I recently gave a write up on Gaussian arrays
As a sample which was not directed for any
desirable I laid out the following

All of the elements were placed above each other purely
to make things easier to do plus it being an unusual
arrangement probably never seen before.

Coordinates ( perfect ground) Inches
X Y Z

0 209.46 927.1
0 198.25 973.97
0 172.78 822.86
0 219.83 964.4
0 185.53 922.4

With 1" dia elements
my results were
Impedance 48.5 + j 0.1
Horiz gain 8.12 dbi @ 12 deg
Rc gain 5.11 dbic

Since I am not sure of the capabilities of EZNEC
or other programs
I also supply the following

All elements driven impedances are
6.58 + j56.9
-5.28 - j 37.6
-5.00 -125
9.35 + 58.5
-16.2 - j205

Now I need the help from anybody with a engineering degree
which wipes out Richard since his only intent is to ridicule,
or deceive anyway, to confirm the following

For a Gaussian field the energy radiated
by the array as a whole ( feed element 1 )
must equal the sum of the energy
supplied from each individual element.

Questions.
1. Am I correct in saying this?
2. Does the above array rank in any way
as a Gaussian array.?

Frankly, one or more of you is an academic so I really am
pointing at you for direction so I can be sure that my
program has not somehow become corrupted
I am sharing this with you so can you share
your input with me? If you prefer to communicate
by E mail with me that is fine since we know that
the lips of some will spew
Art