function res = cons_experiments1

	rand('state',42);
	
	alpha = 0.5;

	n = 10;
	nn = 30;
	
	x0_n_r = pi*(1:n)';
	x0_nn_r = pi*(1:nn)';

	randN =generate_connected(n);
	randNN =generate_connected(nn);
	
	res.scenarios = {...
		{'starNr',   graph_star(n),      x0_n_r}, ...
		{'starNNr',  graph_star(nn),     x0_nn_r}, ...
		{'chainNr',  graph_chain(n),     x0_n_r}, ...
		{'chainNNr', graph_chain(nn),    x0_nn_r}, ...
		{'circNr',   graph_circular(n),  x0_n_r}, ...
		{'circNNr',  graph_circular(nn), x0_nn_r}, ...
		{'compNr',   graph_complete(n),  x0_n_r}, ...
		{'compNNr',  graph_complete(nn), x0_nn_r} ...
		{'randNr',   randN,  x0_n_r}, ...
		{'randNNr',  randNN, x0_nn_r} ...
	};
	
	
	res.algos = {...
		{'carli', 8},
%		{'pq',    3},
		{'we',    5},
	};
	
	eta = 0.1;
	T = 10000;
	
	for s=1:numel(res.scenarios)
	for a=1:numel(res.algos)
	
		A = res.scenarios{s}{2};
		x0 = res.scenarios{s}{3};

		strategy = res.algos{a}{2};
		
		res.results{s,a} = cons00(A, x0, eta, strategy, T);
	
	end
	end