Struct ProbeCapturePositionSettings

Settings to use when capturing a probe.

Namespace: UnityEngine.Rendering.HighDefinition

Syntax

public struct ProbeCapturePositionSettings

Constructors

ProbeCapturePositionSettings(Vector3, Quaternion, Matrix4x4)

Create a new settings with only the probe transform.

Declaration

public ProbeCapturePositionSettings(Vector3 proxyPosition, Quaternion proxyRotation, Matrix4x4 influenceToWorld)

Parameters

Type	Name	Description
Vector3	proxyPosition	The proxy position.
Quaternion	proxyRotation	The proxy rotation.
Matrix4x4	influenceToWorld	Influence to world matrix

ProbeCapturePositionSettings(Vector3, Quaternion, Vector3, Quaternion, Matrix4x4)

Create new settings.

Declaration

public ProbeCapturePositionSettings(Vector3 proxyPosition, Quaternion proxyRotation, Vector3 referencePosition, Quaternion referenceRotation, Matrix4x4 influenceToWorld)

Parameters

Type	Name	Description
Vector3	proxyPosition	The proxy position.
Quaternion	proxyRotation	The proxy rotation.
Vector3	referencePosition	The reference position.
Quaternion	referenceRotation	The reference rotation.
Matrix4x4	influenceToWorld	Influence to world matrix

Fields

default

Default value.

Declaration

public static readonly ProbeCapturePositionSettings default

Field Value

Type	Description
ProbeCapturePositionSettings

influenceToWorld

The matrix for influence to world.

Declaration

public Matrix4x4 influenceToWorld

Field Value

Type	Description
Matrix4x4

proxyPosition

The proxy position.

Declaration

public Vector3 proxyPosition

Field Value

Type	Description
Vector3

proxyRotation

The proxy rotation.

Declaration

public Quaternion proxyRotation

Field Value

Type	Description
Quaternion

referencePosition

The reference position.

This additional information is used to compute the actual capture position. (usually, the viewer position) (ProbeSettings.ProbeType)

Declaration

public Vector3 referencePosition

Field Value

Type	Description
Vector3

referenceRotation

The reference rotation.

This additional information is used to compute the actual capture position. (usually, the viewer rotation) (ProbeSettings.ProbeType)

Declaration

public Quaternion referenceRotation

Field Value

Type	Description
Quaternion

Methods

ComputeFrom(HDProbe, Transform)

Compute the probe capture settings from an HDProbe and a reference transform.

Declaration

public static ProbeCapturePositionSettings ComputeFrom(HDProbe probe, Transform reference)

Parameters

Type	Name	Description
HDProbe	probe	The probe to extract settings from.
Transform	reference	The reference transform. Use null when no reference is available.

Returns

Type	Description
ProbeCapturePositionSettings	The probe capture position settings.

ComputeFromMirroredReference(HDProbe, Vector3)

Compute the probe capture settings from an HDProbe and a reference position. The position will be mirrored based on the mirror position of the probe.

Declaration

public static ProbeCapturePositionSettings ComputeFromMirroredReference(HDProbe probe, Vector3 referencePosition)

Parameters

Type	Name	Description
HDProbe	probe	The probe to extract settings from.
Vector3	referencePosition	The reference position to use.

Returns

Type	Description
ProbeCapturePositionSettings	The probe capture position setting.

ComputeHash()

Compute a hash based on the settings' values

Declaration

public Hash128 ComputeHash()

Returns

Type	Description
Hash128

NewDefault()

Default value.

Declaration

public static ProbeCapturePositionSettings NewDefault()

Returns

Type	Description
ProbeCapturePositionSettings	The default value.