Intro:
This thread is describing how I did set up a picture elements card to visualize the heating system in my house with dynamically changing colors corresponding to temperatures and changing lables corresponding to the current heater activity.
5 Likes
Demo:
How the card looks like and changes over time during a sometimes sunny morning after a cold night beginning of April in southern Germany.
3 Likes
Description heating system:
The heating system is composed of a geothermal heat pump with a āinternet service gatewayā that offers a local intranet page and is accessible with modbus. Additionally the heat pump gateway is interacting with the energy management of the photovoltaics system. If there is excess solar power available then the EMI status will change to high and the heat pump is increasing the temperatures in the water tank to 55Ā°C for hot water and 50Ā°C for heating water.
Additionally there are 2 solar thermal panels on the roof only heating the hot water and not the heating water.
Description sensors:
The sensors were integrated here with an Arduino based 1Wire to KNX bridge. In total there are 15 1Wire temperature sensors installed for the hot water tank (4 sensors), the heating water tank (4 sensors), the floor heating before the mixer (2 sensors) and after the mixer (2 sensors), the solar thermal panel (2 sensors), and the cold water supply from the grid (1 sensor). The sensor placement on the pipes is not perfect yet but sufficient for this demo here.
The temperatures stated in between the heat pump and the water tanks are collected with the HA modbus integration reading values from the heatpump gateway on my LAN. Same applies for the heat pump parameters (power, operating mode and state of the enegy management interface).
The temperatures of the geothermal heat exchanger are collected in HA with scraping them from the local heat pump gateway intranet page since not accessible with modbus.
Picture Elements Card Configuration:
type: picture-elements
image: /local/pictures/heizung.png
style: |
ha-card {
{% set tww1 = (states('sensor.ti_ww1') | float(0) -10) %}
{% set tww2 = (states('sensor.ti_ww2') | float(0) -10) %}
{% set tww3 = (states('sensor.ti_ww3') | float(0) -10) %}
{% set tww4 = (states('sensor.ti_ww4') | float(0) -10) %}
{% set tpuffer1 = (states('sensor.ti_puffer1') | float(0) -10) %}
{% set tpuffer2 = (states('sensor.ti_puffer2') | float(0) -10) %}
{% set tpuffer3 = (states('sensor.ti_puffer3') | float(0) -10) %}
{% set tpuffer4 = (states('sensor.ti_puffer4') | float(0) -10) %}
{% set tsolarvor = (states('sensor.ti_solarvor') | float(0) -10) %}
{% set tsolarrueck = (states('sensor.ti_solarrueck') | float(0) -10) %}
{% set betrieb = states('sensor.wp2501') | float(0) %}
--my-state-color-ww1: rgb({{255/50*tww1}}, 0, {{255/50*(50-tww1)}});
--my-state-color-ww2: rgb({{255/50*tww2}}, 0, {{255/50*(50-tww2)}});
--my-state-color-ww3: rgb({{255/50*tww3}}, 0, {{255/50*(50-tww3)}});
--my-state-color-ww4: rgb({{255/50*tww4}}, 0, {{255/50*(50-tww4)}});
--my-state-color-puffer1: rgb({{255/50*tpuffer1}}, 0, {{255/50*(50-tpuffer1)}});
--my-state-color-puffer2: rgb({{255/50*tpuffer2}}, 0, {{255/50*(50-tpuffer2)}});
--my-state-color-puffer3: rgb({{255/50*tpuffer3}}, 0, {{255/50*(50-tpuffer3)}});
--my-state-color-puffer4: rgb({{255/50*tpuffer4}}, 0, {{255/50*(50-tpuffer4)}});
--my-state-color-solarvor: rgb({{255/50*tsolarvor}}, 0, {{255/50*(50-tsolarvor)}});
--my-state-color-solarrueck: rgb({{255/50*tsolarrueck}}, 0, {{255/50*(50-tsolarrueck)}});
{% if states('sensor.wp2501') | float(0) == 2 %}
--my-state-color-vorlaufww: transparent;
--my-state-color-ruecklaufww: transparent;
--my-state-color-vorlaufheizung: transparent;
--my-state-color-ruecklaufheizung: transparent;
{% elif states('sensor.wp2501') | float(0) == 83 %}
--my-state-color-vorlaufww: transparent;
--my-state-color-ruecklaufww: transparent;
--my-state-color-vorlaufheizung: red;
--my-state-color-ruecklaufheizung: blue;
{% elif states('sensor.wp2501') | float(0) == 99%}
--my-state-color-vorlaufww: red;
--my-state-color-ruecklaufww: blue;
--my-state-color-vorlaufheizung: transparent;
--my-state-color-ruecklaufheizung: transparent;
{% else %}
--my-state-color-vorlaufww: transparent;
--my-state-color-ruecklaufww: transparent;
--my-state-color-vorlaufheizung: transparent;
--my-state-color-ruecklaufheizung: transparent;
{% endif %}
}
elements:
- type: state-label
entity: sensor.ti_puffer1
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 29.2%
left: 27.8%
color: transparent
background: >-
