file types lecture notes
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Raster graphics are made up of pixels arranged in a grid, with each pixel recording a color. They have a fixed resolution and image quality degrades with scaling. Vector graphics use mathematical formulas and vectors to describe shapes and graphics. They can be scaled to any size without loss of quality and are well-suited for logos. Common file formats include JPEG for photos, TIFF for print graphics, GIF for web animations, BMP for images without compression, PSD for layered Photoshop files, and AI/WMF for vector illustrations. Compression reduces file sizes but can cause loss of image quality from additional editing.
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Digital graphics technology
This document discusses different types of digital graphics used for games. It explains that digital graphics are computer-created images that can be edited by adding colors, effects and other modifications. Bitmap images are made up of pixels and can be created by photos or scans, while vector graphics use mathematical expressions and can be resized without quality loss. The document provides examples and advantages and disadvantages of bitmap and vector graphics for use in games.
Digital graphics powerpoint homework
The document defines raster and vector graphics. Raster graphics are made up of pixels to form images, while vector graphics use vectors like paths and strokes. It then discusses various file formats for raster (JPEG, TIFF, GIF, BMP) and vector (PSD, AI, FLA, WMF) graphics and their uses and advantages/disadvantages. Lossy compression reduces file sizes by removing image information, potentially making images pixelated. Graphics can be captured using scanners, cameras, or graphics tablets, and optimized by reducing file sizes and pixel amounts, though this reduces resolution.
Task 1
Pixels make up images on screens, with more pixels providing higher resolution. Vector images contain individual objects while raster images use a grid of pixels. Common file formats for images include BMP, PNG, GIF, TIFF, JPG, PSD, PDF, EPS, and AI. Image capture devices store photos and videos, while optimization makes software run more efficiently without lag. Storage and asset management allow keeping and organizing work, images, and videos.
File types pro forma
Raster graphics are made up of pixels and have a set resolution, so they can appear distorted when resized. Vector graphics are made up of mathematical paths between points, so they can be resized without distortion. Common raster file formats include JPEG, TIFF, GIF and BMP, which vary in compression, quality and file size. Common vector file formats are PSD, AI, FLA and WMF, which allow editing layers, transparency and scaling. Files can be optimized and compressed to reduce file sizes for sharing online, but this can reduce quality. Larger files have more pixels and layers, and naming files accurately helps organization. Folders are useful for storing and organizing assets in projects.
Digital Graphics- File Formats
Raster Graphics
-JPEG
-TIFF
-GIF
-BMP
Vector Graphics
-PSD
-AI
-FLA
-WMF
Compression
Image Capture
Optimising
File Types Pro Forma
Raster graphics are made up of bitmaps and require large file sizes to store pixel information, though compression methods help reduce file size. Raster graphics can be scaled down without quality loss but lose quality when enlarged. Vector graphics use vectors defined by start and end points, allowing them to be scaled without quality loss. Common file formats include JPEG for photos, TIFF for publishing, GIF for animations, and BMP/PSD for images with layers. Vector formats include AI for logos and WMF for Windows. Compression reduces file sizes but also risks quality loss from repeated editing. Images can be captured with scanners, cameras, or graphics tablets. Optimizing reduces file sizes through resizing, compression, and other editing to
File types pro forma(1)
This document discusses different types of digital graphics file formats including raster graphics, vector graphics, and various file format types. Raster graphics are made up of pixels and are commonly used for photos. Vector graphics use paths and strokes made of vectors which allows the graphics to be scaled without quality loss. The document also covers various file format types for both raster and vector graphics like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It discusses their uses, advantages, and disadvantages. File compression, image capture methods, optimizing images for web, file size considerations, and asset management best practices are also summarized.
Digital graphics file formats
The document provides definitions and information about different types of digital graphics file formats including raster graphics, vector graphics, and specific file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also discusses topics like image capture methods, file compression, optimizing images for the web, file size considerations, file naming conventions, and asset management.
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Digital graphics technology
This document discusses different types of digital graphics used for games. It explains that digital graphics are computer-created images that can be edited by adding colors, effects and other modifications. Bitmap images are made up of pixels and can be created by photos or scans, while vector graphics use mathematical expressions and can be resized without quality loss. The document provides examples and advantages and disadvantages of bitmap and vector graphics for use in games.
Digital graphics powerpoint homework
The document defines raster and vector graphics. Raster graphics are made up of pixels to form images, while vector graphics use vectors like paths and strokes. It then discusses various file formats for raster (JPEG, TIFF, GIF, BMP) and vector (PSD, AI, FLA, WMF) graphics and their uses and advantages/disadvantages. Lossy compression reduces file sizes by removing image information, potentially making images pixelated. Graphics can be captured using scanners, cameras, or graphics tablets, and optimized by reducing file sizes and pixel amounts, though this reduces resolution.
Task 1
Pixels make up images on screens, with more pixels providing higher resolution. Vector images contain individual objects while raster images use a grid of pixels. Common file formats for images include BMP, PNG, GIF, TIFF, JPG, PSD, PDF, EPS, and AI. Image capture devices store photos and videos, while optimization makes software run more efficiently without lag. Storage and asset management allow keeping and organizing work, images, and videos.
