private static FmsMovementClassificationResult ClassifyMovement(FmsMovementData movementSet)
{
return(new FmsMovementClassificationResult(
MovementClassification.CalculateFlag(movementSet),
MovementClassification.RecommendedAction(movementSet)
));
}
internal FunctionalMovementScreen(
FmsMovementData deepSquat,
FmsMovementSet hurdleStep,
FmsMovementSet inlineLunge,
FmsMovementSet shoulderMobility,
FmsMovementSet activeStraightLegRaise,
FmsMovementData trunkStabilityPushup,
FmsMovementSet rotaryStability)
{
DeepSquat = deepSquat;
HurdleStep = hurdleStep;
InlineLunge = inlineLunge;
ShoulderMobility = shoulderMobility;
ActiveStraightLegRaise = activeStraightLegRaise;
TrunkStabilityPushup = trunkStabilityPushup;
RotaryStability = rotaryStability;
}
public static FmsRecommendedAction RecommendedAction(FmsMovementData movement)
{
var flag = CalculateFlag(movement);
if (flag == FmsScoreFlag.L0R0)
{
return(FmsRecommendedAction.MedicalAttention);
}
if (flag == FmsScoreFlag.L1R1)
{
return(FmsRecommendedAction.Restricted);
}
if (flag == FmsScoreFlag.L2R2 || flag == FmsScoreFlag.L3R3)
{
return(FmsRecommendedAction.Unrestricted);
}
throw new InvalidEnumArgumentException(nameof(flag));
}
public static FmsScoreFlag CalculateFlag(FmsMovementData movement)
{
var score = movement.Score;
if (score == 0)
{
return(FmsScoreFlag.L0R0);
}
if (score == 1)
{
return(FmsScoreFlag.L1R1);
}
if (score == 2)
{
return(FmsScoreFlag.L2R2);
}
if (score == 3)
{
return(FmsScoreFlag.L3R3);
}
throw new ArgumentOutOfRangeException(nameof(score));
}
public FmsMovementSet()
{
Left = new FmsMovementData();
Right = new FmsMovementData();
}
public FmsMovementSet Build(FmsMovementData left, FmsMovementData right)
{
return(new FmsMovementSet(left, right));
}
internal FmsMovementSet(FmsMovementData left, FmsMovementData right)
{
Left = left;
Right = right;
}
