Namespace List

Here is a list of all namespaces with brief descriptions:

[detail level 12]

▼Nceps	A namespace for all utility methods
Nhash	Namespace for hash generation tools
Nmath	Math typedef for matrix coefficients of a single element
CFunction	Function caller : abstract base, only contains an variadic operator()
CResultOfImpl	Simply to indicate that ResultOfImpl will be a template to be specialized
CResultOfImpl< Function< _Res(_Args...)> >	Used to get the return type of a Function struct
CResultOfImpl< _DerivedFn< _Signature > >	Used to get the return type of a function
CFunction< _Res(_Args...)>	Base Function type for ceps. It's an abstract class which contains only a variadic operator parenthesis. Specialized to signature _Res(_Args...)
CMemberFunction	Just to say that MemberFunction will be templated
CMemberFunction< _Class, _Res(_Class::*)(_Args...)>	A struct that can be used to convert member functions into ceps::Function
CMemberFunction< _Class *, _Res(_Class::*)(_Args...)>	A struct that can be used to convert member functions into ceps::Function pointer specialization
CConstantFunction	Specialization of ceps::Function that returns constant values
CConstantFunction< _Res(_Args...)>	Specialization of ceps::Function that returns constant values
CPiecewiseFunction	Specialization of ceps::Function with several constant values
CPiecewiseFunction< _N, _Object, _Res(_Args...)>	Specialization of ceps::Function with several constant values
CResultOfOperationStruct
CResultOfOperationStruct<'+', _T1, _T2 >	Gives the type of result of addition
CResultOfOperationStruct<'-', _T1, _T2 >	Gives the type of result of substraction
CResultOfOperationStruct<' *', _T1, _T2 >	Gives the type of result of multiplication
CResultOfOperationStruct<'/', _T1, _T2 >	Gives the type of result of division
CFunctionOperation	The product of two functions, a function mult(_Res1,_Res2) must be implemented to be able to deduce the type of the product
CHoldsAttributes	An abstract class from which all objects that contain region attributes should derive
CHoldsBoundary	Abstract class to describe if an entity is on a boundary or not Objects that can be located in a mesh should inherit from this class
CHoldsCells	An abstract class for objects that regroup pointers to cells (eg a mesh, a finite elements discretization, a finite volume discretization)
CHoldsDimension	Abstract class for objects that have a dimensionality (0D to 3D)
CHoldsGeomObject	For objects that have pointers to either a node or a cell
CHoldsGlobalIndex	Abstract class for objects that have a global index
CHoldsNodes
CHoldsProcIds	Abstract class for objects that contain a CPU Id
NMeshReaderType	Enum for better reading of code