Adjust type hints in use lowercase tuple

src/komm/_modulation/APSKModulation.py

@@ -36,11 +36,11 @@ def __init__(self, orders, amplitudes, phase_offsets=0.0, labeling="natural"):
         Constructor for the class.
 
         Parameters:
-            orders (Tuple[int, ...]): A $K$-tuple with the orders $M_k$ of each ring, for $k \in [0 : K)$. The sum $M_0 + M_1 + \cdots + M_{K-1}$ must be a power of $2$.
+            orders (tuple[int, ...]): A $K$-tuple with the orders $M_k$ of each ring, for $k \in [0 : K)$. The sum $M_0 + M_1 + \cdots + M_{K-1}$ must be a power of $2$.
 
-            amplitudes (Tuple[float, ...]): A $K$-tuple with the amplitudes $A_k$ of each ring, for $k \in [0 : K)$.
+            amplitudes (tuple[float, ...]): A $K$-tuple with the amplitudes $A_k$ of each ring, for $k \in [0 : K)$.
 
-            phase_offsets (Optional[Tuple[float, ...] | float]): A $K$-tuple with the phase offsets $\phi_k$ of each ring, for $k \in [0 : K)$. If specified as a single float $\phi$, then it is assumed that $\phi_k = \phi$ for all $k \in [0 : K)$. The default value is `0.0`.
+            phase_offsets (Optional[tuple[float, ...] | float]): A $K$-tuple with the phase offsets $\phi_k$ of each ring, for $k \in [0 : K)$. If specified as a single float $\phi$, then it is assumed that $\phi_k = \phi$ for all $k \in [0 : K)$. The default value is `0.0`.
 
             labeling (Optional[Array1D[int] | str]): The binary labeling of the modulation. Can be specified either as a 2D-array of integers (see [base class](/ref/Modulation) for details), or as a string. In the latter case, the string must be equal to `'natural'`. The default value is `'natural'`.
 

src/komm/_modulation/QAModulation.py

@@ -35,9 +35,9 @@ def __init__(
         Constructor for the class.
 
         Parameters:
-            orders (Tuple(int, int) | int): A tuple $(M_\mathrm{I}, M_\mathrm{Q})$ with the orders of the in-phase and quadrature constellations, respectively; both $M_\mathrm{I}$ and $M_\mathrm{Q}$ must be powers of $2$. If specified as a single integer $M$, then it is assumed that $M_\mathrm{I} = M_\mathrm{Q} = \sqrt{M}$; in this case, $M$ must be an square power of $2$.
+            orders (tuple(int, int) | int): A tuple $(M_\mathrm{I}, M_\mathrm{Q})$ with the orders of the in-phase and quadrature constellations, respectively; both $M_\mathrm{I}$ and $M_\mathrm{Q}$ must be powers of $2$. If specified as a single integer $M$, then it is assumed that $M_\mathrm{I} = M_\mathrm{Q} = \sqrt{M}$; in this case, $M$ must be an square power of $2$.
 
-            base_amplitudes (Optional[Tuple(float, float) | float]): A tuple $(A_\mathrm{I}, A_\mathrm{Q})$ with the base amplitudes of the in-phase and quadrature constellations, respectively. If specified as a single float $A$, then it is assumed that $A_\mathrm{I} = A_\mathrm{Q} = A$. The default value is $1.0$.
+            base_amplitudes (Optional[tuple(float, float) | float]): A tuple $(A_\mathrm{I}, A_\mathrm{Q})$ with the base amplitudes of the in-phase and quadrature constellations, respectively. If specified as a single float $A$, then it is assumed that $A_\mathrm{I} = A_\mathrm{Q} = A$. The default value is $1.0$.
 
             phase_offset (Optional[float]): The phase offset $\phi$ of the constellation. The default value is `0.0`.