Class model::GraphCompactModel

Graph Compact Model.

This is with a cost function that can be expressed as a compact graph. GraphCompactModel is samilar to GraphModel except GraphCompactModel use a compact representation and it only allow sequential visiting

Inheritance

markov::Model

model::GraphCompactModel

Inherited Members

get_benchmark_properties

estimate_max_cost_diff

has_initial_configuration

Model

state_only_memory_estimate

get_term_count

get_sweep_size

get_initial_configuration_state

render_state

calculate_cost

apply_transition

estimate_min_cost_diff

get_scale_factor

is_empty

set_step_limit

is_rescaled

state_memory_estimate

render

calculate_cost_difference

get_random_transition

get_const_cost

configure

get_random_state

match_version

get_version

~BaseModel

configure

BaseModel

get_identifier

render

~Component

Component

get_status

param

get_class_name

Constructors

GraphCompactModel()

Declaration

model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::GraphCompactModel()

Methods

~GraphCompactModel()

Declaration

virtual model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::~GraphCompactModel()

configure()

Configure the graph from JSON document.

Declaration

void model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::configure(const utils::Json&json) override

configure()

Configure the graph from preloaded graph.

Declaration

void model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::configure(Configuration_T&configuration)

init()

Initializes internal data structures (guaranteed to be called after configure()).

Declaration

void model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::init() override

get_sweep_size()

Declaration

size_t model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::get_sweep_size() const override

get_term_count()

Declaration

size_t model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::get_term_count() const override

node_count()

Return the number of nodes.

Declaration

size_t model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::node_count() const

edge_count()

Return the number of edges.

Declaration

size_t model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::edge_count() const

edge()

Declaration

const Edge_T&model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::edge(size_t edge_id) const

get_benchmark_properties()

Fill the graph benchmarking properties.

Declaration

utils::Structure model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::get_benchmark_properties() const override

is_rescaled()

Declaration

bool model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::is_rescaled() const override

rescale()

Declaration

void model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::rescale() override

get_scale_factor()

Declaration

double model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::get_scale_factor() const override

get_const_cost()

Declaration

double model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::get_const_cost() const override

is_empty()

Declaration

bool model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::is_empty() const override

estimate_max_cost_diff()

Declaration

virtual double model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::estimate_max_cost_diff() const override

has_initial_configuration()

Declaration

bool model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::has_initial_configuration() const override

get_initial_configuration()

Declaration

const std::vector<std::pair<int, int>>&model::GraphCompactModel<State_T, Transition_T, Element_T, Cost_T>::get_initial_configuration() const