evelite

这种三进制数据结构是从远古朱庇特设施的颓败废墟中提取出来的，上面醒目地标记有特定的朱庇特符号或象形文字。无论这种数据对应的象形文字有何意义，其结构的内部复杂性其实是搭配跃迁引擎而设计的特定导航算法。一旦与舰船的导航系统整合并激活，这种算法将能够让舰船跃迁至其激活时在太空中所处的另一个相对位置。该数据结构实质上是借助朱庇特导航系统使用的惯性参考系，对精确但随机分离的点对点跃迁矢量进行了编码，任何现代舰船的跃迁引擎计算机都能对其进行解译。通过这种数据，可以在恒星系内的任意初始点进行一次跃迁。但其算法的固有限制似乎限定了必须与中心天体重力井保持在一定距离之内才能激活。如果从某个给定的初始点出发，那么数据可能就会通向一个特定的地点。这些地点可能是恒星系内的导航航标，通过一系列导航航标便可以前往某个最终目的地。

Extracted from the decaying ruins of an ancient Jove installation, this trinary data structure is prominently tagged with a specific Jovian symbol or pictogram. Whatever the significance of the particular pictogram associated with this data, the inner complexities of the structure are actually a specific navigation algorithm designed to work with warp drives. When integrated with ship's navigation systems and activated, this algorithm warps the vessel to a location that is relative to the position in space of the ship at the time of activation. The data structure essentially encodes a precise, though in isolation arbitrary, point-to-point warp vector using the inertial frame of reference known to be used by Jove navigation systems, which can be interpreted and acted on by any modern ship's warp drive computers. This data can be used to initiate a single warp journey from any chosen origin point within a star system, although with the restriction that the algorithm appears to inherently constrain activation to within a certain distance from a central stellar gravity well. Presumably, if a given origin point is known the data will lead to a specific location. It could be that these locations are navigational waypoints within a star system, with a chain of such leading to some ultimate destination.