As the subject approaches the speed of light relative to the observer the plane of the subject rotates on the Y axis tilting from the observer creating a warped rectangle shortening length, stretching time as the subject is moving down a spacetime hole and not along the same spacetime trajectory of the observer..

When the small cube is placed outside the larger cube it is the timeline view and shows the spin of the subject plane into the y axis and if switched would show the observer plane shift out of Y axis.

When the small cube is placed inside the larger cube the traditional hypercube you would see the quantum and hypersphere view and how the quark anti quark and the standard model will work and how it is connected to the hypersphere and will connect to the wave function of the particle.

Note it will also intuitively show that the hypersphere can also be placed in timeline view to understand out Electromagnetic world more effectively.

We need to start graphing on the hyper-cube not just the plane.

If you need the basic numbers so you can do your own graphs to you can analyze yourself.

Relativity spread sheets.

I will explain it again so I hope I don't have to do the movies -(huge pain in the ass).

When a subject goes faster than the observer the length shortens, the mass increases (space warps), and time dilates.

The 2D graph is the triangle of the drop of the angle of speed (relative). Easy right triangle.

Then subtract the change of lambda Lorentz transformation for the length perceived - the rest of the hypotenuse is the kinetic energy.

Then rotate the angle to 5, 10,15 ,20 etc. Then you need to add either an ellipse rotated into Z or shift a circle center by the result..

Both options valid depending upon POV.

That is a massive project.

so please save me the work.