level 11
一步鱼后,基本上就凉凉了。
9.0 以上的题,如有高级技巧,用完后基本上就没人有兴趣再做,如没高级技巧,更引不起大家的兴趣,只因太难,想做也做不了。
还是多发8.3-8.9的题,看有没有人来做
2021年05月20日 23点05分
7
level 8
(SudokuExplainer Rating,SER或SR)。
具体的SE软件的技巧的难度参照表(左是难度系数,右是技巧名称):
1.0 Single
1.2 Hidden Single in box
1.5 Hidden Single in line
1.7 Direct Pointing
1.9 Direct Claiming
2.0 Direct Hidden Pair
2.3 Naked Single
2.5 Direct Hidden Triplet
2.6 Pointing
2.8 Claiming
3.0 Naked Pair
3.2 X-Wing
3.4 Hidden Pair
3.6 Naked Triplet
3.8 Swordfish
4.0 Hidden Triplet
4.2 XY-Wing
4.4 XYZ-Wing
4.4 W-Wing
4.5 UR Types 1, 2, 4
4.5 UR Type 3 with Hidden Pair
4.6 UR Type 3 with Naked Pair
4.6 UR Type 3 with Hidden Triplet
4.7 UR Type 3 with Naked Triplet
4.7 UR Type 3 with Hidden Quad
4.8 UR Type 3 with Naked Quad
4.6 UL Types 1, 2, 4 (6 cells)
4.7 UL Types 1, 2, 4 (8 cells)
4.8 UL Types 1, 2, 4 (10 cells)
4.9 UL Types 1, 2, 4 (12 cells)
5.0 UL Types 1, 2, 4 (14 cells)
5.1 UL Types 1, 2, 4 (16 cells)
4.6 UL Type 3 with Hidden Pair (6cells)
4.7 UL Type 3 with Hidden Pair (8cells)
4.7 UL Type 3 with Hidden Triplet (6cells)
4.8 UL Type 3 with Hidden Triplet (8cells)
4.8 UL Type 3 with Hidden Quad (6cells)
4.9 UL Type 3 with Hidden Quad (8cells)
4.7 UL Type 3 with Naked Pair (6cells)
4.8 UL Type 3 with Naked Pair (8cells)
4.9 UL Type 3 with Naked Pair (10cells)
5.0 UL Type 3 with Naked Pair (12cells)
4.8 UL Type 3 with Naked Triplet (6cells)
4.9 UL Type 3 with Naked Triplet (8cells)
4.9 UL Type 3 with Naked Quad (6cells)
5.0 UL Type 3 with Naked Quad (8cells)
5.0 Naked Quad
5.2 Jellyfish
5.4 Hidden Quad
5.6 Bivalue Universal Graves Type 1
5.7 Bivalue Universal Graves Type 2
5.7 Bivalue Universal Graves Type 4
5.8 Bivalue Universal Graves Type 3with Naked Pair
5.9 Bivalue Universal Graves Type 3with Naked Triplet
6.0 Bivalue Universal Graves Type 3with Naked Quad
6.1 Bivalue Universal Graves Type 3with Naked Quint
6.2 Aligned Pair Exclusion
6.5 Bidirectional X-Cycle (6 cells)
6.6 Bidirectional X-Cycle (8 cells)
6.6 Turbot Fish
6.6 Forcing X-chain (5-6 nodes)
6.7 Forcing X-Chain (7-8 nodes)
6.8 Forcing X-Chain (9-12 nodes)
6.9 Forcing X-Chain (13-16 nodes)
6.5 Bidirectional Y-cycle (3 cells)
6.6 Bidirectional Y-cycle (4 cells)
6.7 Bidirectional Y-cycle (5 cells)
6.8 Bidirectional Y-cycle (6-7 cells)
6.9 Bidirectional Y-cycle (8-9 cells)
7.0 Bidirectional Y-cycle (10-13cells)
7.0 Bidirectional Cycle (6 nodes)
7.1 Bidirectional Cycle (8 nodes)
7.2 Bidirectional Cycle (10 nodes)
7.3 Bidirectional Cycle (12 nodes)
7.0 Forcing Chain (5 nodes)
7.1 Forcing Chain (7 nodes)
7.2 Forcing Chain (9 nodes)
7.3 Forcing Chain (11-13 nodes)
7.4 Forcing Chain (15-17 nodes)
7.5 Forcing Chain (19-25 nodes)
7.6 Forcing Chain (27-more nodes)
7.5 Aligned Triplet Exclusion
7.6 Nishio Forcing Chain (5-6 nodes)
7.7 Nishio Forcing Chain (7-8 nodes)
7.8 Nishio Forcing Chain (9-12 nodes)
