Solar System Visualization Project with Python

It would be very interesting to observe a solar system from space. In fact, why not make a visual depiction of the solar system using Python? The solar system will be graphically represented in this project using Python.

What is a Solar System?

Earth is one of the eight planets in our solar system, together with the Sun. Below is a list of the planets in the solar system in a particular order:

1. Mercury
2. Venus
3. Earth
4. Mars
5. Jupiter
6. Saturn
7. Uranus
8. Neptune

Details of Python Project

In this Python project, a solar system will be visualized. We'll keep an eye on how the planets orbit the Sun. We will also show multiple planets, give them speeds and routes, and utilize various colours to give our project a natural appearance. We will use the Turtle and Arithmetic Module to create solar system objects and display their motion.

Prerequisites of Project

• We will need a foundational understanding of Python and its ideas for this project. Two modules will be used in this project:
• Turtle Module Math Module

Steps for Developing the code

To visualize the Solar System, follow the provided steps.

1. Install the Modules first
2. Bring the Modules to the console
3. Construct the GUI Console;
4. Construct the Sun
5. After that, make the planets.
6. Adjusting the console's angles and including planets

Step 1. Modules Installation

We'll combine the Math Module with the Turtle Module for this project. Use these commands to install the modules:

Step 2. Modules Importation

Source Code Snippet

Explanation of the above Code:

The Turtle Module allows us to design the Sun and the planets. The turtle module will be used to create the orbits as well.

The Math Module gives us the ability to do mathematical operations. To build our solar system, we shall do several procedures.

Step 3. GUI Console Creation

Source Code Snippet

Explanation of the above Code:

• A GUI Window is created using the console().
• The Tracer() function follows the Turtle's visible route.

Step 4. Creating the Sun:

Source Code Snippet

Explanation of the above Code:

• Turtle() creates a brand-new object, the Turtle. This item will create the Sun in our solar system.
• Size() specifies the final size of our Sun.
• Our Sun's color is defined by the function color().

Step 5. Planets Creation

Source Code Snippet

Explanation of the above Code:

• The characteristics of our planets are initialized using the init() function. The name, colour, radius, velocity, distance, and mass of the planets have all been established.
• The turtle object that we'll use to generate and move each planet around the Sun is created by the Turtle () function.
• super() generates momentary planet class instances.
• The function colour() specifies the hue of the planets.
• Size() specifies how the planets are sized.

• The symbol for pen down is pd(). By doing this, the turtle object is moved to a new location.
• goto() relocates the Turtle to a certain location.
• Using the math module, we do many computations to determine the planet's location.
• The terms "xcor()" and "ycor()" refer to x and y coordinates.

Step 6. Add the Planets and Change the Angles.

Source Code Snippet

Explanation of the above Code:

• We create the planets and give them their characteristics. We add the planets to a list after creating them.
• To update the console, use update().
• Move () moves the planets in a loop one by one.
• angle is where we set the planets' angles.

Consolidated Code Solar System Visualization using Python

The output of Python Solar System Project

Here is what the output looks like -

Summary

The Solar System Project's visualization has been a success. The Turtle Unit and Math Module have both been introduced to us. Using the same method, you may alter the task, add other planets, or create a new Solar System.