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Element 0: In: [[9]] Out: [[3],[1,2]]
Element 1: In: [[0,6]] Out: [[4]]
Element 2: In: [[0,6]] Out: [[4]]
Element 3: In: [[0,6]] Out: [[4]]
Element 4: In: [[3],[1,2]] Out: [[6,7,8]]
Element 5: In: [[7,8]] Out: []
Element 6: In: [[4]] Out: [[3],[1,2]]
Element 7: In: [[4]] Out: [[5]]
Element 8: In: [[4]] Out: [[5]]
Element 9: In: [] Out: [[0]]
-----------------------------------------Mapping-------------------------------0 : a
1 : b
2 : c
3 : d
4 : e
5 : end
6 : f
7 : g
8 : h
9 : start
Answers
Many thanks for your reply.
In the paper "Genetic Process Mining: An Experimental Evaluation", it indicates that:
"Tasks in a same subset have an XOR-split/join relation. Sets in different subsets have an AND-split/join relation."
I think "[[0,6]]" means b occur after a or f, i.e. b just needs one token from a or f. "[[0],[6]]" means b requires two tokens from a and f.
Is it wrong?
Kind regards,
Si-Yuan
Yes, it is a binding. "[0,6]" is the input binding of element 1, 2, 3.
I manually construct the CNet according to the graph N1 in page 248.
I have tested "[[0],[6]]" and the fitness is 1.0
But I am still confused. Tasks in a same subset have an XOR-split/join relation and sets in different subsets have an AND-split/join relation. In my understanding, "[[0,6]]" means a and f have an XOR-split/join relation, and "[[0],[6]]" means a and f have an AND-split/join relation.
Kind regards.
Si-Yuan
Yes, the causal matrice is different with casual net.
Thank you again your help and kindness.
By the way, can you tell me how to export a petri net to a disk file by programming? Sometimes, I need to analyze a petri net offline.
Kind regards,
Si-Yuan
Kind regards,
Eric.
Thank you!
Kind regards,
Si-Yuan Jing