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A few sub procedures in Visual Basic using Visual Studio meant to solve a Rubix cube (where the Rubix cube is an instance of a cube class from the rubix cube module from another gist here. Cube is named "dub" in this program, for that was the easist to type)
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| 'This sub procedure (which is linked to a wpf button in Visual Studio) solves a rubix cube by using | |
| 'Algorithms that prodecurally solve it. | |
| 'I put a lot of hours in it; taking most of my week evenings to code it, and taking time during class to write down pseudocode. | |
| 'However, I still manage to complete the entire code in just a week. However, despite it working as supsected (once | |
| 'I've got the final revision on it, I have not had it lock up once on proper cubes), there's still many things | |
| 'about the code that could be improved. I feel most of it's unfineness was a result in a pressure to finish it. However, some | |
| 'of the problems include: | |
| '-The entire thing is nested in one big while statement. Although I originally had intentions for having it in | |
| 'that way, I eventually found it unnessecary, although I was afraid to remove it due to the distance of the opening | |
| 'and closing keywords | |
| '-Since none of the peices of the cube are unaware of their orientation in relation to the whole cube, there | |
| 'are repitions of a similar pattern, with minor changes. | |
| '-I also had to type "me.update" after every rotation in order for the text box in our final application to display | |
| 'the text of what rotation it did. I wish I could have it so each rotation method on the cube updated it as so, | |
| 'but I couldn't figure out how to do it so. | |
| '-And I didn't start properly code commenting it until what I felt was a quarter way through | |
| 'That being said, this works extremly well, especially given this was all written and debugged in a week. I have | |
| 'Not come across it breaking ever since I got it to start properly solving, and it solves them in about ~150 turns. Takes | |
| 'one second to calculate it. And it is all coded by me, using my own experience of knowledge of solving cubes | |
| 'That I have attained from various sources over the years. | |
| 'All code comments below have very little edits to them from the original code. | |
| Private Sub cmdSolve_Click(sender As Object, e As RoutedEventArgs) Handles cmdSolve.Click | |
| 'Declare Local Variables | |
| Dim intCountCheck As Integer | |
| Dim boolEscape As Boolean = False | |
| Dim boolSolved As Boolean = False | |
| Me.scrRotations.Text &= ">COMPUTER SOLUTION BEGINS<" & vbCrLf | |
| 'Do until solved - or debug bool has passed | |
| Me.scrRotations.Text &= ">SOLVING FOR RED CROSS<" & vbCrLf | |
| Do Until boolEscape = True Or boolSolved = True | |
| 'SOLVE CROSS | |
| Do Until dub.Red.sideGrid(0, 1) = "R" And dub.Red.sideGrid(1, 0) = "R" And dub.Red.sideGrid(2, 1) = "R" And dub.Red.sideGrid(1, 2) = "R" _ | |
| And dub.Yellow.sideGrid(2, 1) = "Y" And dub.Blue.sideGrid(1, 2) = "B" And dub.White.sideGrid(0, 1) = "W" And dub.Green.sideGrid(1, 0) = "G" | |
| 'If there's any reds on the top face that are unmatching, set them to the bottom | |
| If (dub.Red.sideGrid(0, 1) = "R" And Not dub.Yellow.sideGrid(2, 1) = "Y") Or _ | |
| (dub.Red.sideGrid(1, 0) = "R" And Not dub.Blue.sideGrid(1, 2) = "B") Or _ | |
| (dub.Red.sideGrid(2, 1) = "R" And Not dub.White.sideGrid(0, 1) = "W") Or _ | |
| (dub.Red.sideGrid(1, 2) = "R" And Not dub.Green.sideGrid(1, 0) = "G") Then | |
| 'Decide which ones are incorrect (NO CONTINUE DO) | |
