This document discusses various digital image file formats used in graphics. It provides information on raster and vector graphics, as well as specifics on common file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, WMF. It also covers topics like image capture methods, compression techniques, optimizing images for web use, and how file size can be affected.
This document discusses 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 covers topics like image capture methods, file compression, optimizing images for the web, file size considerations, file naming conventions, and asset management.
This document discusses different types of file formats for digital graphics including raster graphics, vector graphics, and common file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also covers topics like image capture methods using scanners, cameras, and graphics tablets. The document provides information on optimizing files, file compression, file sizes, naming conventions, and asset management through use of folders.
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.
This document provides information on different types of digital file formats for graphics, including raster graphics, vector graphics, and various file format types such as JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also discusses topics like image capture methods, file optimization, file sizes, naming conventions, and asset management strategies for organizing graphic files.
The document provides definitions and information about different types of digital 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 size, file naming conventions, and asset management. Key points covered include the differences between raster and vector graphics, uses and advantages/disadvantages of different file formats, factors that affect file size, best practices for naming and organizing digital assets into folders, and tools for capturing images like scanners, cameras, and graphics tablets.
File formats are designed to store specific types of information like images. JPEG is a lossy compression format suitable for photos, while PNG is a lossless format that can compress solid colors and is more supported than GIFs, which can animate but have a limited color palette. PSD files are layered Photoshop documents, TIFFs are standard for scanning, and RAW files store unprocessed camera data for more editing control, though they are larger files. Vector formats like EPS contain paths rather than pixels and can scale smoothly.
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.
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.
This document discusses 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 covers topics like image capture methods, file compression, optimizing images for the web, file size considerations, file naming conventions, and asset management.
This document discusses different types of file formats for digital graphics including raster graphics, vector graphics, and common file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also covers topics like image capture methods using scanners, cameras, and graphics tablets. The document provides information on optimizing files, file compression, file sizes, naming conventions, and asset management through use of folders.
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.
This document provides information on different types of digital file formats for graphics, including raster graphics, vector graphics, and various file format types such as JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also discusses topics like image capture methods, file optimization, file sizes, naming conventions, and asset management strategies for organizing graphic files.
The document provides definitions and information about different types of digital 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 size, file naming conventions, and asset management. Key points covered include the differences between raster and vector graphics, uses and advantages/disadvantages of different file formats, factors that affect file size, best practices for naming and organizing digital assets into folders, and tools for capturing images like scanners, cameras, and graphics tablets.
File formats are designed to store specific types of information like images. JPEG is a lossy compression format suitable for photos, while PNG is a lossless format that can compress solid colors and is more supported than GIFs, which can animate but have a limited color palette. PSD files are layered Photoshop documents, TIFFs are standard for scanning, and RAW files store unprocessed camera data for more editing control, though they are larger files. Vector formats like EPS contain paths rather than pixels and can scale smoothly.
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.
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.
Raster graphics use pixels to form images, so file sizes are large and quality degrades with resizing. Vector graphics use mathematical formulas to define shapes, so they scale smoothly and have smaller file sizes. Common raster formats include JPEG, TIFF, GIF and BMP, which vary in features like compression, transparency and quality. Vector formats include AI, PSD and WMF. Optimizing images like reducing size and compressing makes files smaller for faster loading online, but degrades quality. Factors like layers, effects and scaling impact file sizes of programs like Photoshop. Organizing files with accurate naming and folders aids efficient asset management.
This document summarizes and compares various digital file formats for raster and vector graphics. Raster graphics like JPEG and TIFF store images as grids of pixels and can lose quality when resized, while vector formats like AI and EPS use mathematical formulas to describe shapes and can be scaled without quality loss. The document also discusses file compression, image capture methods, optimizing images for web use, and factors that influence file size like resolution, bit depth, and compression.
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.
The document discusses different types of digital file formats including raster graphics, vector graphics, and various file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It provides information on what each file format is used for, advantages and disadvantages of each format, methods of image capture, optimizing files to reduce size, factors affecting file size, naming conventions for assets, and using folders to organize assets.
This document provides information on different types of digital file formats for graphics, including raster graphics (made up of pixels/bitmaps), vector graphics (made up of vectors/paths), and various specific file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It discusses advantages and disadvantages of each in terms of uses, quality, file size, sharing capabilities, and more. It also covers topics like image capture methods, compression, and optimizing files.
This document provides an overview of common file formats including BMP, JPEG, PNG, TIF, PSD, PDF, GIF and CGM. It outlines the positives and negatives of each format. BMPs store high quality raster images but have large file sizes. JPEGs are widely supported but can lose quality with compression. PNGs compress without quality loss but don't support animation. TIFs are good for scanning but large sizes slow loading. PSDs allow layers but are large and proprietary. PDFs are small and universal but static. GIFs are ideal for websites due to support and animation but have poor detail. CGM uses both raster and vector graphics and has cross-platform support but requires conversion filters
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.
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.
Raster graphics are digital images composed of pixels, while vector graphics use paths defined by points, lines, and curves. Common file formats include JPEG for photos, TIFF for professional photos, GIF for animations with a limited color palette, and BMP for lossless images. Vector formats include AI for logos, FLA for animations, and WMF for Windows logos. Compression reduces file sizes but can lower image quality, while optimization balances file size and quality for web viewing. Proper naming and organization of assets helps manage and locate graphics files.
Digital images can be either raster or vector images. Raster images are composed of pixels and are best for photos, while vector images use mathematical equations for smooth scaling. Common file formats for digital images include JPEG for photos, GIF for web use due to small file sizes and animation, TIFF for professional images, and PNG for color web images. The type of digital image and file format used depends on the image content and intended use.
