| King2218 | Aarex |
|---|---|
| \(f_\alpha(\omega)\) | \(f_\alpha(\omega)\) |
| \(f[\beta]_\alpha(\omega)\) | \(f_{\alpha,\beta}(\omega)\) |
| \(f[a][b]...[y][z]_\alpha(\omega)\) | \(f_{\alpha,a,b...y,z}(\omega)\) |
| \(f[\omega]\uparrow\beta_\alpha(\omega)\) | \(f_{\Omega^\beta + \alpha}(\omega)\) |
| \(f[\omega]\uparrow\omega_1(\omega)\) | \(f_{\Omega^\Omega}(\omega)\) |
| \(f[\omega]\uparrow (\omega + 1)(\omega)\) | \(f_{\Omega^{\Omega + 1}}(\omega)\) |
| \(f[\omega]\uparrow (\omega 2)(\omega)\) | \(f_{\Omega^{\Omega + \omega}}(\omega)\) |
| \(f[\omega]\uparrow\omega^2(\omega)\) | \(f_{\Omega^{\Omega\omega}}(\omega)\) |
| \(f[\omega]\uparrow\varepsilon_0(\omega)\) | \(f_{f_2^\omega(\Omega)}(\omega)\) |
| \(f[\omega]\uparrow(\varepsilon_0)_1(\omega)\) | \(f_{f_3(\Omega)}(\omega)\) |
| \(f[\omega]\uparrow(f_\omega(\omega))(\omega)\) | \(f_{f_\omega(\Omega)}(\omega)\) |
| \(f[\omega]\uparrow(f[1](\omega))(\omega)\) | \(f_{f_\Omega(\Omega)}(\omega)\) |
| \(f[\omega]\uparrow(f[\omega]\uparrow(f[1](\omega))(\omega))(\omega)\) | \(f_{f_{f_\Omega(\Omega)}(\Omega)}(\omega)\) |
| \(f[\omega]\uparrow^2\omega(\omega)\) | \(f_{\Omega_2}(\omega)\) |
| \(f[\omega]\uparrow^\omega\omega(\omega)\) | \(f_{\Omega_\omega}(\omega)\) |
| \(f[\omega]\uparrow_2\omega(\omega)\) | \(f_{\psi_I(0)}(\omega)\) |
I have to make Array FGH 4.