Package fhm.edu.fem.calc.objects

Provides all objects used in the calculations along with the static functions used for integral calculation.

See:
          Description

Interface Summary
MathObject Class Description: This interface acts as superinterface of Vector and Matrix
 

Class Summary
Border Class Description: This class represents a "border"
BorderList Class Description: This class acts as border list.
Calculation Class Description: This class acts as super container of a calculation holding the calculation's conditions
CompilationFunctions Class Description: Holds all the static function methods needed for the Gauss-Quadrature Compilation of the Complete Stiffness Matrix used in FEMGaussQuadrature
Condition Class Description: This class acts as container for a specific condition needed in a calculation
CTab Class Description: This class represents a "ctab"
CTabList Class Description: This class acts as ctab list.
Element Class Description: This class acts as "element"
ElementList Class Description: This class acts as element list.
Force Class Description: This class acts as "force"
ForceList Class Description: This class acts as force list.
Functions Class Description: Holds all the static function methods needed for the 2nd "Leistungsnachweis"
LineIntegralFunctions Class Description: Holds all the static function methods needed for the calculation of the line integral when we deal with temperature problems via FEMCalcTemperature
MembraneCircle Class Description: This class acts as membrane circle in case of FEM5.
MembraneFunctions Class Description: This class holds the methods to calculate the Fourier Coefficients via the double-integral and also a static method to calculate w0 at a given point (x,y)
Node Class Description: This class acts as "node"
NodeList Class Description: This class acts as node list.
Vector Class Description: This class represents a vector.
 

Package fhm.edu.fem.calc.objects Description

Provides all objects used in the calculations along with the static functions used for integral calculation.