5.2
Originates from Vectors and extends to .
5.2.1 Overall
Rule | Example |
connotation : something has specific direction or fixed length
originates from : 矢
originally means : arrow
5.2.2 , ? ? ?, ?
十 here specifically means a few of fixed length of elements. Examples: Implies the type of input data is , and how to process this data thus the output are both denpending on the suffix.5.2.3
5.2.4 巨, 弔, 𠆯
5.2.5 化, 化 化 化並
5.2.6
> ( '#(a b c d e f) 2) '#(a b)
> ( '#(a b c d e f) 2) '#(c d e f)
> ( '#(a b c d e f) 2)
'#(a b)
'#(c d e f)
> ( '#(a b c d e f) 0 2) '#(a b)
5.2.7 弓, ,
5.2.8 𢪛, 𰅡, 𢪛/以
🐘
5.2.9 ming/racket/base
| (require ming/racket/base) | package: ming |
transformer
transformer
transformer
: = make-vector
transformer
: = vector-immutable
transformer
巨 : PFX + 巨 = vector-length
transformer
弔 : PFX + 弔 = vector-ref
transformer
: PFX + = vector-set!
transformer
化 : + 化IFX + = vector->list
transformer
化 : + 化IFX + = list->vector
transformer
化 : + 化SFX = vector->immutable-vector
transformer
𰅡 : + 𰅡SFX = vector-fill!
transformer
𢪛/以 : PFX + 𢪛 + / + 以 + = vector-copy!
transformer
transformer
: = build-vector
5.2.10 ming/racket/vector
| (require ming/racket/vector) | package: ming |
transformer
? : + ?SFX = vector-empty?
transformer
𢪛 : PFX + 𢪛 = vector-set*!
transformer
: PFX + = vector-map
transformer
: PFX + = vector-map!
transformer
: = vector-append
transformer
: PFX + = vector-take
transformer
𨚞 : PFX + 𨚞 = vector-take-right
transformer
: PFX + = vector-drop
transformer
: PFX + = vector-drop-right
transformer
: PFX + = vector-split-at
transformer
: PFX + = vector-split-at-right
transformer
: PFX + = vector-copy
transformer
: PFX + = vector-filter
transformer
: PFX + = vector-filter-not
transformer
巨 : PFX + + 巨 = vector-count
transformer
: PFX + + = vector-argmin
transformer
: PFX + + = vector-argmax
transformer
弓 : PFX + 弓 = vector-member
transformer
弓/冃 : PFX + 弓 + / + 冃 = vector-memv
transformer
弓/ : PFX + 弓 + / + = vector-memq
transformer
𠆯 : PFX + 𠆯 = vector-sort
transformer
: PFX + = vector-sort!