| If (dub.Red.sideGrid(0, 1) = "R" And Not dub.Yellow.sideGrid(2, 1) = "Y") Then | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| ElseIf (dub.Red.sideGrid(2, 0) = "R" And Not dub.Blue.sideGrid(1, 2) = "B") Then | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| ElseIf (dub.Red.sideGrid(2, 1) = "R" And Not dub.White.sideGrid(0, 1) = "W") Then | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| ElseIf (dub.Red.sideGrid(1, 2) = "R" And Not dub.Green.sideGrid(1, 0) = "G") Then | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| 'Continue Do | |
| End If | |
| End If | |
| 'If any are on the bottom, solve for those | |
| Do While dub.Orange.sideGrid(0, 1) = "R" Or dub.Orange.sideGrid(1, 0) = "R" Or _ | |
| dub.Orange.sideGrid(2, 1) = "R" Or dub.Orange.sideGrid(1, 2) = "R" | |
| 'Rotate if things line up | |
| If dub.Orange.sideGrid(0, 1) = "R" And dub.Yellow.sideGrid(0, 1) = "Y" Then | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| ElseIf dub.Orange.sideGrid(1, 0) = "R" And dub.Green.sideGrid(1, 2) = "G" Then | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| ElseIf dub.Orange.sideGrid(2, 1) = "R" And dub.White.sideGrid(2, 1) = "W" Then | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| ElseIf dub.Orange.sideGrid(1, 2) = "R" And dub.Blue.sideGrid(1, 0) = "B" Then | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| 'Pu | |
| End If | |
| 'Rotate orange, and go through again | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| 'Loop for solve bottom | |
| Loop | |
| 'Solve to fix mid-layed reds | |
| 'I should remove below, but I don't wanna change the pseudo code and mess things up from what I'm certain about ): | |
| If (dub.Yellow.sideGrid(1, 0) = "R" Or dub.Blue.sideGrid(0, 1) = "R") Or _ | |
| (dub.Blue.sideGrid(2, 1) = "R" Or dub.White.sideGrid(1, 0) = "R") Or _ | |
| (dub.White.sideGrid(1, 2) = "R" Or dub.Green.sideGrid(2, 1) = "R") Or _ | |
| (dub.Green.sideGrid(0, 1) = "R" Or dub.Yellow.sideGrid(1, 2) = "R") Then | |
| 'DOWN BELOW, DO INDIVIDUAL COMBINATIONS | |
| 'Between Yellow and blue, facing yellow | |
| 'Look her! | |
| If dub.Yellow.sideGrid(1, 0) = "R" Then | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| 'V Between yellow and blue, facing blue | |
| ElseIf dub.Blue.sideGrid(0, 1) = "R" Then | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| 'V Between blue and yellow facing blue | |
| ElseIf dub.Blue.sideGrid(2, 1) = "R" Then | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| 'V Between blue and white facing white | |
| ElseIf dub.White.sideGrid(1, 0) = "R" Then | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| 'V Between White and green facing white | |
| ElseIf dub.White.sideGrid(1, 2) = "R" Then | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| 'V Between white and green facing green | |
| ElseIf dub.Green.sideGrid(2, 1) = "R" Then | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| 'V Between yellow and green facing Green | |
| ElseIf dub.Green.sideGrid(0, 1) = "R" Then | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| 'V Between yellow and green facing yellow | |
| ElseIf dub.Yellow.sideGrid(1, 2) = "R" Then | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| 'End for decisions on individual mid-layer reds | |
| End If | |
| Continue Do | |
| 'V Ends mega-if for mid-layerv(Even though above thingy exits it) | |
| End If | |
| 'If there's a red in the top layer | |
| If dub.Yellow.sideGrid(2, 1) = "R" Or _ | |
| dub.Blue.sideGrid(1, 2) = "R" Or _ | |
| dub.White.sideGrid(0, 1) = "R" Or _ | |
| dub.Green.sideGrid(1, 0) = "R" Then | |
