这也解释了Groovy中的一条反复强调的定律：使普通的编码规则变得简单。
This also illustrates a recurring theme in Groovy: Make common coding conventions simple.
在传统的压缩编码技术中，采样均遵循奈奎斯特定律，该定律规定采样速率要高于原信号频率的两倍。
The Nyquist law is applied to all the conventional compression coding algorithms, which prescribes that the sampling rate must be at least as twice as the signal frequency.
我们可以持续运用更多的物理定律方程，比方弹性系数，外表张力，转动效应，然后把它们编码到环境中去。
We can continue to apply additional formulas of physical rules, such as elasticity, surface tension, and spin effects, and code them into the environment.
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