Edits history of script submission #20938 for ' Post activity data to a provider (terra)'

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  //native
  /**
   * Post activity data to a provider
   * Used to post activity data to a provider. This endpoint only works for users connected via Wahoo. Returns error for other providers.
   */
  export async function main(auth: RT.Terra, body: Body) {
  	const url = new URL(`https://api.tryterra.co/v2/activity`)
  
  	const response = await fetch(url, {
  		method: 'POST',
  		headers: {
  			'dev-id': auth.devId,
  			'Content-Type': 'application/json',
  			'X-api-key': auth.apiKey
  		},
  		body: JSON.stringify(body)
  	})
  	if (!response.ok) {
  		const text = await response.text()
  		throw new Error(`${response.status} ${text}`)
  	}
  	return await response.json()
  }
  
  /* eslint-disable */
  /**
   * This file was automatically generated by json-schema-to-typescript.
   * DO NOT MODIFY IT BY HAND. Instead, modify the source JSONSchema file,
   * and run json-schema-to-typescript to regenerate this file.
   */
  
  /**
   * Intensity of the user's activity at an instant in time
   */
  export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityLevelYaml =
  	| Unknown
  	| Rest
  	| Inactive
  	| LowIntensity
  	| MediumIntensity
  	| HighIntensity
  /**
   * Activity level is unknown or could not be determined.
   */
  export type Unknown = 0
  /**
   * User is at rest, with minimal to no physical activity.
   */
  export type Rest = 1
  /**
   * User is awake but inactive or sedentary.
   */
  export type Inactive = 2
  /**
   * User is engaged in light physical activity such as casual walking.
   */
  export type LowIntensity = 3
  /**
   * User is engaged in moderate physical activity such as brisk walking or light exercise.
   */
  export type MediumIntensity = 4
  /**
   * User is engaged in vigorous physical activity such as running or intense exercise.
   */
  export type HighIntensity = 5
  /**
   * Represents data types that a certain device contributed to.
   */
  export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDeviceDataTypeYaml =
  	| Steps
  	| ActiveMinutes
  	| BasalMetabolicRate
  	| Calories
  	| Distance
  	| HeartRate
  	| OxygenSaturation
  	| SleepClassification
  	| Speed
  	| Cadence
  /**
   * Count of steps taken by the user.
   */
  export type Steps = 'STEPS'
  /**
   * Duration of time the user spent in physical activity.
   */
  export type ActiveMinutes = 'ACTIVE_MINUTES'
  /**
   * User's basal metabolic rate - calories burned at rest.
   */
  export type BasalMetabolicRate = 'BMR'
  /**
   * Calories burned by the user during activity.
   */
  export type Calories = 'CALORIES'
  /**
   * Distance traveled by the user during activity.
   */
  export type Distance = 'DISTANCE'
  /**
   * User's heart rate measurements.
   */
  export type HeartRate = 'HEART_RATE'
  /**
   * Blood oxygen saturation level (SpO2) of the user.
   */
  export type OxygenSaturation = 'OXYGEN_SATURATION'
  /**
   * Classification of user's sleep stages or types.
   */
  export type SleepClassification = 'SLEEP_TYPE'
  /**
   * User's movement speed during activity.
   */
  export type Speed = 'SPEED'
  /**
   * Rate of movement repetition during activity (steps per minute).
   */
  export type Cadence = 'CADENCE'
  /**
   * Represents data types that a certain device contributed to.
   */
  export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDeviceDataTypeYaml1 =
  
  		| Steps1
  		| ActiveMinutes1
  		| BasalMetabolicRate1
  		| Calories1
  		| Distance1
  		| HeartRate1
  		| OxygenSaturation1
  		| SleepClassification1
  		| Speed1
  		| Cadence1
  /**
   * Count of steps taken by the user.
   */
  export type Steps1 = 'STEPS'
  /**
   * Duration of time the user spent in physical activity.
   */
  export type ActiveMinutes1 = 'ACTIVE_MINUTES'
  /**
   * User's basal metabolic rate - calories burned at rest.
   */
  export type BasalMetabolicRate1 = 'BMR'
  /**
   * Calories burned by the user during activity.
   */
  export type Calories1 = 'CALORIES'
  /**
   * Distance traveled by the user during activity.
   */
  export type Distance1 = 'DISTANCE'
  /**
   * User's heart rate measurements.
   */
  export type HeartRate1 = 'HEART_RATE'
  /**
   * Blood oxygen saturation level (SpO2) of the user.
   */
  export type OxygenSaturation1 = 'OXYGEN_SATURATION'
  /**
   * Classification of user's sleep stages or types.
   */
  export type SleepClassification1 = 'SLEEP_TYPE'
  /**
   * User's movement speed during activity.
   */
  export type Speed1 = 'SPEED'
  /**
   * Rate of movement repetition during activity (steps per minute).
   */
  export type Cadence1 = 'CADENCE'
  /**
   * Represents the context in which heart rate was measured.
   */
  export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateContextYaml =
  	NotSet | Active | NotActive
  /**
   * Heart rate measurement context is not specified.
   */
  export type NotSet = 0
  /**
   * Heart rate was measured during physical activity or exercise.
   */
  export type Active = 1
  /**
   * Heart rate was measured during rest or non-active periods.
   */
  export type NotActive = 2
  /**
   * Heart rate zone designation
   */
  export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateZoneYaml =
  	| Zone0
  	| Zone1
  	| Zone2
  	| Zone3
  	| Zone4
  	| Zone5
  	| Other
  /**
   * Resting heart rate zone.
   */
  export type Zone0 = 0
  /**
   * Very light activity zone.
   */
  export type Zone1 = 1
  /**
   * Light activity zone.
   */
  export type Zone2 = 2
  /**
   * Moderate activity zone.
   */
  export type Zone3 = 3
  /**
   * Hard activity zone.
   */
  export type Zone4 = 4
  /**
   * Maximum effort zone.
