internal void ProcessData(string movementData1, string movementData2)
{
MovementData movement1Pre = helper.ConvertInputDataToMovementData(movementData1);
MovementData movement2Pre = helper.ConvertInputDataToMovementData(movementData2);
MovementData movement1 = Helper.GetShorterMovement(movement1Pre, movement2Pre);
MovementData movement2 = Helper.GetLongerMovement(movement1Pre, movement2Pre);
MovementForDistanceCoeffitient movementX = new MovementForDistanceCoeffitient(movement1.doubleDataX, movement2.doubleDataX);
MovementForDistanceCoeffitient movementY = new MovementForDistanceCoeffitient(movement1.doubleDataY, movement2.doubleDataY);
MovementForDistanceCoeffitient movementZ = new MovementForDistanceCoeffitient(movement1.doubleDataZ, movement2.doubleDataZ);
List <DataForCountingDifference> differencesX = GetDifferences(movementX);
List <DataForCountingDifference> differencesY = GetDifferences(movementY);
List <DataForCountingDifference> differencesZ = GetDifferences(movementZ);
double distanceCoefX = CalculateDistanceCoefficient(differencesX);
double distanceCoefY = CalculateDistanceCoefficient(differencesY);
double distanceCoefZ = CalculateDistanceCoefficient(differencesZ);
double distanceCoefAverage = (distanceCoefX + distanceCoefY + distanceCoefZ) / 3.0;
mainForm.SetTab3DistanceCoefficientX(distanceCoefX.ToString("0.####"));
mainForm.SetTab3DistanceCoefficientY(distanceCoefY.ToString("0.####"));
mainForm.SetTab3DistanceCoefficientZ(distanceCoefZ.ToString("0.####"));
mainForm.SetTab3DistanceCoefficientAverage(distanceCoefAverage.ToString("0.####"));
Bitmap visualizationX = GenerateDifferencesVisualizationImage(differencesX);
Bitmap visualizationY = GenerateDifferencesVisualizationImage(differencesY);
Bitmap visualizationZ = GenerateDifferencesVisualizationImage(differencesZ);
mainForm.SetTab3PictureX(visualizationX);
mainForm.SetTab3PictureY(visualizationY);
mainForm.SetTab3PictureZ(visualizationZ);
}
private List <DataForCountingDifference> GetDifferences(MovementForDistanceCoeffitient movement)
{
List <DataForCountingDifference> differences = new List <DataForCountingDifference>();
for (int i = 0; i < movement.Lenght; i++)
{
DataForCountingDifference data = new DataForCountingDifference();
data.MinValue = movement.Bounds.Lower;
data.MaxValue = movement.Bounds.Upper;
data.Difference = Math.Abs(movement.Movement1Data[i] - movement.Movement2Data[i]);
data.StartValue = Math.Min(movement.Movement1Data[i], movement.Movement2Data[i]);
differences.Add(data);
}
return(differences);
}