Vector graphics are made up of vectors and paths rather than pixels. They can be edited individually and scaled without loss of quality or increase in file size. Raster graphics are composed of pixels and are commonly used for photographs. Different file formats have advantages and disadvantages for images. JPEG is best for photographs while GIF maintains quality during compression and supports transparency. Optimizing images reduces file size for faster loading but also decreases quality by reducing pixel information. Proper naming and organization of assets in folders aids management and locating files.
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.
The document provides definitions and information about different types of digital graphics file formats including raster graphics, vector graphics, and common file types like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It discusses advantages and disadvantages of each file type as well as topics like file size, naming conventions, compression, image capture and optimization.
The document discusses different types of digital graphics, including raster graphics which use pixels and vector graphics which use paths. It also describes several file formats for raster (JPEG, TIFF, GIF, BMP) and vector (PSD, AI, FLA, WMF) graphics and how they are used. The document also covers topics like image capture methods, file compression, and optimizing images.
The document provides information on different types of digital graphics file formats including raster graphics, vector graphics, and various specific file formats such as JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It discusses topics such as raster vs vector graphics, advantages and disadvantages of different formats, file compression, image capture methods, file optimizing, factors that affect file size, and asset naming conventions.
The document discusses different types of digital file formats including raster graphics, vector graphics, and various file format types such as JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also covers topics like image capture methods, file compression, optimizing files, factors that affect file size, file naming conventions, and asset management folders.
The document discusses different types of digital file formats for graphics. It describes raster graphics as bitmaps made of pixels that record color, and vector graphics as images made of paths and strokes created by mathematical equations. Specific file formats are then outlined, including JPEG and TIFF for raster images, and PSD, AI, and FLA for vector files. Methods for capturing and optimizing images are also covered, such as using scanners, cameras, and graphics tablets, as well as changing file size and resolution to reduce file size at the cost of image quality.
This document discusses various digital file formats for raster graphics, vector graphics, and image optimization. It covers common file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and how each is used. Methods of image capture and optimization are described, along with factors that affect file size, naming conventions, asset management using folders, and compression techniques.
This document discusses different types of digital graphics file formats including raster graphics, vector graphics, and various file format types such as JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It provides definitions of raster and vector graphics and explains key features of different file formats including what they are used for, advantages, and disadvantages. Image capture methods like scanners, cameras, and graphics tablets are also covered. The document discusses optimizing files for web viewing through techniques like resizing, reducing bit depth or resolution, and compression. Factors affecting file size and how to reduce file sizes are also summarized.
Steven was a lonely wolf who lived by himself in the forest. One day, he came across a lost little girl named Emma in the woods. Though scared at first, Emma realized Steven meant her no harm. The two unlikely friends spent the day playing together and Emma helped Steven realize he didn't have to be lonely anymore.
The document contains evaluations from a student of various digital graphic projects they completed. For a polar bear image, the student likes how the shapes accurately outline the animal. They would improve fur texture and reshaping. For a rotocope image, the student likes the detail but would focus more on facial features. They enjoyed creating a photo story but would improve atmosphere.
The document summarizes the creator's process in developing a children's graphic narrative book. Some key points:
- The creator did extensive planning and research which informed their final product. The story and illustrations generally matched the initial plans.
- While the overall story remained the same, some elements like character perspectives and script details were adjusted during the creation process based on how the illustrations were developing.
- The creator analyzed professional children's books for guidance on layout techniques, using pages to best combine images and text for clarity and flow.
- Feedback is provided on how well constructed the images and use of color are, with notes on areas that could be improved if more time was spent on illustrations.
-
Raster graphics use pixels to form images, so file sizes are large and quality degrades with resizing. Vector graphics use mathematical formulas to define shapes, so they scale smoothly and have smaller file sizes. Common raster formats include JPEG, TIFF, GIF and BMP, which vary in features like compression, transparency and quality. Vector formats include AI, PSD and WMF. Optimizing images like reducing size and compressing makes files smaller for faster loading online, but degrades quality. Factors like layers, effects and scaling impact file sizes of programs like Photoshop. Organizing files with accurate naming and folders aids efficient asset management.
This document summarizes and compares various digital file formats for raster and vector graphics. Raster graphics like JPEG and TIFF store images as grids of pixels and can lose quality when resized, while vector formats like AI and EPS use mathematical formulas to describe shapes and can be scaled without quality loss. The document also discusses file compression, image capture methods, optimizing images for web use, and factors that influence file size like resolution, bit depth, and compression.
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.
The document discusses different types of digital file formats including raster graphics, vector graphics, and various file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It provides information on what each file format is used for, advantages and disadvantages of each format, methods of image capture, optimizing files to reduce size, factors affecting file size, naming conventions for assets, and using folders to organize assets.
This document provides information on different types of digital file formats for graphics, including raster graphics (made up of pixels/bitmaps), vector graphics (made up of vectors/paths), and various specific file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It discusses advantages and disadvantages of each in terms of uses, quality, file size, sharing capabilities, and more. It also covers topics like image capture methods, compression, and optimizing files.
This document provides an overview of common file formats including BMP, JPEG, PNG, TIF, PSD, PDF, GIF and CGM. It outlines the positives and negatives of each format. BMPs store high quality raster images but have large file sizes. JPEGs are widely supported but can lose quality with compression. PNGs compress without quality loss but don't support animation. TIFs are good for scanning but large sizes slow loading. PSDs allow layers but are large and proprietary. PDFs are small and universal but static. GIFs are ideal for websites due to support and animation but have poor detail. CGM uses both raster and vector graphics and has cross-platform support but requires conversion filters
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.
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.
Raster graphics are digital images composed of pixels, while vector graphics use paths defined by points, lines, and curves. Common file formats include JPEG for photos, TIFF for professional photos, GIF for animations with a limited color palette, and BMP for lossless images. Vector formats include AI for logos, FLA for animations, and WMF for Windows logos. Compression reduces file sizes but can lower image quality, while optimization balances file size and quality for web viewing. Proper naming and organization of assets helps manage and locate graphics files.
