Toeplitz operators with symmetric, alternating and anti-symmetric separately radial symbols on the unit ball

We consider symmetric separately radial (with corresponding group $S_n⋊{\mathbb{T}}^n$) and alternating separately radial (with corresponding group $A_n⋊{\mathbb{T}}^n$) symbols, as well as the associated Toeplitz operators on the weighted Bergman spaces on the unit ball on ${\mathbb{C}}^n$. Using a purely representation theoretic approach we obtain that the $C^{\ast }$-algebras generated by each family of such Toeplitz operators is commutative. Furthermore, we show that the symmetric separately radial Toeplitz operators are more general than radial Toeplitz operators, i.e., every radial Toeplitz operator is a symmetric separately radial.