linear-gradient(to bottom, var(--my-state-color-ww1) 0%,
var(--my-state-color-ww2) 100%)
- type: state-label
entity: sensor.ti_puffer1
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 43.6%
left: 27.8%
color: transparent
background: >-
linear-gradient(to bottom, var(--my-state-color-ww2) 0%,
var(--my-state-color-ww3) 100%)
- type: state-label
entity: sensor.ti_puffer1
style:
width: 12.4%
height: 14.3%
position: absolute
transform: translate(0,0)
top: 58%
left: 27.8%
color: transparent
background: >-
linear-gradient(to bottom, var(--my-state-color-ww3) 0%,
var(--my-state-color-ww4) 100%)
- type: state-label
entity: sensor.ti_puffer1
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 29.2%
left: 75.5%
color: transparent
background: >-
linear-gradient(to bottom, var(--my-state-color-puffer1) 0%,
var(--my-state-color-puffer2) 100%)
- type: state-label
entity: sensor.ti_puffer1
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 43.6%
left: 75.5%
color: transparent
background: >-
linear-gradient(to bottom, var(--my-state-color-puffer2) 0%,
var(--my-state-color-puffer3) 100%)
- type: state-label
entity: sensor.ti_puffer1
style:
width: 12.4%
height: 14.3%
position: absolute
transform: translate(0,0)
top: 58%
left: 75.5%
color: transparent
background: >-
linear-gradient(to bottom, var(--my-state-color-puffer3) 0%,
var(--my-state-color-puffer4) 100%)
- type: state-label
entity: sensor.ti_puffer1
style:
width: 2.3%
height: 41.2%
position: absolute
transform: rotate(-0.338turn)
top: '-3.0%'
left: 13.6%
color: transparent
background: >-
linear-gradient(to bottom, var(--my-state-color-solarrueck) 0%,
var(--my-state-color-solarvor) 100%)
- type: state-label
entity: sensor.ti_ww1
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 27%
left: 28%
font-size: 12px
color: black
- type: state-label
entity: sensor.ti_ww2
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 39%
left: 28%
font-size: 12px
color: black
- type: state-label
entity: sensor.ti_ww3
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 51%
left: 28%
font-size: 12px
color: black
- type: state-label
entity: sensor.ti_ww4
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 63%
left: 28%
font-size: 12px
color: black
- type: state-label
entity: sensor.ti_puffer1
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 27%
left: 75%
font-size: 12px
color: black
- type: state-label
entity: sensor.ti_puffer2
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 39%
left: 75%
font-size: 12px
color: black
- type: state-label
entity: sensor.ti_puffer3
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 51%
left: 75%
font-size: 12px
color: black
- type: state-label
entity: sensor.ti_puffer4
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 63%
left: 75%
font-size: 12px
color: black
- type: state-label
entity: sensor.ti_solarvor
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 48%
left: 12%
font-size: 12px
color: red
- type: state-label
entity: sensor.ti_solarrueck
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 55%
left: 12%
font-size: 12px
color: blue
- type: state-label
entity: sensor.ti_fbhvor
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 16%
left: 64.5%
font-size: 12px
color: red
- type: state-label
entity: sensor.ti_fbhrueck
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: '-1%'
left: 64.5%
font-size: 12px
color: blue
- type: state-label
entity: sensor.ti_heizvor
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 16%
left: 85%
font-size: 12px
color: red
- type: state-label
entity: sensor.ti_heizrueck
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: '-1%'
left: 85%
font-size: 12px
color: blue
- type: state-label
entity: sensor.ti_kw
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 69%
left: 12%
font-size: 12px
color: blue
- type: state-label
entity: sensor.wp_sole_vorlauf
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 74%
left: 62%
font-size: 12px
color: red
- type: state-label
entity: sensor.wp_sole_ruecklauf
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 74%
left: 40%
font-size: 12px
color: blue
- type: state-label
entity: sensor.wp542
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 43%
left: 39.2%
font-size: 12px
color: var(--my-state-color-ruecklaufww)
- type: state-label
entity: sensor.wp543
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 27%
left: 39.2%
font-size: 12px
color: var(--my-state-color-vorlaufww)
- type: state-label
entity: sensor.wp542
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 66%
left: 64%
