isometric | JSIso - An HTML5 Canvas Tile Engine | Canvas library

I want the dots to react smoothly so I’m wondering if there’s a way to improve performance on this code.

I’m trying to create an isometric grid of dots that serves both as a halftone effect (which I have reached) and a particle system that reacts to mouse location (gravity / repel).

Because it’s supposed to act like a halftone image, the density of the dots should remain rather high. Any idea would be greatly appreciated

I'm very new to WebGL, and I'm modifying an existing project that I found online to suit my needs.

My camera is isometric, and I'm rendering two cubes. I'd like to have an infinite grid along the 'ground', like in many 3d editors.

You can see below that the grid isn't infinite (I'm aware that this is because the vertices only go from -1 to 1), and it's not oriented properly. It's been rendered directly on-screen, rather than respecting the transformation matrix sent to the GPU.

As there are three interconnected programs involved (2 shaders, plus JS), I don't know where the fault lies. Here's the code that should be the most relevant; the project is large so let me know if you need to see anything else:

I am making an isometric game using python and the Tkinter library. I ran into a problem though when rendering my schematics to the screen. I can't seem to keep the transparent background even though the images (.png) are being stored as rgba in pil. When I save the images, as they are, just before being loaded; they still have a transparent background so it's something to do with the way I'm resizing the image. I have looked around and most answers to this that I have seen say to edit the pil plugin or aren't actually resizing the image. Is there a relatively simple way to resize an image and keep transparency that doesn't include messing around with the pil plugin??

My code:

I'm trying to figure out how to use the area argument one can pass when blitting a pygame surface. Picture a isometric rpg view where the camera is following the character.

My code is working fine as long as my player stays in the starting screen boundaries, but as soon as we're stepping out, the player gets clipped out. Could you please help me figure out what I'm missing ?

I am having an issue with my Unity3D project. I am currently working at an isometric game, and I am unable to find a way to calculate the exact distance between the Player Object and the location that I click on.

Here is my code that gets the location of the click and calculates the distance between the Player Object and the clicked location.

Using this tutorial https://www.youtube.com/watch?v=waEsGu--9P8&list=PLzDRvYVwl53uhO8yhqxcyjDImRjO9W722 and Quaternions I've made a function, that finds the World Position of the grid tiles for Isometric Tilemap.

We recieve a psd files from our designers for objects. We are working on an isometric 2.5D game, sprites are half-3D renders. We got 2 layers on PSD files, one is for ground (we use that as obstacle with polygon 2d collider) and other layer is building/object. For accurate sprite render order we have to put pivot point of the building/object to ground-level. When we did import PSD to Unity, the pivot points of layers are automaticly at the center of image. We need to set pivot point of sprite to ground level same as ground-layer's pivot.

Is there anyway to achieve this? Looks like "Sprite.pivot" is read-only can't changable via script.

I'm trying to animate the faces of an isometric cube I've created using CSS transforms to create an 'unpacking/unfolding' effect.

I want the lid of the cube to rotate upwards but at the moment it floats off rather than rotates from the edge. It starts and ends in the right places. I've tried changing the transform-origin property but it doesn't make a difference. Here's my code so far:

https://jsfiddle.net/wrgt1/5yrLjnw3/38/

I am trying to simulate the bouncing ball effect on unity for my isometric game. I got a code to make that and it works fine from this link: https://physics.stackexchange.com/questions/256468/model-formula-for-bouncing-ball#:~:text=The%20coefficient%20of%20restitution%20is,ball%20it%20is%20around%200.75.

I want to convert the resulting movement, namely the (h) to iso. I end up with this two-equation