Random Coefficients & Colors

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import numpy as np,pylab as pl; pi=np.pi

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[a,b,c]=[.01*np.random.randint(30,99) 

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         for i in range(3)]

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d,n=np.max([a,2.*b,3.*c]),np.random.randint(5,11)

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def coord(m,k,p,n):

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    t=np.arange(0,k*pi,.1^4*k*pi/n)

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    return [m*np.sin(pi*t)*np.cos(t),

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            m*np.sin(pi*t)*np.sin(t)]

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pl.figure(figsize=(6,6)); ax=pl.gca()

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ax.set_facecolor('silver')

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seg=[coord(a,8.95,1.9,n),coord(b,12.18,2.3,n),

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     coord(c,11.77,1.7,n)]

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for [x,y] in seg: 

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    pl.scatter(x,y,s=.1^3,c=.85*np.random.random(3))

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st='a=%.2f; b=%.2f; c=%.2f; d=%.2f'

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pl.title(st%(a,b,c,d)); pl.grid(c='slategray',alpha=.3)

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pl.tight_layout(); pl.show()

Language: Sage Gap GP HTML Macaulay2 Maxima Octave Python R Singular

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