The first time that fibonacci(35) was called, it took 106.857 milliseconds to execute.
第一次调用 fibonacci(35)时，执行的时间是 106.857毫秒。
Then we say that for any other natural number, that fibonacci number is the sum of the previous two fibonacci numbers.
然后就是对其他自然数，其fibonacci数就是它前面两个数字的和，即F(N)=F(N-1)+F(N-2)。
Listing 7. A Fibonacci sequence in fib.hs.
清单7. fib . hs中的Fibonacci序列。
We first get the infinite Fibonacci sequence.
我们首先获得一个无穷的Fibonacci序列。
The font size also corresponds to a Fibonacci number.
字体的大小也对应于一个斐波那契数。
Figure 4 shows the Fibonacci trace highlighted in vim.
图4显示了vim中加亮的Fibonacci跟踪。
Why are there different Fibonacci patterns among trees?
为什么不同的树种中有不同的斐波那契布局模式存在？
He then applies this to the Fibonacci sequence generator.
他接下来将这个函数应用在斐波那契数列生成器上。
Your first Erlang program, a recursive Fibonacci function.
第一个Erlang程序，一个递归的fibonacci函数。
A Fibonacci design is best suited to blogs and magazine layouts.
斐波那契设计最适宜用于博客和杂志页面布局。
A Fibonacci spiral, which is a close approximation of a golden spiral.
斐波那契螺旋是黄金螺旋线的近似表达。
The example he USES is a function that generates a Fibonacci sequence.
他当时使用的例子，就是用递归生成一个斐波那契数列。
You can arrange the layout in different ways according to Fibonacci Numbers.
你可以根据斐波那契序列的数字来安排不同的页面布局方式。
The result -- the 16th element in the Fibonacci series -- is shown in Figure 2.
其结果 ——Fibonacci系列的第 16 个元素 ——如图 2 所示。
Now that we have a good way to generate Fibonacci numbers, let's solve the problem.
我们已经具备了一种很好的生成Fibonacci数的方式，让我们来解决这个问题。
We prepared a sample PSD layout that is designed according to the Fibonacci sequence.
我们准备了遵照斐波那契序列原则设计的PSD格式版面设计示例。
I designed and built my own test model, copying the Fibonacci pattern of an oak tree.
模仿橡树的斐波那契布局模式，我设计并制作了自己的测试模型。
Each new term in the Fibonacci sequence is generated by adding the previous two terms.
Fibonacci序列中的每个新的项都是其前面两项相加的结果。
An example of aggregate data after three runs of the Fibonacci Maker is shown in Figure 6.
图6显示了三次运行FibonacciMaker之后数据合计的示例。
So in this case, as soon as we get a Fibonacci number greater than 4 million, we stop taking.
所以在本例中，fibonacci数一旦大于400万，我们就停止获取。
The Fibonacci pattern allowed some solar panels to collect sunlight even if others were in shade.
即使在被遮挡的情况下，斐波那契布局模式让部分太阳能电池仍然能够收集到阳光。
The amazing thing is that the mathematical fractions were the same numbers as the Fibonacci sequence!
令人惊讶的是这些分数的构成数字正是组成斐波那契数列的数字。
So I was testing the Fibonacci pattern under the most difficult circumstances for collecting sunlight.
因此我是在最不容易收集太阳光的环境下进行的斐波那契布局测试。
So the first two Fibonacci Numbers are given, and each remaining number is the sum of the previous two.
因此斐波那契数列的头两项数字是给定的，而之后的每个数字是前两项数字之和。
This base width is then multiplied by a Fibonacci number to get the total width for a particular column.
然后，将这个基准宽度乘以一个斐波那契数以得到某一特定列的宽度。
If you run this version of Fibonacci and compare it with the original, you will find that it is much faster.
如果你运行这一个版本的斐波那契函数，你会发现比原来那个版本要快得多。
Fibonacci added the last two Numbers in the series together, and the sum became the next number in the sequence.
斐波那契将序列中的最后两位数字相加，用相加之作为序列的下一个数字。
Plus I observed that the Fibonacci pattern helped the branches and leaves on a tree to avoid shading each other.
另外我还观察到斐波那契布局模式可以帮助避免同一棵树的枝叶间的相互遮挡。
The main idea behind such designs is to use Fibonacci when deciding on the dimensions for content area or sidebar.
这种设计背后的主要思想在决定内容区域或侧边栏尺寸时利用斐波那契原理。
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