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Rubix's Cube classes
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| import random | |
| #Before the Saint Mary's competition, I've written two classes to use for creating a Rubix cube, to practice | |
| #Objects in object-oriented languages. | |
| #This was the basis of which I derived my Visual Basic Rubix Classes Module. | |
| class Face: | |
| def __init__(self, colour): | |
| self.colour = colour | |
| self.row1 = [self.colour,self.colour,self.colour] | |
| self.row2 = [self.colour,self.colour,self.colour] | |
| self.row3 = [self.colour,self.colour,self.colour] | |
| self.col1 = [self.row1[0], self.row2[0], self.row3[0]] | |
| self.col2 = [self.row1[1], self.row2[1], self.row3[1]] | |
| self.col3 = [self.row1[2], self.row2[2], self.row3[2]] | |
| self.face = [self.row1, self.row2, self.row3] | |
| def update(self): | |
| self.face = [self.row1, self.row2, self.row3] | |
| self.col1 = [self.row1[0], self.row2[0], self.row3[0]] | |
| self.col2 = [self.row1[1], self.row2[1], self.row3[1]] | |
| self.col3 = [self.row1[2], self.row2[2], self.row3[2]] | |
| def rotateclockwise(self): | |
| col1, col2, col3 = [], [], [] | |
| for each in self.face: | |
| col1.insert(0, each[0]) | |
| col2.insert(0, each[1]) | |
| col3.insert(0, each[2]) | |
| self.row1, self.row2, self.row3 = col1, col2, col3 | |
| self.update() | |
| def rotatecounterclockwise(self): | |
| col1, col2, col3 = [], [], [] | |
| for each in self.face: | |
| col1.append(each[2]) | |
| col2.append(each[1]) | |
| col3.append(each[0]) | |
| self.row1, self.row2, self.row3 = col1, col2, col3 | |
| self.update() | |
| def injecttoprow(self, row): | |
| self.row1 = row | |
| self.update() | |
| def rinjecttoprow(self, row): | |
| row.reverse() | |
| self.row1 = row | |
| self.update() | |
| def injectbottomrow(self, row): | |
| self.row3 = row | |
| self.update() | |
| def rinjectbottomrow(self, row): | |
| row.reverse() | |
| self.row3 = row | |
| self.update() | |
| def injectleftcolumn(self, column): | |
| self.row1[0] = column[0] | |
| self.row2[0] = column[1] | |
| self.row3[0] = column[2] | |
| self.update() | |
| def rinjectleftcolumn(self, column): | |
| self.row1[0] = column[2] | |
| self.row2[0] = column[1] | |
| self.row3[0] = column[0] | |
| self.update() | |
| def injectrightcolumn(self, column): | |
| self.row1[2] = column[0] | |
| self.row2[2] = column[1] | |
| self.row3[2] = column[2] | |
| self.update() | |
| def rinjectrightcolumn(self, column): | |
| self.row1[2] = column[2] | |
| self.row2[2] = column[1] | |
| self.row3[2] = column[0] | |
| self.update() | |
| def printface(self): | |
| for each in self.face: | |
| print each | |
| # _/Y Y Y\_ | |
| # _/_/Y Y Y\_\_ | |
| # / / /Y Y Y\ \ \ | |
| # B B B R R R G G G O O O | |
| # B B B R R R G G G O O O | |
| # B B B R R R G G G O O O | |
| # \_\_\W W W/_/_/ | |
| # \_\W W W/_/ | |
| # \W W W/ | |
| class Cube: | |
| def __init__(self): | |
| self.colours= {"R": 0, "B": 1, "G": 2, "Y": 3, "W": 4, "O": 5} | |
| self.red = Face("R") | |
| self.blue = Face("B") | |
| self.green = Face("G") | |
| self.yellow = Face("Y") | |
| self.white = Face("W") | |
| self.orange = Face("O") | |
| self.tracing= False | |
| self.printmapping() | |
| def printmapping(self): | |
| for each in self.yellow.face: print(" " + " ".join(each)) | |
| print " ".join(self.blue.row1), " ".join(self.red.row1), " ".join(self.green.row1), " ".join(self.orange.row1) | |
| print " ".join(self.blue.row2), " ".join(self.red.row2), " ".join(self.green.row2), " ".join(self.orange.row2) | |
| print " ".join(self.blue.row3), " ".join(self.red.row3), " ".join(self.green.row3), " ".join(self.orange.row3) | |
| for each in self.white.face: print(" " + " ".join(each)) | |
| def updateallfaces(self): | |
| self.orange.update() | |
| self.blue.update() | |
| self.green.update() | |
| self.yellow.update() | |
| self.red.update() | |
| self.white.update() | |
| if self.tracing: self.printmapping() | |
| def yellowclockwise(self): | |
| self.yellow.rotateclockwise() | |
| buff = self.red.row1 | |
| self.red.injecttoprow(self.green.row1) | |
| self.green.injecttoprow(self.orange.row1) | |
| self.orange.injecttoprow(self.blue.row1) | |
| self.blue.injecttoprow(buff) | |
| if self.tracing: print("Yellow clockwise") | |
| self.updateallfaces() | |
| def yellowcounterclockwise(self): | |
| self.yellow.rotatecounterclockwise() | |
| buff = self.red.row1 | |
| self.red.injecttoprow(self.blue.row1) | |
| self.blue.injecttoprow(self.orange.row1) | |
| self.orange.injecttoprow(self.green.row1) | |
| self.green.injecttoprow(buff) | |
