![vector vs raster vector vs raster](http://dareloki.weebly.com/uploads/1/3/4/1/134123071/110876613_orig.jpg)
![vector vs raster vector vs raster](https://image.slidesharecdn.com/rastervsvector-180131142658/95/raster-vs-vector-2-638.jpg)
This is because when you transform a raster image, you are stretching the pixels themselves and the computer you are using to create the image is essentially having to fill in the missing image data based on the surrounding pixels. They become blurry, distorted and pixelated when enlarged. You can size a large file down fairly easily, but you cannot do the opposite. When you take into account each individual pixel used to render a photograph, your file size can get really big, really fast. Raster images are usually large file sizes.
Vector vs raster software#
Raster based images are usually created with “photo or paint” software programs such as Adobe Photoshop and are great for rendering detailed, full-color images like photographs.
![vector vs raster vector vs raster](https://media.springernature.com/m685/springer-static/image/art:10.1038%2Fs41467-022-32097-3/MediaObjects/41467_2022_32097_Fig1_HTML.png)
Vector graphics and software are not meant to handle photographic imagery or other images with heavy effects (i.e.To learn more in-depth about the differences between raster and vector data with visuals, you can watch the video on Rhumb Line Maps’ YouTube channel here. While smaller in size, vector images can be very complex, and they do have some drawbacks: In simple terms, vector data focuses on declaring boundaries and locations, whereas raster data focuses on describing what is within the area. However, because of this precision, vector files must be produced with (and can often only be viewed by) vector-based software, such as Adobe Illustrator. Vector files are typically much smaller than raster images, since they only have to process a handful of points and lines, as opposed to potentially millions of pixels with a raster file.