F19: Pocket tank

Pocket Tanks

Abstract

Pocket Tanks is a fast-paced and incredibly fun artillery game. It's a one versus one battle between two tanks the aim being to destroy your opponent with firepower or bury him by firing into the surrounding landscape..

Objectives & Introduction

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Team Members & Responsibilities

Adithya Baskaran
- Game development, PCB design,Mp3.
Tarun Chawla
- Game development.

Schedule

Week#	Date	Task	Status
1	10/1/2019	Submission of Project Proposal	Completed
2	10/15/2019	Research Required Components. Submit plan for upcoming weeks	Completed
3	10/22/2019	Analyze the modules. Order Parts and Identify Roles	Completed
4	10/29/2019	Finalize the circuit design. Start with the ability to control each and every row and column.	In-progress
5	11/5/2019	Circuit Simulation and PCB Layout Design. Finalize Components and placement on PCB. Create a background for the game.	In-progress
6	11/12/2019	Start with the movement of the tanks. Implement the collision logic.	In-progress
7	11/19/2019	Implement the Impact logic. Attacks using on board buttons.	In-progress
8	11/26/2019	Joystick Integration with game.	In-progress
9	12/3/2019	Updating the existing Game Design & Testing it.	In-progress
10	12/10/2019	Complete end-to-end testing for various scenarios and conditions.	In-progress
11	12/17/2019	Testing and final bug fixes. Complete wiki report.	In-progress

Parts List & Cost

Item#	Part	Manufacturer	Quantity	Cost($)
1	SJ Two Board	Preet	1	50.00
2	Adafruit RGB LED Matrix	Adafruit	1	62.00
3	Power Adapter	Power Supply	1	7.95
4	JLC PCB	JLC PCB	1	22.00
6	Miscellaneous (Jumper Wires, Connectors, Switches)	Excess Solution		2.00

Total Cost: $143.95

Design & Implementation

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Hardware Design

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Hardware Interface

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Software Design

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Implementation

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Testing & Technical Challenges

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<Bug/issue name>

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Conclusion

The project was a success both in terms of output and learnings. We were able to design the pocket tanks game which has been controlled via a handheld joystick using push buttons. It gave an exposure of working drivers for 16x32 RGB LED Matrix, push buttons and active buzzers. It helped us utilize the knowledge of FreeRTOS and GPIO driver gained through the CMPE-244 class.

Working as a team and having brainstorming sessions helped us in overcoming a lot bugs which we encountered during game design. Furthermore, it helped in expediting the integration, testing and debugging of the project days before final demonstration. On the whole, we had a wonderful experience of working in a team and developing a complete product using professional tools and techniques.

Project Video

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Project Source Code

Sourceforge Source Code Link

References

Acknowledgement

We would like to sincerely thank Professor Preetpal Kang for his allround guidance, feedback and support. His classroom lectures were significant in imparting knowledge on embedded systems. Further, we would like to thank ISA team for their advice.

References Used

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Appendix

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