import?numpy?as?np
import?matplotlib?as?mpl
import?matplotlib.pyplot?as?plt

plt.style.use('fivethirtyeight')
mpl.rcParams['text.usetex']?=?True#默認(rèn)為false，此處設(shè)置為TRUE

mpl.rcParams['lines.linewidth']?=?1


fig,?ax?=?plt.subplots(dpi=120)

N?=?500
delta?=?0.6
X?=?np.linspace(-1,?1,?N)
ax.plot(X,?(1?-?np.tanh(4?*?X?/?delta))?/?2,????
????????X,?(1.4?+?np.tanh(4?*?X?/?delta))?/?4,?"C2",?
????????X,?X??\beta)

#上下標(biāo)，上標(biāo)^，下標(biāo)
ax.set_ylabel(r'No.2:?$\alpha_i?>?\beta^i,rotation=45)


#?#累加、累積
ax.legend((r'No.3:?$\displaystyle\sum_{i=0}^\infty?x_i,?r'No.4:?$\displaystyle\prod_{i=0}^\infty?x_i),
??????????shadow=True,?loc=(0.01,?0.52),?handlelength=1.5,?)

#分?jǐn)?shù)??
ax.set_title(r'No.4:?$\frac{3}{4})

#二項(xiàng)式
ax.text(0.3,1.1,r'No.5:?$\frac{5?-?\frac{1}{x}}{4})


#開(kāi)根號(hào)
ax.text(0.8,1.1,r'No.6:?$\sqrt[3]{x})


#修改字體
##?Roman、Italic、Typewriter、CALLIGRAPHY等
ax.text(-0.8,1.1,r'No.7:?$\mathit{Italic})
ax.text(-0.8,1.0,r'$\mathsf{fonts})

#聲調(diào)
ax.text(-1.2,1.1,r'No.8:?$\breve?a)

#選個(gè)范圍
ax.text(-1.4,0.8,r'No.9:?$\widetilde{xyz})

#?the?arrow
ax.annotate("",?xy=(-delta?/?2.,?0.1),?xytext=(delta?/?2.,?0.1),
????????????arrowprops=dict(arrowstyle="<->",?connectionstyle="arc3"))


#??其它TeX?symbols
ax.set_xticks([-1,?0,?1])
ax.set_xticklabels([r"No.10:?$\delta$",?r"$\pm$",?r"$\$"],?color="r",?size=15)

ax.set_yticks([0,?0.5,?1])
ax.set_yticklabels([r"No.10:?$\AA$",?r"$\Downarrow$",?"$\\odot$"],?color="r",?size=15)

ax.text(1.02,?0.5,?r"$\phi$",fontsize=20,?rotation=90,
????????horizontalalignment="left",?verticalalignment="center",
????????clip_on=False,?transform=ax.transAxes)



#?積分、微分公式
eq1?=?(r"\begin{eqnarray*}"
???????r"\frac{\partial?\phi}{\partial?t}?+?U|\nabla?\phi|?&=&?0?"
???????r"\end{eqnarray*}")
ax.text(1,?0.9,?eq1,horizontalalignment="right",?verticalalignment="top")


eq2?=?(r"\begin{eqnarray*}"
???????r"\mathcal{F}?&=&?\int?f\left(?\phi,?c?\right)?dV,?\\?"
???????r"\frac{?\partial?\phi?}?{?\partial?t?}?&=&?-M_{?\phi?}?"
???????r"\frac{?\delta?\mathcal{F}?}?{?\delta?\phi?}"
???????r"\end{eqnarray*}")
ax.text(0.18,?0.18,?eq2)

ax.text(-1,?.30,?r"gamma:?$\gamma$",?color="r")
ax.text(-1,?.18,?r"Omega:?$\Omega$",?color="b")

plt.show()

import?math
import?latexify
@latexify.with_latex#調(diào)用latexify的裝飾器
def?solve(a,?b,?c):
??return?(-b?+?math.sqrt(b**2?-?4*a*c))?/?(2*a)

solve

import?handcalcs.render
from?scipy.integrate?import?quad#借助scipy.quad實(shí)現(xiàn)積分

%%render
a?=?2
b?=?6
n=100
z?=?quad(f,a,b)

from?math?import?sqrt,cos,sin,tan,asin
import?handcalcs.render

%%render
#symbolic
f?=?a-c**2?/?b?+?sqrt(cos(sin(b-?2?/?c)))?+?tan(a/b)?-?asin(a/c)?#Comment?part

plt.figure(dpi=400)
fig?=?sns.scatterplot(x='sepal?length(cm)',y='sepal?width(cm)',data=pd_iris,
????????????style=geek[:150],#添加不同類變量按照不同marker顯示
????????????markers=[r"$"+geek[i]+"$"?for?i?in?range(150)],#自定義marker形狀
????????????**dict(s=320),
????????????color='#01a2d9'
??????????????????????
???????????)

fig.legend(ncol=5,
???????????fontsize=10,
???????????loc=8,
???????????bbox_to_anchor=(0.45,?1),?
???????????facecolor='#eaeaea',??????????
??????????)

sns.set(style="whitegrid",font_scale=1)