Norfir/Vaū/Spokes

## Basic Structure:

Note: Spokes connect to all the edge connector structures except for the north and south points, at which there are the 2 pillars.

* Shape: Cylinder
* Diameter: 100 km
* Top Side Pin Length: 11,500 km
* Top Side Prominence: 1,500 km
* Bottom Side Pin Length: 51,500 km
* Total Length: 63,000 km
* Total Number: 10
* Surface Area: -- km^2

Note 2: Unlike the Axles, the Spokes go through the hole in the edge connectors and protrude out both ends. Because of this there is the top side and bottom side of the Spokes. The distinction between each side is the point where the bottom of the edge connector is, so once the bottom side of the Spoke starts going through the edge connector, it is then considered part of the top side of the Spoke.

### Spacial Distortion:

The spokes exist within their own space parallel and equal to the normal space in which everything around the spokes exists within. This space that the spokes fill up overlaps, is invisible, and cannot be accessed unless through the portal at either end of the spokes. Due to this purposeful spacial distortion, the spokes can fulfil their job of helping to hold the Oz Riius Mega Structure in place and keep it rotating steadily all the while hiding the spokes themselves from being seen from the outside and causing any other physical interference (for birds and such)

## SE Connector Structure:

* Shape: Pentagonal Prism
* Hole Diameter: 1,000 km
* Connector Diameter: ~10,000 km
* Connector Thickness: 10,000 km
* Connector Total: 10
* Bridge Shape: Upside down triangle
* Bridge Length: 450 km
* Bridge Width: 75 km
* Bridge Thickness: 37.5 km
* Bridge Number per Connector: 5
* Bridge Total: 50
* Total Surface Area: ---

## Lighthouses:

Note: Lighthouses are structures that help connect spokes to the connector structure on their bottom side as well as protect it and acts as a place of shelter / residence for any who need it. Besides this, their primary purpose is to provide light as well as a sense of night & day time to the bottom side of the SE connectors.

### General Stats:

* Shape: Cascading Tubular Polygonal Segments of increasing / decreasing size
* Number of Sides: 25
* Support Beam Thickness: 2.5 km
* Support Beam Length: 25 km
* Number of Support Beams per Tube: 25
* Total per Lighthouse: 75
* Intermediary Space Length : 25 km

### Light:

* Hollow Core: 100 km
* Diameter: 101 km
* Length: 101 km

### Polygonal Tube 1:

* Hollow Core: 101 km
* Diameter: 111 km
* Length: 200 km

### Polygonal Tube 2:

* Hollow Core: 111 km
* Diameter: 121 km
* Length: 200 km

### Polygonal Tube 3:

* Hollow Core: 121 km
* Diameter: 131 km
* Length: 200 km

### Base:

* Hollow Core: 131 km
* Diameter: 151 km
* Side Width: ~17.8 km
* Length: 200 km
* Prominence: 100 km
* Beams:
	+ Thickness: 7.5 km
	+ Vertical Length: 100 km
	+ Horizontal Length: 100 km
	+ Number: 25
* Ramps:
	+ Thickness: 5 km
	+ Vertical length: 100 km
	+ Horizontal Length: 100 km
	+ Number per Side: 2
	+ Total: 50
	+ Elevator Floor Width: 100 m
	+ Elevator Floor Length: 100 m
	+ Number per Ramp 2:
	+ Total: 100
* Bridges
	+ Shape: Upside Down Triangle
	+ Width:
	+ Length: 325.5
	+ Thickness:
	+ Number: 5

Note (Day Cycle): The Lighthouses have a telescopic feature in where the each smaller segment slides into the next larger one. This happens on a daily cycle in where it shrinks down for nighttime and rises up for daytime. At midday, the Lighthouses are stretched out to their peak height.

Note (Tracks): The way that the segments slide into each other is by the use of a magically powered mechanical track that runs up/down the segments walls in line with the support beams. There is one track on the inside that protrudes out of the wall and one on the outside of each segment that is sunken into the wall. There is one outward and inward track per support beam and each outward tracks fits into its respective inward track.

Note (Elevators): For every individual track there is an elevator that runs along the inner portion of it. These elevators sit to the left side on each track rather than the middle so that when all the segments are slid back into one another that the elevators don't occupy the same space and accidentally risk crushing each other. (Like a suspended monorail and normal monorail in parallel vertically would cause two trains to crash vs having the suspended monorail next to the normal one.

## Cables:

Note: Relatively thin tubular structures which connect the sun to the rest of the Oz Riius Mega Structure as well as keep it fixed in place. The Cables go into a parallel space as they connect to the sun so they are both invisible and intangible from the outside and can only be perceived from the hollow inside. The way to enter the inside of a Cable is through either end of it, one inside the sun and the other connecting to the citadels / topsides of the Spokes.

* Shape: Hollow Cylinder
* Hollow Core: 7.5 km
* Diameter: 10 km
* Length: -- km
* Inner Surface Area: --- km^2
* Outer Surface Area: --- km^2
* Total Number: 10
* Total Inner Surface Area: --- km^2
* Total Outer Surface Area: --- km^2

### Pocket Dimensions:

The cables exist within their own private pocket dimension each, with two portals per pocket dimension. The portals on one side is affixed to the top of the spokes and thus move freely with them, but the portals at the other end of each pocket dimension are affixed to the single point space they exist at. This means that the sun which is connected to the cables at these points is also completely fixed rigidly in space.

The pocket dimension also have another difference to the spacial distortion of the spokes. This difference is scale. The spacial distortion of the spokes were equal and parallel to the space it overlapped, and this means that there is a 1:1 scale. This is not true though for the pocket dimensions that the cables travel through. With these pocket dimensions, the length scale is 100:1. This means that travel distance of 1 within the pocket dimension is equal to 100 outside of it. This scaling allows the cables to be 100x shorter than would otherwise be necessary.

## Citadels:

Note: Citadels are structures that help connect the top side of the spokes and the cables together. They also act as protection for the connections between these points as well as a place of residence / shelter.

* Roof Height: 30 km
* Usable Height: 15 km
* Floor Height: 30 km
* Outer Radius from Spoke: 45 km