- Tue Dec 18, 2018 10:24 am
#79615
Hi,
I have a problem with the reading value from esp8266 using the deep-sleep function. Problem is that real value after waking up is still returning more than maximum value (standard maximum value = 1024, but in described scenario is sensor returning the value around 65000 . I tried several sensors with the same result. In case that I disable Deep Sleep mode, everything is working fine.
Code snippet for measurement is following:
Connection Scheme is the following:
Thanks for any help.
Whole script:
I have a problem with the reading value from esp8266 using the deep-sleep function. Problem is that real value after waking up is still returning more than maximum value (standard maximum value = 1024, but in described scenario is sensor returning the value around 65000 . I tried several sensors with the same result. In case that I disable Deep Sleep mode, everything is working fine.
Code snippet for measurement is following:
Code: Select all
--------------------
--DO MOISTURE MEASSURE AS PERCENTAGE
--------------------
getMoistureLevel = function()
adc.force_init_mode(adc.INIT_ADC)
local moisture_sensor_val = tonumber(adc.read(0))
local moisture_multiply = moisture_sensor_val * 100
local moisture_percentage = moisture_multiply / MOISTURE_FULL
--print("moisture_sensor_val:", moisture_sensor_val)
--print("moisture_multiply", moisture_multiply)
print("-------------------------")
print("moisture sensor level:", moisture_sensor_val)
print("moisture percentage level:", moisture_percentage)
print("-------------------------")
return moisture_percentage
end
Connection Scheme is the following:
Thanks for any help.
Whole script:
Code: Select all
---------------------------
-- COMMON METHODS
---------------------------
function startup()
print('startup')
if file.open("init.lua") == nil then
print("init.lua deleted or renamed")
else
file.close("init.lua")
initall()
-- the actual application is stored in 'application.lua'
-- dofile("application.lua")
end
end
--------------------
--GET MEASUREMENT CYCLE COUNT
--------------------
getMeasurementCycleCount = function()
local cycleCount = getRtcMemoryValue(KEY_SLOT_MEASUREMENT_CYCLE_COUNT)
print("getMeasurementCycleCount: "..cycleCount)
return cycleCount;
end
--------------------
--WRITE VALUE TO RTC MEMORY
--------------------
setRtcMemoryValue = function(slot, value)
print("setRtcMemoryValue: "..value)
rtcmem.write32(slot, value)
end
--------------------
--READ VALUE TO RTC MEMORY
--------------------
getRtcMemoryValue = function(slot)
print("getRtcMemoryValue from slot:"..slot)
local memVal = rtcmem.read32(slot)
if (memVal == nil or memVal < 0) then
memVal = 0
end
print("Value is :"..memVal)
return memVal
end
--------------------
--DO MOISTURE MEASSURE AS PERCENTAGE
--------------------
getMoistureLevel = function()
adc.force_init_mode(adc.INIT_ADC)
local moisture_sensor_val = tonumber(adc.read(0))
local moisture_multiply = moisture_sensor_val * 100
local moisture_percentage = moisture_multiply / MOISTURE_FULL
--print("moisture_sensor_val:", moisture_sensor_val)
--print("moisture_multiply", moisture_multiply)
print("-------------------------")
print("moisture sensor level:", moisture_sensor_val)
print("moisture percentage level:", moisture_percentage)
print("-------------------------")
return moisture_percentage
end
--------------------
--DO VOLTAGE MEASSURE
--------------------
getVoltage = function()
adc.force_init_mode(adc.INIT_VDD33)
local voltage = adc.readvdd33()
--local voltage = adc.readvdd33(0)
--local voltage = adc.read(0)
print("System voltage s(mV):", voltage)
return voltage
end
--------------------
--DO VOLTAGE MEASSURE AS PERCENTAGE
--------------------
getVoltagePercentage = function()
local actualVoltage = getVoltage()
local battery_remaining = BATTERY_VOLTAGE_FULL - actualVoltage
local battery_empty_full_diff = BATTERY_VOLTAGE_FULL - BATTERY_VOLTAGE_EMPTY
local battery_percentage = (battery_remaining / battery_empty_full_diff) * 100
print("Battery percentage:", battery_percentage)
return battery_percentage
end
--------------------
--GET DEEP SLEEP INTERVAL IN SECONDS
--------------------
getDeepSleepInterval = function()
local deepSleepInterval = DEEP_SLEEEP / 1000000
return deepSleepInterval
end
--------------------
--DO POST REQUEST
--------------------
doRequest = function(requestType)
print("Do request type: "..string.format(requestType))
--------------------
--LOW BATTERY
--------------------
if (requestType == REQUEST_REPORT_ALARM_BATTERY) then
print("BATTERY TRESHOLD EXCEEDED " .. string.format(getVoltagePercentage()))
http.post(REPORTING_API_URL,