| 'Rotate indiviual top layer reds | |
| 'For Yellow | |
| If dub.Yellow.sideGrid(2, 1) = "R" Then | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| 'For Blue | |
| ElseIf dub.Blue.sideGrid(1, 2) = "R" Then | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| 'For White | |
| ElseIf dub.White.sideGrid(0, 1) = "R" Then | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| 'For Green | |
| ElseIf dub.Green.sideGrid(1, 0) = "R" Then | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| 'End if Red is on top | |
| End If | |
| 'End from "oh no, red on top layer" | |
| End If | |
| '-------------------------------------------- | |
| 'Solve for reds on the bottom layer | |
| Do While (dub.Yellow.sideGrid(0, 1) = "R") Or _ | |
| (dub.Blue.sideGrid(1, 0) = "R") Or _ | |
| (dub.White.sideGrid(2, 1) = "R") Or _ | |
| (dub.Green.sideGrid(1, 2) = "R") | |
| 'If Red and yellow allign | |
| If dub.Yellow.sideGrid(0, 1) = "R" And dub.Orange.sideGrid(0, 1) = "Y" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| End If | |
| 'If red and green allign | |
| If dub.Green.sideGrid(1, 2) = "R" And dub.Orange.sideGrid(1, 0) = "G" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| End If | |
| 'if red and white allign | |
| If dub.White.sideGrid(2, 1) = "R" And dub.Orange.sideGrid(2, 1) = "W" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| End If | |
| 'If red and Blue allign | |
| If dub.Blue.sideGrid(1, 0) = "R" And dub.Orange.sideGrid(1, 2) = "B" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| End If | |
| dub.OrangeClockwise() | |
| Loop | |
| Loop | |
| '================================================================== | |
| '================================================================== | |
| Me.scrRotations.Text &= ">SOLVING FOR RED CORNERS<" & vbCrLf | |
| 'SOLVE FOR CORNERS | |
| Do Until dub.Red.sideGrid(0, 0) = "R" And dub.Red.sideGrid(0, 2) = "R" And _ | |
| dub.Red.sideGrid(2, 0) = "R" And dub.Red.sideGrid(2, 2) = "R" And _ | |
| dub.Yellow.sideGrid(2, 0) = "Y" And dub.Yellow.sideGrid(2, 2) = "Y" And _ | |
| dub.Blue.sideGrid(0, 2) = "B" And dub.Blue.sideGrid(2, 2) = "B" And _ | |
| dub.White.sideGrid(0, 0) = "W" And dub.White.sideGrid(0, 2) = "W" And _ | |
| dub.Green.sideGrid(0, 0) = "G" And dub.Green.sideGrid(2, 0) = "G" | |
| 'Do while there's reds on the orange row | |
| Do While dub.Yellow.sideGrid(0, 2) = "R" Or dub.Yellow.sideGrid(0, 0) = "R" Or _ | |
| dub.Blue.sideGrid(0, 0) = "R" Or dub.Blue.sideGrid(2, 0) = "R" Or _ | |
| dub.White.sideGrid(2, 0) = "R" Or dub.White.sideGrid(2, 2) = "R" Or _ | |
| dub.Green.sideGrid(0, 2) = "R" Or dub.Green.sideGrid(2, 2) = "R" | |
| 'Between blue and yellow facing yellow | |
| If dub.Yellow.sideGrid(0, 0) = "R" And dub.Blue.sideGrid(0, 0) = "B" Then | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| End If | |
| 'Between blue and white facing blue | |
| If dub.Blue.sideGrid(2, 0) = "R" And dub.White.sideGrid(2, 0) = "W" Then | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| End If | |
| 'Between White and green facing white | |
| If dub.White.sideGrid(2, 2) = "R" And dub.Green.sideGrid(2, 2) = "G" Then | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| End If | |
| 'BEtween yellow and green facing green | |
| If dub.Yellow.sideGrid(0, 2) = "Y" And dub.Green.sideGrid(0, 2) = "R" Then | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| End If | |
| 'BEtween yellow and blue facing blue | |
| If dub.Yellow.sideGrid(0, 0) = "Y" And dub.Blue.sideGrid(0, 0) = "R" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| End If | |
| 'Between Blue and white facing white | |
