F19: Tetris - Revision history

Proj user1: /* Microcontroller to Microcontroller Communication */

2019-12-19T05:51:23Z

‎Microcontroller to Microcontroller Communication

2019-12-19T05:48:37Z

‎Gaming Logic: Save

2019-12-19T05:47:31Z

‎Gaming Logic: Save

2019-12-19T05:40:46Z

‎LED Matrix Tetris

2019-12-19T05:40:22Z

‎Project Title

2019-12-19T05:39:16Z

‎Interfacing Two SJTwo Boards

2019-12-19T05:35:54Z

‎Interfacing Two SJTwo Boards

2019-12-19T05:29:33Z

‎Interfacing Two SJTwo Boards

2019-12-19T05:28:25Z

‎Hardware Interface

2019-12-19T05:28:10Z

‎Hardware Interface

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 * Step 2: When a game of Tetris is started in the menu-logic-task (in microcontroller 1), a byte, "p" will be sent through UART3 to the uart-read-task of microcontroller 2 to start playing music. When a game of Tetris has reached game over, a byte "s" will be sent to stop playing music.
 * Step 3: In microcontroller 2, a music-control-task will evaluate the byte received (from microcontroller 1) in the uart-read-task. If the byte is "p," resume the tasks that send bytes to the decoder and read bytes from the sdcard. If the byte is "s," suspend the tasks that send bytes to the decoder and read bytes from the sd card.
 == '''Testing & Technical Challenges '''==

@@ Line 909: / Line 909: @@
 * Step 9: In the last state, (state 2), following a first save press, it will set a bool which enables swapping saved pieces only when the current piece in play following an immediate save press has been placed (when complete == true).
 '''
-[[File:CmpE244_F19_T3_SaveFlowChart.png | 450px | thumb| none | text-bottom| '''Flow chart for Save''']]
+[[File:CmpE244_F19_T3_SaveFlowChart.png | 300x450px | thumb| none | text-bottom| '''Flow chart for Save''']]
 ==== Gaming Logic: Shift ====

@@ Line 897: / Line 897: @@
 ==== Gaming Logic: Save ====
-[[File:CmpE244_F19_T3_SaveFlowChart.png | 450px | thumb| none | text-bottom| '''Flow chart for Save''']]
 '''
 * Step 1: In the "Tetris-save-piece" function, get the color identifier from the current piece in play.
@@ Line 909: / Line 909: @@
 * Step 9: In the last state, (state 2), following a first save press, it will set a bool which enables swapping saved pieces only when the current piece in play following an immediate save press has been placed (when complete == true).
 '''
 ==== Gaming Logic: Shift ====

@@ Line 21: / Line 21: @@
 <tr>
 <td>
-[[File:CmpE244_F19_T3_GameBoard.png|400x300px|thumb|left| ''' LED Matrix Board of Tetris ''' ]]
+[[File:CmpE244_F19_T3_GameBoard.png|400x300px|thumb| ''' LED Matrix Board of Tetris ''' ]]
 </td>
 <td>
-[[File:Tetris.png|400x300px|thumb|center| ''' Tetris ''' ]]</td>
+[[File:Tetris.png|400x300px|thumb| ''' Tetris ''' ]]</td>
 <td>
-[[File:CmpE244_F19_T3_Enclosure.png |400x300px|thumb|right| ''' Control Input of The Tetris''' ]]
+[[File:CmpE244_F19_T3_Enclosure.png |400x300px|thumb| ''' Control Input of The Tetris''' ]]
 </td>
 </tr>

@@ Line 28: / Line 28: @@
 [[File:CmpE244_F19_T3_Enclosure.png |400x300px|thumb|right| ''' Control Input of The Tetris''' ]]
 </td>
 </tr>
 </table>

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 ===== Interfacing Two SJTwo Boards =====
 [[File:Two_Controller.png |200px | thumb  | middle | ''' Two SJTwo Miro-Controllers Interface''']]
-</td>
 :Interfacing the two SJTwo microcontrollers was done simply using UART3. Microcontroller 1, (interfaced with the LED Matrix) consists of performing the Tetris game functionality, whereas, Microcontroller 2(interfaced with the MP3 Decoder) plays the music concurrently with the game.The TX3 P4.28 was used by Microcontroller 1 and is connected to RX3 P4.29 of Microcontroller 2. Both grounds of each board must also be connected. The BAUD rate of both controllers was initialized to 115200 bps.

@@ Line 825: / Line 825: @@
 [[File:Two_Controller.png |200px | thumb  | middle | ''' Two SJTwo Miro-Controllers Interface''']]
 </td>
 </tr>
 </table>
 </center>
 === Software Design ===

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 In this section, you can describe how your hardware communicates, such as which BUSes used.  You can discuss your driver implementation here, such that the '''Software Design''' section is isolated to talk about high level workings rather than inner working of your project.
   -->
-<left>
+<center>
 <table>
 <tr>
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 </tr>
 </table>
-</left>
+</center>