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KratosMultiphysics.Element
KratosMultiphysics.Element = class Element(GeometricalObject, Flags)
Method resolution order:
[Element](KratosMultiphysics.Element)
[GeometricalObject](KratosMultiphysics.GeometricalObject)
[IndexedObject](KratosMultiphysics.IndexedObject)
[Flags](KratosMultiphysics.Flags)
pybind11_builtins.pybind11_object
[builtins.object](builtins.html#object)
Methods defined here:
Calculate(...)
`Calculate(*args, **kwargs)
Overloaded function.
1. Calculate(self: Kratos.Element, arg0: Kratos.DoubleVariable, arg1: Kratos::ProcessInfo) -> float
2. Calculate(self: Kratos.Element, arg0: Kratos.Array1DVariable3, arg1: Kratos::ProcessInfo) -> Kratos.Array3
3. Calculate(self: Kratos.Element, arg0: Kratos.VectorVariable, arg1: Kratos::ProcessInfo) -> Kratos.Vector
4. Calculate(self: Kratos.Element, arg0: Kratos.MatrixVariable, arg1: Kratos::ProcessInfo) -> Kratos.Matrix`
CalculateDampingMatrix(...)
CalculateDampingMatrix(self: Kratos.Element, arg0: Kratos.Matrix, arg1: Kratos::ProcessInfo) -> None
CalculateFirstDerivativesLHS(...)
CalculateFirstDerivativesLHS(self: Kratos.Element, arg0: Kratos.Matrix, arg1: Kratos::ProcessInfo) -> None
CalculateLocalSystem(...)
CalculateLocalSystem(self: Kratos.Element, arg0: Kratos.Matrix, arg1: Kratos.Vector, arg2: Kratos::ProcessInfo) -> None
CalculateLocalVelocityContribution(...)
CalculateLocalVelocityContribution(self: Kratos.Element, arg0: Kratos.Matrix, arg1: Kratos.Vector, arg2: Kratos::ProcessInfo) -> None
CalculateMassMatrix(...)
CalculateMassMatrix(self: Kratos.Element, arg0: Kratos.Matrix, arg1: Kratos::ProcessInfo) -> None
CalculateOnIntegrationPoints(...)
`CalculateOnIntegrationPoints(*args, **kwargs)
Overloaded function.
1. CalculateOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.DoubleVariable, arg1: Kratos::ProcessInfo) -> list
2. CalculateOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.Array1DVariable3, arg1: Kratos::ProcessInfo) -> list
3. CalculateOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.VectorVariable, arg1: Kratos::ProcessInfo) -> list
4. CalculateOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.MatrixVariable, arg1: Kratos::ProcessInfo) -> list`
CalculateSecondDerivativesLHS(...)
CalculateSecondDerivativesLHS(self: Kratos.Element, arg0: Kratos.Matrix, arg1: Kratos::ProcessInfo) -> None
CalculateSensitivityMatrix(...)
`CalculateSensitivityMatrix(*args, **kwargs)
Overloaded function.
1. CalculateSensitivityMatrix(self: Kratos.Element, arg0: Kratos.DoubleVariable, arg1: Kratos.Matrix, arg2: Kratos::ProcessInfo) -> None
2. CalculateSensitivityMatrix(self: Kratos.Element, arg0: Kratos.Array1DVariable3, arg1: Kratos.Matrix, arg2: Kratos::ProcessInfo) -> None`
GetArea(...)
GetArea(self: Kratos.Element) -> float
GetFirstDerivativesVector(...)
`GetFirstDerivativesVector(*args, **kwargs)
Overloaded function.
1. GetFirstDerivativesVector(self: Kratos.Element, arg0: Kratos.Vector) -> None
2. GetFirstDerivativesVector(self: Kratos.Element, arg0: Kratos.Vector, arg1: int) -> None`
GetGeometry(...)
GetGeometry(self: Kratos.Element) -> Kratos::Geometry<Kratos::Node<3ul, Kratos::Dof<double> > >
GetIntegrationPoints(...)
GetIntegrationPoints(self: Kratos.Element) -> list
GetNode(...)
