dealt | giving meaning a chance 🔮 | Architecture library

in the official documentation for Mapbox SDK for android there is a simple example of map using standard UI library for Android. Full documentation for completeness of the question can be found here.

The code mentioned there is like this:

I have two python dictionaries, say,

Yesterday's thread

First let me thank you for yesterday's replies. I was able to continue.

My current issue is that I have been able to avoid making all variables mutable except for currentHP of a Pokemon. Code of my battle first, explanation follows.

I tried to "overload" a function using the From trait (so that it can accept a struct and a string):

I know that unsigned integers are infamous and generally avoided by C++ devs. I have a class with two int member variables that should not contain negative values:

I have a react app which generates images on the front end dynamically using Plotly.js. I'd like to add image sharing functionality. I am trying to use react-share for this. Social platforms require image URL for image sharing and do not support images in base64 encoding or alike. Backend was implemented so it can receive images in base64, store in the database and return URL to the image, which is then used for sharing with react-share.

As the image is generated dynamically (it changes each time user resizes the chart, for instance), everything should be done when user clicks on Share icon.

So after the user has clicked on the Share icon, the image generated on the front end should be saved to back end

The issue is that when I receive a response back from an API, it is the most inconsistent response I think I've dealt with so far. Anyways, what I am trying to do is give more structure with Typescript. For example:

I would like to put the following text behind the ggplot chart

And I thought it should be very easy to achieve. Unfortunately, all my attempts ended in a complete failure. I have already read over a dozen posts on this forum that dealt with this topic. I have already made several dozen attempts and still do not manage to get the effect I expect. By the way, I noticed a rather strange treatment of unicode symbols. Please compare the title and subtitle from the chart below.

I am currently drawing a grid using a series of triangle strips. I am using this to render a height field, and generating the vertex data completely in the vertex shader without any input buffers just using the vertex and instance indexes. This is all working fine and is very efficient.

However, I now find myself also needing to implement border lines on this grid. The obvious solution here would be something like marching squares. Basically, what I want to achieve is something like this:

The black dots represent the vertices in the grid that are part of some set, and I want to shade the area inside the red line differently than that outside it.

Naïvely, this seems like it would be easy: Add a value to the vertices that is 1 for vertices in the set and 0 for those outside it, and render differently depending on if the interpolated value is above or below 0.5, for instance.

However, because this is rendered as a triangle strip, this does not quite work. In pracitce, since this is rendered as a triangle strip, this ends up looking like this:

So, half the edges work and half end up with ugly square staircases.

I've now been trying to wrack my brain for days whether there is some trick that could be used to generate the vertex values differently or making a more complicated test than >0.5 to get closer to the intended shape without giving up on the nice and simple triangle strips and having to actually generate geometry ahead of time, but I can not think of one.

Has anyone ever dealt with a similar problem? Is there some clever solution I am missing?

I am doing this in Metal, but I don't expect this to depend much on the specific API used.