docs: case05纵波 + case06横波一维原子链
- case05 Readme.md 更新为纵波模拟描述 - case05 run_dynamics.py 注释更新 - case06 创建为一维原子链横波模拟 - coord.txt: fix_x=1, fix_y=1, fix_z=0 (z方向自由) - driver.txt: amp_z=0.5, freq_z=0.1, phi_z=90° - input.txt: 横波配置 + step_plot_wave - Readme.md + doc/index.html + run_dynamics.py - 模拟验证通过 (50000步/30s)
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@@ -8,6 +8,7 @@
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step_simulate: 1 # 运行物理模拟 → output/trajectory.txt
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step_sample: 1 # 抽帧 → output/display.txt
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step_plot: 0 # 绘制轨迹/能量图 → output/trajectory_plots.png
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step_plot_wave: 0 # 绘制波形能量动画 → output/wave_animation.gif
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step_animation: 1 # 自动播放 VisPy 3D 动画窗口(需安装 vispy)
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force_calc: 0 # 强制重新计算:1=跳过缓存强算,0=自动使用已有输出
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@@ -63,7 +64,7 @@ warmup_steps: 0 # 默认 0(立即开始记录)
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T_total: 50.0
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# 抽帧间隔(每 NSTEP 步取一帧用于动画)
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NSTEP: 50
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NSTEP: 100
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# ── 时间步长 ──────────────────────────────────
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DT: 0.001 # 时间步长 (s)
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