Hi Mike,
I don't have one single photograph that shows the entire track - the track is large and in a rather confined space and it's almost impossible to get a good photograph that shows the whole thing. The fourth and fifth pics above are the best I have. I do have this Illustrator drawing that I used to plan it's construction and also some driver's notes (with my comments in parenthesis) of the actual 1:1 circuit that Marcus Antilles was gracious enough to share on another forum. The finished track differs only slightly from the drawing.

Turn 1 - Blind turn taken at full speed. Slight elevation at apex. (3" elevation at apex, descends into hairpin).
Turn 2 - Single apex for most approaches - long turn to reach apex. (Rout decreasing radius).
Turn 3 - Racing line is at left at exit of T2. Apex is late in corner. (Rout decreasing radius).
Turn 4 - Fast radius, no banking, not uncommon to slide at exit. (Broader turn than T3, flat, zero elevation)
Turn 5 - Begins to go uphill at apex. Slight banking mid corner. (Incline begins here).
Turn 6 - Dips into apex. (Keep flat).
Turn 7 - Turn in is at left just after the hill just past the end of curbing. Go straight over blind crest so the car is on the right as it approaches the Corkscrew. Brake just before crest and continue until just pass turn in. (Squeeze will begin here, carry through T8 and open up again at T9, elevation at T7 - 16").
Turn 8 - Corkscrew - Turn-in is late so car goes straight down the hill. (Lanes will follow racing line, spaced 1" apart through Corkscrew).
Turn 8A - Apply throttle down toward 8A. (Bank turn 8A, descends to 8" at exit. 5" drop to T9).
Turn 9 - Fast, downhill sweeper - one car width from the right edge. (Lanes will open up before this turn. Right hand lane one car width from right edge of track, 3" drop to T10).
Turn 10 - Comes quickly. Braking is harder than it looks. Drops into a bowl. (Routed lanes will be tighter radius than that of turn, maybe slight dip?).
Turn 11 - Slowest corner on the track. Brake early. Slow in, Fast out. (Rout increasing radius, zero elevation).