...so, i went n did some math
n i don't know where to begin
i'm beginning to suspect
the builders did not use
base 10 numbers... first
or... put another way...
did not think of numbers
in base 10 as a priority
though 10 is apparently
...a common demoniator
but, just one of many

so, there's just an incredible amount of stuff goin on here
...and it's all... interconnected, somehow... apparently...
and there's a lot of... circles and angles i want to get to

...like this diagram... pointing to:
other pyramid sites in the vicinity:
associated with and corresponding to
different stars around Orion's Belt:

...the larger purple circle (above)
...shows the SW corner of G2 (center)
equidistant from NE corner of G1... hmmm
and the front or head area of the Sphinx
but, it doesn't indicate the measurement

also, in the image above, the larger purple circle...
on closer inspection, is not centered exactly on G2sw
...and, i don't know if that's intentional, or not...
it seems like it's just meant to be a rough depiction
as: while the smaller purple circle seems to indicate
its center point is where the G1s line meets G3w line
a quick look at the coords map, that radius is: 877.5
...which seems like an odd number to me, right now...
(though i do like the line from G3se to G1se corners)
also, i havn't even put the sphinx into the model yet
(don't have coordinates for it, i'll get to it later)
first i'll see what i can come up with on the big one
just in the general area o the northeast corner of G1

the 3D image (below) shows the NE corner of G1 (half transparent)
and an arc, drawn from from G2sw at 1500c (circle diameter 3000c)
intersecting the NE edge of S1 and well within the cut-out corner
...G1cNE... (so named for: G1 cut-out pyramid, north-east corner)
(the green squared rod is the north perimeter, adjacent G1 north)

note: you can't really do lines in this program
what i've done here: is create 2 separate rings
(red and purple) each 1/2 cubit wide (1c total)
(4 cylinders in 2 pairs: positive and negative)
...the actual distance... of 1500c from G2sw...
...is where the inner and outer circles meet...
so now we have an accurate line... between them

...now, of course, you can probaby draw...
...just about any kind of circle you want...
(and there's many diagrams with similar circles)
but these are all very round, harmonious numbers
(remembering that: 440+60=500, hinted at earlier)
and while it's not apparent in the wide scale map
...that G1 and G2 do not line up... exactly at 45�
they don't really have to
and on closer inspection:
...that's not what they're lining up to, actually
...but on the wider scale... it might as well be
...so, while i'm not disputing what it's showing
...the virtual model requires precision accuracy

...and this is where i found something really amazing...

a tight overhead zoom view (below)
on the intersect point: (198, 198)

this is the NE edge of S1 (inside G1) at 45�
just where S1 intersects G1 at 45� (no arc)

transparent overhead composite (above)
the "yellow dot" is a reference marker
for coordinates (198,198)... and shows
the NE extension of S1 at ground level
intersects point (198,198) from center

...zooming back a bit (below)
the 1500 cubit arc from G2sw
aG2sw-1500 (purple and red)
intersects the yellow dot
at the same coordinates

wide overhead view showing
the entire NE corner of G1

here i've added the angle lines
as emanating outward from G2sw
43� = yellow line upper left 
44� = white line mid center 
45� = yellow line lower right 

white dot marks the NE extension of the 1500 arc
...at coordinates: 216.66 east, and 179.66 north

zoom in on the NE corner of G1 (below)
the G1ne reference marker (green square)
is 2 cubits (and made half-transparent)
at coordinates: (220,220) from G1 center
white line is 44� radial from G2sw corner

...here, i've added a yellow line
...0.1 cubits thick (east to west)
and 3 cubits long (north to south)

showing specifically where the 44� G2sw angle
enters and exits the 2 cubit square, for G1ne
(which is perhaps interesting enough as well)

...the green and white lines are each set to 0.2 cubits thick:
and i've converted the white tube to a rectangular box (below)
to show the angle comes closest to intersecting G1ne at 44.02�
and the G1ne corner (center of the green square) is (220, 220)

almost... i can't get any more accurate than this
...but i suspect the actual angle of intersection
is probably an additional single minute of arc...
(one 60th of a degree) (three 180ths of a degree)
putting the angle at 44.0166667� (or five 300ths)

...here's the whole scene again...
this time north is up in all views

basically the same information... added a couple more dots...
i also noticed that arc aG2sw1500 intersects LL at (555, -340)
555 figures prominently in the dimensions and positioning of G3
such as "G2w-G3w" plus the length of a G3 side... (353.5+201.5)
...yet another conspicuous numerical concidence to keep in mind

...while i'm throwing down new dots... just to check their positions...
...i thought i'd measure the distance between degree points on aG2sw...

purple dot = aG2sw 43� = (179.00, 216.00)
 cube 1 43-44 midpoint = (188.50, 207.00) 43.50�
yellow dot = aG2sw 44� = (198.00, 198.00)
 cube 9 44-45 midpoint = (207,33, 188.83) 44.50�
 white dot = aG2sw 45� = (216.66, 179.66)

...at this resolution... decimal accuracy is insufficient...
...i can't divide an incremental postion by an even third...
but that's not reflective of the design
just the limits of the program
no surprises, anyways

and then i noticed something... that was just what i was keeping an eye out for
...(i just happened to be using 2 cubit diameter discs to measure) ...vesica...

...intentional or not...
...the relative positions...
between the blue and white dot
and the geometry of the vesica
adhere to a 3 cubit measurment
at the 45� ray of aG2sw for S1
(3 cubits; 45� squares root 2)
this same relationship is also
between the blue and green dot
which, while not exactly on S1
forms a double square with the
white dot: dubbed G2sw1500ne45