P = X2m(q)*I(q)*X2p(q);             % produces a process(a Ramsey experiment)
R = resonatorReadout(q);            % produces a state probability measurement
R.delay = P.length;
P.Run();                            % Runs the Ramsey process
result = R();                       % gets the measured state probability as 'result'
%%
P = X2m(q)*I(q)*X(q)*I(q)*X2p(q);   % Spin echo
P = (X(q1).*X(q2))*CZ(q1,q2);       % CZ leakage
%%
R = stateTomography({q1,q2});		   
data = R();                         % measures state tomo
R = processTomography({q1,q2},P);		
data = R();                         % measrues process tomo for process P
R = randBenchMarking(q,P,m,k);			
data = R();                         % measrues RB for gate P(one of the Clifford group)