Digital images can be either raster or vector images. Raster images are composed of pixels and are best for photos, while vector images use mathematical equations for smooth scaling. Common file formats for digital images include JPEG for photos, GIF for web use due to small file sizes and animation, TIFF for professional images, and PNG for color web images. The type of digital image and file format used depends on the image content and intended use.
Vector graphics are made up of vectors and paths rather than pixels. They can be edited individually and scaled without loss of quality or increase in file size. Raster graphics are composed of pixels and are commonly used for photographs. Different file formats have advantages and disadvantages for images. JPEG is best for photographs while GIF maintains quality during compression and supports transparency. Optimizing images reduces file size for faster loading but also decreases quality by reducing pixel information. Proper naming and organization of assets in folders aids management and locating files.
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.
The document provides definitions and information about different types of digital graphics file formats including raster graphics, vector graphics, and common file types like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It discusses advantages and disadvantages of each file type as well as topics like file size, naming conventions, compression, image capture and optimization.
The document discusses different types of digital graphics, including raster graphics which use pixels and vector graphics which use paths. It also describes several file formats for raster (JPEG, TIFF, GIF, BMP) and vector (PSD, AI, FLA, WMF) graphics and how they are used. The document also covers topics like image capture methods, file compression, and optimizing images.
The document provides information on different types of digital graphics file formats including raster graphics, vector graphics, and various specific file formats such as JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It discusses topics such as raster vs vector graphics, advantages and disadvantages of different formats, file compression, image capture methods, file optimizing, factors that affect file size, and asset naming conventions.
The document discusses different types of digital file formats including raster graphics, vector graphics, and various file format types such as JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also covers topics like image capture methods, file compression, optimizing files, factors that affect file size, file naming conventions, and asset management folders.
The document discusses different types of digital file formats for graphics. It describes raster graphics as bitmaps made of pixels that record color, and vector graphics as images made of paths and strokes created by mathematical equations. Specific file formats are then outlined, including JPEG and TIFF for raster images, and PSD, AI, and FLA for vector files. Methods for capturing and optimizing images are also covered, such as using scanners, cameras, and graphics tablets, as well as changing file size and resolution to reduce file size at the cost of image quality.
This document discusses various digital file formats for raster graphics, vector graphics, and image optimization. It covers common file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and how each is used. Methods of image capture and optimization are described, along with factors that affect file size, naming conventions, asset management using folders, and compression techniques.
This document discusses different types of digital graphics file formats including raster graphics, vector graphics, and various file format types such as JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It provides definitions of raster and vector graphics and explains key features of different file formats including what they are used for, advantages, and disadvantages. Image capture methods like scanners, cameras, and graphics tablets are also covered. The document discusses optimizing files for web viewing through techniques like resizing, reducing bit depth or resolution, and compression. Factors affecting file size and how to reduce file sizes are also summarized.
Steven was a lonely wolf who lived by himself in the forest. One day, he came across a lost little girl named Emma in the woods. Though scared at first, Emma realized Steven meant her no harm. The two unlikely friends spent the day playing together and Emma helped Steven realize he didn't have to be lonely anymore.
The document contains evaluations from a student of various digital graphic projects they completed. For a polar bear image, the student likes how the shapes accurately outline the animal. They would improve fur texture and reshaping. For a rotocope image, the student likes the detail but would focus more on facial features. They enjoyed creating a photo story but would improve atmosphere.
The document summarizes the creator's process in developing a children's graphic narrative book. Some key points:
- The creator did extensive planning and research which informed their final product. The story and illustrations generally matched the initial plans.
- While the overall story remained the same, some elements like character perspectives and script details were adjusted during the creation process based on how the illustrations were developing.
- The creator analyzed professional children's books for guidance on layout techniques, using pages to best combine images and text for clarity and flow.
- Feedback is provided on how well constructed the images and use of color are, with notes on areas that could be improved if more time was spent on illustrations.
-
This document summarizes and compares the visual styles, layouts, fonts, and other details of three popular children's books: The Three Little Pigs, The Hungry Caterpillar, and Curious George. All three books use bright colors, hand drawn illustrations, and serif fonts. The Three Little Pigs has large illustrations covering most pages with short text passages. The Hungry Caterpillar uses illustrations across two pages to tell the story. Curious George uses a simple white background and varies the size of illustrations on the pages.
The document provides details for planning a digital graphic narrative project. It includes sections on costs, available resources, quantity, audience/target market, quality factors, codes of practice, regulations, copyright, ethical issues, and health and safety considerations. The document outlines that the project will create a children's book using hand drawings scanned into a computer to be edited digitally. It discusses ensuring the content is appropriate for its target audience of 6-9 year olds and meets relevant regulations. A production schedule is also included that outlines the tasks and timeline.
Cyberbullying involves the use of electronic means by minors to target and harass other minors. It is commonly done through email, instant messages, texts, blogs, phones, and social media. Surveys found that 18% of 6th-8th graders reported being cyberbullied in the last few months in 2005. Cyberbullying has increased in recent years, with twice as many children indicating they had been victims or perpetrators of online harassment in 2005 compared to 1999/2000. The document discusses consequences of cyberbullying and provides tips for recognizing if a child is a victim.
The document provides instruction on English grammar concepts including parts of speech, verb conjugation, and sentence structure. It discusses subjects, verbs, and objects in sentences and how to form questions and negatives. Examples are given for affirmative, negative, and interrogative sentences using pronouns like I, you, he/she/it, we, and they.
Este documento enfatiza la importancia de sonreír y cómo las sonrisas pueden contagiarse de persona a persona. Alienta a los lectores a no dejar de sonreír incluso cuando se sientan tristes porque nunca se sabe quién podría enamorarse de su sonrisa. Finalmente, señala que incluso los árboles parecen sonreír y que todos necesitamos una sonrisa.
