2 Layer Simplex - Revision history

Thermostatico: /* Preface */

2012-08-07T21:45:06Z

‎Preface

Thermostatico: just a few edits

2012-08-07T21:43:56Z

just a few edits

JacobHoudyschell at 23:20, 5 August 2012

2012-08-05T23:20:54Z

JacobHoudyschell at 05:14, 5 July 2012

2012-07-05T05:14:12Z

JacobHoudyschell at 00:35, 23 June 2012

2012-06-23T00:35:54Z

JacobHoudyschell: moved Simplex 2^4 to 2 Layer Simplex: Better explaination of puzzle, less misleading.

2012-06-23T00:33:36Z

moved Simplex 2^4 to 2 Layer Simplex: Better explaination of puzzle, less misleading.

JacobHoudyschell at 22:38, 18 June 2012

2012-06-18T22:38:53Z

JacobHoudyschell: Created page with "This puzzle is, at least in my opinion, the easiest to solve. Using the following method, you can consistently solve this puzzle in 6 moves or less. It flows like a normal alg..."

2012-06-18T22:28:36Z

Created page with "This puzzle is, at least in my opinion, the easiest to solve. Using the following method, you can consistently solve this puzzle in 6 moves or less. It flows like a normal alg..."

New page

This puzzle is, at least in my opinion, the easiest to solve. Using the following method, you can consistently solve this puzzle in 6 moves or less. It flows like a normal algorithm, so for each piece, you can start at the top of the guide (3rd paragraph) and follow through the rest of the neccessary steps. There is no need for macros, you just have to recognize a few patterns. This description is a little vague, so if you have questions, send me an email at tsrgaes@yahoo.com and I'll try my best to help. 
 
To start things off, you need to understand how each click you make affects the puzzle. It's easiest to explain if the puzzle has one cell placed flat at the bottom of the screen. If you click a corner piece on the bottom cell you will cause the entire puzzle to rotate except for the corner at the very top of the puzzle. If you clicked one of the three corners on the bottom of the cell, the two cells dirrectly above it will rotate clockwise with a left click (imagining the invisible cell is below the puzzle). If you left click the top corner of the bottom cell, the three visible cells above the bottom cell will rotate counterclockwise (from a top down viewpoint), and the very top corner will remain stationary. If you hold the 1 and 2 buttons down when you rotate, the entire puzzle will rotate and will not count as a twist. This is all you need to know before you're ready to solve the simplex. 
 
Start by putting any cell you want on the bottom of the puzzle. The bottom cell can be exchanged for another if necessary later. On the top corner, look for a single piece of the corner that matches the cell it is over top. If there are three, it is solved and you may ignore the corner for the rest of the solve. 
 
If there is one, click the corner on the opposite side of the bottom cell either with a left click or right click. If you accidentally click the wrong way, simply press “CTRL + Z” to undo the move. This will take care of the remaining pieces in one click. 
 
If there is not one, though, then check to see if the three pieces match the three visible top cells. 
 
If they all match, then either left or right click the top piece of the bottom cell to fix all three pieces and solve the corner in one click. Again, if you click the wrong way the first time, :CTRL + Z” is your friend here. 
 
If only two pieces match (each will be on the other piece's corresponding cell) then simply click the corner on the same side of the bottom cell once either direction and one of them will be over the correct cell. Now just do like you would normally do for this piece (mentioned in an above paragraph) to solve the piece in a total of two clicks. 
 
The only time that none of this will be able to solve a piece is if that piece is in the very center of the visible part of the puzzle. If this happens, there is a simple way to fix this problem. Remember how holding down the 1 and 2 buttons rotate the entire puzzle without wasting a twist? If you click one of the bottom corners of the bottom cell, it will rotate the corner in the center of the visible part of the puzzle to an outside corner where you can make the above apply to the piece. Of course, you could just right click off the puzzle and rotate it that way if you would rather. You can also wait until later to solve that piece if there are others unsolved. Sometimes you can get away without rotating the entire puzzle in these cases.

