Python for Vector Graphics: SVG, PDF, and EPS Fundamentals

Vector graphics are essential for scalable web design, data visualization, and print-ready documents, yet manipulating them programmatically can feel daunting. This text-based course guides you through the core structures of vector formats and shows you how to control them programmatically using Python. You will transition from understanding basic coordinate systems to writing clean scripts that generate, parse, and convert major vector formats. By working through structured text explanations and clear code snippets, you will learn to work with SVG, PDF, EPS, and other metafile formats using modern Python libraries, type hints, and robust file-handling techniques. What you'll learn: Understand the fundamental differences between raster and vector graphics, including coordinate systems and path math; Generate and manipulate SVG files programmatically using modern Python XML tools; Create and modify PDF documents using structured layout libraries; Parse and extract data from EPS and legacy metafile formats like EMF and XPS; Apply modern Python best practices, including type hints and pathlib, to manage asset pipelines; Convert vector graphics between different formats cleanly while preserving scalability. The course starts with foundational concepts of vector math and file structures before moving into practical code walkthroughs for SVG creation, PDF generation, and cross-format conversion. This course is designed for beginner Python developers, data analysts, and designers looking to automate graphics workflows, with no prior computer graphics experience required. Start mastering vector graphics programmatically today.