File types pro forma
Raster graphics are made up of pixels and have a set resolution, so they can appear distorted when resized. Vector graphics are made up of mathematical paths between points, so they can be resized without distortion. Common raster file formats include JPEG, TIFF, GIF and BMP, which vary in compression, quality and file size. Common vector file formats are PSD, AI, FLA and WMF, which allow editing layers, transparency and scaling. Files can be optimized and compressed to reduce file sizes for sharing online, but this can reduce quality. Larger files have more pixels and layers, and naming files accurately helps organization. Folders are useful for storing and organizing assets in projects.
Digital Graphics- File Formats
Raster Graphics
-JPEG
-TIFF
-GIF
-BMP
Vector Graphics
-PSD
-AI
-FLA
-WMF
Compression
Image Capture
Optimising
File Types Pro Forma
Raster graphics are made up of bitmaps and require large file sizes to store pixel information, though compression methods help reduce file size. Raster graphics can be scaled down without quality loss but lose quality when enlarged. Vector graphics use vectors defined by start and end points, allowing them to be scaled without quality loss. Common file formats include JPEG for photos, TIFF for publishing, GIF for animations, and BMP/PSD for images with layers. Vector formats include AI for logos and WMF for Windows. Compression reduces file sizes but also risks quality loss from repeated editing. Images can be captured with scanners, cameras, or graphics tablets. Optimizing reduces file sizes through resizing, compression, and other editing to
File types pro forma(1)
This document discusses different types of digital graphics file formats including raster graphics, vector graphics, and various file format types. Raster graphics are made up of pixels and are commonly used for photos. Vector graphics use paths and strokes made of vectors which allows the graphics to be scaled without quality loss. The document also covers various file format types for both raster and vector graphics like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It discusses their uses, advantages, and disadvantages. File compression, image capture methods, optimizing images for web, file size considerations, and asset management best practices are also summarized.
Digital graphics file formats
The document provides definitions and information about different types of digital graphics file formats including raster graphics, vector graphics, and specific file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also discusses topics like image capture methods, file compression, optimizing images for the web, file size considerations, file naming conventions, and asset management.
File types pro forma will w
The document discusses different types of digital graphics file formats including raster and vector graphics. Raster graphics like JPEG and TIFF use bitmaps and have resolution while vector graphics like AI and EPS use mathematics to scale images. It also covers different file formats for raster graphics like JPEG, TIFF, GIF and BMP as well as vector graphics formats like PSD, AI, FLA and WMF. The document concludes with optimizing images for web use by reducing file sizes through compression while maintaining quality.
Digital graphics file formats
This document discusses different types of digital file formats for graphics, including raster formats like JPEG, TIFF, GIF, BMP, and vector formats like PSD, AI, FLA, and WMF. It describes the key characteristics of each format such as whether they are bitmap or vector images, if they support compression and layers, common uses, and advantages and disadvantages. The document also covers topics like compression, optimizing files, and different methods of capturing digital images.
TYPES OF IMAGE FILE FORMAT - MATHANKUMAR.S - VMKVEC
TYPES OF IMAGE FILE FORMAT (ITS INCLUDES IMAGES, TYPES OF IMAGES, IMAGE FILE FORMATS & DIGITAL IMAGING)
Task 4 investigate digital animation
Vector animation uses geometrical primitives like points, lines and curves to create images made of paths and nodes that can be scaled without loss of quality. Raster animation uses a grid of pixels so images become pixelated when stretched. Lossy compression reduces file sizes by losing some data quality, especially for images, while lossless compression allows exact reconstruction but with smaller compression ratios. Different file types like .swf, .gif and .mng are used for digital animation and graphics with varying capabilities like support for animation, color depth and compression.
Chapter 3 : IMAGE
This document discusses various types of images used in multimedia. It describes bitmaps, which are raster images made up of pixels that can depict fine detail but require more storage. Vector images use mathematical formulas to describe geometric objects and require less storage but cannot depict photographs. 3D modeling uses vector graphics in three dimensions. Color is created through additive processes for screens and subtractive for print. File types like JPEG, GIF, and PNG are cited for different image needs.
File types pro forma(1)
Raster graphics are made up of pixels while vector graphics use paths and strokes. Common raster file formats include JPEG, TIFF, GIF, BMP while vector formats include AI, FLA and WMF. File sizes can be optimized by compressing files through techniques like reducing image size and bit depth. Assets should be organized, named accurately and stored in folders to help manage large projects.
Image capture powerpoint
This document summarizes best practices for image capture and file formats. It discusses choosing the appropriate in-camera settings like picture control and image size and quality to optimize images for their intended use. The main file formats - JPEG, TIFF, PSD, DNG and RAW - are compared in terms of their pros and cons for aspects like image quality preservation, file size and compatibility. It stresses the importance of backing up images in multiple locations to protect against data loss from hardware failures.
Task 1 – digital graphics for computer games
This document discusses digital graphics for computer games. It covers pixels and resolution, common file formats like BMP, PNG, GIF and their uses. It also discusses compression techniques, image capture devices, optimizing computer performance at different levels, and storage and asset management for game development.
