1号实验体 Fate Particles命运粒子(4)
2023-12-20 来源:百合文库
FP-α，由命运粒子母个体所分裂成的一种子个体，有着与其对应的“对应事件”。当母个体的“对应事件”分裂后，其所对应的“对应事件”会成为母个体“对应事件”的一种结果，也就是它将会成为这个事件无数种发展走向的其中一种。而FP-α被称为“决定性粒子”，它将决定这个事件的好坏走向，而当它决定之后，其自身会变化为命运粒子母个体，继续进行分裂，再一次会裂出FP-α和FP-β。
FP-β命运粒子-β型Although both FP-β and FP-α are the children of the fateful particle mother, the difference is huge, not on-ly in appearance, its role is also very different. Before affecting the "corresponding event", FP-β will con-duct a discrimination of its own properties, and will cause different effects according to the discriminatio-n results. Fp-β is called "existence particle", and its discriminant categories are divided into FP-β-1 and FP-β-2.
FP-β与FP-α虽都为命运粒子母个体的子个体，但差别上却巨大，不仅表现在外观上，其作用也天差地别。FP-β在影响“对应事件”前会进行一次自身性质的判别，而根据判别结果不同也会造成不同影响。FP-β被称为“存在性粒子”，其判别之后的类别分为FP-β-1和FP-β-2。
FP-β -1: A form of existence identified by FP-β. Whe-n FP-β -1 is present, its "corresponding event" inhe-rits the "corresponding event" of the original FP-α, unchanged, and fuses with a random FP-α of the sa-me sequence, which then develops into a new pare-nt FP-α. The original FP-β -1 "corresponding event" will fuse with the selected FP-α "corresponding even-t", FP-β -1 will act as the basis of the new "corresp-onding event", and FP-α will act as the event proper-ty of the new "corresponding event", thus generatin-g a new matrix of fate particles with the new "corre-sponding event", and then continue to split.
FP-β命运粒子-β型Although both FP-β and FP-α are the children of the fateful particle mother, the difference is huge, not on-ly in appearance, its role is also very different. Before affecting the "corresponding event", FP-β will con-duct a discrimination of its own properties, and will cause different effects according to the discriminatio-n results. Fp-β is called "existence particle", and its discriminant categories are divided into FP-β-1 and FP-β-2.
FP-β与FP-α虽都为命运粒子母个体的子个体，但差别上却巨大，不仅表现在外观上，其作用也天差地别。FP-β在影响“对应事件”前会进行一次自身性质的判别，而根据判别结果不同也会造成不同影响。FP-β被称为“存在性粒子”，其判别之后的类别分为FP-β-1和FP-β-2。
FP-β -1: A form of existence identified by FP-β. Whe-n FP-β -1 is present, its "corresponding event" inhe-rits the "corresponding event" of the original FP-α, unchanged, and fuses with a random FP-α of the sa-me sequence, which then develops into a new pare-nt FP-α. The original FP-β -1 "corresponding event" will fuse with the selected FP-α "corresponding even-t", FP-β -1 will act as the basis of the new "corresp-onding event", and FP-α will act as the event proper-ty of the new "corresponding event", thus generatin-g a new matrix of fate particles with the new "corre-sponding event", and then continue to split.
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