In the high-energy case with k0 = 30 au, all investigated methods accurately predict the evolution of population (see Figure ). However, CT-MQC fails to produce even the asymptotical indicator of coherence (see Figure ), exhibiting an overcoherent behavior. Encouragingly, the consistent trajectory analysis enables both FSSH and BCSH to produce the indicator of coherence with the same tendency as the exact the interaction region and generates a new WP on the lower PES. With branching correction, both BCSH-wf and BCSH-as correctly reproduce the quantum results. In contrast, the population distribution by FSSH-wf shows notable errors. It is worth noting that although BCSH-wf and BCSH-as cannot describe the quantum interference in the branching region, their final population distributions remain accurate because there is no quantum interference any more.