def rtdG3old(cube, movelist):
global switch
rtd = rd.randint(1, 6)
while rtd == switch:
rtd = rd.randint(1, 6)
if rtd == 1 or rtd == 0:
switch = rtd
cube.u2()
movelist.append("U2")
if rtd == 2:
switch = rtd
cube.d2()
movelist.append("D2")
if rtd == 3:
switch = rtd
cube.f2()
movelist.append("F2")
if rtd == 4:
switch = rtd
cube.b2()
movelist.append("B2")
if rtd == 5:
switch = rtd
cube.l2()
movelist.append("L2")
if rtd == 6:
switch = rtd
cube.r2()
movelist.append("R2")
def rtdG2(cube, movelist, i):
for rtd in search(i, 8 + 1):
#rtd = rd.randint(1,8) #Inclus
if rtd == 1 or rtd == 0:
cube.u()
movelist.append("U")
if rtd == 2:
cube.u_pr()
movelist.append("U*")
if rtd == 3:
cube.d()
movelist.append("D")
if rtd == 4:
cube.d_pr()
movelist.append("D*")
if rtd == 5:
cube.f2()
movelist.append("F2")
if rtd == 6:
cube.b2()
movelist.append("B2")
if rtd == 7:
cube.l2()
movelist.append("L2")
if rtd == 8:
cube.r2()
movelist.append("R2")
def rtdG1_1old(cube, movelist):
rtd = rd.randint(1, 10) #Inclus
if rtd == 1 or rtd == 0:
cube.u()
movelist.append("U")
if rtd == 2:
cube.u_pr()
movelist.append("U*")
if rtd == 3:
cube.d()
movelist.append("D")
if rtd == 4:
cube.d_pr()
movelist.append("D*")
if rtd == 5:
cube.f()
movelist.append("F")
if rtd == 6:
cube.f_pr()
movelist.append("F*")
if rtd == 7:
cube.b()
movelist.append("B")
if rtd == 8:
cube.b_pr()
movelist.append("B*")
if rtd == 9:
cube.l2()
movelist.append("L2")
if rtd == 10:
cube.r2()
movelist.append("R2")
def rtd(cube, movelist, i):
for rtd in search(i, 18 + 1):
#rtd = rd.randint(1,18) #Inclus
if rtd == 1 or rtd == 0:
cube.u()
movelist.append("U")
if rtd == 2:
cube.u_pr()
movelist.append("U*")
if rtd == 3:
cube.d()
movelist.append("D")
if rtd == 4:
cube.d_pr()
movelist.append("D*")
if rtd == 5:
cube.r()
movelist.append("R")
if rtd == 6:
cube.r_pr()
movelist.append("R*")
if rtd == 7:
cube.l()
movelist.append("L")
if rtd == 8:
cube.l_pr()
movelist.append("L*")
if rtd == 9:
cube.f()
movelist.append("F")
if rtd == 10:
cube.f_pr()
movelist.append("F*")
if rtd == 11:
cube.b()
movelist.append("B")
if rtd == 12:
cube.b_pr()
movelist.append("B*")
if rtd == 13:
cube.u2()
movelist.append("U2")
if rtd == 14:
cube.d2()
movelist.append("D2")
if rtd == 15:
cube.l2()
movelist.append("L2")
if rtd == 16:
cube.r2()
movelist.append("R2")
if rtd == 17:
cube.f2()
movelist.append("F2")
if rtd == 18:
cube.b2()
movelist.append("B2")
def rtdG2old(cube, movelist):
global switch
rtd = rd.randint(1, 10)
while rtd == switch:
rtd = rd.randint(1, 10)
if rtd == 1 or rtd == 0:
switch = rtd
cube.u()
movelist.append("U")
if rtd == 2:
switch = rtd
cube.u_pr()
movelist.append("U*")
if rtd == 3:
switch = rtd
cube.d()
movelist.append("D")
if rtd == 4:
switch = rtd
cube.d_pr()
movelist.append("D*")
if rtd == 5:
switch = rtd
cube.f2()
movelist.append("F2")
if rtd == 6:
switch = rtd
cube.b2()
movelist.append("B2")
if rtd == 7:
switch = rtd
cube.l2()
movelist.append("L2")
if rtd == 8:
switch = rtd
cube.r2()
movelist.append("R2")
if rtd == 9:
switch = rtd
cube.u2()
movelist.append("U2")
if rtd == 10:
switch = rtd
cube.d2()
movelist.append("D2")
def rtdG3(cube, movelist, i):
for rtd in search(i, 6 + 1):
#rtd = rd.randint(1,6) #Inclus
