Transparency is a GIF option that removes the background color of a graphic . This effect adds a transparent background for images saved as GIF (Graphics Interchange Format) files.
GIF is such a format that supports animation and transparency. See the related question for more details on the GIF format and some other formats that support one of these features.
usually for company's logos and graphics with less then 256 colors,.gif support transparency but can display only 256 colors
No no as jpeg doe snot support transpanrancy i would suggest gif as its popular format that most machines can regognise and does support alpha channel transparency no as jpeg doe snot support transpanrancy i would suggest gif as its popular format that most machines can regognise and does support alpha channel transparency
This would be png files as Jpeg files do not support transparency and Gif files do support animations. Png files are one of the major files which support transparency and do not support animations.
The effect of the GIF,JPEG,PNG,BMP and TIFF on the data transfer
JPG = for photos. PNG = for charts, line art, icons, images with text. GIF = very small animations. Except animation, PNG format can do all that GIF can, but offers better compression and has some features that exceed capabilities of GIF (e.g. smooth transparency or full color representation).
Unfortunately, it's not as easy as just saying .gif or .jpg. Different file formats are good for different things because they compress the images differently. In general, a .gif file is good if your image has large areas of solid color (and by solid color, I don't mean a field of green grass). A .jpg image is generally good for photographs or images with a lot of gradients. If you image has transparency, you will need to use either .gif or .png depending on the type of transparency. A .gif image allows pixels to be either completely solid or completely transparent. A .png allows pixels to be partially transparent, but isn't supported by IE 6 without hacks. So... Solid colors: GIF Photographs: JPEG Gradients: JPEG Transparency: GIF or PNG Partial Transparency: PNG
.jpg -common for most normal pictures .bmp -short for bitmap .png -similar to bitmap, allow transparency effects .gif -typically used for animated images, also allows transparency
They are file format for graphic. Each has different ways of handling, compression, transparency and scaling. tif = tagged image format jpeg = join photographic expert group gif = graphic interchange format
Normally delete the background in the image then when saving, save with the transparent option checked. This will give you a transparent background. PNG is different than GIF format because with PNG you get 256 levels of transparency which allows you to smoothly blend your image to the page background on a webpage. GIF has only one level of transparency so you get a pixelated edge to your image.
.gif is a file format. Most commonly .gif files are animations or images with a short 5-10 second effect. Non-animation image file formats are: .Jpeg and .PNG.
GIF APNG WebP The most common format for saving animated images is the GIF format. GIF is the standard format for compressing images with flat color and crisp detail, such as line art, logos, or illustrations with type. Optimizing an image as a GIF format relies on lossless compression, which preserves all the data. However, GIF has some limitations, such as a maximum of 256 colors per frame and no support for transparency. There are other formats that can save animated images, such as APNG, WebP, AVIF, MPEG, and WMV. These formats may offer better compression, higher color depth, transparency, or other features than GIF. However, they may not be as widely supported by browsers or programs as GIF. APNG vs GIF The advantage of APNG over GIF is that APNG can support more features and better quality than GIF. Some of the main advantages are: Alpha channel: APNG can provide variable transparency for each pixel, while GIF can only have one transparent color per frame. Color depth: APNG can support up to 24-bit color, while GIF is limited to 8-bit color. Compression: APNG can compress better than GIF in most cases, reducing the file size and bandwidth usage. There are several methods to convert GIF to APNG: Manual Conversion: If you want to convert GIF to APNG manually, you will need to extract the frames of the GIF file and save them as PNG files. Then, you will need to combine the PNG files into an APNG file using a program that supports APNG creation. For example, you can use GIMP or Photoshop. Online Conversion: There are many online tools that can help you convert GIF to APNG with just a few clicks. For example, you can use EzGIF (ezgif . com/gif-to-apng) or Vertopal (vertopal . com/en/convert/gif-to-apng). For visit, Make sure to remove spaces from the url. Offline Conversion: There are also some programs that you can download and install on your computer to convert GIF to APNG. For example, you can use ImageMagick or FFmpeg. WebP vs GIF The advantage of WebP over GIF is that WebP can offer better quality and smaller file size than GIF. WebP is a newer format that supports both lossy and lossless compression, meaning it can reduce the amount of data without affecting the image quality too much. WebP also supports 24-bit color and 8-bit alpha channel, meaning it can display more colors and transparency than GIF, which is limited to 8-bit color and 1-bit transparency. Using WebP instead of GIF can save bandwidth and storage space, as well as improve the loading speed and performance of websites. However, WebP is not as widely supported as GIF, especially by older browsers and programs. Therefore, it may not be the best choice for some users or platforms. Best way to convert GIF to WEBP is gif2webp. This is a tool that can convert a GIF image to a WebP image. gif2webp is a part of the WebP project, which is developed by Google to make the web faster by using more efficient image compression. You can use gif2webp to create WebP images from GIF files, and adjust the compression options to suit your needs.