Ok, here you go. The DIYLC file should be a help. But!
Buyer beware . . . A couple of caveats.
The schematic is close to Robrob's, but not identical. Specifically, the bias circuit is different, and the power section is adapted for 6L6GC's or 5881's.
While I am reasonably confident that the schematic is correct (for the PT I am using), I blew a 5881 and a 12AX7 15 min after powering up despite using an LBL, and despite nominal voltages. First time this has happened to me ever. So I am in the process of tracking down what might have gone wrong. Literally, this happened yesterday and I probably won't be able to work on it until some time this week.
The DIYLC board is an adaptation of Hoffman's PR board, while reusing a chassis and cab. It could be (far) more efficient, but this was my first go at this particular project. Given the "fail" after powering up, you will have to take a close look at the board design. I will be doing so but probably won't post on this until later this coming week.
As a guide, the "solid blue" lines are above board traces; green and dotted blue are below board insulated traces.
I normally use MANY extra turrets for the connections to off board components, because I can't stand unwrapping and desoldering wire from posts when I need to take the board out -- as will be done in this case. These extra turrets can be shxxcanned of course.
One design choice that escapes my understanding is the remnant of the reverb circuit in between C6 and the grid of V2-A. I've blindly copied Robrob's schematic for that portion, but my gut tells me that this can (should) be simplified. That will be an item to tinker with.
I recently switched from a stereo setup (PR + ODS 124) to a wet/dry rig. This amp is intended to be the dry amp, and I'm trying to design it for the max CLEAN output from 6L6GC's. This current iteration will likely not deliver that . . . suspect that the third amplification stage will induce distortion in either or both of the PI and the power tubes. But we'll see.
Hope this helps.