F19: T-Rex Run! - Revision history

Proj user9: /* Team Members & Responsibilities */

2020-06-03T17:13:46Z

‎Team Members & Responsibilities

Proj user9: /* Team Members & Responsibilities */

2020-03-21T01:04:45Z

‎Team Members & Responsibilities

Proj user9: /* Hardware Design */

2019-12-19T11:10:49Z

‎Hardware Design

Proj user9: /* Hardware Design */

2019-12-19T11:09:40Z

‎Hardware Design

Proj user9: /* Design & Implementation */

2019-12-19T11:09:08Z

‎Design & Implementation

Proj user9: /* Design & Implementation */

2019-12-18T22:18:55Z

‎Design & Implementation

Proj user9: /* Schedule */

2019-12-18T22:18:30Z

‎Schedule

Proj user9: /* Team Members & Responsibilities */

2019-12-18T22:12:39Z

‎Team Members & Responsibilities

Proj user9: /* Technical Challenges */

2019-12-18T22:11:21Z

‎Technical Challenges

Proj user9: /* Technical Challenges */

2019-12-18T21:57:11Z

‎Technical Challenges

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 * '''[https://www.linkedin.com/in/tina-ruchandani/ Tina Ruchandani]'''
 **   Wiki Page Updates.
 * '''[https://www.linkedin.com/in/tushar-tarihalkar-2a5832120/ Tushar Tarihalkar]'''

@@ Line 22: / Line 22: @@
 === Team Members & Responsibilities ===
 * '''[https://www.linkedin.com/in/tina-ruchandani/ Tina Ruchandani]'''
 **   Wiki Page Updates.

← Older revision		Revision as of 11:10, 19 December 2019
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	The matrix pixels are controlled by 6 drivers, 3 for the top half of the matrix(R1,G1,B1) and 3 for the bottom half(R2,G2,B2). The three drivers for R, G and B share a SCLK, Latch and BLANK signal. The top half pixels of the matrix controlled by R1, G1,B1 are rows 0-15 and the second half controlled by R2,G2,B2 are rows 16-31. The display is multiplexed at a duty cycle of 1/16, this means that one row in the top half and one row in the bottom half will be illuminated at a time. In order to display an image, the row and column LEDs for that image must be turned “ON”, therefore, the entire panel must be scanned at a rate(speed) at which it appears that the image is being displayed without flickering. To display different colors and different brightness levels, the LED chips of corresponding row and column must be adjusted by varying the amount and time that each LED chip is turned on during each cycle.		The matrix pixels are controlled by 6 drivers, 3 for the top half of the matrix(R1,G1,B1) and 3 for the bottom half(R2,G2,B2). The three drivers for R, G and B share a SCLK, Latch and BLANK signal. The top half pixels of the matrix controlled by R1, G1,B1 are rows 0-15 and the second half controlled by R2,G2,B2 are rows 16-31. The display is multiplexed at a duty cycle of 1/16, this means that one row in the top half and one row in the bottom half will be illuminated at a time. In order to display an image, the row and column LEDs for that image must be turned “ON”, therefore, the entire panel must be scanned at a rate(speed) at which it appears that the image is being displayed without flickering. To display different colors and different brightness levels, the LED chips of corresponding row and column must be adjusted by varying the amount and time that each LED chip is turned on during each cycle.
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← Older revision		Revision as of 11:09, 19 December 2019
Line 278:		Line 278:

	The matrix pixels are controlled by 6 drivers, 3 for the top half of the matrix(R1,G1,B1) and 3 for the bottom half(R2,G2,B2). The three drivers for R, G and B share a SCLK, Latch and BLANK signal. The top half pixels of the matrix controlled by R1, G1,B1 are rows 0-15 and the second half controlled by R2,G2,B2 are rows 16-31. The display is multiplexed at a duty cycle of 1/16, this means that one row in the top half and one row in the bottom half will be illuminated at a time. In order to display an image, the row and column LEDs for that image must be turned “ON”, therefore, the entire panel must be scanned at a rate(speed) at which it appears that the image is being displayed without flickering. To display different colors and different brightness levels, the LED chips of corresponding row and column must be adjusted by varying the amount and time that each LED chip is turned on during each cycle.		The matrix pixels are controlled by 6 drivers, 3 for the top half of the matrix(R1,G1,B1) and 3 for the bottom half(R2,G2,B2). The three drivers for R, G and B share a SCLK, Latch and BLANK signal. The top half pixels of the matrix controlled by R1, G1,B1 are rows 0-15 and the second half controlled by R2,G2,B2 are rows 16-31. The display is multiplexed at a duty cycle of 1/16, this means that one row in the top half and one row in the bottom half will be illuminated at a time. In order to display an image, the row and column LEDs for that image must be turned “ON”, therefore, the entire panel must be scanned at a rate(speed) at which it appears that the image is being displayed without flickering. To display different colors and different brightness levels, the LED chips of corresponding row and column must be adjusted by varying the amount and time that each LED chip is turned on during each cycle.
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← Older revision		Revision as of 11:09, 19 December 2019
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	\| Ground		\| Ground
	\|}		\|}
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 </table>
 </center>
 === Hardware Design ===

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 * Final Demo
+|
-* To Do.
+* Completed.
 |}

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 *  '''[https://www.linkedin.com/in/mahesh-shinde-39a251153/ Mahesh Mohan Shinde]'''
-**   LED Matrix Interface.
+**   LED Matrix Interface and Design of base matrix code.
-**   Design of base matrix code.
+**   Collision Detection.
 **   Testing.
 **   Wiki Page Updates.

@@ Line 669: / Line 669: @@
 Solution: Make sure to copy all rows within the maximum possible height (the constant MAX_HT in our code).
-'''3) Code Integration:'''
+'''3)Collision Detection:'''
 '''i.'''Smooth transition: Starting screen is expected to pause for a few seconds and then the game screen follows
 moving/not moving: Dinosaur and obstacles move toward the left simultaneously even though the former is expected to be stationary horizontally.
-'''ii.'''Game score display: We designed a nice progress bar to indicate the scoring rather than display a number. The final game screen then displays the total score.
+'''ii.'''Game score display: We designed a nice progress bar to indicate the scoring rather than display a number. The End Game screen then displays the total score when the game ends.
 == Conclusion ==