# ========================================== # CYD ESP32-2432S028 mit XPT2046 Touch v.12 # ========================================== esphome: name: cyd3 esp32: board: esp32dev framework: type: arduino logger: api: ota: - platform: esphome wifi: ssid: "your SSID" password: "your password" # Webserver (Zugriff über IP im Browser) web_server: port: 80 # 1. Schriftarten (Sehr groß & Fett via Google Font URL) font: - file: "gfonts://Roboto@700" id: font_huge size: 110 - file: "gfonts://Roboto" id: font_info size: 20 # 2. Farben color: - id: my_white red: 100% green: 100% blue: 100% - id: my_gray red: 50% green: 50% blue: 50% - id: my_green red: 0% green: 100% blue: 0% - id: my_cyan red: 0% green: 100% blue: 100% - id: my_red red: 100% green: 20% blue: 20% - id: my_blue red: 20% green: 50% blue: 100% # 3. NTP Uhrzeit time: - platform: sntp id: sntp_time timezone: "Europe/Berlin" # 4. Sensoren & Reboot Switch text_sensor: - platform: wifi_info ip_address: id: wifi_ip_address sensor: - platform: wifi_signal name: "WLAN Signal" id: wifi_signal_db update_interval: 10s - platform: internal_temperature name: "CPU Temp" id: cpu_temp update_interval: 10s button: - platform: restart id: restart_button name: "CYD Reboot" # 5. SPI-Busse (SPI1 für Display, SPI2 speziell für XPT2046 Touch) spi: - clk_pin: GPIO14 mosi_pin: GPIO13 miso_pin: GPIO12 id: lcd_spi - clk_pin: GPIO25 mosi_pin: GPIO32 miso_pin: GPIO39 id: touch_spi # 6. Touchscreen XPT2046 mit korrigierter Sleep-Steuerung touchscreen: platform: xpt2046 id: my_touch spi_id: touch_spi cs_pin: GPIO33 interrupt_pin: GPIO36 threshold: 400 calibration: x_min: 300 x_max: 3800 y_min: 300 y_max: 3800 transform: swap_xy: true mirror_x: true mirror_y: true on_touch: - lambda: |- ESP_LOGI("touch", "Geklickt bei X: %d, Y: %d", touch.x, touch.y); // Aufwachen, wenn Display aus war if (!id(display_backlight).current_values.is_on()) { auto call = id(display_backlight).turn_on(); call.perform(); return; } // --- SCREEN 1 --- if (id(my_display).get_active_page() == id(page1)) { id(my_display).show_page(id(page2)); id(my_display).set_timeout("auto_back", 120000, []() { id(my_display).show_page(id(page1)); }); return; } // --- SCREEN 2 --- if (id(my_display).get_active_page() == id(page2)) { // Touch-Bereich für Buttons unten (Y > 150) if (touch.y > 150) { // Button 1: REBOOT (X < 106) if (touch.x < 106) { ESP_LOGI("touch", "REBOOT geklickt!"); id(restart_button).press(); return; } // Button 2: SLEEP (107 <= X < 213) else if (touch.x >= 107 && touch.x < 213) { ESP_LOGI("touch", "SLEEP geklickt!"); auto call = id(display_backlight).turn_off(); call.perform(); return; } // Button 3: BACK (X >= 214) else if (touch.x >= 214) { ESP_LOGI("touch", "BACK geklickt!"); id(my_display).cancel_timeout("auto_back"); id(my_display).show_page(id(page1)); return; } } } # 7. Backlight output: - platform: gpio pin: GPIO21 id: back_light light: - platform: binary output: back_light name: "CYD Backlight" id: display_backlight restore_mode: ALWAYS_ON # 8. Display & Pages display: - platform: mipi_spi id: my_display model: ILI9341 spi_id: lcd_spi cs_pin: GPIO15 dc_pin: GPIO2 reset_pin: GPIO4 data_rate: 20MHz dimensions: width: 320 height: 240 pages: # SCREEN 1: Wochentag/Datum oben + zentrierte XXL-Uhr + Sekundenbalken - id: page1 lambda: |- it.fill(Color::BLACK); if (id(sntp_time).now().is_valid()) { // Datum & Wochentag oben auto t = id(sntp_time).now(); const char *wd_names[] = {"Sonntag", "Montag", "Dienstag", "Mittwoch", "Donnerstag", "Freitag", "Samstag"}; std::string date_str = std::string(wd_names[t.day_of_week - 1]) + t.strftime(", %d.%m.%Y"); it.print(160, 15, id(font_info), id(my_white), TextAlign::TOP_CENTER, date_str.c_str()); // Große Uhr mittig it.strftime(160, 120, id(font_huge), id(my_white), TextAlign::CENTER, "%H:%M", id(sntp_time).now()); // Sekundenbalken unten int sec = id(sntp_time).now().second; int bar_width = (sec * 320) / 60; it.filled_rectangle(0, 232, bar_width, 8, id(my_white)); } else { it.print(160, 15, id(font_info), id(my_white), TextAlign::TOP_CENTER, "Datum wird geladen..."); it.print(160, 120, id(font_huge), id(my_white), TextAlign::CENTER, "--:--"); } # SCREEN 2: Statischer Titel & System-Infos & 3 Buttons - id: page2 lambda: |- it.fill(Color::BLACK); // Statische Kopfzeile it.print(160, 15, id(font_info), id(my_white), TextAlign::TOP_CENTER, "CYD ESP32-2432S028 Test v12"); // System-Infos it.printf(160, 55, id(font_info), id(my_green), TextAlign::TOP_CENTER, "IP: %s", id(wifi_ip_address).state.c_str()); int signal_percent = 0; if (id(wifi_signal_db).has_state()) { signal_percent = min(max(2 * (int(id(wifi_signal_db).state) + 100), 0), 100); } if (id(cpu_temp).has_state()) { it.printf(160, 95, id(font_info), id(my_cyan), TextAlign::TOP_CENTER, "WLAN: %d%% | CPU: %.1f °C", signal_percent, id(cpu_temp).state); } else { it.printf(160, 95, id(font_info), id(my_cyan), TextAlign::TOP_CENTER, "WLAN: %d%% | CPU: -- °C", signal_percent); } // 1. Button: Reboot (Rot) it.filled_rectangle(10, 170, 90, 45, id(my_red)); it.print(55, 182, id(font_info), id(my_white), TextAlign::TOP_CENTER, "Reboot"); // 2. Button: Sleep (Blau) it.filled_rectangle(115, 170, 90, 45, id(my_blue)); it.print(160, 182, id(font_info), id(my_white), TextAlign::TOP_CENTER, "Sleep"); // 3. Button: Back (Grau) it.filled_rectangle(220, 170, 90, 45, id(my_gray)); it.print(265, 182, id(font_info), id(my_white), TextAlign::TOP_CENTER, "Back");