Interface Activity

Hierarchy

  • Activity

Properties

MET_data TSS_data active_durations_data calories_data device_data distance_data energy_data heart_rate_data lap_data metadata movement_data oxygen_data polyline_map_data position_data power_data strain_data work_data

Properties

MET_data

MET_data: { MET_samples: METSample[]; avg_level: Option<number>; num_high_intensity_minutes: Option<number>; num_inactive_minutes: Option<number>; num_low_intensity_minutes: Option<number>; num_moderate_intensity_minutes: Option<number> }

Type declaration

  • MET_samples: METSample[]
  • avg_level: Option<number>
  • num_high_intensity_minutes: Option<number>
  • num_inactive_minutes: Option<number>
  • num_low_intensity_minutes: Option<number>
  • num_moderate_intensity_minutes: Option<number>

TSS_data

TSS_data: { TSS_samples: TSSSample[] }

Type declaration

active_durations_data

active_durations_data: { activity_levels_samples: ActivityLevelSample[]; activity_seconds: Option<number>; inactivity_seconds: Option<number>; low_intensity_seconds: Option<number>; moderate_intensity_seconds: Option<number>; num_continuous_inactive_periods: Option<number>; rest_seconds: Option<number>; vigorous_intensity_seconds: Option<number> }

Type declaration

  • activity_levels_samples: ActivityLevelSample[]
  • activity_seconds: Option<number>
  • inactivity_seconds: Option<number>
  • low_intensity_seconds: Option<number>
  • moderate_intensity_seconds: Option<number>
  • num_continuous_inactive_periods: Option<number>
  • rest_seconds: Option<number>
  • vigorous_intensity_seconds: Option<number>

calories_data

calories_data: { BMR_calories: Option<number>; net_activity_calories: Option<number>; net_intake_calories: Option<number>; total_burned_calories: Option<number> }

Type declaration

  • BMR_calories: Option<number>
  • net_activity_calories: Option<number>
  • net_intake_calories: Option<number>
  • total_burned_calories: Option<number>

device_data

device_data: { activation_timestamp: Option<string>; hardware_version: Option<string>; manufacturer: Option<string>; name: Option<string>; other_devices: OtherDeviceData[]; serial_number: Option<string>; software_version: Option<string> }

Type declaration

  • activation_timestamp: Option<string>
  • hardware_version: Option<string>
  • manufacturer: Option<string>
  • name: Option<string>
  • other_devices: OtherDeviceData[]
  • serial_number: Option<string>
  • software_version: Option<string>

distance_data

distance_data: { detailed: { distance_samples: DistanceSample[]; elevation_samples: ElevationSample[]; floors_climbed_samples: FloorsClimbedSample[]; step_samples: StepSample[] }; summary: { distance_meters: Option<number>; elevation: { avg_meters: Option<number>; gain_actual_meters: Option<number>; gain_planned_meters: Option<number>; loss_actual_meters: Option<number>; max_meters: Option<number>; min_meters: Option<number> }; floors_climbed: number; steps: Option<number>; swimming: { num_laps: Option<number>; num_strokes: Option<number>; pool_length_meters: Option<number> } } }

Type declaration

  • detailed: { distance_samples: DistanceSample[]; elevation_samples: ElevationSample[]; floors_climbed_samples: FloorsClimbedSample[]; step_samples: StepSample[] }
  • summary: { distance_meters: Option<number>; elevation: { avg_meters: Option<number>; gain_actual_meters: Option<number>; gain_planned_meters: Option<number>; loss_actual_meters: Option<number>; max_meters: Option<number>; min_meters: Option<number> }; floors_climbed: number; steps: Option<number>; swimming: { num_laps: Option<number>; num_strokes: Option<number>; pool_length_meters: Option<number> } }
    • distance_meters: Option<number>
    • elevation: { avg_meters: Option<number>; gain_actual_meters: Option<number>; gain_planned_meters: Option<number>; loss_actual_meters: Option<number>; max_meters: Option<number>; min_meters: Option<number> }
      • avg_meters: Option<number>
      • gain_actual_meters: Option<number>
      • gain_planned_meters: Option<number>
      • loss_actual_meters: Option<number>
      • max_meters: Option<number>
      • min_meters: Option<number>
    • floors_climbed: number
    • steps: Option<number>
    • swimming: { num_laps: Option<number>; num_strokes: Option<number>; pool_length_meters: Option<number> }
      • num_laps: Option<number>
      • num_strokes: Option<number>
      • pool_length_meters: Option<number>

energy_data

energy_data: { energy_kilojoules: Option<number>; energy_planned_kilojoules: Option<number> }

