public void Reset()
{
stopWatch.Reset();
accelerationFilter.Reset();
isTargetReached = false;
acceleration = 0;
speed = 0;
runCompleted = false;
accelerationProvider.SetDirection(true); // apply speed-up mode at sensor
RunResult runResult = new RunResult(ResultMode.ZeroToZero);
runResult.Load();
speedTarget = runResult.GetSpeedTargetMax();
speedTargetMin = speedTarget * 0.5f;
status = Localization.runModeWaitGreater;
if (Settings.IsSpeedUnitKph())
{
status += " " + Tools.ToKilometerPerHour(speedTarget) + " " + Settings.GetSpeedUnit();
}
else
{
status += " " + Tools.ToMilesPerHour(speedTarget) + " " + Settings.GetSpeedUnit();
}
}
public void Reset()
{
status = Localization.runModeWait;
stopWatch.Reset();
accelerationFilter.Reset();
timeSplit = "0.00s";
acceleration = 0;
speed = 0;
speedTargetLast = 0;
RunResult runResult = new RunResult(ResultMode.Speed);
runResult.Load();
speedTargetMax = runResult.GetSpeedTargetMax();
speedTargets = runResult.GetSpeedTargets();
accelerationProvider.SetDirection(true);
}
public void Reset()
{
stopWatch.Reset();
accelerationFilter.Reset();
isTargetMaxReached = false;
acceleration = 0;
speed = 0;
runCompleted = false;
RunResult runResult = new RunResult(ResultMode.Brake);
runResult.Load();
speedTargetMax = runResult.GetSpeedTargetMax();
speedTargets = runResult.GetSpeedTargets();
speedTargetMin = speedTargets[0] * 0.5f; // index 0 is lowest target
accelerationProvider.SetDirection(true); // apply speed-up mode at sensor
string targets = "";
foreach (float f in speedTargets)
{
if (Settings.IsSpeedUnitKph())
{
targets += Tools.ToKilometerPerHour(f);
}
else
{
targets += Tools.ToMilesPerHour(f);
}
targets += "/";
}
targets = Tools.ReplaceLastOccurrence(targets, "/", "");
status = Localization.runModeWaitGreater + " " + targets + " " + Settings.GetSpeedUnit();
}