GetNode(self: Kratos.Element, arg0: int) -> Kratos.Node
GetNodes(...)
GetNodes(self: Kratos.Element) -> list
GetSecondDerivativesVector(...)
`GetSecondDerivativesVector(*args, **kwargs)
Overloaded function.
1. GetSecondDerivativesVector(self: Kratos.Element, arg0: Kratos.Vector) -> None
2. GetSecondDerivativesVector(self: Kratos.Element, arg0: Kratos.Vector, arg1: int) -> None`
GetValue(...)
`GetValue(*args, **kwargs)
Overloaded function.
1. GetValue(self: Kratos.Element, arg0: Kratos.Array1DVariable3) -> Kratos.Array3
2. GetValue(self: Kratos.Element, arg0: Kratos.Array1DVariable4) -> Kratos.Array4
3. GetValue(self: Kratos.Element, arg0: Kratos.Array1DVariable6) -> Kratos.Array6
4. GetValue(self: Kratos.Element, arg0: Kratos.Array1DVariable9) -> Kratos.Array9
5. GetValue(self: Kratos.Element, arg0: Kratos.VectorVariable) -> Kratos.Vector
6. GetValue(self: Kratos.Element, arg0: Kratos.IntegerVectorVariable) -> boost::numeric::ublas::vector<int, boost::numeric::ublas::unbounded_array<int, std::allocator > >
7. GetValue(self: Kratos.Element, arg0: Kratos.MatrixVariable) -> Kratos.Matrix
8. GetValue(self: Kratos.Element, arg0: Kratos.IntegerVariable) -> int
9. GetValue(self: Kratos.Element, arg0: Kratos.DoubleVariable) -> float
10. GetValue(self: Kratos.Element, arg0: Kratos.BoolVariable) -> bool
11. GetValue(self: Kratos.Element, arg0: Kratos.StringVariable) -> str`
GetValuesOnIntegrationPoints(...)
`GetValuesOnIntegrationPoints(*args, **kwargs)
Overloaded function.
1. GetValuesOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.BoolVariable, arg1: Kratos::ProcessInfo) -> list
2. GetValuesOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.DoubleVariable, arg1: Kratos::ProcessInfo) -> list
3. GetValuesOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.Array1DVariable3, arg1: Kratos::ProcessInfo) -> list
4. GetValuesOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.VectorVariable, arg1: Kratos::ProcessInfo) -> list
5. GetValuesOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.MatrixVariable, arg1: Kratos::ProcessInfo) -> list`
Has(...)
`Has(*args, **kwargs)
Overloaded function.
1. Has(self: Kratos.Element, arg0: Kratos.Array1DVariable3) -> bool
2. Has(self: Kratos.Element, arg0: Kratos.Array1DVariable4) -> bool
3. Has(self: Kratos.Element, arg0: Kratos.Array1DVariable6) -> bool
4. Has(self: Kratos.Element, arg0: Kratos.Array1DVariable9) -> bool
5. Has(self: Kratos.Element, arg0: Kratos.VectorVariable) -> bool
6. Has(self: Kratos.Element, arg0: Kratos.IntegerVectorVariable) -> bool
7. Has(self: Kratos.Element, arg0: Kratos.MatrixVariable) -> bool
8. Has(self: Kratos.Element, arg0: Kratos.IntegerVariable) -> bool
9. Has(self: Kratos.Element, arg0: Kratos.DoubleVariable) -> bool
10. Has(self: Kratos.Element, arg0: Kratos.BoolVariable) -> bool
11. Has(self: Kratos.Element, arg0: Kratos.StringVariable) -> bool`
Initialize(...)
Initialize(self: Kratos.Element) -> None
ResetConstitutiveLaw(...)
ResetConstitutiveLaw(self: Kratos.Element) -> None
SetValue(...)
`SetValue(*args, **kwargs)
Overloaded function.
