Raster workflows involve creating and editing images made of pixels, such as photographs, using software like Photoshop. These files can lose quality when scaled. Vector workflows use mathematical paths to create shapes and designs, as seen in Illustrator, allowing for infinite scalability without loss of quality. Choosing between raster and vector depends on the project’s needs—raster is ideal for detailed, complex images, while vector excels in logos, icons, and scalable graphics.
Raster workflows involve creating and editing images made of pixels, such as photographs, using software like Photoshop. These files can lose quality when scaled. Vector workflows use mathematical paths to create shapes and designs, as seen in Illustrator, allowing for infinite scalability without loss of quality. Choosing between raster and vector depends on the project’s needs—raster is ideal for detailed, complex images, while vector excels in logos, icons, and scalable graphics.
What is the key difference between raster and vector workflows?
Raster workflows are built from pixels and are resolution-dependent; vector workflows use mathematical paths that scale without losing quality.
When should I use a raster workflow vs a vector workflow in practice?
Use raster for photos and detailed textures; use vector for scalable logos, icons, and typography.
How do resolution and scaling affect quality in each workflow?
Raster images can blur or pixelate when scaled up; vector graphics stay crisp at any size.
How can I convert between raster and vector, and what should I know before doing it?
Vectorizing a bitmap depends on edges and may require manual cleanup; converting vector to raster is common for final export; plan output format (SVG/AI for vector, PNG/JPEG for raster).