I’m sorry. Such animations are made by a sequence of picture frames from beginning to end and then looped back. When I said “each frame”, I was referring to each picture frame in the sequence. And a “pixel” refers to the smallest digital dot in a digital picture or one smallest dot on a video screen. And that anime is showing an affectance pulse (blue) traveling into and out of a gradually varying affectance field. Or in common physics, “a pulse of light traveling into and out of a mass/gravity field”.
So in making that anime, I had each picture frame show one moment in time and the picture frame represents an update for each tic of time. I think there were about 500 tics (picture frames) in that anime.
That blue affectance pulse is actually an infinite number of pulses (every tiny pulse in RM:AO is made of tinier pulses). So I could not honestly treat the entire wave as a single object without proof that it would remain a single wave and not breakup. So I had the computer calculate the distance of propagation for each tiny “pixel worth” of the pulse independently (perhaps 30-40 pixels for the blue wave). What you see as the wave moves across the screen is not a single object as far as the computer was concerned, but rather many points (pixels) of affectance traveling at their own speed.
The result was that the wave did stay as a wave, but it compressed as it traveled into the higher density affectance field (the same as a pulse of light traveling into a gravity field). The pink color wave represents how much each pixel-worth of the affectance wave was being compressed, “PtA Compression”. That wave in common physics is known as the “magnetic wave” associated with electromagnetic waves or light as depicted below;
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Note that there is a slight variation between what is shown by physics and what I have shown. The wave that physicists presume, is a wave that is already compressed such as to have a magnetic field associated (which they show at right angles to indicate polarity).
My anime is showing how the compression of the electric field occurs and what causes the magnetic wave to exist in the first place. It shows that the amount of compression or “strength of magnetic wave” will increase as a pulse of light enters a gravity field, such as from space down to Earth’s surface or light enters a material such as glass (affecting light reflection and diffraction characteristics). And also if a pulse of light is sent into space, the associated magnetic field will grow weaker.
Also as the pulse is compressed, the electric and magnetic fields are not exactly in phase with each other. That fact becomes relevant when trying to deal with particle physics. The magnetic wave goes in and out of phase as an EM pulse goes in or out of a mass gradient, such as near a nucleus or proton. And although not shown here, the phase of the magnetic to electric field is affected merely by going in or out of a strong electric field, not merely a mass field.
The point is that without the use of a “tic” and a “toe”, calculated from pure logic, I could not know that a magnetic field would behave that way. Science couldn’t have told me either. If particle physicist would adjust their calculations accordingly, their measurements would be more accurate.
Realize that physics is discovering things from “top-down” as time goes on. In a sense, I am (mentally) traveling backwards in time as I discover where physicists are currently at by deriving things from “bottom-up”, from perfect nothingness to actual physical existence. And as they discover their most insidious technology and destructive weapons, they are actually just getting closer to me. When we merge, the game is over.