def StatLock_routine_management(self):
population = loadmachines()
population = CyclingStatLock(population)
self.log('')
self.log('>>>>>STATLOCK ROUTINE MANAGEMENT')
self.log('')
setmachines(population)
def routine_pop_management(self, LEVEL):
if not len(LEVEL):
return
population = loadmachines()
originalPOPLEN = len(population)
# for individual in population:
# dump_all_paramstat(individual)
# for k in range(8):
# CHILD = create_hybrid(population)
# if CHILD: population.append(CHILD)
DELTAind = originalPOPLEN // 16
if "T" in LEVEL:
halloffame = loadmachines(DIR=settings.TOPmachineDIR)
halloffame = [mac.filename for mac in halloffame]
currentbestinds = select_best_inds(population, 18)
for mac in range(len(currentbestinds)):
if currentbestinds[mac].filename not in halloffame:
sendtoHallOfFame(currentbestinds[mac])
self.setcounter_sentToHallOfFame += 1
break
#self.Tournament = Tournament(1,1)
#self.log('RUNNING TOURNAMENT!')
if "B" in LEVEL:
MODscorelimit = 2
population = deltheworst_clonethebest(population,
-2 * DELTAind,
MODscorelimit,
ID=self.ID)
self.setcounter_deletedmachines += 2 * DELTAind
population += populate([], DELTAind, True, ID=self.ID)
self.setcounter_createdmachines += DELTAind
population += Mate(select_best_inds(population,
DELTAind), DELTAind,ID=self.ID)
self.setcounter_createdmachines += DELTAind
numToEquilibrium = originalPOPLEN - len(population)
if numToEquilibrium > 0:
self.setcounter_createdmachines += numToEquilibrium
else:
self.setcounter_deletedmachines -= numToEquilibrium
population = deltheworst_clonethebest(population,
numToEquilibrium,
MODscorelimit,
ID=self.ID)
if "C" in LEVEL:
population = EliminateEquals(population, DELTAind)
NUM = originalPOPLEN - len(population)
population += populate([], NUM, True, ID=self.ID)
self.setcounter_deletedmachines += DELTAind
self.setcounter_createdmachines += NUM
if "H" in LEVEL:
population = deltheworst_clonethebest(population,
-DELTAind,
MODscorelimit,
ID=self.ID)
self.setcounter_deletedmachines += DELTAind
while len(population) < originalPOPLEN:
population += clone_from_template(ID=self.ID)
self.setcounter_createdmachines +=1
# setmachines need to happen before management level C, which is advanced and loads
# the population by it's own method.
if "A" in LEVEL:
if randrange(10) > 8:
for k in range(1):
population = mutatemachines(1, population)
if "E" in LEVEL:
ADVmanagement()
totalgames = (self.setcounter_illegalmove
+ self.setcounter_forcedwin
+ self.setcounter_checkmate
+ self.setcounter_draws + 1)
if "V" in LEVEL:
for k in range(len(population)-1):
for v in range(k+1, len(population)):
if not population[k]:
break
Similarity = EvaluateSimilarityTwoMachines(
population[k], population[v])
if False:
bareDeleteMachine(population[k].filename)
self.setcounter_deletedmachines +=1
print("Excluding %s by similarity to %s." % (
population[k].filename, population[v].filename))
population[k] = None
elif Similarity < 1:
print("Mutating %s by similarity." % population[k].filename)
population[k].mutate(3,5)
population = [ x for x in population if x ]
setmachines(population)
AverageElo = 0
for I in population:
AverageElo += I.ELO
AverageElo //= len(population)
self.log('')
self.log('>> %s >>ROUTINE MANAGEMENT %s' % (self.ID,LEVEL))
self.log("ROUND = %i. checkmate-> %i; forced wins-> %i; draws-> %i; illegal moves-> %i"
% (self.ROUND, self.setcounter_checkmate, self.setcounter_forcedwin, self.setcounter_draws, self.setcounter_illegalmove))
self.log("initial population size-> %i; final population size-> %i"
% (originalPOPLEN, len(population)))
self.log('Illegal move percentage is %f %%.'
% (self.setcounter_illegalmove * 100 / totalgames))
self.log('Average games per round equals to %i.'
% (totalgames // self.ROUND))
self.log("Average ELO is %i" % AverageElo)
self.log('')
print('routine management %s done. Average ELO: %i' %
(LEVEL, AverageElo))
self.log("Running Time is %i" % (time() - self.InitTime))
self.log("Deleted machines: %i; Created machines: %i; Sent to HOF: %i"%\
(self.setcounter_deletedmachines,
self.setcounter_createdmachines,
self.setcounter_sentToHallOfFame))
def __init__(self):
print("""
loading machines from Hall of Fame.