카페 : http://www.고도비만.com
머릿말 고도비만, 절대로 노력하지 마라
part1 5인 5색 고도비만 탈출성공기
1-1 105kg 고도비만의 환자의 꿈꾸던 백화점 입성기
1-2 고도비만 환자의 당뇨병, 고혈압 탈출기
1-3 모두가 비웃었던 고도비만환자의 '철퍼덕' 뱃살 탈출기
1-4 내 무릅이 60살수준이라고?' 35살 고도비만 환자의 연골회복기
1-5 고도비만에서 꿀벅지로의 황홀한 귀향기
part2 나는 비만일까? 고도비만일까?
2-1 대한미국은 현재 고도비만 전염주의보 발령 중
2-2 5분안에 끝내는 고도비만 셀프테스트
2-3 의사의 99%도 헷갈려하는 비만과 고도비만의 한끗차이
2-4 사실 누구나 고도비만일 수 있다
part3 누구나 고도비만을 탈출할 수 있다는 거짓 신화
3-1 죽음을 부르는 고도비만탈출 프로그램
3-2 현실에서는 거의 만나볼 수 없는 '식이조절 다이트'성공기
3-3 운동으로 고도비만을 해결한다는 이야기는 전부 거짓말?!
3-4 20kg짜리 지방을 달고 몸을 혹사시키는 고도비만환자들
3-5 사실 음식조절도 고도비만의 답은 아니다
part4 고도비만 환자들이 자주 묻는 질문 5가지
4-1 정말 고도비만 이면 성인병 치료가 안되나요?
4-2 네!? 고도비만이라 임신이 안되는거라고요?
4-3 그냥 고도비만으로 살면 체형이 망가진다고요?
4-4 정말 약물치료로 고도비만을 치료할 수 없을까요?
4-5 저는 고도비만을 해결하러 왔지, 심리치료 받으러 온게 아니에요
part5 고도비만, 원하는 부위, 원하는 양, 원하는 만큼 빼는법
5-1 고도비만탈출학개론d
5-2 외과적 고도비만시술-위밴드, 위절제술
5-3 내시경적 고도비만 시술 - 위풍선
5-4 고도비만 체형시술 - 지방흡입술, 지방융해술
part6 고도비만 관리노트
6-1 엄지가 저절로 올라가는 고도비만 예방 식품 33가지
6-2 따라하다보면 한방에 끝나는 고도비만 운동 7가지
6-3 고도비만환자들이 의사들에게 자주 묻는 질문 7가지
맺은말 고도비만이라는 단어가 없어질때까지
맺은말
저자소개
전희연
트레이너, 물리치료사, 의사에게 올바른 운동치료법을 알려주는 교육단체 프리포먼스의 대표. 현재 식습관 코칭 서비스와 신체진단 운동프로그램을 제공하는 건강관리 플랫폼 셀리나에서 운동프로그램 서비스를 총괄하고 있다.
동양국제미용외과 국제학술대회 Satellite Symposium에서 엔드볼 시술후 효과적인 환자관리법에 대해서 강의하였고, 종근당 BH 사업부를 대상으로 비만환자의 식습관과 운동관리에 대한 강의를 진행하며 비만에 대한 정확한 정보와 올바른 식이요법과 운동관리에 대해 알리고 있다.
수많은 고도비만환자들을 만나면서 단편적인 운동과 식습관이 고도비만치료의 전부가 아니라는 것을 깨달았다. 대부분 운동과 식이조절로 다이어트가 되는 일반인과 다르게 꿈쩍도 하지 않는 고도비만환자들을위해 비만클리닉 병원의 의뢰를 받아 비만전문 체중감량 프로그램과 시술후 관리매뉴얼을 개발하여 적용중이다.
<고도비만>는 직접 환자와 상담하며 고도비만인들의 고충과 고민을 가장 잘 이해하고 실질적인 프로그램을 구성하던 그녀가 퍼스널트레이닝, 식이요법으로는 절대 고도비만을 해결할 수 없다는 것을 적나라하게 증언하고 있다. 이에 그녀는 책을 통해 사람의 생명을 담보로 의사들의 탐욕만 채우는 의료계를 보며 의료계가 숨기려는 진실을 파헤쳐 세상에 알리는데 전념하고 있다.
또한 고도비만에 대한 잘못된 고정관념과 의사들도 모르던 고도비만시술 대한 진실을 알리고자 네이버 1등 고도비만 카페“고도비만과 사람들”에 칼럼을 연재하며 정확한 의료정보를 전달하고 있다. 거대한 탐욕 시스템이 노예가 되어버린 고도비만환자들에게 그녀의 충격적인 폭로는 생명과 직결된 것인 만큼 심각하고 시급한 문제다.
그녀에게 있어 고도비만 치료는 소수의 사람만 독점하는 지식이 아니라 누구나 건강하게 살 수 있는 방법을 배우고 익히는 과정이라고 굳게 믿고 있다. 그녀는 이책을 통해 “고도비만환자들이 진실을 알기를 원합니다”라고 말하고 진실을 알리는데 모든 것을 걸고 있다.
지난 3년간 그녀와 함께 고도비만탈출을 결심했던 고도비만환자 20명의 환자들 대부분이 현재까지 요요현상 없이 원하는 목표치에 도달해 체중을 안정적으로 유지중이다. 오랜 임상노하우를 토대로 위험하지 않고 효과가 확실한 다이어트 방법을 공개한다.
