12-24-2017, 06:42 PM

...

One excellent aspect of doing all this ancient pyramid geometry again,

is that I have made definite improvements with older images,

and along the way some new discovery has been made.

We are approaching the Khafre Pyramid 3-4-5 triangle geometry,

from the tetrahedral geometry connection,

to the Khafre Corner Angles.

If you do understand or believe that the Khafre Pyramid,

fundamental geometry,

is the 3-4-5 triangle,

then this proceeding work is not for your discretion.

The pyramid geometry is simple and fundamental.

The adaptations the Egyptians applied with dimensional lengths and height,

are an ancient cultural math science application to that fundamental geometry.

That part will be gotten to soon enough.

The last post showed how the Khafre pyramid geometry,

could be constructed by connecting tetrahedral sqaure root two rectangles.

This post shows how the tetrahedral configured mounds,

at Cydonia on Mars,

will also present the Khafre Pyramid 3-4-5 triangle geometry,

when the geometry is expanded in grid replication.

On Mars,

at Cydonia,

the tetrahedral hexad mounds are displayed in --- Image 1.

{Horace Crater UTSI}

Image 2:

takes the mounds tetrahedral configuration,

and produces a flip mirror symmetry that is connected together.

As the four hexads are conjoined,

a new line {in blue} is drawn from mound P to mound D,

---> creating the angle y <---

which is the EXACT -- Corner Angle of the Khafre Pyramid completed 3-4-5 triangle geometry.

Image 3:

shows the Khafre Pyramid as an Octahedral crystal {two pyramids base to base}

and one has to envision,

with the instructions in yellow {upper left of image 3},

how ---two sets -- of tetrahedral hexads -- are cross sected through each other,

along the vertical central axis,

this creating the Khafre Pyramid Octahedral.

image 1

Image 2:

Image 3 -- The Khafre Pyramid Octahedral Crystal

...

One excellent aspect of doing all this ancient pyramid geometry again,

is that I have made definite improvements with older images,

and along the way some new discovery has been made.

We are approaching the Khafre Pyramid 3-4-5 triangle geometry,

from the tetrahedral geometry connection,

to the Khafre Corner Angles.

If you do understand or believe that the Khafre Pyramid,

fundamental geometry,

is the 3-4-5 triangle,

then this proceeding work is not for your discretion.

The pyramid geometry is simple and fundamental.

The adaptations the Egyptians applied with dimensional lengths and height,

are an ancient cultural math science application to that fundamental geometry.

That part will be gotten to soon enough.

The last post showed how the Khafre pyramid geometry,

could be constructed by connecting tetrahedral sqaure root two rectangles.

This post shows how the tetrahedral configured mounds,

at Cydonia on Mars,

will also present the Khafre Pyramid 3-4-5 triangle geometry,

when the geometry is expanded in grid replication.

On Mars,

at Cydonia,

the tetrahedral hexad mounds are displayed in --- Image 1.

{Horace Crater UTSI}

Image 2:

takes the mounds tetrahedral configuration,

and produces a flip mirror symmetry that is connected together.

As the four hexads are conjoined,

a new line {in blue} is drawn from mound P to mound D,

---> creating the angle y <---

which is the EXACT -- Corner Angle of the Khafre Pyramid completed 3-4-5 triangle geometry.

Image 3:

shows the Khafre Pyramid as an Octahedral crystal {two pyramids base to base}

and one has to envision,

with the instructions in yellow {upper left of image 3},

how ---two sets -- of tetrahedral hexads -- are cross sected through each other,

along the vertical central axis,

this creating the Khafre Pyramid Octahedral.

image 1

Image 2:

Image 3 -- The Khafre Pyramid Octahedral Crystal

...