Ctrl K
Post activity data to a provider

Published Oct 17, 2025
Used to post activity data to a provider. This endpoint only works for users connected via Wahoo. Returns error for other providers.
Script terra Verified
Use in Windmill
The script

Submitted by hugo697 Bun
Verified 235 days ago
All edits
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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
}

`1`	`//native`
`2`	`/**`
`3`	`* Post activity data to a provider`
`4`	`* Used to post activity data to a provider. This endpoint only works for users connected via Wahoo. Returns error for other providers.`
`5`	`*/`
`6`	`export async function main(auth: RT.Terra, body: Body) {`
`7`	const url = new URL(`https://api.tryterra.co/v2/activity`)
`8`
`9`	`const response = await fetch(url, {`
`10`	`method: 'POST',`
`11`	`headers: {`
`12`	`'dev-id': auth.devId,`
`13`	`'Content-Type': 'application/json',`
`14`	`'X-api-key': auth.apiKey`
`15`	`},`
`16`	`body: JSON.stringify(body)`
`17`	`})`
`18`	`if (!response.ok) {`
`19`	`const text = await response.text()`
`20`	throw new Error(`${response.status} ${text}`)
`21`	`}`
`22`	`return await response.json()`
`23`	`}`
`24`
`25`	`/* eslint-disable */`
`26`	`/**`
`27`	`* This file was automatically generated by json-schema-to-typescript.`
`28`	`* DO NOT MODIFY IT BY HAND. Instead, modify the source JSONSchema file,`
`29`	`* and run json-schema-to-typescript to regenerate this file.`
`30`	`*/`
`31`
`32`	`/**`
`33`	`* Intensity of the user's activity at an instant in time`
`34`	`*/`
`35`	`export type HttpsRawGithubusercontentComTryterraOpenapiRefsHeadsV5UpdateSchemasActivityLevelYaml =`
`36`	`\| Unknown`
`37`	`\| Rest`
`38`	`\| Inactive`
`39`	`\| LowIntensity`
`40`	`\| MediumIntensity`