fresh-home/esphome/archive/hvac-multisensor-425f4f.yaml

# 3v3 en svp sun 34 35 32 33 25 26 27 14 12 gnd 13 sd2 sd3 gnd 5v
substitutions:
  devicename: hvac-multisensor-425f4f
  entity_name: hvac_multisensor
  friendly_name: HVAC MultiSensor
  comment: Clever MultiSensor
  platform: ESP32
  board: wemos_d1_mini32
  static_ip: !secret hvac-multisensor-ip

  sda_pin: GPIO21
  scl_pin: GPIO22
  door_pin: GPIO19
  one_wire_pin: GPIO14
  trigger_pin: GPIO04
  echo_pin: GPIO12

  #mdc_pin: GPIO23
  #mdio_pin: GPIO18
  #clk_mode: GPIO17_OUT
  #power_pin: GPIO5

packages:
  #wifi: !include common/wifi_no_power_save.yaml
  ethernet: !include common/ethernet.yaml
  device_base: !include common/device_base.yaml
  ble_proxy: !include common/ble_proxy.yaml

esphome:
  name: ${devicename}
  friendly_name: ${friendly_name}
  name_add_mac_suffix: false

esp32:
  board: ${board}
  framework:
    type: esp-idf

web_server:
  port: 80
  version: 3
  include_internal: true

# Enable logging
logger:

api: # Using settings from common/device_base.yaml

ota: # Using settings from common/device_base.yaml

esp32_ble_tracker:

# globals:
#   - id: screen_power
#     type: bool
#     restore_value: yes
#     initial_value: 'true'

# font:
#   - file: 'CascadiaMonoPL.ttf'
#     id: font1
#     size: 17

# one_wire:
#   - platform: gpio
#     pin: ${one_wire_pin}

# i2c:
#   sda: ${sda_pin}
#   scl: ${scl_pin}
#   frequency: 800kHz

# display:
#   - platform: ssd1306_i2c
#     id: oled
#     model: "SSD1306 128x64"
#     #reset_pin: GPIO14 #D0
#     address: 0x3C
#     lambda: |-
#       it.print(0, 0, id(font1), "Delta:");
#       it.printf(128, 0, id(font1), TextAlign::TOP_RIGHT, "%.1f°F", id(hvac_delta).state);
#       it.print(0, 16, id(font1), "Supply:");
#       it.printf(128, 16, id(font1), TextAlign::TOP_RIGHT, "%.1f°F", id(hvac_supply).state);
#       it.print(0, 32, id(font1), "Return:");
#       it.printf(128, 32, id(font1), TextAlign::TOP_RIGHT, "%.1f°F", id(hvac_return).state);
#       it.print(0, 48, id(font1), "Ambient:");
#       it.printf(128, 48, id(font1), TextAlign::TOP_RIGHT, "%.1f°F", id(ambient).state);

# sensor:
#   - platform: dallas_temp
#     address: 0xB33C01B607798528
#     name: "Return Temperature"
#     id: hvac_return
#     update_interval: 10s
#     filters:
#       - lambda: return x * (9.0/5.0) + 32.0;
#     unit_of_measurement: "°F"
#     state_class: measurement

#   - platform: dallas_temp
#     address: 0x0F3C01B6070C1328
#     name: "Supply Temperature"
#     id: hvac_supply
#     update_interval: 10s
#     filters:
#       - lambda: return x * (9.0/5.0) + 32.0;
#     unit_of_measurement: "°F"
#     state_class: measurement

#   - platform: dallas_temp
#     address: 0xFA3C01B607005B28
#     name: "Ambient Temperature"
#     id: ambient
#     update_interval: 10s
#     filters:
#       - lambda: return x * (9.0/5.0) + 32.0;
#     unit_of_measurement: "°F"
#     state_class: measurement

#   - platform: template
#     name: "Delta Temperature"
#     id: hvac_delta
#     lambda: |-
#       return (id(hvac_supply).state - id(hvac_return).state);
#     update_interval: 10s
#     unit_of_measurement: "°F"
#     state_class: measurement
#     filters:
#       - or:
#         - throttle: 60s
#         - delta: 1.0

#   - platform: ultrasonic
#     trigger_pin: ${trigger_pin}
#     echo_pin: ${echo_pin}
#     id: ultrasonic_source
#     #update_interval: 5s
#     internal: True
#     filters:
#     - sliding_window_moving_average:
#         window_size: 5
#         send_every: 5
#         send_first_at: 1
#     on_value:
#       then:
#         - sensor.template.publish:
#             id: distance_from_bottom
#             state: !lambda 'return id(ultrasonic_source).state;'

#         - sensor.template.publish:
#             id: distance_from_top
#             state: !lambda 'return id(ultrasonic_source).state;'

#   - platform: template
#     unit_of_measurement: "cm"
#     state_class: measurement
#     id: distance_from_bottom
#     name: "Salt Level in CM"
#     #update_interval: 5s
#     filters:
#     - lambda: 'return (0.94 - (id(ultrasonic_source).state)) * 100;'
#     on_value:
#       then:
#         - sensor.template.publish:
#             id: level_in_bags
#             state: !lambda 'return id(distance_from_bottom).state;'

#   - platform: template
#     unit_of_measurement: "cm"
#     state_class: measurement
#     id: distance_from_top
#     name: "Salt Level From Top in CM"
#     #update_interval: 5s
#     filters:
#     - lambda: 'return (id(ultrasonic_source).state) * 100;'

#   - platform: template
#     unit_of_measurement: "bags"
#     state_class: measurement
#     id: level_in_bags
#     name: "Salt Level in Bags"
#     #update_interval: 5s
#     filters:
#     - lambda: 'return (id(distance_from_bottom).state) / 17.5;'

# binary_sensor:
#   - platform: gpio
#     name: "Door"
#     device_class: door
#     pin:
#       number: ${door_pin}
#       mode: INPUT_PULLUP

# switch:
#   - platform: template
#     id: display_switch
#     name: "Display"
#     lambda: |-
#       if (id(screen_power)) {
#         id(oled).turn_on();
#       } else {
#         id(oled).turn_off();
#       }
#       return id(screen_power);
#     turn_on_action:
#       - lambda: |-
#           id(screen_power) = true;
#           // id(oled).turn_on();
#     turn_off_action:
#       - lambda: |-
#           id(screen_power) = false;
#           // id(oled).turn_off();