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Forming a Magic Square
Forming a Magic Square
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Could I get clarification? I implemented a code and found the cost lower than the one in the example for a new matrix. For the given matrix:
4 8 2
4 5 7
6 1 6
The matrix below solves it at a lower cost (this is what my code found):
[4, 8, 2]
[4, 4, 6] = cost is 2
[6, 2, 6] = cost is 1
The magic constant is 14 and The cost is 3
Guys, I am getting an output which doesn't match with the expected outputs of few test cases but the cost that I am getting as output is less than the expected min cost and even the final matrix also contains all distinct elements. Is anyone facing this problem or is the expected output = correct min cost? call center earphones with mic
I am getting an output which doesn't match with the expected outputs of few test cases but the cost that I am getting as output is less than the expected min cost and even the final matrix also contains all distinct elements. Is anyone facing this problem or is the expected output = correct min cost? ACFT Calculator
I am getting an output which doesn't match with the expected outputs of few test cases but the cost that I am getting as output is less than the expected min cost and even the final matrix also contains all distinct elements. Is anyone facing this problem or is the expected output = correct min cost? Convert Units Online