DATA_KEY_CONTENT_TYPE,
'{"'..DATA_KEY_BATTERY_LEVEL..'":"'..getVoltagePercentage()..'", "'..DATA_KEY_UUID..'":"'.. DEVICE_UUID ..'"}',
function(code, data)
if (code < 0) then
print("HTTP request failed")
else
print(code, data)
end
goToDeepSleep()
end)
end
--------------------
--MOISTURE ALERT
--------------------
if (requestType == REQUEST_REPORT_ALARM_WATER) then
print("MOISTURE TRESHOLD EXCEEDED " .. string.format(getMoistureLevel()))
http.post(MEASUREMENT_API_URL,
DATA_KEY_CONTENT_TYPE,
'{"'..DATA_KEY_MOISTURE_LEVEL..'":"'..getMoistureLevel()..'", "'..DATA_KEY_UUID..'":"'.. DEVICE_UUID ..'"}',
function(code, data)
if (code < 0) then
print("HTTP request failed")
doRequest(requestType) --TODO: IN CASE OF REQUEST ERROR, SEND MESSAGE VIA GSM OR BT
else
print(code, data)
end
end)
end
--------------------
--HEALTH CHECK
--------------------
if (requestType == REQUEST_REPORT_HEALTHCHECK) then
print("REPORT_HEALTHCHECK ")
http.post(REPORTING_API_URL,
DATA_KEY_CONTENT_TYPE,
'{"'..DATA_KEY_BATTERY_LEVEL..'":"'..getVoltagePercentage()..'", "'..DATA_KEY_UUID..'":"'.. DEVICE_UUID ..'", "'..DATA_KEY_MOISTURE_LEVEL..'":"'..getMoistureLevel()..'"}',
function(code, data)
if (code < 0) then
print("HTTP request failed")
doRequest(requestType) --TODO: IN CASE OF REQUEST ERROR, SEND MESSAGE VIA GSM OR BT
else
print(code, data)
setRtcMemoryValue(KEY_SLOT_MEASUREMENT_CYCLE_COUNT, 0)
end
--goToDeepSleep();
end)
end
end
--------------------
--GO TO DEEP SLEEP (TO RESET DEVICE AFTER TIMEOUT IS NEED TO WIRE D0<->RST PIN)
--------------------
goToDeepSleep = function()
print("Going into deep sleep for "..getDeepSleepInterval().." seconds")
node.dsleep(DEEP_SLEEEP,0)
----------------
-- 0, init data byte 108 is valuable
-- >0, init data byte 108 is valueless
-- 0, RF_CAL or not after deep-sleep wake up, depends on init data byte 108
-- 1, RF_CAL after deep-sleep wake up, there will be large current
-- 2, no RF_CAL after deep-sleep wake up, there will only be small current
-- 4, disable RF after deep-sleep wake up, just like modem sleep, there will be the smallest
-----------------
end
--------------------
--CONNECT TO WI-FI
--------------------
connectToWifi = function(requestType)
print("connectToWifii")
wifi.setmode(wifi.STATION)
station_cfg={}
station_cfg.ssid=CUSTOM_SSID
station_cfg.pwd=CUSTOM_PASS
station_cfg.save=false
wifi.sta.config(station_cfg)
--wifi.sta.autoconnect()
tmr.alarm(1, 1000, 1, function()
if wifi.sta.getip() == nil then
print("Připojuji k "..CUSTOM_SSID)
else
tmr.stop(1)
print("Připojeno, IP je " .. wifi.sta.getip())
doRequest(requestType)
end
end)
end
--------------------
--TOOGLE DIODE
--------------------
switchDiode = function(state)
local pin = 4
local duration = 1000 -- 1 second duration for timer
gpio.mode(pin, gpio.OUTPUT)
if state == 1 then
gpio.write(pin,gpio.LOW)
print("Diode switched ON PIN " .. string.format(pin))
else
gpio.write(pin,gpio.HIGH)
print("Diode switched OFF")
end
end
--------------------
--DO MEASSURE
--------------------
doMeassure = function()
print("doMeassure")
local currentBatteryLevel = getVoltagePercentage()
local currentMoistureLevel = getMoistureLevel()
local measurementCycleCount = getMeasurementCycleCount()
if (measurementCycleCount >= HEALTHCHECK_MEASURE_COUNT_TRESHOLD) then
print("HEALTHCHECK_MEASURE_COUNT_TRESHOLD ")
connectToWifiAndDoRequest(REQUEST_REPORT_HEALTHCHECK)
end
if (currentBatteryLevel < BATTERY_ALERT_TRESHOLD) then
print("BATTERY TRESHOLD EXCEEDED " .. string.format(currentBatteryLevel))
connectToWifiAndDoRequest(REQUEST_REPORT_ALARM_BATTERY)
end
if (currentMoistureLevel < MOISTURE_ALERT_TRESHOLD) then
print("MOISTURE TRESHOLD EXCEEDED " .. string.format(currentMoistureLevel))
connectToWifiAndDoRequest(REQUEST_REPORT_ALARM_WATER)
end
if currentMoistureLevel >= MOISTURE_ALERT_TRESHOLD
and currentBatteryLevel >= BATTERY_ALERT_TRESHOLD
and measurementCycleCount < HEALTHCHECK_MEASURE_COUNT_TRESHOLD then
print("ALL MEASUREMENTS FINE, INCREASING COUNT OF MESUREMENT & GO TO SLEEP")
goToDeepSleep();
end
--INCREASE MEASUREMENT CYCLES COUNT
setRtcMemoryValue(KEY_SLOT_MEASUREMENT_CYCLE_COUNT, measurementCycleCount+1)
end
--------------------
--CONNECT TO WIFI AND DO REQUEST
--------------------
connectToWifiAndDoRequest = function(requestType)
print("connectToWifiAndDoRequest")
connectToWifi(requestType)
end
--------------------
--INIT FUNCTION
--------------------
initall = function()
print("initall")
switchDiode(1)
tmr.alarm(1, CHECK_PERIOD, 1, function()
doMeassure()
--goToDeepSleep()
end)
end
startup()
Last edited by rob0to on Sun Dec 30, 2018 7:40 am, edited 1 time in total.
