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Non-identical particle femtoscopy probes not only the size of the emittingsystem, but also the emission asymmetries between particles of different mass,which are intimately related with the collective behavior of matter. We applythe technique to the simulations from the {\tt THERMINATOR}+Lhyquid model ofthe heavy-ion collisions at sqrt{s_{NN}}=200 AGeV. We present predictions forall common pair combinations and discuss their interpretation. Emphasis is puton extracting unique information about collective behavior of matter from thenon-identical particle correlations and understanding the role of particlescoming from decays of hadronic resonances. We also present, in detail, thetechnical aspects of the non-identical particle femtoscopy technique applied todata from the heavy-ion collisions. We list the sources of systematic errorscoming from the method itself and the usual assumptions. We describe robustanalysis methods and discuss their limitations.

Non-identical particle femtoscopy at sqrt(s_NN)=200 AGeV in hydrodynamics with statistical hadronization