font-size: 12px
color: var(--my-state-color-ruecklaufheizung)
- type: state-label
entity: sensor.wp543
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 36%
left: 64%
font-size: 12px
color: var(--my-state-color-vorlaufheizung)
- type: state-label
entity: sensor.blank
prefix: 'Leistung: '
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 30%
left: 49%
font-size: 10px
font-weight: bold
color: black
- type: state-label
entity: sensor.wp_leistungsaufnahme
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 35%
left: 49%
font-size: 10px
color: black
- type: state-label
entity: sensor.blank
prefix: 'Betriebsart: '
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 45%
left: 49%
font-size: 10px
font-weight: bold
color: black
- type: state-label
entity: sensor.betriebsart_heizung
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 50%
left: 49%
font-size: 10px
color: black
- type: state-label
entity: sensor.blank
prefix: 'EMI Status: '
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 60%
left: 49%
font-size: 10px
font-weight: bold
color: black
- type: state-label
entity: sensor.wp_energiemanagement_status
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 65%
left: 49%
font-size: 10px
color: black
- type: state-badge
entity: sensor.energie_warmwasser_prozent
prefix: 'Warmwasser '
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 54%
left: 41.5%
'--ha-label-badge-title-font-size': 0px
font-size: 8px
color: transparent
- type: state-badge
entity: sensor.energie_heizung_prozent
prefix: 'Heizung '
title: asd
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 54%
left: 89%
'--ha-label-badge-title-font-size': 0px
font-size: 8px
Explanations on Card Configuration 1: temperature dynamic colors
the colors of the water tanks and the solar thermal panal are changing with temperature - 60Ā°C being red and 10Ā°C being blue. The corresponding temperature range, delta temperature, is thus 50Ā°C.
The color of the current temperature is calculated basically in 2 steps:
- the actual temperature from the sensor is reduced by 10; this sets 10Ā°C to 0 as the minimum temperature and sets 60Ā°C to 50 as the maximum temperature (delta temperature)
- the recalibrated temperature (step 1) is now used for scaling the rgb value (255)
For red: 255 * recalibrated temperature / 50 ā 0Ā°C gives you 0 and 60Ā°C gives you 255
For blue: 255 * (50 - recalibrated temperature) / 50 ā 0Ā°C gives you 255 and 60Ā°C gives you 0
The color of the tanks and the solar thermal is the set up as a gradient in between the color associated with 2 sensor readings: e.g. the color gradient in between sensor ww1 and ww2, i.e.
background: >-
linear-gradient(to bottom, var(--my-state-color-ww1) 0%, var(--my-state-color-ww2) 100%)
Explanations on Card Configuration 2: state dynamic lables
the lables in between the heat pump and the tanks show up dynamically depending on the state of the heat pump. if the heat pump is heating hot water then the values show up on the left side of the heatpump. If the heat pump is warming up the heating water tank then the values are showing up on the right side of the tank.
This feature is realized here with defining text colors for all 4 sensors and changing the colors conditionally depending on the heat pump operating mode. For each operating mode some sensor values are not showing up by setting the text color to transparent.
The background image:
the image of the hydraulic system was generated with a freeware called āTAPPS2ā and the postprocessed with some image editing software to get it to the right size and crop away some parts of the image.
Open items / ongoing activities:
the display on a large screen is currently ~1/3 of the screen wide. The panel mode has been briefly tested but some of the sensor values were misaligned. Currently I did not invest additional time into getting the panel mode / view running.
If you have some hint on how to get panel mode up and running without too much effort then please let me know.
Looks great, and I really want to use this for a project for a hot water cylinder. To determinte how much hot water I have left.
Butā¦ Im useless at this and really stuck. Iām just using a transparent image of a hot water tank and playing around with your shared code. But i canāt get the sensors or image to show like yours. Iām more than likely doing something bad here. Im just using sensors i have currently and plan to get proper temp sensors and install Shelly 1PM to control my hot water tank, plus have 5 temp sensors on there.
