Revealing the Holy Grail

Section 1

Grand Pyramid Design Project

A Fantasy in Seven Parts

by David J Gullick



Part 6

Perspectives and Orientation

Notes for the included figures and tables -

'figures' are scans of sketches and diagrams.
'tables' are screen captures of spreadsheets and are shown as two areas;
1.   TEST-INPUT the top box (one line) is the variable data input,
2.   TEST-RESULTS the bottom box (large area) is the calculated results.
The angular data in TEST-RESULTS column two will include the + or - sign.
The angular data in Degs Mins Secs columns do not include the + or - sign.

6.1
Viewing the Grand Pyramids

We shall now rotate the Pyramids thru 45 degrees so that the north face is oriented to the north-east. The faces are precisely aligned with the Helio-Marker. The opposite faces will, of course, be closely aligned to Target-2 and Target-3.

The precise angular degree values used in the DATA-INPUT fields are the angles to the centre of the particular Pyramid.

The TEST-RESULTS distance data is in inches and is relative to the midface north-east Reference point (neR) for each table shown.

6.1.1
Viewing from the Helio-Marker

In the following tables (table-6.1.1xx) we see the difference in distance from the Helio-Marker to the north-east midface point and the north and east corners. Note that the distance values are symetrical, as we are aligned to and viewing from the Helio-Marker.

table-6.1.1a shows the 1st Pyramid viewed from the Helio-Marker.



table-6.1.1b shows the 2nd Pyramid viewed from the Helio-Marker.



table-6.1.1c shows the 3rd Pyramid viewed from the Helio-Marker.



6.1.2
Viewing from Target-1

In each of the tables (6.1.2xx) we see the difference in distance from Target-1 to the north-east midface point and the north and east corners. Note that the distances are not symetrical, as we are aligned with the Helio-Marker but viewing from Target-1.

table-6.1.2a shows the 1st Pyramid viewed from Target-1.



table-6.1.2b shows the 2nd Pyramid viewed from Target-1.



table-6.1.2c shows the 3rd Pyramid viewed from Target-1.



6.1.3
3rd Grand Pyramid

Recalling the closing comments in Part-5.2 and figure-5.2c that "The 3rd Grand Pyramid....lies on the opposite side of the Meridian compared to the 2nd Grand Pyramid", it would appear that the designer was attempting to 'align with' or 'be in view of' both Target-1 and the Heliopolis area without the obscurity of the 1st and 2nd Pyramids. Recalling figure-5.2c...

figure-5.2c shows a plan view of the three Grand Pyramid centres referenced to the Helio-Marker.



figure-6.1a shows the 3rd Grand Pyramid rotated 45 degrees and aligned with the Helio-Marker.



table-6.1.3a shows the 3rd Pyramid viewed from the Helio-Marker with 43.2 degs subtracted from all data.



table-6.1.3b shows the 3rd Pyramid viewed from the Helio-Marker with 43.2 degs subtracted from all data. The pyramid centre is relocated 50 feet or 600 inches south-west from its present location, tangential to the 43.2 degree reference line.



table-6.1.3c shows the 3rd Pyramid viewed from the Helio-Marker with 43.4 degs subtracted from all data. The pyramid centre is relocated 50 feet or 600 inches south-west from its present location tangential to the 43.2 degree reference line.



It is interesting to see that the 3rd Pyramid viewed from the Helio-Marker, with its centre now exactly 50 feet or 600 inches south-west from the present centre, tangential to the 43.2 degree Master Reference line, now aligns along a 43.4 degree or 43 degs 24 mins 0.0 secs line. This coincidence is rather curious.

Let us note that Petries measurements were about 12-13 minutes mis-alignment for the south and east faces, and 16-17 minutes for the north face. This calls for more information as to why it is about 7 minutes off. A mere error in position would readily account for this. In fact, new positions may be calculated and discussed later.

6.2
Consideration of paragraph 6.1

For accurate convergence at the Helio-Marker each Pyramid needs a curved face with the midface point being inset at the distances indicated. This, of course, is an arc whose radius would be the distance from the Helio-Marker to a Pyramid north-east face corner.

figure-6.2a shows the Grand Pyramid aligned with the Helio-Marker.

figure-6.2a

An arc would be very difficult to construct as the face is also sloping. A practical solution would be to make it as straight lines from midface to the corners.

figure-6.2b shows the Grand Pyramid aligned with the Helio-Marker.
figure-6.2b

The following midface inset distances would apply to the 1st Pyramid at Giza for convergence (focussing) at the following locations:-
'focusing'

  at Helio-Marker     12.57 inches inset  
  at Heliopolis   11.34 inches inset  
  at Heliopolis + 1.4 miles     10.33 inches inset  

Does this explain why the Great Pyramid
has a bend in it's north face?

table-6.2.1 shows the 1st Grand Pyramid viewed from the three locations, referenced to the Grand Pyramid mid-face centre.


6.3
Lightspeed and Giza

In Part-5.6.2 and Part-5.7 the embodiment of the speed of light with regard to the position of Heliopolis, the Helio-Marker and Giza were commented on. We now know from the above tables and figures, that the Helio-Marker is precisely 13 statute miles from the 1st Grand Pyramid. How coincidental it is that 13 is the exact number of seconds it takes for light to traverse from Target-1 to Giza.
'speed of light'

  2,422,222.222 miles / 13     186,325 miles per seccond  
  speed of light in air     186,320 miles per second  
  speed of light in a vacuum     186,282 miles per second  

Doubtless this could lead to much speculation about modulated light.

~ End of Part 6 ~

go to Part 5                 go to Part 7

COPYRIGHT ©
David J Gullick
Inherent Solutions
Toronto
November 2000
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