SmartSpectra Android SDK/com.presage.physiology.proto/MetricsProto/MeasurementWithConfidence/Builder

Builder

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


Represents a measurement with an associated confidence score.
Extends basic measurement with confidence information for quality assessment.

Protobuf type presage.physiology.MeasurementWithConfidence

Functions

clearConfidence

open fun clearConfidence(): MetricsProto.MeasurementWithConfidence.Builder

Confidence score for the measurement (0.0 to 1.0)

float confidence = 4;

clearStable

open fun clearStable(): MetricsProto.MeasurementWithConfidence.Builder

Whether the measurement is considered stable/reliable

bool stable = 3;

clearTime

open fun ~~clearTime~~(): MetricsProto.MeasurementWithConfidence.Builder

Relative time of the measurement in seconds since start of recording (deprecated)

float time = 1 [deprecated = true];

clearTimestamp

open fun clearTimestamp(): MetricsProto.MeasurementWithConfidence.Builder

Absolute timestamp at which the measurement was taken, in microseconds, since Linux epoch

int64 timestamp = 5;

clearValue

open fun clearValue(): MetricsProto.MeasurementWithConfidence.Builder

The measured value

float value = 2;

getConfidence

open fun getConfidence(): Float

Confidence score for the measurement (0.0 to 1.0)

float confidence = 4;

getStable

open fun getStable(): Boolean

Whether the measurement is considered stable/reliable

bool stable = 3;

getTime

open fun ~~getTime~~(): Float

Relative time of the measurement in seconds since start of recording (deprecated)

float time = 1 [deprecated = true];

getTimestamp

open fun getTimestamp(): Long

Absolute timestamp at which the measurement was taken, in microseconds, since Linux epoch

int64 timestamp = 5;

getValue

open fun getValue(): Float

The measured value

float value = 2;

setConfidence

open fun setConfidence(value: Float): MetricsProto.MeasurementWithConfidence.Builder

Confidence score for the measurement (0.0 to 1.0)

float confidence = 4;

setStable

open fun setStable(value: Boolean): MetricsProto.MeasurementWithConfidence.Builder

Whether the measurement is considered stable/reliable

bool stable = 3;

setTime

open fun ~~setTime~~(value: Float): MetricsProto.MeasurementWithConfidence.Builder

Relative time of the measurement in seconds since start of recording (deprecated)

float time = 1 [deprecated = true];

setTimestamp

open fun setTimestamp(value: Long): MetricsProto.MeasurementWithConfidence.Builder

Absolute timestamp at which the measurement was taken, in microseconds, since Linux epoch

int64 timestamp = 5;

setValue

open fun setValue(value: Float): MetricsProto.MeasurementWithConfidence.Builder

The measured value

float value = 2;