주요이력
- 네이버 고도비만 1등 카페 부운영자, 고도비만 전문 칼럼리스트
- 다이어트어플리케이션 셀리나 운동프로그램 서비스 총괄
- 종근당 BH 사업부 및 엔드볼 임상세미나 강연 (엔드볼 시술후 환자관리법: 식이요법과 운동요법)
- 동양국제미용외과 국제학술대회 Satellite Symposium에서 엔드볼 시술후 효과적인 환자관리법 강연
- 물리치료사,트레이너,의사에게 운동치료를 교육하는 <프리포먼스> 대표
- <고도비만,> 출간
감수자: 이동규
감수자
이동규 원장은 뼈와 근육전공의 정형외과의사로 은평구에서 5년째 자신만의 병원인 <연세알찬정형외과>를 운영하고 있다. 그는 블로그와 온라인을 통해 일반인을 위한 정형외과 정보를 이해하기 쉽게 전달해주는 전문가로 정평이 나있다. 특히 그의 진료를 정형외과적인 수술만을 권하지 않는다는 것이 특징이다. 예를 들어 허리가 아파서 온 사람이나 젊은데 무릎이 아픈 사람 중 과체중인 사람들에게 이동규 원장은 따끔하게 말한다. “당장 아파서 시술하고 싶다고 난리인분들, 시술 암만해도 살 안빼면 계속 아플 수 밖에 없습니다. 당장 5키로만 빼도 수술이 필요가 없습니다.” 또한 “수술이 반이고 재활이 반이다”라는 이념하에 프리핏(Prefit)이라는 스포츠 재활센터를 오픈해 정형외과 고도비만 환자들의 재활을 적극적으로 돕고 있다.
주요이력
- 연세알찬정형외과 원장(2012~)
La pandemia de COVID-19 ha tenido un impacto significativo en la economía mundial. Muchos países experimentaron fuertes caídas en el PIB y aumentos en el desempleo debido a los cierres generalizados. Ahora, a medida que se levantan las restricciones, la recuperación económica será gradual a medida que los consumidores y las empresas se readaptan a la nueva normalidad.
This document discusses creating a geography department blog to communicate information to students. It defines what a blog is, explains how a blog can be useful for following up on lessons, providing homework links and reminders. It also provides information on setting up a free blog using Blogger.com and including links to videos on YouTube, PowerPoints on SlideShare, and homework on Box.net.
Identifying The Ideal gestion empresarial ambiental Is A Snapfox5pond
El documento describe dos nuevos productos de la compañía coreana Celluon: Magic Cube y Prodigy. Magic Cube es un dispositivo externo que se conecta por Bluetooth y proyecta un teclado virtual sobre cualquier superficie, mientras que Prodigy es una funda para iPhone que integra la misma tecnología. Ambos usan una cámara para detectar las pulsaciones sobre las teclas virtuales proyectadas con láser. El documento también describe Sharkfin, unos auriculares moldeables que se ajustan perfectamente a la oreja del usuario y cuestan sólo
Modelling interacting impacts of processes and decisions on ecosystem dynamic...weADAPT
This document summarizes a final workshop on analyzing decision networks in coastal ecosystems.
(1) The workshop objectives were to contextualize global climate change knowledge into local decision making, investigate land use changes from paddy to shrimp farming in coastal Bangladesh, and develop an ecosystem health framework using multi-criteria analysis.
(2) Case studies from three districts examined land use trends over time and suitability for crops under climate change.
(3) A conceptual framework was presented for assessing sustainable ecosystem services using drivers, pressures, state of ecosystem, and impacts. Criteria and indicators were developed to calculate an ecosystem health index.
Performance for SAP and Citrix XenDesktop applications improved significantly with Pure Storage flash storage. Delivery truck schedule generation time was reduced by 60% and virtual desktop login time decreased by 63%. Daily SAP sales reports that previously took an hour were now completed in just two minutes. Flash storage from Pure Storage eliminated the massive spikes and wait times associated with spinning disk storage.
Raster graphics are made up of pixels and have a fixed resolution, so changing their size results in quality loss. Vector graphics use mathematical equations to describe paths, lines and shapes, allowing them to be scaled freely without quality loss. Common file formats include JPEG for photos, GIF for animations, TIFF for print quality images, and PNG for images with transparency. File formats can be optimized for web use by choosing the right format, compressing size and only including necessary details. This improves loading speed without compromising quality too much.
The document discusses different types of digital 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 graphics vs vector graphics, file size, compression, image capture methods, optimizing images, and asset management best practices like naming conventions and use of folders.
This document provides information on different types of digital graphics file formats including raster graphics (made up of pixels), vector graphics (made up of paths and strokes) and the key differences between the two. It then outlines several specific file formats for raster (JPEG, TIFF, GIF, BMP) and vector (PSD, AI, FLA, WMF) graphics and provides details on what each is used for, advantages and disadvantages. The document also discusses topics like compression, image capture methods, optimizing images, file size considerations, naming conventions and asset management.
This document discusses various digital file formats used for graphics, including their definitions, common uses, advantages, and disadvantages. Raster graphics use bitmaps made of pixels while vector graphics use lines and shapes defined by mathematical equations, allowing vector images to be scaled without quality loss. Common file formats discussed include JPEG for photos, TIFF for editing, GIF for animated images, BMP for bitmaps, PSD for Photoshop projects, and AI for vector graphics in Illustrator. The document also covers compression, image capture methods, optimizing files to reduce size, and factors that influence file size such as resolution.
This document provides information on 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 explains the key differences between raster and vector graphics, when each format type would be used, advantages and disadvantages of each format. It also discusses topics like compression, image capture methods, file optimizing, factors that influence file size, and best practices for file naming and asset management.
Vector graphics are made up of vectors which define start and end points and paths between them. Vectors can form any shape and scale to different sizes without losing quality, making them flexible for business use on various materials like posters and leaflets. Raster graphics are made up of pixels recorded in bitmaps that have a fixed resolution, so resizing can cause distortion and pixilation. File formats like JPEGs are commonly used for photos but lose quality each time they are edited, while TIFFs maintain quality but are larger files. Vector formats like AI and raster formats like PSD are professional tools but have large file sizes and limited sharing abilities. Compression reduces file sizes but can lower image quality through information loss.
