def start(self):
print "Starting..."
gp.global_variable.register("fact1", bool, [True], True)
gp.global_variable.register("fact2", bool, [True], True)
gp.global_variable.register("lie", bool, [False], True)
gp.global_variable.register("dummy", dummy_class, None, True)
gp.literal.register("Kaljaa!!")
gp.literal.register("Kebabbia??")
gp.literal.register("Vodaa...?")
gp.literal.register("Jaloviinaa?")
gp.literal.register(1001)
gp.literal.register(-50)
gp.equation.register("<", int)
gp.equation.register(">", int)
gp.equation.register("==", int)
gp.if_statement.register(int);
gp.command.register("do_stuff", int, dummy_class, [str], False)
gp.command.register("get_state", int, dummy_class, [int], True)
gp.command.register("print", None, None, [str], False)
gp.command.register("print", None, None, [int], False)
print "Generating code for generation one:"
generator = gp.code.generate()
code = generator.to_s()
print "Code:"
print "-" * 40
print code
print "-" * 40
print "Executing code:"
print "-" * 40
exec code
print "-" * 40
generation = gp.generation()
generation.add_code(generator)
generation.get_next_generation()
def start(self):
print "Starting..."
gp.global_variable.register("fact1", bool, [True], True)
gp.global_variable.register("fact2", bool, [True], True)
gp.global_variable.register("lie", bool, [False], True)
gp.global_variable.register("dummy", dummy_class, None, True)
gp.literal.register("Kaljaa!!")
gp.literal.register("Kebabbia??")
gp.literal.register("Vodaa...?")
gp.literal.register("Jaloviinaa?")
gp.literal.register(1001)
gp.literal.register(-50)
gp.equation.register("<", int)
gp.equation.register(">", int)
gp.equation.register("==", int)
gp.if_statement.register(int)
gp.command.register("do_stuff", int, dummy_class, [str], False)
gp.command.register("get_state", int, dummy_class, [int], True)
gp.command.register("print", None, None, [str], False)
gp.command.register("print", None, None, [int], False)
print "Generating code for generation one:"
generator = gp.code.generate()
code = generator.to_s()
print "Code:"
print "-" * 40
print code
print "-" * 40
print "Executing code:"
print "-" * 40
exec code
print "-" * 40
generation = gp.generation()
generation.add_code(generator)
generation.get_next_generation()
def main():
intialize_code_generator()
generation = gp.generation()
generation.clear_logs()
"""
TODO: Loading of old best code should be made with serialize/unserialize methods
if (save_load_best_code):
old_best_file = "best_code.txt"
if path.exists(old_best_file) and path.isfile(old_best_file) and access(old_best_file, R_OK):
fileHandle = open (old_best_file, 'r' )
old_best_code = fileHandle.read()
fileHandle.close()
#print "Loaded and executing previous King!"
#best_score = do_simulation(old_best_code)
#best_code = old_best_code
else:
print "Previous best code file could not be opened"
"""
global stop_after_next_generation
for i in range(number_of_generations):
best_score = None
best_code = None
if (i == 0):
#create the first generation
for h in range(number_of_codes):
generation.add_code(gp.code.generate())
else:
generation = generation.get_next_generation()
"""
next_generation = list()
next_generation.append(best_code)
#create 50% new codes and rest of the codes with the king :)
for h in range(number_of_codes / 2):
next_generation.append(code_generator.generate())
for h in range(number_of_codes / 2):
next_generation.append(code_merger.merge(generation[i], best_code))
generation = next_generation
"""
#execute generation
for code in generation.get_codes():
#The game is always the same. Do not execute codes that were moved directly from the
#previous generation
if (code.get_moved_unchanged()):
score = code.get_result()
print "Directly moved code not executed, score: " + str(score)
else:
score = do_simulation(code.to_s())
code.set_result(score)
if (best_score == None or score > best_score):
best_score = score
best_code = code
print "=" * 40
print "Best score in generation " + str(i) + " was: " + str(best_score)
#print "Best code was"
print "=" * 40
#print code.to_s()
if (stop_after_next_generation):
break
"""
if (save_load_best_code):
try:
fileHandle = open ( 'best_code.txt', 'w' )
fileHandle.write(best_code)
fileHandle.close()
except IOError as e:
print 'Could not open previous best code file'
"""
print "=" * 40
print "=" * 40
print best_code.to_s()
print "=" * 40
if (show_best_graphics):
print "showing best code graphically!"
global use_graphics
use_graphics = True
do_simulation(best_code.to_s())
while loop_best_graphics:
do_simulation(best_code.to_s())