Initialize.h File Reference
#include <shark/Core/Exception.h>#include <shark/Core/IParameterizable.h>#include <shark/LinAlg/BLAS/ublas.h>#include <iterator>#include <boost/type_traits/remove_reference.hpp>
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Classes | |
| struct | shark::detail::ADLVector< T > |
| Wrapper to enable argument dependent lookup for ublas vectors in shark namespace. More... | |
| class | shark::detail::Scalar< T > |
| Wrapper representing a single arithmetic value. More... | |
| struct | shark::detail::InitializerBase< Self > |
| Expression template as base class for all initializer expressions. More... | |
| class | shark::detail::VectorExpression< Expression > |
| Wrapper for all kinds of vectorexpression which saves the (sparse) vector in the target vector. More... | |
| class | shark::detail::MatrixExpression< Matrix > |
| Wrapper for all kinds of matrix expressions which saves the (sparse) matrix row by row in the target vector. More... | |
| class | shark::detail::ParameterizableExpression< T > |
| Wrapps a parametrizable Object so that it can be used to initialize or split a vector. More... | |
| class | shark::detail::ParameterizableExpression< T * > |
| Wrapps a pointer to a parametrizable Object so that it can be used to initialize or split a vector. More... | |
| class | shark::detail::ParameterizableExpression< T *const > |
| class | shark::detail::InitializerRange< Iterator, Wrapper > |
| Wrapper representing a range of vectors or matrices like std::vector<RealVector> or std::list<SparseRealMatrix>. More... | |
| struct | shark::detail::InitializerEnd |
| Marks the end of the initializer list template. More... | |
| class | shark::detail::InitializerNode< Parent, Expression > |
| The InitializerNode can initialize a vector on the basis of multiple vector or scalar expressions. More... | |
| class | shark::detail::VectorInitializer< VectorExpression, InitExpression > |
| VectorInitializer takes a Vector and an initialization expression to initialize the vector during destruction. More... | |
| class | shark::detail::VectorSplitter< VectorExpression, SplittingExpression > |
| VectorSplitter takes a Vector and a mutable initialization expression to split the vector during destruction. More... | |
Namespaces | |
| namespace | shark |
| AbstractSingleObjectiveOptimizer. | |
| namespace | shark::detail |
Macros | |
| #define | SHARK_INIT_INIT(Type, Argument) |
| #define | SHARK_INIT_COMMA(Type, Argument) |
| #define | SHARK_SPLIT_INIT(Type, Argument) |
| #define | SHARK_SPLIT_PROXY_INIT(Argument) |
| #define | SHARK_SPLIT_PROXY_COMMA(Argument) |
Functions | |
| template<class Sink > | |
| VectorInitializer< Sink, InitializerNode < InitializerEnd, Scalar < const typename Sink::value_type > > > | shark::detail::operator<< (const ADLVector< Sink > &sink, const typename Sink::value_type &value) |
| Begins the initialization argument with a vector as first right hand side argument. More... | |
| template<class Sink > | |
| VectorInitializer< Sink &, InitializerNode < InitializerEnd, Scalar < const typename Sink::value_type > > > | shark::detail::operator<< (const ADLVector< Sink & > &sink, const typename Sink::value_type &value) |
| template<class Sink , class Init > | |
| VectorInitializer< Sink, InitializerNode< Init, Scalar < const typename Sink::value_type > > > | shark::detail::operator, (const VectorInitializer< Sink, Init > &init, const typename Sink::value_type &value) |
| Appends a single vector expression c to the expression vec<<a,b -> vec<<a,b,c. More... | |
| template<class Sink , class Init > | |
| VectorInitializer< Sink &, InitializerNode< Init, Scalar< const typename Sink::value_type > > > | shark::detail::operator, (const VectorInitializer< Sink &, Init > &init, const typename Sink::value_type &value) |
| template<class Sink > | |
