雷暴声波到物理声源的信息图

一个有趣的信息图，用于可视化雷暴的声音。

提示词：

:root {
    --subject: "$sound-producing system"; /* 例如：三角钢琴击弦机结构、雷暴、蝙蝠喉部、超音速喷气机激波 */
    --representation: "声振图与波形到物理声源";
}

# canvas {
    background: #030712;
}

# subject_render {
    mask-image: none;
    render-left-side: "纯波形与频谱图：AI_inferred_frequency_plot、谐波级数柱、共振峰峰值、ADSR 包络曲线、相位向量，全部以黑底荧光示波器绿色呈现，并标注音乐/物理符号。";
    render-center: "通过空气传播的过渡：稀疏/压缩可视化、平板上的沙纹图案（Chladni patterns）、显示波传播的有限差分仿真网格、多普勒频移锥体。";
    render-right-side: "照片级真实物理声源：光线中的琴弓与琴弦松香粉尘、声带频闪成像、张口的蝙蝠、喷气机喷嘴激波菱形，每一项都具有真实材质纹理和运动模糊。";
    transition-zone: "正弦波涟漪变成真实马尾毛纤维。傅里叶峰值逐渐变形为解剖软骨。";
}

A fun infographic that visualizes the sounds of thunderstorms.

Prompt:

:root {
    --subject: "$sound-producing system"; /* e.g. Grand piano action, Thunderstorm, Bat larynx, Supersonic jet shockwave */
    --representation: "Cymatics and waveform to physical source";
}

# canvas {
    background: #030712;
}

# subject_render {
    mask-image: none;
    render-left-side: "Pure waveform and spectrogram: AI_inferred_frequency_plot, harmonic series bars, formant peaks, ADSR envelope curve, phase vectors, all in luminous oscilloscope green on black, labelled with musical/physics notation.";
    render-center: "The transition through the air: rarefaction/compression visualization, Chladni patterns on a plate, finite-difference simulation grids showing wave propagation, Doppler shift cones.";
    render-right-side: "Photoreal physical source: bow on string rosin dust in light, vocal cords stroboscopy, bat mouth open, jet nozzle shock diamonds, each with real material texture and motion blur.";
    transition-zone: "Sine wave ripples becoming actual horsehair strands. Fourier peaks morphing into anatomical cartilage.";
}