if rtd == 1 or rtd == 0:
cube.u2()
movelist.append("U2")
if rtd == 2:
cube.d2()
movelist.append("D2")
if rtd == 3:
cube.f2()
movelist.append("F2")
if rtd == 4:
cube.b2()
movelist.append("B2")
if rtd == 5:
cube.l2()
movelist.append("L2")
if rtd == 6:
cube.r2()
movelist.append("R2")
def rtdG1_2old(cube, movelist):
oll_test_u = []
oll_case_u = 0
for j in [
cube.u_layer[0, 0], cube.u_layer[0, 2], cube.u_layer[2, 0],
cube.u_layer[2, 2]
]:
if j == color_u or j == color_d:
oll_test_u.append(j)
oll_case_u = len(oll_test_u)
trigg = False
if oll_case_u == 2:
if ((cube.b_layer[0, 0] == color_u or cube.b_layer[0, 0] == color_d)
and
(cube.b_layer[0, 2] == color_u or cube.b_layer[0, 2] == color_d)):
#U / Superman
trigg = True
cube.r2().d_pr().r().u2().r_pr().d().r().u2().r()
movelist.extend(["R2", "D*", "R", "U2", "R*", "D", "R", "U2", "R"])
elif (
(cube.l_layer[0, 0] == color_u or cube.l_layer[0, 0] == color_d)
and
(cube.r_layer[0, 2] == color_u or cube.r_layer[0, 2] == color_d)):
#T
trigg = True
cube.r_pr().f_pr().r().b_pr().r_pr().f().r().b()
movelist.extend(["R*", "F*", "R", "B*", "R*", "F", "R", "B"])
elif (
(cube.r_layer[0, 0] == color_u or cube.r_layer[0, 0] == color_d)
and
(cube.b_layer[0, 2] == color_u or cube.b_layer[0, 2] == color_d)):
#L
trigg = True
cube.r().b_pr().r_pr().f().r().b().r_pr().f_pr()
movelist.extend(["R", "B*", "R*", "F", "R", "B", "R*", "F*"])
elif oll_case_u == 1:
if ((cube.b_layer[0, 2] == color_u or cube.b_layer[0, 2] == color_d)
and
(cube.l_layer[0, 2] == color_u or cube.l_layer[0, 2] == color_d)
and
(cube.f_layer[0, 2] == color_u or cube.f_layer[0, 2] == color_d)):
#Sune
trigg = True
cube.r().u_pr().l_pr().u().r_pr().u_pr().l().u()
movelist.extend(["R", "U*", "L*", "U", "R*", "U*", "L", "U"])
elif (
(cube.b_layer[0, 0] == color_u or cube.b_layer[0, 0] == color_d)
and
(cube.l_layer[0, 0] == color_u or cube.l_layer[0, 0] == color_d)
and
(cube.r_layer[0, 0] == color_u or cube.r_layer[0, 0] == color_d)):
#A-Sune
trigg = True
cube.u_pr().l_pr().u().r().u_pr().l().u().r_pr()
movelist.extend(["U*", "L*", "U", "R", "U*", "L", "U", "R*"])
elif oll_case_u == 0:
if ((cube.f_layer[0, 0] == color_u or cube.f_layer[0, 0] == color_d)
and
(cube.f_layer[0, 2] == color_u or cube.f_layer[0, 2] == color_d)
and
(cube.b_layer[0, 0] == color_u or cube.b_layer[0, 0] == color_d)
and
(cube.b_layer[0, 2] == color_u or cube.b_layer[0, 2] == color_d)):
#H
trigg = True
cube.r_pr().f2().r2().u2().r_pr().f2().r().u2().r2().f2().r().u2()
movelist.extend([
"R*", "F2", "R2", "U2", "R*", "F2", "R", "U2", "R2", "F2", "R",
"U2"
])
elif (
(cube.f_layer[0, 0] == color_u or cube.f_layer[0, 0] == color_d)
and
(cube.f_layer[0, 2] == color_u or cube.f_layer[0, 2] == color_d)
and
(cube.l_layer[0, 0] == color_u or cube.l_layer[0, 0] == color_d)
and
(cube.r_layer[0, 2] == color_u or cube.r_layer[0, 2] == color_d)):
#pi
trigg = True
cube.r().f_pr().d2().f().r_pr().u_pr().r().f_pr().d2().f().r_pr(
).u()
movelist.extend([
"R", "F*", "D2", "F", "R*", "U*", "R", "F*", "D2", "F", "R*",
"U"
])
elif oll_case_u == 4:
trigg = True
cube.f2().r2().b2().l2()
movelist.extend(["F2", "R2", "B2", "L2"])
if trigg == False:
rtdG1_1old(cube, movelist)