1. SetValue(self: Kratos.Element, arg0: Kratos.Array1DVariable3, arg1: Kratos.Array3) -> None
2. SetValue(self: Kratos.Element, arg0: Kratos.Array1DVariable4, arg1: Kratos.Array4) -> None
3. SetValue(self: Kratos.Element, arg0: Kratos.Array1DVariable6, arg1: Kratos.Array6) -> None
4. SetValue(self: Kratos.Element, arg0: Kratos.Array1DVariable9, arg1: Kratos.Array9) -> None
5. SetValue(self: Kratos.Element, arg0: Kratos.VectorVariable, arg1: Kratos.Vector) -> None
6. SetValue(self: Kratos.Element, arg0: Kratos.IntegerVectorVariable, arg1: boost::numeric::ublas::vector<int, boost::numeric::ublas::unbounded_array<int, std::allocator > >) -> None
7. SetValue(self: Kratos.Element, arg0: Kratos.MatrixVariable, arg1: Kratos.Matrix) -> None
8. SetValue(self: Kratos.Element, arg0: Kratos.IntegerVariable, arg1: int) -> None
9. SetValue(self: Kratos.Element, arg0: Kratos.DoubleVariable, arg1: float) -> None
10. SetValue(self: Kratos.Element, arg0: Kratos.BoolVariable, arg1: bool) -> None
11. SetValue(self: Kratos.Element, arg0: Kratos.StringVariable, arg1: str) -> None`
SetValuesOnIntegrationPoints(...)
`SetValuesOnIntegrationPoints(*args, **kwargs)
Overloaded function.
1. SetValuesOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.VectorVariable, arg1: list, arg2: int, arg3: Kratos::ProcessInfo) -> None
2. SetValuesOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.ConstitutuveLawVariable, arg1: list, arg2: Kratos::ProcessInfo) -> None
3. SetValuesOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.DoubleVariable, arg1: List[float], arg2: Kratos::ProcessInfo) -> None
4. SetValuesOnIntegrationPoints(self: Kratos.Element, arg0: Kratos.Array1DVariable3, arg1: list, arg2: Kratos::ProcessInfo) -> None`
getitem(...)
`getitem(*args, **kwargs)
Overloaded function.
1. getitem(self: Kratos.Element, arg0: Kratos.Array1DVariable3) -> Kratos.Array3
2. getitem(self: Kratos.Element, arg0: Kratos.Array1DVariable4) -> Kratos.Array4
3. getitem(self: Kratos.Element, arg0: Kratos.Array1DVariable6) -> Kratos.Array6
4. getitem(self: Kratos.Element, arg0: Kratos.Array1DVariable9) -> Kratos.Array9
5. getitem(self: Kratos.Element, arg0: Kratos.VectorVariable) -> Kratos.Vector
6. getitem(self: Kratos.Element, arg0: Kratos.IntegerVectorVariable) -> boost::numeric::ublas::vector<int, boost::numeric::ublas::unbounded_array<int, std::allocator > >
7. getitem(self: Kratos.Element, arg0: Kratos.MatrixVariable) -> Kratos.Matrix
8. getitem(self: Kratos.Element, arg0: Kratos.IntegerVariable) -> int
9. getitem(self: Kratos.Element, arg0: Kratos.DoubleVariable) -> float
10. getitem(self: Kratos.Element, arg0: Kratos.BoolVariable) -> bool
11. getitem(self: Kratos.Element, arg0: Kratos.StringVariable) -> str`
init(...)
__init__(self: Kratos.Element, arg0: int) -> None
setitem(...)
`setitem(*args, **kwargs)
Overloaded function.
