同样的情形也存在于物理系统之中。
将物理系统转化为虚拟机系统。
所有纯粹的物理系统都服从于决定论。
Three, all purely physical systems are subject to determinism.
结论,四,我们不只是纯粹的物理系统。
数据中心(物理系统与网络连接)的结构。
Architecture of the data center (physical systems and network connections).
完整的虚拟机系统表现就像一个物理系统一样。
The complete virtualized system behaves just like a physical system.
创建您想要转换为虚拟的原始物理系统的拓扑架构。
Create the topology for the original physical system that you want to convert to virtual.
所以我们得到一个结论,我们不是纯粹的物理系统。
这些是纯物理系统,但是大脑和它们有许多的共同点。
These are purely physical systems, but the brain has much in common with them.
是否可以在游戏中,使用复杂的物理系统?
这是因为在物理系统中存在着大量的原子。
This is because there are a large number of atoms in physical systems.
在这个方式上,在物理系统的运动就被保留了。
假设我们再往后添加第三点,所有纯物理系统都遵守决定论
Suppose we then add three, all purely physical systems are subject to determinism.
既然我们是在对一个物理系统建模,我们来让它更真实一些。
Since we are modeling a physical system, let's add a bit more realism.
物理系统做功的容量能力n.a ttributive。
ODE是一个开放源码物理引擎,它可以很好地实现物理系统的建模功能。
Ode is an open physics engine that's perfect for physical systems modeling.
虽然人类社会是极度复杂的,就像他所看到的那样,但是很多物理系统也是同样的复杂。
Although human society is immensely complex (as he observes), so are many physical systems.
虽然人类社会是极度复杂的,就像他所看到的那样,但是很多物理系统也是同样的复杂。
Although human society is immensely complex (as he observes), so are many physical systems.
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