F21: Treasure Dive - Revision history

Proj user1: /* Conclusion */

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‎Conclusion

Proj user1: /* Abstract */

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‎Abstract

Proj user1: /* Team Members & Responsibilities */

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‎Team Members & Responsibilities

Proj user1: /* Team Members & Responsibilities */

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‎Team Members & Responsibilities

Proj user1: /* Team Members & Responsibilities */

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‎Team Members & Responsibilities

Proj user1: /* Objectives & Introduction */

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‎Objectives & Introduction

Proj user1: /* Objectives & Introduction */

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‎Objectives & Introduction

Proj user1: /* Objectives & Introduction */

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‎Objectives & Introduction

Proj user1: /* Acknowledgement */

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‎Acknowledgement

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‎Acknowledgement

@@ Line 545: / Line 545: @@
 *  [https://gitlab.com/fayek.wahhab/sjtwo-c/-/tree/feature/i2s_dma2 Treasure Dive Baseline for Demo Source Code]
 *  [https://gitlab.com/hobriandh/sjtwo-c/-/tree/final_controller Controller for Demo Source Code]
 == References ==

@@ Line 4: / Line 4: @@
 == Abstract ==
-Treasure Dive is a modern one player game inspired by the popular arcade game Breakout, which was released by Atari in 1976. The ancients rambled about an unconfirmed tale of a shipwreck that saw no survivors. As an adventurous and skilled free diver, you are seeking treasure buried deep in an ocean abyss. You dove down all the way to the seafloor and found the buried treasure but need to make it back to the surface to see another day! The player uses a wireless controller to control an on-screen paddle to break bricks on the top of the screen. When enough bricks are broken, a passage is revealed, allowing you to get closer to the surface.
+Treasure Dive is a modern one player game inspired by the popular arcade game Breakout, which was released by Atari in 1976. The ancients rambled about an unconfirmed tale of a shipwreck that saw no survivors. As an adventurous and skilled free diver, you are seeking the lost treasure buried deep in an ocean abyss. You dove down all the way to the seafloor and found the buried treasure but need to make it back to the surface to see another day! The player uses a wireless controller to control an on-screen paddle to break bricks on the top of the screen. When enough bricks are broken, a passage is revealed, allowing you to get closer to the surface.
 == Objectives & Introduction ==

@@ Line 23: / Line 23: @@
 === Team Members & Responsibilities ===
 [[File:Cmpe-244-brian-pic.png ‎]]
-'''Brian Ho'''
+*  '''Brian Ho'''
 **   Wiki project schedule planning
 **   Interfacing the accelerometer
@@ Line 35: / Line 35: @@
 **   Final testing and integration
 [[File:Cmpe-244-billy-pic.png]]
-'''[https://www.linkedin.com/in/william-lai-525681139 Billy Lai]'''
+*  '''[https://www.linkedin.com/in/william-lai-525681139 Billy Lai]'''
 **   Wiki project schedule planning
 **   Increased CPU clock rate from 96 MHz to 120 MHz
@@ Line 45: / Line 45: @@
 **   Final testing and integration
 [[File:Cmpe-244-jasdip-pic.png]]
-'''Jasdip Sekhon'''
+*  '''Jasdip Sekhon'''
 **   Wiki project schedule planning
 **   PCB design and planning
@@ Line 54: / Line 54: @@
 **   Final testing and integration
 [[File:Cmpe-244-isaac-pic.png ]]
-'''Isaac Wahhab'''
+*  '''Isaac Wahhab'''
 **   Wiki project schedule planning
 **   DAC resistor ladder design and integration

