def startRoutine(self):
state = int(self.counter.get())
if state > 1:
state = state - 1
self.lbl.configure(text=str(state))
self.counter.set(state)
self.lbl.after(1000, self.startRoutine)
elif state == 1:
state = state - 1
self.lbl.configure(text="Messung läuft", font=('Arial',24))
self.counter.set(state)
self.lbl.after(100, self.startRoutine)
else:
# arduino alcohol/sensor detection
global sensorData
arduinoI2C.sendData(11)
time.sleep(10)
sensorData = arduinoI2C.readSensors()
sensorData.pop(0)
print(sensorData)
self.btn1.place_forget()
self.btn2.place(relx=0.338, rely=0.688, height=81, width=261)
self.lbl.configure(text="Messung fertig")
# send all data to NN
client = apiclient.nnclient("192.168.178.29", 10000) # CHANGE TO IP
data_query = client.formatdata(sensorData[2], sensorData[3],sensorData[0], sensorData[1], emoData)
global nnvalues
nnvalues = client.senddata(data_query,"query",1024)
print(nnvalues)
def drinkC(self):
self.btn1.place_forget()
self.btn2.place_forget()
self.btn3.place_forget()
self.btn4.place(relx=0.725, rely=0.625, height=81, width=181)
auswahl = helper.zahlZuordnung(self.auswahlC)
#SEND TO ARDUINO
arduinoI2C.sendData(auswahl)
client = apiclient.nnclient("192.168.178.29", 10000) # CHANGE TO IP
client.senddata(auswahl, "training", 1024)
def clientfirst(port, net):
client1 = client.nnclient("localhost", port)
i = 0
count_0 = 0
count_1 = 0
count_2 = 0
count_3 = 0
count_4 = 0
count_5 = 0
count_6 = 0
count_7 = 0
count_8 = 0
count_9 = 0
while i < inrange:
emotion = random.randrange(7)
ran_floats = [emotion for _ in range(50)]
temp_temperature = random.randrange(256)
print("Random Temperature:", temp_temperature)
temp_hum = random.randrange(256)
print("Random Humidity", temp_hum)
temp_alc = random.randrange(256)
print("Random Alcohol", temp_alc)
temp_dist = random.randrange(256)
print("Random Distance", temp_dist)
temp_choose = random.randrange(10)
print("Random Choosing", temp_choose)
data_query = client1.formatdata(temp_temperature, temp_hum, temp_alc,
temp_dist, ran_floats)
nnvalues = client1.senddata(data_query, "query", 1024)
time.sleep(0.1)
client1.senddata(temp_choose, "training", 1024)
nnvalues_short = nnvalues[:3]
if 0 in nnvalues_short:
count_0 = count_0 + 1
if 1 in nnvalues_short:
count_1 = count_1 + 1
if 2 in nnvalues_short:
count_2 = count_2 + 1
if 3 in nnvalues_short:
count_3 = count_3 + 1
if 4 in nnvalues_short:
count_4 = count_4 + 1
if 5 in nnvalues_short:
count_5 = count_5 + 1
if 6 in nnvalues_short:
count_6 = count_6 + 1
if 7 in nnvalues_short:
count_7 = count_7 + 1
if 8 in nnvalues_short:
count_8 = count_8 + 1
if 9 in nnvalues_short:
count_9 = count_9 + 1
i = i + 1
print(i)
plt.plot([0, 1, 2, 3, 4, 5, 6, 7, 8, 9], [
count_0, count_1, count_2, count_3, count_4, count_5, count_6, count_7,
count_8, count_9
], "ro")
plt.ylabel(net)
plt.show()
elif wfall == "9":
question = namee.fall9
elif wfall == "0":
question = namee.fall0
elif wfall == "custom":
print("Choose your stats...")
question = [0,0,0,0,0,0]
question[1] = int(input("Temperature 0-255:"))
question[2] = int(input("Humidity 0-255:"))
question[3] = int(input("Alcohol 0-255:"))
question[4] = int(input("Distance 0-255:"))
question[5] = int(input("Main Emotion 0-6:"))
else:
print("dont know what. So, choose fall1.")
question = namee.fall1
ran_floats = [(question[5]) for _ in range(50)]
temp_temperature = question[1]
print("Random Temperature:", temp_temperature)
temp_hum = question[2]
print("Random Humidity", temp_hum)
temp_alc = question[3]
print("Random Alcohol", temp_alc)
temp_dist = question[4]
print("Random Distance", temp_dist)
client = api_client_cocktail_nn.nnclient("localhost", 10000)
data_query = client.formatdata(temp_temperature, temp_hum, temp_alc, temp_dist, ran_floats)
nnvalues = client.senddata(data_query, "query", 1024)
time.sleep(2)
client.senddata((question[0]), "training", 1024)