Given a left-to-right ordered collection of <code>e</code> bits, <code>b</code>, where <code>1 <= e <= 10000</code>, 
and a zero or more integer <code>n</code> :
* Output the result of setting the <code>n</code> bits to the right of any set bit in <code>b</code> 
(if those bits are present in b and therefore also preserving the width, <code>e</code>).
    
'''Some examples:''' <br>

    Set of examples showing how one bit in a nibble gets changed:
        
        n = 2; Width e = 4:
        
             Input b: 1000
              Result: 1110
        
             Input b: 0100
              Result: 0111
        
             Input b: 0010
              Result: 0011
        
             Input b: 0000
              Result: 0000
    
    Set of examples with the same input with set bits of varying distance apart:
    
        n = 0; Width e = 66:
        
             Input b: 010000000000100000000010000000010000000100000010000010000100010010
              Result: 010000000000100000000010000000010000000100000010000010000100010010
        
        n = 1; Width e = 66:
        
             Input b: 010000000000100000000010000000010000000100000010000010000100010010
              Result: 011000000000110000000011000000011000000110000011000011000110011011
        
        n = 2; Width e = 66:
        
             Input b: 010000000000100000000010000000010000000100000010000010000100010010
              Result: 011100000000111000000011100000011100000111000011100011100111011111
        
        n = 3; Width e = 66:
        
             Input b: 010000000000100000000010000000010000000100000010000010000100010010
              Result: 011110000000111100000011110000011110000111100011110011110111111111

<br>'''Task:'''<br>

* Implement a routine to perform the setting of right-adjacent bits on representations of bits that will scale over the given range of input width <code>e</code>.
* Use it to show, here, the results for the input examples above.
* Print the output aligned in a way that allows easy checking by eye of the binary input vs output.