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# <ConsistencyModule:> ham_path_g(?Start,?End,+Succ)

Constrains elements in Succ to form a Hamiltonian path from Start to End, with native Gecode indexing.
*Start*
- An integer or (domain) variable (array notation accepted)
*End*
- An integer or (domain) variable (array notation accepted)
*Succ*
- A collection of different (domain) variables or integers

## Description

This version of ham_path/3 uses the native Gecode indexing, which starts
from 0. This is different from normal ECLiPSe's indexing, which starts
from 1, and may be incompatible with existing ECLiPSe code.

See ham_path/3 for a more detailed description of this predicate.

## Examples

[eclipse 6]: ham_path_g(S,E,[A,B]).
S = S{[0, 1]}
E = E{[0, 1]}
A = A{[1, 2]}
B = B{[0, 2]}
[eclipse 7]: ham_path_g(1,0,[A,B]).
A = 2
B = 0
[eclipse 8]: ham_path_g(S,E,[1,3,0]).
S = 2
E = 1

## See Also

ham_path / 3