SmartSpectra Android SDK/com.presage.physiology.proto/MetricsProto/Landmarks

Landmarks

class Landmarks : GeneratedMessageLite<MessageType, BuilderType> , MetricsProto.LandmarksOrBuilder


Facial landmark coordinates with temporal and stability information.
Used for face tracking and facial feature analysis.

Protobuf type presage.physiology.Landmarks

Types

Builder

class Builder : GeneratedMessageLite.Builder<MessageType, BuilderType> , MetricsProto.LandmarksOrBuilder


Facial landmark coordinates with temporal and stability information.
Used for face tracking and facial feature analysis.

Protobuf type presage.physiology.Landmarks

Properties

RESET_FIELD_NUMBER

val RESET_FIELD_NUMBER: Int = 4

STABLE_FIELD_NUMBER

val STABLE_FIELD_NUMBER: Int = 3

TIME_FIELD_NUMBER

val TIME_FIELD_NUMBER: Int = 1

TIMESTAMP_FIELD_NUMBER

val TIMESTAMP_FIELD_NUMBER: Int = 5

VALUE_FIELD_NUMBER

val VALUE_FIELD_NUMBER: Int = 2

Functions

getDefaultInstance

open fun getDefaultInstance(): MetricsProto.Landmarks

getReset

open fun getReset(): Boolean

Indicates whether the landmark set was reset (cannot be directly associated with previous set)

bool reset = 4;

getStable

open fun getStable(): Boolean

Whether the landmark detection is considered stable/reliable

bool stable = 3;

getTime

open fun ~~getTime~~(): Float

Relative time of landmark detection in seconds since start of recording (deprecated)

float time = 1 [deprecated = true];

getTimestamp

open fun getTimestamp(): Long

Absolute timestamp at which the landmarks were detected, in microseconds, since Linux epoch

int64 timestamp = 5;

getValue

open fun getValue(index: Int): PointTypes.Point2dFloat

Array of 2D coordinate points representing facial landmarks

repeated .presage.physiology.Point2dFloat value = 2;

getValueCount

open fun getValueCount(): Int

Array of 2D coordinate points representing facial landmarks

repeated .presage.physiology.Point2dFloat value = 2;

getValueList

open fun getValueList(): List<PointTypes.Point2dFloat>

Array of 2D coordinate points representing facial landmarks

repeated .presage.physiology.Point2dFloat value = 2;

getValueOrBuilder

open fun getValueOrBuilder(index: Int): PointTypes.Point2dFloatOrBuilder

Array of 2D coordinate points representing facial landmarks

repeated .presage.physiology.Point2dFloat value = 2;

getValueOrBuilderList

open fun getValueOrBuilderList(): List<out PointTypes.Point2dFloatOrBuilder>

Array of 2D coordinate points representing facial landmarks

repeated .presage.physiology.Point2dFloat value = 2;

newBuilder

open fun newBuilder(): MetricsProto.Landmarks.Builder

open fun newBuilder(prototype: MetricsProto.Landmarks): MetricsProto.Landmarks.Builder

parseDelimitedFrom

open fun parseDelimitedFrom(input: InputStream): MetricsProto.Landmarks

open fun parseDelimitedFrom(input: InputStream, extensionRegistry: ExtensionRegistryLite): MetricsProto.Landmarks

parseFrom

open fun parseFrom(data: Array<Byte>): MetricsProto.Landmarks

open fun parseFrom(data: ByteString): MetricsProto.Landmarks

open fun parseFrom(input: CodedInputStream): MetricsProto.Landmarks

open fun parseFrom(input: InputStream): MetricsProto.Landmarks

open fun parseFrom(data: ByteBuffer): MetricsProto.Landmarks

open fun parseFrom(data: Array<Byte>, extensionRegistry: ExtensionRegistryLite): MetricsProto.Landmarks

open fun parseFrom(data: ByteString, extensionRegistry: ExtensionRegistryLite): MetricsProto.Landmarks

open fun parseFrom(input: CodedInputStream, extensionRegistry: ExtensionRegistryLite): MetricsProto.Landmarks

open fun parseFrom(input: InputStream, extensionRegistry: ExtensionRegistryLite): MetricsProto.Landmarks

open fun parseFrom(data: ByteBuffer, extensionRegistry: ExtensionRegistryLite): MetricsProto.Landmarks

parser

open fun parser(): Parser<MetricsProto.Landmarks>