1 / 25

Sudoku EHG

Sudoku EHG . Michelle Brown Matt Haggenmiller Thomas Troch CE Design Projects Design Review December 12, 2007. Outline. Sudoku EHG functionality User Interface Instruction Technical Details Input (keypad) Output (LCD) Control (microcontroller) Testing Strategies Hardware

mina
Download Presentation

Sudoku EHG

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. SudokuEHG Michelle Brown Matt Haggenmiller Thomas Troch CE Design Projects Design Review December 12, 2007

  2. Outline • SudokuEHG functionality • User Interface • Instruction • Technical Details • Input (keypad) • Output (LCD) • Control (microcontroller) • Testing Strategies • Hardware • Software • Cost Analysis • Feasibility

  3. SudokuEHG Functionality • Allows users to electronically play Sudoku, a logic and reasoning game via a handheld device. • Features: • 2 types of Sudoku games • 3 difficulty levels each • Save up to 5 games • Timed play • Save current game while in progress Normal Sudoku Crazy Sudoku

  4. User Interface • Menu interface • Select option with number keypad • Other keys are disabled Screen Keypads Example: Main Menu

  5. User Interface • Game Interface • Use arrow keys to navigate grid • Use number keys to enter desired # • Use Erase key to erase an entered # • Use Main Menu key to go to the Main Menu • Enter key is disabled • Note: Fixed (given) #s will be bold and unchangeable Screen Keypads

  6. User Instruction • Play a new game Screen Keypad 1. Power On – Main Menu, Press the 3 key to start a new game 2. Press the 1 key to chose a Normal game 3. Press the 2 key to choose the game difficulty 4. PLAY!

  7. User Instruction • Game Completed: • All boxes filled  Verify Puzzle • Correct  Stop Timer • Incorrect  Continue Timer

  8. User Instruction • Save Game 1. Press Main Menu key 2. Press the 2 key to save current game 3. Press the 4 key to save current game to location 4 4. Back to the Main Menu

  9. User Instruction • Open Game 2. Press the 4 key to retrieve desired game 3. Desired game opened 1. Press 2 key to open a game

  10. Technical Details • Components of the System • Input - 2 donated keypads • Output - Crystalfontz LCD • Control - HCS12 microcontroller

  11. Technical Details LCD • Overall Schematic Design Microcontroller Number Keypad Arrow Keypad

  12. Technical Details • Input - 2 Keypads Number Keypad Arrows Keypad

  13. Technical Details • Output - LCD (320 X 240 pixels)

  14. Technical Details • Output - LCD (320 X 240 pixel)(Cont) • Epson S1D13305 Controller • 5 Control Bit & 8 Data Bits • Character Generator ROM • Multiple Display Mode

  15. Technical Details • Control - HCS12 Microcontroller • CodeWarrior Development Tool • Provides desired I/O ports (22) PWM (0-3): Output to Keypad A/D (0-4): Input from Keypad Port A (0-7): LCD data Port B (0-4): LCD control

  16. Testing Strategies • Hardware testing • Microcontroller • How: flash an LED • Keypad (w/ Microcontroller) • How: press button, use serial port to view status • LCD (w/ Microcontroller) • How: Display “hello” • Integrate 3 main components • How: press button on keypad, process using microcontroller, see effects on LCD

  17. Testing Strategies • Software Testing • Keypad interrupt handling • Output to serial port if correct key was pressed • Game grids display • Visual inspection • Game menus display • Visual inspection • Sudoku game display • Visual inspection

  18. Testing Strategies • Hardware/Software (Integration) Testing • Create a new game • Create new game from menu • Save & open a game • Save game into available slot, open saved game • Save game into non-available slot, message should be displayed for overwrite confirmation • Open current game • Insert #s on game board, power off/on, open current game

  19. Testing Strategies SW (algorithm & state) Testbench (tests I/O) Some testing methods HW (keypad & LCD) SW (algorithm & state) HW (keypad & LCD)

  20. Cost Analysis

  21. Feasibility • LCD properly display • Interfacing LCD/Micro/Keypad • Have enough memory for code, saved games, game solutions

  22. Questions, Comments, Suggestions

  23. Additional Info: LCD Pinout

  24. Additional Info: LCD Controller Command Set

  25. Additional Info: LCD Controller Initialization Procedure

More Related