Raster graphics are made up of pixels and lose quality when compressed, while vector graphics use vectors which allow images to be scaled without quality loss. Common file formats include JPEG for photos and websites (but loses quality with edits), TIFF for quality but large files, GIF for animations but hard to keep files small, and BMP as a general format but large files. Vector formats include PSD for image editing, AI for logos, FLA for animations, and WMF for logos and scaling. Compression reduces file sizes but also loses quality, while optimization compresses images for websites to load faster without losing as much quality.
This document provides information on different types of digital file formats for graphics, including raster graphics (made up of pixels/bitmaps), vector graphics (made up of vectors/paths), and various specific file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It discusses advantages and disadvantages of each in terms of uses, quality, file size, sharing capabilities, and more. It also covers topics like image capture methods, compression, and optimizing files.
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.
The document discusses different types of digital graphics file formats including raster graphics, vector graphics, and common file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It provides definitions and examples of how each format is used as well as advantages and disadvantages. It also covers topics like image capture methods using scanners, cameras, and graphics tablets as well as optimizing images to make them clearer and compressed.
The document discusses different types of digital graphics file formats including raster graphics, vector graphics, and common file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It provides definitions and examples of how each format is used as well as advantages and disadvantages. It also covers topics like image capture methods using scanners, cameras, and graphics tablets as well as optimizing images to make them clearer and compressed.
The document discusses different types of digital file formats for graphics, including raster graphics (made up of pixels), vector graphics (made up of vectors), and several specific file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also covers topics like file compression, image optimization, file naming conventions, and asset management through folders.
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.
Raster graphics are made up of pixels and have a fixed resolution, so they deteriorate in quality when resized. They can be compressed into smaller file types like JPEG, which further reduces quality over multiple saves. Vector graphics are made up of paths and strokes defined by a start and end point, so they can be scaled without losing resolution. Common raster formats are JPEG, TIFF, GIF and BMP while vector formats include AI, EPS and PDF. Each format has advantages like file size or quality but also disadvantages such as inability to edit or large file sizes that impact loading and transferring.
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.
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.
Raster graphics use pixels that can be manipulated but result in lower quality when stretched. Vector graphics use mathematically based paths and shapes that do not lose quality when manipulated. Common file formats include JPEG for compressing images, TIFF for lossless compression, GIF for animations and logos, and BMP for individual pixel editing. Optimizing images reduces file size and improves viewing but also reduces quality. Proper naming conventions and use of folders helps manage and organize graphic assets.
Raster graphics are made up of pixels arranged in a grid, so they can blur or distort when scaled up or down. Vector graphics use mathematical equations to describe points, lines, and shapes, so they always maintain quality regardless of size. Common file formats include JPEG for photos, GIF for animations, PNG for images on the web, TIFF for print work, AI for vector images, and PSD for layered Photoshop files. Proper file naming, organization, and compression help optimize files for storage and sharing while maintaining quality.
This document provides definitions and examples of different types of digital file formats used for graphics, including raster graphics, vector graphics, and specific file formats like JPEG, TIFF, GIF, BMP, PSD, AI, FLA, and WMF. It also discusses techniques for capturing and optimizing images like using scanners, cameras, and graphics tablets. Concepts around file size, storage, naming conventions, and asset management are covered.
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.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
Macroeconomics- Movie Location
This will be used as part of your Personal Professional Portfolio once graded.
Objective:
Prepare a presentation or a paper using research, basic comparative analysis, data organization and application of economic information. You will make an informed assessment of an economic climate outside of the United States to accomplish an entertainment industry objective.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Training: ISO/IEC 27001 Information Security Management System - EN | PECB
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A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
Let’s explore the intersection of technology and equity in the final session of our DEI series. Discover how AI tools, like ChatGPT, can be used to support and enhance your nonprofit's DEI initiatives. Participants will gain insights into practical AI applications and get tips for leveraging technology to advance their DEI goals.
Thinking of getting a dog? Be aware that breeds like Pit Bulls, Rottweilers, and German Shepherds can be loyal and dangerous. Proper training and socialization are crucial to preventing aggressive behaviors. Ensure safety by understanding their needs and always supervising interactions. Stay safe, and enjoy your furry friends!
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
Assessment and Planning in Educational technology.pptxKavitha Krishnan
In an education system, it is understood that assessment is only for the students, but on the other hand, the Assessment of teachers is also an important aspect of the education system that ensures teachers are providing high-quality instruction to students. The assessment process can be used to provide feedback and support for professional development, to inform decisions about teacher retention or promotion, or to evaluate teacher effectiveness for accountability purposes.
A Strategic Approach: GenAI in EducationPeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
2. Types of Digital Graphics
In this industry there are two types of formats that is used in
graphics. These are called Raster's and Vector. Raster’s are
made up of pixels in a square grid which contains fixed
resolution. The square grids are called Bit Maps and they are
the sole creators of Raster graphics.
The other example are called Vectors. Vectors are created by
Paths/strokes. Vectors establishes a star and end of a point of a
image that contain curves and the points between them. The
positive side of using vectors is that you can scale the image
big or small and not loss of quality. These are useful for logos.
4. JPEG • JPEG broken down into a meaning stands for Joint Photographic
Experts Group
• JPEG is the most common image format used by digital cameras
and other photographic devices, it is the most popular format for
storing and transmitting photographic images on the internet
• The most founding place to find JPEG files in the media is in web
applications because it is a format that does’t require editing to the
image so the quality is good when you post somewhere like social
media (Facebook)
Advantages Disadvantages
-Can Display millions of colors
-It uses simple compression algorithm
which allows images to apply so that the
quality of the image is as high as possible
-Loss of image quality if you edit them
-JPEG images are not useful for designers
as the format doesn't not support
transparency
-‘Great for photographs, graphic artwork,
banner ads’
-JPEG files are very small meaning when
transferring across computers it has less
storage space needed and quicker
uploads
-When you export a JPEG file in any size
on to the PC, every time you save the
image the quality of the image degrades,
which is bad if you’re a designer that has
to use lots of images.
