I really like the MagicIR code structure.... I'm going to see if I can modify it to output the IR code in PST so I can copy to a text file and add then it to DAT variable arrays.
I think once that is done it will be pretty straightforward to cannibalize the 'Playcode' to use for replay.
If not, give it a go as it explains and provides full source code for receiving (which you seem to have sorted) and transmitting. In short, RX and TX are handled with separate objects. The objects are proven, having been used in the DEFCON badge that Parallax produced this year.
No I did not see the pdf doc before or have the sircstx code... I just had the rx code.
That did it!, was able to get it working less than 15 mins after downloading.
Very easy to use! I Like it!
Thanks so much for the help. This turned out to be quite a bit more difficult to code from scratch than expected.
So nice to get good help when needed, I sincerely appreciate it
Comments
Ok here is the SIRCS output for the 3 buttons I need
15 :: 11011001.0011010
15 :: 11011001.0011011
15 :: 10111001.0010101
How do I go about replaying these?
I think once that is done it will be pretty straightforward to cannibalize the 'Playcode' to use for replay.
Did you read this article?
-- http://www.parallax.com/Portals/0/Downloads/docs/cols/nv/prop/col/nvp4.pdf
If not, give it a go as it explains and provides full source code for receiving (which you seem to have sorted) and transmitting. In short, RX and TX are handled with separate objects. The objects are proven, having been used in the DEFCON badge that Parallax produced this year.
You can find source code for that article here:
-- http://www.parallax.com/Portals/0/Downloads/docs/cols/nv/prop/code/nvp4.zip
That did it!, was able to get it working less than 15 mins after downloading.
Very easy to use! I Like it!
Thanks so much for the help. This turned out to be quite a bit more difficult to code from scratch than expected.
So nice to get good help when needed, I sincerely appreciate it