7.9 Nishio Forcing Chain (13-16nodes)
8.0 Nishio Forcing Chain (17-24nodes)
8.1 Nishio Forcing Chain (25-36nodes)
8.2 Multiple (7-8 nodes) RegionForcing Chains
8.3 Multiple (9-12 nodes) Cell/RegionForcing Chains
8.4 Multiple (13-16 nodes)Cell/Region Forcing Chains
8.5 Multiple (17-24 nodes)Cell/Region Forcing Chains
8.6 Multiple (25-36 nodes)Cell/Region Forcing Chains
8.6 Dynamic (5-6 nodes) Cell/RegionForcing Chains
8.7 Dynamic (7-8 nodes) Cell/RegionForcing Chains
8.8 Dynamic (9-12 nodes) CRCD ForcingChains
8.9 Dynamic (13-16 nodes) CRCDForcing Chains
9.0 Dynamic (17-24 nodes) CRCDForcing Chains
9.1 Dynamic (25-36 nodes) CRCDForcing Chains
9.2 Dynamic (37-48 nodes) CRCDForcing Chains
9.3 Dynamic (49-72 nodes) CRCDForcing Chains
9.4 Dynamic (73-96 nodes) CRCDForcing Chains
9.3 Dynamic + (9-12 nodes) CRCDForcing Chains
9.4 Dynamic + (13-16 nodes) CRCDForcing Chains
9.5 Dynamic + (17-24 nodes) CRCDForcing Chains
9.6 Dynamic + (25-36 nodes) CRCDForcing Chains
9.7 Dynamic + (37-48 nodes) CRCD ForcingChains
9.8 Dynamic + (49-72 nodes) CRCDForcing Chains
9.9 Dynamic + (73-96 nodes) CRCDForcing Chains
10.0 Dynamic + (97-144 nodes) CRCDForcing Chains
10.1 Dynamic + (145-192 nodes) CRCDForcing Chains
10.0 Dynamic + Forcing Chains (17-24nodes)
CRCD Forcing Chains
10.1 Dynamic + Forcing Chains (25-36nodes)
CRCD Forcing Chains
10.2 Dynamic + Forcing Chains (37-48nodes)
CRCD Forcing Chains
10.3 Dynamic + Forcing Chains (49-72nodes)
CRCD Forcing Chains
10.4 Dynamic + Forcing Chains (73-96 nodes)
CRCD Forcing Chains
10.5 Dynamic + Forcing Chains (97-144nodes)
CRCD Forcing Chains
10.6 Dynamic + Forcing Chains(145-192 nodes)
CRCD Forcing Chains
10.7 Dynamic + Forcing Chains(193-288 nodes)
CRCD Forcing Chains
10.8 Dynamic + Forcing Chains(289-384 nodes)
CRCD Forcing Chains
10.9 Dynamic + Multiple ForcingChains (73-96 nodes)
CRCD Forcing Chains
11.0 Dynamic + Multiple ForcingChains (97-144 nodes)
CRCD Forcing Chains
11.1 Dynamic + Multiple ForcingChains (145-192 nodes)
CRCD Forcing Chains
11.2 Dynamic + Multiple ForcingChains (193-288 nodes)
CRCD Forcing Chains
11.3 Dynamic + Multiple ForcingChains (289-384 nodes)
CRCD Forcing Chains
11.4 Dynamic + Multiple ForcingChains (385-576 nodes)
CRCD Forcing Chains
11.4 Dynamic + Dynamic Forcing Chains(73-96 nodes)
CRCD Forcing Chains
11.5 Dynamic + Dynamic Forcing Chains(97-144 nodes)
CRCD Forcing Chains
11.6 Dynamic + Dynamic Forcing Chains(145-192 nodes)
CRCD Forcing Chains
11.7 Dynamic + Dynamic Forcing Chains(193-288 nodes)
CRCD Forcing Chains
11.8 Dynamic + Dynamic Forcing Chains(289-384 nodes)
CRCD Forcing Chains
11.9 Dynamic + Dynamic Forcing Chains(385-576 nodes)
CRCD Forcing Chains
12.0 Dynamic + Dynamic Forcing Chains(577-more nodes)
CRCD Forcing Chains
这部分均来自SDRS。英语并没有翻译成中文。目前仅作参考。
2021年06月21日 06点06分
11