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Author: Gonare-22

cube.py

@@ -0,0 +1,43 @@
+import numpy as np
+
+white = [
+    ["w","w","w"],
+    ["w","w","w"],
+    ["w","w","w"]
+]
+white = np.array(white)
+
+yellow = [
+    ["y","y","y"],
+    ["y","y","y"],
+    ["y","y","y"]
+]
+yellow = np.array(yellow)
+
+green = [
+    ["g","g","g"],
+    ["g","g","g"],
+    ["g","g","g"]
+]
+green = np.array(green)
+
+blue = [
+    ["b","b","b"],
+    ["b","b","b"],
+    ["b","b","b"]
+]
+blue = np.array(blue)
+
+red = [
+    ["r","r","r"],
+    ["r","r","r"],
+    ["r","r","r"]
+]
+red = np.array(red)
+
+orange = [
+    ["o","o","o"],
+    ["o","o","o"],
+    ["o","o","o"]
+]
+orange = np.array(orange)

main.py

@@ -0,0 +1,17 @@
+from tkinter import *
+from tkinter import ttk
+import solver
+
+if __name__ == "__main__":
+    window = Tk()
+    window.title("Rubik Cube")
+    window.geometry("1366x768")
+    tabctrl = ttk.Notebook(window)
+    tabA = ttk.Frame(tabctrl)
+    tabB = ttk.Frame(tabctrl)
+    solver.main(tabA)
+    x = Frame(tabB,width = 950, height = 670)
+    x.place(relx=0.5, rely=0.5,anchor = "center")
+    tabctrl.add(tabA,text = "Solver")
+    tabctrl.pack()
+    window.mainloop()

moves.py

@@ -0,0 +1,145 @@
+import cube
+
+def R():
+    cube.red = cube.red[::-1]
+    cube.red = cube.red.transpose()
+
+    tempg = [cube.green[0][2],cube.green[1][2],cube.green[2][2]]
+    tempw = [cube.white[0][2],cube.white[1][2],cube.white[2][2]]
+    tempb = [cube.blue[2][0],cube.blue[1][0],cube.blue[0][0]]
+    tempy = [cube.yellow[0][2],cube.yellow[1][2],cube.yellow[2][2]]
+
+    tempw,tempb,tempy,tempg = tempg,tempw,tempb,tempy
+
+    cube.green[0][2],cube.green[1][2],cube.green[2][2] = tempg[0],tempg[1],tempg[2]
+    cube.white[0][2],cube.white[1][2],cube.white[2][2] = tempw[0],tempw[1],tempw[2]
+    cube.blue[2][0],cube.blue[1][0],cube.blue[0][0] = tempb[0],tempb[1],tempb[2]
+    cube.yellow[0][2],cube.yellow[1][2],cube.yellow[2][2] = tempy[0],tempy[1],tempy[2]
+
+def L():
+    cube.orange = cube.orange[::-1]
+    cube.orange = cube.orange.transpose()
+
+    tempg = [cube.green[0][0],cube.green[1][0],cube.green[2][0]]
+    tempw = [cube.white[0][0],cube.white[1][0],cube.white[2][0]]
+    tempb = [cube.blue[2][2],cube.blue[1][2],cube.blue[0][2]]
+    tempy = [cube.yellow[0][0],cube.yellow[1][0],cube.yellow[2][0]]
+
+    tempw,tempb,tempy,tempg = tempb,tempy,tempg,tempw
+
+    cube.green[0][0],cube.green[1][0],cube.green[2][0] = tempg[0],tempg[1],tempg[2]
+    cube.white[0][0],cube.white[1][0],cube.white[2][0] = tempw[0],tempw[1],tempw[2]
+    cube.blue[2][2],cube.blue[1][2],cube.blue[0][2] = tempb[0],tempb[1],tempb[2]
+    cube.yellow[0][0],cube.yellow[1][0],cube.yellow[2][0] = tempy[0],tempy[1],tempy[2]
+
+def U():
+    cube.white = cube.white[::-1]
+    cube.white = cube.white.transpose()
+
+    tempg = [cube.green[0][0],cube.green[0][1],cube.green[0][2]]
+    tempo = [cube.orange[0][0],cube.orange[0][1],cube.orange[0][2]]
+    tempb = [cube.blue[0][0],cube.blue[0][1],cube.blue[0][2]]
+    tempr = [cube.red[0][0],cube.red[0][1],cube.red[0][2]]
+
+    tempg,tempo,tempb,tempr = tempr,tempg,tempo,tempb
+
+    cube.green[0][0],cube.green[0][1],cube.green[0][2] = tempg[0],tempg[1],tempg[2]
+    cube.orange[0][0],cube.orange[0][1],cube.orange[0][2] = tempo[0],tempo[1],tempo[2]
+    cube.blue[0][0],cube.blue[0][1],cube.blue[0][2] = tempb[0],tempb[1],tempb[2]
+    cube.red[0][0],cube.red[0][1],cube.red[0][2] = tempr[0],tempr[1],tempr[2]
+
+def D():
+    cube.yellow = cube.yellow[::-1]
+    cube.yellow = cube.yellow.transpose()
+
+    tempg = [cube.green[2][0],cube.green[2][1],cube.green[2][2]]
+    tempo = [cube.orange[2][0],cube.orange[2][1],cube.orange[2][2]]
+    tempb = [cube.blue[2][0],cube.blue[2][1],cube.blue[2][2]]
+    tempr = [cube.red[2][0],cube.red[2][1],cube.red[2][2]]
+
+    tempg,tempo,tempb,tempr = tempo,tempb,tempr,tempg
+
+    cube.green[2][0],cube.green[2][1],cube.green[2][2] = tempg[0],tempg[1],tempg[2]
+    cube.orange[2][0],cube.orange[2][1],cube.orange[2][2] = tempo[0],tempo[1],tempo[2]
+    cube.blue[2][0],cube.blue[2][1],cube.blue[2][2] = tempb[0],tempb[1],tempb[2]
+    cube.red[2][0],cube.red[2][1],cube.red[2][2] = tempr[0],tempr[1],tempr[2]
+
+def F():
+    cube.green = cube.green[::-1]
+    cube.green = cube.green.transpose()
+
+    tempw = [cube.white[2][0],cube.white[2][1],cube.white[2][2]]
+    tempo = [cube.orange[2][2],cube.orange[1][2],cube.orange[0][2]]
+    tempy = [cube.yellow[0][0],cube.yellow[0][1],cube.yellow[0][2]]
+    tempr = [cube.red[0][0],cube.red[1][0],cube.red[2][0]]
+
+    tempw,tempo,tempy,tempr = tempo,tempy,tempr,tempw
+
+    cube.white[2][0],cube.white[2][1],cube.white[2][2] = tempw[0],tempw[1],tempw[2]
+    cube.orange[0][2],cube.orange[1][2],cube.orange[2][2] = tempo[0],tempo[1],tempo[2]
+    cube.yellow[0][2],cube.yellow[0][1],cube.yellow[0][0] = tempy[0],tempy[1],tempy[2]
+    cube.red[0][0],cube.red[1][0],cube.red[2][0] = tempr[0],tempr[1],tempr[2]
+
+def B():
+    cube.blue = cube.blue[::-1]
+    cube.blue = cube.blue.transpose()
+
+    tempw = [cube.white[0][0],cube.white[0][1],cube.white[0][2]]
+    tempo = [cube.orange[0][0],cube.orange[1][0],cube.orange[2][0]]
+    tempy = [cube.yellow[2][2],cube.yellow[2][1],cube.yellow[2][0]]
+    tempr = [cube.red[0][2],cube.red[1][2],cube.red[2][2]]
+
+    tempw,tempo,tempy,tempr = tempr,tempw,tempo,tempy
+
+    cube.white[0][0],cube.white[0][1],cube.white[0][2] = tempw[0],tempw[1],tempw[2]
+    cube.orange[2][0],cube.orange[1][0],cube.orange[0][0] = tempo[0],tempo[1],tempo[2]
+    cube.yellow[2][0],cube.yellow[2][1],cube.yellow[2][2] = tempy[0],tempy[1],tempy[2]
+    cube.red[0][2],cube.red[1][2],cube.red[2][2] = tempr[0],tempr[1],tempr[2]
+
+def r():
+    for i in range(3): 
+        R()  #right
+
+def l():
+    for i in range(3):
+        L() #left
+
+def u():
+    for i in range(3):
+        U() #upper
+
+def d():
+    for i in range(3):
+        D() #down
+    
+def f():
+    for i in range(3):
+        F() #front
+
+def b():
+    for i in range(3):
+        B() #back
+
+def R2():
+    for i in range(2):
+        R() #two times right
+
+def L2():
+    for i in range(2):
+        L() #two times left
+
+def U2():
+    for i in range(2):
+        U() #two times up
+
+def D2():
+    for i in range(2):
+        D() #two times down
+    
+def F2():
+    for i in range(2):
+        F() #two times front
+
+def B2():
+    for i in range(2):
+        B() #two times back