5. TIFF
• TIFF simply means Tagged Image File Format
• This format allows you use loss less compression which allows you to edit
and re save the image without losing quality. However Tiff files are useless a
image is compressed by JPEG
• These sort of files are used for desktop publishing which is a key part of the
media for graphic designers. This format is also allows you to create
multiple pages for a topic and never lose quality of the images. For example
Magazine company's when creating they use TIFF file format to see page to
page images for the cover and see the quality as it is going to be.Advantages Disadvantages
-Tiff files are good format as it doesn't’t lose quality every time
you save the image compared to JPEG which does. This is a
useful format for the use of editors, as when creating front
covers of magazines you wont have to resize the image as it will
fixed to that page sizes.
Tiffs format purposes in the media is to not good for re sizing
images like on posters. If you have a specific image that a
company wants to use that image, however as it is Tiff file
format it will be harder to re –size and the bigger that you
enlarge the image the less quality it looks. That is why you
would use a format which is vectorised.
-Uncompressed image retains maximum amount of image data
from the camera
- Tiff formats are very small file size which is result means you
can send tiffs across through email making it useful if they
-Slow speeds when transferring to online galleries that do
support TIFF files making that website really slow to use.
-Most website and online images galleries do not support tiff
uploading making it hard to use them.
6. GIF
• GIF simply means Graphic Interchange Format
• A GIF file format is where you can hold multiple images,
which lets you create simple animations. If you have an
image of simple design that has big solid patches of color,
a GIF handles that job well.
• GIFs are good at creating easy animation sequences
• The normal place to find GIF are on social media/internet.
• It is a loop of images to create the appearance of a video
Advantage Disadvantages
-A GIF file has a small file size making it easier to transfer across
the computers, which have can easily uploaded onto different
programs like social media.
-Transparent backgrounds are providing allowing shapes and
objects to place on top of other. This is good for editors,
designers and creations of online buttons
-The often have a ‘Blocky’ or ‘Pixel’ appearance
- When using Giffs for animations the format only has 265
colours so therefore can lose quality than other formats.
- Another disadvantages of using GiFFs for animation use is
that the after it has been coded into the file than you
cannot go back and edit the image( if quality is poor) They
are a output format.
-A Giff is abled to be viewed easier online as they load quickly.
This benefits Giffs on websites and social media useful
-Giff images are also for saving with without losing colour
-Giffs can slow down a webpage down due to it file sizes is so
large that the memory of the website has to use more of it
data, however websites will massive amounts of data like social
media pages can take up Giff Animations, but we don’t see
7. BMP
• The meaning of BMP is Bitmap image file
• Bitmap images can be used for storing raw image data
• The BMP format stores color data for each pixel in the
image without any compression.
• Most of the time used for printable images
Advantages Disadvantages
-Does not degrade when saved multiple times like JPEG
does. As BMP is a raster graphic the file format be easily
created from existing pixel data stored in an array in
memory. Also BMP files can create larger groups so you
can have multiple images without any of them losing
quality
-The draw backs of the using BMP is that they are
normally large file size and if you have multiple with a
large variety of colours means that the data compression
can shrink make the size of pixel data. However the file
can me expanded for the quality to come back on the
images but this can slow down the reading and rendering
process dramatically.
-A main advantage of BMP is that it is supported by
virtually every device meaning that transferring these
files are very simple and easy. This would be very useful
for photographers.
-Lacks all the other features of the other formats
-The file size of the format is very large compared to
other files. This is because there is No compression,
which results in very large files then it will take longer to
9. PSD
• The meaning of the PSD is Photo Shop Document
• This is a format which uses image manipulation to
allow you to turn a image into high quality photo. This
format is used in Front covers images for magazines.
• It is able to save layers, page formatting and swatches
Advantages Disadvantages
-You can save your piece of work at any time and go back to it
later because the software saves everything that you did last
time without losing affect in quality or forget any piece of work
-A PSD file format is a good format for manipulating and
changing images with control over separate image channels,
layers and paths. This is a primary example of a vector graphic
as it used paths and strokes to create the best image as
possible and without losing quality
-The main disadvantages of using a PSD file format is that it
only works within certain applications, not useful for display on
the web or other online services. If this is so then placing
images on websites might lose its quality and make the images
look pixelated or not even appear at all.
-On any PSD file the file size is huge this is because they contain
a lot of Photoshop specific data that specific piece of data from
the program. This is impact the downloading time for the file
when transferring onto another computer.
-Using a PSD is useful if you were a designers because using
PSD as a file format doesn't’t lose quality, all image
represented in high resolution.
-No loss of quality when you save it several times or change the
file format.
-Is not suitable for a blog or website and you can’t always print
it the image.
- The file size will be effected if you are working on a project
that contains thousands of layers
10. Ai • Ai broken down to the definition means Adobe illustrator Art
• This is the format program creator for the development of logos for business companies. This is
because within the logo detail in the image is necessary, so you can scale the image big and small so
that the designers can make sure the the image is perfect.
• Adobe Illustrator is the most common vector art editing program in use today
• Its best for Creating, editing, and printing vector artwork
• It is drawing program which is vector based
Advantages Disadvantages
-Ai file format gives the user more control over text and its
formatting with options like paragraph composing. This is very
useful for editors form magazine pages to work and fit the
images and text so none of them lose quality or makes mess.
-Using Ai software/format there is a wider compatibility for a
native vector format, most advanced vector format available.
This means none of the images used in the program can be re
shaped and not lose any quality within the process.
-Takes time to learn the software to be able to use for design
purposes
-Newer versions may have compatibility issues, not a standard
file format
-An Ai file requires specific software to open which limits where
it can be viewed.
-All of the projects that is contained within the program have
small in sizes so allow easy sharing, mailing and use.
-As it is a vector based program it allows the creation of
graphics that are scalable to any extent without losing
resolution, with smooth and sharp lines that are perfect for
print.
