//---------------------------------------------------------------------------------------------
//Матрица вращения для точек окружности
private RealMatrix GetRotationMatrix(Point3D[] circlePoints)
{
//PlaneDescriptor circlePointsPlane = this.GetPlane( circlePoints );
PlaneApproximator planeApproximator = new PlaneApproximator();
PlaneDescriptor circlePointsPlane = planeApproximator.Approximate(circlePoints);
this.CirclePointsPlane = circlePointsPlane; //debug
RealVector circlePointsPlaneNormalVector = circlePointsPlane.GetNormalVector();
RealVector vectorN = new RealVector(1, 1, 1);
RealMatrix rotationMatrix = SpaceManager.GetRotationMatrixToTargetVector
(circlePointsPlaneNormalVector, vectorN);
return(rotationMatrix);
}
//------------------------------------------------------------------------------------------
//------------------------------------------------------------------------------------------
//------------------------------------------------------------------------------------------
/*
* //Значение целевой функции для интерферограмм при определенном значении гамма
* //( Расстояния до средней точки )
* private double GetTargetFunctionValue(
* double gamma, RealMatrix[] interferograms, BitMask2D bitMask
* ) {
* RealMatrix[] gammaCorrectedInterferograms =
* this.GetGammaCorrectedInterferograms( gamma, interferograms );
* Point3D[] points = this.GetSpatialPoints( gammaCorrectedInterferograms, bitMask );
* Point3D midPoint = SpaceManager.GetMidPoint( points );
* double[] distancesFromPointsToMidPoint = SpaceManager.GetDistances( points, midPoint );
* double averageDistance = distancesFromPointsToMidPoint.Average();
* double targetFunctionValue =
* this.CalculateTargetFunctionValue( averageDistance, distancesFromPointsToMidPoint );
* return targetFunctionValue;
* }
*/
//------------------------------------------------------------------------------------------
//Значение целевой функции для интерферограмм при определенном значении гамма
//( Аппроксимация плоскостью - вычисление невязки )
private double GetTargetFunctionValue(
double gamma, RealMatrix[] interferograms, BitMask2D bitMask
)
{
RealMatrix[] gammaCorrectedInterferograms =
this.GetGammaCorrectedInterferograms(gamma, interferograms);
Point3D[] points = this.GetSpatialPoints(gammaCorrectedInterferograms, bitMask);
PlaneApproximator planeApproximator = new PlaneApproximator();
PlaneDescriptor planeDescriptor = planeApproximator.Approximate(points);
double[] misalignments = planeDescriptor.GetPointsMisalignments(points);
double averageMisalignment = misalignments.Average();
double targetFunctionValue =
this.CalculateTargetFunctionValue(averageMisalignment, misalignments);
return(targetFunctionValue);
}
