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HA_plotly-graph
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HA_plotly-graph
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type: custom:plotly-graph
title: "Room:\_LD2450"
refresh_interval: 2
hours_to_show: current_day
ha_theme: true
layout:
legend:
'y': 8000
orientation: h
autosize: true
margin:
autoexpand: true
l: 50
r: 20
t: 20
b: 40
showlegend: true
xaxis:
dtick: 1000
gridcolor: RGBA(200,200,200,0.15)
zerolinecolor: RGBA(200,200,200,0.15)
type: number
fixedrange: true
range:
- -4000
- 4000
yaxis:
dtick: 1000
gridcolor: RGBA(200,200,200,0.15)
zerolinecolor: RGBA(200,200,200,0.15)
scaleanchor: x
scaleratio: 1
fixedrange: true
range:
- 8000
- 0
entities:
- entity: ''
name: Person1
show_value: true
unit_of_measurement: mm
marker:
size: 12
line:
shape: spline
width: 5
x:
- $ex hass.states["sensor.hpsz_room_target1_x"].state
'y':
- $ex hass.states["sensor.hpsz_room_target1_y"].state
- entity: ''
name: Person2
show_value: true
unit_of_measurement: mm
marker:
size: 12
line:
shape: spline
width: 5
x:
- $ex hass.states["sensor.hpsz_room_target2_x"].state
'y':
- $ex hass.states["sensor.hpsz_room_target2_y"].state
- entity: ''
name: Person3
show_value: true
unit_of_measurement: mm
marker:
size: 12
line:
shape: spline
width: 5
x:
- $ex hass.states["sensor.hpsz_room_target3_x"].state
'y':
- $ex hass.states["sensor.hpsz_room_target3_y"].state
- entity: ''
name: Zone1
mode: lines
fill: toself
fillcolor: >-
$ex hass.states["binary_sensor.hpsz_room_zone1_presence"].state == "on" ?
"RGBA(0,250,0,0.4)" : "RGBA(0,250,0,0.1)"
line:
color: RGBA(0,250,0,0.9)
shape: line
width: 2
x:
- $ex hass.states["number.hpsz_room_zone1_x"].state*1
- >-
$ex hass.states["number.hpsz_room_zone1_x"].state*1 -
hass.states["number.hpsz_room_zone1_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone1_x"].state*1 -
hass.states["number.hpsz_room_zone1_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone1_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone1_x"].state*1 +
hass.states["number.hpsz_room_zone1_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone1_x"].state*1
'y':
- $ex hass.states["number.hpsz_room_zone1_y"].state*1
- >-
$ex hass.states["number.hpsz_room_zone1_y"].state*1 +
hass.states["number.hpsz_room_zone1_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone1_y"].state*1 +
hass.states["number.hpsz_room_zone1_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone1_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone1_y"].state*1 +
hass.states["number.hpsz_room_zone1_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone1_y"].state*1
- entity: ''
name: Zone2
mode: lines
fill: toself
fillcolor: >-
$ex hass.states["binary_sensor.hpsz_room_zone2_presence"].state == "on" ?
"RGBA(250,110,0,0.4)" : "RGBA(250,110,0,0.1)"
line:
color: RGBA(250,110,0,0.9)
shape: line
width: 2
x:
- $ex hass.states["number.hpsz_room_zone2_x"].state*1
- >-
$ex hass.states["number.hpsz_room_zone2_x"].state*1 -
hass.states["number.hpsz_room_zone2_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone2_x"].state*1 -
hass.states["number.hpsz_room_zone2_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone2_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone2_x"].state*1 +
hass.states["number.hpsz_room_zone2_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone2_x"].state*1
'y':
- $ex hass.states["number.hpsz_room_zone2_y"].state*1
- >-
$ex hass.states["number.hpsz_room_zone2_y"].state*1 +
hass.states["number.hpsz_room_zone2_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone2_y"].state*1 +
hass.states["number.hpsz_room_zone2_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone2_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone2_y"].state*1 +
hass.states["number.hpsz_room_zone2_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone2_y"].state*1
- entity: ''
name: Zone3
mode: lines
fill: toself
fillcolor: >-
$ex hass.states["binary_sensor.hpsz_room_zone3_presence"].state == "on" ?
