I was interested in the idea of writing cross platform C# app. What I found is that putting the common functionality is a shared project, and then every GUI platform in its own project. In my example I used WPF for windows GUI and GTK# for linux. Works kinda nice.
https://github.com/sebnil/CrossPlatformCsharpExperiment
Example project showing how to create a custom control (UIView) with XIB so that it's available in Xamarin iOS designer. Custom UIView does not render in storyboard, but can be selected from the toolbox window. If you make rendering in storyboard work, please make a pull request and I will merge it into this repo. The reason to this example project simply is that I was looking for an example like this but could not find something that was working out of the box.
Design custom view in xib using Visual Studio or Xcode (less buggy):
CustomView is visible in Toolbox:
CustomView can be droped into your storyboard:
Simulator run. View can also be resized/rotated during runtime:
Clone and run .sln in Visual Studio.
Visual Studio (Tested on Visual Studio CE 2017)
This project is licensed under the MIT License - see the LICENSE.md file for details
Github repo (to download code)
My brother Jonathan Nilsson knows a great music guy; Viktor Envall, that agreed to create custom music with inspiration from Harry Brandelius ("det har kommit en båt med bananer"), and Fred Åkerström ("Gamla Nordsjön").
Previously I worked with programming a new website for strawbees.com, and the second project was to create a similar website to a new target group; educators. To separate the education site from the retail site we divided them on two subdomains. Layout is mostly the same but color schemes and some minor functionalities differ.
Check out education.strawbees.com
Together with the briliant mind of studiooddball we created a refreshed website for Strawbees; a Swedish toy company. She did the design and I did all the programming. Some features:
Together with my brother we are creating a game for iOS, Android, Mac and Windows. Currently a work in progress but it is starting to be rather fun and challanging gameplay.
Computer graphics is done by my brother; Jonathan Nilsson at Crocoraff.com. I do the C# programming in Unity3D which is quite pleasant to work with. The whole project is open sourced at github.
In colaboration with Studio Oddball, I made a simple yet functional WordPress website for Lumlyx. The website is made with responsiveness in mind to make sure it is usable on mobile devices. Check it out at lumlyx.com
I hate computer noise but I love computers and it was time for a new computer purchase. My first approach was to buy everything passive (GPU, CPU, PSU) but apparently there are not many components that fit those constraints. Instead I went for semi-passive components that only run their fans if necessary. I chose:
Full component list for a quiet pc
Booting up is a bit noisy because the GPU fans and the HDDs throttle up. But after a few seconds it is almost completely quiet.
ARVE Error: Invalid URL/wp-content/uploads/2016/05/semi-passive-quiet-pc.mp4 in mp4
For realtime simulation it is important to have an ODE solver that is simple enough. I did not find any plug-and-play kind of ODE solvers for realtime applications so I wrote one myself. The greatest benefit of this approach is that you have full control of every time step. Good for realtime simulations.
https://github.com/sebnil/Python-ODE-Forward-Euler/blob/master/Forward-Euler%20ODE%20solver.ipynb
It is very simple but show the basics of how to write an ODE solver. It could be extended to use more sophisticated solvers like Runge-Kutta or Crank-Nicolson.
I wanted to learn some basic game development in OpenGL and Python. Pyglet is very good for this kind of thing. Unfortunately it seems to have a less active community compared to Pygame (but in my opinion Pyglet seems much more Pythonic in its design). My game will not win any awards since it is a Asteroids clone. But it has some other features like:
Using a lot of code and inspiration from:
Code structure and inspiration from: