Research Article
Long-Term Room and Pillar Mine Production Planning Based on Fuzzy 0-1 Linear Programing and Multicriteria Clustering Algorithm with Uncertainty
Algorithm 1
Algorithm of the TMC creation.
1. Set iteration to ξ=1; | |
2. Create a set; | |
3. Create a set; | |
4. Select the best technological mining cut (BTMC) to grow; | |
5. Create the list of neighbouring mineable blocks (NMB) as candidates for the grow of | |
BTMC such that: | |
5.1 block has at least one common edge with TMCgrow | |
5.2 none of the homogeneous of the remaining TMCs are violated | |
5.3 if: | |
for ξ+1, | |
for ξ+2, | |
for ξ+3, | |
This is to avoid algorithm gets stuck. | |
6. Select the best mineable blocks (BMB) from NMB to add to BTMC; | |
7. Add BMB to BTMC and create new technological mining cut; | |
8. Update the state of the mining cut attribute vector of the NTMC | |
9. If: | |
9.1 no free mineable blocks | |
9.2 | |
9.3 → converge | |
than Stop | |
10. Else go to Step 1 and set ξ+1 |