VERY IMPORTANT: All numbers in this code are in hexadecimal (base 16). Therefore, to do mulitplication for doubling, quadrupling, etc..., use Window Calculator in scientific mode.

0000 0070 0000 0032 0082 0040 0011 000F 0011 0030 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 0030 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 0030 0011 0030 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 002F 0011 002F 0011 000F 0011 000F 0011 0030 0011 0AAB


0000 0070 0000 0032 (This is the IR code preamble) The first 0000 indicates this is a raw IR code. The second 0000 indicates that there are no one-shot pairs that should be used and the 0032 indicates that there are 0x32 (50 decimal) pairs that should be repeated. If you count out the following entries, you will see 100 groups of 4 numbers or 50 pairs. For more information, see the word document authored by Barry Gordon in the Pronto (not pronto ng) files section.

Everything that follows the preamble is IR data. In your case, all 50 pairs of numbers are repeat data as you have no one-shot data.

Here is the data.

0082 0040 0011 000F 0011 0030 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 0030 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 0030 0011 0030 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 002F 0011 002F 0011 000F 0011 000F 0011 0030 0011 0AAB

You go about extending the code in this fashion.

replicate your data multiple times. Start with 2 times as follows:

0082 0040 0011 000F 0011 0030 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 0030 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 0030 0011 0030 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 002F 0011 002F 0011 000F 0011 000F 0011 0030 0011 0AAB 0082 0040 0011 000F 0011 0030 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 0030 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 0030 0011 0030 0011 000F 0011 000F 0011 000F 0011 002F 0011 000F 0011 000F 0011 002F 0011 002F 0011 000F 0011 000F 0011 0030 0011 0AAB

Then change the preamble as follows 32 becomes 64 since you doubled the repeat data.

0000 0070 0000 0064


You follow the same procedure if you then double the data again. 64 becomes 2 * 64 in Windows Calculator scientific mode, I think you will see that 64 * 2 is C8.

This message was edited by Lyndel McGee on 06/25/05 14:26 ET.