This article will introduce in detail the method of implementing the Yang Hui triangle in Python, so that readers can master this skill in a relaxed and enjoyable reading. Python basics
Yang Hui Triangle. The Yang Hui Triangle is a triangular number table made up of natural numbers, where each number is equal to the sum of the numbers on its two shoulders.
For example, the number 2 in the third row is equal to the sum of the two adjacent numbers 1 and 1 on the previous row. This triangular number table has a lot of interesting properties and applications in mathematics.
python implementation.
In Python, we can use a list to represent the Yang Hui triangle. Here's a simple python example to generate a Yang Hui triangle for a specified number of rows
First, create a two-dimensional list that stores each row of the Yang Hui Triangle.
Then, through two nested loops, each number in each row is counted in turn and stored in ***.
Finally, print out the generated Yang Hui Triangle.
Summary. Through the introduction of this article, we have learned the basic concepts of the Yang Hui Triangle and how to use Python to realize the generation of the Yang Hui Triangle.
In practical applications, the Yanghui triangle has a wide range of application value, such as in combinatorics, probability theory and other fields.
Mastering the method of implementing the Yang Hui triangle in Python can not only help us better understand this mathematical graph, but also facilitate our research and application in related fields.