   */
  export type Zone5 = 5
  /**
   * Heart rate zone that doesn't fit into the standard zones or couldn't be classified.
   */
  export type Other = 6
  /**
   * Stroke type - only relevant for swimming activities
   */
  export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasStrokeTypeYaml =
  	| Other1
  	| Freestyle
  	| Backstroke
  	| Breaststroke
  	| Butterfly
  /**
   * Any swimming stroke style that doesn't fit the standard categories.
   */
  export type Other1 = 'other'
  /**
   * Front crawl stroke where swimmers alternate arm movements with face in water.
   */
  export type Freestyle = 'freestyle'
  /**
   * Swimming stroke performed on the back with alternating arm movements.
   */
  export type Backstroke = 'backstroke'
  /**
   * Swimming stroke where arms move simultaneously in a heart-shaped pattern with a frog kick.
   */
  export type Breaststroke = 'breaststroke'
  /**
   * Swimming stroke with simultaneous overhead arm movements and dolphin kick.
   */
  export type Butterfly = 'butterfly'
  /**
   * Indicates whether the timestamps in this payload are localized (LOCAL) or in UTC.
   */
  export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasTimestampLocalizationYaml =
  	0 | 1
  /**
   * The type of activity performed for the associated workout.
   */
  export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityTypeYaml =
  	| InVehicle
  	| Biking
  	| Still
  	| Unknown1
  	| Tilting
  	| Walking
  	| Running
  	| Aerobics
  	| Badminton
  	| Baseball
  	| Basketball
  	| Biathlon
  	| HandBiking
  	| MountainBiking
  	| RoadBiking
  	| Spinning
  	| StationaryBiking
  	| UtilityBiking
  	| Boxing
  	| Calisthenics
  	| CircuitTraining
  	| Cricket
  	| Dancing
  	| Elliptical
  	| Fencing
  	| AmericanFootball
  	| AustralianFootball
  	| EnglishFootball
  	| Frisbee
  	| Gardening
  	| Golf
  	| Gymnastics
  	| Handball
  	| Hiking
  	| Hockey
  	| HorsebackRiding
  	| Housework
  	| JumpingRope
  	| Kayaking
  	| KettlebellTraining
  	| Kickboxing
  	| Kitesurfing
  	| MartialArts
  	| Meditation
  	| MixedMartialArts
  	| P90XExercises
  	| Paragliding
  	| Pilates
  	| Polo
  	| Racquetball
  	| RockClimbing
  	| Rowing
  	| RowingMachine
  	| Rugby
  	| Jogging
  	| RunningOnSand
  	| TreadmillRunning
  	| Sailing
  	| ScubaDiving
  	| Skateboarding
  	| Skating
  	| CrossSkating
  	| IndoorRollerblading
  	| Skiing
  	| BackCountrySkiing
  	| CrossCountrySkiing
  	| DownhillSkiing
  	| KiteSkiing
  	| RollerSkiing
  	| Sledding
  	| Snowboarding
  	| Snowmobile
  	| Snowshoeing
  	| Squash
  	| StairClimbing
  	| StairClimbingMachine
  	| StandUpPaddleboarding
  	| StrengthTraining
  	| Surfing
  	| Swimming
  	| SwimmingInPool
  	| OpenWaterSwimming
  	| TableTennis
  	| TeamSports
  	| Tennis
  	| Treadmill
  	| Volleyball
  	| BeachVolleyball
  	| IndoorVolleyball
  	| Wakeboarding
  	| WalkingForFitness
  	| NordicWalking
  	| TreadmillWalking
  	| WaterPolo
  	| Weightlifting
  	| Wheelchair
  	| Windsurfing
  	| Yoga
  	| Zumba
  	| Diving
  	| Ergometer
  	| IceSkating
  	| IndoorSkating
  	| Curling
  	| Other2
  	| CrossFit
  	| HIIT
  	| IntervalTraining
  	| WalkingWithStroller
  	| Elevator
  	| Escalator
  	| Archery
  	| Softball
  	| GuidedBreathing
  	| CardioTraining
  	| Lacrosse
  	| Stretching
  	| Triathlon
  	| InlineSkating
  	| SkyDiving
  	| Paddling
  	| Mountaineering
  	| Fishing
  	| WaterSkiing
  	| IndoorRunning
  	| PadelTennis
  	| Driving
  	| OffRoadDriving
  	| Motorbiking
  	| MotorRacing
  	| Enduro
  	| Canoeing
  	| Orienteering
  	| HangGliding
  	| Flying
  	| HotAirBallooning
  	| JetSkiing
  	| PowerBoating
  	| GaelicFootball
  	| Hurling
  /**
   * Activity type for when the user is in a vehicle, such as a car or bus.
   */
  export type InVehicle = 0
  /**
   * Activity type for general biking or cycling.
   */
  export type Biking = 1
  /**
   * Activity type for when the user is still or not moving.
   */
  export type Still = 3
  /**
   * Activity type is unknown or could not be determined.
   */
  export type Unknown1 = 4
  /**
   * Activity type for when the device detects a tilting motion.
   */
  export type Tilting = 5
  /**
   * Activity type for general walking.
   */
  export type Walking = 7
  /**
   * Activity type for general running.
   */
  export type Running = 8
  /**
   * Activity type for aerobic exercises and workouts.
   */
  export type Aerobics = 9
  /**
   * Activity type for playing badminton.
   */
  export type Badminton = 10
  /**
   * Activity type for playing baseball.
   */
  export type Baseball = 11
  /**
   * Activity type for playing basketball.
   */
  export type Basketball = 12
  /**
   * Activity type for biathlon, combining cross-country skiing and rifle shooting.
   */
  export type Biathlon = 13
  /**
   * Activity type for hand biking, using a hand-powered bicycle.
   */
  export type HandBiking = 14
  /**
   * Activity type for off-road cycling on rough terrain.
