| Fig.1. Generated '{1,4}-leaper on a 9x10 board' graph with a default cycle {1,2,...90}. |
| Fig.2. Hamiltonian cycle for the '{1,4}-leaper on a 9x10 board' graph. |
| Fig.3. 'ALB1000' graph with a default cycle {1,2,...1000}. |
| Fig.4. Hamiltonian cycle for the 'ALB1000' graph. |
| Fig.5. HCP v.1.0 Solver running the '{1,4}-leaper on a 9x10 board' graph for 10 tests. |
| Fig.6. HCP v.1.0 Solver running the 'ALB1000' graph for 25 random tests. |
| Fig. 7. HCP tour found for the '{1,4}-leaper on a 9x10 board' graph. |
| Fig. 8. HCP v.1.0 Solver results for the 'ALB1000' graph with 25 random tests. |
| Fig.9. Optimal Traveling SalesMan Problem tour found for the USA map. |
| Fig.10. Optimal Traveling SalesMan Problem tour found for a randomly generated instance. |
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Fig.1. Generated leaper graph with a default cycle |
Fig.2. Hamiltonian cycle for the generated leaper graph |
Fig.3. TSPLIB graph with a default cycle |
Fig.4. Hamiltonian cycle for the TSPLIB graph |
Fig.5. HCP Solver running the generated leaper graph |
Fig.6. HCP Solver running the TSPLIB graph |
Fig. 7. HCP tour for the generated leaper graph |
Fig. 8. HCP Solver results for the TSPLIB graph |
Fig.9. Optimal TSMP tour for the USA map |
Fig.10. Optimal TSMP tour for a random instance |
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