btadi.blogg.se

I can still see your pull request in GitHub

I am having no success (but lots of frustration!) in figuring out how it is supposed to work. My best bet appears to be to ignore github and just publish the parts in the forum as github and I don’t get along. I expect that if I opened a new pull request I could probably (if after deleting my local and upline repositories which I don’t want to do right now as I have a couple of other pull requests open!) get the files to upload correctly as long as I then don’t need to make any changes. As noted above the modified files for the change are in the Dual_VNH2SP30_Motor_Driver-files.fzpz file above (which isn’t a fzpz but a zipped copy of the repository files) if you want to make a change request. I don’t know if my remote branch is now screwed up, if so I will do my usual solution and delete the upline repository, and reclone it on both github and locally. At that point I figured it was a lost cause and wrote the whole thing off and closed and deleted the pull request in fritzing-parts on github and deleted the local branch. When I fumbled around some more (probably trying the git pull they suggested) it managed to lose what branch it was dealing with and started asking what branch I wanted to merge with. When I made the change and pushed my local branch I got the reject message in the post above.

As I recall, I backed off a commit (which is probably my mistake) to make a change.

I don’t have them any more, as I deleted the pull request and the branch. Seems to be so.If you are using the terminal, could you write all the git commands that you used? I don't know if they are on this pca9685-chip. This will only work if the pwm-signals are synchronised to each other. In this picture the L298 is used in an unusual way. You can create a "PWM" signal for that which means setting the dutycycle to 100% which results in constant +5V or setting dutycycle to 0% which results in 0,0V.Įlectronic professionals and advanced electronic hobbyists don't like fritzing-pictures.įritzing-pictures add a lot of NON-relevant information. Input 1,2,3,4 need a constant voltage beeing +5V or 0,0V. But only the enable-pin of the L298 really needs PWM. Well this is doable but partly more or less a misuse of the pca9685.