   */
  export type MountainBiking = 15
  /**
   * Activity type for cycling on paved roads.
   */
  export type RoadBiking = 16
  /**
   * Activity type for indoor cycling classes or spinning.
   */
  export type Spinning = 17
  /**
   * Activity type for exercising on a stationary bicycle.
   */
  export type StationaryBiking = 18
  /**
   * Activity type for cycling for transportation or utility purposes.
   */
  export type UtilityBiking = 19
  /**
   * Activity type for boxing training or matches.
   */
  export type Boxing = 20
  /**
   * Activity type for bodyweight exercises focusing on rhythm and flow.
   */
  export type Calisthenics = 21
  /**
   * Activity type for workout consisting of a series of exercises performed in rotation.
   */
  export type CircuitTraining = 22
  /**
   * Activity type for playing cricket.
   */
  export type Cricket = 23
  /**
   * Activity type for various forms of dance.
   */
  export type Dancing = 24
  /**
   * Activity type for exercising on an elliptical trainer.
   */
  export type Elliptical = 25
  /**
   * Activity type for fencing sport.
   */
  export type Fencing = 26
  /**
   * Activity type for playing American football.
   */
  export type AmericanFootball = 27
  /**
   * Activity type for playing Australian rules football.
   */
  export type AustralianFootball = 28
  /**
   * Activity type for playing soccer/football.
   */
  export type EnglishFootball = 29
  /**
   * Activity type for playing frisbee or disc sports.
   */
  export type Frisbee = 30
  /**
   * Activity type for gardening and yard work.
   */
  export type Gardening = 31
  /**
   * Activity type for playing golf.
   */
  export type Golf = 32
  /**
   * Activity type for performing gymnastics.
   */
  export type Gymnastics = 33
  /**
   * Activity type for playing handball.
   */
  export type Handball = 34
  /**
   * Activity type for hiking or walking on trails.
   */
  export type Hiking = 35
  /**
   * Activity type for playing hockey.
   */
  export type Hockey = 36
  /**
   * Activity type for horseback riding.
   */
  export type HorsebackRiding = 37
  /**
   * Activity type for household chores and cleaning.
   */
  export type Housework = 38
  /**
   * Activity type for skipping or jumping rope.
   */
  export type JumpingRope = 39
  /**
   * Activity type for kayaking on water.
   */
  export type Kayaking = 40
  /**
   * Activity type for exercises using kettlebells.
   */
  export type KettlebellTraining = 41
  /**
   * Activity type for kickboxing training or matches.
   */
  export type Kickboxing = 42
  /**
   * Activity type for kitesurfing or kiteboarding.
   */
  export type Kitesurfing = 43
  /**
   * Activity type for general martial arts training.
   */
  export type MartialArts = 44
  /**
   * Activity type for meditation practice.
   */
  export type Meditation = 45
  /**
   * Activity type for MMA training or fighting.
   */
  export type MixedMartialArts = 46
  /**
   * Activity type for P90X home fitness program.
   */
  export type P90XExercises = 47
  /**
   * Activity type for paragliding sport.
   */
  export type Paragliding = 48
  /**
   * Activity type for pilates exercises.
   */
  export type Pilates = 49
  /**
   * Activity type for playing polo.
   */
  export type Polo = 50
  /**
   * Activity type for playing racquetball.
   */
  export type Racquetball = 51
  /**
   * Activity type for rock climbing.
   */
  export type RockClimbing = 52
  /**
   * Activity type for rowing on water.
   */
  export type Rowing = 53
  /**
   * Activity type for exercising on a rowing machine.
   */
  export type RowingMachine = 54
  /**
   * Activity type for playing rugby.
   */
  export type Rugby = 55
  /**
   * Activity type for jogging at a leisurely pace.
   */
  export type Jogging = 56
  /**
   * Activity type for running on beach or sandy surface.
   */
  export type RunningOnSand = 57
  /**
   * Activity type for running on a treadmill.
   */
  export type TreadmillRunning = 58
  /**
   * Activity type for sailing on water.
   */
  export type Sailing = 59
  /**
   * Activity type for scuba diving underwater.
   */
  export type ScubaDiving = 60
  /**
   * Activity type for skateboarding.
   */
  export type Skateboarding = 61
  /**
   * Activity type for general skating.
   */
  export type Skating = 62
  /**
   * Activity type for cross skating or nordic skating.
   */
  export type CrossSkating = 63
  /**
   * Activity type for rollerblading indoors.
   */
  export type IndoorRollerblading = 64
  /**
   * Activity type for general skiing.
   */
  export type Skiing = 65
  /**
   * Activity type for backcountry or off-piste skiing.
   */
  export type BackCountrySkiing = 66
  /**
   * Activity type for cross-country skiing.
   */
  export type CrossCountrySkiing = 67
  /**
   * Activity type for alpine or downhill skiing.
   */
  export type DownhillSkiing = 68
  /**
   * Activity type for skiing with a kite for propulsion.
   */
  export type KiteSkiing = 69
  /**
   * Activity type for roller skiing on wheels.
   */
  export type RollerSkiing = 70
  /**
   * Activity type for sledding or tobogganing.
   */
  export type Sledding = 71
  /**
   * Activity type for snowboarding.
   */
  export type Snowboarding = 73
  /**
   * Activity type for riding a snowmobile.
   */
  export type Snowmobile = 74
  /**
   * Activity type for walking with snowshoes.
   */
  export type Snowshoeing = 75
  /**
   * Activity type for playing squash.
   */
  export type Squash = 76
  /**
   * Activity type for climbing stairs.
   */
  export type StairClimbing = 77
  /**
   * Activity type for exercising on a stair climbing machine.
   */
  export type StairClimbingMachine = 78
  /**
   * Activity type for stand-up paddleboarding.
   */
  export type StandUpPaddleboarding = 79
  /**
   * Activity type for resistance training or weight lifting.
   */
  export type StrengthTraining = 80
  /**
   * Activity type for surfing on waves.
