OneWire Implementation on Digital Pattern Editor

Hi!

I am doing a custom onewire implementation where the bitstream logic 1 and 0 is expressed by changing the pulse width within a fixed bit period as shown below (kindly disregard trise and tfall for now)

If the DUT reads "vhigh" level at time = tread (3us) then it reads a "1" (the red waveform), otherwise if it reads "vlow" then "0" (blue waveform).

Using the Digital Pattern Editor, I was able to create a timing waveform for both the logic "1" and "0" and those show up fine when probed with an oscilloscope.

My questions are:

1. How do I simplify sending long bitstreams using the Digital Pattern Editor? For example, if I have to send one byte of data = 0xA3, I have to define each bit on the *.digipat file with the timeset for either logic 1 or 0.
   It looks like below:
   

   But what if I want to sweep the byte value from 0x00 to 0xFF?
   Do I have to create a pattern file that will explicitly define each bit's time set? 

2. What I would like to do is:
   
   
   1. Define a variable, say, "byte_to_send" and assign a value to it.
   2. Create an expression or function within the Digital Pattern Editor that will assign the correct time set for each bit depending on its value.
   3. Assign a new value for byte_to_send and loop 2.1 to 2.2.
3. Or perhaps there's a better way to implement the intended steps above?

Thanks!