>>> import mip
>>> mip.install("github:mcauser/micropython-hdc1080")
>>> mip.install("github:mcauser/micropython-hdc1080/examples")

from machine import I2C, Pin
from hdc1080 import HDC1080

i2c = I2C(0)
i2c.scan()
# [64]

hdc = HDC1080(i2c)

# set humidity resolution (in bits)
hdc.config(humid_res=8)
hdc.config(humid_res=11)
hdc.config(humid_res=14)
# as resolution increases, conversion time increases
# 8-bit 2.5ms, 11-bit 3.85ms, 14-bit 6.5ms

# set temperature resolution (in bits)
hdc.config(temp_res=11)
hdc.config(temp_res=14)
# as resolution increases, conversion time increases
# 11-bit 3.65ms, 14-bit 6.35ms

# set acquisition mode
hdc.config(mode=0)
hdc.config(mode=1)
# 0 measure temp or humidity
# 1 measure temp and humidity

# toggle heater
hdc.config(heater=0)
hdc.config(heater=1)
# 0 turns heater off
# 1 turns heater on
# heater can be used to test the sensor or drive off condensation after long exposure to high humidity

hdc.temperature()
# eg 20.78735

hdc.humidity()
# eg 60.83984

# software reset
hdc.reset()

# look for the HDC1080 sensor on the I2C bus
hdc.check()
# returns True if the device was found, otherwise raises an OSError

hdc.battery_status()
# returns 0 if Vcc > 2.8V
# returns 1 if Vcc < 2.8V
# useful in low power battery powered systems, to inform user to replace batteries

hdc.serial_number()
# returns eg 9816972135, a 40-bit unique serial per individual HDC1080

hdc.manufacturer_id()
# returns 21577 or 0x5449
# which can be represented as b'TI' for Texas Instruments

hdc.device_id()
# returns 4176 or 0x1050
# don't ask me why it's 1050 and not 1080 - that's just how it is in the datasheet

import hdc1080.examples.basic

from machine import SoftI2C, Pin
i2c = SoftI2C(scl=Pin(22), sda=Pin(21))

from machine import I2C, Pin
i2c = I2C(0)