Compito di informatica in inglese
The resolution refers to the density of pixels that make up a digital image when displayed on a screen or printed. It is measured in pixels or dots per inch, where a higher resolution means more pixels packed into a given space, resulting in a sharper and more detailed image. Common file formats for digital images include BMP, TIFF, GIF, JPEG, PNG, and CDR, each with different capabilities regarding things like compression, animation, transparency, and compatibility across programs and platforms.
File types pro forma
This document discusses different types of digital graphics file formats including raster graphics like JPEG, TIFF, GIF, and BMP as well as vector graphics like PSD, AI, FLA, and WMF. It provides information on what each file format stands for, examples of common uses, advantages, and disadvantages. The document also covers topics like compression, different methods for capturing digital images like scanners, cameras, and graphics tablets, as well as optimizing images by reducing size, bit depth, resolution, and compression.
File types pro forma
The document discusses different types of digital file formats for graphics. Raster graphics like JPEG and TIFF are made up of pixels and have a fixed resolution, so resizing can cause distortion. Vector graphics like AI and WMF are made up of points and curves and can be scaled to any size without quality loss. Common file formats are described along with their uses, advantages, and disadvantages. The document also covers image capture methods and optimizing files to reduce file sizes for web viewing.
Presentationof I Tskill
I apologize, upon reviewing the document I do not have enough context to provide an accurate high-level summary in 3 sentences or less. The document appears to contain technical details about different image file formats but does not have an obvious overall topic or main point that could be summarized at a high level concisely.
Pixel and resolution
Pixels are the smallest controllable elements that make up images on screens. They are arranged in a grid and can only display one color at a time, but many clustered together can create a smooth image. Higher resolution screens have more and smaller pixels, making individual pixels harder to see. More pixel colors are possible with increased bit depth. In gaming, higher resolution screens and consoles allow for more detailed graphics through more pixels and colors. Vector images use geometric shapes defined by mathematical expressions rather than pixels, while raster images are made of pixels arranged in a grid. Different file formats like BMP, PNG, GIF are used for different purposes like photos, icons, or transparency. Digital asset management involves ingesting, storing, and distributing digital
File types pro forma being worked on
The document discusses different types of digital image file formats including raster graphics, vector graphics, and various file extensions like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It provides information on their uses, advantages, and disadvantages. Compression and different methods of image capture like scanners, cameras, and graphics tablets are also covered. The document aims to explain key concepts around digital graphics file formats and optimization.
File types pro forma
Raster graphics are made up of pixels arranged in a grid, while vector graphics use mathematical equations to define paths, points and curves. Common file formats for raster images include JPEG, TIFF, GIF and BMP, with JPEG best for photos and web due to lossy compression, and TIFF used for graphic design with lossless compression. Vector formats include AI, used for logos, and FLA for animations. Optimizing images makes them lighter and faster to download by reducing file size through lowering resolution, compression or trimming pixels, though this can degrade quality with excessive optimization.
Digital Graphics Pro Forma
Raster graphics are made up of pixels arranged in a grid, while vector graphics use mathematical equations to define paths, points and curves. Common file formats for raster graphics include JPEG, TIFF, GIF and BMP, which vary in terms of compression, quality and file size. Vector graphics file formats include AI, FLA and WMF, which can be scaled without quality loss. Image files can be captured through scanning, digital cameras or graphics tablets, and optimized for web use by reducing file size through lowering pixel count, resolution or compression.
File Types Pro Forma
This document discusses different types of digital file formats for graphics. It begins by defining raster and vector graphics. Raster graphics are composed of pixels while vector graphics are made up of lines and paths. The document then examines specific file formats - JPEG, TIFF, GIF, BMP, PSD, AI, FLA and WMF - outlining what each stands for, common uses, advantages and disadvantages. It also covers topics like compression, image capture methods using scanners, digital cameras and graphics tablets, and optimizing images for uploading online.
File Types Pro-Forma
This document discusses different types of digital graphics file formats including raster graphics, vector graphics, and various file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It provides details on what each file format stands for, examples of how it is used, advantages, and disadvantages. It also covers topics like raster vs vector graphics, compression, image capture methods using scanners, cameras, and graphics tablets, and optimizing images by reducing file size to improve website loading speeds.
File types pro forma(1)
This document discusses different types of digital graphics file formats including raster graphics like JPEG, TIFF, GIF and BMP files which use bitmaps made of pixels and vector graphics like PSD, AI, FLA and WMF files which use vectors. It describes how each format is used, advantages and disadvantages. It also covers topics like image capture methods, file compression, optimizing images for web, file size management, naming conventions and organizing assets in folders.
File types pro forma
Raster graphics are made up of pixels arranged in a grid, with more pixels resulting in higher quality images. Vector graphics use mathematical equations to describe shapes and paths, allowing the images to be resized without quality loss. The document then defines and compares several common file formats for raster and vector graphics, including their typical uses, advantages, and disadvantages. Key factors discussed are image quality, file size, compatibility between programs, and suitability for different uses like online sharing or printing.
File types alis rose
The document discusses different types of digital graphics file formats including raster graphics (bitmaps), vector graphics, and various file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It describes what each file format stands for, common uses, advantages, and disadvantages. It also covers topics like image capture methods, file compression, optimizing images for web use, and factors that affect file size.
