Three cushion exam

tailuge

New member
Hi 3C land,

I put together a free play in the browser three cushion exam .

No login or registration required.

Have a go and post your result and any feedback on the shot selection.


exam.png


Thanks,
Luke

https://billiards.tailuge.workers.dev/lobby
 
Hi 3C land,

I put together a free play in the browser three cushion exam .

No login or registration required.

Have a go and post your result and any feedback on the shot selection.


View attachment 915013

Thanks,
Luke

https://billiards.tailuge.workers.dev/lobby
We seems to be inspired of same training and learning problem in 3C billiard. See my take on it at
https://forums.azbilliards.com/thre...lliards-simulator-runs-in-the-browser.588268/
Regards
Lennart
 
We seems to be inspired of same training and learning problem in 3C billiard. See my take on it at
https://forums.azbilliards.com/thre...lliards-simulator-runs-in-the-browser.588268/
Regards
Lennart
Interesting project, looks great. You referenced some of the classic papers on pool physics, I too used those (see the github readme). The paper that really improved realism was Mathavan. The way the cue ball grips and slips on the cushion is key and that paper really has a good take on it. Reference my implementation here https://github.com/tailuge/billiards#cushion-bounce .

I would like someone who understands the many diamond systems to collaborate and create a free course, and use these diagrams/questions to help the learner use it in practice (no programming required).
 
I think it’s cool that browsers now have the processing resources for games like this. You used to have to write native local programs.
 
Interesting project, looks great. You referenced some of the classic papers on pool physics, I too used those (see the github readme). The paper that really improved realism was Mathavan. The way the cue ball grips and slips on the cushion is key and that paper really has a good take on it. Reference my implementation here https://github.com/tailuge/billiards#cushion-bounce .

I would like someone who understands the many diamond systems to collaborate and create a free course, and use these diagrams/questions to help the learner use it in practice (no programming required).
Thanks for your
 
Have to look into that paper... I was a mediocre carambole player almost 60 years ago, returned to Danish 5-Pins (Dansk Kägel) and Carambole sins some years. Today being a retired engineer and inventor of a broad range of products. By this work I hope to increase the understanding of the play in my club (and the world;).
 
I wish there was a height adjustment, I'm not playing 3C that low.
Thats good feedback, its very hard to judge. Try dragging mouse back to raise height. Numpad +/- also does that and keys 1,2,3,4 adjust field of view. I think in pool and snooker players are down on the cue more, for three cushion maybe the default should be further back and higher.

Thanks.
 
Interesting project, looks great. You referenced some of the classic papers on pool physics, I too used those (see the github readme). The paper that really improved realism was Mathavan. The way the cue ball grips and slips on the cushion is key and that paper really has a good take on it. Reference my implementation here https://github.com/tailuge/billiards#cushion-bounce .

I would like someone who understands the many diamond systems to collaborate and create a free course, and use these diagrams/questions to help the learner use it in practice (no programming required).
Thanks for your nice thoughts and ideas. In the latest version 8.15.1 Mathavan is concidered.
/L
 
Funny how there is a resurgence of interest in Mathavan. I separately without knowing about any of these projects recently recreated his work as a Python program, though was making an error with the slip angle. I was trying to reach out to him to ask him but I couldn't figure out how to get a hold of him. Tailuge's work allowed me to correct my mistake.
 
That is a great score! I put the test together and my one shot score is only ~60% so I'm impressed. Hope you guys post some high runs or play online - the current best run is 36 (with 3 points per shot its a run of ~12 but still amazing). The table plays quite nice but the final cushion always feels a bit lively - something I hope to tune with more player feedback.

You can watch a replay of it here : https://scoreboard-tailuge.vercel.app/api/replay/650
 
That is a great score! I put the test together and my one shot score is only ~60% so I'm impressed. Hope you guys post some high runs or play online - the current best run is 36 (with 3 points per shot its a run of ~12 but still amazing). The table plays quite nice but the final cushion always feels a bit lively - something I hope to tune with more player feedback.

You can watch a replay of it here : https://scoreboard-tailuge.vercel.app/api/replay/650
Is this a 'LIVE In Person' exam on a Physical 3C table, or a 'Virtual' 3C table?

Forget what I posted!
 
That is a great score! I put the test together and my one shot score is only ~60% so I'm impressed. Hope you guys post some high runs or play online - the current best run is 36 (with 3 points per shot its a run of ~12 but still amazing). The table plays quite nice but the final cushion always feels a bit lively - something I hope to tune with more player feedback.

You can watch a replay of it here : https://scoreboard-tailuge.vercel.app/api/replay/650
I am too. It shows both that the test measures solution fluency and that your interface is intuitive to use.
 
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