Aliases¶
-
using libsemigroups::CongruenceByPairs::EqualTo = typename froidure_pin_type::EqualTo¶
No doc.
-
using libsemigroups::CongruenceByPairs::Hash = typename froidure_pin_type::Hash¶
No doc.
-
using libsemigroups::CongruenceByPairs::Product = typename froidure_pin_type::Product¶
No doc.
-
using libsemigroups::CongruenceByPairs::class_index_type = size_t¶
Type for indices of congruence class indices.
-
using libsemigroups::CongruenceByPairs::const_iterator = std::vector<relation_type>::const_iterator¶
Type for a
const_iterator
to the generating pairs.See also
-
using libsemigroups::CongruenceByPairs::const_reference = typename froidure_pin_type::const_reference¶
The type of a const reference to an element_type.
-
using libsemigroups::CongruenceByPairs::element_type = typename froidure_pin_type::element_type¶
The type of elements over which an instance of CongruenceByPairs is defined.
-
using libsemigroups::CongruenceByPairs::froidure_pin_type = TFroidurePinType¶
No doc.
-
using libsemigroups::CongruenceByPairs::non_trivial_class_iterator = non_trivial_classes_type::const_iterator¶
Type for a
const_iterator
to non-trivial classes.See also
cbegin_ntc and cend_ntc.
-
using libsemigroups::CongruenceByPairs::non_trivial_classes_type = std::vector<std::vector<word_type>>¶
Type for non-trivial classes.
See also
cbegin_ntc and cend_ntc.
-
using libsemigroups::CongruenceByPairs::reference = typename froidure_pin_type::reference¶
The type of a reference to an element_type.
-
using libsemigroups::CongruenceByPairs::state_type = typename froidure_pin_type::state_type¶
No doc.