public void OnNewLap()
{
if (workout == null)
{
FITRecorder.TerminateLap();
}
}
public void Stop()
{
StopWorkout();
acInterface.Stop();
FITRecorder.Stop();
hrmCommander.Stop();
cadCommander.Stop();
fecCommander.Stop();
bpCommander.Stop();
}
internal void StopWorkout()
{
workout = null;
AntManagerState.Instance.WorkoutName = null;
AntManagerState.Instance.TargetPower = 0;
AntManagerState.Instance.NextTargetPower = 0;
AntManagerState.Instance.RemainingIntervalTime = 0;
AntManagerState.Instance.RemainingTotalTime = 0;
AntManagerState.Instance.WorkoutElapsedTime = 0;
AntManagerState.Instance.WorkoutMessage = null;
AntManagerState.WriteToMemory();
FITRecorder.TerminateLap();
}
internal void StartWorkout(string filename)
{
try
{
if (bikeModel == BikeModel.FEC)
{
throw new Exception("Workouts not compatible with FEC bike model");
}
AntManagerState.Instance.WorkoutName = filename;
AntManagerState.Instance.WorkoutElapsedTime = 0;
workout = GenericWorkout.Factory(AntManagerState.Instance.WorkoutName);
FITRecorder.TerminateLap();
}
catch (Exception e)
{
workout = null;
AntManagerState.Instance.WorkoutName = null;
Console.WriteLine("Did not load workout." + e.Message);
}
}
override public void Update()
{
var time = System.DateTime.Now;
double dt = time.Subtract(previousFrameTimestamp).TotalSeconds;
previousFrameTimestamp = time;
FITRecorder.AddRecord();
AntManagerState.Instance.TripTotalKm += (float)(AntManagerState.Instance.BikeSpeedKmh / 1000 / 3.6 * dt);
AntManagerState.Instance.TripTotalTime += (float)dt;
Console.WriteLine("update");
workout?.Update();
if (workout?.IsFinished == false)
{
AntManagerState.Instance.WorkoutElapsedTime += (float)dt;
}
else if (workout?.IsFinished == true)
{
StopWorkout();
}
}
void InitFIT()
{
FITRecorder.Start();
}
public void Update()
{
var time = System.DateTime.Now;
double dt = time.Subtract(previousFrameTimestamp).TotalSeconds;
previousFrameTimestamp = time;
FITRecorder.AddRecord();
AntManagerState.Instance.TripTotalKm += (float)(AntManagerState.Instance.BikeSpeedKmh / 1000 / 3.6 * dt);
AntManagerState.Instance.TripTotalTime += (float)dt;
// we take the power from power meter (bike power) if the settings tells us so
bool takePowerFromBP = ConfigurationManager.AppSettings["power_source"].Equals("bp");
if (takePowerFromBP && (bpCommander?.IsFound ?? false))
{
AntManagerState.Instance.CyclistPower = bpCommander.LastPower;
}
else if (fecCommander?.IsFound ?? false)
{
AntManagerState.Instance.CyclistPower = fecCommander.LastPower;
}
else
{
AntManagerState.Instance.CyclistPower = 0;
}
// Take cadence from cadence, then speed/cadence, then PM
if (cadCommander?.IsFound ?? false)
{
AntManagerState.Instance.BikeCadence = (int)Math.Round(cadCommander.LastCadence);
}
else if (scCommander?.IsFound ?? false)
{
AntManagerState.Instance.BikeCadence = (int)Math.Round(scCommander.LastCadence);
}
else if (bpCommander?.IsFound ?? false)
{
AntManagerState.Instance.BikeCadence = (int)Math.Round(bpCommander.LastCadence);
}
else
{
AntManagerState.Instance.BikeCadence = 0;
}
if (hrmCommander?.IsFound ?? false)
{
AntManagerState.Instance.CyclistHeartRate = hrmCommander.LastBPM;
}
else
{
AntManagerState.Instance.CyclistHeartRate = 0;
}
if ((fecCommander?.IsFound ?? false) && bikeModel == BikeModel.FEC)
{
AntManagerState.Instance.BikeSpeedKmh = fecCommander.SpeedKmh;
}
AntManagerState.WriteToMemory();
workout?.Update();
if (workout?.IsFinished == false)
{
AntManagerState.Instance.WorkoutElapsedTime += (float)dt;
}
else if (workout?.IsFinished == true)
{
StopWorkout();
}
}
