/*** Private methods ***************************************************************************************************/
private static double GetAlongTheMemberResult(IScheme scheme, IModel model, Dictionary <int, double[, ]> elementBoundaryDisplacements, double x, int startNodeNumber, int elementNumber)
{
IBeamProperty beamProperty = model.Beam.Properties.Where(beam => beam.Number == elementNumber).FirstOrDefault();
double L = beamProperty.Lb;
double s = ResultHelper.GetScalingParameter(scheme, x, startNodeNumber, L);
double[,] currentShapeFunctionsVector = GetShapeFunctionsVector(s, L);
double[,] result = MatrixTransformation.Multiply(currentShapeFunctionsVector, elementBoundaryDisplacements[elementNumber]);
return(result[0, 0]);
}
private static double GetAlongTheMemberResult(IModel model, Dictionary <int, double[, ]> elementBoundaryDisplacements, int elementNumber)
{
IBeamProperty beamProperty = model.Beam.Properties.Where(beam => beam.Number == elementNumber).FirstOrDefault();
double L = beamProperty.Lb;
double[,] currentShapeFunctionsVector = GetShapeFunctionsVector(L);
double[,] result;
result = MatrixTransformation.Multiply(currentShapeFunctionsVector, elementBoundaryDisplacements[elementNumber]);
double resultFactor = beamProperty.Ey * beamProperty.Iy / Math.Pow(beamProperty.Lb, 3);
result = MatrixTransformation.Multiply(result, resultFactor);
return(result[0, 0]);
}