Swinging around vertical and horizontal Axis
At previous chapter Swinging Disc was described, Local Ethermovement in principle is swinging around equatorial plane. At previous chapter Circulating Wave now was described, not only swinging at plane of equator exists but same time also circling movements around horizontal axis are necessary. At picture 03.06.01 schematically this is shown once more.
At this picture left side at A is drawn observed ether point (S) and track of its swinging (VS) around vertical axis. Below is marked a point of (relative resting) Free Ether (F). Between both points, within cone-shaped balancing area (VA) swinging around vertical axis is fading.
At this picture right side at B is drawn swinging motion around horizontal axis (HS), also with its balancing area (HA) towards a point of Free Ether (F) right side at border of equatorial plane.
At this picture at C schematically is shown, addition of both movements results a track some inclined versus equatorial plane.
At this picture at D are drawn four connecting lines to four points of Free Ether (black). Observed ether point (red) is positioned at its track right side up. Lengths of distances from this point to Free Ether are different (here extremely overdrawn), resulting different bending of connecting lines.
Left/right, up/down, frontside/backside
At earlier pictures and animations, movement at equatorial plane was drawn left-turning (by view top down). Now is assumed, movement around horizontal axis is left-turning. So resulting of was circulating wave, running clock-wise around centre. Thus at following pictures and animations movement at equatorial plane is drawn right-turning (by view top down).
Within universe exists no left/right, up/down or frontside/backside. This problem is discussed by later chapter Movement´s Directions and also reasons, why left-turning is prevailing direction.
This animation demonstrates approximately, how connecting lines are bended and twisted based on central swinging motions. Into direction of each smallest distance towards Free Ether, most wide bending is demanded, while at each opposite side bending is much more flat.
Right side, observed point is upside of equatorial plane and also bow of connecting line towards right side is bended upwards. Red point then wanders towards frontside, coming to equatorial level, connecting line there shows strong bending left side, thus into turning sense of circulating wave. Some later at left side, this bow moves downward. If red point is backside of picture, bow of connecting line again shows ahead into turning sense (thus there to right side).
So these connecting lines at equatorial plane not at all represent simple cones of balancing areas, but are swinging movements of complex kind, into different directions by different shapes, thus not uniform.
These ´wheels´ of circulating wave (of previous chapter) thus are not positioned at same level and connecting lines don´t swing around horizontal axis exactly. These connecting lines preferably swing upside of X-axis (here right side) resp. below (here left side). Into directions cross to that axis, connecting lines swing prevailing ahead (into turning sense) of each Z-axis.
Vertical balancing area, up to now was simply drawn as cone with straight connecting lines. Now objectives of this chapter are to detail description of movements alongside vertical axis in principle.
At picture 03.06.02 are shown four still frames of previous animation. At A, observed ether point (red) is positioned upside of X-axis and connecting line there (marked blue) also shows high bow upwards).
At B and C this ether point swings to left side, strong bow of connecting line is shifted ahead-left-side. At D, ether point is below X-axis and connecting line is strongly bended also downwards.
Transport of Material
Original high ´mountain´ at A becomes flat hill, original small hollow becomes deep valley at D. Synchronously to circulating wave (of previous chapter) thus ´material´ is to shift via ´poles´ towards left resp. opposite to right side. Naturally this motion is not done by linear movement to and fro, but also while swinging around vertical axis.
At picture 03.06.04 at A once more previous starting situation is drawn, thus with observed ether point right-upside X-axis. Connecting line alongside this axis is marked blue. Cross to this axis is drawn Z-axis and corresponding connecting line is drawn grey.
Now also are drawn vertical Y-axis and connecting line (red) between ´north- and south-poles´. If actually ether volume is at ´blue hill´, material had to be lifted from downside, thus (red) connecting line downside shows bow to right side. Opposite, upside of blue mountain, ether volume had to escape, thus upper part of red connecting line is dented resp. bended to left side.
At this picture at B, observed ether point has moved to left side. There is drawn blue connecting line (now with valley left side) and also red connecting line (alongside Y-axis). This vertical connecting line at its upper part now is bended left side towards deep valley, while lower part of connecting line is dented to right side.
Naturally, connecting lines exist from all points of Free Ether towards observed point. Here are drawn (black) only some lines at this X-Y-plane between blue and red connecting lines. So at previous ´transport of materials´ is involved total surrounding area, practically a sphere-shaped space of Local Ethermovement (of which here is drawn only cross sectional view onto X-Y-plane).
Rolling around vertical Axis
At picture 03.06.05 space of Local Ethermovement is drawn as yellow sphere by diagonal view onto central, inclined plane of movement´s track. Pointed out (red) is movement only around vertical axis (however extremely overdrawn).
At this picture left side are drawn positions of observed ether point while its motion at frontside, at this picture right side are drawn its positions while moving at background. There are drawn each bended connecting lines.
At this animation is visualized, how this observed connecting line changes shape while rolling around. This line keeps constant length (appearing here by different lengths only by over-drawning and perspective). While swinging around vertical axis, connecting line however shows steady changing bending and winding.
Instead of earlier linear connecting lines within cone-shaped balancing area, thus now appear tumbling motions around vertical axis. Only by these complex movements, whole volumes of ether in motions is shifted that kind, previous described central movement comes true, so locally limited Bounded Ether can exist.
Potential-Vortex-Cloud
At picture 03.06.07 is shown X-Y-plane once more, now by view direct onto Z-axis. Central movement of observed ether point now is drawn some smaller (really however, it is smaller by millions in relation to circumference of whole Local Ethermovement).
Again here are drawn connecting lines alongside X- and Y-axis with their different shapes and positions. Corresponding animation visualizes movement´s process of both lines.
By considerations of this and previous chapter, thus essential principle of Local Ethermovement results following points of view..
At centre exist swinging movements at relative large tracks. This track results of at least two overlaying circled motions right angled to each other, thus track is inclined versus equatorial plane. Resulting movements are not symmetric and uniform round about centre. In general, wave circulates around centre at equatorial plane, resulting of phase-shifted circled motions. However also fulcrums of these circles are not everywhere at same level and radius vary while rotation (resp. are mixture of overlaying circled motions by itself).
Again some other shape shows twisting motion around vertical axis, in order to shift resp. equalize ether volumes of mountains and valleys of wave. Between movements at horizontal plane and movements around vertical axis, movement´s pattern merge smoothly one into another.
There is motion not only at centre but also within wide balancing area around, practically within large sphere reaching out to (relative resting) Free Ether. Near centre, movements are running at relative stretched tracks, while movements occur at each smaller radius towards periphery. As a whole, ether volume in motion is extremely larger than volume-part of centre.
As I called Universal Ethermovement running at ´Spiral-Cluster-Tracks´, now Local Ethermovement analogue is to call ´Potential-Vortex-Cloud´. Opposite to rigid vortex (maximum speed at periphery e.g. like at wheel), potential-vortex shows most intensive motion at or nearby centre, e.g. like whirlwind etc.
Potential vortices like these are rather flat (e.g. tornados) or are flowing vortices (e.g. like outlet of bath tub). Local ether movements however are round shaped, so these vortices are spheres. As inside however exist most different ´flows´, I prefer term of ´cloud´ (even not comparable in total). So here term ´Potential-Vortex-Cloud´ is used equivalent to Local Ethermovement.
These complex pattern of movements demand bending and winding of ether within ether. That´s not easy to imagine within gapless ether. So at following chapter ´Bending and Winding´ are discussed possibility like necessity of this kind of movements in details.