   */
  export type Surfing = 81
  /**
   * Activity type for general swimming.
   */
  export type Swimming = 82
  /**
   * Activity type for swimming in a swimming pool.
   */
  export type SwimmingInPool = 83
  /**
   * Activity type for swimming in open water like oceans, lakes or rivers.
   */
  export type OpenWaterSwimming = 84
  /**
   * Activity type for playing table tennis or ping pong.
   */
  export type TableTennis = 85
  /**
   * Activity type for general team sports not otherwise classified.
   */
  export type TeamSports = 86
  /**
   * Activity type for playing tennis.
   */
  export type Tennis = 87
  /**
   * Activity type for exercising on a treadmill.
   */
  export type Treadmill = 88
  /**
   * Activity type for general volleyball.
   */
  export type Volleyball = 89
  /**
   * Activity type for playing volleyball on a beach.
   */
  export type BeachVolleyball = 90
  /**
   * Activity type for playing volleyball indoors.
   */
  export type IndoorVolleyball = 91
  /**
   * Activity type for wakeboarding on water.
   */
  export type Wakeboarding = 92
  /**
   * Activity type for walking specifically for exercise.
   */
  export type WalkingForFitness = 93
  /**
   * Activity type for walking with poles.
   */
  export type NordicWalking = 94
  /**
   * Activity type for walking on a treadmill.
   */
  export type TreadmillWalking = 95
  /**
   * Activity type for playing water polo.
   */
  export type WaterPolo = 96
  /**
   * Activity type for weightlifting exercises.
   */
  export type Weightlifting = 97
  /**
   * Activity type for wheelchair-based movement.
   */
  export type Wheelchair = 98
  /**
   * Activity type for windsurfing on water.
   */
  export type Windsurfing = 99
  /**
   * Activity type for practicing yoga.
   */
  export type Yoga = 100
  /**
   * Activity type for Zumba dance fitness.
   */
  export type Zumba = 101
  /**
   * Activity type for diving or jumping into water.
   */
  export type Diving = 102
  /**
   * Activity type for exercising on an ergometer.
   */
  export type Ergometer = 103
  /**
   * Activity type for skating on ice.
   */
  export type IceSkating = 104
  /**
   * Activity type for skating indoors.
   */
  export type IndoorSkating = 105
  /**
   * Activity type for playing curling on ice.
   */
  export type Curling = 106
  /**
   * Activity type for activities that don't fit into other categories.
   */
  export type Other2 = 108
  /**
   * Activity type for CrossFit training.
   */
  export type CrossFit = 113
  /**
   * Activity type for high-intensity interval training.
   */
  export type HIIT = 114
  /**
   * Activity type for general interval training workouts.
   */
  export type IntervalTraining = 115
  /**
   * Activity type for walking while pushing a stroller.
   */
  export type WalkingWithStroller = 116
  /**
   * Activity type for riding in an elevator.
   */
  export type Elevator = 117
  /**
   * Activity type for riding on an escalator.
   */
  export type Escalator = 118
  /**
   * Activity type for practicing archery.
   */
  export type Archery = 119
  /**
   * Activity type for playing softball.
   */
  export type Softball = 120
  /**
   * Activity type for practicing guided breathing exercises.
   */
  export type GuidedBreathing = 122
  /**
   * Activity type for general cardiovascular exercise.
   */
  export type CardioTraining = 123
  /**
   * Activity type for playing lacrosse.
   */
  export type Lacrosse = 124
  /**
   * Activity type for stretching exercises.
   */
  export type Stretching = 125
  /**
   * Activity type for triathlon events combining swimming, cycling and running.
   */
  export type Triathlon = 126
  /**
   * Activity type for inline skating or rollerblading.
   */
  export type InlineSkating = 127
  /**
   * Activity type for sky diving or parachuting.
   */
  export type SkyDiving = 128
  /**
   * Activity type for general paddling activities.
   */
  export type Paddling = 129
  /**
   * Activity type for mountaineering or alpine climbing.
   */
  export type Mountaineering = 130
  /**
   * Activity type for fishing activities.
   */
  export type Fishing = 131
  /**
   * Activity type for water skiing.
   */
  export type WaterSkiing = 132
  /**
   * Activity type for running indoors.
   */
  export type IndoorRunning = 133
  /**
   * Activity type for playing padel tennis.
   */
  export type PadelTennis = 134
  /**
   * Activity type for driving a vehicle.
   */
  export type Driving = 135
  /**
   * Activity type for driving off-road or on unpaved surfaces.
   */
  export type OffRoadDriving = 136
  /**
   * Activity type for riding a motorcycle.
   */
  export type Motorbiking = 137
  /**
   * Activity type for motorsport racing.
   */
  export type MotorRacing = 138
  /**
   * Activity type for enduro motorcycle racing.
   */
  export type Enduro = 139
  /**
   * Activity type for canoeing on water.
   */
  export type Canoeing = 140
  /**
   * Activity type for orienteering navigation sport.
   */
  export type Orienteering = 141
  /**
   * Activity type for hang gliding.
   */
  export type HangGliding = 142
  /**
   * Activity type for piloting an aircraft.
   */
  export type Flying = 143
  /**
   * Activity type for hot air balloon flying.
   */
  export type HotAirBallooning = 144
  /**
   * Activity type for riding a jet ski on water.
   */
  export type JetSkiing = 145
  /**
   * Activity type for operating a motorized boat.
   */
  export type PowerBoating = 146
  /**
   * Activity type for playing Gaelic football.
   */
  export type GaelicFootball = 147
  /**
   * Activity type for playing hurling.
   */
  export type Hurling = 148
  /**
   * The upload type for the associated workout, providing information on whether this was an automatic workout or user-entered.
   */
  export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasUploadTypeYaml =
  	| Unknown2
  	| Automatic
  	| Manual
  	| Update
  	| Delete
  	| Pending
  	| ThirdPartyUpload
  /**
   * The upload type is unknown or could not be determined.