File Types Pro Forma
The document discusses different types of digital file formats for graphics, including raster graphics (made up of pixels that can distort when resized), vector graphics (made up of paths defined by start/end points that can be resized without quality loss), and several specific file formats for both raster and vector graphics. It also covers topics like file compression, image capture/optimization techniques, file size management, file naming conventions, and asset organization folders.
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File types pro forma will w
The document discusses different types of digital graphics file formats including raster and vector graphics. Raster graphics like JPEG and TIFF use bitmaps and have resolution while vector graphics like AI and EPS use mathematics to scale images. It also covers different file formats for raster graphics like JPEG, TIFF, GIF and BMP as well as vector graphics formats like PSD, AI, FLA and WMF. The document concludes with optimizing images for web use by reducing file sizes through compression while maintaining quality.
Digital graphics file formats
This document discusses different types of digital file formats for graphics, including raster formats like JPEG, TIFF, GIF, BMP, and vector formats like PSD, AI, FLA, and WMF. It describes the key characteristics of each format such as whether they are bitmap or vector images, if they support compression and layers, common uses, and advantages and disadvantages. The document also covers topics like compression, optimizing files, and different methods of capturing digital images.
TYPES OF IMAGE FILE FORMAT - MATHANKUMAR.S - VMKVEC
TYPES OF IMAGE FILE FORMAT (ITS INCLUDES IMAGES, TYPES OF IMAGES, IMAGE FILE FORMATS & DIGITAL IMAGING)
Task 4 investigate digital animation
Vector animation uses geometrical primitives like points, lines and curves to create images made of paths and nodes that can be scaled without loss of quality. Raster animation uses a grid of pixels so images become pixelated when stretched. Lossy compression reduces file sizes by losing some data quality, especially for images, while lossless compression allows exact reconstruction but with smaller compression ratios. Different file types like .swf, .gif and .mng are used for digital animation and graphics with varying capabilities like support for animation, color depth and compression.
Chapter 3 : IMAGE
This document discusses various types of images used in multimedia. It describes bitmaps, which are raster images made up of pixels that can depict fine detail but require more storage. Vector images use mathematical formulas to describe geometric objects and require less storage but cannot depict photographs. 3D modeling uses vector graphics in three dimensions. Color is created through additive processes for screens and subtractive for print. File types like JPEG, GIF, and PNG are cited for different image needs.
File types pro forma(1)
Raster graphics are made up of pixels while vector graphics use paths and strokes. Common raster file formats include JPEG, TIFF, GIF, BMP while vector formats include AI, FLA and WMF. File sizes can be optimized by compressing files through techniques like reducing image size and bit depth. Assets should be organized, named accurately and stored in folders to help manage large projects.
Image capture powerpoint
This document summarizes best practices for image capture and file formats. It discusses choosing the appropriate in-camera settings like picture control and image size and quality to optimize images for their intended use. The main file formats - JPEG, TIFF, PSD, DNG and RAW - are compared in terms of their pros and cons for aspects like image quality preservation, file size and compatibility. It stresses the importance of backing up images in multiple locations to protect against data loss from hardware failures.
Task 1 – digital graphics for computer games
This document discusses digital graphics for computer games. It covers pixels and resolution, common file formats like BMP, PNG, GIF and their uses. It also discusses compression techniques, image capture devices, optimizing computer performance at different levels, and storage and asset management for game development.
Compito di informatica in inglese
The resolution refers to the density of pixels that make up a digital image when displayed on a screen or printed. It is measured in pixels or dots per inch, where a higher resolution means more pixels packed into a given space, resulting in a sharper and more detailed image. Common file formats for digital images include BMP, TIFF, GIF, JPEG, PNG, and CDR, each with different capabilities regarding things like compression, animation, transparency, and compatibility across programs and platforms.
File types pro forma
This document discusses different types of digital graphics file formats including raster graphics like JPEG, TIFF, GIF, and BMP as well as vector graphics like PSD, AI, FLA, and WMF. It provides information on what each file format stands for, examples of common uses, advantages, and disadvantages. The document also covers topics like compression, different methods for capturing digital images like scanners, cameras, and graphics tablets, as well as optimizing images by reducing size, bit depth, resolution, and compression.
File types pro forma
The document discusses different types of digital file formats for graphics. Raster graphics like JPEG and TIFF are made up of pixels and have a fixed resolution, so resizing can cause distortion. Vector graphics like AI and WMF are made up of points and curves and can be scaled to any size without quality loss. Common file formats are described along with their uses, advantages, and disadvantages. The document also covers image capture methods and optimizing files to reduce file sizes for web viewing.
Presentationof I Tskill
I apologize, upon reviewing the document I do not have enough context to provide an accurate high-level summary in 3 sentences or less. The document appears to contain technical details about different image file formats but does not have an obvious overall topic or main point that could be summarized at a high level concisely.
