Ruler | An AR ruler app can measure length & area | Augmented Reality library

Iterate over each element, unpacking the tuple:

You are building a list of candidates, what is a good start I think. It doesn't really matter whether you white- or blacklist the result is the list of candidates. The only concern is that you could get the solution faster or more reliably by guessing words that are not on the candidates list. Why? Because that way you can introduce more new letters at once to check if the word contains them. Maybe a mix between the two strategies is best, hard to tell without testing it first.

• "green" is OK.
• "black" needs to count the number of non-black appearances of the letter in the guess and all words that not contain that exact amount of that letter can be eliminated (and also those that have the letter at a black position).
• "orange" is OK but can be improved: you can count the number of non-black appearances of the letter in the guess and eliminate all words that contain the letter fewer times (checking for minimal appearance and not just at least once) and also what you already have applies: the letter cannot be at an orange position.

There are a lot of ideas for improvements. First I would create the filter before going through the words. Using similar logic as above you would get a collection of four different rule types: A letter has to be or cannot be at a specific position or a letter has to appear exactly (possibly 0) or at least a specific number of times. Then you go through the words and filter using those rules. Otherwise some work might be done multiple times. It is easiest to create such a filter by collecting the same letters in the guess first. If there is an exact number of appearence rule then you can obviously drop a minimal number of appearance rule for the same letter.

To guess the word fast I would create an evaluation function to find the most promising next guess among the candidates. Possible values to score:

• How many new letters are introduced (letters that were not guessed yet).
• Also the probabilites of the new letters could be taken into account. E.g. how likely is it that a word contains a specific letter. Or even look at correlations between letters: like if I have a Q then I probably also have a U or if the last letter is D then the likelyhood of the 2nd last being E is very high.
• You could even go through all the possible answers for every candidate and see which guess eliminates the most words on average or something similar. Although this probably takes too long unless somehow approximated.

How about itertools.repeat?

Set margins = FALSE in facet_grid:

First create your array

Here is a working version of your code:

Accordingly, to the Loki documentation, metrics must be pushed to Prometheus, Cortex, or Thanos:

With recording rules, you can run these metric queries continually on an interval and have the resulting metrics written to a Prometheus-compatible remote-write endpoint. They produce Prometheus metrics from log entries.

At the time of writing, these are the compatible backends that support this:

• Prometheus (>=v2.25.0)
• Cortex
• Thanos (Receiver)

We need to replicate by the lengths of the list element for 'Date' and 'Signs'

When the bottom ruler is not at the bottom (i.e. not in its stuck position) it has the equivalent of position relative. The canvas has position absolute so does not influence this but the left ruler has position sticky. This means its height influences where the following element is positioned.

One way to get the bottom ruler properly positioned is to make it be in its stuck position from the start. When the canvas height is greater than the frame height this happens, as the first snippet in the question shows. When the canvas (and therefore the left ruler which has the same height) is shorter than the frame the bottom ruler is placed immediately below it.

If we make the left ruler have the same height as the frame then the bottom ruler will always be in its stuck position. We still need the left ruler to only show its 'markings' (the linear gradient in this example) for just the height of the canvas. This snippet does this by setting the size of the left ruler background accordingly. Click a button to alter canvas height.