   */
  export type Unknown2 = 0
  /**
   * The workout was automatically detected and recorded by a device or service.
   */
  export type Automatic = 1
  /**
   * The workout was manually entered by the user.
   */
  export type Manual = 2
  /**
   * The workout data represents an update to a previously recorded workout.
   */
  export type Update = 3
  /**
   * The workout was marked for deletion.
   */
  export type Delete = 4
  /**
   * The workout upload is pending processing or confirmation.
   */
  export type Pending = 5
  /**
   * The workout was uploaded or synced from a third-party service or application.
   */
  export type ThirdPartyUpload = 6
  /**
   * Type of oxygen saturation measurement (i.e. blood vs muscle)
   */
  export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasOxygenSaturationTypeYaml =
  	Blood | Muscle
  /**
   * Oxygen saturation measurement for blood.
   */
  export type Blood = 0
  /**
   * Oxygen saturation measurement for muscle.
   */
  export type Muscle = 1
  
  export interface Body {
  	/**
  	 * List of user-tracked workouts to post to data provider
  	 */
  	data: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityYaml[]
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityYaml {
  	active_durations_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActiveDurationsDataYaml
  	calories_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasCaloriesDataYaml
  	/**
  	 * Cheat detection flag.
  	 */
  	cheat_detection?: number
  	data_enrichment?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDataEnrichmentYaml
  	device_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDeviceDataYaml
  	distance_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDistanceDataYaml
  	energy_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasEnergyDataYaml
  	heart_rate_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateDataYaml
  	lap_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasLapDataYaml
  	MET_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasMETDataYaml
  	metadata: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityMetadataYaml
  	movement_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasMovementDataYaml
  	oxygen_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasOxygenDataYaml
  	polyline_map_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasPolylineMapDataYaml
  	position_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasPositionDataYaml
  	power_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasPowerDataYaml
  	strain_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasStrainDataYaml
  	TSS_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasTSSDataYaml
  	work_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasWorkDataYaml
  	[k: string]: unknown
  }
  /**
   * Number of minutes spent at various intensities during the workout, as reported by the Fitness Data provider.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActiveDurationsDataYaml {
  	/**
  	 * Array of detailed samples of the intensity the user was in at various points during the workout.
  	 */
  	activity_levels_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityLevelSampleYaml[]
  	/**
  	 * Total number of seconds spent in an active state during the workout.
  	 */
  	activity_seconds?: number
  	/**
  	 * Total number of seconds spent in an inactive state during the workout.
  	 */
  	inactivity_seconds?: number
  	/**
  	 * Total number of seconds spent in a low intensity state during the workout.
  	 */
  	low_intensity_seconds?: number
  	/**
  	 * Total number of seconds spent in a moderate intensity state during the workout.
  	 */
  	moderate_intensity_seconds?: number
  	/**
  	 * Maximum number of continuous periods spent in an inactive state during the workout.
  	 */
  	num_continuous_inactive_periods?: number
  	/**
  	 * Total number of seconds spent resting during the workout.
  	 */
  	rest_seconds?: number
  	/**
  	 * Total number of seconds spent in a state of vigorous intensity during the workout.
  	 */
  	vigorous_intensity_seconds?: number
  	standing_hours_count?: number
  	standing_seconds?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityLevelSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	level?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityLevelYaml
  	[k: string]: unknown
  }
  /**
   * Object containing calorie-related information for the user during the specific workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasCaloriesDataYaml {
  	BMR_calories?: number
  	calorie_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasCalorieSampleYaml[]
  	net_activity_calories?: number
  	net_intake_calories?: number
  	total_burned_calories?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasCalorieSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	calories?: number
  	timer_duration_seconds?: number
  	[k: string]: unknown
  }
  /**
   * Object containing Terra Scores.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDataEnrichmentYaml {
  	/**
  	 * User's stress score.
  	 */
  	stress_score?: number
  	[k: string]: unknown
  }
  /**
   * Object containing information on the device which recorded the specific workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDeviceDataYaml {
  	/**
  	 * Activation timestamp of the device, if applicable.
  	 */
  	activation_timestamp?: string
  	/**
  	 * Data provided by the device, as enumerated types.
  	 */
  	data_provided?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDeviceDataTypeYaml[]
  	/**
  	 * Hardware version of the device.
  	 */
  	hardware_version?: string
  	/**
  	 * Last upload date from the device.
  	 */
  	last_upload_date?: string
  	/**
  	 * Device manufacturer name.
  	 */
  	manufacturer?: string
  	/**
  	 * Device name - note that this can also be the name of the application/package which the data comes from, if coming from a data aggregator such as Google Fit.
  	 */
  	name?: string
  	/**
  	 * Data pertaining to other devices which may have contributed data for this workout.
  	 */
  	other_devices?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasOtherDeviceDataYaml[]
  	/**
  	 * Sensor state of the device.
  	 */
  	sensor_state?: string
  	/**
  	 * Device Serial Number.
  	 */
  	serial_number?: string
  	/**
  	 * Device Software Version.
  	 */
  	software_version?: string
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasOtherDeviceDataYaml {
  	/**
  	 * Device manufacturer name.
  	 */
  	manufacturer?: string
  	/**
  	 * Hardware version of the device.
  	 */
  	hardware_version?: string
  	/**
  	 * Device Serial Number.
  	 */
  	serial_number?: string
  	/**
  	 * Device name - note that this can also be the name of the application/package which the data comes from, if coming from a data aggregator such as Google Fit.
  	 */
  	name?: string
  	/**
  	 * Device Software Version.
