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::array_1d< T, N > Member List

This is the complete list of members for Kratos::array_1d< T, N >, including all inherited members.

array_1d()Kratos::array_1d< T, N >inline
array_1d(size_type array_size)Kratos::array_1d< T, N >inlineexplicit
array_1d(size_type array_size, value_type v)Kratos::array_1d< T, N >inlineexplicit
array_1d(const std::initializer_list< value_type > &rInitList)Kratos::array_1d< T, N >inlineexplicit
array_1d(size_type array_size, const array_type &rdata)Kratos::array_1d< T, N >inline
array_1d(const array_1d &v)Kratos::array_1d< T, N >inline
array_1d(const boost::numeric::ublas::vector_expression< AE > &ae)Kratos::array_1d< T, N >inline
array_type typedefKratos::array_1d< T, N >
assign(const boost::numeric::ublas::vector_expression< AE > &ae)Kratos::array_1d< T, N >inline
assign_temporary(array_1d &v)Kratos::array_1d< T, N >inline
begin() constKratos::array_1d< T, N >inline
begin()Kratos::array_1d< T, N >inline
clear()Kratos::array_1d< T, N >inline
closure_type typedefKratos::array_1d< T, N >
const_closure_type typedefKratos::array_1d< T, N >
const_reference typedefKratos::array_1d< T, N >
const_reverse_iterator typedefKratos::array_1d< T, N >
data() constKratos::array_1d< T, N >inline
data()Kratos::array_1d< T, N >inline
difference_type typedefKratos::array_1d< T, N >
end() constKratos::array_1d< T, N >inline
end()Kratos::array_1d< T, N >inline
erase_element(size_type i)Kratos::array_1d< T, N >inline
find(size_type i) constKratos::array_1d< T, N >inline
find(size_type i)Kratos::array_1d< T, N >inline
insert_element(size_type i, const_reference t)Kratos::array_1d< T, N >inline
KRATOS_CLASS_POINTER_DEFINITION(array_1d)Kratos::array_1d< T, N >
minus_assign(const boost::numeric::ublas::vector_expression< AE > &ae)Kratos::array_1d< T, N >inline
operator()(size_type i) constKratos::array_1d< T, N >inline
operator()(size_type i)Kratos::array_1d< T, N >inline
operator*=(const AT &at)Kratos::array_1d< T, N >inline
operator+=(const boost::numeric::ublas::vector_expression< AE > &ae)Kratos::array_1d< T, N >inline
operator-=(const boost::numeric::ublas::vector_expression< AE > &ae)Kratos::array_1d< T, N >inline
operator/=(const AT &at)Kratos::array_1d< T, N >inline
operator=(const array_1d &v)Kratos::array_1d< T, N >inline
operator=(const boost::numeric::ublas::vector_expression< AE > &ae)Kratos::array_1d< T, N >inline
operator==(const array_1d &v) constKratos::array_1d< T, N >inline
operator[](size_type i) constKratos::array_1d< T, N >inline
operator[](size_type i)Kratos::array_1d< T, N >inline
plus_assign(const boost::numeric::ublas::vector_expression< AE > &ae)Kratos::array_1d< T, N >inline
pointer typedefKratos::array_1d< T, N >
rbegin() constKratos::array_1d< T, N >inline
rbegin()Kratos::array_1d< T, N >inline
reference typedefKratos::array_1d< T, N >
rend() constKratos::array_1d< T, N >inline
rend()Kratos::array_1d< T, N >inline
resize(size_type array_size, bool preserve=true)Kratos::array_1d< T, N >inline
reverse_iterator typedefKratos::array_1d< T, N >
self_type typedefKratos::array_1d< T, N >
size() constKratos::array_1d< T, N >inline
size_type typedefKratos::array_1d< T, N >
storage_category typedefKratos::array_1d< T, N >
swap(array_1d &v)Kratos::array_1d< T, N >inline
swap(array_1d &v1, array_1d &v2)Kratos::array_1d< T, N >friend
value_type typedefKratos::array_1d< T, N >
vector_temporary_type typedefKratos::array_1d< T, N >