those are factored into the wait heuristic only if there's a navigation event since clicks on an already loaded page won't trigger those. You can point Claude/codex at https://github.com/theredsix/agent-browser-protocol/tree/dev... and have it walk you through the wait heuristic step by step.
Also, there is nothing wrong with looking like an idiot. Thats only in your mind. As long as you have put thought into your reply, even if it not structured correctly, or verbose, or does not have perfect English, humans can still decipher it and understand it.
The issue is that all money-throwing needs to be balanced by careful thought. This cycle the money-throwing at snow plowing worked. Next cycle, it will not be as effective, as more people who want to "game" the rewards will enter the equation. So every cycle, along with money, some thought will need to go into improving the system or coming up with alternate solutions.
I don't think that is the issue. This article and your comment advocates that in lieu of more money, we throw more thought at it, in the name of balance. Weak! Put some thought into preventing the gaming of the system, yes, but keep the money flowing to getting the work done, not overthinking how to do the work.
In the "Intelligence applied" section, where they show the comparison animations, they are shown using a non-optimal UI.
There is not enough time to read the text, see old animation, and see new animation. Better would have been to keep the same animation on repeat, so that people have unlimited time to read the text and observer the animations.
Also, it jumps from example to example in the same video. Better would have been to show each separately, so that once user is done observing one example at their own pace, they can proceed to the next.
As a workaround, I had to open the video (just the video) in a new tab, pause once an example came up, read the text, then rewind to the start of the animation to see the old animation example, then rewind again, then see the new animation example, and then sometimes rewind again if I wanted to see the animation again. Then, once done with the example, I had to forward to the next example and repeat the above process again.
In the "Intelligence applied" section, where they show the comparison animations, they are shown using a non-optimal UI.
There is not enough time to read the text, see old animation, and see new animation. Better would have been to keep the same animation on repeat, so that people have unlimited time to read the text and observer the animations.
Also, it jumps from example to example in the same video. Better would have been to show each separately, so that once user is done observing one example at their own pace, they can proceed to the next.
As a workaround, I had to open the video (just the video) in a new tab, pause once an example came up, read the text, then rewind to the start of the animation to see the old animation example, then rewind again, then see the new animation example, and then sometimes rewind again if I wanted to see the animation again. Then, once done with the example, I had to forward to the next example and repeat the above process again.
they way i handle this with my teams: any bugs caught by the QA team go against the developers. any bugs caught after QA green lights the go live go against the QA team. (Of course, discounting any bugs that are deemed acceptable for go live by the PM).
What if we do vertical bi-facial panels, mounted on a rotating circle that rotates to align the panels with the sun (north-south or east-east or in between) depending on the time of the year. Wouldn't that be the best of all worlds right now?
Depending on where you live a system that allows to manually change the tilt of your pannels once per month could be nice. You get a free 5-15% boost, where I am in Europe the optimal yearly tilt is ~40 degrees, in peak winter the optimal tilt of ~70 degrees would shed snow much more easily.
You're right on motorized trackers though, way too complex and expensive to make sense for most people
> Depending on where you live a system that allows to manually change the tilt of your pannels once per month could be nice. You get a free 5-15% boost, where I am in Europe the optimal yearly tilt is ~40 degrees, in peak winter the optimal tilt of ~70 degrees would shed snow much more easily.
Yup, that's what I was referring to as a tilting mount in the original comment, a pivot and tracks to tilt the panels up/down to set them at whatever's optimal for your latitude and time period, or completely vertical if you're in a snow-heavy region.
The necessary engineering might not be worth it anyway, given current panel prices, unless space is a bit of a premium.
Moving parts? We're talking about something like a pipe that's a hotdog down hallway slip fit onto another pipe here. With zero maintenance that will still have a service life that exceeds several generations of panel.
Plus at least one motor plus sun tracking controller. All of that has to operate 24/7, all year.
Depending on your local climate, that has to be sun and rain proof. (Most Nema 7 "3D printer" motors are not waterproof... Ask me now I know )
Nothing a quick hack job can't solve for you, but if you want to sell it (and make sure your customers will be satisfied for decades) it quickly adds up in price.
You don't need a motor. You need a recurring calendar reminder to send someone out there to spin them all 2x per year at whatever day you determine to be the ideal crossover point where you want to switch between NS and EW.
The panels can be stayed in their correct positions by a trash tire or whatever buried in the ground with two chains poking out to clip to the panel corner.
None of this is rocket science. This is all stuff that has been proven out over the past 200yr of fence and gate construction.
Similar could be used for changing between tilted and vertical though you'd need more material.
On a theoretical basis yes but a tracking array gets a lot more expensive, and a lot less reliable. The rotating circle also takes a huge amount of ground space.
If you put the panels in a diagonal (NW - SE), and you rotate each panel on its vertical axis, the need for space would be limited to a series of circles the diameter of the panel width.
No expert on the topic but surely a manually rotated system achieves the benefits of tracking without the overhead of installation and maintenance for an automatic system. As long as the panels are easily reverted to default position when no one can go and rotate them through the day (thinking domestic setup in the garden).
Plenty of people have gardens and land that is tended to multiple times through the day anyway (for gardening, animals, workshop activity etc).
