◉Examination of possible star trajectory appearance with Concave
◉Perspective view from outside of internal CE-SC sphere of stars (planets not marked). Screen dump, Blender [free software!] v2.79/GLX animation. I made similar but simpler some longer time ago ❟
◉I show that motion circles of star points relates intensively with moving of point of view (I think also with the inversion transformation of XYZ „interplanetary” space coordinates) ❟
◉Partially theoretical (see idealization of theoretical model in good encyclopedia), I omitted the more „complicated” stuff with light propagation paths, when light (sunlight etc., I mean optics INSIDE CE cosmos) bends with combination of inversion equations of cosmic space plus glassy firmament optical refraction (object image 's shape changing through material, ... lensing of light, lake water deforming etc. ....) w/ color shift (as with sun & moon, especially clouds red–orange highlight on daytime border) –– but inversion mathematics geometry makes 95% of job❟
◉Ball shape of stars/galaxies is a LAYER of cellular universe, as Holy Bible states (see my blogs). The cosmos stuff is packed IN the Earth's crust, space transformation is present.
*****TODO:: ◉Another video (to make more complete image) will contain appearance from the viewpoint of the copernic 's model.
#firmament #modelling #3dgraphics #stars #concaveearth #starlight #cosmos #spheres #physics #study #indepthanalysis #blender #glx #rendering #lightpath #computergraphicsvideos #anotherdimension #geography #earthscience #project #visualization #skycentrism
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