J'ai fais la même !
Deux capteur d'humidité & présence dans les deux salles de bains
1°) Déclanchement de la petite vitesse pendant 10mn, lors de la présence d'une personne dans une des salles de bain
et
2°) Déclanchement de la grande vitesse avec le script légèrement amélioré de
http://www.domoticz.com/wiki/Humidity_control afin de gérer deux capteurs d'humidité.
J'ai aussi modifié l'écriture des variables vers un fichier "/var/tmp/HumidityJsonAllDevData.tmp" en RAM, de façon a préserver la carte MicroSD.
Code : Tout sélectionner
--[[
This script controls the humidity in a typical bathroom setting by detecting
relative rises in humidity in a short period.
Of course it requires a humidity sensor and a binary switch controlling a VMC.
(there is no provision for variable speed ventilators here!)
How it works (assuming the default constants as defined below):
Every 5 minutes a reading is done. Every reading is stored together
with the previous reading and is stored in two user variables (humidityS1Tmin5 and humidityS1Tmin10).
So it has two reading over the past 10 minutes.
It then takes the lowest of the two and compares it with the latest reading and
calculates a delta.target
If the delta is 3 or higher (see constants) then the VMC will be turned
on, it calculates the target humidity and the 'humidity-decrease program' is started (VMCFollowsProgram=1).
From then on, every 5 minutes the current humidity is compared to the
stored target humidity. Basically if that target is reached, the VMC is turned off
and the 'program' is ended.
Of course, it is possible that the target is never reached (might start raining outside
or whatever). Then there is a failsafe (VMC_MAX_TIME) after which the ventilator
will be turned off.
Also, it will detect if the ventilator is manually switched off during a program
or when it is switched on before the program starts.
Along the lines it prints to the log and sends notifications
but of course you can turn that off by removing those lines.
--]]
commandArray = {}
-- declare some constants
-- adjust to your specific situation
local thisfilename = "/var/tmp/HumidityJsonAllDevData.tmp"
SAMPLE_INTERVAL = 5 -- time in minutes when a the script logic will happen
VMC_DELTA_TRIGGER = 3 -- augmentation de l'humidité qui va déclencher la VMC
VMC_MAX_TIME = 24 -- nombre maximal de cycles de la VMC en position allumé,
-- dans le cas où on n'a jamais atteint le taux d'humidité cible
TARGET_OFFSET = 4 -- La VMC s'arrète si la (target+offset) est atteinte.
-- (peut-être qu'il prend trop de temps pour atteindre la vraie cible en raison de serviettes humides, etc.)
VMC_NAME = 'VMC_Rapide' -- exact device name of the switch turning on/off the ventilator
SENSOR1_NAME = 'SDE_TH' -- le nom exact du périphérique de capteur d'humidité
SENSOR2_NAME = 'SDB_TH' -- le nom exact du périphérique de capteur d'humidité
TEST_MODE = false -- lorsqu'il est vrai HUMVAR_TEST_MODE est utilisé à la place du capteur réel
TEST_MODE_HUMVARS1 = 51 -- fake humidity value, give it a test value in domoticz/uservars
TEST_MODE_HUMVARS2 = 60 -- fake humidity value, give it a test value in domoticz/uservars
PRINT_MODE = true -- lorsqu'il est vrai rensignera les logs et envéras des notifications
if PRINT_MODE == true then
print('VMC control')
end
--
-- **** functions ****
-- Init timedifference
--
function timedifference (s)
year = string.sub(s, 1, 4)
month = string.sub(s, 6, 7)
day = string.sub(s, 9, 10)
hour = string.sub(s, 12, 13)
minutes = string.sub(s, 15, 16)
seconds = string.sub(s, 18, 19)
t1 = os.time()
t2 = os.time{year=year, month=month, day=day, hour=hour, min=minutes, sec=seconds}
difference = os.difftime (t1, t2)
return difference
