文章 - 菌物志Mycopedia

import random



def random_russula_structure():

    shortgills = ['shortgills-present','shortgills-absent']

    gills = ['free', 'adnexed', 'adnate', 'decurrent']

    spore_print = ['white', 'cream', 'buff', 'yellow', 'brown', 'somewhat-orangish']

    odour = ['not-distinctive', 'pleasant', 'fruty', 'foul', '']

    taste = ['not-distinctive', 'acrid', 'mild', 'bitter']

    return ['Gill attatchment:' + str(random.choice(gills)), 'Shortgills:' + str(random.choice(shortgills)), 'Spore print color:' + str(random.choice(spore_print)), 'Taste:' + str(random.choice(taste))]





def random_russula_ecology():

    ecology = ['ectomycorrhizal with hardwoods', 'ectomycorrhizal with conifers']

    growth = ['solitary', 'scattered', 'gregarious']

    return ['Habitat:' + str(random.choice(ecology)), 'Growth:' + str(random.choice(growth))]





for i in range(10):

    scientific_name = 'Russula sp.' + str(i)

    print (scientific_name)

    randcolor = str(random.randint(0,255)) + ',' + str(random.randint(0,255)) +  ',' + str(random.randint(0,255))

    color = 'Color (RGB):' + randcolor

    print (color)

    randstructure = random_russula_structure()

    structure = 'Structure:' + str(randstructure)

    print (structure)

    randecology = random_russula_ecology()

    mushroomecology = 'Ecology:' + str(randecology)

    print (mushroomecology)

如何用python批量生成红菇属物种

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