KratosMultiphysics.ResidualBasedBlockBuilderAndSolver

KratosMultiphysics.ResidualBasedBlockBuilderAndSolver = class ResidualBasedBlockBuilderAndSolver(BuilderAndSolver)

| |

Method resolution order:

[ResidualBasedBlockBuilderAndSolver](KratosMultiphysics.ResidualBasedBlockBuilderAndSolver)
[BuilderAndSolver](KratosMultiphysics.BuilderAndSolver)
pybind11_builtins.pybind11_object
[builtins.object](builtins.html#object)

---

Methods defined here:

init(...)

`__init__(self: Kratos.ResidualBasedBlockBuilderAndSolver, arg0: Kratos.LinearSolver) -> None`

---

Methods inherited from BuilderAndSolver:

ApplyDirichletConditions(...)

`ApplyDirichletConditions(self: Kratos.BuilderAndSolver, arg0: Kratos.Scheme, arg1: Kratos.ModelPart, arg2: Kratos.CompressedMatrix, arg3: Kratos.Vector, arg4: Kratos.Vector) -> None`

Build(...)

`Build(self: Kratos.BuilderAndSolver, arg0: Kratos.Scheme, arg1: Kratos.ModelPart, arg2: Kratos.CompressedMatrix, arg3: Kratos.Vector) -> None`

BuildAndSolve(...)

`BuildAndSolve(self: Kratos.BuilderAndSolver, arg0: Kratos.Scheme, arg1: Kratos.ModelPart, arg2: Kratos.CompressedMatrix, arg3: Kratos.Vector, arg4: Kratos.Vector) -> None`

BuildLHS(...)

`BuildLHS(self: Kratos.BuilderAndSolver, arg0: Kratos.Scheme, arg1: Kratos.ModelPart, arg2: Kratos.CompressedMatrix) -> None`

BuildRHS(...)

`BuildRHS(self: Kratos.BuilderAndSolver, arg0: Kratos.Scheme, arg1: Kratos.ModelPart, arg2: Kratos.Vector) -> None`

BuildRHSAndSolve(...)

`BuildRHSAndSolve(self: Kratos.BuilderAndSolver, arg0: Kratos.Scheme, arg1: Kratos.ModelPart, arg2: Kratos.CompressedMatrix, arg3: Kratos.Vector, arg4: Kratos.Vector) -> None`

CalculateReactions(...)

`CalculateReactions(self: Kratos.BuilderAndSolver, arg0: Kratos.Scheme, arg1: Kratos.ModelPart, arg2: Kratos.CompressedMatrix, arg3: Kratos.Vector, arg4: Kratos.Vector) -> None`

Check(...)

`Check(self: Kratos.BuilderAndSolver, arg0: Kratos.ModelPart) -> int`

Clear(...)

`Clear(self: Kratos.BuilderAndSolver) -> None`

FinalizeSolutionStep(...)

`FinalizeSolutionStep(self: Kratos.BuilderAndSolver, arg0: Kratos.ModelPart, arg1: Kratos.CompressedMatrix, arg2: Kratos.Vector, arg3: Kratos.Vector) -> None`

GetCalculateReactionsFlag(...)

`GetCalculateReactionsFlag(self: Kratos.BuilderAndSolver) -> bool`

GetDofSet(...)

`GetDofSet(self: Kratos.BuilderAndSolver) -> Kratos.DofsArrayType`

GetDofSetIsInitializedFlag(...)

`GetDofSetIsInitializedFlag(self: Kratos.BuilderAndSolver) -> bool`

GetEchoLevel(...)

`GetEchoLevel(self: Kratos.BuilderAndSolver) -> int`

GetEquationSystemSize(...)

`GetEquationSystemSize(self: Kratos.BuilderAndSolver) -> int`

GetReshapeMatrixFlag(...)

`GetReshapeMatrixFlag(self: Kratos.BuilderAndSolver) -> bool`

InitializeSolutionStep(...)

`InitializeSolutionStep(self: Kratos.BuilderAndSolver, arg0: Kratos.ModelPart, arg1: Kratos.CompressedMatrix, arg2: Kratos.Vector, arg3: Kratos.Vector) -> None`

ResizeAndInitializeVectors(...)

`ResizeAndInitializeVectors(self: Kratos.BuilderAndSolver, arg0: Kratos.Scheme, arg1: Kratos.CompressedMatrix, arg2: Kratos.Vector, arg3: Kratos.Vector, arg4: Kratos.ModelPart) -> None`

SetCalculateReactionsFlag(...)

`SetCalculateReactionsFlag(self: Kratos.BuilderAndSolver, arg0: bool) -> None`

SetDofSetIsInitializedFlag(...)

`SetDofSetIsInitializedFlag(self: Kratos.BuilderAndSolver, arg0: bool) -> None`

SetEchoLevel(...)

`SetEchoLevel(self: Kratos.BuilderAndSolver, arg0: int) -> None`

SetReshapeMatrixFlag(...)

`SetReshapeMatrixFlag(self: Kratos.BuilderAndSolver, arg0: bool) -> None`

SetUpDofSet(...)

`SetUpDofSet(self: Kratos.BuilderAndSolver, arg0: Kratos.Scheme, arg1: Kratos.ModelPart) -> None`

SetUpSystem(...)

`SetUpSystem(self: Kratos.BuilderAndSolver, arg0: Kratos.ModelPart) -> None`

SystemSolve(...)

`SystemSolve(self: Kratos.BuilderAndSolver, arg0: Kratos.CompressedMatrix, arg1: Kratos.Vector, arg2: Kratos.Vector) -> None`

---

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.`