Type declaration

  • energy_kilojoules: Option<number>
  • energy_planned_kilojoules: Option<number>

heart_rate_data

heart_rate_data: { detailed: { hr_samples: HeartRateDataSample[]; hrv_samples_rmssd: HeartRateVariabilityDataSampleRMSSD[]; hrv_samples_sdnn: HeartRateVariabilityDataSampleSDNN[] }; summary: { avg_hr_bpm: Option<number>; avg_hrv_rmssd: Option<number>; avg_hrv_sdnn: Option<number>; hr_zone_data: HeartRateZoneData[]; max_hr_bpm: Option<number>; min_hr_bpm: Option<number>; resting_hr_bpm: Option<number>; user_max_hr_bpm: Option<number> } }

Type declaration

lap_data

lap_data: { laps: LapSample[] }

Type declaration

metadata

metadata: { city: Option<string>; country: Option<string>; end_time: string; name: Option<string>; start_time: string; state: Option<string>; summary_id: Option<string>; type: Option<ActivityType>; upload_type: UploadType }

Type declaration

  • city: Option<string>
  • country: Option<string>
  • end_time: string
  • name: Option<string>
  • start_time: string
  • state: Option<string>
  • summary_id: Option<string>
  • type: Option<ActivityType>
  • upload_type: UploadType

movement_data

movement_data: { avg_cadence_rpm: Option<number>; avg_pace_minutes_per_kilometer: Option<number>; avg_speed_meters_per_second: Option<number>; avg_torque_newton_meters: Option<number>; avg_velocity_meters_per_second: Option<number>; cadence_samples: CadenceSample[]; max_cadence_rpm: Option<number>; max_pace_minutes_per_kilometer: Option<number>; max_speed_meters_per_second: Option<number>; max_torque_newton_meters: Option<number>; max_velocity_meters_per_second: Option<number>; normalized_speed_meters_per_second: Option<number>; speed_samples: SpeedSample[] }

Type declaration

  • avg_cadence_rpm: Option<number>
  • avg_pace_minutes_per_kilometer: Option<number>
  • avg_speed_meters_per_second: Option<number>
  • avg_torque_newton_meters: Option<number>
  • avg_velocity_meters_per_second: Option<number>
  • cadence_samples: CadenceSample[]
  • max_cadence_rpm: Option<number>
  • max_pace_minutes_per_kilometer: Option<number>
  • max_speed_meters_per_second: Option<number>
  • max_torque_newton_meters: Option<number>
  • max_velocity_meters_per_second: Option<number>
  • normalized_speed_meters_per_second: Option<number>
  • speed_samples: SpeedSample[]

oxygen_data

oxygen_data: { avg_saturation_percentage: Option<number>; saturation_samples: OxygenSaturationSample[]; vo2_samples: Vo2MaxSample[]; vo2max_ml_per_min_per_kg: Option<number> }

Type declaration

polyline_map_data

polyline_map_data: { summary_polyline: Option<string> }

Type declaration

  • summary_polyline: Option<string>

position_data

position_data: { center_pos_lat_lng_deg: [number, number]; end_pos_lat_lng_deg: [number, number]; position_samples: PositionSample[]; start_pos_lat_lng_deg: [number, number] }

Type declaration

  • center_pos_lat_lng_deg: [number, number]
  • end_pos_lat_lng_deg: [number, number]
  • position_samples: PositionSample[]
  • start_pos_lat_lng_deg: [number, number]

power_data

power_data: { avg_watts: Option<number>; max_watts: Option<number>; power_samples: PowerSample[] }

Type declaration

  • avg_watts: Option<number>
  • max_watts: Option<number>
  • power_samples: PowerSample[]

strain_data

strain_data: { strain_level: Option<number> }

Type declaration

  • strain_level: Option<number>

work_data

work_data: { work_kilojoules: Option<number> }

Type declaration

  • work_kilojoules: Option<number>

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