Fine to see a video in main course. Nice and interesting likie always. Thank you Swami.
@SudokuSwami
5 жыл бұрын
Good to hear from you again, Mirek. And thanks for watching. I have 6 more Videos planned for the Complete Course, and I hope to get them all done by the end of the year. #45 will be the Epilogue and the Final Video in that Course. After that, I plan to begin an "Advanced Series." The Random Tips Episodes, and the Pencil & Paper Lessons will go on indefinitely into the future. Keep your eyes open for my newly revised and improved website. It should be up and running by the end of the month. Cheers! :-))
@xalkxalk3037
3 жыл бұрын
Hello from Greece. It is really difficult for me due to language. But you are definitely Nr 01! You are the best.
@TonyT57
5 жыл бұрын
Thank you Swami! As always, your explanations are clear and your examples are very instructive.
@SudokuSwami
5 жыл бұрын
Glad to hear it. Thanks for your comment! :-))
@SudokuSwami
5 жыл бұрын
For Beautiful Custom T-Shirts & Coffee Mugs featuring the Swami Logo and other Sudoku Phrases, and also for Selected Classical Piano Pieces played by me, now available via Digital Download, please visit the Sudoku Swami Gift Shop! sudoku-swami.shopify.com
@johnnason2203
5 жыл бұрын
Nice presentation looking forward to the long chain version.
@SudokuSwami
5 жыл бұрын
Thanks, John. More Videos coming soon!
@ThatGuy-dj3qr
5 жыл бұрын
Fascinating!
@SudokuSwami
5 жыл бұрын
If you enjoyed this Video, please click the red Subscribe button and the little Thumbs Up (Like) Icon. Thank you! It will really help me out. :-))
@Adam-hs4de
4 жыл бұрын
I've recently been stuck on many extreme puzzles lately.....alas I have my guidance. Thank you Swami! Ps: how's the move coming along?
@SudokuSwami
5 жыл бұрын
Please visit sudokuswami.com for more info, and news about upcoming Videos!
@meiwolfy
2 жыл бұрын
Thanks so much for the lesson… a little confused on example 3 where cell row6col5 also has a 3 but u didnt link it n just ignored it. Why is that so please? So for any link, we can just choose a single digit to link whole ignoring the other digit ? Thx again
@SudokuSwami
2 жыл бұрын
If you used the 3 in R6C5, the next Link in the Chain needs to be a Strong Link, and there is no Strong Link coming off of that 3. That would be a dead end. The only way to make a Continuous Loop in that example, is to bypass the 3.
@jons2cool1
5 жыл бұрын
I have a question about the first rule of continuous loops (where you start on a strong link and end on a weak). If one of my cells has a regular link on a candidate and one of its candidates in part of a grouped link (either just a regular grouped link or one from an ALS) does the grouped link count as a normal link would under the first rule? Would we be able to eliminate the remaining candidates in that cell that aren't the regular or the grouped link? I'm thinking probably not but it would be cool if you could.
@SudokuSwami
5 жыл бұрын
Hello again Jon. Well, I have read through this question several times, and I still am not sure exactly what it is you are asking. The way you have stated your question is vague and unclear. I wish I could see a diagram of what you mean. What do you mean by "the first rule"? When you say "regular link," do you mean Weak Link? And do you mean this Weak Link is WITHIN a Cell? If so, the answer to your question is "No." A Grouped Node, is made up of 2 or 3 instances of the SAME Candidate that lie in 2 or 3 Cells in the intersection of a Row and a Block , or the intersection of a Column and a Block. You cannot have a Grouped Node of multiple Candidates within a Cell. You could not make sense out of it. Remember, a Continuous Loop must be valid in BOTH directions. So if I have misunderstood you, put the logic to the test going through your specified Cell, both ways. And see what the inferences tell you. If this does not answer your question, please email me a diagram, and please ask your question again, using more specific terminology. Okay? Thanks. :-)) sudokuswami@gmail.com
@SudokuSwami
5 жыл бұрын
When you say "the first rule of continuous loops,".......do you mean the First Rule of the Propagation Rules? Because there is no formal "First Rule of Continuous Loops." The Propagation Rules apply to ANY Alternate Inference Chain (AIC). They are not exclusive to Continuous Loops.
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