Pixel and resolution
Pixels are the smallest controllable elements that make up images on screens. They are arranged in a grid and can only display one color at a time, but many clustered together can create a smooth image. Higher resolution screens have more and smaller pixels, making individual pixels harder to see. More pixel colors are possible with increased bit depth. In gaming, higher resolution screens and consoles allow for more detailed graphics through more pixels and colors. Vector images use geometric shapes defined by mathematical expressions rather than pixels, while raster images are made of pixels arranged in a grid. Different file formats like BMP, PNG, GIF are used for different purposes like photos, icons, or transparency. Digital asset management involves ingesting, storing, and distributing digital
File types pro forma being worked on
The document discusses different types of digital image file formats including raster graphics, vector graphics, and various file extensions like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It provides information on their uses, advantages, and disadvantages. Compression and different methods of image capture like scanners, cameras, and graphics tablets are also covered. The document aims to explain key concepts around digital graphics file formats and optimization.
File types pro forma
Raster graphics are made up of pixels arranged in a grid, while vector graphics use mathematical equations to define paths, points and curves. Common file formats for raster images include JPEG, TIFF, GIF and BMP, with JPEG best for photos and web due to lossy compression, and TIFF used for graphic design with lossless compression. Vector formats include AI, used for logos, and FLA for animations. Optimizing images makes them lighter and faster to download by reducing file size through lowering resolution, compression or trimming pixels, though this can degrade quality with excessive optimization.
Digital Graphics Pro Forma
Raster graphics are made up of pixels arranged in a grid, while vector graphics use mathematical equations to define paths, points and curves. Common file formats for raster graphics include JPEG, TIFF, GIF and BMP, which vary in terms of compression, quality and file size. Vector graphics file formats include AI, FLA and WMF, which can be scaled without quality loss. Image files can be captured through scanning, digital cameras or graphics tablets, and optimized for web use by reducing file size through lowering pixel count, resolution or compression.
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TYPES OF IMAGE FILE FORMAT - MATHANKUMAR.S - VMKVEC
TYPES OF IMAGE FILE FORMAT - MATHANKUMAR.S - VMKVEC
Similar to file types lecture notes
File Types Pro Forma
This document discusses different types of digital file formats for graphics. It begins by defining raster and vector graphics. Raster graphics are composed of pixels while vector graphics are made up of lines and paths. The document then examines specific file formats - JPEG, TIFF, GIF, BMP, PSD, AI, FLA and WMF - outlining what each stands for, common uses, advantages and disadvantages. It also covers topics like compression, image capture methods using scanners, digital cameras and graphics tablets, and optimizing images for uploading online.
File Types Pro-Forma
This document discusses different types of digital graphics file formats including raster graphics, vector graphics, and various file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It provides details on what each file format stands for, examples of how it is used, advantages, and disadvantages. It also covers topics like raster vs vector graphics, compression, image capture methods using scanners, cameras, and graphics tablets, and optimizing images by reducing file size to improve website loading speeds.
File types pro forma(1)
This document discusses different types of digital graphics file formats including raster graphics like JPEG, TIFF, GIF and BMP files which use bitmaps made of pixels and vector graphics like PSD, AI, FLA and WMF files which use vectors. It describes how each format is used, advantages and disadvantages. It also covers topics like image capture methods, file compression, optimizing images for web, file size management, naming conventions and organizing assets in folders.
File types pro forma
Raster graphics are made up of pixels arranged in a grid, with more pixels resulting in higher quality images. Vector graphics use mathematical equations to describe shapes and paths, allowing the images to be resized without quality loss. The document then defines and compares several common file formats for raster and vector graphics, including their typical uses, advantages, and disadvantages. Key factors discussed are image quality, file size, compatibility between programs, and suitability for different uses like online sharing or printing.
File types alis rose
The document discusses different types of digital graphics file formats including raster graphics (bitmaps), vector graphics, and various file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It describes what each file format stands for, common uses, advantages, and disadvantages. It also covers topics like image capture methods, file compression, optimizing images for web use, and factors that affect file size.
File Types Pro Forma
The document discusses different types of digital file formats for graphics, including raster graphics (made up of pixels that can distort when resized), vector graphics (made up of paths defined by start/end points that can be resized without quality loss), and several specific file formats for both raster and vector graphics. It also covers topics like file compression, image capture/optimization techniques, file size management, file naming conventions, and asset organization folders.
Graphics
Raster graphics store images as a collection of pixels and are usually larger file sizes. They can be difficult to modify without quality loss. Examples include BMP, TIFF, GIF and JPEG. Vector graphics use geometric shapes and equations and can scale smoothly. Examples include AI, EPS and WMF. JPEG is best for small web images and allows varying compression quality versus file size. TIFF supports layers and compression without quality loss but results in large file sizes. PSD stores Photoshop files and layers but is only compatible with Photoshop. 3DS files contain 3D modeling data and geometry but do not support bones for animation.
File formats
Raster graphics are digital images made up of a grid of pixels, while vector graphics use mathematical expressions like points and lines. Raster files like JPEG are commonly used for photos due to their small file size but can lose quality with compression, while vector files like AI maintain quality but have difficulty storing complex images. When storing and sharing graphics files, it is important to consider file type, size, naming conventions, and folder organization to optimize quality, speed, and ease of access.
File types
This document discusses different file formats for digital graphics, including raster and vector graphics. It provides information on common file formats such as JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. Details are given on what each file format stands for, common uses, advantages, and disadvantages. Methods for capturing and optimizing images are also outlined, along with factors that influence file size and best practices for naming and organizing assets.
