Conrad Qualifier Post Mortem - Short TermTags: think
Task: Analyze what went wrong at Conrad
Iron Reign didn't necessarily have the best time at Conrad. As shown in last week's tournament post, the day had its ups and downs. Even though it was a successful tournament overall, there's so much that we could do better.
So, to be frank, our robot was a hunk of junk. A breadless toaster attached to a REV hub would have performed the same as our robot, and saved us the embarassment in the meantime. So, we'll have to go a bit more in-depth than just saying that our robot was a hunk of junk.
- The Intake So, the intake itself had a multitude of problems. First and foremost, we actually didn't have a way to contain the particles from the intake. Being that Rover Ruckus' primary way of scoring is by depositing the particles into the lander, this was a pretty big oversight. To solve this, we plan to add a catcher at the bottom of the intake using this template.
- Superman Arm So, this impressed the judges a lot and was one of the more reliable parts of our robot. However, there were still issues. First and foremost, the arm became unaligned so that the gears began to grind during the judging presentation. This was an easy fix - we just adjusted a set screw - but we need a more rigorous solution. Right now, we're considering metal gears instead.
As well, our linear slide locked up in the middle of the tournament that allows our intake to extend further (we had to saw through it). Now, we have latches that keep the intake from retracting without human assistance.
So, we didn't have much practice with our presentation. In addition to that, we were missing a member and had just added another member. So, we weren't really in tip-top shape. Some of the more major issues were slide order (~5 second gaps between people talking, stuttering due to unfamiliarity with content, and energy (a majority of the members present had held an all-nighter so we weren't really awake).
We plan to majorly revamp our presentation, adding to the story of BigWheel's development. Plus, we'll have all of our members in the next presentation, which'll be a major help. We need to do more practice, but that's a given.
Another thing that we fell short on was the Innovate Award (the only award that we weren't mentioned for). A good portion of this is that the Innovate Award rubric emphasizes that the robot needs to work; ours really didn't. However, we need to take a retrospective look at our mechanism insofar that we need to show our difference between us and other robots.
Despite our all-nighter and prior large codebase, we were pretty short on workable code. So, while our driving worked, not much else did. We had an "autonomous," and by that I mean we theoretically had code that could be construed as an autonomous if you squint hard enough.
Next, we need to work on our Pose class (the one that determines the position of the robot on the field). From there, we need to add autonomous enhancements, allowing us to drive a little better. The most efficient use of our time could be put toward raising our robot to score and latch, as well as TensorFlow recognition of the minerals.