单命令球体生成¶

本页介绍一个基于执行分叉和旋转向量的球体采样方案。

前置知识

建议先阅读分叉执行。

准备旋转锚点¶

BP/functions/wiki/sphere/setup.mcfunction

# 召唤两艘船作为旋转锚点
summon boat ~~1~ 0 -90
summon boat ~~1~ 180 90 none
tag @e[type=boat,c=2] add wiki:r

主命令¶

BP/functions/wiki/sphere/run.mcfunction

execute positioned 0 0 0 rotated as @e[tag=wiki:r] positioned ^1^^ rotated as @e[tag=wiki:r] rotated ~ 0 positioned ^^^1 rotated as @e[tag=wiki:r] positioned ^1.414^^ facing 0 0 0 positioned 0 0 0 positioned ^^^1 rotated as @e[tag=wiki:r] positioned ^1^^ facing 0 0 0 positioned 0 0 0 positioned ^^^1 rotated as @e[tag=wiki:r] positioned ^1^^ facing 0 0 0 positioned 0 0 0 positioned ^^^1 rotated as @e[tag=wiki:r] positioned ^^^1 rotated as @e[tag=wiki:r] positioned ^^^1.414 facing 0 0 0 positioned 0 0 0 positioned ^^^1 rotated as @e[tag=wiki:r] positioned ^^^1 facing 0 0 0 positioned 0 0 0 positioned ^^^1 rotated as @e[tag=wiki:r] positioned ^^^1 facing 0 0 0 positioned as @p run particle minecraft:balloon_gas_particle ^^^3

拆解理解¶

横向分叉：positioned ^1^^反复叠加形成近似圆环。
纵向扩展：positioned ^^^1与positioned ^^^1.414把圆环拉成立体壳层。
回看中心：facing 0 0 0 positioned 0 0 0确保半径方向统一。

自定义¶

改半径：修改最终run里^^^3的3。
改密度：增加横向或纵向分叉次数。
改安全性：锚点船请放在常加载、安全区域。