| If dub.Blue.sideGrid(2, 0) = "B" And dub.White.sideGrid(2, 0) = "R" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| End If | |
| 'Between White and green facing Green | |
| If dub.Green.sideGrid(2, 2) = "R" And dub.White.sideGrid(2, 2) = "W" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| End If | |
| 'Between green and yellow facing yellow | |
| If dub.Yellow.sideGrid(0, 2) = "R" And dub.Green.sideGrid(0, 2) = "G" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| End If | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| Loop | |
| 'End solve misaligned red side red corners | |
| '-------------------------------------------------------------------- | |
| 'solve misaligned red side red corners | |
| 'between blue and white | |
| If dub.Red.sideGrid(2, 0) = "R" And Not dub.Blue.sideGrid(2, 2) = "B" And Not dub.White.sideGrid(0, 0) = "W" Then | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| 'If between White and Green | |
| If dub.Red.sideGrid(2, 2) = "R" And Not dub.White.sideGrid(0, 2) = "W" And Not dub.Green.sideGrid(2, 0) = "G" Then | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| 'If between Green and yellow | |
| If dub.Red.sideGrid(0, 2) = "R" And Not dub.Yellow.sideGrid(2, 2) = "Y" And Not dub.Green.sideGrid(0, 0) = "G" Then | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| 'If between Blue and yellow | |
| If dub.Red.sideGrid(0, 0) = "R" And Not dub.Yellow.sideGrid(2, 0) = "Y" And Not dub.Blue.sideGrid(0, 2) = "B" Then | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '-------------------------------------------------- | |
| 'Next step: Fixing reds wedged into the top row | |
| '1) Between Green and yellow facing yellow | |
| If dub.Yellow.sideGrid(2, 2) = "R" Then | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '2) Between Yellow and Blue facing yellow | |
| If Me.dub.Yellow.sideGrid(2, 0) = "R" Then | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '3) Between yellow and green facing green | |
| If dub.Green.sideGrid(0, 0) = "R" Then | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '4) Between Yellow and blue facing Blue | |
| If dub.Blue.sideGrid(0, 2) = "R" Then | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Continue Do | |
| End If | |
| '5) between blue and white facing white | |
| If dub.White.sideGrid(0, 0) = "R" Then | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '6) between blue and white facing blue | |
| If dub.Blue.sideGrid(2, 2) = "R" Then | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '7) between white and green facing white | |
| If dub.White.sideGrid(0, 2) = "R" Then | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '8) Between white and green facing green | |
| If dub.Green.sideGrid(2, 0) = "R" Then | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '-------------------------------------------------------- | |
| 'Get rid of all the bottom corner reds | |
| '1) Between green and white | |
| If dub.Orange.sideGrid(2, 0) = "R" Then | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '2) Between yellow and green | |
| If dub.Orange.sideGrid(0, 0) = "R" Then | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '3) between yellow and blue | |
| If dub.Orange.sideGrid(0, 2) = "R" Then | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '4) Between blue and white | |
| If dub.Orange.sideGrid(2, 2) = "R" Then | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| End If | |
| Loop | |
| 'Done corners | |
| '============================================================================= | |
| '============================================================================ | |
