Polytechnic Integration - Part 4 of GDCode

Cubodal aspects utilized differently for shelter and mobile artifacts are joined with concepts extended to general linking intermediaries that facilitate polytechnic accommodation via polyhedral integration.

Geometric discordance between the square of shelter and transport's triangle is resolved by spherical projection whose circular commonality attunes to the celestial cube/macrocosmic wheel interface. After the big wheel guides wall slots and annexation roofs, its neutralized version's wings adjust to both celestial projections for a full integration. The formula employed then spawns a tetrahedron whose orthogonality qualifies a cube link for all cubodal orientations. Spheres centered on link corners express the geometric common denominator of all interfaces joined.

The above gallery comprises a Polytechnic Integration preview explained by the topics below:

1.Planar Discord - planar discord reduction; spherical projection; octahedral transformation; biplanar circular commonality; east/west wall expression
2.Shelter/Transport Fusion - macrocosmic wheel positioning; wheel squares to polar wall, roof annexation; hex-shifted triangles to polar cross gable; fusion formula adjustment
3.Universal Linking - fusion formula tetrahedron equivalence; tetrahedral/cube relationship; theoretical direct linking of prime cubodal orientations
4.Link Configurations - cube link template incorporation; vector relevance; link spheres; corner sphere ratios; radial sectioning; link arrays; miscellaneous 2D linking schemes

For the most detailed treatment of Part 4, go here to download its corresponding PDF