@@ Line 6: / Line 6: @@
 ===Preface===
 [[File:PristineSimplex.png|Pristine|300px]]<br />
-To start things off, you need to understand how each click you make affects the puzzle. It's easiest to explain if the puzzle has one cell placed flat at the bottom of the screen, as shown above. If you click a corner sticker on the bottom cell, the entire puzzle will rotate except for the corner at the very top of the puzzle, which will be called the top corner. If you left click one of the three stickers on the bottom of the cell, the two cells directly above it will rotate clockwise (imagining the near/invisible cell is below the puzzle). If you left click the top corner of the bottom cell, the three visible cells above the bottom cell will rotate counterclockwise (from a top-to-down viewpoint), and the top corner will remain stationary. If you hold the 1 and 2 buttons down when you rotate, the entire puzzle will rotate and will not count as a twist. <br />
+To start things off, you need to understand how each click you make affects the puzzle. It's easiest to explain if the puzzle has one cell placed flat at the bottom of the screen, as shown above. If you click a corner sticker on the bottom cell, the entire puzzle will rotate except for the corner at the very top of the puzzle, which will be called the top corner. If you left click one of the three stickers on the bottom of the cell, the two cells directly above it will rotate clockwise (imagining the near/invisible cell is below the puzzle). If you left click the top corner of the bottom cell, the three visible cells above the bottom cell will rotate counterclockwise (from a top-to-down viewpoint), and the top corner will remain stationary. If you hold the 1 and 2 buttons down while you click a sticker, the entire puzzle will rotate and will not count as a twist. <br />
 <br />
 ===Method===
 This method finds the shortest way to orient each corner correctly. There is no permutation algorithm needed.

@@ Line 1: / Line 1: @@
-Screenshots are currently being added. Please excuse if the one you would like to see is not uploaded yet, as I am very busy with other things as well. Any help is greatly apreciated.<br>
+Screenshots are currently being added. Please excuse if the one you would like to see is not uploaded yet, as I am very busy with other things as well. Any help is greatly appreciated.<br />
-<br>
+<br />
 ==Jacob's Method==
-This puzzle is, at least in my opinion, the easiest to solve. Using the following method, you can consistently solve this puzzle in 10 moves or less. It flows like an algorithm, so for each piece, you can start at the top of the guide and follow through the rest of the neccessary steps. There is no need for macros, you just have to recognize a few patterns. This description is a little vague, so if you have questions, send me an email at tsrgaes@yahoo.com and I'll try my best to help.<br>
+This puzzle is, at least in my opinion, the easiest to solve. Using the following method, you can consistently solve this puzzle in 10 moves or less. It flows like an algorithm, so for each piece, you can start at the top of the guide and follow through the rest of the necessary steps. There is no need for macros; you just have to recognize a few patterns. The description is a little vague, so if you have questions, send me an email at tsrgaes@yahoo.com and I'll try my best to help.<br />
-<br>
+<br />
-===Short Explanation===
+===Preface===
-[[File:PristineSimplex.png|Pristine|300px]]<br>
+[[File:PristineSimplex.png|Pristine|300px]]<br />
-To start things off, you need to understand how each click you make affects the puzzle. It's easiest to explain if the puzzle has one cell placed flat at the bottom of the screen. This is shown above. If you click a corner piece on the bottom cell you will cause the entire puzzle to rotate except for the corner at the very top of the puzzle. If you clicked one of the three corners on the bottom of the cell, the two cells dirrectly above it will rotate clockwise with a left click (imagining the invisible cell is below the puzzle). If you left click the top corner of the bottom cell, the three visible cells above the bottom cell will rotate counterclockwise (from a top down viewpoint), and the very top corner will remain stationary. If you hold the 1 and 2 buttons down when you rotate, the entire puzzle will rotate and will not count as a twist. This is all you need to know before you're ready to solve the simplex.<br>
+To start things off, you need to understand how each click you make affects the puzzle. It's easiest to explain if the puzzle has one cell placed flat at the bottom of the screen, as shown above. If you click a corner sticker on the bottom cell, the entire puzzle will rotate except for the corner at the very top of the puzzle, which will be called the top corner. If you left click one of the three stickers on the bottom of the cell, the two cells directly above it will rotate clockwise (imagining the near/invisible cell is below the puzzle). If you left click the top corner of the bottom cell, the three visible cells above the bottom cell will rotate counterclockwise (from a top-to-down viewpoint), and the top corner will remain stationary. If you hold the 1 and 2 buttons down when you rotate, the entire puzzle will rotate and will not count as a twist. <br />
-<br>
+<br />
-===The Method===
+===Method===
-Start by putting any cell you want on the bottom of the puzzle. The bottom cell can be exchanged for another if necessary later. On the top corner, look for a single piece of the corner that matches the cell it is over top. If there are three, it is solved and you may ignore the corner for the rest of the solve.<br>
+This method finds the shortest way to orient each corner correctly. There is no permutation algorithm needed.
-<br>
+Start by putting any cell on the bottom of the puzzle. It will be called the bottom cell. The bottom cell can be exchanged for another if necessary. The "algorithms" are sorted by the number of stickers of the top corner piece that match with the colour of the center of the cells under (in other words, every visible cell except the bottom cell). If all three stickers match, the corner is already correctly oriented and is ignored for the rest of the solve.<br />
-If there is one, click the corner on the opposite side of the bottom cell either with a left click or right click. If you accidentally click the wrong way, simply press “CTRL + Z” to undo the move. This will take care of the remaining pieces in one click.<br>
+<br />
-This is what it will look like:<br>
+====One sticker matching====
 [[File:Simplex1Match1.png|Before|300px]]
-[[File:Simplex1Match2.png|After|300px]]<br>
+[[File:Simplex1Match2.png|After|300px]]<br />
-<br>
+<br />
-If there is not one, check to see if the three pieces match the three visible top cells (even though they will be under the wrong corner piece).<br>
+====All stickers matching but in wrong places====
 [[File:SimplexTop1.png|Before|300px]]
-[[File:SimplexTop2.png|After|300px]]<br>
+[[File:SimplexTop2.png|After|300px]]<br />
-<br>
+<br />
-If they all match but are just in the wrong places, either left or right click the top piece of the bottom cell to fix all three pieces and solve the corner in one click. Again, if you click the wrong way the first time, "CTRL + Z” is your friend here.<br>
+<br />
-<br>
+====Two stickers swapped====
-If only two pieces match (each will be on the other piece's corresponding cell) then simply click the corner on the same side of the bottom cell once either direction and one of them will be over the correct cell.<br>
+If only two stickers match but are swapped, then simply click the sticker on the the bottom cell that is adjacent to the two swapped stickers in either direction and one of them will be over the correct cell.<br />
-[[File:Simplex2Move.png|Both are correct.|600px]]<br>
+Now just do like you would normally do for a piece with one matching color (mentioned in an above paragraph) to solve the piece in a total of two clicks.<br />
-<br>
+[[File:Simplex2Move.png|Both are correct.|500px]]<br />
-Now just do like you would normally do for a piece with one matching color (mentioned in an above paragraph) to solve the piece in a total of two clicks.<br>
+<br />
-<br>
+<br />
-The only time that none of this will be able to solve a piece is if that piece is in the very center of the visible part of the puzzle. If this happens, there is a simple way to fix this problem.<br>
+====Middle piece unsolved====
-[[File:SimplexCenter.png|After|300px]]<br>
+The only time that none of this will be able to solve a piece is if that piece is in the very center of the visible part of the puzzle. If this happens, click one of the bottom stickers of the bottom cell while holding down 1 and 2 on your keyboard. The piece should be on the "outside" of the puzzle and can be solved using one of the cases above. <br />
-<br>
+[[File:SimplexCenter.png|After|300px]]<br />
-Remember how holding down the 1 and 2 buttons rotate the entire puzzle without wasting a twist? If you click one of the bottom corners of the bottom cell, it will rotate the corner in the center of the visible part of the puzzle to an outside corner where you can make the above apply to the piece. Of course, you could just right click off the puzzle and rotate it that way if you would rather. You can also wait until later to solve that piece if there are others unsolved. Sometimes you can get away without rotating the entire puzzle in these cases.