@@ Line 23: / Line 23: @@
 === Team Members & Responsibilities ===
 [[File:Cmpe-244-brian-pic.png ‎]]
-'''*  Brian Ho'''
+'''Brian Ho'''
 **   Wiki project schedule planning
 **   Interfacing the accelerometer
@@ Line 35: / Line 35: @@
 **   Final testing and integration
 [[File:Cmpe-244-billy-pic.png]]
-'''*  [https://www.linkedin.com/in/william-lai-525681139 Billy Lai]'''
+'''[https://www.linkedin.com/in/william-lai-525681139 Billy Lai]'''
 **   Wiki project schedule planning
 **   Increased CPU clock rate from 96 MHz to 120 MHz
@@ Line 45: / Line 45: @@
 **   Final testing and integration
 [[File:Cmpe-244-jasdip-pic.png]]
-'''*  Jasdip Sekhon'''
+'''Jasdip Sekhon'''
 **   Wiki project schedule planning
 **   PCB design and planning
@@ Line 54: / Line 54: @@
 **   Final testing and integration
 [[File:Cmpe-244-isaac-pic.png ]]
-'''*  Isaac Wahhab'''
+'''Isaac Wahhab'''
 **   Wiki project schedule planning
 **   DAC resistor ladder design and integration

@@ Line 23: / Line 23: @@
 === Team Members & Responsibilities ===
 [[File:Cmpe-244-brian-pic.png ‎]]
-*  Brian Ho
+'''*  Brian Ho'''
 **   Wiki project schedule planning
 **   Interfacing the accelerometer
@@ Line 35: / Line 35: @@
 **   Final testing and integration
 [[File:Cmpe-244-billy-pic.png]]
-*  [https://www.linkedin.com/in/william-lai-525681139 Billy Lai]
+'''*  [https://www.linkedin.com/in/william-lai-525681139 Billy Lai]'''
 **   Wiki project schedule planning
 **   Increased CPU clock rate from 96 MHz to 120 MHz
@@ Line 45: / Line 45: @@
 **   Final testing and integration
 [[File:Cmpe-244-jasdip-pic.png]]
-*  Jasdip Sekhon
+'''*  Jasdip Sekhon'''
 **   Wiki project schedule planning
 **   PCB design and planning
@@ Line 54: / Line 54: @@
 **   Final testing and integration
 [[File:Cmpe-244-isaac-pic.png ]]
-*  Isaac Wahhab
+'''*  Isaac Wahhab'''
 **   Wiki project schedule planning
 **   DAC resistor ladder design and integration

@@ Line 7: / Line 7: @@
 == Objectives & Introduction ==
-The objective of this project is to interface an LPC4088 to a VGA monitor by leveraging the LCD controller and to use an accelerometer as the sensor for the player controller.
+The objective of this project is to:
 <br>
-Two Zigbees RF modules will be integrated for wireless communication between the controller and LPC4088 board via UART protocol.
+- interface an LPC4088 to a VGA monitor by leveraging the LCD controller and to use an accelerometer as the sensor for the player controller
 <br>
-Digital audio output will be enabled by developing an I2S driver and porting an audio tracker library.
+- integrate two Zigbees RF modules integrated for wireless communication between the controller and LPC4088 board via UART protocol
 <br>
-The General Purpose Direct Memory Access (GPDMA) controller memory-to-memory function will be utilized to decrease memory write times when updating the video buffer.
+- enable digital audio output by developing an I2S driver and porting an audio tracker library
 <br>
-The DMA controller's memory-to-peripheral function will help reduce the frequent I2S interrupts when loading digital audio contents.
+- utilize the General Purpose Direct Memory Access (GPDMA) controller memory-to-memory function to decrease memory write times when updating the video buffer
 <br>
-An SD card peripheral driver to facilitate memory exchange between an SD card will also be implemented.
+- utilize the DMA controller's memory-to-peripheral function to help reduce frequent I2S interrupts when loading digital audio contents
 === Team Members & Responsibilities ===

@@ Line 542: / Line 542: @@
 === Acknowledgement ===
 We would like to acknowledge and thank our instructor Preetpal Kang for sharing his knowledge in embedded software development using FreeRTOS.
 Another shoutout to our art designer Jacob for the unique artwork displayed in our game.