![]() |
Re: Car Nack Predicts 12-1
Quote:
*: don't forget the balls on the bridges; one robot moves directly there while partners shoot, then shoots two while collecting two or more to shoot again. I'd have(**) a wide robot with two side by side shooter mechanisms. **: not that I think my team will do it; they ignore my ideas a lot |
Re: Car Nack Predicts 12-1
Yup. I'm gonna go ahead right now and suggest that Car Nack will be wrong on this one.
I can even tell you the 2 team (#1 seed and their first choice) alliance that I think will do it, together, at THREE (and possibly FOUR, depending on division split) regular season events. |
Re: Car Nack Predicts 12-1
It is a shame @FRCFMS wasn't around in 2006, so does anyone know the highest autonomous score in 2006? There won't be any defensive robots to worry about, but the goal is a much smaller and thus harder target, so I think it would be a good indicator.
I'm inclined to agree with Car Nack. I haven't gotten to play with real field elements, but I think going for 36 a potential snag may be balls hanging around in the nets and causing a backlog. You've got to cram a lot balls into the hoops in a short period. |
Re: Car Nack Predicts 12-1
I didn't really consider it earlier but I would bet that atleast 10 teams have an autonomous that can score their two balls, then collect and score the two ramp balls, that should then require the other two teams to score 3 of their balls in any goal, or 2 in the top. This seems very feasible in elimination rounds, definitely at Champs.
Edit: I am pretty sure it was not the intent of Car Nack but technically scoring 4 in the top and 3 elsewhere may score more than 36 points, meaning Car Nack would still be correct. |
Re: Car Nack Predicts 12-1
If it does happen, I'll be shocked if it happens with all three robots shooting.
|
Re: Car Nack Predicts 12-1
Quote:
|
Re: Car Nack Predicts 12-1
Quote:
|
Re: Car Nack Predicts 12-1
Quote:
|
Re: Car Nack Predicts 12-1
3+3 points=6 per ball x 2 balls per robot=12 x 3 robots = 36.
I believe that it is entirely possible to score all 36 points, but the problem is that the robots will all be shooting for the top goal at the same time. Have your programmers delay your shooting a bit, or work with your alliance and decide an order of shooting. Ex: robot 1 shoots their balls in the first 4~ seconds, then robot 2, then 3. |
Re: Car Nack Predicts 12-1
Quote:
I know a lot of people are trying for the 4 ball autonomous but I don't see many teams getting it work. Also a 2 line program on a kitbot robot can defend a 4 ball autonomous routine every time. (Run into the bridge before the 4 ball team can get there). |
Re: Car Nack Predicts 12-1
I have to disagree with this, I feel a top tier team is going to be able to score 4 top shots on a really good hybrid period, all they need is one partner in elims who delays their shooter to score while they gather two more, possibly with the assistance of the kinect.
|
Re: Car Nack Predicts 12-1
Quote:
|
Re: Car Nack Predicts 12-1
Quote:
I believe Car Nack is correct, but in that no alliance will score 36 points with the balls they have starting in their robots. If any robot can get balls from a bridge in autonomous I think the great Car Nack's prediction will be broken, since the alliance can score beyond 36 without all shooting in the top hoop (of course, if they exceed 36 points, Car Nack's prediction still holds true). |
Re: Car Nack Predicts 12-1
I bet there is a team that manages to score the balls they start with, and then go to the middle bridge and claim more. I don't think we will ever see 3 robots score 36 points with even distribution, but i can see a high rate shooter scoring many more points just by themselves.
|
Re: Car Nack Predicts 12-1
I also think that Car Nack is wrong.
In theory... One robot can shoot two... Go to ramp... lower ramp... colect 2 - 6 shoot 2 - 6... then strafe to aliance ramp... colect 2 shoot 2... Pandamonium predicts in eliminations strong auto modes are more important than 3 on ramp. |
| All times are GMT -5. The time now is 08:23. |
Powered by vBulletin® Version 3.6.4
Copyright ©2000 - 2017, Jelsoft Enterprises Ltd.
Copyright © Chief Delphi