@@ Line 12: / Line 12: @@
 <br>
 If there is one, click the corner on the opposite side of the bottom cell either with a left click or right click. If you accidentally click the wrong way, simply press “CTRL + Z” to undo the move. This will take care of the remaining pieces in one click.<br>
-This is waht it will look like:<br>
+This is what it will look like:<br>
 [[File:Simplex1Match1.png|Before|300px]]
 [[File:Simplex1Match2.png|After|300px]]<br>
 <br>
-If there is not one, though, then check to see if the three pieces match the three visible top cells.<br>
+If there is not one, check to see if the three pieces match the three visible top cells (even though they will be under the wrong corner piece).<br>
 <br>
-If they all match, then either left or right click the top piece of the bottom cell to fix all three pieces and solve the corner in one click. Again, if you click the wrong way the first time, "CTRL + Z” is your friend here.<br>
+If they all match but are just in the wrong places, either left or right click the top piece of the bottom cell to fix all three pieces and solve the corner in one click. Again, if you click the wrong way the first time, "CTRL + Z” is your friend here.<br>
 <br>
-If only two pieces match (each will be on the other piece's corresponding cell) then simply click the corner on the same side of the bottom cell once either direction and one of them will be over the correct cell. Now just do like you would normally do for this piece (mentioned in an above paragraph) to solve the piece in a total of two clicks.<br>
+If only two pieces match (each will be on the other piece's corresponding cell) then simply click the corner on the same side of the bottom cell once either direction and one of them will be over the correct cell.<br>
 <br>
-The only time that none of this will be able to solve a piece is if that piece is in the very center of the visible part of the puzzle. If this happens, there is a simple way to fix this problem. Remember how holding down the 1 and 2 buttons rotate the entire puzzle without wasting a twist? If you click one of the bottom corners of the bottom cell, it will rotate the corner in the center of the visible part of the puzzle to an outside corner where you can make the above apply to the piece. Of course, you could just right click off the puzzle and rotate it that way if you would rather. You can also wait until later to solve that piece if there are others unsolved. Sometimes you can get away without rotating the entire puzzle in these cases.
+Now just do like you would normally do for a piece with one matching color (mentioned in an above paragraph) to solve the piece in a total of two clicks.<br>

