Closed ghost closed 9 years ago
Should be working. I don't have a PiFace to test with, but I edited the code and ran it through a linter, so the synax should be good. I don't know what the command codes for left and right are for the Ford Mustang; you'll need to check that yourself.
Don't worry about being busy with your own stuff. It's important to take care of yourself before you start thinking about anything else; that's one thing I've learned several times. I've been busy with my own stuff, which is why this took me so long.
As for the Python package, I've been thinking I might just make a separate GitHub project. I know at least a few people are already using this code, and I think it would be easier to start over. Also, it would be cool if I could include the ability to broadcast FM radio, since we'll be partly there anyway. I also saw an article about sending images over SSTV, but that's probably getting too far ahead.
Thank you! I'll be sure to make changes to the PiFaceCAD script if needed, and I'll push them to your repo. I don't mind the delay in response time, we all have lives of our own ;). Thanks for your understanding.
As for the new project that you plan on starting - I'll try to contribute towards it if I can, as I find this sort of stuff really fascinating and I really appreciate your work. On my current project, I have to switch between Pi-RC and PiFM to use each of their features, so I guess it would be pretty cool to have everything put into a single application.
Not sure why either, but both Pi-RC and PiFM break audio on the audio jack (not sure about HDMI) - it seems to break pulse audio too (maybe the cause?).
Do you think it's possible to use any other GPIO pins, instead of just GPIO 4? If Pi-RC and PiFM was put into a single app, it would be even better to be able to use both features at the same time (by sending signals on 2 separate pins).
Sending images over SSTV.... I think it would be a great addition (hey, its another feature - why not? Right?).
I was thinking if it was possible to add an RC receiver to another Pi, then attach the motor cables to the GPIO's and treat them as "buttons". I could use one Pi to send signals (maybe in morse code?) through Pi-RC, then the other Pi can keep checking for "button presses" and decode it. Haven't tried it, however - I have no more receivers.
I had removed a receiver from a RC car, then soldered headers onto it (which I had taken from a old PC motherboard) so I could use it in my robot project. Turns out that the L298N H-Bridge doesn't give out much power to the motors (I believe it's because it was designed for a 12v power supply not a 4v/5v one), so I'm using the RC receiver instead.
I'll show you more info about it, sometime - if you want? I let a friend from America control it through the internet once, and he could see what was happening though a Google Hangouts video chat.
As the title states, would it be possible to turn the front directional wheels without accelerating? Would be useful for turning the vehicle without "breaking the speed limit", I seem to crash my car when I accelerate while turning - being able to slow down on a turn would be great!
Sorry for not paying much attention on this project lately, I've had college and I've been diagnosed with depression as well as anxiety so I haven't been able to do much recently. We still need to sort out that PIP package thing that we were planning to do.
Thanks again!