Choose your opponent:
""")
self.AllMachines = loadmachines(DIR=settings.TOPmachineDIR)
print("zero")
print("0 - random")
for M in range(len(self.AllMachines)):
view = '%i - %s' % (M+1, self.AllMachines[M].filename)
view += " " * (30-len(view)) + "%i :%i" %\
(self.AllMachines[M].ELO,
self.AllMachines[M].getParameter("real_world_score"))
print(view)
print("")
LOADED = 0
self.AgainstMachine = False
userchoice = self.CollectInput(
[x for x in range(len(self.AllMachines)+1)])
if not userchoice:
userchoice = randrange(len(self.AllMachines))+1
else:
pass
#choices = userchoice.split(" ")
Callargs = [settings.enginebin, "--deep", '4', '--xdeep', '1', '--showinfo']
if userchoice != "zero":
LOADED = 1
userchoice -= 1
print('Loading %s. glhf' % self.AllMachines[userchoice].filename)
Callargs += ['--specific', self.AllMachines[userchoice].filename]
self.engineCALL = " ".join(Callargs)
if self.AgainstMachine:
GAME = Thread(target=self.LaunchXboardMachineXMachine)
else:
GAME = Thread(target=self.LaunchXboardAgainstMachine)
GAME.start()
LOGGER = Thread(target=self.StraceAndLogGame)
LOGGER.start()
if LOADED:
try:
print("Did this machine win the game? [y/n]")
FeedBack = self.CollectInput(['y', 'n'])
except KeyboardInterrupt:
print("\n")
exit()
if FeedBack == 'y':
result = 1
print("logically.")
else:
result = -1
print("a bad day for the computer age.")
self.AllMachines[userchoice].getParameter("real_world_score",
toSUM=result)
setmachines(self.AllMachines, DIR=settings.TOPmachineDIR)
round(max([result[x] for x in result]))):
for MAC in ApprovedMachines:
#if scoreNumber < result[MAC] < scoreNumber +1: # ?????????????
print("%s: %i" % (MAC, result[MAC]))
BestScoreOnGroup = max([result[x] for x in ApprovedMachines])
NumberOfBestScorers = sum(
[1 for x in ApprovedMachines if result[x] == BestScoreOnGroup])
for IND in range(len(pop)):
NAME = pop[IND].filename
if NAME not in ApprovedMachines or result[NAME] < 0:
management.bareDeleteMachine(_machineDIR, NAME)
print("Deleting machine %s." % NAME)
pop[IND] = None
pop = [x for x in pop if x]
for IND in pop:
#if FullTestLen * 10 - result[IND.filename] < 20:
# core.sendtoHallOfFame(IND)
if result[IND.filename] == BestScoreOnGroup:
if NumberOfBestScorers < len(pop) / 6:
core.Mate([IND, random.choice(pop)], 2, ID="POS")
if options.Mutate:
stock_popsize = 16
while len(pop) < stock_popsize / 2 and pop:
pop += core.Mate(pop, 2, ID="pos")
pop = core.populate(pop, stock_popsize - len(pop), 1)
core.mutatemachines(2, pop)
core.setmachines(pop, DIR=_machineDIR)
import sys
import os
from evchess_evolve.core import populate, setmachines
for ARG in sys.argv:
if ARG == "populate":
try:
Q = int(sys.argv[sys.argv.index(ARG) + 1])
except:
Q = 16
if "quadra" in sys.argv:
MACDIRS = ['_machines_%i' % W for W in range(1, 5)]
elif "duo" in sys.argv:
MACDIRS = ['_machines_%i' % W for W in range(1, 3)]
else:
MACDIRS = ['machines']
for MD in MACDIRS:
if not os.path.isdir(MD):
os.mkdir(MD)
if not os.path.isdir("%s/top_machines" % MD):
os.mkdir("%s/top_machines" % MD)
machines = populate([], Q, 1)
for M in machines:
M.DIR = MD
print("creating %i machines under dir %s." % (len(machines), MD))
setmachines(machines, MD)
def routine_pop_management(self, LEVEL):
if not len(LEVEL):
return
population = loadmachines()
originalPOPLEN = settings.standard_popsize #len(population)
DELTAind = originalPOPLEN // 16
if "T" in LEVEL:
halloffame = loadmachines(DIR=settings.HoFmachineDIR)
halloffame = [mac.filename for mac in halloffame]
currentbestinds = select_best_inds(population, 18)
for mac in range(len(currentbestinds)):
if currentbestinds[mac].filename not in halloffame:
sendtoHallOfFame(currentbestinds[mac])
self.setcounter_sentToHallOfFame += 1
break
#self.Tournament = Tournament(1,1)
#self.log('RUNNING TOURNAMENT!')