end
-- Init file
--
function init_file(file)
humCounter = 0
humidityS1Tmin5 = 0
humidityS1Tmin10 = 0
targetVMCOffS1Humidity = 0
VMCMaxS1Timer = 0
humidityS2Tmin5 = 0
humidityS2Tmin10 = 0
targetVMCOffS2Humidity = 0
VMCMaxS2Timer = 0
VMCFollowsProgram = 0
write_file(file)
return
end
-- Write file
--
function write_file(file)
local f = io.open(file, "w")
f:write('humCounter = ' .. humCounter .. '\n')
f:write('humidityS1Tmin5 = ' .. humidityS1Tmin5 .. '\n')
f:write('humidityS1Tmin10 = ' .. humidityS1Tmin10 .. '\n')
f:write('targetVMCOffS1Humidity = ' .. targetVMCOffS1Humidity .. '\n')
f:write('VMCMaxS1Timer = ' .. VMCMaxS1Timer .. '\n')
f:write('humidityS2Tmin5 = ' .. humidityS2Tmin5 .. '\n')
f:write('humidityS2Tmin10 = ' .. humidityS2Tmin10 .. '\n')
f:write('targetVMCOffS2Humidity = ' .. targetVMCOffS2Humidity .. '\n')
f:write('VMCMaxS2Timer = ' .. VMCMaxS2Timer .. '\n')
f:write('VMCFollowsProgram = ' .. VMCFollowsProgram .. '\n')
f:close()
return
end
-- see if the file exists
function file_exists(file)
local f = io.open(file, "rb")
if f then f:close() end
return f ~= nil
end
-- get all lines from a file, returns an empty
-- list/table if the file does not exist
function lines_from(file)
if not file_exists(file) then
init_file(file)
-- return {}
end
lines = {}
for line in io.lines(file) do
lines[#lines + 1] = line
end
return lines
end
-- get the global variables:
-- this script runs every minute, humCounter is used to create SAMPLE_INTERVAL periods
-- tests the functions above
local file = thisfilename
local lines = lines_from(file)
if (otherdevices['VMC_Lent']=='On' and timedifference(otherdevices_lastupdate['VMC_Lent']) > 600) then
commandArray['VMC_Lent'] = 'Off'
end
-- print all line numbers and their contents
for k,v in pairs(lines) do
svariable, snumber = v:match("([^,]+)=([^,]+)")
if (tostring(svariable) == 'humCounter ') then
humCounter = tonumber(snumber)
elseif (tostring(svariable) == 'humidityS1Tmin5 ') then -- youngest reading
humidityS1Tmin5 = tonumber(snumber)
elseif (tostring(svariable) == 'humidityS1Tmin10 ') then -- oldest reading
humidityS1Tmin10 = tonumber(snumber)
elseif (tostring(svariable) == 'targetVMCOffS1Humidity ') then -- target humidity
targetVMCOffS1Humidity = tonumber(snumber)
elseif (tostring(svariable) == 'VMCMaxS1Timer ') then
VMCMaxS1Timer = tonumber(snumber)
elseif (tostring(svariable) == 'humidityS2Tmin5 ') then -- youngest reading
humidityS2Tmin5 = tonumber(snumber)
elseif (tostring(svariable) == 'humidityS2Tmin10 ') then -- oldest reading
humidityS2Tmin10 = tonumber(snumber)
elseif (tostring(svariable) == 'targetVMCOffS2Humidity ') then -- target humidity
targetVMCOffS2Humidity = tonumber(snumber)
elseif (tostring(svariable) == 'VMCMaxS2Timer ') then
VMCMaxS2Timer = tonumber(snumber)
elseif (tostring(svariable) == 'VMCFollowsProgram ') then -- marker indicating that the
VMCFollowsProgram = tonumber(snumber) -- decrease program is started
end
end
targetS1 = 0 -- will hold the target humidity when the program starts
targetS2 = 0 -- will hold the target humidity when the program starts
-- get the current humidity value
if (TEST_MODE) then
currentS1 = TEST_MODE_HUMVARS1
currentS2 = TEST_MODE_HUMVARS2
else
currentS1 = otherdevices_humidity[SENSOR1_NAME]
currentS2 = otherdevices_humidity[SENSOR2_NAME]
end
-- check if the sensor is on or has some weird reading
if (currentS1 == 0 or currentS1 == nil or currentS2 == 0 or currentS2 == nil) then
print('currentS1 or currentS2 is 0 or nil. Skipping this reading')
commandArray['SendNotification'] = 'currentS1 or currentS2 is 0 or nil. Skipping this reading'
return commandArray
end
if PRINT_MODE == true then
print('Current humidity S1:' .. currentS1)
