Calculated Raman spectra of photodissociating H2S in its first absorption band are presented, obtained by time dependent wave packet propagation on two coupled diabatic excited-state surfaces, a bound one (of B-1 symmetry in C-2 nu) and a repulsive one (A(2) symmetry). Both of these states are of A" symmetry in the C-s group and have a conical intersection in the Franck-Condon region. Predicted Raman spectra are presented for four excitation wavelengths in the range of 185-205 nm, and various features of the spectra are explored and compared with experimental data. The different behavior of [n00] lines (those involving vibrational excitation in one H-S bond only, in the local mode picture) to that of other [n10] and [nm1] lines (involving one stretching quantum in one H-S bond and one bending quantum, respectively) is explained using the cross-correlation functions of the propagating wave packet with ground-state wave functions.