| Me.scrRotations.Text &= ">SOLVING FOR MID-LAYER SIDES<" & vbCrLf | |
| Do Until (dub.Yellow.sideGrid(1, 0) = "Y" And dub.Blue.sideGrid(0, 1) = "B") And _ | |
| (dub.Blue.sideGrid(2, 1) = "B" And dub.White.sideGrid(1, 0) = "W") And _ | |
| (dub.White.sideGrid(1, 2) = "W" And dub.Green.sideGrid(2, 1) = "G") And _ | |
| (dub.Green.sideGrid(0, 1) = "G" And dub.Yellow.sideGrid(1, 2) = "Y") | |
| 'Loop until atleast one orange on the top | |
| Do Until (dub.Yellow.sideGrid(0, 1) = "O" Or dub.Orange.sideGrid(0, 1) = "O") And _ | |
| (dub.Green.sideGrid(1, 2) = "O" Or dub.Orange.sideGrid(1, 0) = "O") And _ | |
| (dub.White.sideGrid(2, 1) = "O" Or dub.Orange.sideGrid(2, 1) = "O") And _ | |
| (dub.Blue.sideGrid(1, 0) = "O" Or dub.Orange.sideGrid(1, 2) = "O") | |
| '1) Yellow alligns; green ontop | |
| If dub.Yellow.sideGrid(0, 1) = "Y" And dub.Orange.sideGrid(0, 1) = "G" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| End If | |
| '2) Yellow alligns and blue ontop | |
| If dub.Yellow.sideGrid(0, 1) = "Y" And dub.Orange.sideGrid(0, 1) = "B" Then | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| End If | |
| '3) Blue alligns and yellow on top | |
| If dub.Blue.sideGrid(1, 0) = "B" And dub.Orange.sideGrid(1, 2) = "Y" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| End If | |
| '4) If blue alligns and white is on top | |
| If dub.Blue.sideGrid(1, 0) = "B" And dub.Orange.sideGrid(1, 2) = "W" Then | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| End If | |
| '5) If white alligns and blue is on top | |
| If dub.White.sideGrid(2, 1) = "W" And dub.Orange.sideGrid(2, 1) = "B" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| End If | |
| '6) If white alligns and the top is green | |
| If dub.White.sideGrid(2, 1) = "W" And dub.Orange.sideGrid(2, 1) = "G" Then | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| End If | |
| '7) If Green alligns and white is on top | |
| If dub.Green.sideGrid(1, 2) = "G" And dub.Orange.sideGrid(1, 0) = "W" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| End If | |
| '8) If green align and yellow is on top | |
| If dub.Green.sideGrid(1, 2) = "G" And dub.Orange.sideGrid(1, 0) = "Y" Then | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| End If | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| Loop | |
| '------------------------------------------------------------- | |
| 'For non-oranges wedged incorrectly between side | |
| '1) If wedged between green and yellow | |
| If Not (dub.Yellow.sideGrid(1, 2) = "Y" And dub.Green.sideGrid(0, 1) = "G") And _ | |
| Not (dub.Yellow.sideGrid(1, 2) = "O" Or dub.Green.sideGrid(0, 1) = "O") Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '2) If wedged between blue and yellow | |
| If Not (dub.Yellow.sideGrid(1, 0) = "Y" And dub.Blue.sideGrid(0, 1) = "B") And _ | |
| Not (dub.Yellow.sideGrid(1, 0) = "O" Or dub.Blue.sideGrid(0, 1) = "O") Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '3) If wedged between blue and white | |
| If Not (dub.Blue.sideGrid(2, 1) = "B" And dub.White.sideGrid(1, 0) = "W") And _ | |
| Not (dub.Blue.sideGrid(2, 1) = "O" Or dub.White.sideGrid(1, 0) = "O") Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| '4) If wedged between white and green | |
| If Not (dub.White.sideGrid(1, 2) = "W" And dub.Green.sideGrid(2, 1) = "G") And _ | |
| Not (dub.White.sideGrid(1, 2) = "O" Or dub.Green.sideGrid(2, 1) = "O") Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.WhiteCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| Continue Do | |
| End If | |
| Loop | |
| '========================================================== | |
| '========================================================== | |