Task 1
Pixel resolution refers to the number of pixels in an image but is technically not a true resolution. Standards specify it should not be referred to as resolution. Pixel resolution is commonly described as the number of pixel columns by rows, such as 7680 by 4320. It can also be cited as total megapixels or pixels per unit. True resolution refers to image detail or lines per unit, which pixels provide an upper bound for. The number of effective pixels in an image is those that contribute to the final image, not including unused edge pixels.
File types pro forma
Raster graphics are digital images composed of pixels that store color information. They are represented as a grid of pixels and have file formats like JPEG, GIF, TIFF, and BMP. Vector graphics use mathematical relationships between points to describe flexible, scalable images ideal for logos. Common vector formats include AI, WMF, and PSD. File compression reduces size by decreasing pixel information, and images are optimized for fast online viewing by reducing file sizes through resizing, lowering bit depth and resolution, and compression.
Pro formula digital graphics
This document discusses different types of digital file formats for graphics, including raster graphics (JPEG, TIFF, GIF, BMP), vector graphics (PSD, AI, FLA, WMF) and how they are used. It also covers topics like compression, image capture methods, optimizing files for smaller size and faster loading, file size considerations, naming conventions and asset management folders.
File types pro forma(1)
The document provides definitions and information about different types of digital file formats including raster graphics, vector graphics, and common file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also discusses topics like image capture methods, file compression, optimizing images for the internet, file size considerations, and best practices for file naming conventions and asset management.
File types pro forma(1)
The document discusses different types of digital file formats including raster graphics, vector graphics, and various file formats used for images, graphics, and other media. It covers raster file formats like JPEG, TIFF, GIF, and BMP and vector formats like AI, PSD, and WMF. It also discusses topics like file compression, optimizing images, capturing images digitally, file sizes, naming conventions, and organizing assets into folders.
Digital graphics pro forma
This document discusses different types of digital graphics file formats including raster graphics, vector graphics, and various file format types. Raster graphics are composed of pixels arranged in a grid, while vector graphics are created using shapes that can be edited individually. Common raster graphic file formats discussed include JPEG, TIFF, GIF, and BMP, along with their uses and advantages/disadvantages. Vector graphic file formats covered are PSD, AI, FLA, and WMF. The document also summarizes compression, image capture methods, file optimization techniques, factors affecting file size, file naming conventions, and asset management through folders.
File types
Raster graphics are made up of pixels that store color information. They have a fixed resolution and can distort when resized. Vector graphics use paths and curves instead of pixels, so they can be resized without quality loss. Common file formats include JPEG for photos, GIF for animations, PNG for images with transparency, and TIFF, BMP, PSD, AI for high-quality images. Files are compressed to reduce size, but this can cause quality loss from information reduction. Images can be captured via scanner, camera, or graphics tablet and optimized for web use by reducing size and resolution to improve loading speeds.
File types pro forma(1) (1)
Raster graphics are made up of pixels in a fixed position, so resizing can cause distortion. Vector graphics use paths that can be resized without quality loss. Common raster formats are JPEG for photos, TIFF for design, and GIF for animations. Vector formats include AI, PSD, and FLA. File formats, sizes, and quality are optimized for different uses through compression and scaling. Organizing and naming assets properly in folders helps manage and locate graphic files.
File types pro forma
Raster graphics represent digital images as a grid of pixels and are made up of bitmaps. They have a fixed resolution and file size. Vector graphics use geometric primitives like points and curves defined by mathematical expressions, allowing the images to be scaled infinitely without quality loss. Common file formats for raster graphics include JPEG, TIFF, GIF, BMP while vector graphics use formats like AI, PSD, FLA and WMF. Compression reduces file sizes by decreasing the amount of image data saved, though higher compression leads to lower quality. Scanners are used to digitally capture images, text and objects.
Digital graphics pro forma
Raster graphics are composed of pixels arranged in a grid, while vector graphics use shapes that can be edited individually. File formats like JPEG are commonly used for photos due to their small file sizes, though quality degrades with edits, while TIFF maintains quality but has slow loading speeds. Vector formats like AI and PSD allow high quality editing but require specific software. Optimizing images and naming files accurately helps organize and reduce file sizes for sharing graphics online.
1. file types pro forma
Raster graphics are made up of pixels and can become distorted when resized. Vector graphics use paths defined by points and curves that can be resized without losing quality. File formats like JPEG are for photos and lose quality with each edit due to compression, while TIFF maintains quality but has large file sizes. Vector formats like AI can be scaled without quality loss but require specific software. Optimizing and compression can reduce file sizes but also reduce image quality by removing information. Proper naming conventions and folder organization are important for managing large numbers of game assets.
Similar to file types lecture notes (20)
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[Pro forma] experimental photography
- The document discusses several experimental photography techniques: long exposure, tilt shift, panoplanets, and provides examples of each.
- Long exposure uses a slow shutter speed to distort subjects with light trails. Tilt shift uses a tilt shift lens to blur the top and bottom of an image to change perspective. Panoplanets are images stitched together in post to create a warped panoramic effect.
