<float2>	this
NativeInputData<float2>	input
NativeOutputData<float2>	output
Args	args
Allocator	allocator

PlantHoleSeeds(UnsafeTriangulator<Vector2>, NativeOutputData<Vector2>, Allocator, bool, bool, NativeArray<Vector2>, NativeList<int>)

Plants hole seeds using either the autoHolesAndBoundary or restoreBoundary option, or by using the provided holeSeeds buffer within the triangulation data in output.

Declaration

public static void PlantHoleSeeds(this UnsafeTriangulator<Vector2> @this, NativeOutputData<Vector2> output, Allocator allocator, bool autoHolesAndBoundary = false, bool restoreBoundary = false, NativeArray<Vector2> holeSeeds = default, NativeList<int> mapping = default)

Parameters

Type	Name	Description
UnsafeTriangulator<Vector2>	this
NativeOutputData<Vector2>	output
Allocator	allocator	The allocator to use. If called from a job, consider using Allocator.Temp.
bool	autoHolesAndBoundary	If set to true, holes and boundaries will be created automatically depending on the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
bool	restoreBoundary	If true the mesh boundary is restored using the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
NativeArray<Vector2>	holeSeeds	Optional buffer containing seeds for holes.
NativeList<int>	mapping	Optional buffer that can be provided for the extension to construct a mapping from the initial triangles (t1) to the triangles after planting seeds (t2). The condition t1[3i + k] == t2[mapping[3i + k]] (for k ∈ {0, 1, 2}) should hold for triangles that still exist in t2. If mapping[i] == -1, then the corresponding triangle i no longer exists in t2.

Remarks

Note: This method requires that output contains valid triangulation data. The output native containers must be allocated by the user. Some buffers are optional; refer to the documentation for more details.

PlantHoleSeeds(UnsafeTriangulator<Vector2>, NativeInputData<Vector2>, NativeOutputData<Vector2>, Args, Allocator)

Declaration

[Obsolete("Use PlantHoleSeeds overload without args and input parameters.")]
public static void PlantHoleSeeds(this UnsafeTriangulator<Vector2> @this, NativeInputData<Vector2> input, NativeOutputData<Vector2> output, Args args, Allocator allocator)

Parameters

Type	Name	Description
UnsafeTriangulator<Vector2>	this
NativeInputData<Vector2>	input
NativeOutputData<Vector2>	output
Args	args
Allocator	allocator

PlantHoleSeeds(UnsafeTriangulator<double2>, NativeOutputData<double2>, Allocator, bool, bool, NativeArray<double2>, NativeList<int>)

Plants hole seeds using either the autoHolesAndBoundary or restoreBoundary option, or by using the provided holeSeeds buffer within the triangulation data in output.

Declaration

public static void PlantHoleSeeds(this UnsafeTriangulator<double2> @this, NativeOutputData<double2> output, Allocator allocator, bool autoHolesAndBoundary = false, bool restoreBoundary = false, NativeArray<double2> holeSeeds = default, NativeList<int> mapping = default)

Parameters

Type	Name	Description
UnsafeTriangulator<double2>	this
NativeOutputData<double2>	output
Allocator	allocator	The allocator to use. If called from a job, consider using Allocator.Temp.
bool	autoHolesAndBoundary	If set to true, holes and boundaries will be created automatically depending on the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
bool	restoreBoundary	If true the mesh boundary is restored using the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
NativeArray<double2>	holeSeeds	Optional buffer containing seeds for holes.
NativeList<int>	mapping	Optional buffer that can be provided for the extension to construct a mapping from the initial triangles (t1) to the triangles after planting seeds (t2). The condition t1[3i + k] == t2[mapping[3i + k]] (for k ∈ {0, 1, 2}) should hold for triangles that still exist in t2. If mapping[i] == -1, then the corresponding triangle i no longer exists in t2.

Remarks

Note: This method requires that output contains valid triangulation data. The output native containers must be allocated by the user. Some buffers are optional; refer to the documentation for more details.

PlantHoleSeeds(UnsafeTriangulator<double2>, NativeInputData<double2>, NativeOutputData<double2>, Args, Allocator)

Declaration

[Obsolete("Use PlantHoleSeeds overload without args and input parameters.")]
public static void PlantHoleSeeds(this UnsafeTriangulator<double2> @this, NativeInputData<double2> input, NativeOutputData<double2> output, Args args, Allocator allocator)

Parameters

Type	Name	Description
UnsafeTriangulator<double2>	this
NativeInputData<double2>	input
NativeOutputData<double2>	output
Args	args
Allocator	allocator

PlantHoleSeeds(UnsafeTriangulator<int2>, NativeOutputData<int2>, Allocator, bool, bool, NativeArray<int2>, NativeList<int>)

Plants hole seeds using either the autoHolesAndBoundary or restoreBoundary option, or by using the provided holeSeeds buffer within the triangulation data in output.

