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The initial Pi-Space Advanced formulas are in place whose design intent is to implement Math functions which are intuitive to use like the Newtonian ones for example but work where both v < C and v << C.

To ensure the accuracy of the methods there are JUnit methods in pispace.core.test which uses the AssertEquals method checking the two comparative methods.

The Pi-Space methods also are relativistic so they theoretically work where v < C and v << C.

There are core methods for speed, distance and time. There are also Kinetic and Potential Energy functions and ones for Pitot to name but a few.

Planetary escape values are also covered.

Presently, I have completed a mechanism to match Newtonian Trajectories and this covers the Law of the Sines and the Law of the Cosines.

Proper Time is implemented and there is an Energy Manager in place.

The Navier-Stokes implementation is derived from the Energy Manager.

The latest work I am doing is applying the Pi-Space formulas approach to ElectroMagnetism. I am doing the formulas before the documentation in this case because I have a reasonably strong theoretical foundation to work from but I will update the documentation when I find the time.

[Software Tutorial]

http://www.pispacephysicstheory.com/pdf/Just The Formulas.pdf

http://blog.pispacephysicstheory.com/

https://archive.org/details/Pi-spacePhysicsTheory

http://www.pispacephysicstheory.com/index.html

Project Members:

• Martin Brady (admin)