public static ExerciseSet Create(ContractionType type)
{
switch (type)
{
case ContractionType.Dynamic:
return(new DynamicExerciseSet
{
Reps = 1
});
case ContractionType.Isometric:
return(new IsometricExerciseSet
{
Duration = TimeSpan.FromSeconds(1)
});
default:
throw new ArgumentException($"Invalid contraction type: {type}");
}
}
//Calculations done for each Sample
public virtual void DataSampleCalculations()
{
powerArray.Add(FeedbackPower);
totalTimeSeconds = Convert.ToDouble((DateTime.Now - StartTime).TotalMilliseconds) / 1000;
timeArray.Add(totalTimeSeconds);
cadenceArray.Add(FeedbackSpeed);
angleArray.Add(FeedbackAngle1);
EcceSpeedArray.Add(FeedbackSpeed);
EcceSpeedArray.Add(FeedbackSpeed);
ConcSpeedArray.Add(FeedbackSpeed);
ConcSpeedArray.Add(FeedbackSpeed);
if (FeedbackTorque >= 0)
{
EcceTorque = FeedbackTorque;
ConcTorque = 0;
}
else
{
EcceTorque = 0;
ConcTorque = -FeedbackTorque;
}
//if (FeedbackTorque > 0 && FeedbackAngle1 >= 0 && FeedbackAngle1 <= 180)
//{
// EcceTorqueBack = FeedbackTorque;
// ConcTorqueBack = 0;
// EcceTorque = 0;
// ConcTorque = 0;
//}
//else if (FeedbackTorque > 0 && FeedbackAngle1 > 180 && FeedbackAngle1 < 360)
//{
// EcceTorqueBack = 0;
// ConcTorqueBack = 0;
// EcceTorque = FeedbackTorque;
// ConcTorque = 0;
//}
//else if (FeedbackTorque < 0 && FeedbackAngle1 >= 0 && FeedbackAngle1 <= 180)
//{
// EcceTorqueBack = 0;
// ConcTorqueBack = 0;
// EcceTorque = 0;
// ConcTorque = FeedbackTorque;
//}
//else if (FeedbackTorque < 0 && FeedbackAngle1 > 180 && FeedbackAngle1 < 360)
//{
// EcceTorqueBack = 0;
// ConcTorqueBack = FeedbackTorque;
// EcceTorque = 0;
// ConcTorque = 0;
//}
//else
//{
// EcceTorqueBack = 0;
// ConcTorqueBack = 0;
// EcceTorque = 0;
// ConcTorque = 0; ;
//}
#region If Direction is Forwards
if (FeedbackTorque >= 0) //Eccentric
{
if (Math.Abs(FeedbackTorque) >= MaxEcceTorque)
MaxEcceTorque = FeedbackTorque;
CoreContractionFlag = ContractionType.Eccentric;
if (CapturePowerFlag) CaptureAvgEcceTorqueArray.Add(FeedbackTorque);
AvgEcceTorqueArray.Add(FeedbackTorque);
AvgConcTorqueArray.Add(0);
}
else if (FeedbackTorque < 0) //Concentric
{
if (Math.Abs(FeedbackTorque) >= MaxConcTorque)
MaxConcTorque = Math.Abs(FeedbackTorque);
CoreContractionFlag = ContractionType.Concentric;
if (CapturePowerFlag) CaptureAvgConcTorqueArray.Add(Math.Abs(FeedbackTorque));
AvgConcTorqueArray.Add(Math.Abs(FeedbackTorque));
AvgEcceTorqueArray.Add(0);
}
if (FeedbackTorque < 0) //Concentic Power
{
ForwardsConcentricPowerArray.Add(FeedbackPower);
}
#endregion
#region Cycle Calculations
if (FeedbackAngle1 >= 0 && FeedbackAngle1 <= 20)
CounterTrigger = true;
else if (FeedbackAngle1 >= 340 && FeedbackAngle1 <= 360)
{
if (CounterTrigger == true)
{
CounterTrigger = false;
CycleCounter++;
}
}
#endregion
#region Energy Burned Calculations
//Calculate Calories Burned
incCalories = FeedbackPower * ((double)SampleElapsedTime / 1000) / 1000; //incremental Energy in kJ
TotalEnergyBurned = TotalEnergyBurned + incCalories;
#endregion
}