@@ Line 1: / Line 1: @@
 ==Jacob's Method==
 This puzzle is, at least in my opinion, the easiest to solve. Using the following method, you can consistently solve this puzzle in 10 moves or less. It flows like an algorithm, so for each piece, you can start at the top of the guide and follow through the rest of the neccessary steps. There is no need for macros, you just have to recognize a few patterns. This description is a little vague, so if you have questions, send me an email at tsrgaes@yahoo.com and I'll try my best to help.<br>
 <br>
 ===Short Explanation===
-To start things off, you need to understand how each click you make affects the puzzle. It's easiest to explain if the puzzle has one cell placed flat at the bottom of the screen. If you click a corner piece on the bottom cell you will cause the entire puzzle to rotate except for the corner at the very top of the puzzle. If you clicked one of the three corners on the bottom of the cell, the two cells dirrectly above it will rotate clockwise with a left click (imagining the invisible cell is below the puzzle). If you left click the top corner of the bottom cell, the three visible cells above the bottom cell will rotate counterclockwise (from a top down viewpoint), and the very top corner will remain stationary. If you hold the 1 and 2 buttons down when you rotate, the entire puzzle will rotate and will not count as a twist. This is all you need to know before you're ready to solve the simplex.<br>
+[[File:PristineSimplex.png|Pristine|300px]]<br>
 <br>
 ===The Method===
@@ Line 9: / Line 12: @@
 <br>
 If there is one, click the corner on the opposite side of the bottom cell either with a left click or right click. If you accidentally click the wrong way, simply press “CTRL + Z” to undo the move. This will take care of the remaining pieces in one click.<br>
 <br>
 If there is not one, though, then check to see if the three pieces match the three visible top cells.<br>
 <br>
-If they all match, then either left or right click the top piece of the bottom cell to fix all three pieces and solve the corner in one click. Again, if you click the wrong way the first time, :CTRL + Z” is your friend here.<br>
+If they all match, then either left or right click the top piece of the bottom cell to fix all three pieces and solve the corner in one click. Again, if you click the wrong way the first time, "CTRL + Z” is your friend here.<br>
 <br>
 If only two pieces match (each will be on the other piece's corresponding cell) then simply click the corner on the same side of the bottom cell once either direction and one of them will be over the correct cell. Now just do like you would normally do for this piece (mentioned in an above paragraph) to solve the piece in a total of two clicks.<br>
 <br>
 The only time that none of this will be able to solve a piece is if that piece is in the very center of the visible part of the puzzle. If this happens, there is a simple way to fix this problem. Remember how holding down the 1 and 2 buttons rotate the entire puzzle without wasting a twist? If you click one of the bottom corners of the bottom cell, it will rotate the corner in the center of the visible part of the puzzle to an outside corner where you can make the above apply to the piece. Of course, you could just right click off the puzzle and rotate it that way if you would rather. You can also wait until later to solve that piece if there are others unsolved. Sometimes you can get away without rotating the entire puzzle in these cases.

@@ Line 1: / Line 1: @@
 ==Jacob's Method==
-This puzzle is, at least in my opinion, the easiest to solve. Using the following method, you can consistently solve this puzzle in 6 moves or less. I have not had a single solve last more than 6 moves, and I doubt it is possible if this method is used correctly. It flows like an algorithm, so for each piece, you can start at the top of the guide and follow through the rest of the neccessary steps. There is no need for macros, you just have to recognize a few patterns. This description is a little vague, so if you have questions, send me an email at tsrgaes@yahoo.com and I'll try my best to help.<br>
+This puzzle is, at least in my opinion, the easiest to solve. Using the following method, you can consistently solve this puzzle in 10 moves or less. It flows like an algorithm, so for each piece, you can start at the top of the guide and follow through the rest of the neccessary steps. There is no need for macros, you just have to recognize a few patterns. This description is a little vague, so if you have questions, send me an email at tsrgaes@yahoo.com and I'll try my best to help.<br>
 <br>
 ===Short Explanation===

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