while (not flag_exit):
tObject = 0
tAmbient = 0
listTObject = []
listTAmbient = []
meanTObjecto = 0
meanTAmbient = 0
stadevTObjecto = 0
stadevTAmbient = 0
print(
"mensagem curta com explicação para se aproximar a testa a 3 cm do sensor, mas sem tocar, ficar parado por tantos segundos"
)
measurements = 0
while (measurements < NUM_TEMPERATURE_MEASUREMENTS and not flag_exit):
tObject, tAmbient = MLX90615.Read_MLX90615_Temperatures()
sleep_ms(TIME_MS_BETWEEN_TEMPERATURE_MEASUREMENTS)
if (tObject < MAX_TEMPERATURE_ACCEPTABLE
and tObject > MIN_TEMPERATURE_ACCEPTABLE):
measurements += 1
listTObject.append(tObject)
listTAmbient.append(tAmbient)
print("Medindo, fique parado")
if (measurements == NUM_TEMPERATURE_MEASUREMENTS):
meanTObjecto = statistics.mean(listTObject)
meanTAmbient = statistics.mean(listTAmbient)
stadevTObjecto = statistics.pstdev(listTObject)
stadevTAmbient = statistics.pstdev(listTAmbient)
import MLX90615, time
mlx90615 = MLX90615.MLX90615(0) # Creates an mlx90615 instance on I2C bus 0.
while True:
print("Object Temperature: ", mlx90615.temperature()) # Prints the temperature in Celcius of the object the MLX90615 is pointing at.
print("Ambient Temperature: ", mlx90615.ambient()) # Prints the temperature in Celcius of the MLX90615 package.
print("Raw data: ", mlx90615.raw()) # Prints the raw ir sensor data.
print("-"*50)
time.sleep(1)