extern/PGD/graphlet_params.h
void print_params() {
		print_line(80,"=");
		cout << "Parallel PARAMETERIZED GRAPHLET DECOMPOSITION (PGD) Library" <<endl;
		print_line(80,"=");
		cout << "file: " << graph.c_str() << endl;
		if (!fexists(graph.c_str()) ) { cout << "File not found!" << endl; return; }
		cout << "algorithm: " << algorithm <<endl;
		if (graph_representation=="" || graph_representation=="auto") cout << "graph representation: automatically select optimal." <<endl;
		else cout << "graph representation: " << graph_representation <<endl;
		cout << "adj limit: " << adj_limit <<endl;
		cout << "-----------ORDERING STRATEGIES------------------\n";
		if (is_small_to_large) cout << "ordering = " << ordering << ", smallest to largest  " <<endl;
		else cout << "ordering: " << ordering << ", largest to smallest" <<endl;
		if (is_small_to_large_csc_neighbor) cout << "csc/neighbor ordering: " << ordering_csc_neighbor << ", smallest to largest" <<endl;
		else cout << "csc/neighbor ordering: " << ordering_csc_neighbor << ", largest to smallest " <<endl;
		cout << "-----------PARALLEL SETTINGS--------------------\n";
		cout << "workers: " << workers <<endl;
		cout << "block size: " << block_size <<endl;
		cout << "-----------MICRO/MACRO SETTINGS-----------------\n";
		cout << "macro (per graph counts) output: " << macro_stats_filename <<endl;
		cout << "micro (per edge counts)  output: " << micro_stats_filename <<endl;
		print_line(80);
		cout <<endl;
	}
/**
	 * @brief Print the list of parameters.
	 * In short, displays the 'param' object including each parameter and its value
	 */
@brief Print the list of parameters.
In short, displays the 'param' object including each parameter and its value
@brief Print the list of parameters . In short displays the ' param ' object including each parameter and its value
void print_params() {
		print_line(80,"=");
		cout << "Parallel PARAMETERIZED GRAPHLET DECOMPOSITION (PGD) Library" <<endl;
		print_line(80,"=");
		cout << "file: " << graph.c_str() << endl;
		if (!fexists(graph.c_str()) ) { cout << "File not found!" << endl; return; }
		cout << "algorithm: " << algorithm <<endl;
		if (graph_representation=="" || graph_representation=="auto") cout << "graph representation: automatically select optimal." <<endl;
		else cout << "graph representation: " << graph_representation <<endl;
		cout << "adj limit: " << adj_limit <<endl;
		cout << "-----------ORDERING STRATEGIES------------------\n";
		if (is_small_to_large) cout << "ordering = " << ordering << ", smallest to largest  " <<endl;
		else cout << "ordering: " << ordering << ", largest to smallest" <<endl;
		if (is_small_to_large_csc_neighbor) cout << "csc/neighbor ordering: " << ordering_csc_neighbor << ", smallest to largest" <<endl;
		else cout << "csc/neighbor ordering: " << ordering_csc_neighbor << ", largest to smallest " <<endl;
		cout << "-----------PARALLEL SETTINGS--------------------\n";
		cout << "workers: " << workers <<endl;
		cout << "block size: " << block_size <<endl;
		cout << "-----------MICRO/MACRO SETTINGS-----------------\n";
		cout << "macro (per graph counts) output: " << macro_stats_filename <<endl;
		cout << "micro (per edge counts)  output: " << micro_stats_filename <<endl;
		print_line(80);
		cout <<endl;
	}
void print_params ( ) { print_line ( 80 , " " ) ; cout << " " << endl ; print_line ( 80 , " " ) ; cout << " " << graph . c_str ( ) << endl ; if ( ! fexists ( graph . c_str ( ) ) ) { cout << " " << endl ; return ; } cout << " " << algorithm << endl ; if ( graph_representation == " " || graph_representation == " " ) cout << " " << endl ; else cout << " " << graph_representation << endl ; cout << " " << adj_limit << endl ; cout << " \n " ; if ( is_small_to_large ) cout << " " << ordering << " " << endl ; else cout << " " << ordering << " " << endl ; if ( is_small_to_large_csc_neighbor ) cout << " " << ordering_csc_neighbor << " " << endl ; else cout << " " << ordering_csc_neighbor << " " << endl ; cout << " \n " ; cout << " " << workers << endl ; cout << " " << block_size << endl ; cout << " \n " ; cout << " " << macro_stats_filename << endl ; cout << " " << micro_stats_filename << endl ; print_line ( 80 ) ; cout << endl ; }
@brief Print the list of parameters.
@brief Print the list of parameters .