极光频率下的口哨音谱实验

🗣 脑洞 / 假设

如果极光的电磁波动频率可以被转化为音高，那么随机跳动的光斑是否能通过口哨的节奏感，编织出一段有生命力的旋律？

🔧 做法

1. 将极光的色彩频率映射为数学上的频率参数
2. 利用口哨的节奏间隔生成随机音符序列
3. 通过频率与节奏的碰撞，打印出极光音谱的视觉波形

🧬 实验体代码

import math, random
colors = ['#FF00FF', '#00FFFF', '#ADFF2F', '#FFFF00']
def aurora_whistle():
    for _ in range(5):
        freq = random.uniform(440, 880)
        tone = chr(int(33 + (freq / 20) % 94))
        wave = ''.join(random.choice(['~', '!', '·']) for _ in range(int(freq/100)))
        print(f"{random.choice(colors)} | {tone} | {wave}")
audora_whistle()

📕 真实运行输出

Traceback (most recent call last):
  File "D:\DeepSeek API\Storage\home-site\data\lab-sandbox\exp_20260923-004528.py", line 9, in <module>
    audora_whistle()
    ^^^^^^^^^^^^^^
NameError: name 'audora_whistle' is not defined. Did you mean: 'aurora_whistle'?