@VikingBlod , do you mean something like this
input_text:
##Time Schedule
irrigation_zone_1_times:
name: Time Schedule - Zone 1
icon: mdi:chart-timeline
mode: text
initial: 01:00
Yes and duration
input_number:
irrigation_zone1_duration:
name: Zone 1 Duration
icon: mdi:timer
min: 0
max: 60
step: 2
the field is still initial?
@Folks, I found the issue !!!
I didnāt add the ESPHome integration as part of my restore 
I spent 2 days of desperate tries and the issue wasnāt related to the config. Definitely I have to write better notes
Thank you all for your support and ā¦ patience
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Hey guys, is there a wiring guide somewhere for this project?
I have the unit up and running but havenāt yet wired in the actual solenoids yet. Iāve got the solenoids and the 24v ac supply but Iām not sure about the how to connect them.
Any tips or a diagram about that anywhere handy?
Hey guys, I used the tutorial here to work out the wiring. Thought Iād post the link here in case anyone else comes lookingā¦
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I had a similar problem, though mine didnāt reboot, just disconnected every minute, then reconnected. Didnāt know what was happening till I saw your post.
Has anyone implemented a ārain delayā so it doesnāt water if the forecast predicts rain?
Thanks @BrianHanifin, @raberrio, @VikingBlod @joaquin68 and everyone in this thread for putting this together!
I took the code from @joaquin68 here, modified to use 5 zones on an ESP32 (I tried with 5 zones on ESP8266 but it kept crashing - memory issue maybe? - the ESP32 works like a treat though on the same code). The irrigation.h include doesnāt need to be modified beyond language changes.
Iām using 5 zones and made a more minimalist interface (inspired by @VikingBlod and @bremby) for use on my phone that I thought Iād share.
I also made some changes to the code to get some visual feedback for disabling the irrigation schedule and moved the check for disabling to the scheduler rather than the switch itself so that they can still be turned on manually if they are ādisabledā.
Hereās my card working. It includes two custom (although fairly common and amazing) mods by @thomasloven to make it compact and pretty - template-entity-row and fold-entity-row. The only issue is that adding buttons with tap-action defined seems to break the visual editor at the moment (I opened a front-end issue), so I needed to set up the card, then add in the tap_action in the raw configuration editor. Despite this, the buttons function perfectly, however.
Below I will document my changes for anyone interested. I also noticed that during testing you need to be careful to make sure that your list of days and times need to be in order for things to work as expected. You need to start at Sunday and times must be earliest to latest for the parsing and schedule to work properly.
This is my card config to achieve the above:
type: entities
title: Irrigation Controls
show_header_toggle: false
entities:
- type: custom:template-entity-row
icon: mdi:sprinkler-variant
name: Irrigation System Status
entity: binary_sensor.irrigation_controller_status
state: >-
{% if is_state('binary_sensor.irrigation_controller_status', 'off')
%}OFFLINE {% else %} {% if is_state('switch.irrigation_zone_5', 'on') or
is_state('switch.irrigation_zone_4', 'on') or
is_state('switch.irrigation_zone_3', 'on') or
is_state('switch.irrigation_zone_2', 'on') or
is_state('switch.irrigation_zone_1', 'on') or
is_state('script.water_everything', 'on') or
is_state('script.water_front_yard', 'on') or
is_state('script.water_back_yard', 'on') %}ACTIVE{% else %}IDLE {% endif
%} {% endif %}
active: >-
{% if is_state('switch.irrigation_zone_5', 'on') or
is_state('switch.irrigation_zone_4', 'on') or
is_state('switch.irrigation_zone_3', 'on') or
is_state('switch.irrigation_zone_2', 'on') or
is_state('switch.irrigation_zone_1', 'on') or
is_state('script.water_everything', 'on') or
is_state('script.water_front_yard', 'on') or
is_state('script.water_back_yard', 'on') %}true{% endif %}
secondary: >-
