Abstract
With the enhancement of China's national strength and the continuous
development and progress of computer technology, personal computers have
already entered the homes of ordinary people. From the age of tens to the elderly,
to the age of teenagers, students and friends can operate computers. Many of
people's living habits and consumption habits have changed with it, and computer
technology has brought a lot of convenience to people's lives. Mathematics is a very
important discipline that can develop students' thinking and enhance their
comprehensive quality. Therefore, mathematics courses are arranged at various
teaching stages from primary school to university. In traditional mathematics
classrooms, there are many limitations and drawbacks, such as the teacher's
teaching methods are too single, and they are mainly based on the teacher himself.
The explanation of theoretical knowledge will run through the entire 45 minutes of a
class, It can lead to students not being able to fully concentrate and give full play to
their initiative in learning, which can also inevitably lead to students not receiving
good learning outcomes. Now, through scientific teaching methods and developed
computer hardware equipment and software systems, students' information and
mathematics classrooms have already undergone tremendous changes, truly
achieving a student-centered approach. In addition to carefully listening to the
teacher's lectures in the classroom for learning, students can also use various
mathematical learning software for learning, This article is about the design and
implementation of mathematical formula rendering software under the network
environment.
This system uses a C/S architecture, and the entire system is completed in a
client program. Python forms are used for layout, which can make the entire
foreground page more beautiful and greatly improve the user experience. The back-
end code technology is PYTHON, which is one of the most commonly used
programming languages at present, ensuring the stability and smoothness of the
system. PYTHON can flexibly connect to databases. The data in this system uses a
MYSQL database, which can improve the speed of queries and enhance the stability
and security of system data storage.
Key words: Mathematical functions; Draw; PYTHON； MySQL