  	 */
  	software_version?: string
  	activation_timestamp?: string
  	data_provided?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDeviceDataTypeYaml1[]
  	last_upload_date?: string
  	[k: string]: unknown
  }
  /**
   * Object containing information related to distance covered during the associated workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDistanceDataYaml {
  	detailed?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDistanceDataDetailedYaml
  	summary?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDistanceDataSummaryYaml
  	[k: string]: unknown
  }
  /**
   * Object containing detailed distance information - this may included second-by-second samples.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDistanceDataDetailedYaml {
  	/**
  	 * Array of detailed samples of distance covered throughout the workout.
  	 */
  	distance_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDistanceSampleYaml[]
  	/**
  	 * Array of detailed samples of elevation throughout the workout.
  	 */
  	elevation_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasElevationSampleYaml[]
  	/**
  	 * Array of detailed samples of floors climbed throughout the workout, as determined by the fitness data provider.
  	 */
  	floors_climbed_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasFloorsClimbedSampleYaml[]
  	/**
  	 * Array of detailed samples of steps performed throughout the workout.
  	 */
  	step_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasStepSampleYaml[]
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDistanceSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	/**
  	 * Cumulative distance covered up to associated timestamp, since the start of the payload
  	 */
  	distance_meters?: number
  	/**
  	 * Time elapsed since the start of the workout, subtracting time during which the recording was paused
  	 */
  	timer_duration_seconds?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasElevationSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	/**
  	 * User's altitude at a given point in time, in meters above sea level.
  	 */
  	elev_meters?: number
  	/**
  	 * Time elapsed since the start of the workout, subtracting time during which the recording was paused
  	 */
  	timer_duration_seconds?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasFloorsClimbedSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	/**
  	 * Cumulative number of elevation gain measured in floors climbed up to associated timestamp, since the start of the payload
  	 */
  	floors_climbed?: number
  	/**
  	 * Time elapsed since the start of the workout, subtracting time during which the recording was paused
  	 */
  	timer_duration_seconds?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasStepSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	steps?: number
  	timer_duration_seconds?: number
  	[k: string]: unknown
  }
  /**
   * Object containing summary information related to distance covered throughout the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasDistanceDataSummaryYaml {
  	/**
  	 * Total distance covered by the user throughout the workout.
  	 */
  	distance_meters?: number
  	elevation?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasElevationDataYaml
  	/**
  	 * Total number of elevation gain in floors climbed equivalent throughout the workout, as determined by the fitness data provider.
  	 */
  	floors_climbed?: number
  	/**
  	 * Total number of steps performed during the workout.
  	 */
  	steps?: number
  	swimming?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasSwimmingDataYaml
  	[k: string]: unknown
  }
  /**
   * Average elevation of the user throughout the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasElevationDataYaml {
  	/**
  	 * Average elevation of the user throughout the workout.
  	 */
  	avg_meters?: number
  	/**
  	 * Planned elevation gain for the workout.
  	 */
  	gain_actual_meters?: number
  	/**
  	 * Elevation gain of the user throughout the workout - this includes all elevation gain, and does _not_ represent net gain.
  	 */
  	gain_planned_meters?: number
  	/**
  	 * Elevation loss of the user throughout the workout.
  	 */
  	loss_actual_meters?: number
  	/**
  	 * Maximum elevation of the user during the workout.
  	 */
  	max_meters?: number
  	/**
  	 * Minimum elevation of the user during the workout.
  	 */
  	min_meters?: number
  	[k: string]: unknown
  }
  /**
   * Summary information of the user's swimming statistics for the workout, if applicable.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasSwimmingDataYaml {
  	/**
  	 * Total number of swimming laps performed during the day.
  	 */
  	num_laps?: number
  	/**
  	 * Total number of swimming strokes performed during the day.
  	 */
  	num_strokes?: number
  	/**
  	 * Pool length for associated with the day.
  	 */
  	pool_length_meters?: number
  	[k: string]: unknown
  }
  /**
   * Object containing information on the energy expended by the user during the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasEnergyDataYaml {
  	/**
  	 * Total number of kiloJoules planned to be expended during the workout - represents the user's predefined goal for the workout
  	 */
  	energy_kilojoules?: number
  	/**
  	 * Total number of kiloJoules expended during the workout
  	 */
  	energy_planned_kilojoules?: number
  	[k: string]: unknown
  }
  /**
   * Object containing heartrate-related information for the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateDataYaml {
  	detailed?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateDataDetailedYaml
  	summary?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateDataSummaryYaml
  	[k: string]: unknown
  }
  /**
   * Object containing detailed heart rate information for the associated workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateDataDetailedYaml {
  	/**
  	 * Array of HeartRate data samples recorded for the user during the workout.
  	 */
  	hr_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateDataSampleYaml[]
  	/**
  	 * Array of HeartRate Variability data samples recorded for the user during the workout, computed using RMSSD.
  	 */
  	hrv_samples_rmssd?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateVariabilityDataSampleRMSSDYaml[]
  	/**
  	 * Array of HeartRate Variability data samples recorded for the user during the workout, computed using SDNN.
  	 */
  	hrv_samples_sdnn?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateVariabilityDataSampleSDNNYaml[]
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateDataSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	/**
  	 * User's heart rate in bpm
  	 */
  	bpm?: number
  	/**
  	 * Time elapsed since the start of the workout, subtracting time during which the recording was paused
  	 */
  	timer_duration_seconds?: number
  	context?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateContextYaml
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateVariabilityDataSampleRMSSDYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	/**
  	 * User's Heart Rate Variability, computed using RMSSD
  	 */
  	hrv_rmssd?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateVariabilityDataSampleSDNNYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	/**
  	 * User's Heart Rate Variability, computed using SDNN
  	 */
  	hrv_sdnn?: number
  	[k: string]: unknown
  }
  /**
   * Object containing summary heart rate information for the associated workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateDataSummaryYaml {
  	/**
  	 * Average HeartRate of the user during the workout.
  	 */
  	avg_hr_bpm?: number
  	/**
  	 * Average HeartRate Variability of the user during the workout, computed using RMSSD.
  	 */
  	avg_hrv_rmssd?: number
  	/**
  	 * Average HeartRate Variability of the user during the workout, computed using SDNN.
