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# SmartCube
**SmartCube** is a compact and customizable project using the ESP8266 D1 Mini. It features a rechargeable power supply, three input buttons, an SSD1306 OLED display for user interface, and a piezo buzzer for sound.
**SmartCube** is a compact and customizable desk toy using the ESP8266 D1 Mini.
It features a rechargeable power supply, three input buttons, an SSD1306 OLED display for user interface, and a piezo buzzer for sound.
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| Piezo Buzzer | 1 | Active buzzer | Provides audio feedback |
| Resistors (10kΩ) | 3 | Pull-down resistors for buttons | Ensures stable button input |
| Wires / Dupont Connectors | Several | For connections | Ensure reliable wiring |
| Enclosure (Optional) | 1 | 3D-printed or custom-made case | For housing the components |
| Enclosure | 1 | 3D-printed or custom-made case | For housing the components |
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#define OLED_RESET -1
#define FRAMERATE 8
```
Connect the OLED display via I2C to the D1 Mini:
The OLED display is connected via I2C to the D1 Mini:
- **SDA**: D2 (GPIO4)
- **SCL**: D1 (GPIO5)
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## Assembly Instructions
1. **Power Supply Setup**: Connect the 14250 battery to the TP4056 module for safe charging and protection. Wire the output of the TP4056 to power the D1 Mini.
2. **OLED Display**: Solder connections for SDA and SCL to the respective pins on the D1 Mini.
1. **Power Supply Setup**:
- Connect the 14250 battery to the TP4056 module for safe charging and protection.
- Wire the output of the TP4056 to the **3.3V pin** on the D1 Mini to power the device.
- Connect the **5V output pin** from the D1 Mini to the **input port** on the TP4056 module to enable charging functionality.
2. **OLED Display**: Solder connections for SDA (D2, GPIO4) and SCL (D1, GPIO5) to the respective pins on the D1 Mini.
3. **Buttons**: Attach each button to the specified GPIO pins with pull-down resistors to ensure reliable input.
4. **Buzzer**: Connect the piezo buzzer to GPIO0. Ensure proper polarity.
5. **Enclosure (Optional)**: Assemble all components in a secure housing.
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## Usage
## Demo Code Explanation
- Power the device using the rechargeable battery.
- Use the buttons for input.
- Visual feedback is displayed on the OLED screen.
- Audio feedback is provided through the piezo buzzer.
The provided demo code demonstrates the main features of the SmartCube, focusing on system initialization, button handling, OLED display output, and WiFi management. Below is a breakdown of its components:
### Key Features
1. **WiFi Management**:
- The `cubeWifiManager` class manages WiFi connectivity seamlessly.
- If no known WiFi network is available, it starts a configuration portal and creates an access point (AP), allowing users to connect the SmartCube to a network from another WiFi-enabled device.
- The OLED display shows the access point details, such as the AP name and IP address, making the setup process user-friendly and accessible.
2. **Button Handling**:
- Buttons are mapped to specific GPIO pins: `PIN_BTN_L` (Left), `PIN_BTN_M` (Middle), and `PIN_BTN_R` (Right).
- The `cubeButtonHandler()` function, executed in the `loop()`, monitors and interprets button presses, differentiating between short and long presses.
#### Default Button Actions
- **Right Button**:
- *Short Press*: Turns the OLED display **on** (if previously off).
- *Long Press*: Turns the OLED display **off**, helping conserve power.
- **Left + Middle Buttons (Simultaneous Long Press)**:
- Triggers an ESP8266 reboot, effectively restarting the device.
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- Test the circuit thoroughly before placing it in the enclosure.
- Handle the battery with care to prevent damage.
For questions or additional details, feel free to reach out!
For questions or additional details, feel free to reach out!
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