Mobirise Website Builder

WIZARD

How It Works?

WIZARD is a Bluetooth-based smart home automation system designed to let users control household appliances from a smartphone. It creates a seamless connection between the phone, the Arduino controller, and multiple relay-driven devices.

1. Device Control via Smartphone
. The user operates a mobile app or a simple Bluetooth terminal.
. Commands (e.g., ON/OFF) are transmitted wirelessly to the Arduino.

2. Bluetooth Communication
. The system receives commands through the HC-05 Bluetooth module.
. Each command corresponds to a specific appliance or zone.

3. Arduino Processing
. The Arduino interprets the incoming command.
. Based on the instruction, it toggles the appropriate relay.

4. Relay Activation
. The relay module switches the connected appliance’s power state.
. Lights, fans, chargers, room circuits, or any other low-power or high-power devices can be controlled safely.

The result is a simple, robust home automation system with reliable wireless control.

Hardware Components

1. Arduino (Uno / Nano / Mega)
. Main controller board.
. Processes Bluetooth commands and operates the relays.

2. HC-05 Bluetooth Module
. Manages wireless communication with the smartphone.
. Easy pairing, stable connection, suitable for home automation.

3. Relay Module (1–8 Channels)
. Responsible for switching appliances ON/OFF.
. Can handle fan, bulb, socket, or small appliance loads.

4. Power Supply Unit
. Provides stable 5V power to Arduino and relays.
. Ensures safe switching without fluctuations.

5. Appliances / Loads
. Lights
. Fans
. Chargers
. Room circuits
. Any device connected through relay channels.

Open Source Elements

1. Circuit Diagram

- Image         - SVG file

2. Code

- Direct Download (For Complete code contact Shashwat Aneja)

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Mobirise Website Builder

Real Life Cricket Experience in VR

How it Works?

The VR cricket system tracks both the player’s head and the real bat to recreate authentic batting inside a virtual stadium.

1.  Head Tracking
. The phone sits inside a VR headset.
. The phone’s gyroscope + accelerometer handle head rotation.
. This data updates the VR camera’s orientation in real time.

2.  Bat Motion Tracking
. An MPU6050 is mounted on the real bat.
. It measures acceleration, angular velocity, and orientation changes during a swing.
. An Arduino Nano reads this sensor data.
. The data is sent to the mobile device over Bluetooth.
. Unity/Godot interprets this input to animate a virtual bat perfectly synced to real movement.

3. Gameplay Interaction
- When you swing the bat in the real world, the VR system updates:

. Bat angle
. Swing speed
. Bat path

- The game uses this to calculate:
. Timing
. Contact with the ball

4. Core Mechanics
. Power and direction of the shot
. Immersive Response
. Stadium crowd reacts to boundaries.
. AI fielders chase and catch based on the ball’s physics.
. Bowler animation triggers the delivery sequence.

Everything works together to give a realistic, responsive cricket VR experience.

Hardware Components

1. MPU6050
. 3-axis accelerometer
. 3-axis gyroscope
. Tracks swing orientation + speed.
. Mounted securely on the bat.

2. Arduino Nano
. Reads raw sensor data from MPU6050.
. Processes IMU readings (filters, smoothening).
. Sends processed data to the phone via Bluetooth.

3. Bluetooth Module (HC-05 / Inbuilt BLE)
. Wireless communication between Arduino and phone.
. Ensures low-latency bat tracking.

4. Phone-based VR Headset
. Uses the phone’s built-in sensors for head rotation.
. Displays the VR environment.
. Inexpensive and lightweight setup.

5. Real Cricket Bat
. Physical bat fitted with the sensor.
. Gives authentic feel while batting.

Open source Elements

1. Stadium Design

- Direct Download        - Weblink

Purchase Full Code & Design

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