- The techniques can be used for both film and digital photography. Long exposure has traditionally been used but remains popular today. Tilt shift and panoplanets are examples of techniques enabled by new technology.
Social action and community media
The document summarizes a case study about the #ShellFAIL campaign created by Greenpeace and The Yes Men to target Shell's Arctic drilling.
The campaign's purpose was to damage Shell's reputation by creating a viral marketing video in the style of Shell's advertisements. It aimed to raise awareness about the environmental impacts of fossil fuel consumption.
Greenpeace and The Yes Men created a fake video depicting an oil spill at a Shell event. They distributed it online through social media, tricking many news outlets into reporting it as real. While it was initially successful, backlash occurred when people learned it was fake. The campaign lacked clear goals and communication with the audience.
Social issues research
The document discusses several social issues including addiction, gambling, and domestic abuse. It provides information on addiction in general and how gambling addiction in particular can develop due to the random chance of winning triggering a rush. Gambling addiction is associated with stress, anxiety, depression and low self-esteem. The document also notes that domestic abuse may be linked to mental health issues, substance abuse, and lack of control.
Mood board
The document outlines a schedule for creating content to raise awareness about the negative effects of gambling. It includes developing a logo in the first week, a poster in the second week, and merchandise like t-shirts in the third week. The final week is spent finalizing all content to ensure it conveys the message at a high quality level for the end goal of preventing and treating gambling addiction.
Lo2 workbook(1)
Understanding clients and their needs is important for effective marketing. Market research techniques like SWOT analysis, buyer personas, and audience profiling help understand the target market. The marketing mix of product, price, place, and promotion must work together to successfully promote and distribute products or services. Public relations uses tactics like press releases, media packs, briefings, conferences, and networking to manage relationships and communicate messages.
Factual writing
This document summarizes and compares the layout, typography, and design of 5 different informational documents: a vehicle manual, instruction guide, leaflet, dialog, and newspaper article. Some key findings are:
- Bold typography is used prominently in the manual and guide to draw attention to headings and main points. Diagrams also aid clarity.
- The guide emphasizes typography, clarity through diagrams, and uses a simple color scheme for ease of use.
- The leaflet uses solid colors and minimal images but could improve contrast between text and background colors.
- The dialog uses simple, clear language seemingly aimed at children through its use of a cartoon character.
- The newspaper layout
[Pro forma] experimental photography
The document discusses the process of creating a glitch photography image using techniques like the shear tool to separate elements and guide the eye, with the final image conveying an 80s aesthetic through manipulations like shearing and adding text. While some clarity was lost shrinking the subject, the final image would work well as a background or poster due to retaining clarity compared to other edited images.
Vegan research
This document discusses what a vegan diet is, including that veganism excludes all animal products such as meat, eggs and dairy. It notes that a vegan diet requires supplementing vitamin B12 from non-animal sources and provides some pros and cons of adopting a vegan lifestyle, such as potential health benefits but also social challenges. The document also explores various myths and misconceptions about vegan diets.
Evaluation factual writing
The document discusses the planning and production process for a booklet on the vegan lifestyle. To plan the booklet, the author researched the benefits and disadvantages of veganism. They created a survey to understand people's opinions and found that non-vegans wanted to know more about the lifestyle. The author focused on the health aspects of vegan and non-vegan diets. In production, the author utilized skills in Photoshop and chose color schemes. The final product included 12 pages in a PowerPoint presentation. Areas for improvement included time management and using a brighter original color scheme.
Page layout t5 pro forma
This document discusses various options for sourcing images and processing images. It outlines advantages and disadvantages of sourcing images from books, Google Images, stock image libraries, copyright free sites, and taking your own photos. It also discusses common image processing techniques like cropping, scaling resolution, and their advantages and disadvantages for print versus web. Sourcing your own images provides quality control but requires time and effort, while stock images are guaranteed quality but have costs. Lower resolutions are better for web but lose detail, and higher resolutions are suitable for print but demand more system resources.
Booklet
The document appears to be a booklet or pamphlet created by Finlay Jackson. It contains 9 blank pages followed by a 10th page that is also blank, suggesting it is intended to have content written or printed in the blank spaces. Overall, the summary provides basic identifying information about the type of document and its contents at a high level.
Factual writing
This document discusses and analyzes several informational documents, including a vehicle manual, guide, leaflet, and newspaper cover. It notes that the manual uses bold typography and clear diagrams to effectively convey instructions. The guide highlights keywords and uses simple diagrams and color scheme to clearly communicate main points. While the leaflet's solid color allows text to stand out, bright colors make some text hard to read. The newspaper cover follows a common layout with title, ads, headlines and structured boxes to guide the reader's eye as intended.
Vegan research
This document provides information about veganism through various articles and websites. It defines veganism as a diet that excludes meat, eggs, dairy and other animal products. Some key points covered include the health benefits of a vegan diet like reduced risk of heart disease and cancer. However, it also notes disadvantages like needing B12 supplements due to the vitamin not being found in plant foods. The document discusses myths about veganism and provides information on a popular January event called Veganuary that encourages people to try veganism. Overall, the document presents a balanced view of veganism by outlining both advantages and disadvantages.