| if self.tracing: print("Yellow counter clockwise") | |
| self.updateallfaces() | |
| def redclockwise(self): | |
| self.red.rotateclockwise() | |
| buff = self.yellow.row3 | |
| self.yellow.rinjectbottomrow(self.blue.col3) | |
| self.blue.injectrightcolumn(self.white.row1) | |
| self.white.rinjecttoprow(self.green.col1) | |
| self.green.injectleftcolumn(buff) | |
| if self.tracing: print("Red clockwise") | |
| self.updateallfaces() | |
| def redcounterclockwise(self): | |
| self.red.rotatecounterclockwise() | |
| buff = self.yellow.row3 | |
| self.yellow.injectbottomrow(self.green.col1) | |
| self.green.rinjectleftcolumn(self.white.row1) | |
| self.white.injecttoprow(self.blue.col3) | |
| self.blue.rinjectrightcolumn(buff) | |
| if self.tracing: print("Red counter clockwise") | |
| self.updateallfaces() | |
| def whiteclockwise(self): | |
| self.white.rotateclockwise() | |
| buff = self.red.row3 | |
| self.red.injectbottomrow(self.blue.row3) | |
| self.blue.injectbottomrow(self.orange.row3) | |
| self.orange.injectbottomrow(self.green.row3) | |
| self.green.injectbottomrow(buff) | |
| if self.tracing: print("White clockwise") | |
| self.updateallfaces() | |
| def whitecounterclockwise(self): | |
| self.white.rotatecounterclockwise() | |
| buff = self.red.row3 | |
| self.red.injectbottomrow(self.green.row3) | |
| self.green.injectbottomrow(self.orange.row3) | |
| self.orange.injectbottomrow(self.blue.row3) | |
| self.blue.injectbottomrow(buff) | |
| if self.tracing: print("White counter clockwise") | |
| self.updateallfaces() | |
| def blueclockwise(self): | |
| self.blue.rotateclockwise() | |
| buff = self.red.col1 | |
| self.red.injectleftcolumn(self.yellow.col1) | |
| self.yellow.rinjectleftcolumn(self.orange.col3) | |
| self.orange.rinjectrightcolumn(self.white.col1) | |
| self.white.injectleftcolumn(buff) | |
| if self.tracing: print("Blue clockwise") | |
| self.updateallfaces() | |
| def bluecounterclockwise(self): | |
| self.blue.rotatecounterclockwise() | |
| buff = self.red.col1 | |
| self.red.injectleftcolumn(self.white.col1) | |
| self.white.rinjectleftcolumn(self.orange.col3) | |
| self.orange.injectrightcolumn(self.yellow.col1) | |
| self.yellow.injectleftcolumn(buff) | |
| if self.tracing: print("Blue counter clockwise") | |
| self.updateallfaces() | |
| def greencounterclockwise(self): | |
| self.green.rotatecounterclockwise() | |
| buff = self.red.col3 | |
| self.red.injectrightcolumn(self.yellow.col3) | |
| self.yellow.rinjectrightcolumn(self.orange.col1) | |
| self.orange.rinjectleftcolumn(self.white.col3) | |
| self.white.injectrightcolumn(buff) | |
| if self.tracing: print("Green counter clockwise") | |
| self.updateallfaces() | |
| def greenclockwise(self): | |
| self.green.rotateclockwise() | |
| buff = self.red.col3 | |
| self.red.injectrightcolumn(self.white.col3) | |
| self.white.rinjectrightcolumn(self.orange.col1) | |
| self.orange.rinjectleftcolumn(self.yellow.col3) | |
| self.yellow.injectrightcolumn(buff) | |
| if self.tracing: print("Green clockwise") | |
| self.updateallfaces() | |
| def orangeclockwise(self): | |
| self.orange.rotateclockwise() | |
| buff = self.yellow.row1 | |
| self.yellow.injecttoprow(self.green.col3) | |
| self.green.rinjectrightcolumn(self.white.row3) | |
| self.white.injectbottomrow(self.blue.col1) | |
| self.blue.rinjectleftcolumn(buff) | |
| if self.tracing: print("Orange clockwise") | |
| self.updateallfaces() | |
| def orangecounterclockwise(self): | |
| self.orange.rotatecounterclockwise() | |
| buff = self.yellow.row1 | |
| self.yellow.rinjecttoprow(self.blue.col1) | |
| self.blue.injectleftcolumn(self.white.row3) | |
| self.white.rinjectbottomrow(self.green.col3) | |
| self.green.injectrightcolumn(buff) | |
| if self.tracing: print("Orange counter clockwise") | |
| self.updateallfaces() | |
| def randommoves(self, movements): | |
| for movement in range(movements): | |
| decision = random.randint(1, 12) | |
| if decision == 1: self.yellowclockwise() | |
| elif decision == 2: self.yellowcounterclockwise() | |
| elif decision == 3: self.redclockwise() | |
| elif decision == 4: self.redcounterclockwise() | |
| elif decision == 5: self.whiteclockwise() | |
| elif decision == 6: self.whitecounterclockwise() | |
| elif decision == 7: self.blueclockwise() | |
| elif decision == 8: self.bluecounterclockwise() | |
| elif decision == 9: self.greencounterclockwise() | |
| elif decision == 10:self.greenclockwise() | |
| elif decision == 11:self.orangeclockwise() | |
| elif decision == 12:self.orangecounterclockwise() |
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