PyF1

Feeling the pain of having to check it every time I use sympy, I plan to write a PyF1 according to the help manual of Mathematica.

As we all know, Mathematica's F1 can solve 99% of the problems.

Hoping this can also help you to use sympy

PR is welcomed. The format can refer to the existing documents

The document prototype can be found at the following URL

For example:

有感于每次使用 sympy 都要查一遍的痛苦，就打算自己照着 Mathematica 的帮助文件写一份 PyF1

众所周知，Mathematica 的 F1 能解决 99% 的问题。

希望这个项目能帮到你

PR 的格式可参考已经有的文档

文档原型可以在以下网址查到

例如

已完成的

Python 函数名	对应 Mathematica 函数名
atan	ArcTan
atan2(x,y)	ArcTan[y,x]
sin	Sin
cos	Cos
hyper	HypergeometricPFQ/Hypergeometric2F1
tan	Tan
sec	Sec
rf	Pochhammer
fourier_series	FourierSeries
summation	Sum
expand	Expand
factor	Factor
simplify	Simplify/FullSimplify
collect	Collect
coeff	Coefficient/CoefficientList
together	Together
apart	Apart
limit	Limit
expand_trig	TrigExpand
diff	D
series	Series
integrate	Integrate
eye	IdentityMatrix
diag	DiagonalMatrix

施工中

本项目暂时停工

Name		Name	Last commit message	Last commit date
Latest commit History 23 Commits
.vscode		.vscode
.gitignore		.gitignore
README.md		README.md
apart.ipynb		apart.ipynb
atan.ipynb		atan.ipynb
coeff.ipynb		coeff.ipynb
collect.ipynb		collect.ipynb
cos.ipynb		cos.ipynb
diag.ipynb		diag.ipynb
diff.ipynb		diff.ipynb
dsolve.ipynb		dsolve.ipynb
expand.ipynb		expand.ipynb
expand_trig.ipynb		expand_trig.ipynb
eye.ipynb		eye.ipynb
factor.ipynb		factor.ipynb
fourier_series.ipynb		fourier_series.ipynb
hyper.ipynb		hyper.ipynb
integrate.ipynb		integrate.ipynb
limit.ipynb		limit.ipynb
mma2py.py		mma2py.py
ones,zeros.ipynb		ones,zeros.ipynb
parsing.ipynb		parsing.ipynb
plot.ipynb		plot.ipynb
plot3d.ipynb		plot3d.ipynb
rf.ipynb		rf.ipynb
sec.ipynb		sec.ipynb
series.ipynb		series.ipynb
simplify.ipynb		simplify.ipynb
sin.ipynb		sin.ipynb
summation.ipynb		summation.ipynb
tan.ipynb		tan.ipynb
template - 副本.ipynb		template - 副本.ipynb
template.ipynb		template.ipynb
together.ipynb		together.ipynb

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