def predict(self):
weightDict, biasDict = self.getWeightBiasDictionaries()
model = MoodNeuralNetwork(weights=weightDict, biases=biasDict)
input_data, mood_data = self.transformUserData(1)
output = model.feedforward(input_data[0])
mood = model.roundClass(output)
return mood
def test_setEmotions(self):
emotions = ['Love', 'Sad', 'Hesitant', 'Calm', 'Happy']
model1 = MoodNeuralNetwork()
emotions2 = model1.getEmotions()
self.assertNotEqual(emotions, emotions2)
self.assertTrue(model1.setEmotions(emotions))
self.assertEqual(emotions, model1.getEmotions())
def test_setBias(self):
biasDict = {}
for i in range(21):
biasDict['bias' + str(i)] = np.random.normal()
model = MoodNeuralNetwork()
self.assertNotEqual(biasDict, model.getBiases())
self.assertTrue(model.setBias(biasDict))
self.assertEqual(biasDict, model.getBiases())
def test_setWeights(self):
weightDict = {}
for i in range(208):
weightDict['weight' + str(i)] = np.random.normal()
model = MoodNeuralNetwork()
self.assertNotEqual(weightDict, model.getWeights())
self.assertTrue(model.setWeights(weightDict))
self.assertEqual(weightDict, model.getWeights())
def setUp(self):
model1 = MoodNeuralNetwork()
weightDict, biasDict = {}, {}
for i in range(208):
weightDict['weight' + str(i)] = np.random.normal()
if i < 21:
biasDict['weight' + str(i)] = np.random.normal()
model2 = MoodNeuralNetwork(weights=weightDict, biases=biasDict)
def test_loss(self):
network = MoodNeuralNetwork()
sample_data = np.array(list(range(100)))
sample_real = [x + 0.1 for x in list(range(0,100))]
sample_real = np.array(sample_real)
self.assertEqual(0.009999999999999724, network.loss(sample_data, sample_real))
sample_real = list(range(0,100))
self.assertEqual(0, network.loss(sample_data, sample_real))
def test_getBiases(self):
weightDict, biasDict = {}, {}
for i in range(208):
weightDict['weight' + str(i)] = np.random.normal()
if i < 21:
biasDict['bias' + str(i)] = np.random.normal()
model = MoodNeuralNetwork(weights=weightDict, biases=biasDict)
self.assertEqual(biasDict, model.getBiases())
self.assertTrue(model.getBiases())
def test_deriv_activation(self):
network = MoodNeuralNetwork()
self.assertEqual(0, network.deriv_activation(1))
self.assertEqual(0.25, network.deriv_activation(0.5))
self.assertEqual(0.5, network.activation(0))
self.assertEqual(-0.75, network.deriv_activation(-.5))
self.assertEqual(0.16000000000000003, network.deriv_activation(0.2))
self.assertEqual(-90, network.deriv_activation(10))
self.assertEqual(-2024.75, network.deriv_activation(-44.5))
self.assertEqual(0.09000000000000001, network.deriv_activation(0.1))
def test_activation(self):
network = MoodNeuralNetwork()
self.assertEqual(0.7310585786300049, network.activation(1))
self.assertEqual(0.6224593312018546, network.activation(0.5))
self.assertEqual(0.5, network.activation(0))
self.assertEqual(0.3775406687981454, network.activation(-.5))
self.assertEqual(0.549833997312478, network.activation(0.2))
self.assertEqual(0.9999546021312976, network.activation(10))
self.assertEqual(4.719495271526123e-20, network.activation(-44.5))
self.assertEqual(0.52497918747894, network.activation(0.1))
def setWeightsBias(self, biases_list=False):
if biases_list:
if len(biases_list) != 21:
return False
self.bias_int_list = ",".join(str(x) for x in biases_list)
else:
model = MoodNeuralNetwork()
biasDict = model.getBiases()
biases = []
for i in range(len(biasDict)):
biases.append(biasDict["bias" + str(i)])
self.setWeightsBias(biases)
return True
def setWeightsWeights(self, weights_list=False):
if weights_list:
if len(weights_list) != 208:
return False
self.weights_int_list = ",".join(str(x) for x in weights_list)
else:
model = MoodNeuralNetwork()
weightDict = model.getWeights()
weights = []
for i in range(len(weightDict)):
weights.append(weightDict["weight" + str(i)])
self.setWeightsWeights(weights)
return True
def predict(self):
weightDict, biasDict = self.getWeightBiasDictionaries()
model = MoodNeuralNetwork(weights=weightDict, biases=biasDict)
input_data, mood_data = self.transformUserData(1)
try:
output = model.feedforward(input_data[0])
except:
return -1, 0
mood = model.roundClass(output)
self.updateMoodPrediction(mood)
