def SexySnake(snakes):
if (len(snakes) == 1):
child = net.NeuralNet(snakes[0].topology)
child.copy(snakes[0])
child.mutate()
snakes.append(child)
return
for i in range(1, len(snakes)):
child = net.NeuralNet(snakes[0].topology)
child.unflattenWeights(CrossOver(snakes[0], snakes[i]))
child.mutate()
snakes.append(child)
return
def nextGeneration(seeds):
gen = []
for i in range(population):
seed = seeds[random.randint(0, len(seeds) - 1)]
new_snake = net.NeuralNet(topology)
new_snake.copy(seed)
new_snake.mutate()
gen.append(new_snake)
return gen
def loadNetwork(filename):
import net
with open(filename + '/params') as infile:
params = json.load(infile)
network = net.NeuralNet(params['numInputNeurons'] - 1,
params['numHiddenNeurons'] - 1,
params['numOutputNeurons'], params['learningRate'])
hiddenWs = loadWeights(filename + '/_hidden_weights')
outputWs = loadWeights(filename + '/_output_weights')
for x in range(len(network.hiddenLayer)):
network.hiddenLayer[x].weights = hiddenWs[x]
for x in range(len(network.outputLayer)):
network.outputLayer[x].weights = outputWs[x]
return network
def run(stdscr=None):
game = Game()
outfile = open('log.txt', 'w')
debugfile = open('debug.txt', 'w')
outfile.write(
f'-------------------new log: {str(datetime.datetime.now())}\n\n')
debugfile.write(
f'-------------------new debug: {str(datetime.datetime.now())}\n\n')
snakes = []
for i in range(population):
snake = net.NeuralNet(topology)
snake.randomizeWeights()
snakes.append(snake)
for i in range(generations):
scores = []
outfile.write(f'start generation {i}')
for snake in snakes:
game.reset(8, 8)
stdscr.clear()
stdscr.addstr(0, 2 * width + 1, f'generation {i}')
# stdscr.getch()
agent = NEAgent(snake, stdscr, outfile, debugfile)
# agent = NEAgent(snake, None, outfile, None)
score, fullrun = game.play(agent, max_moves)
scores.append(score)
# print(f'{i}: {score}; ')
if score > 2:
# print(score)
outfile.write(f'scored {score}! in gen {i}\n')
outfile.write(fullrun)
seeds = findWinners(snakes, scores)
snakes = nextGeneration(seeds)
# genetic_methods.LiveorDie(snakes, scores)
# genetic_methods.SexySnake(snakes)
outfile.close()
debugfile.close()
sys.path.insert(1, "/mnt/c/Users/Mayolp/AIFACT/snAIk")
import net
import genetic_methods
import numpy as np
#tids = []
#for i in range(1,5):
# tids.append(threading.Thread(target=testsnake.Run, args=()))
# tids[i-1].start()
#for i in tids:
# i.join()
best_score = 0
snakes = []
for i in range(1, 5):
network = net.NeuralNet([5, 3, 4])
network.randomizeWeights()
#print(network.weights)
snakes.append(network)
while (best_score < 10 * 100):
snake_counter = 0
while (len(snakes) > 10):
print("deleting snakes " + str(len(snakes)))
if (np.random.random() > .50):
snakes.pop(snake_counter)
snake_counter -= 1
snake_counter = (snake_counter + 1) % len(snakes)
scores = []
for i in range(0, len(snakes)):
snake, score = testsnake.Run(snakes[i])
# def printWeights(weights):
# layer_counter = 1
# for i in range(0, len(weights)):
# print("Layer " + str(layer_counter) + ":")
# node_counter = 1
# for j in range(0, len(weights[i])):
# print("\tNode " + str(node_counter) + ": ", end = "")
# for k in range(0, len(weights[i][j])):
# print(weights[i][j][k], end = " ")
# node_counter += 1
# print()
# layer_counter += 1
# --------------------------TESTING FEED FORWARD-------------------------------
print("--------------------------TESTING FEED FORWARD-------------------------------")
top = [4,3, 4] #layer 0 (input) has 4 nodes, layers 1 (a hidden) has 3 nodes
network = net.NeuralNet(top)
network.randomizeWeights()
# print(network.weights)
input = np.array(np.random.rand(1,4))
# input = [1,1 ,1]
# print(input)
input = input.transpose()
print(network.feedForward(input))
# print(network.weights)
network.randomizeWeights()
# print(network.weights)
print(network.feedForward(input))
print("-----------------------------------------------------------------------------",end = "\n\n")
# -----------------------------------------------------------------------------
hiddenNodes = 250
numEpochs = 1
batchSize = 1
numExperiments = 1
######################################################################
if LetterSet:
xData = []
yData = []
lYData = []
lXData = []
print "Letters Data Set ###############################"
avgAcc = 0
avgC = 0
for y in range(0, numExperiments):
net = nt.NeuralNet(63, hiddenNodes, 7, learningRate)
expected = data.classOutputs()
indices = data.labelIndex()
correct = data.correctIndex()
epochs = 1
numShown = 0
while epochs <= numEpochs:
#shuffle(trainingSet)
Fout = []
for x in trainingSet:
numShown += 1
exp = expected[x.label]
net.forwardPropagate(x)
if numShown % batchSize == 0:
hiddenNodes = 784
outputNodes = 10
numEpochs = 600
batchSize = 100
numExperiments = 1
######################################################################
xData = []
yData = []
lYData = []
lXData = []
print "MNIST ###############################"
avgAcc = 0
avgC = 0
for y in range(0, numExperiments):
net = nt.NeuralNet(inputNodes, hiddenNodes, 10, learningRate)
#indices = data.labelIndex()
#correct = data.correctIndex()
epochs = 1
numShown = 0
while epochs <= numEpochs:
# shuffle(trainingSet)
Fout = []
for x in trainingSet:
numShown += 1
print 'Example: %d / %d' % (numShown, len(trainingSet))
exp = expected[x.label]
net.forwardPropagate(x)
# Decaying learning rate.
# if numShown % len(testingSet) / 7 == 0:
