The effect of Relativity on planetary orbits

There has been much theory written about how planetary orbits function.
Most theorists simply accept the claim that Relativity is required in understanding
how orbits operate. Those claims are not acceptable in a genuine computational paradigm.

The following article examines this in detail:

http://www.flight-light-and-spin.com/simulator/relativity-orbit-solar-system.htm

It uses precise algorithms to prove that:

If gravity is computed to move at the speed of light then
the orbit of the moon would recede from the Earth at 400m per orbit,
and the Alpha Centauri binary would separate at 1.4 million km per orbit.
Jupiter would recede from the Sun at 800km per orbit if gravity was delayed.

These are all impossible scenarios, thus gravity defies Einstein
and moves virtually instantly across space.

In 2017 the Nobel prize was awarded for claiming to prove gravity moves at light-speed.
That was a false study. The LIGO experiment gw140915 is deconstructed with excruciating detail here:

http://www.flight-light-and-spin.com/LIGO/analysis-gw150914.htm