could you please clarify, in your example, why cycles like '1->2->1', '1->5->1' or '3->5->3' are not counted?
it seems the expected solution only counts cycles that include three or more nodes... is this correct?
That is correct. In a directed graph, the cycle 1 -> 2 -> 1 actually uses two different edges, while in an undirected graph, the edge 1 -> 2 and 2 -> 1 are one and the same. I am only considering cycles valid if each node along the way is visited once and if edges are not used more than one time. I chose this criteria so that the number of cycles counted would match the results for the table provided here: http://mathworld.wolfram.com/GraphCycle.html
got it. Thanks for the clarification!
Can you please send me your code for this??? Really struggling on this for a school assignment email@example.com
Make an N-dimensional Multiplication Table
Sum the Digits of a Number
Golomb's self-describing sequence (based on Euler 341)
Regular polygon bounded by and bounding a circle
Count the Number of Directed Cycles in a Graph
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