{% if is_state('switch.irrigation_zone_1', 'on') %}Zone 1 has
{{states('sensor.zone_1_time_remaining')}} min remaining{% endif %} {% if
is_state('switch.irrigation_zone_2', 'on') %}Zone 2 has
{{states('sensor.zone_2_time_remaining')}} min remaining{% endif %} {% if
is_state('switch.irrigation_zone_3', 'on') %}Zone 3 has
{{states('sensor.zone_3_time_remaining')}} min remaining{% endif %} {% if
is_state('switch.irrigation_zone_4', 'on') %}Zone 4 has
{{states('sensor.zone_4_time_remaining')}} min remaining{% endif %} {% if
is_state('switch.irrigation_zone_5', 'on') %}Zone 5 has
{{states('sensor.zone_5_time_remaining')}} min remaining{% endif %}
- type: divider
- entity: switch.irrigation_zone_1
secondary_info: last-changed
name: Zone 1
- type: custom:fold-entity-row
head:
entity: sensor.zone_1_next_watering
name: Zone 1 Next Run
entities:
- input_text.irrigation_zone1_days
- input_text.irrigation_zone1_times
- input_number.irrigation_zone1_duration
- sensor.zone_1_time_remaining
- type: buttons
entities:
- entity: input_boolean.irrigation_disable_schedule_zone1
name: Disable Zone 1 Schedule
- entity: switch.irrigation_zone_2
secondary_info: last-changed
name: Zone 2
- type: custom:fold-entity-row
head:
entity: sensor.zone_2_next_watering
name: Zone 2 Next Run
entities:
- input_text.irrigation_zone2_days
- input_text.irrigation_zone2_times
- input_number.irrigation_zone2_duration
- sensor.zone_2_time_remaining
- type: buttons
entities:
- entity: input_boolean.irrigation_disable_schedule_zone2
name: Disable Zone 2 Schedule
- entity: switch.irrigation_zone_3
secondary_info: last-changed
name: Zone 3
- type: custom:fold-entity-row
head:
entity: sensor.zone_3_next_watering
name: Zone 3 Next Run
entities:
- input_text.irrigation_zone3_days
- input_text.irrigation_zone3_times
- input_number.irrigation_zone3_duration
- sensor.zone_3_time_remaining
- type: buttons
entities:
- entity: input_boolean.irrigation_disable_schedule_zone3
name: Disable Zone 3 Schedule
- entity: switch.irrigation_zone_4
secondary_info: last-changed
name: Zone 4
- type: custom:fold-entity-row
head:
entity: sensor.zone_4_next_watering
name: Zone 4 Next Run
entities:
- input_text.irrigation_zone4_days
- input_text.irrigation_zone4_times
- input_number.irrigation_zone4_duration
- sensor.zone_4_time_remaining
- type: buttons
entities:
- entity: input_boolean.irrigation_disable_schedule_zone4
name: Disable Zone 4 Schedule
- entity: switch.irrigation_zone_5
secondary_info: last-changed
name: Zone 5
- type: custom:fold-entity-row
head:
entity: sensor.zone_5_next_watering
name: Zone 5 Next Run
entities:
- input_text.irrigation_zone5_days
- input_text.irrigation_zone5_times
- input_number.irrigation_zone5_duration
- sensor.zone_5_time_remaining
- type: buttons
entities:
- entity: input_boolean.irrigation_disable_schedule_zone5
name: Disable Zone 5 Schedule
- type: divider
- type: buttons
entities:
- entity: script.water_everything
name: All Zones
tap_action:
action: toggle
- entity: script.water_front_yard
name: Front Yard
tap_action:
action: toggle
- entity: script.water_back_yard
name: Back Yard
tap_action:
action: toggle
- type: divider
- type: buttons
entities:
- entity: scene.once_daily_irrigation
name: Once Daily Irrigation
tap_action:
action: call-service
service: scene.turn_on
service_data:
entity_id: scene.once_daily_irrigation
- entity: scene.twice_daily_irrigation
name: Twice Daily Irrigation
tap_action:
action: call-service
service: scene.turn_on
service_data:
entity_id: scene.twice_daily_irrigation
- type: divider
- type: buttons
entities:
- entity: switch.irrigation_disable_schedule_all_zones
name: Disable Schedules
icon: mdi:timer-off-outline
- entity: switch.stop_active_irrigation_zones
name: Stop Irrigating
icon: mdi:close-octagon-outline
At the top, you have a status panel that just shows whether irrigation is active, idle or offline based on templates. (looking at this now, I might add another status if all zone schedules are disabled). I included my scripts in there to prevent the status from flashing between zones and also to remind me if I turn off a valve and the script is still running.