  	 */
  	avg_hrv_sdnn?: number
  	/**
  	 * Array of time spent in various HR zones throughout the workout.
  	 */
  	hr_zone_data?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateZoneDataYaml[]
  	/**
  	 * Maximum HeartRate of the user during the workout.
  	 */
  	max_hr_bpm?: number
  	/**
  	 * Minimum HeartRate of the user during the workout.
  	 */
  	min_hr_bpm?: number
  	/**
  	 * Resting HeartRate of the user, as determined by the fitness data provider.
  	 */
  	resting_hr_bpm?: number
  	/**
  	 * User's maximum HeartRate based on their age, and other factors as determined by the fitness data provider.
  	 */
  	user_max_hr_bpm?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateZoneDataYaml {
  	zone?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasHeartRateZoneYaml
  	/**
  	 * Start percentage (based off user's max HR) of the HR zone
  	 */
  	start_percentage?: number
  	/**
  	 * End percentage (based off user's max HR) of the HR zone
  	 */
  	end_percentage?: number
  	/**
  	 * Name of the associated heart rate zone
  	 */
  	name?: string
  	/**
  	 * Duration spent in the heart rate zone
  	 */
  	duration_seconds?: number
  	[k: string]: unknown
  }
  /**
   * Object containing information on data for each lap performed by the user - mostly relates to track & field running activities, and swimming activities.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasLapDataYaml {
  	/**
  	 * Array of datapoints for each lap performed by the user during the workout.
  	 */
  	laps?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasLapSampleYaml[]
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasLapSampleYaml {
  	/**
  	 * Calories burned during the lap
  	 */
  	calories?: number
  	/**
  	 * Average heart rate in bpm, for the Lap sample
  	 */
  	avg_hr_bpm?: number
  	/**
  	 * The start time of the associated lap, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time
  	 */
  	start_time?: string
  	/**
  	 * Average speed of the user during the lap
  	 */
  	avg_speed_meters_per_second?: number
  	/**
  	 * Distance covered during the lap
  	 */
  	distance_meters?: number
  	/**
  	 * Total strokes performed during the lap - only relevant for swimming activities
  	 */
  	total_strokes?: number
  	/**
  	 * The end time of the associated lap, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time
  	 */
  	end_time?: string
  	stroke_type?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasStrokeTypeYaml
  	[k: string]: unknown
  }
  /**
   * Object containing information on the Metabolic Equivalent of Task for the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasMETDataYaml {
  	/**
  	 * An array of Metabolic Equivalent Time samples, as calculated by the user's wearable.
  	 */
  	MET_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasMETSampleYaml[]
  	/**
  	 * The average MET level of the activity.
  	 */
  	avg_level?: number
  	/**
  	 * Number of minutes spent in High Intensity during the workout - based off MET scale.
  	 */
  	num_high_intensity_minutes?: number
  	/**
  	 * Number of minutes spent in state of Inactivity during the workout - based off MET scale.
  	 */
  	num_inactive_minutes?: number
  	/**
  	 * Number of minutes spent in Low Intensity during the workout - based off MET scale.
  	 */
  	num_low_intensity_minutes?: number
  	/**
  	 * Number of minutes spent in Moderate Intensity during the workout - based off MET scale.
  	 */
  	num_moderate_intensity_minutes?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasMETSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	level?: number
  	[k: string]: unknown
  }
  /**
   * Object containing workout metadata.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityMetadataYaml {
  	/**
  	 * The City in which the workout was performed.
  	 */
  	city?: string
  	/**
  	 * The Country in which the workout was performed.
  	 */
  	country?: string
  	/**
  	 * The end time of the associated workout, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	end_time: string
  	/**
  	 * The name - either user-entered or given by the fitness data provider - of the associated workout.
  	 */
  	name?: string
  	/**
  	 * The start time of the associated workout, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	start_time: string
  	/**
  	 * The State in which the workout was performed.
  	 */
  	state?: string
  	/**
  	 * A unique identifier for the workout - note that this is unique for the given user, and may not be globally unique.
  	 */
  	summary_id: string
  	timestamp_localization?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasTimestampLocalizationYaml
  	type: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityTypeYaml
  	upload_type: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasUploadTypeYaml
  	[k: string]: unknown
  }
  /**
   * Object containing information on the user's movement throughout the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasMovementDataYaml {
  	/**
  	 * Adjusted max speed of the user during the workout - generated using Terra's algorithms to remove potential affecting the user's actual max speed measurement.
  	 */
  	adjusted_max_speed_meters_per_second?: number
  	/**
  	 * Average cadence of the user during the workout, in RPM.
  	 */
  	avg_cadence_rpm?: number
  	/**
  	 * Average pace of the user during the workout.
  	 */
  	avg_pace_minutes_per_kilometer?: number
  	/**
  	 * Average speed of the user during the workout.
  	 */
  	avg_speed_meters_per_second?: number
  	/**
  	 * Average torque generated by the user during the workout - mainly relevant for cycling activities.
  	 */
  	avg_torque_newton_meters?: number
  	/**
  	 * Average velocity of the user during the workout - only calculated by certain providers, representing a separate quantity from speed.
  	 */
  	avg_velocity_meters_per_second?: number
  	/**
  	 * Array of cadence values recorded throughout the workout, sampled at intervals determined by the fitness data provider.
  	 */
  	cadence_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasCadenceSampleYaml[]
  	/**
  	 * Maximum cadence of the user during the workout - mainly relevant for cycling activities.
  	 */
  	max_cadence_rpm?: number
  	/**
  	 * Maximum pace of the user during the workout.
  	 */
  	max_pace_minutes_per_kilometer?: number
  	/**
  	 * Maximum speed of the user during the workout.
  	 */
  	max_speed_meters_per_second?: number
  	/**
  	 * Maximum torque generated by the user during the workout - mainly relevant for cycling activities.