Declaration

public static void PlantHoleSeeds(this UnsafeTriangulator<int2> @this, NativeOutputData<int2> output, Allocator allocator, bool autoHolesAndBoundary = false, bool restoreBoundary = false, NativeArray<int2> holeSeeds = default, NativeList<int> mapping = default)

Parameters

Type	Name	Description
UnsafeTriangulator<int2>	this
NativeOutputData<int2>	output
Allocator	allocator	The allocator to use. If called from a job, consider using Allocator.Temp.
bool	autoHolesAndBoundary	If set to true, holes and boundaries will be created automatically depending on the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
bool	restoreBoundary	If true the mesh boundary is restored using the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
NativeArray<int2>	holeSeeds	Optional buffer containing seeds for holes.
NativeList<int>	mapping	Optional buffer that can be provided for the extension to construct a mapping from the initial triangles (t1) to the triangles after planting seeds (t2). The condition t1[3i + k] == t2[mapping[3i + k]] (for k ∈ {0, 1, 2}) should hold for triangles that still exist in t2. If mapping[i] == -1, then the corresponding triangle i no longer exists in t2.

Remarks

Note: This method requires that output contains valid triangulation data. The output native containers must be allocated by the user. Some buffers are optional; refer to the documentation for more details.

PlantHoleSeeds(UnsafeTriangulator<int2>, NativeInputData<int2>, NativeOutputData<int2>, Args, Allocator)

Declaration

[Obsolete("Use PlantHoleSeeds overload without args and input parameters.")]
public static void PlantHoleSeeds(this UnsafeTriangulator<int2> @this, NativeInputData<int2> input, NativeOutputData<int2> output, Args args, Allocator allocator)

Parameters

Type	Name	Description
UnsafeTriangulator<int2>	this
NativeInputData<int2>	input
NativeOutputData<int2>	output
Args	args
Allocator	allocator

PlantHoleSeeds(UnsafeTriangulator<fp2>, NativeOutputData<fp2>, Allocator, bool, bool, NativeArray<fp2>, NativeList<int>)

Plants hole seeds using either the autoHolesAndBoundary or restoreBoundary option, or by using the provided holeSeeds buffer within the triangulation data in output.

Declaration

public static void PlantHoleSeeds(this UnsafeTriangulator<fp2> @this, NativeOutputData<fp2> output, Allocator allocator, bool autoHolesAndBoundary = false, bool restoreBoundary = false, NativeArray<fp2> holeSeeds = default, NativeList<int> mapping = default)

Parameters

Type	Name	Description
UnsafeTriangulator<fp2>	this
NativeOutputData<fp2>	output
Allocator	allocator	The allocator to use. If called from a job, consider using Allocator.Temp.
bool	autoHolesAndBoundary	If set to true, holes and boundaries will be created automatically depending on the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
bool	restoreBoundary	If true the mesh boundary is restored using the provided constraints in output (see ConstrainedHalfedges and IgnoredHalfedgesForPlantingSeeds).
NativeArray<fp2>	holeSeeds	Optional buffer containing seeds for holes.
NativeList<int>	mapping	Optional buffer that can be provided for the extension to construct a mapping from the initial triangles (t1) to the triangles after planting seeds (t2). The condition t1[3i + k] == t2[mapping[3i + k]] (for k ∈ {0, 1, 2}) should hold for triangles that still exist in t2. If mapping[i] == -1, then the corresponding triangle i no longer exists in t2.

Remarks

Note: This method requires that output contains valid triangulation data. The output native containers must be allocated by the user. Some buffers are optional; refer to the documentation for more details.

PlantHoleSeeds(UnsafeTriangulator<fp2>, NativeInputData<fp2>, NativeOutputData<fp2>, Args, Allocator)

Declaration

[Obsolete("Use PlantHoleSeeds overload without args and input parameters.")]
public static void PlantHoleSeeds(this UnsafeTriangulator<fp2> @this, NativeInputData<fp2> input, NativeOutputData<fp2> output, Args args, Allocator allocator)

Parameters

Type	Name	Description
UnsafeTriangulator<fp2>	this
NativeInputData<fp2>	input
NativeOutputData<fp2>	output
Args	args
Allocator	allocator