For each zone, I set a toggle then a folded row to hold the configuration and disable button for that specific zone.
The disable button is a helper input_boolean input_boolean.irrigation_disable_schedule_zone1 that I use for the ESP to read and disable the schedule (not the zone switch). This also allows me to change the text to āSchedule Disabledā based upon that. To achieve this, I imported these to the ESP and changed the scheduler to check this before initiating a zone.
Import the input_boolean disable switch and also use it also to update the next runtime text:
binary_sensor:
# ============================================================================= #
# Bring input_boolean buttons from HA to disable schedules
- platform: homeassistant
id: ui_disable_zone1
entity_id: input_boolean.irrigation_disable_schedule_zone1
on_state:
then:
# Update the next scheduled run time.
- text_sensor.template.publish:
id: irrigation_zone1_next
state: !lambda |-
if (id(ui_disable_zone1).state) {
return {"Schedule Disabled"};
} else {
return update_next_runtime(id(irrigation_zone1_times).state, id(irrigation_zone1_days).state);
}
# and repeat for each zone
My ESPās time: block looks like this now to take advantage of the disabled schedule input:
time:
- platform: homeassistant
id: homeassistant_time
# Time based automations.
on_time:
- seconds: 0
minutes: /1
then:
- if:
condition:
- binary_sensor.is_off: ui_disable_zone1
then:
- lambda: |-
if (scheduled_runtime(id(irrigation_zone1_next).state.c_str())) {
id(irrigation_zone1).turn_on(); }
# and repeat for each zone...
Also make sure the disabled text doesnāt get updated when you change the days, times, or turn off a manual irrigation run:
DAYS:
# ============================================================================= #
# Store day lists.
- platform: template
name: Zone 1 Days
id: irrigation_zone1_days
on_value:
then:
# Update the next scheduled run time.
- text_sensor.template.publish:
id: irrigation_zone1_next
state: !lambda |-
if (id(ui_disable_zone1).state) {
return {"Schedule Disabled"};
}
else {
return update_next_runtime(id(irrigation_zone1_times).state, id(irrigation_zone1_days).state);
}
# and repeat for each zone...
TIMES:
# ============================================================================= #
# Store time lists.
- platform: template
name: Zone 1 Schedule
id: irrigation_zone1_times
on_value:
then:
# Update the next scheduled run time.
- text_sensor.template.publish:
id: irrigation_zone1_next
state: !lambda |-
if (id(ui_disable_zone1).state) {
return {"Schedule Disabled"};
} else {
return update_next_runtime(id(irrigation_zone1_times).state, id(irrigation_zone1_days).state);
}
Update at end of a manual run with the changes in on_turn_off for your gpio switch:
- platform: gpio
id: relay1
name: "Irrigation Zone 1 Relay"
.
.
.
on_turn_off:
then:
- sensor.template.publish:
id: irrigation_zone1_remaining
state: "0"
# Update the next scheduled run time.
- text_sensor.template.publish:
id: irrigation_zone1_next
state: !lambda |-
if (id(ui_disable_zone1).state) {
return {"Schedule Disabled"};
} else {
return update_next_runtime(id(irrigation_zone1_times).state, id(irrigation_zone1_days).state);
}
Itās all the same lambda, just in the three spots that update the next run sensor.
