Volker.Doormann

Relevant angles alpha in astrology are all integer values of alpha’s computing: 4 * sqr(cos(alpha)) . The relevance of such aspects is gained by an enhanced number of such aspect at the same time. If there are ten bodies from moon (n=1) to pluto (n=10) with geocentric angle positions on the ecliptic length pos(n) and calculates some arbitrary values I using the astrologically relevant angles 4 * sqr(cos(alpha)) in the following algorithm for each five minutes over a month -

for i := 1 to 10 do
for k := 1 to 10 do
begin
alpha := diff(pos[i],pos[k]);
{diff(a,b) computes the ecliptic length angle distance of 2 bodies}
if (k<>i) and (k>i) then
begin
y := 4 * sqr(cos(alpha));
y0 := abs(0-y);
y1 := abs(1-y);
y2 := abs(2-y);
y3 := abs(3-y);
y4 := abs(4-y);
z0 := 1/(y0+0.005);
z1 := 1/(y1+0.005);
z2 := 1/(y2+0.005);
z3 := 1/(y3+0.005);
z4 := 1/(y4+0.005);
I := I + (z0+z1+z2+z3+z4);
end;
end;

- one can find a max. value of I in the month of January 1995 on the 16th at 20:47 UT. Using this same algorithm to compute the value of I for the month January 2001, one can find again a max. value on the 26Th at 03:17 UT. The interesting point on this is, that on 16. January 1995 at 20:47 UT there was a big earthquake in Kobe, Japan doormann.tripod.com/19950116.gif and on 26. January 2001 at 03.17 UT a big earthquake in India doormann.tripod.com/260101.gif

Volker

SULPHUR

To make it simplier define any angle. i e what is an angle?

echidna

Volker, please be so good as to predict the NEXT big earthquake, with similar accuracy.

Volker.Doormann

Sorry, but the angle can not be free defined, because the angle must be calculated from exact that time of each 5 minutes interval from the geocentric sky position in ecliptic coordinates of all 10 bodies (Moon until Pluto) at that exact time interval. You can find also this angle positions in Ephemerides in day intervals.

SULPHUR

Think of explaining the term angle to a 12 year old

Volker.Doormann

Upps?

Imagine there is a wall some 3 feet high with a corner from which the wall runs rectangular straigth along both sides. If you define the exaxt point of the corner peak as 'C' and the one side of the wall left with 'A' and the other right side of the wall with 'B', then you can define every part of a circle, that's center is on point 'C', measured from 'A' to 'B' as an angle in this case of about 90°, because we have assumed a rectangular corner.

The relation to the planets is, that the point 'C' is the center of the earth, and the plane on the wall is the plane of the ecliptic, defined as the plane where the earth is runnung round the sun in a year and the sides 'A' and 'B' are per example straight directions to planets as p.e. Venus and Jupiter. As in the case of the angle on the wall, the angle depends not on the length of the wall side or rigth to the center of the circle 'C', The distance to the planet can be as long (Jupiter) or short (Venus), the angle is allways independet from the distance. The angle is measured in ° or in radian. The value for an angle of a full circle is 360° or 2 * Pi.

Volker

SULPHUR

Remember these are average 12 year olds !!!

ps418

For that matter, predict any type of event consistently with an accuracy better than educated guessing. I'll be holding my breath. But actually I won't.
Patrick

Volker.Doormann

But you are not.

EOD

SULPHUR

It is a problem isn't it.