I was trying to transform the Lego PF codes, which are shown in this document, to pronto HEX, but I wasn't able to do that. Does anyone have any idea how to transform this short IR code sequence, shown in that document to Pronto hex?

This an example of a Lego code:
0100 0101 0011 1101

(I am completly new in this topic)

Here the link if the underlined shown doesn t work: [Link: philohome.com]

Hmm, the document says:


so you should probably act on that. Or what do you mean by "this short IR code sequence"?

See this thread [Link: hifi-remote.com] where I show how to use IrScrutinizer to compute the Pronto Hex for particular values of the parameters.

Hi,
so is it right that there is a file you have made for ir scrutnizer that generates IR codes for lego PF in Pronto HEX?If yes it would be very helpful how to insert that file that you discribed on hifi-remote inside IR scrutinizer. I was very suprised when I saw this short binary codes, because they re much more shorter than the Pronto HEX codes nad I don t have any idea, how this short IR code mind be convertable to Pronto HEX.

It is unclear what you mean by "short IR code". Where did you get it from? What are you trying to achieve?

Likely, your 8-bit number it is the parameter values. Their meaning is described in the document that you linked. A "protocol", like the one described, is simply a way to map parametervalues to an IR signal.

To use with IrScrutinizer, just append these lines

[protocol]
name=lego
irp={38k,1p,msb}<6,-10|6,-21>(6,-39,nibble_1:4,nibble_2:4,F:4,LRC:4,6,-39) \
{ nibble_1 = 8*T:1 | 4*E:1 | D:2, \
nibble_2 = 8*a:1 | mode:3, \
LRC = nibble_1 ^ nibble_2 ^ F:4, \
T = 1-T } \
[T@:0..1=0,a:0..1=0,E:0..1,D:0..3,mode:0..7,F:0..15]

to the end of its IrpProtocols.ini.

Then you just have to assign values to the parameters a, E, D, mode, and F, as per the document.