Splatter | Simple Scripts to Supercharge | Command Line Interface library

I updated code to look like attached gif.

You can use 'AnimatedPositioned' Widget like below.

It seems that the default setting in plot_date() is set to scatterplots (see (https://www.geeksforgeeks.org/matplotlib-pyplot-plot_date-in-python/) in the newer versions of matplotlib.

To achieve a continuous graph based on dates, you can define the interlining in the arguments plt.plot_date(x_value, y_value, '-').

This code works for me:

You could try and wrap the text that varies in length in a div element and fix it's height, so that the longest text doesn't move the table.

In your html:

This is an interesting way to want to store the data. I can't say that I'd use this approach myself, since it involves duplicating the same information over and over again.

To achieve this, you'll need to manage a stack containing the current context, and use recursion to get each comment's children:

I found that the file extension on some of the pictures was capitalized. These pictures wouldn't load until I changed .JPG to .jpg.

No, there is no "easy way", mainly because how it would work and how it would affect the game is not exactly generalizable. For instance, what does it mean for blood to hit the player? Does it change a sprite? A bunch of layered sprites? A spritesheet? Is the blood permanent or temporary? Does it accumulate, or is it just "bloodied or not bloodied"? Does the angle it hits the target matter? What about if it doesn't hit a target - do players walking through it start leaving bloody footprints behind? Etc.

If you want functionality like that, you're almost certainly going to have to custom code it.

What I would probably do is generate a bunch of particle-like sprite objects with randomly-generated blood spatter sprites, angle them away from the source, and animate them away from the source using SKActions or physics. Then I'd check for them colliding with whatever screen elements I wanted them to be able to interact with, and when that happens, I'd kill the sprite and send a message to the thing that is bloodied and do whatever I need to in order to respond to that event to make the hit object look like it has been bloodied, like swapping out a "clean" spritesheet for a "bloodied" one. If the sprite doesn't hit something before it finishes its animation, then I'd just leave it where it lands.

A cheaper, simpler solution would be to simply trigger a bunch of blood particles using the SpriteKit particle system, and add a random circular "blood splash" image into the scene. Then, you just check if anything is within that radius, and if so, call it bloodied. This would require having enough blood particles to make it look like anything getting that close would get splashed, but it would be much more straightforward than tracking individual particles and detecting collisions.

How to insert to a vector properly:

You can use std::vector::push_back() to put something at the end, or std::vector::insert() to insert in specific position (at given iterator).

In your case, I think you want to do:

You can try if rainbow brackets plugin works for you.

It changes the color of brackets and gives each pair of opening and closing bracket a unique colour to make it easier to identify which belongs together.

I don't see what the loop is doing, but if a loop variable is not used anywhere inside the loop it's a good sign that the loop is not even needed.

Here it seems you want to plot each group, hence