def de(mod):
frontier_size = 50
max_tries = 40
f = 0.75
cf = 0.3
epsilon = 0.1
ib = 0
frontier = generate_frontier(frontier_size, mod)
eb = init_score(mod, frontier)
prev = []
lives = 5
p = 1
for k in range(max_tries):
Utility.say(str(p) + "|")
total, n, eb, ib, frontier, cur = update(mod, f, cf, ib, frontier, eb)
if not prev:
prev = cur[:]
else:
lives += Utility.check_type2(prev, cur)
prev = cur[:]
if lives is 0:
break
p += max_tries
Utility.say("\n")
f1, f2 = mod.objs(frontier[ib])
Utility.printOutput("Success", f1, f2, frontier[ib], eb)
return frontier[ib]
def mws(mod):
max_tries = 25
max_changes = 100
threshold = 0.01
p = 0.05
lives = 3
best_sn = mod.generate()
norm = mod.baseline_study()
norm, best_sc = mod.get_energy(best_sn,norm)
prev = []
k = 1
for i in range(max_tries):
sn = mod.generate()
cur = []
Utility.say(str(k)+"|")
for j in range(max_changes):
norm,score = mod.get_energy(sn,norm)
if score < threshold:
f1,f2 = mod.objs(sn)
norm,score = mod.get_energy(sn,norm)
best_sn = sn[:]
best_sc = score
Utility.printOutput("Success", f1,f2,best_sn,f1+f2)
return best_sn
limit = len(mod.decisons)-1 if len(mod.decisons) > 0 else 0
c = random.randint(0,limit)
if p < random.random():
temp = mutate(mod,sn,c)
if mod.checkconstraint(temp):
sn = temp[:]
Utility.say('?')
else:
Utility.say('.')
else:
changed, sn = maximizesolution(mod,sn,c,norm)
if changed:
norm,local_sc = mod.get_energy(sn,norm)
if Utility.check_type1(mod,sn,best_sn):
best_sc = local_sc
best_sn = sn[:]
sn = sn[:]
Utility.say('+')
else:
Utility.say('!')
norm,local_sc = mod.get_energy(sn,norm)
cur.append(local_sc)
if not prev:
prev = cur[:]
else:
lives += Utility.check_type2(prev,cur)
prev = cur[:]
if lives is 0:
break
k += max_changes
Utility.say("\n")
f1,f2 = mod.objs(sn)
Utility.printOutput('Failure',f1,f2,best_sn,f1+f2)
return best_sn
def mws(mod):
max_tries = 25
max_changes = 100
threshold = 0.01
p = 0.05
lives = 3
best_sn = mod.generate()
norm = mod.baseline_study()
norm, best_sc = mod.get_energy(best_sn, norm)
prev = []
k = 1
for i in range(max_tries):
sn = mod.generate()
cur = []
Utility.say(str(k) + "|")
for j in range(max_changes):
norm, score = mod.get_energy(sn, norm)
if score < threshold:
f1, f2 = mod.objs(sn)
norm, score = mod.get_energy(sn, norm)
best_sn = sn[:]
best_sc = score
Utility.printOutput("Success", f1, f2, best_sn, f1 + f2)
return best_sn
limit = len(mod.decisons) - 1 if len(mod.decisons) > 0 else 0
c = random.randint(0, limit)
if p < random.random():
temp = mutate(mod, sn, c)
if mod.checkconstraint(temp):
sn = temp[:]
Utility.say('?')
else:
Utility.say('.')
else:
changed, sn = maximizesolution(mod, sn, c, norm)
if changed:
norm, local_sc = mod.get_energy(sn, norm)
if Utility.check_type1(mod, sn, best_sn):
best_sc = local_sc
best_sn = sn[:]
sn = sn[:]
Utility.say('+')
else:
Utility.say('!')
norm, local_sc = mod.get_energy(sn, norm)
cur.append(local_sc)
if not prev:
prev = cur[:]
else:
lives += Utility.check_type2(prev, cur)
prev = cur[:]
if lives is 0:
break
k += max_changes
Utility.say("\n")
f1, f2 = mod.objs(sn)
Utility.printOutput('Failure', f1, f2, best_sn, f1 + f2)
return best_sn
def sa(mod):
s = mod.generate()
norm = mod.baseline_study()
norm,e = mod.get_energy(s,norm)
sb = s[:]
eb = e
k = 1.0
kmax = 999.0
lives = 5
Utility.say("1|")
prev = []
cur = []
while k < kmax:
sn = mod.generate()
norm, en = mod.get_energy(sn,norm)
if Utility.check_type1(mod,sn,sb):
sb = sn[:]
eb = en
Utility.say("!")
if Utility.check_type1(mod,sn,s):
s = sn[:]
e = en
Utility.say("+")
elif mod.prob(e, en, k*7/(kmax)) < random.random():
s = sn
e = en
Utility.say("?")
Utility.say(".")
cur.append(en)
k = k + 1
if k % 50 == 0:
#cur = map(Utility.mean, zip(*cur))
if not prev:
prev = cur[:]
else:
lives += Utility.check_type2(prev,cur)
prev = cur[:]
if lives is 0:
break
cur = []
Utility.say("\n"+str(int(k))+"|")
f1,f2 = mod.objs(sb)
Utility.printOutput('Success',f1,f2,sb,f1+f2)
return sb
def sa(mod):
s = mod.generate()
norm = mod.baseline_study()
norm, e = mod.get_energy(s, norm)
sb = s[:]
eb = e
k = 1.0
kmax = 999.0
lives = 5
Utility.say("1|")
prev = []
cur = []
while k < kmax:
sn = mod.generate()
norm, en = mod.get_energy(sn, norm)
if Utility.check_type1(mod, sn, sb):
sb = sn[:]
eb = en
Utility.say("!")
if Utility.check_type1(mod, sn, s):
s = sn[:]
e = en
Utility.say("+")
elif mod.prob(e, en, k * 7 / (kmax)) < random.random():
s = sn
e = en
Utility.say("?")
Utility.say(".")
cur.append(en)
k = k + 1
if k % 50 == 0:
#cur = map(Utility.mean, zip(*cur))
if not prev:
prev = cur[:]
else:
lives += Utility.check_type2(prev, cur)
prev = cur[:]
if lives is 0:
break
cur = []
Utility.say("\n" + str(int(k)) + "|")
f1, f2 = mod.objs(sb)
Utility.printOutput('Success', f1, f2, sb, f1 + f2)
return sb