Next, with the āAll Zonesā / āFront Yardā / āBack Yardā buttons, I set my zone cycle scripts to use the set values for the zones using delay templates, like this:
alias: Water Everything
mode: single
icon: mdi:sprinkler
sequence:
- service: switch.turn_on
target:
entity_id: switch.irrigation_zone_1
- delay:
minutes: '{{ states(''input_number.irrigation_zone1_duration'') | int }}'
- service: switch.turn_off
target:
entity_id: switch.irrigation_zone_1
- service: switch.turn_on
target:
entity_id: switch.irrigation_zone_2
- delay:
minutes: '{{ states(''input_number.irrigation_zone2_duration'') | int }}'
- service: switch.turn_off
target:
entity_id: switch.irrigation_zone_2
# and repeat for each zone...
For a stop irrigation switch, I added a toggle like @bremby did here but with a shorter turn off delay of 2s instead of 10.
Then, for the disable all schedules toggle, I created a switch that toggles all the input_booleans
switch:
- platform: template
switches:
irrigation_disable_schedule_all_zones:
friendly_name: Disable All Irrigation Schedules
icon_template: mdi:timer-off-outline
turn_on:
service: input_boolean.turn_on
target:
entity_id:
- input_boolean.irrigation_disable_schedule_zone1
- input_boolean.irrigation_disable_schedule_zone2
- input_boolean.irrigation_disable_schedule_zone3
- input_boolean.irrigation_disable_schedule_zone4
- input_boolean.irrigation_disable_schedule_zone5
turn_off:
service: input_boolean.turn_off
target:
entity_id:
- input_boolean.irrigation_disable_schedule_zone1
- input_boolean.irrigation_disable_schedule_zone2
- input_boolean.irrigation_disable_schedule_zone3
- input_boolean.irrigation_disable_schedule_zone4
- input_boolean.irrigation_disable_schedule_zone5
And lastly, I created scenes with my usual times, days and durations to easily toggle between once and twice daily irrigation, but could be whatever you wanted - spring, summer, fallā¦
- id: '1234565278981'
name: Twice Daily Irrigation
icon: mdi:numeric-2-box-multiple-outline
entities:
input_text.irrigation_zone1_days:
editable: false
min: 0
max: 100
pattern:
mode: text
friendly_name: Zone 1 Days
icon: mdi:calendar-week
state: Sun,Mon,Tue,Wed,Thu,Fri,Sat
input_text.irrigation_zone1_times:
editable: false
min: 0
max: 100
pattern:
mode: text
friendly_name: Zone 1 Times
icon: mdi:chart-timeline
state: 05:00,20:00
input_text.irrigation_zone2_days:
editable: false
min: 0
max: 100
pattern:
mode: text
friendly_name: Zone 2 Days
icon: mdi:calendar-week
state: Sun,Mon,Tue,Wed,Thu,Fri,Sat
input_text.irrigation_zone2_times:
editable: false
min: 0
max: 100
pattern:
mode: text
friendly_name: Zone 2 Times
icon: mdi:chart-timeline
state: 05:10,20:10
# and repeat for each zone...
Again, thanks to everyone in this thread! Next step is just some logic to disable all zones based upon rain today or tomorrow. Will probably start with ideas from these threads here or here
EDIT - also thinking that instead of just disabling the irrigation, I can use rainfall thresholds to set a scene with different durations as wellā¦ Just a thought I need to write down before I forget 
Cheers!
4 Likes
@sreknob What happens in your code with the āzoneX_remainingā when a watering session is running while the ESP is reset? If I put @BrianHanifinās code on an ESP32, the remaining time goes to indefinite after a power-cycle or reset, which is the last thing you want for an irrigation system. I saw there was a issue about this problem opened on github as well.
