Pretty rendering method for mathematic functions
Project description
PyMathRender
Pretty rendering method for mathematic functions
Install
From Pypi:
py m pip install PyMathRender
From GitHub:
py m pip install git+https://github.com/donno2048/Maths
Use
from PyMathRender import main
main("sum([math.cos(3 ** n * x / 1000) / (3 ** n) for n in range(10)])", Text = r"$\sum_{n=0}^\infty\frac{\cos\left(3^nx\right)}{3^n}$ Is continuous but not differentiable in any point", LineColor = "blue", TextColor = "blue", start = 0, end = 10, step = .001, required = ["math"])
Or:
from PyMathRender import main
from math import cos, e, sqrt
def fun(x): return sum([cos(3 ** n * x / 1000) / (e ** (sqrt(3 ** n)  1)) for n in range(10)])
main(fun, Text = r"$\sum_{n=0}^\infty\frac{\cos\left(3^nx\right)}{e^{1+\sqrt{3^n}}}$ Is smooth but not analytic in any point", LineColor = "red", TextColor = "red", start = 0, end = 10, step = .001)
The first argument is the function (x
is the variable if you use the string method)  It is the only required argument,
Text
is the additional text,
LineColor
is the color of the line plotted, either blue
, green
, red
, cyan
, magenta
, yellow
, black
or white
,
TextColor
is the color of the additional text, same colors as LineColor,
start
, end
and step
are the starting and ending points and the size of the steps between them,
required
is a list of required packages for the function  needed only using the string method.
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