Unicode math for the lazy TeXnician
Project description
# fancymath
Write fancy math symbols in your email!
Too many engineers lost their lives to come up with Unicode,
we might just as well use it.
This is a simple LaTeX sequences to Unicode translation for math symbols.
Example:
$ cat spivak.txt
When these symbols, \otimes and \sqcup, are used to denote
morphisms, they indicate a monoidal product. So, you shouldn't
use it to denote the universal arrow itself.
In other words, given f:A-->X and g: B-->Y, you can write
f \sqcup g: A \sqcup B \to X \sqcup Y
or
f \otimes g: A\otimes B \to X \otimes Y
But given f: A-->X and g: B-->X, you shouldn't name the
universal morphism A \sqcup B --> X by f\sqcup g ..
$ fancymath < spivak.txt
When these symbols, ⊗ and ⊔, are used to denote
morphisms, they indicate a monoidal product. So, you shouldn't
use it to denote the universal arrow itself.
In other words, given f:A⟶X and g: B⟶Y, you can write
f ⊔ g: A ⊔ B ⟶ X ⊔ Y
or
f ⊗ g: A⊗ B ⟶ X ⊗ Y
But given f: A⟶X and g: B⟶X, you shouldn't name the
universal morphism A ⊔ B ⟶ X by f⊔ g ..
### Installation
Simply this:
$ pip install fancymath
### Installation from source if you want to change the symbols
1. download this repo
2. use this:
$ python setup.py develop
Write fancy math symbols in your email!
Too many engineers lost their lives to come up with Unicode,
we might just as well use it.
This is a simple LaTeX sequences to Unicode translation for math symbols.
Example:
$ cat spivak.txt
When these symbols, \otimes and \sqcup, are used to denote
morphisms, they indicate a monoidal product. So, you shouldn't
use it to denote the universal arrow itself.
In other words, given f:A-->X and g: B-->Y, you can write
f \sqcup g: A \sqcup B \to X \sqcup Y
or
f \otimes g: A\otimes B \to X \otimes Y
But given f: A-->X and g: B-->X, you shouldn't name the
universal morphism A \sqcup B --> X by f\sqcup g ..
$ fancymath < spivak.txt
When these symbols, ⊗ and ⊔, are used to denote
morphisms, they indicate a monoidal product. So, you shouldn't
use it to denote the universal arrow itself.
In other words, given f:A⟶X and g: B⟶Y, you can write
f ⊔ g: A ⊔ B ⟶ X ⊔ Y
or
f ⊗ g: A⊗ B ⟶ X ⊗ Y
But given f: A⟶X and g: B⟶X, you shouldn't name the
universal morphism A ⊔ B ⟶ X by f⊔ g ..
### Installation
Simply this:
$ pip install fancymath
### Installation from source if you want to change the symbols
1. download this repo
2. use this:
$ python setup.py develop
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