Tech

Introduction to Vector Animation

The technique often allows for cleaner and smoother animations.

Vector animation is animation in which the art or movement is controlled by vectors rather than pixels. Often cleaner and smoother animations are possible because images are displayed and scaled using mathematical values ​​instead of stored pixel values. Before understanding the science of vector animation, it is important to understand the difference between the two main types of graphics: bitmaps and vector graphics.

One of the most popular vector animation programs is Adobe Flash (formerly Macromedia Flash), which is no longer available as of January 2021.

Introduction to bitmaps and vector graphics

Most of the types of images that people are most familiar with are made up of a grid of pixels, each pixel or bit containing information about how a color should be displayed. For example, JPEG, GIF, and BMP images are all pixel images, also known as raster or bitmap graphics. These bitmap graphics have a fixed resolution or number of pixels in a grid, measured in pixels per inch (PPI). The resolution of a bitmap limits the size of the graphic because it cannot be resized without losing image quality. Everyone on the internet has come across bitmaps in which blocks are inflated until they look lumpy or pixelated.

Vector graphics, on the other hand, consist of paths defined by start and end points. These paths can be anything from a line to a series of lines that create a shape such as a square or circle. Despite the simple nature of vector components, paths are used to create very complex diagrams. Each path object carries its own mathematical description that defines how the object is displayed.

Some of the most common vector formats are Adobe Illustrator (AI), AutoCAD DXF (DXF), and Computer Graphics Metafile (CGM). Vector graphics can also be found in Encapsulated PostScript (EPS) and Portable Document Format (PDF) formats.

The main difference between vector graphics and bitmap graphics is that vector graphics are resolution independent. In other words, it is truly extensible. Because vector graphics are not made up of a fixed grid, they can be resized without loss of quality. This makes it ideal for a variety of graphic design applications, such as logos, where small things like business cards need to be scaled down or large things like billboards need to be enlarged.

Vector Animation Basics

Some vector editors (computer programs for creating and editing vector graphics) support animation, but the most popular animation creation programs are designed specifically for this purpose. Animations can contain bitmap graphics, but most use only vector-based graphics. This is because, as we learned earlier, they are larger and generally take up less space. These vector animations usually have a cleaner graphic look compared to their alternatives.

There are different vector formats and animators internationally. For example, Extended Vector Animation (EVA) is a popular web-based vector file format in Japan where the EVA Animator software is widely used. The main difference between the EVA format and other vector formats is that instead of recording information per frame, it only records the change of the vector over time. EVA formats are usually smaller than alternatives.


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Introduction to Vector Animation

The technique often allows cleaner, smoother animation

Vector animation refers to animation where the art or motion is controlled by vectors rather than pixels. It often allows cleaner, smoother animation because images are displayed and resized using mathematical values instead of stored pixel values. Before understanding the science behind vector animation, it’s important to know the difference between the two major graphic types: bitmap and vector graphics.

One of the most commonly used vector animation programs was Adobe Flash (formerly Macromedia Flash), which is no longer available as of January 2021.
Introduction to Bitmap and Vector Graphics

Many of the image types people are most familiar with consist of a grid of pixels in which each pixel or bit contains information about how the color should be displayed. JPEGs, GIFs, and BMP images, for instance, are all pixel images known as raster or bitmap graphics. These bitmap graphics have a fixed resolution or a number of pixels in the grid, measured by pixels per inch (PPI). A bitmap’s resolution limits the graphic’s size, as it cannot be resized without losing image quality. Everyone on the internet has run into a bitmap that’s been blown up until it looks blocky or pixelated.

Vector graphics, on the other hand, consist of paths defined by a start and endpoint. These paths can be anything from a line to a series of lines that create a shape like a square or a circle. Despite the simplistic nature of a vector’s building block, paths are used to create extremely complex diagrams. Each path object carries its own mathematical statement that defines how the object should be displayed.

Some of the most common vector formats include AI (Adobe Illustrator), DXF (AutoCAD DXF), and CGM (Computer Graphics Metafile). Vector graphics are also found in EPS (Encapsulated PostScript) and PDF (Portable Document Format) formats.

The most important difference between vector and bitmap graphics is that vector graphics are resolution independent, meaning they are truly scalable. Because vector graphics are not made up of a fixed grid, they can be resized without losing image quality. This makes them ideal for a variety of graphic design applications such as logos, which need to be sized down for something small like a business card or sized up for something as large as a billboard sign.

Vector Animations Basics

While some vector editors (computer programs that compose and edit vector graphics) support animation, the most popular programs for animation creation are specifically geared for that purpose. While animations can include bitmap graphics, most use only vector-based graphics because, as we learned earlier, they scale better and typically take up less space. These vector animations generally have a clean graphic appearance compared to their alternatives.

Internationally, there are other vector formats and animators. For instance, EVA (Extended Vector Animation) is a web-based vector file format popular in Japan where EVA Animator software is widely used. The primary difference between the EVA format and other vector formats is that it records only the changes in the vector over time rather than recording information per frame. EVA formats also tend to be smaller than their alternatives.

#Introduction #Vector #Animation

Introduction to Vector Animation

The technique often allows cleaner, smoother animation

Vector animation refers to animation where the art or motion is controlled by vectors rather than pixels. It often allows cleaner, smoother animation because images are displayed and resized using mathematical values instead of stored pixel values. Before understanding the science behind vector animation, it’s important to know the difference between the two major graphic types: bitmap and vector graphics.

One of the most commonly used vector animation programs was Adobe Flash (formerly Macromedia Flash), which is no longer available as of January 2021.
Introduction to Bitmap and Vector Graphics

Many of the image types people are most familiar with consist of a grid of pixels in which each pixel or bit contains information about how the color should be displayed. JPEGs, GIFs, and BMP images, for instance, are all pixel images known as raster or bitmap graphics. These bitmap graphics have a fixed resolution or a number of pixels in the grid, measured by pixels per inch (PPI). A bitmap’s resolution limits the graphic’s size, as it cannot be resized without losing image quality. Everyone on the internet has run into a bitmap that’s been blown up until it looks blocky or pixelated.

Vector graphics, on the other hand, consist of paths defined by a start and endpoint. These paths can be anything from a line to a series of lines that create a shape like a square or a circle. Despite the simplistic nature of a vector’s building block, paths are used to create extremely complex diagrams. Each path object carries its own mathematical statement that defines how the object should be displayed.

Some of the most common vector formats include AI (Adobe Illustrator), DXF (AutoCAD DXF), and CGM (Computer Graphics Metafile). Vector graphics are also found in EPS (Encapsulated PostScript) and PDF (Portable Document Format) formats.

The most important difference between vector and bitmap graphics is that vector graphics are resolution independent, meaning they are truly scalable. Because vector graphics are not made up of a fixed grid, they can be resized without losing image quality. This makes them ideal for a variety of graphic design applications such as logos, which need to be sized down for something small like a business card or sized up for something as large as a billboard sign.

Vector Animations Basics

While some vector editors (computer programs that compose and edit vector graphics) support animation, the most popular programs for animation creation are specifically geared for that purpose. While animations can include bitmap graphics, most use only vector-based graphics because, as we learned earlier, they scale better and typically take up less space. These vector animations generally have a clean graphic appearance compared to their alternatives.

Internationally, there are other vector formats and animators. For instance, EVA (Extended Vector Animation) is a web-based vector file format popular in Japan where EVA Animator software is widely used. The primary difference between the EVA format and other vector formats is that it records only the changes in the vector over time rather than recording information per frame. EVA formats also tend to be smaller than their alternatives.

#Introduction #Vector #Animation


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