print('humidityS1Tmin5: ' .. humidityS1Tmin5)
print('humidityS1Tmin10: ' .. humidityS1Tmin10)
print('VMCMaxS1Timer: ' .. VMCMaxS1Timer)
print('targetVMCOffS1Humidity:' .. targetVMCOffS1Humidity)
print('Current humidity S2:' .. currentS2)
print('humidityS2Tmin5: ' .. humidityS2Tmin5)
print('humidityS2Tmin10: ' .. humidityS2Tmin10)
print('VMCMaxS2Timer: ' .. VMCMaxS2Timer)
print('targetVMCOffS2Humidity:' .. targetVMCOffS2Humidity)
print('humCounter:' .. humCounter)
print('VMCFollowsProgram:' .. VMCFollowsProgram)
end
-- increase cycle counter
humCounter = humCounter + 1
if (humCounter >= SAMPLE_INTERVAL) then
if (humidityS1Tmin5 == 0) then
-- initialization, assume this is the first time
humidityS1Tmin5 = currentS1
humidityS1Tmin10 = currentS1
end
if (humidityS2Tmin5 == 0) then
-- initialization, assume this is the first time
humidityS2Tmin5 = currentS2
humidityS2Tmin10 = currentS2
end
humCounter = 0 -- reset the cycle counter
-- pick the lowest history value to calculate the delta
-- this also makes sure that two relative small deltas in the past 2*interval minutes are treated as one larger rise
-- and therefore will still trigger the ventilator
-- I don't want to use a longer interval instead because I want the ventilator to start as soon as possible
-- (so rather after 5 minutes instead of after 15 minutes because the mirrors in the bathroom become kinda useless ;-)
-- Choisir la valeur de l'histoire la plus basse pour calculer le delta
-- ce qui rend aussi sûr que deux relativement petits deltas dans les dernières minutes d'intervalle 2 * sont traitées comme une seule grande hausse
-- et ne seront donc encore déclencher le ventilateur
-- Je ne veux pas utiliser un intervalle plus long à la place parce que je veux que le ventilateur commence dès que possible
-- (donc plutôt au bout de 5 minutes au lieu de 15 minutes, parce que les miroirs dans la salle de bains devient un peu inutile ;-)
deltaS1 = currentS1 - math.min(humidityS1Tmin10, humidityS1Tmin5)
deltaS2 = currentS2 - math.min(humidityS2Tmin10, humidityS2Tmin5)
if PRINT_MODE == true then
print('DeltaS1: ' .. deltaS1)
print('DeltaS2: ' .. deltaS2)
end
-- pick the lowest history value
targetS1 = math.min(humidityS1Tmin10, humidityS1Tmin5) + TARGET_OFFSET
targetS2 = math.min(humidityS2Tmin10, humidityS2Tmin5) + TARGET_OFFSET
-- shift the previous measurements
humidityS1Tmin10 = humidityS1Tmin5
humidityS2Tmin10 = humidityS2Tmin5
-- and store the currentS1 & currentS2
humidityS1Tmin5 = currentS1
humidityS2Tmin5 = currentS2
if (otherdevices[VMC_NAME]=='Off' or (otherdevices[VMC_NAME]=='On' and VMCFollowsProgram==0)) then
-- either the VMC is off or it is on but the decrease program has not started
-- in that latter case we start the program anyway. This could happen if someone turns on the ventilator
-- manually because he/she is about to take a shower and doesn't like damp mirrors.
-- I don't do this because the ventilator removes heat from the bathroom and I want this to happen
-- as late as possible ;-)
-- Soit le ventilateur est éteint, ou il est allumé mais le programme de déshumidification n'a pas commencé
-- Dans ce dernier cas, nous commençons le programme de toute façon. Cela pourrait se produire si quelqu'un se met en marche le ventilateur
-- Manuellement, car il / elle est sur le point de prendre une douche et ne veux pas de miroirs humides.
-- Je ne fais pas cela parce que le ventilateur évacue la chaleur de la salle de bains et je veux que cela se produise
-- Le plus tard possible;-)
if (VMCFollowsProgram == 1 and otherdevices[VMC_NAME]=='Off') then
-- probable que quelqu'un a éteint le ventilateur tandis que le programme de déshumidification est exécuté.