"RGBA(0,0,250,0.4)" : "RGBA(0,0,250,0.1)"
line:
color: RGBA(0,0,250,0.9)
shape: line
width: 2
x:
- $ex hass.states["number.hpsz_room_zone3_x"].state*1
- >-
$ex hass.states["number.hpsz_room_zone3_x"].state*1 -
hass.states["number.hpsz_room_zone3_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone3_x"].state*1 -
hass.states["number.hpsz_room_zone3_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone3_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone3_x"].state*1 +
hass.states["number.hpsz_room_zone3_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone3_x"].state*1
'y':
- $ex hass.states["number.hpsz_room_zone3_y"].state*1
- >-
$ex hass.states["number.hpsz_room_zone3_y"].state*1 +
hass.states["number.hpsz_room_zone3_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone3_y"].state*1 +
hass.states["number.hpsz_room_zone3_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone3_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone3_y"].state*1 +
hass.states["number.hpsz_room_zone3_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone3_y"].state*1
- entity: ''
name: Zone4
mode: lines
fill: toself
fillcolor: >-
$ex hass.states["binary_sensor.hpsz_room_zone4_presence"].state == "on" ?
"RGBA(250,210,0,0.4)" : "RGBA(250,210,0,0.1)"
line:
color: RGBA(250,210,0,0.9)
shape: line
width: 2
x:
- $ex hass.states["number.hpsz_room_zone4_x"].state*1
- >-
$ex hass.states["number.hpsz_room_zone4_x"].state*1 -
hass.states["number.hpsz_room_zone4_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone4_x"].state*1 -
hass.states["number.hpsz_room_zone4_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone4_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone4_x"].state*1 +
hass.states["number.hpsz_room_zone4_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone4_x"].state*1
'y':
- $ex hass.states["number.hpsz_room_zone4_y"].state*1
- >-
$ex hass.states["number.hpsz_room_zone4_y"].state*1 +
hass.states["number.hpsz_room_zone4_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone4_y"].state*1 +
hass.states["number.hpsz_room_zone4_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone4_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone4_y"].state*1 +
hass.states["number.hpsz_room_zone4_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone4_y"].state*1
- entity: ''
name: Zone5
mode: lines
fill: toself
fillcolor: >-
$ex hass.states["binary_sensor.hpsz_room_zone5_presence"].state == "on" ?
"RGBA(0,150,0,0.4)" : "RGBA(0,150,0,0.1)"
line:
color: RGBA(0,150,0,0.9)
shape: line
width: 2
x:
- $ex hass.states["number.hpsz_room_zone5_x"].state*1
- >-
$ex hass.states["number.hpsz_room_zone5_x"].state*1 -
hass.states["number.hpsz_room_zone5_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone5_x"].state*1 -
hass.states["number.hpsz_room_zone5_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone5_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone5_x"].state*1 +
hass.states["number.hpsz_room_zone5_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone5_x"].state*1
'y':
- $ex hass.states["number.hpsz_room_zone5_y"].state*1
- >-
$ex hass.states["number.hpsz_room_zone5_y"].state*1 +
hass.states["number.hpsz_room_zone5_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone5_y"].state*1 +
hass.states["number.hpsz_room_zone5_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone5_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone5_y"].state*1 +
hass.states["number.hpsz_room_zone5_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone5_y"].state*1
- entity: ''
name: Zone6
mode: lines
fill: toself
fillcolor: >-
$ex hass.states["binary_sensor.hpsz_room_zone6_presence"].state == "on" ?
"RGBA(250,50,130,0.4)" : "RGBA(250,50,130,0.1)"
line:
color: RGBA(250,50,130,0.9)
shape: line
width: 2
x:
- $ex hass.states["number.hpsz_room_zone6_x"].state*1
- >-
$ex hass.states["number.hpsz_room_zone6_x"].state*1 -
hass.states["number.hpsz_room_zone6_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone6_x"].state*1 -
hass.states["number.hpsz_room_zone6_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone6_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone6_x"].state*1 +
hass.states["number.hpsz_room_zone6_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone6_x"].state*1
'y':
- $ex hass.states["number.hpsz_room_zone6_y"].state*1
- >-
$ex hass.states["number.hpsz_room_zone6_y"].state*1 +
hass.states["number.hpsz_room_zone6_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone6_y"].state*1 +
hass.states["number.hpsz_room_zone6_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zone6_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zone6_y"].state*1 +
hass.states["number.hpsz_room_zone6_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zone6_y"].state*1
- entity: ''
name: Zout1
mode: lines
fill: toself
fillcolor: >-
$ex hass.states["switch.hpsz_room_zout1_enable"].state == "on" ?
hass.states["binary_sensor.hpsz_room_zout1_presence"].state == "on" ?
"RGBA(250,0,0,0.4)" : "RGBA(250,0,0,0.2)" : "RGBA(0,0,0,0)"
line:
color: >-
$ex hass.states["switch.hpsz_room_zout1_enable"].state == "on" ?
