SmartSWR.py

import board
import math
import time
import analogio
import OLED

rf1Level = analogio.AnalogIn(board.GP26)
rf2Level = analogio.AnalogIn(board.GP27)

def rf1_voltage():
    return (rf1Level.value / 65535 * rf1Level.reference_voltage)

def rf2_voltage():
    return (rf2Level.value / 65535 * rf2Level.reference_voltage)

def rf1_ppower():
    while True:
        result = 0
        for x in range(10000):
            voltage = rf1_voltage()
            if voltage > result:
                result = voltage

        if result > 0.04:
            voltage = rf1_voltage()
            if voltage > result:
                result = voltage
            output = round(result * 3.1,4)
            if output < 1:
                output = output*1000
                OLED.printPWR('A {message: <13}'.format(message=str(round(output,2))+" mW"))
            else:
                OLED.printPWR('A {message: <13}'.format(message=str(round(output,2))+" W"))
        else:
            return False


def rf1_apower():
    counter = 0
    sum = 0
    while True:
        result = 0
        for x in range(10000):
            voltage = rf1_voltage()
            if voltage > result:
                result = voltage

        if result > 0.04:
            voltage = rf1_voltage()
            sum = voltage + sum
            counter = counter + 1
            output = round((sum/counter) * 3.1,4)
            if output < 1:
                output = output*1000
                OLED.printPWR('A {message: <13}'.format(message=str(round(output,2))+" mW"))
            else:
                OLED.printPWR('A {message: <13}'.format(message=str(round(output,2))+" W"))
        else:
            return False