Unfortunate, but I have to agree with you. The further I get into his papers, the more I find him attacking other systems rather than developing his own. At least he does point out some long-standing errors in physics, which allows me to reevaluate those points in the context of RS2 (up to now I have been unaware of them, since I never studied the history of physics).He seems to be right about a lot of things but equally misguided about many others.
I do concur with his conclusions regarding the unity-delta Calculus and the nonexistence of the point (and plane)-- with applicability in the natural reference system. They are diagrammatic (coordinate) concepts that only have a place in extension space (or time). I have updated the material on the RS2 main site to reflect these differences.
In the natural reference system, all we have is motion (speed), so there logically cannot be any concept such as a point, radius, or length. Those are outside the concept of a universe of motion, in that reference system. All there can be is motion.
I concur that pi=4 does not make intuitive sense. 4 is what you get for a perimeter, if you circumscribe a square on a circle. It is intuitively obvious that an inscribed circle in a square would have a shorter circumference than the square's perimeter.
But on the other hand, Larson's RS defines a discrete universe, with a minimum quantity of 1 natural unit, and one cannot change direction within a unit. Therefore, if you create a circle with a radius of 1 natural unit, the smallest circle possible, it will have a circumference of 8 and a pi=4! This is because you cannot change direction within a unit, so the circumference is drawn as the perimeter of a 2x2 square, approximating a circle. The actual value of pi is approached as the radius approaches infinity. So I learned something new there about pi. Idea from Mathis, translated to Larson's universe.
I have not yet read his papers on gravity, the imaginary number or yin-yang. If one precludes yin, you cannot have an imaginary quantity that is a rotational operator. It looks like he is making the same error that conventional science and Larson do, by assuming a yang, observable and measurable universe ONLY. Larson got around a bit of it by simulating yin with the rotational base (unnecessary in RS2).
Regarding the phi ratio... I have been analyzing the spiral and helix, as motion concepts, which has turned up some interesting things. For one, velocity is a 1D concept and must be linear, as Mathis states. BUT, look at the definition of a circle: r2 = x2 + y2. That indicates that the 2D concept of velocity, v2, is a curve, not a line--most likely the "orbital velocity" Mathis is seeking. Since the helix is a linear velocity combined with an orbital velocity, you get v1 x v2 = v3, meaning these spiral functions are a 3D concept of velocity, which fits in with your concept of the phi ratio being a geometric expression of 3D motion.
That infers that 3D motion are spiral in nature, and the phrase "gravity spiraling down" may be quite literal. It also indicates that EM radiation, being a composite of 1D and 2D velocity, is also helical in its coordinate projection.
Still thinking on the concepts.