profile = self.user.profile
obs = Observation.objects.filter(
user__user__username=profile.user.username)
print("\n\n\n\n", obs, "\n\n\n\n")
return mood, len(obs)
def test_train(self):
weightDict, biasDict = {}, {}
for i in range(208):
weightDict['weight' + str(i)] = i
if i < 21:
biasDict['bias' + str(i)] = i
network = MoodNeuralNetwork(weights=weightDict, biases=biasDict)
sample_data = np.array([[2,1,4,5,6,2,6,7,3,6,6]])
true = np.array([30])
prediction = network.feedforward(sample_data[0])
loss1 = network.loss(true, prediction)
network.train(sample_data, true)
prediction = network.feedforward(sample_data[0])
loss2 = network.loss(true, network.roundClass(prediction))
self.assertTrue(loss2 < loss1)
def test_roundClass(self):
network = MoodNeuralNetwork()
self.assertEqual(0, int(network.roundClass(0)))
self.assertEqual(41, int(network.roundClass(0.999)))
self.assertEqual(8, int(network.roundClass(0.2)))
self.assertEqual(12, int(network.roundClass(0.3)))
self.assertEqual(20, int(network.roundClass(0.5)))
self.assertEqual(29, int(network.roundClass(0.7)))
def test_feedforward(self):
weightDict, biasDict = {}, {}
for i in range(208):
weightDict['weight' + str(i)] = i / 8
if i < 21:
biasDict['bias' + str(i)] = i / 8
network = MoodNeuralNetwork(weights=weightDict, biases=biasDict)
sample_data = [2, 1, 4, 5, 6, 2, 6, 7, 3, 6, 6]
self.assertEqual(1, int(network.feedforward(sample_data)[0]))
weightDict, biasDict = {}, {}
for i in range(208):
weightDict['weight' + str(i)] = i / 208
if i < 21:
biasDict['bias' + str(i)] = i / 208
network = MoodNeuralNetwork(weights=weightDict, biases=biasDict)
sample_data = list(range(11))
self.assertEqual(0, int(network.feedforward(sample_data)[0]))
def retrain(self):
weightDict, biasDict = self.getWeightBiasDictionaries()
model = MoodNeuralNetwork(weights=weightDict, biases=biasDict)
input_data, mood_data = self.transformUserData(7)
model.train(input_data, mood_data)
weightDict = model.getWeights()
weights = []
for i in range(len(weightDict)):
weights.append(weightDict["weight" + str(i)])
self.setWeightsWeights(weights)
biasDict = model.getBiases()
biases = []
for i in range(len(biasDict)):
biases.append(biasDict["bias" + str(i)])
self.setWeightsBias(biases)
return True
import json
from mood_model.mood_neural_network import MoodNeuralNetwork
baseModel = MoodNeuralNetwork()
emotions = baseModel.getEmotions()
emotion_map = {}
for i in range(len(emotions)):
emotion_map[emotions[i]] = i
with open('notifications.txt',
'r') as file: # Use file to refer to the file object
data = file.read().splitlines()
print(data)
reminders = {}
curr = ""
for i in range(len(data)):
if data[i] in emotion_map:
reminders[data[i]] = []
curr = data[i]
else:
reminders[curr].append(data[i])
print(reminders)
print(reminders['Sad'])
with open('notifications.json', 'w') as fp:
json.dump(reminders, fp)
def test_normalize(self):
network = MoodNeuralNetwork()
data = np.array([list(range(11))])
normalized = network.normalize(data)
for j in range(len(data[0])):
self.assertEqual(data[0][j], normalized[0][j])
def test_getEmotions(self):
emotions = getEmotions()
model1 = MoodNeuralNetwork()
emotions2 = model1.getEmotions()
self.assertEqual(emotions, emotions2)
self.assertTrue(model1.getEmotions())
def test_feedforward(self):
weightDict, biasDict = {}, {}
for i in range(208):
weightDict['weight' + str(i)] = i/8
if i < 21:
biasDict['bias' + str(i)] = i/8
network = MoodNeuralNetwork(weights=weightDict, biases=biasDict)
sample_data = [2,1,4,5,6,2,6,7,3,6,6]
self.assertEqual(41, network.roundClass(network.feedforward(sample_data)))
weightDict, biasDict = {}, {}
for i in range(208):
weightDict['weight' + str(i)] = i/208
if i < 21:
biasDict['bias' + str(i)] = i/208
network = MoodNeuralNetwork(weights=weightDict, biases=biasDict)
sample_data = list(range(11))
self.assertEqual(39, network.roundClass(network.feedforward(sample_data)))
network = MoodNeuralNetwork()
sample_data = [4.51,0,0,0,0,0,0,0,-1,8,35]
self.assertEqual(25, network.roundClass(network.feedforward(sample_data)))
sample_data = [15,25,50,0,0,0,0,0,-1,-100,0]
self.assertEqual(33, network.roundClass(network.feedforward(sample_data)))