"RGBA(0,150,0,0.9)" : "RGBA(0,0,0,0)"
width: 3
dash: dash
x:
- $ex hass.states["number.hpsz_room_zout1_x"].state*1
- >-
$ex hass.states["number.hpsz_room_zout1_x"].state*1 -
hass.states["number.hpsz_room_zout1_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout1_x"].state*1 -
hass.states["number.hpsz_room_zout1_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zout1_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout1_x"].state*1 +
hass.states["number.hpsz_room_zout1_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zout1_x"].state*1
'y':
- $ex hass.states["number.hpsz_room_zout1_y"].state*1
- >-
$ex hass.states["number.hpsz_room_zout1_y"].state*1 +
hass.states["number.hpsz_room_zout1_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout1_y"].state*1 +
hass.states["number.hpsz_room_zout1_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zout1_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout1_y"].state*1 +
hass.states["number.hpsz_room_zout1_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zout1_y"].state*1
- entity: ''
name: Zout2
mode: lines
fill: toself
fillcolor: >-
$ex hass.states["switch.hpsz_room_zout2_enable"].state == "on" ?
hass.states["binary_sensor.hpsz_room_zout2_presence"].state == "on" ?
"RGBA(250,0,0,0.4)" : "RGBA(250,0,0,0.2)" : "RGBA(0,0,0,0)"
line:
color: >-
$ex hass.states["switch.hpsz_room_zout2_enable"].state == "on" ?
"RGBA(250,110,0,0.9)" : "RGBA(0,0,0,0)"
width: 3
dash: dash
x:
- $ex hass.states["number.hpsz_room_zout2_x"].state*1
- >-
$ex hass.states["number.hpsz_room_zout2_x"].state*1 -
hass.states["number.hpsz_room_zout2_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout2_x"].state*1 -
hass.states["number.hpsz_room_zout2_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zout2_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout2_x"].state*1 +
hass.states["number.hpsz_room_zout2_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zout2_x"].state*1
'y':
- $ex hass.states["number.hpsz_room_zout2_y"].state*1
- >-
$ex hass.states["number.hpsz_room_zout2_y"].state*1 +
hass.states["number.hpsz_room_zout2_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout2_y"].state*1 +
hass.states["number.hpsz_room_zout2_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zout2_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout2_y"].state*1 +
hass.states["number.hpsz_room_zout2_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zout2_y"].state*1
- entity: ''
name: Zout3
mode: lines
fill: toself
fillcolor: >-
$ex hass.states["switch.hpsz_room_zout3_enable"].state == "on" ?
hass.states["binary_sensor.hpsz_room_zout3_presence"].state == "on" ?
"RGBA(250,0,0,0.4)" : "RGBA(250,0,0,0.2)" : "RGBA(0,0,0,0)"
line:
color: >-
$ex hass.states["switch.hpsz_room_zout3_enable"].state == "on" ?
"RGBA(0,0,250,0.9)" : "RGBA(0,0,0,0)"
width: 3
dash: dash
x:
- $ex hass.states["number.hpsz_room_zout3_x"].state*1
- >-
$ex hass.states["number.hpsz_room_zout3_x"].state*1 -
hass.states["number.hpsz_room_zout3_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout3_x"].state*1 -
hass.states["number.hpsz_room_zout3_width"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zout3_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout3_x"].state*1 +
hass.states["number.hpsz_room_zout3_height"].state *
Math.cos((hass.states["number.hpsz_room_angle"].state*1-90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zout3_x"].state*1
'y':
- $ex hass.states["number.hpsz_room_zout3_y"].state*1
- >-
$ex hass.states["number.hpsz_room_zout3_y"].state*1 +
hass.states["number.hpsz_room_zout3_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout3_y"].state*1 +
hass.states["number.hpsz_room_zout3_width"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state)*3.1415/180) +
hass.states["number.hpsz_room_zout3_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- >-
$ex hass.states["number.hpsz_room_zout3_y"].state*1 +
hass.states["number.hpsz_room_zout3_height"].state *
Math.sin((hass.states["number.hpsz_room_angle"].state*1+90)*3.1415/180)
- $ex hass.states["number.hpsz_room_zout3_y"].state*1
- entity: ''
name: Coverage
mode: lines
line:
width: 1
color: rgba(100, 100, 100, .6)
dash: dot
x:
- 0
- 1000
- 3700
- 3500
- 2000
- 0
- -2000
- -3500
- -3700
- -1000
- 0
'y':
- 0
- 500
- 3700
- 6000
- 7400
- 8000
- 7400
- 6000
- 3700
- 500
- 0
raw_plotly_config: true