KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
Kratos::Table< TArgumentType, TResultType, TResultsColumns > Member List

This is the complete list of members for Kratos::Table< TArgumentType, TResultType, TResultsColumns >, including all inherited members.

Clear()Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
Data()Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
Data() constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
Data()Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
Data() constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
GetNearestRow(TArgumentType const &X)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
GetNearestRow(TArgumentType const &X)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
GetNearestRow(TArgumentType const &X) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
GetNearestValue(TArgumentType const &X) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
GetValue(TArgumentType const &X) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
GetXVariable()Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
GetYVariable()Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
Info() constKratos::Table< TArgumentType, TResultType, TResultsColumns >inlinevirtual
Info() constKratos::Table< TArgumentType, TResultType, TResultsColumns >inlinevirtual
insert(TArgumentType const &X, TResultType const &Y)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
insert(TArgumentType const &X, TArrayType const &Y)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
insert(TArgumentType const &X, result_row_type const &Y)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
Interpolate(TArgumentType const &X, TArgumentType const &X1, TResultType const &Y1, TArgumentType const &X2, TResultType const &Y2, TResultType &Result)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
KRATOS_CLASS_POINTER_DEFINITION(Table)Kratos::Table< TArgumentType, TResultType, TResultsColumns >
KRATOS_CLASS_POINTER_DEFINITION(Table)Kratos::Table< TArgumentType, TResultType, TResultsColumns >
NameOfX() constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
NameOfY() constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
operator()(TArgumentType const &X) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
operator()(TArgumentType const &X) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
operator()(TArgumentType const &X)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
operator()(TArgumentType const &X, std::size_t J) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
operator()(TArgumentType const &X, std::size_t J)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
operator=(Table const &rOther)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
operator[](TArgumentType const &X) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
operator[](TArgumentType &X)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
operator[](TArgumentType const &X) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inline
operator[](TArgumentType &X)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
PrintData(std::ostream &rOStream) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inlinevirtual
PrintData(std::ostream &rOStream) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inlinevirtual
PrintInfo(std::ostream &rOStream) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inlinevirtual
PrintInfo(std::ostream &rOStream) constKratos::Table< TArgumentType, TResultType, TResultsColumns >inlinevirtual
PushBack(TArgumentType const &X, TResultType const &Y)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
PushBack(TArgumentType const &X, TResultType const &Y)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
PushBack(TArgumentType const &X, TArrayType const &Y)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
PushBack(TArgumentType const &X, result_row_type const &Y)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
RecordType typedefKratos::Table< TArgumentType, TResultType, TResultsColumns >
RecordType typedefKratos::Table< TArgumentType, TResultType, TResultsColumns >
result_array_type typedefKratos::Table< TArgumentType, TResultType, TResultsColumns >
result_row_type typedefKratos::Table< TArgumentType, TResultType, TResultsColumns >
Serializer classKratos::Table< TArgumentType, TResultType, TResultsColumns >friend
SetNameOfX(const std::string &name)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
SetNameOfY(const std::string &name)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
Table()Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
Table(XVariableType const &XVariable, YVariableType const &YVariable)Kratos::Table< TArgumentType, TResultType, TResultsColumns >inline
TableContainerType typedefKratos::Table< TArgumentType, TResultType, TResultsColumns >
TableContainerType typedefKratos::Table< TArgumentType, TResultType, TResultsColumns >
XVariableType typedefKratos::Table< TArgumentType, TResultType, TResultsColumns >
YVariableType typedefKratos::Table< TArgumentType, TResultType, TResultsColumns >
~Table()Kratos::Table< TArgumentType, TResultType, TResultsColumns >inlinevirtual
~Table()=defaultKratos::Table< TArgumentType, TResultType, TResultsColumns >virtual