Extend Fulmar Bob Triples

EP4 Dual Mode Constraints

EP4 Dual Mode Derivation

  0 1 2 3 4 5 6 7 8 9
1. Fulmar Bob Triples 127 7 1 127 3 7 125 7
2. Extract places above the hunt bell 27 7 - 7 - 7 - -
3. Extract places below the hunt bell - - 1 12 3 - 125 -
Expand places above the hunt bell H G F E D C B A
4. Reverse and invert places from [2] - - 1 - 1 - 1 16
5. Separate into two overlapping strips -
6. Using the start change and overlap - - 1 - 1 - 1 16
7. Expand places above mode in [6] to next stage - - 1 - 1 - 1 18
8. Connect the static [5] and expanded [7] strip - - - 1 - 1 - 1 18
9. Reverse and invert places in [8] back again 29 9 - 9 - 9 - - -
Expand places below the hunt bell A B C D E F G H
10. Below places from [3] - - 1 12 3 - 125 -
11. Separate into two overlapping strips -
12. Using the start change and overlap - - 1 12 3 - 125 -
13. Expand places above mode in [12] to next stage - - 1 12 3 - 125 -
14. Connect the static [11] and the expanded [13] strip - - - 1 12 3 - 125 -
Recombine above and below places A B B B B B B B B C
15. Above places from [9] 29 9 - 9 - 9 - - -
16. Below places from [14] - - - 1 12 3 - 125 -
17. Default hunt bell places 1 - - - - - - - - 9
18. [Unnamed] Differential Caters 129 9 9 129 129 349 9 125 9 9

Extension and contraction candidates using extension process EP4-2/0:1:1/0:1:5  

12534 [Unnamed] Little Alliance Doubles 1.125.3.5.125,125
1425736 Fulmar Bob Triples 7.1.127.3.7.125.7,127
213497856 [Unnamed] Differential Caters 9.9.129.129.349.9.125.9.9,129
94278563E10 [Unnamed] Differential Cinques E.E.E.1.12E.3.E.125.E.E.E,12E
21E5A3T907846 [Unnamed] Differential Sextuples A.A.A.A.12A.12A.3.A.125.A.A.A.A,12A
B42C8A6ET907153 [Unnamed] Differential Septuples C.C.C.C.C.1.12C.3.C.125.C.C.C.C.C,12C
Doubles Triples Caters Cinques Sextuples Septuples
[Unnamed] Little Alliance Doubles Fulmar Bob Triples [Unnamed] Differential Caters [Unnamed] Differential Cinques [Unnamed] Differential Sextuples [Unnamed] Differential Septuples