R2 – Rotation – Roticvision
What is R2 Roticvision? The R2 roticvision operation is the inverse of rotication. As seen in an earlier post, rotication requires an amount of rotation, an axis and a starting point to calculate the new location of a point. In contrast, roticvision requires a current point, an axis and an original starting point that are […]
R2 – Rotication
This post defines the new concept of the R2 rotication operation. It also provides examples. What is Rotication in R2? The R2 rotication operation is supported by the facts expressed in its axiom definition of operations. Rotication is a two-step operation. The first part of the operation is the same as rotation and results in a […]
Wave Number Calculator – Guide
Introduction This is the online Wave Number calculator guide. The calculator supports the R1, R2, and R3 dimensions. Chose from these using the top menu bar of the calculator. Wave Numbers use Opposite Values. Each Opposite Value consists of 3 parts. The first is the Counter. This gives the magnitude. The second part is […]
R2 – Reversal, Remain and Zero Rules
This post describes 3 more universal rules of rotation in R2, the Reversal, Remain and Zero rules. The Reversal Rule in R2 The third universal rotation rule that applies in R2 is the Reversal rule . A rotation reverses when the result of the first rotation is multiplied by the Operator of the first computation […]
R2 – Return and Orthogonal Rules
This post describes the first 2 universal rules of rotation in R2, the Return and Orthogonal. Standard Rotation Definition Rotation is a fundamental operation in Wave Numbers and is supported by the facts expressed in its axioms. A rotation moves a point represented by Opposite Values to a location represented by other Opposite Values by a circular movement […]
R2 – Rotation – Rotvision
What is R2 Rotvision? The R2 rotvision operation is the inverse of rotation. Rotation requires an amount of rotation, a single point axis and a starting point in order to calculate the new location of a point. In contrast, rotvision requires a current point, a single point axis and an original starting point that are […]
R2 – Geometry and Trigonometry
Discover how Wave Numbers use angles, radians and trigonometric functions.
R2 – Complex Rotations
Rotate about points other than the origin using a formula.
R2 – Rotation – Definition, Flipping and Prop
Understanding rotation in R2 is easier with the post-it-note prop.
R2 – Logs
This post covers the definition of R2 logs, logarithm formulae and provides some examples. Definition Wikipedia defines logs as follows: ‘In mathematics, logarithm (log) is the inverse function to exponentiation. That means the logarithm of a given number x is the exponent to which another fixed number, the base b, must be raised, to produce that number x.’ Logs are useful in expressing […]