Class: Toybox.AntPlus.SimulationSettings
- Inherits:
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Toybox.Lang.Object
Overview
Represents the wind and track simulation training mode settings on the fitness equipment.
Fields may return null so you should null check values before using them.
Values that have not yet been set will return invalid.
Instance Member Summary collapse
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draftFactor as Lang.Float or Null
The simulated draft factor setting for simulation mode A draft factor of 0 removes all wind resistance, and 1.0 indicates no drafting effects.
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slope as Lang.Float or Null
The slope (grade) setting of the simulated track.
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surfaceResistance as Lang.Float or Null
The simulated surface resistance coefficient for simulation mode.
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windResistance as Lang.Float or Null
The simulated wind resistance coefficient setting for simulation mode Wind Resistance Coefficient [kg/m] = Frontal Surface Area [m2] x Drag Coefficient x Air Density [kg/m3].
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windSpeed as Lang.Float or Null
The simulated wind speed setting for simulation mode.
Instance Attribute Details
var draftFactor as Lang.Float or Null
The simulated draft factor setting for simulation mode A draft factor of 0 removes all wind resistance, and 1.0 indicates no drafting effects.
var slope as Lang.Float or Null
The slope (grade) setting of the simulated track
var surfaceResistance as Lang.Float or Null
The simulated surface resistance coefficient for simulation mode. Dimensionless factor to quantify rolling resistance based on friction between bicycle tires and the tracker surface. Rolling Resistance [N] = (Bicycle Mass + Cyclist Mass) x Coefficient of Rolling Resistance x 9.8 Sample coefficients: Wooden track = 0.001 Smooth Concrete = 0.002 Asphalt Road = 0.004 Rough Road = 0.008
var windResistance as Lang.Float or Null
The simulated wind resistance coefficient setting for simulation mode Wind Resistance Coefficient [kg/m] = Frontal Surface Area [m2] x Drag Coefficient x Air Density [kg/m3]
var windSpeed as Lang.Float or Null
The simulated wind speed setting for simulation mode