(I know these discrepancies are annoying, and I apologize for them, but it's hard to avoid without slowing down work on the videos which are my main focus currently). The project has many limitations, but in particular I want to list a few things that have been shown in the video series, but which are not available in the current project. To avoid this, the tri-state buffer should be used. Please note that if conflicting inputs are received, the state of the pin will be determined randomly. Pins can now receive input from multiple wires.Three new built-in chips: Clock, Tri-State Buffer, and Seven-Segment Display.A chip library, where you can find and manage all the chips in your project.Right-click on wires or pins to change their colour.Save copies of a chip to quickly create variations or test ideas.Right-click on chips to view their internal state while the simulation is running.Edit, rename, or delete previously created chips (and projects).The old version is still available here (save files are not compatible). You can find the source code for the project on GitHub. This is a work-in-progress project, which was created as a visualization tool for a video series (exploring the basics of how computers work). These simple built-in chips can be used to create your own custom chips, each of which can then be used inside of the next one, allowing you to build up layers of increasing complexity. You begin with two types of chips: AND and NOT.
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