def solveoll(col):
pre = ""
flag = 0
t = time.time()
for x in range(4):
tcol = [y[:] for y in col]
if x == 0:
pre = ""
if x == 1:
pre = "U"
moves.breakscram("U", col)
if x == 2:
pre = "U2"
moves.breakscram("U", col)
if x == 3:
pre = "U'"
moves.breakscram("U", col)
for i in algs:
tcol = [y[:] for y in col]
moves.breakscram(i, tcol)
if (tcol[0][6] == "yellow" and tcol[0][7] == "yellow"
and tcol[0][8] == "yellow" and tcol[1][6] == "yellow"
and tcol[1][7] == "yellow" and tcol[1][8] == "yellow"
and tcol[2][6] == "yellow" and tcol[2][7] == "yellow"
and tcol[2][8] == "yellow"):
fulloll = pre + " " + i
moves.breakscram(i, col)
#print(fulloll)
flag = 1
break
if flag == 1:
break
#print(time.time()-t)
return fulloll
def dof2l(col):
t = time.time()
max = 0
fsol = ""
while (max < 100):
max = 0
maxi = ""
for i in crawl.crawl:
tcol = [x[:] for x in col]
moves.breakscram(i, tcol)
hap = happiness(tcol, i)
#if i==" R' U R":
# print("------", hap)
if hap >= max:
max = hap
maxi = i
# print(maxi, max)
fsol = fsol + maxi
moves.breakscram(maxi, col)
u = time.time()
if (u - t > 2):
return False
u = time.time()
#print(u-t)
return fsol
def on_submit(button, user_data):
if (cube.chk_scan.get_state == True):
cube.txt_scramble.set_edit_text("")
# code for scanning goes here
else:
moves.breakscram(cube.thescramble, cube.cubearray)
logs.write(str(cube.cubearray))
cube.get_side_from_array(cube.cubearray)
cube.update_cube()
cube.footer1.set_text(["Finding Solution for : ", ("R", cube.thescramble)])
#logicthread.start()
ml.draw_screen()
do_logic()# sets solution
def makecross(col):
t=time.time()
max=0
csol=""
while(max<100):
max=0
maxi = ""
for i in crawl.crawl:
tcol=[x[:] for x in col]
moves.breakscram(i,tcol)
hap=happiness(tcol, i)
if hap>= max:
max=hap
maxi=i
csol=csol+ maxi
print(maxi)
moves.breakscram(maxi, col)
u=time.time()
#print(u-t)
return csol
if j > 5 and j < 9 and i < 3:
col[i][j] = "yellow"
if i > 2 and i < 6:
if j < 3:
col[i][j] = "blue"
if j > 2 and j < 6:
col[i][j] = "red"
if j > 5 and j < 9:
col[i][j] = "green"
if j > 8 and j < 12:
col[i][j] = "orange"
if j > 5 and j < 9 and i > 5:
col[i][j] = "white"
scramble = input("enter scramble")
moves.breakscram(scramble, col)
logs.write(str(col))
t = time.time()
cr = cross.makecross(col)
f2 = f2l.dof2l(col)
ol = oll.solveoll(col)
pl = pll.solvepll(col)
print("cross", cr)
print("f2l", f2)
print("oll", ol)
print("pll", pl)
fullsol = cr + " " + f2 + " " + ol + " " + pl
print("------------------")
def solvepll(col):
pre = ""
post = ""
flag = 0
t = time.time()
for x in range(4):
tcol = [x[:] for x in col]
if x == 0:
pre = ""
if x == 1:
pre = "U"
moves.breakscram("U", col)
if x == 2:
pre = "U2"
moves.breakscram("U", col)
if x == 3:
pre = "U'"
moves.breakscram("U", col)
for i in algs:
tcol = [x[:] for x in col]
moves.breakscram(i, tcol)
if (tcol[3][0] == tcol[3][1] == tcol[3][2]
and tcol[3][3] == tcol[3][4] == tcol[3][5]
and tcol[3][6] == tcol[3][7] == tcol[3][8]
and tcol[3][9] == tcol[3][10] == tcol[3][11]):
for q in range(4):
if q == 0:
post = ""
if q == 1:
post = "U"
moves.breakscram("U", tcol)
if q == 2:
post = "U2"
moves.breakscram("U", tcol)
if q == 3:
post = "U'"
moves.breakscram("U", tcol)
if tcol[3][0] == "blue":
break
fullpll = pre + " " + i + " " + post
moves.breakscram(i + " " + post, col)
#print(fullpll)
flag = 1
break
if flag == 1:
break
#print(time.time()-t)
return fullpll