在输入法(Input Method) 中通过自定义短语输入数学符号, 该脚本用以生成相关配置文件

im-custom-phrases.py

#!/usr/bin/env python3

phrases = '''
;  希腊字母: 参考 https://en.wikipedia.org/wiki/Greek_alphabet

Alpha,1=Α
alpha,1=α
Nu,9=Ν
nu,9=ν
Beta,1=Β
beta,1=β
Xi,9=Ξ
xi,9=ξ
Gamma,1=Γ
gamma,1=γ
Omicron,1=Ο
omicron,1=ο
Delta,1=Δ
delta,1=δ
Pi,9=Π
pi,9=π
Epsilon,1=Ε
epsilon,1=ε
Rho,9=Ρ
rho,9=ρ
Zeta,1=Ζ
zeta,1=ζ
Sigma,1=Σ
sigma,1=σ
Eta,9=Η
eta,9=η
Tau,9=Τ
tau,9=τ
Theta,1=Θ
theta,1=θ
Upsilon,1=Υ
upsilon,1=υ
Iota,9=Ι
iota,9=ι
Phi,9=Φ
phi,9=φ
Kappa,1=Κ
kappa,1=κ
Chi,9=Χ
chi,9=χ
Lambda,1=Λ
lambda,1=λ
Psi,9=Ψ
psi,9=ψ
Mu,9=Μ
mu,9=μ
Omega,1=Ω
omega,1=ω

;  数学: 参考 https://en.wikipedia.org/wiki/List_of_mathematical_symbols

inf,2=∞
infinity,2=∞
le,2=≤
ge,2=≥
eq,2==
neq,2=≠
mul,2=×
times,2=×
div,2=÷
xor,2=⊕
empty,2=∅
belong,2=∈
nbelong,2=∉
subset,2=⊆
subset,3=⊂
superset,2=⊇
superset,3=⊃
union,2=∪
intersection,2=∩
compose,2=o
Nat,1=ℕ
Int,1=ℤ
Rat,1=ℚ
Real,1=ℝ
Complex,1=ℂ
nat,1=ℕ
int,1=ℤ
rat,1=ℚ
real,1=ℝ
complex,1=ℂ
integration,1=∫
gradient,1=∇
partiald,1=∂
propto,1=∝
proportional,1=∝
log,1=㏒
ln,3=㏑

;  逻辑: 参考 https://en.wikipedia.org/wiki/List_of_logic_symbols

because,1=∵
therefore,1=∴
qed,1=■
def,2=≔
equals,2=∷
bottom,2=⊥
top,2=⊤
and,2=∧
and,3=＆
or,2=∨
or,3=ǀǀ
not,2=¬
neg,2=¬
imply,1=→
implies,1=→
imply,2=⇒
implies,2=⇒
equiv,1=≡
equiv,2=⇔
equiv,3=↔
iff,1=↔
infer,2=⊢
infers,2=⊢
provable,2=⊢
entails,2=⊧
forall,1=∀
exists,1=∃

;  其它

dot,2=•
right,2=→
left,2=←
up,2=↑
down,2=↓
diamond,2=◇
degree,2=°
no,2=№
chapter,2=§
male,2=♂
female,2=♀
'''


def sogou_phrases() -> str:
    head = '''
;  搜狗输入法: 设置 -> 高级 -> 自定义短语设置 -> 直接编辑配置文件
;  配置文件格式: <按键序列> "逗号" <位置> "等于号" <目标字符序列>


rq,1=#$year-$month_mm-$day_dd
today,2=#$year-$month_mm-$day_dd
sj,1=#$year-$month_mm-$day_dd $fullhour:$minute:$second
now,2=#$year-$month_mm-$day_dd $fullhour:$minute:$second
    '''
    return head + phrases


def rime_phrases() -> str:

    import re

    head = '''
#   Rime 的 custom_phrase.txt 配置
    '''

    body = re.sub('^;', '#', re.sub(r'(\w*),([1-9])\=(.*)', r'\3\t\1\t\2', phrases), flags = re.MULTILINE)

    return head + body

def mspy_phrases() -> str:
    import re

    head = '''
    微软拼音因为用二进制的配置文件, 所以暂时不支持生成配置并导入
    '''

    body = re.replace('', phrases)

    return head + body

if __name__ == '__main__':
    print(sogou_phrases())
    print(rime_phrases())