Different Steps of the Project : Space Invaders

Step 1: Project Planning and Team Coordination

1.1 Define Project Scope and Objectives: Clearly outline the goals of the Space Invaders Physical Controller project. Identify key functionalities, features, and the overall gaming experience you aim to achieve.

1.2 Team Coordination: Ensure effective communication among team members (Axel, Georges, Theo). Establish regular meetings to discuss progress, challenges, and adjustments to the project plan.

Step 2: Designing the Gun Controller (Georges)

2.1 Solidworks Design: Utilize Solidworks to design the 3D model of the gun controller. Focus on ergonomics, aesthetics, and accommodating the essential components.

2.2 Internal Structure: Create a detailed internal structure within the gun controller to house the laser, vibrator, speaker, and the electronic circuit.

Step 3: Component Programming (Theo)

3.1 Arduino Programming: Program the Arduino board to control the laser, vibrator, and speaker. Define the behavior of each component based on user interactions (e.g., pressing the shoot button).

3.2 Integration of Components: Ensure seamless integration between the Arduino board and the individual components. Test and troubleshoot to guarantee smooth operation.

Step 4: 3D Printing (Georges)

4.1 Material Selection: Choose appropriate materials for 3D printing that balance durability and aesthetics.

4.2 Printing Process: Use a 3D printer to bring the Solidworks-designed gun controller to life. Pay attention to printing quality and precision.

Step 5: Assembling Components (Axel)

5.1 Gather Components: Collect all 3D-printed parts, the Arduino board, laser module, vibrator, and speaker.

5.2 Assembly: Assemble the gun controller by carefully integrating the 3D-printed parts with the internal structure. Connect the electronic components according to the design and wiring specifications.

Step 6: Testing and Calibration (Axel, Theo)

6.1 Functional Testing: Conduct comprehensive tests to ensure that the laser accurately registers hits, the vibrator provides feedback, and the speaker generates sound as intended.

6.2 Calibration: Fine-tune the system for optimal performance. Adjust parameters as needed to enhance accuracy and responsiveness.

Step 7: User Interface and Experience (Georges)

7.1 User Interface Design: Consider any additional elements, such as buttons or indicators, to enhance the user experience.

7.2 Aesthetic Finishing: Apply finishing touches to the 3D-printed parts for a polished appearance.

Step 8: Documentation and User Manual (Axel)

8.1 Documentation: Create detailed documentation that includes assembly instructions, troubleshooting tips, and any technical specifications.

8.2 User Manual: Develop a user-friendly manual that guides users through setup, gameplay, and maintenance.

Step 9: Final Presentation (Team Collaboration)

9.1 Assemble Final Product: Put together the fully functional Space Invaders Physical Controller, incorporating all components and refinements.

9.2 Presentation: Showcase the completed project to stakeholders, demonstrating its features, functionality, and the unique gaming experience it offers.

Step 10: Feedback and Iteration (Team Collaboration)

10.1 Collect Feedback: Gather feedback from team members and potential users. Identify areas for improvement.

10.2 Iterate: Make necessary adjustments based on feedback to enhance the controller's performance, usability, or aesthetics.