This is electronics for EFAPEL Logus 90 style switch. Design is based on esp8266 D1 mini with RGB LEDs. ESP home configuration (for Home Assistant): ``` esphome: name: vypinac platform: ESP8266 board: d1_mini wifi: ssid: "xx" password: "xxxxxxxx" web_server: port: 80 # Enable logging logger: # Enable Home Assistant API api: ota: time: - platform: homeassistant id: homeassistant_time globals: - id: LED1_R type: float restore_value: no - id: LED1_G type: float restore_value: no - id: LED1_B type: float restore_value: no - id: LED1_BR type: float restore_value: no - id: LED1_S type: boolean restore_value: no - id: LED2_R type: float restore_value: no - id: LED2_G type: float restore_value: no - id: LED2_B type: float restore_value: no - id: LED2_BR type: float restore_value: no - id: LED2_S type: boolean restore_value: no - id: LED3_R type: float restore_value: no - id: LED3_G type: float restore_value: no - id: LED3_B type: float restore_value: no - id: LED3_BR type: float restore_value: no - id: LED3_S type: boolean restore_value: no - id: LED4_R type: float restore_value: no - id: LED4_G type: float restore_value: no - id: LED4_B type: float restore_value: no - id: LED4_BR type: float restore_value: no - id: LED4_S type: boolean restore_value: no light: #WS2812 chain - platform: fastled_clockless id: ws_light pin: D4 num_leds: 4 rgb_order: GRB chipset: ws2812 #Partition chain into single addresable leds - platform: partition name: "LED1" id: LED1 segments: - id: ws_light from: 0 to: 0 - platform: partition name: "LED2" id: LED2 segments: - id: ws_light from: 1 to: 1 - platform: partition name: "LED3" id: LED3 segments: - id: ws_light from: 2 to: 2 - platform: partition name: "LED4" id: LED4 segments: - id: ws_light from: 3 to: 3 binary_sensor: - platform: gpio name: "Tlačítko 1" pin: number: D3 mode: INPUT_PULLUP inverted: True on_press: then: # Save LED state - lambda: |- id(LED1_S) = id(LED1).get_remote_values().is_on(); id(LED1_R) = id(LED1).get_remote_values().get_red(); id(LED1_G) = id(LED1).get_remote_values().get_green(); id(LED1_B) = id(LED1).get_remote_values().get_blue(); id(LED1_BR) = id(LED1).get_remote_values().get_brightness(); # Do the blink - light.turn_on: id: LED1 transition_length: 0s brightness: 100% red: 100% green: 0 blue: 0 on_release: then: - light.turn_off: id: LED1 transition_length: 250ms - delay: 250ms # Restore LED state - lambda: |- auto call = id(LED1).make_call(); call.set_transition_length(0); // in ms call.set_brightness(id(LED1_BR)); // 1.0 is full brightness call.set_rgb(id(LED1_R), id(LED1_G), id(LED1_B)); // color, 1.0 is fully lit call.set_transition_length(250); // in ms call.set_state(id(LED1_S)); call.perform(); - platform: gpio name: "Tlačítko 2" pin: number: D2 mode: INPUT_PULLUP inverted: True on_press: then: # Save LED state - lambda: |- id(LED2_S) = id(LED2).get_remote_values().is_on(); id(LED2_R) = id(LED2).get_remote_values().get_red(); id(LED2_G) = id(LED2).get_remote_values().get_green(); id(LED2_B) = id(LED2).get_remote_values().get_blue(); id(LED2_BR) = id(LED2).get_remote_values().get_brightness(); # Do the blink - light.turn_on: id: LED2 transition_length: 0s brightness: 100% red: 100% green: 0 blue: 0 on_release: then: - light.turn_off: id: LED2 transition_length: 250ms - delay: 250ms # Restore LED state - lambda: |- auto call = id(LED2).make_call(); call.set_transition_length(250); // in ms call.set_brightness(id(LED2_BR)); // 1.0 is full brightness call.set_rgb(id(LED2_R), id(LED2_G), id(LED2_B)); // color, 1.0 is fully lit call.set_state(id(LED2_S)); call.perform(); - platform: gpio name: "Tlačítko 3" pin: number: D7 mode: INPUT_PULLUP inverted: True on_press: then: # Save LED state - lambda: |- id(LED3_S) = id(LED3).get_remote_values().is_on(); id(LED3_R) = id(LED3).get_remote_values().get_red(); id(LED3_G) = id(LED3).get_remote_values().get_green(); id(LED3_B) = id(LED3).get_remote_values().get_blue(); id(LED3_BR) = id(LED3).get_remote_values().get_brightness(); # Do the blink - light.turn_on: id: LED3 transition_length: 0s brightness: 100% red: 100% green: 0 blue: 0 on_release: then: - light.turn_off: id: LED3 transition_length: 250ms - delay: 250ms # Restore LED state - lambda: |- auto call = id(LED3).make_call(); call.set_transition_length(250); // in ms call.set_brightness(id(LED3_BR)); // 1.0 is full brightness call.set_rgb(id(LED3_R), id(LED3_G), id(LED3_B)); // color, 1.0 is fully lit call.set_state(id(LED3_S)); call.perform(); - platform: gpio name: "Tlačítko 4" pin: number: D6 mode: INPUT_PULLUP inverted: True on_press: then: # Save LED state - lambda: |- id(LED4_S) = id(LED4).get_remote_values().is_on(); id(LED4_R) = id(LED4).get_remote_values().get_red(); id(LED4_G) = id(LED4).get_remote_values().get_green(); id(LED4_B) = id(LED4).get_remote_values().get_blue(); id(LED4_BR) = id(LED4).get_remote_values().get_brightness(); # Do the blink - light.turn_on: id: LED4 transition_length: 0s brightness: 100% red: 100% green: 0 blue: 0 on_release: then: - light.turn_off: id: LED4 transition_length: 250ms - delay: 250ms # Restore LED state - lambda: |- auto call = id(LED4).make_call(); call.set_transition_length(250); // in ms call.set_brightness(id(LED4_BR)); // 1.0 is full brightness call.set_rgb(id(LED4_R), id(LED4_G), id(LED4_B)); // color, 1.0 is fully lit call.set_state(id(LED4_S)); call.perform(); dallas: - pin: D5 sensor: - platform: dallas name: "Teplota u vypínače" address: 0x2C000009A6A1CC28 # index: 0 ```