| 'Solve for Orange t | |
| 'If there are no oranges on top | |
| Me.scrRotations.Text &= ">SOLVING FOR ORANGE CROSS<" & vbCrLf | |
| If Not dub.Orange.sideGrid(0, 1) = "O" And _ | |
| Not dub.Orange.sideGrid(1, 0) = "O" And _ | |
| Not dub.Orange.sideGrid(2, 1) = "O" And _ | |
| Not dub.Orange.sideGrid(1, 2) = "O" Then | |
| Call OrangeSide() | |
| End If | |
| '--------------------------------------------------------- | |
| Do Until dub.Orange.sideGrid(0, 1) = "O" And _ | |
| dub.Orange.sideGrid(1, 0) = "O" And _ | |
| dub.Orange.sideGrid(2, 1) = "O" And _ | |
| dub.Orange.sideGrid(1, 2) = "O" | |
| Do Until dub.Orange.sideGrid(1, 0) = "O" And Not dub.Orange.sideGrid(0, 1) = "O" | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| Loop | |
| Call OrangeSide() | |
| Loop | |
| '========================================================= | |
| '========================================================= | |
| 'Solving for orange face | |
| 'If no orange people | |
| Do Until dub.Orange.sideGrid(0, 0) = "O" And _ | |
| dub.Orange.sideGrid(0, 2) = "O" And _ | |
| dub.Orange.sideGrid(2, 0) = "O" And _ | |
| dub.Orange.sideGrid(2, 2) = "O" | |
| 'If no orange people | |
| Do While Not dub.Orange.sideGrid(0, 0) = "O" And _ | |
| Not dub.Orange.sideGrid(0, 2) = "O" And _ | |
| Not dub.Orange.sideGrid(2, 0) = "O" And _ | |
| Not dub.Orange.sideGrid(2, 2) = "O" | |
| 'Rotate until orange is in posistion | |
| Do Until dub.Yellow.sideGrid(0, 2) = "O" | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| Loop | |
| 'If two on two face | |
| If dub.Yellow.sideGrid(0, 0) = "O" And | |
| dub.White.sideGrid(2, 0) = "O" And | |
| dub.White.sideGrid(2, 2) = "O" And | |
| dub.Yellow.sideGrid(0, 2) = "O" Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| Call OrangeCorner() | |
| Else | |
| Call OrangeCorner() | |
| End If | |
| Loop | |
| '------------------------- | |
| 'A orange is on top | |
| 'Get orange in good posistion | |
| Do Until dub.Orange.sideGrid(0, 0) = "O" | |
| dub.OrangeClockwise() | |
| Continue Do | |
| Loop | |
| 'Solve if two oranges are on top | |
| If dub.Orange.sideGrid(2, 0) = "O" Or _ | |
| dub.Orange.sideGrid(2, 2) = "O" Then | |
| Call OrangeCorner() | |
| Continue Do | |
| 'solve if one orange on top | |
| Else | |
| dub.OrangeClockwise() | |
| Call OrangeCorner() | |
| Continue Do | |
| End If | |
| Loop | |
| '===================================================== | |
| '===================================================== | |
| Me.scrRotations.Text &= ">ALIGNING ORANGE CORNERS<" & vbCrLf | |
| 'If no two corners are alligned | |
| If Not (dub.Yellow.sideGrid(0, 0) = dub.Yellow.sideGrid(0, 2) Or | |
| dub.Green.sideGrid(0, 2) = dub.Green.sideGrid(2, 2) Or | |
| dub.White.sideGrid(2, 0) = dub.White.sideGrid(2, 2) Or | |
| dub.Blue.sideGrid(0, 0) = dub.Blue.sideGrid(2, 0)) Then | |
| Call OrangeAllignCorners() | |
| End If | |
| 'Until alligned corners are in the back | |
| Do Until dub.White.sideGrid(2, 0) = dub.White.sideGrid(2, 2) | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| Loop | |
| 'Allign | |
| If Not (dub.Yellow.sideGrid(0, 0) = dub.Yellow.sideGrid(0, 2) And | |
| dub.Green.sideGrid(0, 2) = dub.Green.sideGrid(2, 2) And | |
| dub.White.sideGrid(2, 0) = dub.White.sideGrid(2, 2) And | |
| dub.Blue.sideGrid(0, 0) = dub.Blue.sideGrid(2, 0)) Then | |
| Call OrangeAllignCorners() | |
| End If | |
| '===================================================== | |
| '===================================================== | |
| Me.scrRotations.Text &= ">ALIGNING ORANGE SIDES<" & vbCrLf | |
| 'Making sure to skip if it happens to be solved | |
