Vector graphics can always be imported in raster format, for example, as a jpg or png images, or left in a scalable format as an svg, ai, pdf * or eps files. The lines can also be resized and further worked on, for example, by adding surfaces as vector shapes in Adobe Illustrator or by bringing textures and landscapes under the vector lines in Photoshop. The lines of architectural modeling are always in vector format and can thus be scaled to the required size. I know the difference between vector and raster. By contrast, vector art software usually (in my research) uses a 'mesh shading' tool. For example, shading in a raster art software is as simple as drawing in a darker color. However, using vector graphics to render organic shapes photorealistically is still a challenge. However, Im facing a dilemma: It seems that vector art software isnt meant to be used for most digital art applications. Highly processed vector graphics can even be used to create images resembling photography, especially when illustrating geometric shapes such as phones. However, some print jobs require raster processing.Revit automatically uses raster processing for a view if any of the following conditions are true: The view uses shading, shadows, gradients, sketchy lines, or depth cueing. For now it can be a matter of preference of program or the scalability factor. Raster processing typically produces lower quality output than vector processing. Vector images are much more scalable than Raster images. Raster images have a wide range of colour gradations and less scalable than Vector images. Vectors are small files that contain information on Bezier curves that form the drawing. Vector graphics are the primary form of a digital image used in graphic elements such as logos, typography, icons, infographics and illustrations. There are many reasons to favor vector over raster, as well as raster over vector. Raster has simple output, as long as RIP or printer has required memory. This is the main advantage of vector graphics compared to raster graphics. Each image can only contain a fixed number of pixels.

These images are created by digital cameras, by scanning images into a computer or with raster-based software. Pixels appear like little squares on graph paper when the image is zoomed in or enlarged.

Vector graphics are based on mathematical formulas, which makes it infinitely scalable without loss of quality. Raster images are made of pixels or tiny dots that use color and tone to produce the image. Each vector path may have various properties such as values for stroke color, shape, curve, thickness, and fill. Verify and adjust a vector entity's dimensions as it is drawn to make it more precise. Use a follower method to trace complex geometry, such as contours. Use a one-pick method to accurately trace raster entities you select. Vector graphics are two-dimensional lines and shapes based on lines formed between so-called anchor points, which determine the direction of the line that is formed between them called a vector path. Vectorization tools (VTools) can convert geometry and text in a bitonal raster image.

Revit vector vs raster