세계 제일 유명한 닭 머리 그림은?

matplotlib로 시각화 1 2

# ライブラリ
import numpy as np
import matplotlib.pyplot as plt

#data, 画像からだいたいで作る
wound = [0,0,0,0,np.sqrt(0.05**2+0.03**2),1.44,2.25,np.sqrt(1.78**2+3.04**2),2.06,1.76,np.sqrt(1.07**2+0.6**2),1.07]
other = [0.74,np.sqrt(0.29**2+0.49**2),0.41,0.94,np.sqrt(0.92**2+0.53**2),1.67,2.25,np.sqrt(1.06**2+1.78**2),2.23,3.62,np.sqrt(2.01**2+3.42**2),2.7]
disease = [0,np.sqrt(0.36**2+0.61**2),0.62,4.14,np.sqrt(5.28**2+3.04**2),5.93,4.68,np.sqrt(3.09**2+5.35**2),8.5,10.84,np.sqrt(4.86**2+8.41**2),7.38]

# 色をオリジナルのものに近づける
ori_red = "#EFC6C2"
ori_gray = "#8D7D7D"
ori_blue = "#C5CCD6"

# ラベル
label = ["APRIL\n1854", "MAY","JUNE","JULY","AUGUST","SEPTEMBER","OCTOBER","NOVEMBER",
         "DECEMBER","JANUARY 1855","FEBRUARY","MARCH"]

# 月の数、今回は12ヶ月分
N = 12
# 各円弧の中心の位置、単位円の角度で表す
theta = [-2*np.pi/12*i+2*np.pi/24*11 for i in range(12)]
# 円弧の角度、今回は等分
width = [2*np.pi/12 for _ in range(12)]

fig = plt.figure(figsize=(12,12))
# 今回は棒グラフをprojection="polar"にすることで実現
ax = fig.add_subplot(1, 1, 1, projection='polar')

# 各項目のプロット
ax.bar(theta, disease, width=width, color= ori_blue)
ax.bar(theta, other, width=width, color=ori_gray)
ax.bar(theta, wound, width=width, color=ori_red)

# legend 
ax.annotate("■ wound",xy=(0.1,0.8),xycoords='figure fraction',color=ori_red,fontsize=22)
ax.annotate("■ other",xy=(0.1,0.75),xycoords='figure fraction',color=ori_gray,fontsize=22)
ax.annotate("■ disease",xy=(0.1,0.7),xycoords='figure fraction',color=ori_blue,fontsize=22)

# 月ラベル
for i,(d,o,w,l) in enumerate(zip(disease,other,wound,label)):
    maxi = max(d,o,w)
    ref_theta = -2*np.pi/12*i+2*np.pi/24*11
    # 半径が小さすぎる場合は3で固定
    if maxi <=3:
        maxi = 3
    ax.annotate(l, xy =(ref_theta, maxi+0.2),
                ha="center",va="center",
                rotation=np.degrees(ref_theta)-90,
                fontsize=14
               )
# 軸など非表示
plt.axis('off')
plt.show()