Vector file format extension Continue Computer graphics of the image are defined by dots, lines and curves This article is about computer illustration. For other purposes, see Vector Graphics (disambigation). An example that shows the effect of vector graphics compared to vector graphics is images of computer graphics, which are defined in terms of points on the Cartesian plane, which are connected by lines and curves for the formation of landfills and other forms. Vector graphics have a unique advantage over raster graphics in that points, lines and curves can be zoomed in or down to any resolution without aliases. Points determine the direction of the vector path; Each path can have different properties including the color values of the stroke, shape, curve, thickness and filling. Instead of cutting off a large area of computer memory and displaying what's on the display device, the device's display vector uses a variable number of strings to create images, hence the term vector graphics. Because vector-mapping devices can identify a line by dealing with only two points (i.e. the coordinates of each end of the line), the device can reduce the total amount of data it needs to deal with by organizing the image from the point pairs. Vector graphics are commonly found today in SVG, EPS, PDF, or AI graphic files types and are inherently different from more common raster graphics formats such as JPEG, PNG, APNG, GIF, and MPEG4. A review of free asteroid software as a video game played on a Vector Monitor Vector graphic displays were first used in 1958 by the U.S. SAGE air defense system. Vector's graphics systems were removed from U.S. air traffic control in 1999. Vector graphics were also used on the TX-2 at MIT Lincoln Laboratory by computer graphics pioneer Ivan Sutherland to launch his Sketchpad program in 1963. Subsequent vector graphics systems, most of which were wiped through dynamically modified saved lists of drawing instructions, include IBM 2250, Imlac PDS-1, and DEC GT40. There was a video game console that used vector graphics called Vectrex, as well as various arcade games such as asteroids, space wars and many movietronics, such as Rip-Off, and Tail Gunner using vector monitors. Storage displays, such as Tektronix 4014, could display vector images, but not change them without one display erasing. Modern vector graphic displays can sometimes be found on laser light shows, where two fast-moving X-Y mirror position beams quickly draw shapes and text as straight and curved strokes on the screen. Vector graphics can be created in the form using a plotter pen, a special type of printer, Uses a series of ballpoint dots and felt-tip handles on a servo mountain that moves horizontally across the paper, with the plotter moving the paper back and forth through its paper path for vertical movement. While a typical typical can easily require several thousand paper movements, back and forth, the paper does not slide. In a tiny rolling plotter made by the Alps in Japan, teeth at thin terms receded paper near its edges on the first aisle and maintained registration on subsequent passages. Some Hewlett-Packard pen carriers had two-axis pen carriers and stationery (the size of the plot was limited). However, the moving paper H-P plotters were sand wheels (akin to machine shop grinding wheels) which, on the first aisle, retreated to a paper surface, and collectively maintained registration. Modern vector graphics, such as engineering drawings, are usually printed as bit cards after the vector is transformed into a rub. The term vector graphics is mainly used today in the context of two-dimensional computer graphics. This is one of several modes that an artist can use to create an image on a display. Vector graphics can be uploaded to online databases for other designers to download and manipulate, speeding up the creative process. Other modes include text, multimedia and 3D rendering. Almost all modern 3D rendering is done using extensions of 2D vector graphics methods. Plotters used in the technical drawing still draw vectors directly onto paper. This vector image of a round four-color vortex displays several unique features of vector graphics compared to the rubbed graphics: there is no alias along the rounded edge, leading to digital artifacts, color gradients are all smooth, and the user can endlessly pose the image without losing quality. The World Wide Web Consortium (W3C) standard of vector graphics is scalable vector graphics (SVG). The standard is complex and relatively slow to be set, at least in part, because of commercial interests. Many web browsers currently have some support for rendering SVG data, but full implementations of the standard are still relatively rare. In recent years, SVG has become a significant format that is completely independent of the resolution of the rendering device, usually the printer or display monitor. SVG files are essentially printed text that describes both straight and curved paths, as well as other attributes. Wikipedia prefers SVG for images such as simple maps, linear illustrations, coats of arms and flags that are generally not similar to photos or other continuous-in-tone images. SVG rendering requires conversion to raster format in a resolution consistent with the current task. SVG is also a format for animated graphics. There is also a version of SVG for mobile phones. Specifically, a specific format for mobile phones is called THE SVGT (SVG Tiny version). These can count links as well as use anti-aliasing. They can also be displayed as wallpaper. The transformation of the Image File File List covers proprietary and public vector formats. Original background photo before vectorization Details be added or removed from vector art. For raster Highlights articles: Rasterisation, Raster Imaging Processor, and Render Outlet Units Modern Displays and Printers raster devices; vector formats must be converted to raster (bitmaps - pixel arrays) before they can be displayed (displayed or printed). The size of the bit card/resolution file generated by the conversion will depend on the resolution required, but the size of the vector file that generates bitmap/raster will always remain the same. Thus, it's easy to convert from a vector file to a range of bitcard/waste file formats, but it's much harder to go in the opposite direction, especially if you want to edit the vector picture. Saving an image from a bitmap/raster file vector can be an advantage because different systems have different (and incompatible) vector formats, and some may not support vector graphics at all. However, once the file is converted from the vector format, it will probably be larger, and it loses the scalability advantage without losing permission. It will also no longer be possible to edit individual parts of the image as discrete objects. The size of a vector graphic image file depends on the number of graphics it contains; it's a list of descriptions. From raster Main articles: Vectorization (image tracking) and comparison of raster-vector conversion software This section is empty. You can help by adding to it. (June 2018) Print Vector Art is perfect for printing because the art is made from a series of mathematical curves, it will print very clearly even when reused. For example, you can print a vector logo on a small sheet of copy paper, then enlarge the same vector logo to the size of the billboard and maintain the same clear quality. Low-resolution raster graphics would be over-washed or pixelated if it were increased from the size of the business card to the size of the billboard. (The exact resolution of the graphic raster required to produce high-quality results depends on the viewing distance; for example, a billboard can still appear high-quality even at low resolution if the viewing distance is large enough.) If we consider typographical symbols as images, the same considerations we have made for graphics apply even to the composition of the written text for printing (typing). Old character sets were stored as bit cards. Therefore, to achieve the maximum print quality, they should only be used in this resolution; these font formats are said to be non-scalable. The high-quality printing house is now based on drawings of symbols are usually stored as vector graphics and as such are scalable for any size. Examples of these character vector formats are Postscript and TrueType fonts. Operation Benefits of This Style of Drawing Over Raster Graphics: Because Vector Vector consist of coordinates with lines/curves between them, the size of the view does not depend on the size of the object. This minimal amount of information results in a much smaller file size than the larger raster images that are determined by pixel per pixel. However, a vector graphic with a small file size is often said to lack detail compared to the real world photo. Accordingly, you can endlessly zoom in, such as the arc of a circle, and it stays smooth. On the other hand, the landfill representing the curve will show that it is not very curved. When you zoom in, the lines and curves should not increase proportionally. Often the width is either not increased or less proportional. On the other hand, irregular curves, represented by simple geometric shapes, can be proportionally wider when scaling to make them look smooth and different from these geometric shapes. Object settings are stored and can be changed later. This means that moving, scaling, rotating, filling, etc. doesn't impair the quality of the picture. In addition, it is customary to specify the dimensions in the device-independent units, which leads to the best rubbed on the waste devices.