![]() ![]() ![]() ![]() And given the different platforms, controller types and costs involved it can feel like you're actually attending flight school trying to understand all the options available to you. There are a number of different flight controllers (at any number of different budgets) for the game, which will release on PC and Xbox One, with a Steam release for those not picking it up through Game Pass on launch day. */ /* */ /****************************************************************************************/ //- Headers - #include #include "WSWire.h" #include "math.h" #include "Quadrature.The best joysticks and flight sticks are ready for take-off when Microsoft Flight Simulator 2020 lands this week, and if you're planning on boarding for its release on August 18 then you might also be considering an upgrade to your cabin instrumentation. board separation is an issue, so here it is for this panel: It's easy to implement this in code, but it took me a while to think about it while I was having some weird behavior that took a long time to trouble shoot.īut I am getting ahead of myself here, we are still on the design phase at this stage, and as always. after it's done it has to remember to select channel 1 again, so the program can continue whatever communication it was doing with the device on channel 1 before the interrupt. at a certain moment in the program, the multiplexer selected the display on channel 1 and started communicating with it, but right in the middle of that communication, an interrupt comes from an I/O chip connected on channel 3 which means now the interrupt routine will select channel is 3, and it does what it does with the I/O chip. calculating I2C line capacitance is a pain (to figure out the pull up resistor value range required), it took some trial and error to get it right, but with this multiplexer, it seems like it's not that big of an issue any standard pull up resistor value did the trick.Īlthough, using this multiplexer caused some issues with interrupts. I thought this might help a bit with the capacitance on the line which is something I had an issue with in the previous 2 panels. I thought, since I already have 8 channels, and I am only using 2 of them, might as well put all the I2C devices, each on it's own channel. I ended up using it for all the I2C devices not just the OLED displays. I solved this issue by using one of these. Those OLED displays are supposed to have a footprint for a resistor on the back to change their I2C buss address, but for some reason, the ones I got didn't have that. so I redesigned it to this form (the actual form the project ended up taking): After thinking of the limitations, I realized that it's easier to find a ready made enclosure and build the thing around it. The reason for that is mainly desk space it requires, simplicity, and cost of building. But as you can see, it doesn't resemble any actual plane cockpit. Up until this point, I didn't have any plan on how to make this happen or what challenges I will face. obviously there is a better way to do it, but my knowledge of using 3D software is limited, and with these, most 3D models I download are already 100% to scale with all the measurements done, so a great way to see how things would fit together. If you're wondering how I made this 3D model (and all other 3D models in this project), I designed it on a PCB layout software (DipTrace <- awesome program) and lied to it a bit by making custom components and attaching 3D models that I downloaded from here (a shout out to everyone that shares their awesome designs there) as well as DigiKey.ca (many components on DigiKey have STEP files for them), and then onto a tedious job of strategically placing those components on the design and then viewing the 3D view of the complete design, then render them using the build in 3D builder on windows 10. ![]()
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