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Yeah, if we went with the brute force solution with two nested for loops, we will get a graph as below for the array if we used the data below
arrayManipulation(40,[[19, 28, 419], [4, 23, 680], [5, 6, 907], [19, 33, 582], [5, 9, 880], [10, 13, 438], [21, 39, 294], [13, 18, 678], [12, 26, 528], [15, 30, 261], [8, 9, 48], [21, 23, 131], [20, 21, 7], [13, 40, 65], [13, 23, 901], [15, 15, 914], [14, 35, 704], [20, 39, 522], [10, 18, 379], [16, 27, 8], [25, 40, 536], [5, 9, 190], [17, 20, 809], [8, 20, 453], [22, 37, 298], [19, 37, 112], [2, 5, 186], [21, 29, 184], [23, 30, 625], [2, 8, 960]])
but if we used the second method which is adding at the first index and subtracting at the index afer the last we get this graph
and then we can get the maximum out of summing the results as below
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Array Manipulation
You are viewing a single comment's thread. Return to all comments →
Yeah, if we went with the brute force solution with two nested for loops, we will get a graph as below for the array if we used the data below
but if we used the second method which is adding at the first index and subtracting at the index afer the last we get this graph
and then we can get the maximum out of summing the results as below