IRForum

please post the full signals in RAW format & I will have a look.

It is arbitrary based on experience. Nominally your 601 uSec signal(Mark) would not be recognized. However, if you use the Tolerance slider on the GUI you can vary the tolerance at any time. The original basis was related to accuracy of IR receivers being +/- 100uSecs (actually up to 200uSecs). Usua...

As I suggested earlier your code needs a major redo. You are running thru every if statement for each bit(so 200 times 8 if compares). Use the else if approach so that only one comparison is made for each bit The most common occurrence should be the first if statement and so on. This should be your ...

Some tips: - to debug replace the IrSender.mark(MARK_DURATION); IrSender.space(SHORT_DELAY); with serial print statements to see/verify if your logic is correct. - make use of else if statements to avoid multiple checks for every bit - then I would either use an index into a buffer to get the timing...

look at some examples in our blog

https://www.analysir.com/blog/2016/04/1 ... -irremote/

https://www.analysir.com/blog/2015/09/0 ... r-signals/

You may get some inspiration from the above or other posts under sitemap.

Everything is explained here: https://www.analysir.com/blog/get-analysir/

there are some videos here: https://www.youtube.com/AnalysIR/videos

and of course lots of posts on our blog.

There is currently a promotion running with $5 off Maker & Pro editions using the code:

5offanalysir

There are several posts on our blog explaining the reverse engineering process and also on GitHub. Our own AnalysIR application, provides several tools to help reverse engineering of AC signals. Essentially the first 3 & last value in your capture are headers. The rest are bit fields of 0 & ...

just try increasing the value until you stop getting more pulses in your capture.

FYI: you should be able to increase the IR current up to ~300mA for even better performance/range.

(assuming you are using a 5mm LED)

Great....However... - You will see that the buffer size of 100 may limit the size of signal received. - It appears that the ON/OFF signal is less than 100 in size. (=71) - That may not be the case for all the other signals. So if you receive issues with the other signal simply increase the size defi...