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

Builder

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


Comprehensive physiological metrics container.
Contains all available physiological measurements and analysis results.

Protobuf type presage.physiology.Metrics

Functions

clearBreathing

open fun clearBreathing(): MetricsProto.Metrics.Builder

Breathing and respiratory analysis results

.presage.physiology.Breathing breathing = 1;

clearEda

open fun clearEda(): MetricsProto.Metrics.Builder

Electrodermal activity measurements. Note: processing needs to run for over 35 seconds to generate the first EDA result.

.presage.physiology.Eda eda = 3;

clearFace

open fun clearFace(): MetricsProto.Metrics.Builder

Facial analysis results

.presage.physiology.Face face = 4;

clearMicromotion

open fun clearMicromotion(): MetricsProto.Metrics.Builder

Micro-motion analysis results

.presage.physiology.MicroMotion micromotion = 2;

getBreathing

open fun getBreathing(): MetricsProto.Breathing

Breathing and respiratory analysis results

.presage.physiology.Breathing breathing = 1;

getEda

open fun getEda(): MetricsProto.Eda

Electrodermal activity measurements. Note: processing needs to run for over 35 seconds to generate the first EDA result.

.presage.physiology.Eda eda = 3;

getFace

open fun getFace(): MetricsProto.Face

Facial analysis results

.presage.physiology.Face face = 4;

getMicromotion

open fun getMicromotion(): MetricsProto.MicroMotion

Micro-motion analysis results

.presage.physiology.MicroMotion micromotion = 2;

hasBreathing

open fun hasBreathing(): Boolean

Breathing and respiratory analysis results

.presage.physiology.Breathing breathing = 1;

hasEda

open fun hasEda(): Boolean

Electrodermal activity measurements. Note: processing needs to run for over 35 seconds to generate the first EDA result.

.presage.physiology.Eda eda = 3;

hasFace

open fun hasFace(): Boolean

Facial analysis results

.presage.physiology.Face face = 4;

hasMicromotion

open fun hasMicromotion(): Boolean

Micro-motion analysis results

.presage.physiology.MicroMotion micromotion = 2;

mergeBreathing

open fun mergeBreathing(value: MetricsProto.Breathing): MetricsProto.Metrics.Builder

Breathing and respiratory analysis results

.presage.physiology.Breathing breathing = 1;

mergeEda

open fun mergeEda(value: MetricsProto.Eda): MetricsProto.Metrics.Builder

Electrodermal activity measurements. Note: processing needs to run for over 35 seconds to generate the first EDA result.

.presage.physiology.Eda eda = 3;

mergeFace

open fun mergeFace(value: MetricsProto.Face): MetricsProto.Metrics.Builder

Facial analysis results

.presage.physiology.Face face = 4;

mergeMicromotion

open fun mergeMicromotion(value: MetricsProto.MicroMotion): MetricsProto.Metrics.Builder

Micro-motion analysis results

.presage.physiology.MicroMotion micromotion = 2;

setBreathing

open fun setBreathing(value: MetricsProto.Breathing): MetricsProto.Metrics.Builder

open fun setBreathing(builderForValue: MetricsProto.Breathing.Builder): MetricsProto.Metrics.Builder

Breathing and respiratory analysis results

.presage.physiology.Breathing breathing = 1;

setEda

open fun setEda(value: MetricsProto.Eda): MetricsProto.Metrics.Builder

open fun setEda(builderForValue: MetricsProto.Eda.Builder): MetricsProto.Metrics.Builder

Electrodermal activity measurements. Note: processing needs to run for over 35 seconds to generate the first EDA result.

.presage.physiology.Eda eda = 3;

setFace

open fun setFace(value: MetricsProto.Face): MetricsProto.Metrics.Builder

open fun setFace(builderForValue: MetricsProto.Face.Builder): MetricsProto.Metrics.Builder

Facial analysis results

.presage.physiology.Face face = 4;

setMicromotion

open fun setMicromotion(value: MetricsProto.MicroMotion): MetricsProto.Metrics.Builder

open fun setMicromotion(builderForValue: MetricsProto.MicroMotion.Builder): MetricsProto.Metrics.Builder

Micro-motion analysis results

.presage.physiology.MicroMotion micromotion = 2;