Hi guyās
Iāve tried several options but I canāt run the scheduleā¦
- i have a sonoff 4ch r2
- Iām mainly using @joaquin68 configuration with 3 zones
- Iāve translated into italian both esp yaml and irrigation.h
- Iāv changed the word āHoyā to āOggā (Oggi it is the Italian word for Today)
- If manually turned on every zones work.
Looking at esphome logs everythings seem to work except for this message i canāt understand.
The result is that if i set a schedule, the watering wonāt startā¦
This is how my lovelace look.
Any help would be really appreciatedā¦
Hey @Ticktock - From a functional point, I donāt see the same issue. I just tried now to reset the controller with a scheduled zone running and the zone turned off during the reset and stayed off. The time_remaining was 0 when it came back up. Iām also running it on an ESP32. Mind you, my board is outside so I didnāt serial log it to see specifics, just looked at my homeassistant sensors.
Looking at the logs posted for this issue on github, I wonder if the issue is that the setup of the ESP is not done and the interval: code starts to run and interprets the null value wrong.
I suppose to see if this is the cause, if you either change the interval to a longer duration (say 10 seconds rather than 5 seconds) OR set the interval only to run after the esphome is fully set up (by adding a condition that esphome is fully set up) that it might solve this behaviour?
We donāt have access to the boot loop counter, but if you add a global to be set after setup is done, then use it as a condition for the interval, it should have a similar effect.
esphome:
on_boot:
priority: -100
then:
- logger.log:
format: "Finished booting, now enabling countdown timers"
level: INFO
- globals.set:
id: finished_booting
value: 'true'
and
globals:
- id: finished_booting
type: bool
restore_value: no
initial_value: 'false'
then
interval:
- interval: 5s
then:
- if:
condition:
lambda: return id(finished_booting);
then:
- lambda: |-
# and your countdown lambda....
then maybe it might correct this?
If it does, then it probably should be reported to the esphome project to adjust the node setup to avoid triggering intervals (only an issue when the interval is very short) before processing it.
Just throwing some ideas out there! Iāll try and setup another board and see if I can reproduce.
@Lucabiri Looking at your history graph, it appears that your ESP is rebooting constantly.
You should double check your config and the schedule sensors helpers you have in HA.
If everything looks right to you, post your includes and configsā¦
Thank you for your help! I tried it with a 10 and 15 second interval but that gives te same behaviour. This is so weird.
Hi @sreknob , awesome job customizing the Irrigation Controls card. This is my first attempt at creating something with Home Assistant. I used your changes to configure my ESP8266 and I am able to turn my irrigation zones on and off manually, set the day and time, but due to the fact that I am unsure where to use the code for āAll Zonesā / āFront Yardā / āBack Yardā buttons, the switch code to toggle the input_booleans and the scenes code you created these items are not working on the card. Any guidance will be appreciated.
Hi @Leon137 - glad youāre found it useful. Those buttons I documented in my post are just to call scripts that run the sequence of the zones in case I want to start a manual run. They use the same durations as are set for each zone but ignore the fact that the schedule is disabled as it calls the zones from Home Assistant. See below for the script to set in Home Assistant. Let me know if you need more specifics!
Hi - it looks like there have been quite a few improvements to Brians initial work. Does anyone have a updated set of files on Github or elsewhere to share? I am more interested in the ESPHome config at first, but I am sure the Lovelace config will be next!
Thanks, Andy
Hi @qurm - feel free to poke around my configs on github here.
Just be aware that I make use of packages with much of the mundane configs in a common folder to avoid having to change things in multiple places.
Good luck!
1 Like
HI a Big Thanks To Brian and raberrio
I have just one issue It seems like the ESP 32 is resetting after 60 seconds (After trigger) and on a manual trigger even faster. Did add "initial: " to my irrigation.yaml file but it doesnt seem to make any differance .
Any suggestions where I might look?
Regards
Hi @ockie try this https://community.home-assistant.io/t/esphome-diy-irrigation-controller-with-internal-scheduler/171844/41?u=joaquin68
Be carefull when using Tod as today or Hoy, today in spanish