VMCFollowsProgram = 0
end
-- see if we have to turn it on
if (deltaS1 >= VMC_DELTA_TRIGGER) then
-- time to start the VMC
commandArray[VMC_NAME] = 'On'
targetVMCOffS1Humidity = targetS1
if (VMCFollowsProgram == 1) then
print('VMC was already on but we start the de-humidifying program')
end
VMCFollowsProgram = 1
-- set the safety stop
VMCMaxS1Timer = VMC_MAX_TIME
if PRINT_MODE == true then
print('Rise in humidity. Turning on the vents. DeltaS1: ' .. deltaS1)
print('Target humidity for turning the VMC: ' ..targetVMCOffS1Humidity)
commandArray['SendNotification'] = 'VMC is on#The VMC was activated at humidity level S1:' .. currentS1 .. ' S2:' .. currentS2 .. '#0'
end
end
if (deltaS2 >= VMC_DELTA_TRIGGER) then
-- time to start the VMC
commandArray[VMC_NAME] = 'On'
targetVMCOffS2Humidity = targetS2
if (VMCFollowsProgram == 1) then
print('Ventilator was already on but we start the de-humidifying program')
end
VMCFollowsProgram = 1
-- set the safety stop
VMCMaxS2Timer = VMC_MAX_TIME
if PRINT_MODE == true then
print('Rise in humidity. Turning on the vents. DeltaS2: ' .. deltaS2)
print('Target humidity for turning the VMC: ' ..targetVMCOffS2Humidity)
commandArray['SendNotification'] = 'VMC is on#The VMC was activated at humidity level S2:' .. currentS2 .. ' S1:' .. currentS1 .. '#0'
end
end
else
if (VMCMaxS1Timer > 0 or VMCMaxS2Timer > 0) then
-- possible that someone started the ventialator manually
if VMCMaxS1Timer > 0 then VMCMaxS1Timer = VMCMaxS1Timer - 1 end
if VMCMaxS2Timer > 0 then VMCMaxS2Timer = VMCMaxS2Timer - 1 end
end
if (VMCFollowsProgram == 1) then -- not manually started
if (deltaS1 >= VMC_DELTA_TRIGGER) then
-- ok, there is another VMC_DELTA_TRIGGER rise in humidity
-- when this happen we reset the VMCMaxS1Timer to a new count down
-- because we have to ventilate a bit longer due to the extra humidity
if PRINT_MODE == true then
print('Another large increase detected, resetting max timer. DeltaS1: ' .. deltaS1)
end
VMCMaxS1Timer = VMC_MAX_TIME
end
if (deltaS2 >= VMC_DELTA_TRIGGER) then
-- ok, there is another VMC_DELTA_TRIGGER rise in humidity
-- when this happen we reset the VMCMaxS1Timer to a new count down
-- because we have to ventilate a bit longer due to the extra humidity
if PRINT_MODE == true then
print('Another large increase detected, resetting max timer. DeltaS2: ' .. deltaS2)
end
VMCMaxS2Timer = VMC_MAX_TIME
end
-- first see if it can be turned off
if (
((currentS1 <= targetVMCOffS1Humidity or targetVMCOffS1Humidity==0) and (currentS2 <= targetVMCOffS2Humidity or targetVMCOffS2Humidity==0))
or (VMCMaxS1Timer==0 and VMCMaxS2Timer==0)
) then
commandArray[VMC_NAME] = 'Off'
msg = ''
if ((VMCMaxS1Timer==0 and VMCMaxS2Timer==0) and (currentS1 > targetVMCOffS1Humidity or currentS2 > targetVMCOffS2Humidity)) then
msg = 'Target not reached but safety time-out is triggered.'
if PRINT_MODE == true then
print(msg)
end
else
msg = 'Target humidity reached'
if PRINT_MODE == true then
print(msg)
end
end
if PRINT_MODE == true then
print('Arret de la VMC')
msg = msg .. '\nArret de la VMC'
end
targetVMCOffS1Humidity = 0
VMCMaxS1Timer = 0
targetVMCOffS2Humidity = 0
VMCMaxS2Timer = 0
VMCFollowsProgram = 0
-- reset history in this case.. we start all over
-- Tmin10 is still in the 'ventilator=On'-zone
humidityS1Tmin10 = humidityS1Tmin5
humidityS2Tmin10 = humidityS2Tmin5
if PRINT_MODE == true then
commandArray['SendNotification'] = 'VMC is off#' .. msg .. '#0'
end
else
-- we haven't reached the target yet
if PRINT_MODE == true then
print('Humidity deltaS1: ' .. deltaS1)
print('Humidity deltaS2: ' .. deltaS2)
end
end
end
end
if PRINT_MODE == true then
print('New values >>>>>>>>>>>')
print('humidityS1Tmin5: ' .. humidityS1Tmin5)
print('humidityS1Tmin10: ' .. humidityS1Tmin10)
print('VMCMaxS1Timer: ' .. VMCMaxS1Timer)
print('targetVMCOffS1Humidity:' .. targetVMCOffS1Humidity)
print('humidityS2Tmin5: ' .. humidityS2Tmin5)
print('humidityS2Tmin10: ' .. humidityS2Tmin10)
print('VMCMaxS2Timer: ' .. VMCMaxS2Timer)
print('targetVMCOffS2Humidity:' .. targetVMCOffS2Humidity)
print('humCounter:' .. humCounter)
print('VMCFollowsProgram:' .. VMCFollowsProgram)
end
end
-- save the globals
write_file(file)
return commandArray
Le tout en zWave
Un inter Mchome MH-S412 pour la VMC
Deux Capteur AEON LABS ZW-100
- Capture.PNG (56.58 Kio) Consulté 12314 fois
- Capture2.PNG (74.78 Kio) Consulté 12312 fois
enfin cela dépend des personnes ! ou des lendemain de fetes ! Je n'irrai pas plus loin 