  	 */
  	max_torque_newton_meters?: number
  	/**
  	 * Maximum velocity of the user during the workout - only calculated by certain providers, representing a separate quantity from speed.
  	 */
  	max_velocity_meters_per_second?: number
  	/**
  	 * Average normalized speed of the user during the workout - only calculated by certain providers, representing a separate quantity from speed.
  	 */
  	normalized_speed_meters_per_second?: number
  	/**
  	 * Array of the datapoints for the user's speed sampled throughout the workout.
  	 */
  	speed_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasSpeedSampleYaml[]
  	/**
  	 * Array of the datapoints for the user's torque sampled throughout the workout.
  	 */
  	torque_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasTorqueSampleYaml[]
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasCadenceSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	cadence_rpm?: number
  	timer_duration_seconds?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasSpeedSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	speed_meters_per_second?: number
  	timer_duration_seconds?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasTorqueSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time
  	 */
  	timestamp?: string
  	/**
  	 * Time elapsed since the start of the workout, subtracting time during which the recording was paused
  	 */
  	timer_duration_seconds?: number
  	/**
  	 * Torque generated at a given instant in time, in Newton-meters
  	 */
  	torque_newton_meters?: number
  	[k: string]: unknown
  }
  /**
   * Object containing information on oxygen-related metrics for the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasOxygenDataYaml {
  	/**
  	 * Average Oxygen Saturation percentage of the user during the day (SpO2 or SmO2).
  	 */
  	avg_saturation_percentage?: number
  	/**
  	 * Array of Oxygen Saturation percentage datapoints sampled throughout the day.
  	 */
  	saturation_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasOxygenSaturationSampleYaml[]
  	/**
  	 * Array of VO2 datapoints sampled throughout the day.
  	 */
  	vo2_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasVo2MaxSampleYaml[]
  	/**
  	 * VO2Max for the given user.
  	 */
  	vo2max_ml_per_min_per_kg?: number
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasOxygenSaturationSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	/**
  	 * User's oxygen saturation percentage - referring to either SpO2 or SmO2, based on the `type` field
  	 */
  	percentage?: number
  	type?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasOxygenSaturationTypeYaml
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasVo2MaxSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	/**
  	 * User's VO2Max - maximum amount of oxygen the user's body can utilize during exercise
  	 */
  	vo2max_ml_per_min_per_kg?: number
  	[k: string]: unknown
  }
  /**
   * Object containing polyline-representation map data, plotting the user's trajectory throughout the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasPolylineMapDataYaml {
  	/**
  	 * The polyline representation of the user's trajectory throughout the workout
  	 */
  	summary_polyline?: string
  	[k: string]: unknown
  }
  /**
   * Object containing information on the user's position throughout the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasPositionDataYaml {
  	/**
  	 * Position of the user at the midway point of the workout, represented by a 2-value array of latitude, longitude, wherein each of the two numbers can be nullable.
  	 */
  	center_pos_lat_lng_deg?: number[]
  	/**
  	 * Position of the user at the end of the workout, represented by a 2-value array of latitude, longitude, wherein each of the two numbers can be nullable.
  	 */
  	end_pos_lat_lng_deg?: number[]
  	/**
  	 * Array of datapoints of the position of the user, sampled throughout the workout.
  	 */
  	position_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasPositionSampleYaml[]
  	/**
  	 * Position of the user at the start of the workout, represented by a 2-value array of latitude, longitude, wherein each of the two numbers can be nullable.
  	 */
  	start_pos_lat_lng_deg?: number[]
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasPositionSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	/**
  	 * Position of the user a given point in time, represented by a 2-value array of latitude, longitude, wherein each of the two numbers can be nullable
  	 */
  	coords_lat_lng_deg?: unknown[]
  	/**
  	 * Time elapsed since the start of the workout, subtracting time during which the recording was paused
  	 */
  	timer_duration_seconds?: number
  	[k: string]: unknown
  }
  /**
   * Object containing information on the power generated by the user during the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasPowerDataYaml {
  	/**
  	 * Average power output of the user during the workout.
  	 */
  	avg_watts?: number
  	/**
  	 * Maximum power output of the user during the workout.
  	 */
  	max_watts?: number
  	/**
  	 * Array containing datapoints of the power output of the user sampled throughout the workout.
  	 */
  	power_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasPowerSampleYaml[]
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasPowerSampleYaml {
  	/**
  	 * Time with which the record is associated, in ISO8601 format with microsecond precision. TimeZone info will be provided whenever possible. If absent, the time corresponds to the user's local time.
  	 */
  	timestamp?: string
  	/**
  	 * Power generated at a given instant in time, in Watts
  	 */
  	watts?: number
  	/**
  	 * Time elapsed since the start of the workout, subtracting time during which the recording was paused
  	 */
  	timer_duration_seconds?: number
  	[k: string]: unknown
  }
  /**
   * Object containing information on the cardiovascular strain imposed on the user during the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasStrainDataYaml {
  	/**
  	 * Level of cardiovascular strain imposed on the user during the day.
  	 */
  	strain_level?: number
  	[k: string]: unknown
  }
  /**
   * Object containing information on the stress put on the user's body from a workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasTSSDataYaml {
  	/**
  	 * Array of TSS information sampled throughout the workout
  	 */
  	TSS_samples?: HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasTSSSampleYaml[]
  	[k: string]: unknown
  }
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasTSSSampleYaml {
  	planned?: number
  	actual?: number
  	method?: string
  	intensity_factor_planned?: number
  	intensity_factor_actual?: number
  	normalized_power_watts?: number
  	[k: string]: unknown
  }
  /**
   * Object containing information on the work output of the user during the workout.
   */
  export interface HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasWorkDataYaml {
  	/**
  	 * Total work output of the user for the workout, in kilojoules.
  	 */
  	work_kilojoules?: number
  	[k: string]: unknown
  }
  

  Submitted by hugo697 235 days ago