How to Install Manim on Windows 10/11 (Python, FFmpeg, pip Setup + First Animation)

Manim Overview & Prerequisites

• 💡 This video provides a complete and correct installation guide for Manim, a mathematical animation tool popularized by 3Blue1Brown, on Windows 10 and 11.
• ⚠️ The official Manim documentation for installation is not optimal for Windows or Mac, leading to common dependency issues.
• ✅ Before starting, ensure you have Python 3.10+ (with pip included) and FFmpeg installed and properly configured on your system.

Setting Up Your Environment

• 🐍 When installing Python, it's crucial to add Python to your system's PATH environment variable for proper functionality.
• 🛠️ For FFmpeg, download the Windows build, extract the zip file, and add the path to its bin folder to your environment variables.
• 🔍 Verify successful installations by checking versions in the command prompt: python --version, pip --version, and ffmpeg -version.
• 🌱 Create a dedicated project folder for Manim and open the command prompt directly within that directory.

Installing Manim

• 📦 It is highly recommended to create and activate a virtual environment within your project folder to manage dependencies and avoid conflicts.
• 💻 Use the command python -m venv venv to create the virtual environment, then venv\Scripts\activate to activate it.
• 🚀 Install Manim using pip with the command pip install manim while your virtual environment is active.
• 🩺 After installation, confirm Manim's status using manim --version and manim checkhealth to identify any missing dependencies like LaTeX.

Running Your First Animation

• ✍️ Create a new Python file (e.g., example.py) in your project folder and paste Manim code to define an animation.
• ▶️ Execute the Manim code from the command prompt using manim -pql example.py ClassName (replacing ClassName with your animation class name).
• 🎬 Manim will render the animation and save the resulting MP4 video file in a newly created media folder within your project directory.
• ➕ LaTeX is only required if you plan to render complex mathematical equations; basic text animations work without it.