| ' dub | |
| If Not ((dub.Yellow.sideGrid(0, 1) = dub.Yellow.sideGrid(0, 0) And dub.Yellow.sideGrid(0, 1) = dub.Yellow.sideGrid(0, 2)) And _ | |
| (dub.Green.sideGrid(1, 2) = dub.Green.sideGrid(0, 2) And dub.Green.sideGrid(0, 2) = dub.Green.sideGrid(0, 2)) And _ | |
| (dub.White.sideGrid(2, 1) = dub.White.sideGrid(2, 2) And dub.White.sideGrid(2, 1) = dub.White.sideGrid(2, 0)) And _ | |
| (dub.Blue.sideGrid(1, 0) = dub.Blue.sideGrid(0, 0) And dub.Blue.sideGrid(1, 0) = dub.Blue.sideGrid(2, 0))) Then | |
| 'If there are no three straight faces in the row; | |
| If Not ((dub.Yellow.sideGrid(0, 1) = dub.Yellow.sideGrid(0, 0) And dub.Yellow.sideGrid(0, 1) = dub.Yellow.sideGrid(0, 2)) Or _ | |
| (dub.Green.sideGrid(1, 2) = dub.Green.sideGrid(0, 2) And dub.Green.sideGrid(1, 2) = dub.Green.sideGrid(0, 2)) Or _ | |
| (dub.White.sideGrid(2, 1) = dub.White.sideGrid(2, 2) And dub.White.sideGrid(2, 1) = dub.White.sideGrid(2, 0)) Or _ | |
| (dub.Blue.sideGrid(1, 0) = dub.Blue.sideGrid(0, 0) And dub.Blue.sideGrid(1, 0) = dub.Blue.sideGrid(2, 0))) Then | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| Call LastStepToLeft() | |
| End If | |
| 'Get both corners on to the right side | |
| Do Until dub.White.sideGrid(2, 1) = dub.White.sideGrid(2, 0) And dub.White.sideGrid(2, 1) = dub.White.sideGrid(2, 2) | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| Loop | |
| 'dub.Yellow.sideGrid(0, 1) = dub.Green.sideGrid(0, 2) | |
| If dub.Yellow.sideGrid(0, 1) = dub.Green.sideGrid(0, 2) Then | |
| 'We need to move the last thing left | |
| Call LastStepToLeft() | |
| ElseIf dub.Yellow.sideGrid(0, 1) = dub.Blue.sideGrid(0, 0) Then | |
| 'We need to move the last thing right | |
| Call LastStepToRight() | |
| End If | |
| End If | |
| '========================================== | |
| '========================================== | |
| 'Rotate the last face counter clockwise until it is SOLVED | |
| If Not dub.White.sideGrid(2, 1) = "W" Then | |
| Me.scrRotations.Text &= ">THE FINAL ROTATIONS<" & vbCrLf | |
| End If | |
| Do Until dub.White.sideGrid(2, 1) = "W" | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| Loop | |
| Me.scrRotations.Text &= ">SOLVED<" & vbCrLf | |
| 'Finalize | |
| Me.dub.strRotation = Nothing | |
| Me.Update() | |
| boolEscape = True | |
| Loop | |
| End Sub | |
| 'Fixed algorithm; meant to get every orange squares on the side to the top of the orange face | |
| Private Sub OrangeSide() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| End Sub | |
| 'Fixed algorithm; meant to get ever corner orange to the top of the orange face | |
| Private Sub OrangeCorner() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| End Sub | |
| 'Meant to get the corners alligned | |
| Private Sub OrangeAllignCorners() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.YellowCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.WhiteClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| End Sub | |
| 'Does final step left-wise | |
| Private Sub LastStepToLeft() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeCounterClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| End Sub | |
| 'Does final right-wise | |
| Private Sub LastStepToRight() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.GreenCounterClockwise() | |
| Me.Update() | |
| dub.BlueClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.GreenClockwise() | |
| Me.Update() | |
| dub.BlueCounterClockwise() | |
| Me.Update() | |
| dub.OrangeClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| dub.YellowClockwise() | |
| Me.Update() | |
| End Sub |
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