public void DataAfterEvaluation(ref List <ExerciceEvaluation> exoEvalList, ref ExerciceEvaluation exo, ref SingletonReeducation ValeurReeducation, ref List <DataPosition> tempData)
{
tempDataFilted = new List <DataPosition>();
if (tempData.Count != 0)
{
VitMoy = 0.0;
resultDist = 0.0;
Stra = 0.0;
SpeedMet = 0.0;
JerkM = 0.0;
Ampli = 0.0;
Presi = 0.0;
VitMax = 0.0;
//Filtres
tempDataFilted = FiltreSurDonnees(exoEvalList, tempDataFilted, ref ValeurReeducation, ref tempData);
//Calculs
Calculs(exoEvalList, tempDataFilted, ref ValeurReeducation);
if (cycleInfo == cycleTot) // Vérifier si la moyenne est complète + RAZ pour next cycle
{
CalculMoyennes(); //On calcule les moyennes
if (exoEvalList[0].TypeExercice == ExerciceTypes.Evaluation)
{
if (exoEvalList[0].TypeEval == ExerciceEvalTypes.Forme)
{
ExerciceForme ef = (ExerciceForme)exoEvalList[0];
if (ef.TypeForme == FormeType.Carré)
{
exo = new Square(cycleTot, VitMoy, tabVitMoy, VitMax, tabVitMax, SpeedMet, tabSpeedMet, JerkM, tabJerkM, Presi, tabPresi);
}
else
{
exo = new Circle(cycleTot, VitMoy, tabVitMoy, VitMax, tabVitMax, SpeedMet, tabSpeedMet, JerkM, tabJerkM, Presi, tabPresi);
}
}
else
{
ExerciceMouvement ef = (ExerciceMouvement)exoEvalList[0];
if (ef.TypeDroite == DroiteType.VerticalLong)//FreeAmpl
{
exo = new FreeAmplitude(cycleTot, VitMoy, tabVitMoy, VitMax, tabVitMax, SpeedMet, tabSpeedMet, JerkM, tabJerkM, Stra, tabStra, Ampli, tabCoordYMax);
}
else
{
exo = new Target(cycleTot, VitMoy, tabVitMoy, VitMax, tabVitMax, SpeedMet, tabSpeedMet, JerkM, tabJerkM, Stra, tabStra, Presi, tabPresi);
}
}
}
CleanCycle(ref tempData); //On clean le cycle
}
}
}
private void Calculs(List <ExerciceEvaluation> exoEvalList, List <DataPosition> tempDataFilted, ref SingletonReeducation ValeurReeducation)
{
//Calculs
tabVitMoy[cycleInfo] = Ax_Vitesse.VitesseMoy(tempDataFilted, ref VitMax, 0.008); // Calc de la vitesse moyenne
tabVitMax[cycleInfo] = VitMax;
tabJerkM[cycleInfo] = Ax_Vitesse.JerkMet(tempDataFilted, VitMax, 0.008); // Calc du Jerk
tabResultDist[cycleInfo] = Ax_Position.Distance(tempDataFilted); // Calc de la distance réelle
tabDoub[0] = tabResultDist[cycleInfo];
double ampStrain = 0.0;
double coordYMax = 0.0;
if (exoEvalList[0].TypeEval == ExerciceEvalTypes.Mouvement)
{
ExerciceMouvement ef1 = (ExerciceMouvement)exoEvalList[0];
if (ef1.TypeDroite == DroiteType.VerticalLong) //FreeAmplitude
{
ampStrain = FreeAmplitude.CalAmpliFree(tempDataFilted, ref coordYMax); // special aller/retour :p
tabCoordYMax[cycleInfo] = coordYMax;
tabStra[cycleInfo] = Ax_Position.Straightness(ampStrain, tabDoub); // Calc de la Straightness
}
else if (ef1.TypeDroite == DroiteType.Vertical)
{
ampStrain = Target.CalAmpli(tempDataFilted); // Calc de l'amplitude
tabStra[cycleInfo] = Ax_Position.Straightness(ampStrain, tabDoub); // Calc de la Straightness
tabPresi[cycleInfo] = Target.PresciTarget(tempDataFilted); // calc precision target droite
}
}
else if (exoEvalList[0].TypeEval == ExerciceEvalTypes.Forme)
{
ExerciceForme ef = (ExerciceForme)exoEvalList[0];
if (ef.TypeForme == FormeType.Cercle)
{
DataPosition centre = new DataPosition(XCENTRE, YCENTRE); // 37.0 46.0
double Rayon = 4.0;
tabPresi[cycleInfo] = Circle.PreciCercle(tempDataFilted, centre, Rayon);
}
else
{
DataPosition centre = new DataPosition(XCENTRE, YCENTRE);
double longCot = 6.0, Orientation = 0.0;
tabPresi[cycleInfo] = Square.PreciCarre(tempDataFilted, centre, longCot, Orientation);
}
}
tabSpeedMet[cycleInfo] = tabVitMoy[cycleInfo] / tabVitMax[cycleInfo]; // Calc de la Speed Metrique
cycleInfo++;
}