Extra-topographic Guidelines - Part 7 of GDCode

After making some grid accommodation for alien disc geometry, design of artifacts seen as projecting from earth architecturally, electromagnetically, and independently are explored.

Special ground design schemes that accommodate disc geometry are necessary to give any circular-based form code consistency by any cubodal angle keyed to it. Another class of structures conform to code geometry by special features like minimum slopes of vertical waves suitable for tower design. The disc orientation offering the steepest angles is also shown to parallel conventional models of electro- magnetic wave propagation. The dipole dynamic involved suggests a 3rd wheel orientation in which iso-gravitational surfaces are transcended - as is the case of the rocket.

The above gallery poses an ET Guidelines preview explained by the sequential topics below:

1.Grid Aliens - disc positioning; concentric grid rings; outer grid juncture, inner disc ring; spherical, paraboloidal domes; negative angles; perimeter design; toroidal forms
2.Code-keyed Structures - angle to form feature; cones, cylinders, and ellipsoids; vertical waves; minimum slopes; quarter wave versions; tower application
3.Cuboda EM Wave Model - electric field vectors; dipole motion; magnetic transformation; uncertainty manifestation; e-field-to-Poynting vectors; 3-vector orthogonalization
4.Rocket Carrier - anti-planar motion; cubodal disc verticality/cylindrical fusion; disc-keyed de Laval nozzle; nose cone design; universal stowage; launch pad design

For the most detailed treatment of Part 7, go here to download its corresponding PDF