1+ custom_power = lambda x = 0 , / , e = 1 : x ** e
2+
3+
4+ def custom_equation (x : int = 0 , y : int = 0 , / , a : int = 1 , b : int = 1 ,* , c : int = 1 ) -> float :
5+ """
6+ Calculate a custom equation based on the provided parameters.
7+
8+ Parameters:
9+ x (int, optional): The base value for the first term. Defaults to 0.
10+ y (int, optional): The base value for the second term. Defaults to 0.
11+ a (int, optional): The exponent for the first term. Defaults to 1.
12+ b (int, optional): The exponent for the second term. Defaults to 1.
13+ c (int, optional): The divisor for the final calculation. Defaults to 1.
14+
15+ Returns:
16+ float: The result of the custom equation (x**a + y**b) / c.
17+ """
18+ return (x ** a + y ** b ) / c
19+
20+
21+ def fn_w_counter () -> tuple [int , dict [str , int ]]:
22+ # Get the caller's name
23+ caller = globals ()['__name__' ]
24+
25+ # Initialize function attributes
26+ if not hasattr (fn_w_counter , "total_calls" ):
27+ fn_w_counter .total_calls = 0
28+ fn_w_counter .calls_per_caller = {}
29+
30+ # Increment the total call count
31+ fn_w_counter .total_calls += 1
32+
33+ # Update the call count for this caller
34+ if caller in fn_w_counter .calls_per_caller :
35+ fn_w_counter .calls_per_caller [caller ] += 1
36+ else :
37+ fn_w_counter .calls_per_caller [caller ] = 1
38+
39+ # Return the total number of calls and the dictionary of calls per caller
40+ return fn_w_counter .total_calls , fn_w_counter .calls_per_caller
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