| VectorSplitter< Sink, InitializerNode < InitializerEnd, Scalar < typename Sink::value_type > > > | shark::detail::operator>> (const ADLVector< Sink > &sink, typename Sink::value_type &value) |
| Appends a single mutable vector expression. More... | |
| template<class Sink > | |
| VectorSplitter< Sink &, InitializerNode < InitializerEnd, Scalar < typename Sink::value_type > > > | shark::detail::operator>> (const ADLVector< Sink & > &sink, typename Sink::value_type &value) |
| template<class Source , class Init , class Sink > | |
| VectorSplitter< Source, InitializerNode< Init, VectorExpression< Sink & > > > | shark::detail::operator, (const VectorSplitter< Source, Init > &source, shark::blas::vector_expression< Sink > &vec) |
| Appends a single mutable vector expression. More... | |
| template<class Source , class Init , class Sink > | |
| VectorSplitter< Source, InitializerNode< Init, Sink > > | shark::detail::operator, (const VectorSplitter< Source, Init > &source, const InitializerBase< Sink > &vec) |
| Appends a initialization expression. More... | |
| template<class Source , class Init > | |
| VectorSplitter< Source, InitializerNode< Init, Scalar < typename Source::value_type > > > | shark::detail::operator, (const VectorSplitter< Source, Init > &source, typename Source::value_type &value) |
| Operator comma adds another value for splitting. More... | |
| template<class Source , class Init > | |
| VectorSplitter< Source &, InitializerNode< Init, Scalar< typename Source::value_type > > > | shark::detail::operator, (const VectorSplitter< Source &, Init > &source, typename Source::value_type &value) |
Macro Definition Documentation
| #define SHARK_INIT_COMMA | ( | Type, | |
| Argument | |||
| ) |
Value:
template<class Sink,class Init,class Source>\
VectorInitializer<Sink,InitializerNode<Init,Type > > operator,(const VectorInitializer<Sink,Init >& init,const Argument& vec){\
init.disable();\
typedef InitializerNode<Init,Type > newExpression;\
return VectorInitializer<Sink, newExpression>(init.m_vector,newExpression(init.expression(),vec()));\
}
Definition at line 411 of file Initialize.h.
| #define SHARK_INIT_INIT | ( | Type, | |
| Argument | |||
| ) |
Value:
template<class Sink,class Source>\
VectorInitializer<Sink,InitializerNode<InitializerEnd, Type> > operator<<(const ADLVector<Sink>& sink,const Argument& source){\
typedef InitializerNode<InitializerEnd,Type > Init;\
return VectorInitializer<Sink, Init>(sink.vector,Init(InitializerEnd(),source()));\
}
Definition at line 383 of file Initialize.h.
| #define SHARK_SPLIT_INIT | ( | Type, | |
| Argument | |||
| ) |
Value:
template<class Source,class Sink>\
VectorSplitter<Source,InitializerNode<InitializerEnd, Type> >\
operator>>(const ADLVector<Source>& source,Argument& sink){\
typedef InitializerNode<InitializerEnd,Type > Init;\
return VectorSplitter<Source, Init>(source.vector,Init(InitializerEnd(),sink()));\
}
Definition at line 481 of file Initialize.h.
| #define SHARK_SPLIT_PROXY_COMMA | ( | Argument | ) |
Value:
template<class Source,class Init,class Sink>\
VectorSplitter<Source,InitializerNode<Init,VectorExpression<Argument> > >\
operator,(const VectorSplitter<Source,Init >& source, Argument vec){\
source.disable();\
typedef InitializerNode<Init,VectorExpression<Argument> > newExpression;\
return VectorSplitter<Source, newExpression>(source.m_vector,newExpression(source.expression(),vec));\
}
Definition at line 557 of file Initialize.h.
| #define SHARK_SPLIT_PROXY_INIT | ( | Argument | ) |
Value:
template<class Source,class Sink>\
VectorSplitter<Source,InitializerNode<InitializerEnd, VectorExpression<Argument> > >\
operator>>(const ADLVector<Source>& source,Argument sink){\
typedef InitializerNode<InitializerEnd,VectorExpression<Argument> > Init;\
return VectorSplitter<Source, Init>(source.vector,Init(InitializerEnd(),sink));\
}
Definition at line 508 of file Initialize.h.