Source string Source string

summaryDeviceNameInfo
33/10000 · 33
Key English
tracksHistoryListButtonResume Resume
tracksHistoryListButtonEdit Edit
tracksHistoryListButtonDelete Delete
tracksHistoryListShareTrackDialogTitle Share track to…
tracksHistoryListViewTrackDialogTitle View track with…
tracksHistoryChartEmptyInfo Nothing to show
powerSourceWeightTitle Power source weight
powerSourceWeightInfo When translating power (watts) into specific power (watts per unit weight), a weight must be given.

This is usually the weight of the entity providing a driving force.

Note: Climb power is always computed using Total weight.
powerSourceWeight_0 Total
powerSourceWeight_1 Driver
powerSourceWeight_2 Vehicle
powerSourceWeight_3 Driver + Vehicle
summaryProfileName Profile
summaryProfileNameInfo Profile used to record this track.
summaryDeviceName Device
summaryDeviceNameInfo Device used to record this track.
summaryTotalWeight Total weight
summaryTotalWeightInfo Sum of all weights used while recording this track (rider, vehicle, cargo, …).
summaryDriverWeight Driver weight
summaryDriverWeightInfo Weight of the driver (or rider) used while recording this track.
summaryVehicleWeight Vehicle weight
summaryVehicleWeightInfo Weight of the vehicle used while recording this track.
summaryWheelsWeight Wheels weight
summaryWheelsWeightInfo Sum of weights of all wheels on the vehicle used on this track.
summaryEfficiency Efficiency
summaryEfficiencyInfo Overall thermal efficiency of the track's powerhouse.
summaryDragArea Drag area
summaryDragAreaInfo Air drag area (Cd·A).
summaryRollResistCoef Roll resist coef.
summaryRollResistCoefInfo Rolling resistance coefficient.
summaryRollResistCoefAverage Roll resist coef. average
Key English
summaryBasal Basal
summaryBasalEnergyInfo Percentage of the energy that was used for basal metabolism.
summaryBasalMetabolicRate Basal metabolic rate
summaryBasalMetabolicRateInfo Basal metabolic rate (BMR).
summaryBrakePadWear Brake pad wear
summaryBraking Braking
summaryBrakingInfo Energy extracted by braking.

Can be regarded as brake wear - a pair of standard bicycle disc brake pads will last around 50 MJ, for cars around 5 GJ.
summaryCadenceStrokes Pedal strokes
summaryCadenceStrokesInfo Number of pedal strokes detected during activity.
summaryChainWear Chain wear
summaryClimbing Climb
summaryClimbingEnergyInfo Percentage of the energy that was used to overcome gravity.
summaryDeviceAutoPauseCount Auto-pause count
summaryDeviceAutoPauseCountInfo Number of times auto-pause was activated during this activity.
summaryDeviceName Device
summaryDeviceNameInfo Device used to record this track.
summaryDeviceRestartsCount Forced restarts
summaryDeviceRestartsCountInfo Number of times the app was force-closed or the device stopped working during this activity.
summaryDragArea Drag area
summaryDragAreaInfo Air drag area (Cd·A).
summaryDragging Drag
summaryDraggingEnergyInfo Percentage of the energy that was used to overcome air drag resistance.
summaryDriverWeight Driver weight
summaryDriverWeightInfo Weight of the driver (or rider) used while recording this track.
summaryEfficiency Efficiency
summaryEfficiencyInfo Overall thermal efficiency of the track's powerhouse.
summaryEndedDatetime Ended
summaryEnergyParams @string/controlPanelEnergyParams
summaryHeartBeats Heartbeats
summaryHeartBeatsInfo Number of heartbeats detected during activity.

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String information

Key
summaryDeviceNameInfo
Flags
java-format, read-only
String age
4 years ago
Source string age
4 years ago
Translation file
translate/strings-en.xml, string 653