-Image after finished can not be opened in other format, this
means that if you edited a logo in this format but the area of
the company doesn't’t have that specific file format then it will
be very difficult to transfer it into another format which can be
accessed. However doing this my re solve into worsen quality
of the image.
11. FLA • FLA means simply Flash File
• This piece of software/format is used for designing and creating
animation and games. Flash file allows the designer to use a
variety of colors and shapes to create their own ideas, you can
even import JPEG files into the program to be used.
• Flash files also access MP3 files. This would be useful if you were
creating a animation that had a song. Other sounds can be
accessed throughout the program. This format is used over the
internet on websites.
Advantages Disadvantages
-Can be easily converted into different formats which allows
you to access the file on different devices with no problem
-Flash has no issues with cross browser compatibility. This
means that there is no problem about the coding when
transferring onto different browsers.
-The primary that flash is a disadvantage is because that the file
sizes are very larger even when transferring it into a different
format. If the file size is very large features on a website with
the file on would take a very long time to load.
-
-Flash Files are small because Flash uses vector formats
-Flash can be used to replace text elements on HTML Web
pages with ‘equivalents’ making it useful to be placed on
websites.
-Flash program contains audio, animation, video and game
handling and interactivity. Flash is vector-based, but allows
incorporation of bitmaps where needed.
-Another disadvantage is that the only devices that you can
access an FLA is on the computer and some new piece of
software. However it cannot be accessed on mobile phones.
-Unless properly coded, most Flash Websites lack alternative
text and can be difficult for screen readers.
-Flash content takes longer than usual to load compared to
standard websites. The more your Flash content the slower the
Web page will load
12. WMF
• WMF-Windows Meta File
• This format are very similar to a Adobe illustrator
Art file format. WMF and Ai both used to create
for logos because you can scale big or small
• We find WMF mainly in windows is only clip art
Advantage Disadvantage
-Contain both vector and bitmap image information.
-Images that are saved in a WMF file format and scale big
and small without losing quality. This format has vector
and bitmap components.
-This file format can only be accessed on Window programs
only
-WMF is a Microsoft’s Proprietary which means that it is not
compatible with most of the other operating systems
WMF formats contains a large proportion of video and audio.
This information is contained in smaller storage spaces within
the program. This makes WMF an ideal format for streaming
videos over the internet and creating videos with high quality
audio.
-WMF files are normally supported on many modern portable
video devices
-WMF is its compatibility with non-Windows platforms this is
not very useful if your transferring for example a file as a WMV
over to a Mac which doesn't’t support the claims of the
program.
-For WMV program it has disadvantage as it lacks the cross-
platform compatibility that would make it a more standard
video format better.
14. Compression
• ‘Lossless and Lossy compression are terms that describe
whether or not, in the compression of a file, all original
data can be recovered when the file is uncompressed’
• ‘Lossless compression algorithms reduce file size with no
loss in image quality’
• ‘Lossy compression is the class of data encoding
methods that uses inexact approximations to represent
the content. These techniques are used to reduce data
size for storage, handling, and transmitting content’
• Lossy= Advantage- Lossy compression can make a
multimedia file much smaller than its original size.
Disadvantage- it cannot be used in all types of files
because it works by removing data
• Lossless=Advantage- Lossless compressions single
advantage is keeping the quality of a image as a whole.
Disadvantage- Doesn't’t reduce the file size of any
format like Loos compression does to any format.
15. Image capture
Method Scanner
How is this used for image capture of graphics Scanners is a ‘device that optically scans images and converts it
to a digital image’
Advantage=scanners are very accurate and can produce
reasonably high quality images
Disadvantage=images can take up a lot of memory space
Images lose some quality in the scanning
Method Camera
How is this used for image capture of graphics Light enter the lens of a camera and it is then recorded by a
sensor, these sensors record the information for all the pixels
which is then produced into a image
AD=Massive Photo Storage, Operating Speed, Editing and
Sharing Options
DIS=Battery Consumption, Complexity
Method Graphic Tablet
How is this used for image capture of Graphics These are piece of equipment which allows the designer to use
a mouse/pen to create drawings graphics and digital
handwriting
AD=more effective than mouse input,
DIS=slower then paper drawing
16. Optimizing
Why would you Optimise? You would Optimise so that images can be
uploaded onto the web which are easy for
people to view in good quality
How Can you optimise? -You can optimise a image onto the web by changing the
image size in Photoshop
Images cant be optimise if they have a large file size
because it takes longer for it to download.
Advantages to Optimizing? -By optimizing an image you reduce the file size of a
image so that it can download faster onto the web.
- You get a better look of the image because the
optimizing process allows to get rid of all the parts of the
image that you don’t need or don’t look good.
Disadvantages to Optimizing? -Reduces pixel information in a image this normally
occurs if images are no more than 500 pixels wide
17. File Size
What could affect a Working Scale document file size? The file size is the main cause of this working scale. This mainly
occurs in Photoshop after you save a project where the file
compresses, causing the file size to get smaller. But some
documents mainly an images can also create a bigger colour
paletteis added on as well as pixels are added to the image.
This would change the file size as more data is required for the
image quality.
How could you reduce the file size of a working scale
document without affecting the quality?
The best way to reduce the file size of any document is
converting it into a Lossless format like a PNG where none of
the quality is affect. Whereas a format like JPEG (lossy) would
affect the quality of the image every time you save it.
What is an advantage of scaling up images before exporting? PSD is a vector graphic and does’t get affect if you enlarger the
fix shape as the quality will not change. Vector and Bitmaps are
different when coming to file size. Scaling up an image
sometimes brings out more colours of the image depending on
much you scale the image up to.
What is a disadvantage of scaling up images before exporting? The sole reason of scaling up a image is that the quality will
degrade because there wont be any available pixels in the
document to fill the enlargement requirements. This causes the