golf | Some vimgolfs challenges and along with Kakoune solutions

You want to sum the TotalPledge values for each intTeamandClubID. For that you would need to create a different group for each intTeamandClubID. In your case, since you are selecting multiple columns, you will create a group for each unique combination of those columns, which is done by a GROUP BY statement.

You already have that in your query, but you are also grouping by TotalPledge, which you don't want. You want to SUM that value, so you should remove it from the GROUP BY:

Instead of directional scrolling an easier approach would be to identify the desired element inducing WebDriverWait for the visibility_of_element_located() and invoke scrollIntoView() as follows:

You are expecting that the set should contain nodes with unique names, but nowhere do you specify that uniqueness should depend on the property value of those nodes.

You should add the following method to your node class:

First of all, what you are describing here is very close to (or is ?) the Multiple knapsack problem. There are a numerous way to solve this problem, depending on what conditions you impose on the results.

I recommended you read this page and the resources associated with it to better frame your desired output. For example, can we omit items ? What if we cannot satisfy your constraint on the results (within [195,205]) with the current list of items ?

Using pure python, a naive approach to reduce code amount using a greedy approach could be (given that your dictionary is sorted in descending order):

Is time_ready an existing column or calculated from other columns? I don't see time_ready in any of the provided tables.

First you can calculate the score as simply par + 2 - score and get rid of the case statements.

Second, your ScoreCard class should have a number of Maps which contain the score, points and nett score for each hole, so you can write:

Following further investigation and experimentation, I've made additional changes to the solution:

The Swagger/OpenAPI 3.0 spec supports a feature related to inheritance and polymorphism whereby a property on a object can be used to discriminate its subtype. In the case of the getAll operation, this can be defined as follows in the schema:

Assuming you want it to always be on a separate line (and not only after clicking the button in your example), then you can use the slots that provides to customize the content of the column, and use a simple v-for to render each element in it's own

After looking into JSON generated for the ground game object (generated by the PhysicsEditor app) - it seems it was generating multiple layers of physics bodies (unknown as to why, could be a bug with the app). But after manually removing the extra layers, the strange 'jumping' behaviour no longer happens. 👍