Evaluation factual writing
The document discusses the planning and production process for creating an educational booklet on the vegan lifestyle. To plan the booklet, the author researched the benefits and disadvantages of veganism, created a survey to understand people's opinions, and developed a mood board. During production, the author selected color schemes and layouts. The content aims to educate readers on health aspects of vegan and non-vegan diets in an engaging, easy to understand way. Time management and file organization were areas for improvement. The final product compiled the booklet pages into a PowerPoint presentation.
Factual writing
This document discusses and analyzes several informational materials: a vehicle manual, user guide, leaflet, and newspaper cover. It notes the clear and accessible presentation of information in each, including bold headings, diagrams, highlighted keywords, and organized layouts using boxes and whitespace. However, it finds the leaflet less effective due to bright colors that reduce text readability and lack of images. Overall the document examines design techniques for improving comprehension in factual writing and informational materials.
Infographic planning
The document outlines a booklet planning celebrities who have adopted vegan or vegetarian lifestyles. It mentions actor Samuel L. Jackson became vegan after visiting a health author with his wife. Comedian Russell Brand became vegan in 2011 after watching a documentary but reverted to vegetarianism in 2013. Actor Woody Harrelson has been vegan since birth and is strictly pro-animal. It provides sources and schedules the booklet production over 4 weeks, covering introduction to veganism, benefits, dismissing myths, health tips, food alternatives, dining out options, and promoting the Veganuary website.
Full book
The story follows three little pigs as they each build a house out of different materials - straw, sticks and bricks. The big bad wolf blows down the houses of straw and sticks but cannot destroy the brick house. In the end, the pig in the brick house defeats the wolf and they all live happily ever after.
Planning booklet
This document provides a planning summary for a digital graphic narrative project. It outlines considerations for costs, available resources, intended quantity, target audience, quality factors, codes of practice, regulations, copyright, ethical issues, a production schedule, and health and safety. Costs include a monthly Adobe subscription. Resources listed are a laptop and desktop computer. The target audience is children ages 5-7 and quality factors include age-appropriate language and illustrations. Regulations around toy safety and accessibility will be followed. A 10-session production schedule is outlined. Health risks addressed are overheating computers and tripping hazards.
Narrative structure and narrative theory
This document discusses the narrative structure and elements of a children's story. It has a closed, linear narrative with a simple plot that progresses from a clear beginning to conflict to end without manipulating time or space. The story is aimed at 3-6 year olds and so has an unrealistic, anti-realist plot they can easily understand and engage with. The structure uses a traditional single-strand narrative to mirror the original story and be simple for all ages to follow. It establishes the characters and conflict between the wolf and pigs in the beginning before progressing the plot through building homes and confronting threats to blow them down until the climax of the wolf being blown into space.
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file types lecture notes
- 1. Raster and vector Raster is made of bitmaps. Bit mats aregraphics thatare made of pixels,each pixel records colour. Bitmaps are images that have a fixed resolution.(likewhen Photoshop is setto 300dpi) When a camera mentions megapixels/bits itseparates the picture into. 14 megapixels = 14,000,000#Seperates images into millionsof tiny squares.(pixels) Vector graphics aremade of vectors. (Also known as paths and strokes) Vectors/ paths are defined by a startand an end points,with curves, points and angles between them. Can be scaled bigand small as vectors haveno loss in definition. Perfect for company logos – can be used in business cardsand billboards. JPEG Joint photographic experts group. Photographs and web formats. Photographs on Facebook are saved as jpeg. Loses quality with multipleedits due to compressions and recompression each time edited. Tiff Tagged image fileformat Desktop publishing.(popular in graphic design) Adobe InDesign documents saved as Tiffs can savea singletiff file. Tiffs have the option of lossless compression. Gif Graphics interchangeformat. Used for short digital animations,often on the internet. A series of images plays onceafter another in a loop to create the appearanceof a video. Bmp Bitmap image file. Similar to tiff and jpeg. No loss in compression.
- 2. Has a largefilesize. PSD Photoshop document. Image manipulation. Front covers of magazines. Saves layers,page formatting information,swatches E.C.T. Supports transparency. AI Adobe illustrator art. Logo creation. Graphic to represent a company. (logo) Can be scaled bigand small as vectors haveno loss in definition. FLA Flash file. Used to create a flash animation and games. Can be used to create high quality files and images. Can includesound and video. WMF Windows meta files. Similar to AI files. Used for logos. Can be scaled bigand small as vectors haveno loss in definition. Can contain both vector and bitmap compression. Compression Lossy compression is the way in which we reduce filesizes.This happens by the amount of information that is received. Images become more pixilated as they are compressed as they savesmaller amounts of pixels each time.
- 3. Image capture Graphics can becaptured in a variety of ways. Scanner You Cn digitisephysical images likesketches,physical photos or mixed media products. Digital camera takingimages Tablet A piece of technology that allows you to control easier than that of a mouse or a pen. Optimising Images that are uploaded to the internet are optimised to ensure easy viewing on the web. Images that are not optimised normally havea largefilesize,this leads to largedownload times. Images should notbe more than 500 pixels wide. Images can be optimised by: Reducing the images size Reducing the bit depth Bit depth refers in to amount of “bits” used regardingthe colour of the individual pixels.