Framework
classDiagram
GridView <-- Grid
GlobalBasis <-- GridView
Assembler <-- GlobalBasis
NonlinearOperator <-- Assembler
Assembler <-- FiniteElement
FiniteElement <-- FERequirements
FERequirements <|-- ResultRequirements
FiniteElement <-- ResultRequirements
FiniteElement <-- Local function
Localfunction <-- Localbasis
GlobalBasis <--> Localbasis
Localfunction <-- Manifold
NonlinearSolver <-- NonlinearOperator
NonlinearSolver <-- LinearSolver
Controlroutine <-- NonlinearSolver
VTKWriter <-- Controlroutine
DirichletConditions .. Assembler
DirichletConditions .. Controlroutine
Controlroutine <|-- IObservable
NonlinearSolver <|-- IObservable
Observer ..> IObservable
FERequirements <-- Affordances
Affordances <-- ScalarAffordances
Affordances <-- VectorAffordances
Affordances <-- MatrixAffordances
ResultRequirements <-- ResultType
class ScalarAffordances{
<<enumeration>>
mechanicalPotentialEnergy
microMagneticPotentialEnergy
...
}
class VectorAffordances{
<<enumeration>>
forces
microMagneticForces
...
}
class MatrixAffordances{
<<enumeration>>
stiffness
materialstiffness
geometricstiffness
mass
stiffnessdiffBucklingVector
microMagneticHessian
...
}
class ResultType{
<<enumeration>>
noType
magnetization
gradientNormOfMagnetization
vectorPotential
divergenceOfVectorPotential
BField
HField
cauchyStress
director
...
}
class Observer{
+update()
}
class DirichletConditions{
TBA
}
class IObservable{
+subscribe()
+subscribeAll()
+unSubscribe()
+unSubscribeAll()
+notify()
}
class FERequirements{
+hasAffordance()
+getGlobalSolution()
+getParameter()
}
class ResultRequirements{
+isResultRequested()
+getParameter()
}
class Assembler{
+getScalar()
+getVector()
+getMatrix()
+getReducedMatrix()
+getReducedVector()
+createFullVector()
}
class GridView{
+elements(gridView)
+vertices(gridView)
+edges(gridView)
+surfaces(gridView)
}
class Controlroutine{
+run()
}
class NonlinearSolver{
+setup()
+solve()
+nonLinearOperator()
}
class GlobalBasis{
+localView()
}
class Grid{
+leafGridView()
}
class FiniteElement{
+calculateScalar()
+calculateVector()
+calculateMatrix()
+calculateAt()
}
class LinearSolver{
+analyzePattern()
+factorize()
+compute()
+solve()
}
class NonlinearOperator{
+value()
+derivative()
+secondDerivative()
+nthDerivative<n>()
+subOperator()
}
class Localfunction{
+calculateFunction()
+calculateDerivative()
+bind()
+viewOverIntegrationPoints()
}
class Localbasis{
+calculateFunction()
+evaluateJacobian()
+bind()
+isBound()
+viewOverIntegrationPoints()
}
class Manifold{
+setValue()
+operator+=()
+getValue()
+size()
+size()
}
click NonlinearOperator href "../nonlinearOperator/"
click LinearSolver href "../solvers/#linear-solver"
click NonlinearSolver href "../solvers/#non-linear-solver"
click FiniteElement href "../finiteElements/"
click GridView href "../grid/"
click Grid href "../grid/"
click Controlroutine href "../controlRoutines/"
click Assembler href "../assembler/"
click Localfunction href "../localFunctions/"
click Manifold href "../manifolds/"
click Localbasis href "../localBasis/"
click FERequirements href "../feRequirements/"
click ResultRequirements href "../feRequirements/#fe-result-requirements"
click Affordances href "../feRequirements/"
click ResultType href "../feRequirements/"
click IObservable href "../observer/#iobservable"
click Observer href "../observer/#iobserver"
click GlobalBasis href "../globalBasis/"