• Features

• Hardware Setup

  • Components
  • Wiring Diagram

• Installation

• Usage

• Customization

• Gallery

A feature-rich, interactive smart lamp powered by an ESP32. This project combines PWM LED control (White & RGB), an OLED display for animated "Dasai Mochi" style faces, and environmental monitoring using a DHT11 sensor.

• Web Interface: Host a local Wi-Fi Access Point (ESP Lamp) to control everything from your phone or PC.

• LED Control:

  • 4x Independent White LED Channels (PWM).
  • 1x RGB LED Channel (PWM) with Color Picker.
  • Master Brightness and RGB Dimmer.

• OLED Display:

  • Faces: Animated, expressive faces that change every 7 seconds.
  • Smart Reactions: Faces react to time of day (Sleepy, Night Owl) and temperature (Sweating if hot, Shivering if cold).
  • Info Dashboard: Displays current Time, Temperature, and Humidity at the bottom.
  • Custom Text: Send custom messages to the screen via the web UI.

• Face Modes:

  • Smart Auto: Reacts to environment and time.
  • Random Shuffle: Cycles through selected categories (Happy, Goofy, Sleepy).
  • Manual: Force a specific face expression.

• Persistent Settings: Remembers your LED levels, color, and configuration after reboot.

• ESP32 Development Board
• 0.96" SSD1306 OLED Display (I2C)
• DHT11 Temperature & Humidity Sensor
• 4x White LEDs (or LED Strips with MOSFETs)
• 1x RGB LED (Common Cathode or Anode, configured for PWM)
• Resistors and Power Supply appropriate for your LEDs

Pinout Configuration:

Note on DHT11: The DHT11 sensor was added in a later revision to enable environmental reactivity. It is connected to GPIO 23. Ensure you have a pull-up resistor (4.7k-10k) between VCC and Data if your module doesn't have one built-in.

1. Install PlatformIO: This project is built using PlatformIO for VS Code.

2. Open Project: Open the testlamp folder in VS Code.

3. Dependencies: PlatformIO will automatically install the required libraries:

   • Adafruit SSD1306
   • Adafruit GFX Library
   • DHT sensor library for ESPx

4. Upload: Connect your ESP32 and click the "Upload" arrow in the bottom status bar.

5. Upload Filesystem (Optional): If using SPIFFS for static files (currently code uses embedded HTML).

1. Power On: The OLED will show "Starting WiFi...".

2. Connect: Connect your phone/PC to the Wi-Fi network:

   • SSID: ESP Lamp
   • Password: password123

3. Control: Open a web browser and go to http://192.168.4.1.

4. Face Control:

   • Go to the "Face Control" card to switch between Auto, Shuffle, and Manual modes.
   • Toggle categories like "Happy", "Goofy", or "Sleepy" to customize the shuffle.

• Faces: You can add more faces by editing the drawEye and drawMouth functions in src/main.cpp.
• Logic: The "Smart Auto" logic is located in the main loop. You can adjust the temperature thresholds or time ranges for specific moods.