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
4.3 [Direct Hidden Quad]
4.4 XYZ-Wing
4.5 UR Types 1 or 2 or 4 or 3 w/ hidden pair
4.6 UR Type 3 w/ naked pair or hidden triplet
UL Types 1 or 2 or 4 or 3 w/ hidden pair (6 cells)
4.69 UL Type 3 w/ a naked pair or hidden triplet (6 cells)
4.7 UR Type 3 w/ naked triplet or hidden quad
UL Types 1 or 2 or 4 or 3 w/ hidden pair (8 cells)
4.8 UR Type 3 w/ naked quad
UL Type 3 w/ naked triplet [or hidden quad] (6 cells)
UL Type 3 w/ naked pair or hidden triplet (8 cells)
4.89 UL Type 3 w/ naked quad (6 cells)
4.9 [UL Type 3 w/ naked triplet or hidden quad (8 cells)]
5.0 Naked Quad or UL 1 or 2 or 4 (>=10 cells)
5.1 UL Type 3 w/ naked pair (>=10 cells)
5.2 Jellyfish
5.3 Unknown
5.4 Hidden Quad
5.5 Unknown
5.6 BUG Type 1
5.7 BUG Type 2 or 4
5.8 BUG Type 3 w/ naked pair
5.9 BUG Type 3 w/ naked triplet
6.0 BUG Type 3 w/ naked quad
6.1 BUG Type 3 w/ naked quint
6.2 Aligned Pair Exclusion
6.3 Unknown
6.4 Unknown
6.5 Bidirectional X-Cycle or Bidirectional Y-Cycle (1-4 nodes)
6.6 Turbot Fish
Forcing X-chain or Bidirectional Y-Cycle (5-6 nodes)
6.69 Forcing X-Chain (7-8 nodes)
6.7 Bidirectional Y-cycle (7-8 nodes)
6.8 Forcing X-Chain or Bidirectional Y-cycle (9-12 nodes)
6.9 Forcing X-Chain or Bidirectional Y-cycle (13-16 nodes)
7.0 Bidirectional Y-cycle (17-24 nodes)
Forcing Chain or Bidirectional Cycle (1-4 nodes)
7.1 Forcing Chain or Bidirectional Cycle (5-6 nodes)
7.2 Forcing Chain or Bidirectional Cycle (7-8 nodes)
7.3 Forcing Chain or Bidirectional Cycle (9-12 nodes)
7.4 Forcing Chain (13-16 nodes)
7.5 Forcing Chain (17-24 nodes)
Aligned Triplet Exclusion
7.6 Forcing Chain (25-36 nodes)
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 (13-16 nodes)
8.0 Nishio Forcing Chain (17-24 nodes)
8.1 Nishio Forcing Chain (25-36 nodes)
8.2 Multiple (7-8 nodes) Region Forcing Chains
8.3 Multiple (9-12 nodes) Cell/Region Forcing 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)
Dynamic (5-6 nodes) Cell/Region Forcing Chains
8.7 Dynamic (7-8 nodes) Cell/Region Forcing Chains
8.8 Dynamic (9-12 nodes) CRCD Forcing Chains
8.9 Dynamic (13-16 nodes) CRCD Forcing Chains
9.0 Dynamic (17-24 nodes) CRCD Forcing Chains
9.1 Dynamic (25-36 nodes) CRCD Forcing Chains


9.2 Dynamic (37-48 nodes) CRCD Forcing Chains
9.3 Dynamic (49-72 nodes)
Dynamic + (9-12 nodes) CRCD Forcing Chains
9.4 Dynamic (73-96 nodes)
Dynamic + (13-16 nodes) CRCD Forcing Chains
9.5 Dynamic + (17-24 nodes) CRCD Forcing Chains
9.6 Dynamic + (25-36 nodes) CRCD Forcing Chains
9.7 Dynamic + (37-48 nodes) CRCD Forcing Chains
9.8 Dynamic + (49-72 nodes) CRCD Forcing Chains
9.9 Dynamic + (73-96 nodes) CRCD Forcing Chains
10.0 Dynamic + (97-144 nodes)
Dynamic + Forcing Chains (17-24 nodes) CRCD Forcing Chains
10.1 Dynamic + (145-192 nodes)
Dynamic + Forcing Chains (25-36 nodes) CRCD Forcing Chains
10.2 Dynamic + Forcing Chains (37-48 nodes) CRCD Forcing Chains
10.3 Dynamic + Forcing Chains (49-72 nodes) CRCD Forcing Chains
10.4 Dynamic + Forcing Chains (73-96 nodes) CRCD Forcing Chains
10.5 Dynamic + Forcing Chains (97-144 nodes) 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 Forcing Chains (73-96 nodes) CRCD Forcing Chains
11.0 Dynamic + Multiple Forcing Chains (97-144 nodes) CRCD Forcing Chains
11.1 Dynamic + Multiple Forcing Chains (145-192 nodes) CRCD Forcing Chains
11.2 Dynamic + Multiple Forcing Chains (193-288 nodes) CRCD Forcing Chains
11.3 Dynamic + Multiple Forcing Chains (289-384 nodes) CRCD Forcing Chains
11.4 Dynamic + Multiple Forcing Chains (385-576 nodes) CRCD Forcing Chains
11.4 [Dynamic + Dynamic Forcing Chains (73-96 nodes) Region/Contradiction Forcing Chains]
11.5 [Dynamic + Dynamic Forcing Chains (97-144 nodes) Region Forcing Chains]
11.6 [Dynamic + Dynamic Forcing Chains (145-192 nodes) Cell Forcing Chains]
11.7 [Dynamic + Dynamic Forcing Chains (193-288 nodes) Double Forcing Chains]
se里7.0以上的这些高级技巧是指的怎么样的链？在哪里可以找到高级链的详细说明还有使用方法？

这个问题有点高端，估计极少有人研究这个，因为7.0以下能用好的人还寥寥无几呢。
超过7.2的题不少人应该可以解，但一般都不按SE上的逻辑去解
7.2以上的那些只是理论层面上的技巧，并不实用。

7.2以上不用se逻辑去解拿具体是通过什么方式呢？试数？还

差不多就是试数，或者类似7.8左右那个Nishio的技巧，有些人也能看到
其实就是带进去一个数字走几步，可能几步后就产生矛盾了。你说是试数吧，也那个讲出逻辑关系，你说是逻辑推吧，但也有试的成分。7.0以下的，你试数也可以，看怎样的思路了。
具体是用笔试还是眼睛看就根据个人功力决定了。
但无论是逻辑方法还是纯试数找矛盾，但从哪个地方下手开始找，我觉得是最关键的问题。
这个问题如果理论上能解决，基本就可以万法归宗、以无法为有法了。

好的，谢谢啦，顺便问一下
这种界面是电脑上什么数独软件？

11.7 动态+动态迫使链 ..what ...
SE=11.9
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