Rheolef  7.2
an efficient C++ finite element environment
 
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csr< T, distributed > Member List

This is the complete list of members for csr< T, distributed >, including all inherited members.

base typedefcsr< T, distributed >
begin() constcsr< T, distributed >
begin_nonconst()csr< T, distributed >
col_first_index() constcsr< T, distributed >
col_last_index() constcsr< T, distributed >
col_ownership() constcsr< T, distributed >
const_data_iterator typedefcsr< T, distributed >
const_iterator typedefcsr< T, distributed >
constraint_process_rank() constcsr< T, distributed >
csr()csr< T, distributed >
csr(const asr< T, memory_type, A > &a)csr< T, distributed >explicit
csr(const std::initializer_list< details::csr_concat_value< T, distributed > > &init_list)csr< T, distributed >
csr(const std::initializer_list< details::csr_concat_line< T, distributed > > &init_list)csr< T, distributed >
data() constsmart_pointer_base< T, C >
data()smart_pointer_base< T, C >
data_iterator typedefcsr< T, distributed >
dis_ext_nnz() constcsr< T, distributed >
dis_ncol() constcsr< T, distributed >
dis_nnz() constcsr< T, distributed >
dis_nrow() constcsr< T, distributed >
dump(const std::string &name) constcsr< T, distributed >
element_type typedefcsr< T, distributed >
end() constcsr< T, distributed >
end_nonconst()csr< T, distributed >
ext_begin() constcsr< T, distributed >
ext_begin_nonconst()csr< T, distributed >
ext_end() constcsr< T, distributed >
ext_end_nonconst()csr< T, distributed >
ext_nnz() constcsr< T, distributed >
get_count() constsmart_pointer_base< T, C >
handled_type typedefsmart_pointer< csr_rep< T, distributed > >
internal typedefsmart_pointer< csr_rep< T, distributed > >
is_definite_positive() constcsr< T, distributed >
is_symmetric() constcsr< T, distributed >
iterator typedefcsr< T, distributed >
jext2dis_j(size_type jext) constcsr< T, distributed >
max_abs() constcsr< T, distributed >
memory_type typedefcsr< T, distributed >
mult(const vec< element_type, distributed > &x, vec< element_type, distributed > &y) constcsr< T, distributed >
ncol() constcsr< T, distributed >
nnz() constcsr< T, distributed >
nrow() constcsr< T, distributed >
operator*(const vec< element_type, distributed > &x) constcsr< T, distributed >
operator*(const csr< T, distributed > &b) constcsr< T, distributed >
smart_pointer< csr_rep< T, distributed > >::operator*() constsmart_pointer_base< T, C >
smart_pointer< csr_rep< T, distributed > >::operator*()smart_pointer_base< T, C >
operator*=(const T &lambda)csr< T, distributed >
operator+(const csr< T, distributed > &b) constcsr< T, distributed >
operator-(const csr< T, distributed > &b) constcsr< T, distributed >
operator->() constsmart_pointer_base< T, C >
operator->()smart_pointer_base< T, C >
operator=(const smart_pointer< csr_rep< T, distributed > > &x)smart_pointer< csr_rep< T, distributed > >
rheolef::smart_pointer_base::operator=(const smart_pointer_base< T, C > &)smart_pointer_base< T, C >
pattern_dimension() constcsr< T, distributed >
pointer() constsmart_pointer_base< T, C >
pointer()smart_pointer_base< T, C >
reference_counter() constsmart_pointer_base< T, C >
rep typedefcsr< T, distributed >
resize(const distributor &row_ownership, const distributor &col_ownership, size_type nnz1=0)csr< T, distributed >
row_first_index() constcsr< T, distributed >
row_last_index() constcsr< T, distributed >
row_ownership() constcsr< T, distributed >
set_definite_positive(bool is_defpos) constcsr< T, distributed >
set_pattern_dimension(size_type dim) constcsr< T, distributed >
set_symmetry(bool is_symm) constcsr< T, distributed >
set_symmetry_by_check(const T &tol=std::numeric_limits< T >::epsilon()) constcsr< T, distributed >
size_type typedefcsr< T, distributed >
smart_pointer(csr_rep< T, distributed > *p=0)smart_pointer< csr_rep< T, distributed > >
smart_pointer(void *count, internal i)smart_pointer< csr_rep< T, distributed > >
smart_pointer(const smart_pointer< csr_rep< T, distributed > > &x)smart_pointer< csr_rep< T, distributed > >
smart_pointer_base(T *p=0)smart_pointer_base< T, C >
smart_pointer_base(const smart_pointer_base< T, C > &)smart_pointer_base< T, C >
smart_pointer_base(void *count, internal)smart_pointer_base< T, C >
trans_mult(const vec< element_type, distributed > &x, vec< element_type, distributed > &y) constcsr< T, distributed >
trans_mult(const vec< element_type, distributed > &x) constcsr< T, distributed >
~smart_pointer()smart_pointer< csr_rep< T, distributed > >
~smart_pointer_base()smart_pointer_base< T, C >