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#1
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Re: Autonomous Strategy
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I truly believe if we werent knocked out of the semi's so quick, and we got to play another 2 games we would have done it. One game we went over to the tetra (it was placed in front of the center goal) picked it up, went to raise our arm but the tetra got snagged on the goal , that would have capped if it wasn't snagged. |
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#2
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Re: Autonomous Strategy
I think that most teams were aiming at the vision tetra capping, but some other teams had different approaches. Sparky 384 actually had their robot to go to the human loading zone which was a smart idea. Other robots just sat there...
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#3
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Re: Autonomous Strategy
157 almost managed to cap the center goal in autonomous with a vision tetra on Thursday. Also team 133 started with the original tetra and capped the center goal with the starting tetra about 75 percent of the time.
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#4
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Re: Autonomous Strategy
My team (246) was one of the only team that I saw who could reliably cap during auto. mode at BAE. We started with a tetra on the back of our arm and swung it over the top dropping the tetra onto either corner goal, scoring 4 points and capping a goal. I believe that team 40 and team 121 (to a lesser degree) adopted this strategy from us when they saw us at the mini-meet in Quincy (apologies all around if I'm taking credit where I shouldn't be). We achieved this simply by placing one wheel against the bar and driving the other one forward until (according to our gyro) it had spun to be flush with the goal. Worked every time, at least enough to get the tetra onto the goal, if not fully capped.
I didn't see anyone cap with a vision tetra at BAE, however a couple of teams (maybe it was only one...) were able to dead reckon their way toward the center goal and occasionally (if they were lucky) cap. Most people either sat there, or drove to the middle of the field/loading zone, which was a good strategy if you couldn't muster up anything else. - Toby |
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#5
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Re: Autonomous Strategy
I really don't see why anyone would just sit there in autonomous mode. There's so much you can do, and there's so many people on CD willing to help you. Use other people's code! that's the whole reason they post it. They want to help you.
On that note, a simple and really effective autonomous mode is described in detail here. There's no reason every robot in FIRST can't have a good autonomous mode. I think it would make the competition a lot more exciting. Right now most of the time spectators sit there bored for the first 15 seconds. |
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#6
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Re: Autonomous Strategy
We can create a row by capping the center goal on our side, then knocking down the two hanging tetras all during autonomous. We can also cap the vision tetra during autonomous and place a tetra on the center goal of our side(all in 15seconds). This I am 100% sure we can do it, as long as we get a chance to perfect it. We can also cap maybe 2 tetras from the auto loader during autonomous. We can pretty much do whatever we want. If you challenge us to do something during autonomous at a competition, we will be able to do it.... bring it on NJ, Buckeye and Nationals!!!
Go 1403!!! |
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#7
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Re: Autonomous Strategy
At FLR we tried the camera through most of our qualifying matches which wasn't really a good idea since it was so inconsistent (it drove to the tetra every time but the manipulator was generally off by a couple inches every time as well). On the Saturday we tried a new auto which went to the auto loading zone which worked out MUCH better, the turn just has to be sped up once we go to Waterloo and it'll be good to go. If there aren't any problems (and the robot can do it fast enough) I'll likely put two of the automodes together and knock down a corner tetra then drive to a loading zone during auto.
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#8
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Re: Autonomous Strategy
Wow, i'm impressed. At GLR, the only team with a working vision system was team 66. We at 503 can take down the hanging tetra, but thats it.
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#9
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Re: Autonomous Strategy
Has anybody tried dead-reckoning to a center goal and hoping a vision tetra gets placed in front of them? I was going to write code for that in case our partners could handle the back goals and the starting tetra themselves, but it looks like we're not going to LA, so I can't try it.
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#10
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Re: Autonomous Strategy
Well, all through the practice matches we tried to get the vision system to work, but I needed more time (I got on the team about a week before we shipped out the robot, so I didn't really have time to write and test anything before the competition
).Unfortunately starting with a tetra is out of the question for us because of our form factor, so we just go for knocking down the side goal. I was toying with a way to ensure that I got it on our hook and then putting it on top of the goal, but we didn't have any proximity sensors or anything with us, so I wasn't very sure that I could guarantee that the tetra would make it on top. I think that the most foolproof plan is to start with a tetra if you can and cap a side goal knocking off the hanging tetra, and I saw at least two teams (Shelton, and Elm City Robo Squad) consistently do this at UTC. Last edited by JonBell : 16-03-2005 at 22:13. Reason: stupid. |
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#11
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Re: Autonomous Strategy
Our autonomous was to turn to one of the outside goals from the spot next to it and cap the starting tetra on it. with this capping the hanging tetra would fall and give us 4 points. yes this isnt as good as some autonomous modes that were able to get 15 points by getting a row but then again all 3 teams had to do something. we were pretty good with it. the programming wasn't perfect and neither was our aligning of the robot in the station. If we lined it up right we could score the points. There was a bit of leway with the alignment because of how we stack the tetras so we could put it in a general area (which was kinda small) and the tetra would fall into place.
-Crash |
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#12
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Re: Autonomous Strategy
We used a Gyroscope and a HallEffect Sensor to reliable cap a goal in our back row in autonmous mode and score 4 points with it. Our Code is theoretically able to move wherever we want to go on the field but our robot doesn't have an arm to pick up so we kept doing that. Didn't fail us once in competition and we might be able to raise the speed and get us into hu loading station afterwards for nationals we'll see : ) ...
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#13
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Re: Autonomous Strategy
Team 1610 at the VCU regional managed to track and pick up the vision tetra almost every time. A few times, they managed to hover the tetra over the goal. The only problem with them, if you can call it that, is the speed. Slow and steady did them well.
We tried the camera in match, but reverted to the emergency plan. We just extended the robot mechanism and got ready to play. |
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