1. setitem(self: Kratos.Element, arg0: Kratos.Array1DVariable3, arg1: Kratos.Array3) -> None
2. setitem(self: Kratos.Element, arg0: Kratos.Array1DVariable4, arg1: Kratos.Array4) -> None
3. setitem(self: Kratos.Element, arg0: Kratos.Array1DVariable6, arg1: Kratos.Array6) -> None
4. setitem(self: Kratos.Element, arg0: Kratos.Array1DVariable9, arg1: Kratos.Array9) -> None
5. setitem(self: Kratos.Element, arg0: Kratos.VectorVariable, arg1: Kratos.Vector) -> None
6. setitem(self: Kratos.Element, arg0: Kratos.IntegerVectorVariable, arg1: boost::numeric::ublas::vector<int, boost::numeric::ublas::unbounded_array<int, std::allocator > >) -> None
7. setitem(self: Kratos.Element, arg0: Kratos.MatrixVariable, arg1: Kratos.Matrix) -> None
8. setitem(self: Kratos.Element, arg0: Kratos.IntegerVariable, arg1: int) -> None
9. setitem(self: Kratos.Element, arg0: Kratos.DoubleVariable, arg1: float) -> None
10. setitem(self: Kratos.Element, arg0: Kratos.BoolVariable, arg1: bool) -> None
11. setitem(self: Kratos.Element, arg0: Kratos.StringVariable, arg1: str) -> None`
str(...)
__str__(self: Kratos.Element) -> str
Data descriptors defined here:
Properties ``
Data descriptors inherited from IndexedObject:
Id ``
Methods inherited from Flags:
Clear(...)
Clear(self: Kratos.Flags) -> None
Flip(...)
Flip(self: Kratos.Flags, arg0: Kratos.Flags) -> None
Is(...)
Is(self: Kratos.Flags, arg0: Kratos.Flags) -> bool
IsDefined(...)
IsDefined(self: Kratos.Flags, arg0: Kratos.Flags) -> bool
IsNot(...)
IsNot(self: Kratos.Flags, arg0: Kratos.Flags) -> bool
IsNotDefined(...)
IsNotDefined(self: Kratos.Flags, arg0: Kratos.Flags) -> bool
Reset(...)
Reset(self: Kratos.Flags, arg0: Kratos.Flags) -> None
Set(...)
`Set(*args, **kwargs)
Overloaded function.
1. Set(self: Kratos.Flags, arg0: Kratos.Flags) -> None
2. Set(self: Kratos.Flags, arg0: Kratos.Flags, arg1: bool) -> None`
and(...)
__and__(self: Kratos.Flags, arg0: Kratos.Flags) -> Kratos.Flags
or(...)
__or__(self: Kratos.Flags, arg0: Kratos.Flags) -> Kratos.Flags
Static methods inherited from pybind11_builtins.pybind11_object:
new(*args, **kwargs) from pybind11_builtins.pybind11_type
Create and return a new object. See help(type) for accurate signature.
- Getting Kratos (Last compiled Release)
- Compiling Kratos
- Running an example from GiD
- Kratos input files and I/O
- Data management
- Solving strategies
- Manipulating solution values
- Multiphysics
- Video tutorials
- Style Guide
- Authorship of Kratos files
- Configure .gitignore
- How to configure clang-format
- How to use smart pointer in Kratos
- How to define adjoint elements and response functions
- Visibility and Exposure
- Namespaces and Static Classes
Kratos structure
Conventions
Solvers
Debugging, profiling and testing
- Compiling Kratos in debug mode
- Debugging Kratos using GDB
- Cross-debugging Kratos under Windows
- Debugging Kratos C++ under Windows
- Checking memory usage with Valgind
- Profiling Kratos with MAQAO
- Creating unitary tests
- Using ThreadSanitizer to detect OMP data race bugs
- Debugging Memory with ASAN
HOW TOs
- How to create applications
- Python Tutorials
- Kratos For Dummies (I)
- List of classes and variables accessible via python
- How to use Logger
- How to Create a New Application using cmake
- How to write a JSON configuration file
- How to Access DataBase
- How to use quaternions in Kratos
- How to do Mapping between nonmatching meshes
- How to use Clang-Tidy to automatically correct code
- How to use the Constitutive Law class
- How to use Serialization
- How to use GlobalPointerCommunicator
- How to use PointerMapCommunicator
- How to use the Geometry
- How to use processes for BCs
- How to use Parallel Utilities in futureproofing the code
- Porting to Pybind11 (LEGACY CODE)
- Porting to AMatrix
- How to use Cotire
- Applications: Python-modules
- How to run multiple cases using PyCOMPSs
- How to apply a function to a list of variables
- How to use Kratos Native sparse linear algebra
Utilities
Kratos API
Kratos Structural Mechanics API