This week I worked on integration and on implementing a diode into the circuit simulator. I was able to interpret the list of edges and coordinates that the computer vision algorithm returns. This means I can now take this list of components and coordinates, make the coordinates into node numbers, and then condense the nodes that are connected by wires. This means we can fully take a circuit image, run it through our computer vision algorithm, and then simulate it with our simulator (provided dummy component values).
I also tried a lot to integrate opencv into our Xcode project, but this proved to be a tough task. Since Jaden and I are developing on Apple Silicon macbooks, the opencv library does not work for the iPhone simulator in Xcode. Therefore, I am unable to build for iPhone. We will try to circumvent this issue by running the code on intel based macbooks since these have support for opencv in XCode.
I tried a bit more to get the diode modeling to work but am still unable to make the correct guesses and get to the right value. I am still reading some papers but think I will be able to get this done over break. I am fairly good on schedule with integration but am behind with the diodes. I hope to make this up over break