What am i doing wrong here? Can you help? I just want the colours to show like yours and i replaced the sensors with my own. Thought it would work but no colours show with the temperatures
type: picture-elements
image: /local/test.png
style: |
ha-card {
{% set tww1 = (states('sensor.0x00124b0029209ca1_temperature') | float(0) -10) %}
{% set tww2 = (states('sensor.spare_room_inside_temperature') | float(0) -10) %}
{% set tww3 = (states('sensor.my_bedroom_inside_temperature') | float(0) -10) %}
{% set tww4 = (states('sensor.my_bedroom_outside_temperature') | float(0) -10) %}
--my-state-color-ww1: rgb({{255/50*tww1}}, 0, {{255/50*(50-tww1)}});
--my-state-color-ww2: rgb({{255/50*tww2}}, 0, {{255/50*(50-tww2)}});
--my-state-color-ww3: rgb({{255/50*tww3}}, 0, {{255/50*(50-tww3)}});
--my-state-color-ww4: rgb({{255/50*tww4}}, 0, {{255/50*(50-tww4)}});
}
elements:
- type: state-label
entity: sensor.0x00124b0029209ca1_temperature
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 29.2%
left: 27.8%
color: transparent
background: >-
linear-gradient(to bottom, var(--my-state-color-ww1) 0%,
var(--my-state-color-ww2) 100%)
- type: state-label
entity: sensor.my_bedroom_inside_temperature
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 43.6%
left: 27.8%
color: transparent
background: >-
linear-gradient(to bottom, var(--my-state-color-ww2) 0%,
var(--my-state-color-ww3) 100%)
- type: state-label
entity: sensor.my_bedroom_outside_temperature
style:
width: 12.4%
height: 14.3%
position: absolute
transform: translate(0,0)
top: 58%
left: 27.8%
color: transparent
background: >-
linear-gradient(to bottom, var(--my-state-color-ww3) 0%,
var(--my-state-color-ww4) 100%)
- type: state-label
entity: sensor.0x00124b0029209ca1_temperature
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 27%
left: 28%
font-size: 12px
color: black
- type: state-label
entity: sensor.0x00124b0029209ca1_temperature
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 39%
left: 28%
font-size: 12px
color: black
- type: state-label
entity: sensor.my_bedroom_inside_temperature
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 51%
left: 28%
font-size: 12px
color: black
- type: state-label
entity: sensor.my_bedroom_outside_temperature
style:
width: 12.4%
height: 14.4%
position: absolute
transform: translate(0,0)
top: 63%
left: 28%
font-size: 12px
color: black
You need to install card mod 
I did a similar visualization but I have multiple transparent PNGs that are enabled or disabled based on the state. The colors donāt change, but the circuits that arenāt active go gray and the fan heat exchanger (top) has the width of the lines adjust to reflect the fan speed. This is the net result:
4 Likes
@MichaelST01 here you are!
The āblank.pngā is the image that is displayed if the device is off (itās a PNGs that is the same size but all transparent). The ābase3_all_off.pngā is the graphic with all elements off (gray). I created the images by drawing the whole thing in PowerPoint, then copying each slide as a PDF to Appleās Preview, then saving it as a PNG. I then used Preview to delete the regions that should be transparent and re-saved them.
-David
type: vertical-stack
cards:
- type: picture-elements
image: /local/heat_graphics2/base3_all_off.png
theme: light
elements:
- entity: binary_sensor.heatpump_pump_cold_circuit
type: image
image: /local/heat_graphics2/blank.png
state_image:
'on': /local/heat_graphics2/base3_brine_on.png
style:
left: 0%
top: 0%
transform: none
width: 100%
- entity: binary_sensor.heatpump_compressor
type: image
image: /local/heat_graphics2/blank.png
state_image:
'on': /local/heat_graphics2/base3_compressor_on.png
style:
left: 0%
top: 0%
transform: none
width: 100%
- entity: sensor.heatpump_status_direct
type: image
image: /local/heat_graphics2/blank.png
state_image:
Idle: /local/heat_graphics2/blank.png
Water Heat Pumping: /local/heat_graphics2/base3_water_heat_on.png
Floor Heat Pumping: /local/heat_graphics2/base3_floor_heat_on.png
style:
left: 0%
top: 0%
transform: none
width: 100%
- entity: sensor.ftx_supply_fan_mode
type: image
image: /local/heat_graphics2/blank.png
state_image:
Low: /local/heat_graphics2/base3_ftx_supply_low.png
Normal: /local/heat_graphics2/base3_ftx_supply_normal.png
High: /local/heat_graphics2/base3_ftx_supply_high.png
style:
left: 0%
top: 0%
transform: none
width: 100%
- entity: sensor.ftx_extract_fan_mode
type: image
image: /local/heat_graphics2/blank.png
state_image:
Low: /local/heat_graphics2/base3_ftx_extract_low.png
Normal: /local/heat_graphics2/base3_ftx_extract_normal.png
High: /local/heat_graphics2/base3_ftx_extract_high.png
style:
left: 0%
top: 0%
transform: none
width: 100%
- entity: binary_sensor.heatpump_pump_radiator
type: image
image: /local/heat_graphics2/blank.png
state_image:
'on': /local/heat_graphics2/base3_floor_on.png
style:
left: 0%
top: 0%
transform: none
width: 100%
- entity: sensor.ftx_heater_on
type: image
image: /local/heat_graphics2/blank.png
state_image:
'on': /local/heat_graphics2/base3_ftx_electric_on.png
'off': /local/heat_graphics2/blank.png
style:
left: 0%
top: 0%
transform: none
width: 100%
- entity: sensor.heatpump_heater_on
type: image
image: /local/heat_graphics2/blank.png
state_image:
'on': /local/heat_graphics2/base3_heat_pump_electric_on.png
'off': /local/heat_graphics2/blank.png
style:
left: 0%
top: 0%
transform: none
width: 100%
- entity: binary_sensor.heatpump_alarm
type: image
image: /local/heat_graphics2/blank.png
state_image:
'on': /local/heat_graphics2/base3_heatpump_warning.png
style:
left: 0%
top: 0%
transform: none
width: 100%
- entity: binary_sensor.ftx_alarm
type: image
image: /local/heat_graphics2/blank.png
state_image:
'on': /local/heat_graphics2/base3_ftx_warning.png
style:
left: 0%
top: 0%
transform: none
width: 100%
- entity: climate.heatpump_room_temp_setpoint
attribute: current_temperature
style:
left: 2%
top: 50.5%
transform: translate(0%, -50%)
font-size: 1.5vw
text-decoration: underline
color: black
type: state-label
prefix: 'Setpoint: '
suffix: Ā°C
- entity: sensor.heatpump_status_direct
type: state-label
style:
right: 46.5%
top: 81%
transform: translate(0%, -50%)
font-size: 1vw
color: black
- entity: sensor.heatpump_brine_out_condenser
style:
right: 86%
top: 58.8%
font-size: 1.5vw
transform: translate(0%,-50%)
color: black
type: state-label
- entity: sensor.heatpump_brine_in_evaporator
style:
right: 86%
top: 70%
font-size: 1.5vw
transform: translate(0%,-50%)
color: black
type: state-label
- entity: sensor.heatpump_radiator_forward
style:
left: 83.5%
top: 63.5%
transform: translate(0%,-50%)
font-size: 1.5vw
color: black
type: state-label
- entity: sensor.heatpump_heating_setpoint
style:
left: 83.5%
top: 67.5%
transform: translate(0%,-50%)
font-size: 1vw
color: black
prefix: 'Target: '
type: state-label
- entity: sensor.heatpump_heat_carrier_forwrd
style:
right: 45.7%
top: 58.8%
font-size: 1.5vw
transform: translate(0%,-50%)
color: black
type: state-label
- entity: sensor.heatpump_heat_carrier_return
style:
right: 45.7%
top: 70%
font-size: 1.5vw
transform: translate(0%,-50%)
color: black
type: state-label
- entity: sensor.heatpump_warm_water_1_top
style:
left: 73.8%
top: 81.6%
font-size: 1.5vw
color: black
type: state-label
- entity: sensor.heatpump_hot_gas
style:
right: 68%
top: 58.8%
font-size: 1.5vw