if "B" in LEVEL:
MODscorelimit = 2
population = deltheworst_clonethebest(population,
-2 * DELTAind,
MODscorelimit,
ID=self.ID)
self.setcounter_deletedmachines += 2 * DELTAind
population += populate([], DELTAind, True, ID=self.ID)
self.setcounter_createdmachines += DELTAind
population += Mate(select_best_inds(population,
DELTAind), DELTAind,ID=self.ID)
self.setcounter_createdmachines += DELTAind
numToEquilibrium = originalPOPLEN - len(population)
if numToEquilibrium > 0:
self.setcounter_createdmachines += numToEquilibrium
else:
self.setcounter_deletedmachines -= numToEquilibrium
population = deltheworst_clonethebest(population,
numToEquilibrium,
MODscorelimit,
ID=self.ID)
if "C" in LEVEL:
population = EliminateEquals(population, DELTAind)
NUM = originalPOPLEN - len(population)
population += populate([], NUM, True, ID=self.ID)
self.setcounter_deletedmachines += DELTAind
self.setcounter_createdmachines += NUM
if "H" in LEVEL:
population = deltheworst_clonethebest(population,
-DELTAind,
MODscorelimit,
ID=self.ID)
self.setcounter_deletedmachines += DELTAind
while len(population) < originalPOPLEN:
population += clone_from_template(ID=self.ID)
self.setcounter_createdmachines +=1
# setmachines need to happen before management level C, which is advanced and loads
# the population by it's own method.
if "A" in LEVEL:
if randrange(10) > 8:
for k in range(1):
population = mutatemachines(1, population)
if "E" in LEVEL:
ADVmanagement()
totalgames = (self.setcounter_illegalmove
+ self.setcounter_forcedwin
+ self.setcounter_checkmate
+ self.setcounter_draws + 1)
if "V" in LEVEL:
for k in range(len(population)-1):
for v in range(k+1, len(population)):
if not population[k]:
break
Similarity = EvaluateSimilarityTwoMachines(
population[k], population[v])
if False:
bareDeleteMachine(population[k].filename)
self.setcounter_deletedmachines +=1
print("Excluding %s by similarity to %s." % (
population[k].filename, population[v].filename))
population[k] = None
elif Similarity < 1:
print("Mutating %s by similarity." % population[k].filename)
population[k].mutate(3,1)
population = [ x for x in population if x ]
setmachines(population)
AverageElo = 0
for I in population:
AverageElo += I.ELO
AverageElo //= len(population)
self.log('')
self.log('>> %s >>ROUTINE MANAGEMENT %s' % (self.ID,LEVEL))
self.log("ROUND = %i. checkmate-> %i; forced wins-> %i; draws-> %i; illegal moves-> %i"
% (self.ROUND, self.setcounter_checkmate, self.setcounter_forcedwin, self.setcounter_draws, self.setcounter_illegalmove))
self.log("initial population size-> %i; final population size-> %i"
% (originalPOPLEN, len(population)))
self.log('Illegal move percentage is %f %%.'
% (self.setcounter_illegalmove * 100 / totalgames))
self.log('Average games per round equals to %i.'
% (totalgames // self.ROUND))
self.log("Average ELO is %i" % AverageElo)
self.log('')
print('routine management %s done. Average ELO: %i' %
(LEVEL, AverageElo))
self.log("Running Time is %i" % (time() - self.InitTime))
self.log("Deleted machines: %i; Created machines: %i; Sent to HOF: %i"%\
(self.setcounter_deletedmachines,
self.setcounter_createdmachines,
self.setcounter_sentToHallOfFame))
def __init__(self):
print("""
loading machines from Hall of Fame.
Choose your opponent:
""")
self.AllMachines = loadmachines(DIR=settings.TOPmachineDIR)
print("zero")
print("0 - random")
for M in range(len(self.AllMachines)):
view = '%i - %s' % (M + 1, self.AllMachines[M].filename)
view += " " * (30-len(view)) + "%i :%i" %\
(self.AllMachines[M].ELO,
self.AllMachines[M].getParameter("real_world_score"))
print(view)
print("")
LOADED = 0
self.AgainstMachine = False
userchoice = self.CollectInput(
[x for x in range(len(self.AllMachines) + 1)])
if not userchoice:
userchoice = randrange(len(self.AllMachines)) + 1
else:
pass
#choices = userchoice.split(" ")
Callargs = [
settings.enginebin, "--deep", '4', '--xdeep', '1', '--showinfo'
]
if userchoice != "zero":
LOADED = 1
userchoice -= 1
print('Loading %s. glhf' % self.AllMachines[userchoice].filename)
Callargs += ['--specific', self.AllMachines[userchoice].filename]
self.engineCALL = " ".join(Callargs)
if self.AgainstMachine:
GAME = Thread(target=self.LaunchXboardMachineXMachine)
else:
GAME = Thread(target=self.LaunchXboardAgainstMachine)
GAME.start()
LOGGER = Thread(target=self.StraceAndLogGame)
LOGGER.start()
if LOADED:
try:
print("Did this machine win the game? [y/n]")
FeedBack = self.CollectInput(['y', 'n'])
except KeyboardInterrupt:
print("\n")
exit()
if FeedBack == 'y':
result = 1
print("logically.")
else:
result = -1
print("a bad day for the computer age.")
self.AllMachines[userchoice].getParameter("real_world_score",
toSUM=result)
setmachines(self.AllMachines, DIR=settings.TOPmachineDIR)