Problem 1257. PONG 001: Player vs Wall, 4 Lives, Interactive download

Created by Richard Zapor

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Variation of the Original Classic PONG game brought to Cody.Attempt to keep the ball alive against a Wall. The ball speeds up on every hit. When it is missed it restarts at a new location. The start locations and sequences are purely deterministic. Movement of the paddle are max up/down steps of -1 to 1 (effective delta 50) or no move. Partial paddle moves allowed.Paddle center is provided and paddle covers +/- 50 units.
The field is square at 1000 by 1000 with 3 walls and the lower left corner being (0,0)To aid in development of your routine, a PONG_Interactive_001a.m file that creates a solver script and video has been posted at <a href="https://sites.google.com/site/razapor/matlab_cody/PONG_Interactive_001a.m">PONG_Interactive_001a.m</a>. (Right click, 'save link as'). The routine creates a PONG_001_solver.m script from the interactive play. The script demonstrates Interactivity, figure/KeyPressFcn, listdlg, and VideoWriter.<a href="https://sites.google.com/site/razapor/matlab_cody/PONG_001_video_63_185.mp4">PONG Interactive 63 Returns</a> (MP4)Inputs: (paddle,ball)<pre> paddle = 500 ; Paddle Center on the Y-axis, Paddle is +/- 50 from center
 ball=[500 500 40 60]; % x y vx vy Posiiton and Velocity, Treated as a Point</pre>Output: Direction<pre> 1 Up, -1 is Down, 0-No move
 Paddle moves 50*direction, half paddle step. abs(direction)&lt;=1 is allowed</pre>Pass Criteria: 10 hits, a score of 450 or betterScoring: 100 - 5 * Hits + 100 * Lives, (500 - 5 * hits for &lt; 100 hits)Game Theory: Position Paddle to minimize travel to next location. Vx=1.1*Vx and Vy=1.05*Vy after every return.Near Future: Paddle vs Paddle (Mirror). Followed by Angle varation based on Paddle/Ball Position

Variation of the Original Classic PONG game brought to Cody.

Attempt to keep the ball alive against a Wall. The ball speeds up on every hit. When it is missed it restarts at a new location. The start locations and sequences are purely deterministic. Movement of the paddle are max up/down steps of -1 to 1 (effective delta 50) or no move. Partial paddle moves allowed.

Paddle center is provided and paddle covers +/- 50 units.
The field is square at 1000 by 1000 with 3 walls and the lower left corner being (0,0)

To aid in development of your routine, a PONG_Interactive_001a.m file that creates a solver script and video has been posted at <https://sites.google.com/site/razapor/matlab_cody/PONG_Interactive_001a.m PONG_Interactive_001a.m>. (Right click, 'save link as'). The routine creates a PONG_001_solver.m script from the interactive play. The script demonstrates Interactivity, figure/KeyPressFcn, listdlg, and VideoWriter.

<https://sites.google.com/site/razapor/matlab_cody/PONG_001_video_63_185.mp4 PONG Interactive 63 Returns> (MP4)

*Inputs:* (paddle,ball)  
 
   paddle = 500 ; Paddle Center on the Y-axis, Paddle is +/- 50 from center
   ball=[500 500 40 60]; % x y vx vy  Posiiton and Velocity, Treated as a Point

*Output:* Direction

1 Up, -1 is Down, 0-No move
 Paddle moves 50*direction, half paddle step. abs(direction)<=1 is allowed

*Pass Criteria:* 10 hits, a score of 450 or better

*Scoring:* 100 - 5 * Hits + 100 * Lives, (500 - 5 * hits for < 100 hits)

*Game Theory:* Position Paddle to minimize travel to next location. Vx=1.1*Vx and Vy=1.05*Vy after every return.

*Near Future:* Paddle vs Paddle (Mirror). Followed by Angle varation based on Paddle/Ball Position

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Last Solution submitted on Nov 28, 2021

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Problem 1257. PONG 001: Player vs Wall, 4 Lives, Interactive download

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Problem 1257. PONG 001: Player vs Wall, 4 Lives, Interactive download

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