transform: translate(0%,-50%)
color: black
type: state-label
- entity: sensor.heat_pump_outdoor_temperature_without_offset
style:
left: 7%
top: 81%
transform: translate(0%, -50%)
font-size: 1vw
color: black
type: state-label
prefix: 'Outside: '
- entity: sensor.heatpump_add_heat_status
style:
left: 42%
bottom: 45%
font-size: 1.5vw
transform: translate(-50%,50%)
color: black
type: state-label
- entity: sensor.ftx_humidity_filtered
suffix: RH
style:
left: 79.5%
top: 26.5%
transform: translate(0%,-50%)
font-size: 1.5vw
color: black
type: state-label
- entity: sensor.ftx_extract_temperature_filtered
style:
left: 79.5%
top: 30%
transform: translate(0%,-50%)
font-size: 1.5vw
color: black
type: state-label
- entity: sensor.ftx_supply_temperature
style:
right: 36%
top: 30%
transform: translate(50%,-50%)
font-size: 1.5vw
color: black
type: state-label
- entity: sensor.ftx_exhaust_temperature
style:
right: 94%
top: 12.5%
font-size: 1.5vw
transform: translate(50%,-50%)
color: black
type: state-label
- entity: sensor.ftx_outdoor_temperature
style:
right: 94%
top: 22.5%
font-size: 1.5vw
transform: translate(50%,-50%)
color: black
type: state-label
- entity: sensor.ftx_heater_active
type: state-label
style:
left: 44%
top: 30%
font-size: 1.5vw
transform: translate(-50%,-50%)
color: black
- entity: sensor.ftx_heat_exchanger_active
type: state-label
style:
left: 22%
top: 18%
font-size: 1.5vw
transform: translate(-50%,-50%)
color: black
- entity: sensor.ftx_extract_efficiency
type: state-label
style:
left: 28%
top: 26.5%
font-size: 1vw
transform: translate(-50%,-50%)
color: black
suffix: ' eff'
- entity: sensor.ftx_exhaust_efficiency
type: state-label
style:
left: 28%
top: 8.5%
font-size: 1vw
transform: translate(-50%,-50%)
color: black
suffix: ' eff'
- entity: sensor.ftx_supply_fan_speed_percent
type: state-label
style:
left: 36.5%
top: 30%
font-size: 1.5vw
transform: translate(-50%,-50%)
color: black
- entity: sensor.ftx_extract_fan_speed_percent
type: state-label
style:
left: 36.5%
top: 5.7%
font-size: 1.5vw
transform: translate(-50%,-50%)
color: black
- entity: sensor.kitchen_fan_status
type: state-label
style:
left: 92.5%
top: 54%
transform: translate(0%,-50%)
font-size: 1.5vw
color: black
- entity: sensor.bathroom_humidity
type: state-label
suffix: RH
style:
left: 88.5%
top: 40%
transform: translate(0%,-50%)
font-size: 1.5vw
color: black
- entity: sensor.bathroom_temperature
type: state-label
style:
left: 88.5%
top: 43.5%
transform: translate(0%,-50%)
font-size: 1.5vw
color: black
- entity: sensor.upstairs_humidity
type: state-label
suffix: RH
style:
left: 78%
top: 42%
font-size: 1.5vw
color: black
- entity: sensor.upstairs_temperature
type: state-label
style:
left: 69.5%
top: 42%
font-size: 1.5vw
color: black
- entity: sensor.downstairs_humidity
type: state-label
suffix: RH
style:
left: 78%
top: 54%
font-size: 1.5vw
color: black
- entity: sensor.downstairs_temperature
type: state-label
style:
left: 69.5%
top: 54%
font-size: 1.5vw
color: black
- entity: sensor.behind_house_temperature
type: state-label
style:
right: 32.0%
top: 54%
font-size: 1.5vw
color: black
- entity: sensor.behind_house_luminance
type: state-label
prefix: āļø
style:
right: 0.5%
top: 2%
font-size: 1.5vw
color: black
- entity: input_number.ftx_temperature_setpoint
style:
left: 19%
top: 4%
transform: translate(0%, -50%)
font-size: 1.5vw
text-decoration: underline
color: black
type: state-label
prefix: 'Setpoint: '
- entity: input_select.ftx_active_user_mode
type: state-label
style:
left: 19%
top: 34.4%
transform: translate(0%, -50%)
font-size: 1.5vw
text-decoration: underline
color: black
prefix: 'Mode: '
- entity: input_select.ftx_manual_fan_speed
type: state-label
style:
left: 36.5%
top: 34.4%
transform: translate(-50%, -50%)
font-size: 1.5vw
text-decoration: underline
prefix: 'Fans: '
- entity: switch.ftx_eco_mode_enabled
type: state-label
style:
left: 44%
top: 34.4%
transform: translate(-50%, -50%)
font-size: 1.5vw
text-decoration: underline
color: black
prefix: 'Eco: '
Note that I added ācolor:blackā so that if a device is in dark mode the text is still visible on the white background.
-David
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