KongXiang-01-Subregion-03-Grid-4-Cell-2: (22.3, 5.2, -13.7)

Concept of Layered Coordinate Systems:

The layered coordinate system essentially divides the virtual space into multiple hierarchical levels, each with its own coordinate system. This allows for better organization and efficient management of object positions, especially in large-scale virtual worlds. It helps avoid issues like precision loss when dealing with vast spaces and provides a way to better manage and query objects in specific regions.

KongXiang-01-Subregion-04-Grid-1-Cell-1: (5.63, 9.2, -19.1)

Layered Structure Design:

We can break down the virtual space into distinct layers, each with its own coordinate system. The more hierarchical levels you have, the more refined the positioning can be. The structure could look something like this:
Region: A large-scale area in the virtual world, each region having its own coordinate system.
Sub-region: A finer subdivision within a region, further splitting space into manageable sections.
Grid: A smaller subdivision within a sub-region, used for more precise object placement.
Cell: The smallest unit, representing individual object positions with the highest precision.

KongXiang-01-Subregion-05-Grid-3-Cell-1: (15.3, 8.42, -1.4)

Example:

Region-42-Subregion-3-Grid-10-Cell-5: (15.4, 7.8, -2.1)
This indicates an object located in region 42, sub-region 3, grid 10, and cell 5, with the coordinates (15.4, 7.8, -2.1).

KongXiang-01-Subregion-07-Grid-1-Cell-4: (45.2, 1.76, -8.4)

Observations of KongXiang's digital space are a work in progress and will be subject to updates.

KongXiang-01-Subregion-07-Grid-1-Cell-6: (22.2, 1.56, -1.4)