#Raster versus vector data software#

Vectors are best suitable for drawings, creating logos, illustrations, and technical drawingsĪ huge dimension and fair detailed image produce a large size of the image. Raster programs are best suitable for photo editing, the creation of a continuous toned image with soft colour. On enlarging a vector image, mathematical formulas remain the same, scalable to any size. Enlarging file with increasing in pixel count, which may produce better results comparatively. On enlarging a raster image without a change in pixel count, the image looks blurry. Similar to creating an image with different tiles of different shapes and sizes. When the user paints a vector image, only the outline of the shape is painted. When the user paints a raster image, it looks similar to dipping brush in paint and painting images. 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. Raster has simple output, as long as RIP or printer has required memory. The last two are created by CAD and GIS applications. Vector formats include EPS, PICT, WMF, PostScript, TrueType. Graphic Raster formats include JPEG, GIF, PNG, XBM, TIFF, PCX, and bitmap fonts. Vectors use mathematical formulas in describing colours, shapes, and placement. With an increase in complexity, it can contain more colours. Raster has only two colours, black or white. The vector consists of instructions on where to place its components. Raster image knows the colour of each pixel. Each vector element has its own coordinates and can be resized. Vector images are collections of elements such as lines, rectangles, circles, and square. In Raster, pixels of the same colour or different colour are placed close to each other so that the human eye perceives them as pictures but not as dots. Vector images are made up of lines, fills, and curves. Raster images are also known as Bitmap images and are made up of small dots known as pixels. The table below summarizes the comparisons between Raster vs Vector : Raster

This conversion will be useful for web applications.

When a vector image is converted to a bitmap image, a copy of the vector image will be saved else, after converting to a raster, the image will lose its vector properties.

Vector images can be increased or decreased to any degree lines will be sharp.

Mathematical equations create vector images one of them is Bezier curves instead of pixels.

#Raster versus vector data software#

On increasing the raster image’s size, the software creates new pixels by estimating new pixels’ colour values based on surrounding pixels.when we try to reduce the size of the raster image through resizing option, pixels are to be discarded.

Raster images are resolution-dependent, i.e.Vector images are high-quality images as they are device-independent.Vector images are made up of individual, scalable objects.Vector images are specialized files created using vector tools, appear in fewer formats.Raster images are made up of pixels in a grid all these pixels come together to form an image on the display screen.Vector images can be scalable, smooth, and usable.Raster is easy to use but not much common and can be converted from bitmap to another format but cannot convert to vector.Raster/ Bitmap images are made up of pixels, whereas Vector images are created with software and mathematical calculation.s.Both are pictured on the display screen but with different focus and composition.Both Raster and Vector have unique properties and suit different tasks.Let us discuss some key differences between Raster vs Vector in the following points: Head to Head Comparison between Raster vs Vector (Infographics)īelow are the top 17 comparisons between Raster vs Vector : These images are made up of pixels referred to as Bitmap. The majority of the picture seen on the display screens are raster images/ bitmap images. Pixel is a minute illumination on the display screen it is a physical point in a picture. Hadoop, Data Science, Statistics & othersīefore we begin with Raster and Vector’s key features, we need to know what Pixel means?