The anisotropy of the induced current density (ACID) can visually exhibit the direction and magnitude of the ring currents induced by an applied magnetic field, and has become a popular way to explore molecular aromticity. We separately plotted the ACID maps of π orbitals, σ orbitals, and all molecular orbitals, respectively marked as ACID(π), ACID(σ), and ACID(tot), of benzene, carborazine, and borazine in Figure . The CTOCD-DZ2 is an alternative method to reveal the magnetically induced current of chemical systems. We present the current density maps and bond current strengths Furthermore, we generated animations in the Supporting Information to visually demonstrate the dynamics of the induced ring current for the three isoelectronic analogues using GIMIC method. It can be seen that benzene and carborazine have obvious and similar globally diatropic ring current, while borazine substantially exhibits localized ring currents enveloping around N atoms. Results are in accordance with the above static NICS, MCBO, ICSS, ACID, and CTOCD-DZ2