@kuba_ch101

I added a UI to the web page!
It features:
-camera controls: rotating, zooming and home position
-simulation parameters which you can change with sliders.

Everything is conected to the simulation via “cwrap”, which makes you able to use some of your functions, from the c program, in java script.

I went through multiple layout and I am still not shure if I will keep this one.

This was my first time building something like this so I took some help from the AI while making the trackpad and the sliders.

Started making the notepad and calculator

I finnished the windows! Needed to rework the logic and this time I followed the tutorial. It really helped me especially with organizing the functions.

I started on some OS things, for now I’ve done some style and logic for the windows but I still need to make the icons open them.

icon source: https://www.svgrepo.com

I fixed the rendering artifacts and started making the desktop.

I almost finnished the background. The only things left are those random giant triangles and I cant figure out what is the cause.

Hello, I just started making my web OS. Today I made the back groud rendering pipeline. The render will be quite basic and I took some code from my other projects so it took me less time than ussual.

The background will be made randomly positioned, low-polly shapes(like this in the screen). I want them to look like crystals.

I want to finnish the render and then make the actual site, but I still need to make random shape generation and add some movement

I added a trail behind the satelite to make this more interesting and a direction indicator(which you can turn off) so you know where the satelite is when you zoom in.

I also started working on the shell file which basically grabs the render and ads html features. All the info and other thing will be in this grey area(for now, maybe I will change them later).

BIG NEWS!
I was finally able to convert my C code to WASM using emscripten. I run it on local hosted server but I still cant make it work on github pages.

I also moved part of physics calculations to a specified shader which should significantly boost the performace.

I optimized my simulation and added a camera orientation indicator(top-right corner). It was much harder than I expected but It looks cool.

I added this thing in the top-right corner which indicates you how your camera is orinted.

I am now working on rewriting may program so I can later convert it to WASM using emscriptem. I also made the satelite distance modifiable.

Added an option for user input. Now I will focus on adding friction to the moving ocean.

I fixed some scaling bugs, but there still some left and i cant figure how to fix them.
I also need to add friction soon.

View after fixing radious bug:

I replaced some floats with doubles for better precision and improved the information tab.

Made a huge rework today:

-Reworked the entire pipeline and data structures to make code cleaner and more efficient.

-Fixed some physics mistakes with scales I made before.

-Fixed rendering bug which appeared when I chaned rendering order to a propper one.

Made a custom Information tab, It shows simulation data.
This took me some time, but I am happy with the results.

I added camera movement, for now the camera is centered on the planet but I might change it in the future. I neede to add and rework few functions to make this work.

There was also a major problem, which I learnt is called “gimbal lock”. Before I fixed It the camera was getting flipped when It rotated 90 degrees.

There is also a zoom option(2’nd picture).

I scaled everything to real proportions of earth and moon. Improved pipeline by adding rendering functions and reducing the number of shaders. Made the moon orbit, to see it move I added a second time scale(not based on SI) to make the orbits fast without affecting other scales.

I still need to correct the water based on updated moon position.

Finaly the geometry is calculated by the satelite’s gravity. In a normal scenario the wouldn’t be visible in that scale so I needed to bring the moon verry close to the planet(It is now invisible) and increese its mass.

I am planning to make a zoom options so the deformations will be vissible even with the real data