protocol_details.txt

Each signal consists of a sequence of the following high/low periods where each combo represents a bit. The measured periods are around T=400us. The signal consists of 24 bits and a special 'endbit'.
0 = T,3T
1 = 3T,T
End = T,30T
                     binary              hex     dec
Power button:        0b00000001          0x01     1
Mode+ button:        0b00000101          0x05     5
Speed- button:       0b00000111          0x07     7
Demo button:         0b00001000          0x08     8
Speed+ button:       0b00001001          0x09     9
Color+ button:       0b00001010          0x0A    10
Mode- button:        0b00001011          0x0B    11
Bright+ button:      0b00001100          0x0C    12
Color- button:       0b00001101          0x0D    13
White button:        0b00001110          0x0E    14
Bright- button:      0b00001111          0x0F    15
Red button:          0b00010000          0x10    16
Green button:        0b00010001          0x11    17
DBlue button:        0b00010010          0x12    18
Yellow button:       0b00010011          0x13    19
LBlue button:        0b00010100          0x14    20
Pink button:         0b00010101          0x15    21

Each code is repeated 5 times.
Since the signal starts with the address directly, it is hard to find the start. Therefore the library needs at least repeat=2 signals, since it watches the end of the previous sequence which is more unique (T,30T).

As can be seen, the above shows that the different buttons seem to differ on the last 5 bits. However, on the observed codes, bit 6-8 are always 0, so my guess is that the button code is 8 bits, and the address is 16bit. If a remote is found where the address is longer than 16bit (proving that the button number is 5) I will change the library, but for now I'll take the easy route and use the assumption of code sizes according to my observations.

Special combos:
Power + Mode+:
  Switches led driver to listen to any remote
Red + blue:
  Switches the color output mode (e.g. RGB to BGR)
Speed+ + Speed-:
  Pairs this remote to the freshly started leddriver (< 5 seconds since power-on)

Each combo results in 1 repeat of both button codes, the order being determined by which button was pressed first. The time between the 2 codes is roughly equal to the time that the user keeps pressing both buttons, but is minimally 30T (however, 100+ms is normal)