▼5 Racket Libraries
5.1 双 and 􏿴
5.2 􏻿
5.3 􏿰
5.4 􏶃
5.5 􏷂
5.6 􏶿
5.7 句
5.8 米
5.9 文
5.10 同
5.11 Conditionals
5.12 並
5.13 禾
►5.13 禾
On this page:
5.13.1 禾、禾?
5.13.2 入、􏸗
5.13.3 􏸛,􏸚
5.13.4 􏸘
5.13.5 Base References
入
􏸗
名
令
令*
用
禾?
秝
􏸕
􏸘
5.13.6 Additional References
𥟍
9.2.900

5.13 禾🔗ℹ

Racket’s Procedures is especially called 禾 in Ming.

5.13.1 禾、禾?🔗ℹ

禾
ideograph

  connotation : procedure
  originates from : 程
  originally means : journey, progress

Example:
> (禾? (􏸧 1))

#t

5.13.2 入、􏸗🔗ℹ

🐘 􏸧、􏸬、􏸫、􏸪

Examples:
> (入 () 空)

#<procedure>

> (名 fun
    (􏸗 [() #f]
        [(x) x]
        [(x y) (􏿴 x y)]
        [(x y z) (􏻿 x y z)]))
> (fun)

#f

> (fun 1)

1

> (fun 1 2)

'(1 2)

> (fun 1 2 3)

'#(1 2 3)

5.13.3 􏸛,􏸚🔗ℹ

􏸛 : 土 + 禾
ideograph
􏸚 : 土 + 禾 + 一
ideograph

Examples:
> ((􏸛 􏿴 􏾺分) '("a" "b" "c") 2)

􏸛: undefined;

 cannot reference an identifier before its definition

  in module: top-level

> ((􏸚 句化􏷂 􏶒) '("a" "b" "c"))

􏸚: undefined;

 cannot reference an identifier before its definition

  in module: top-level

5.13.4 􏸘🔗ℹ

􏸘 : 禾 + 名 + 攵
ideograph

Example:
> ((􏸘 􏿴 '􏿴1) 'a 'b 'c 'd)

'(a b c d)

5.13.5 Base References🔗ℹ

transformer

入 : 入 = λ

transformer

􏸗 : 入 + 肖 = case-lambda

transformer

名 : 名 = define

transformer

令 : 令 = let

transformer

令* : 令 + *SFX = let*

transformer

用 : 用 = apply

transformer

禾? : 禾 + ? = procedure?

transformer

秝 : 禾 + 禾 = compose

transformer

􏸕 : 秝 + 一 = compose1

transformer

􏸘 : 禾 + 名 + 攵 = procedure-rename

入 λ 
ideographs

  connotation : lambda
  originates from : 入
  originally means : entrance, get in
Implies the input data is procedure instead of normal data.

Examples:  􏹌 攸/入.

名
ideograph

  connotation : define
  originates from : 名
  originally means : name
令
ideograph

  connotation : let
  originates from : 令
  originally means : let, order

5.13.6 Additional References🔗ℹ

transformer

𥟍 : 禾 + 非 = negate