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Friday, 18 April 2014

Plan Html

Plan 2014

In September 2012, the W3C proposed a plan to release a stable HTML5 Recommendation by the end of 2014 and an HTML 5.1 specification Recommendation by the end of 2016.
Core HTML specification
The combined timelines for HTML 5.0, HTML 5.1 and HTML 5.2:
20122013201420152016
HTML 5.0Candidate RecCall for ReviewRecommendation
HTML 5.11st Working DraftLast CallCandidate RecRecommendation
HTML 5.21st Working Draft
Features and APIs
The W3C proposed a greater reliance on modularity as a key part of the plan to make faster progress, meaning identifying specific features, either proposed or already existing in the spec, and advancing them as separate specifications. Some technologies that were originally defined in HTML5 itself are now defined in separate specifications:
Some specifications that were initially developed standalone have been adapted as HTML5 extensions or features by reference: SVGMathMLWAI-ARIA.

Standardization process HTML

Standardization process

The Mozilla Foundation and Opera Software presented a position paper at a World Wide Web Consortium (W3C) workshop in June 2004,focusing on developing technologies that are backward compatible with existing browsers, including an initial draft specification of Web Forms 2.0. The workshop concluded with a vote, 8 for, 14 against, for continuing work on HTML. Later that month, work based upon that position paper moved to the newly formed Web Hypertext Application Technology Working Group (WHATWG), and a second draft, Web Applications 1.0, was also announced. The two specifications were later merged to form HTML5. The HTML5 specification was adopted as the starting point of the work of the new HTML working group of the W3C in 2007.
2008 – First Public Working Draft
WHATWG published the First Public Working Draft of the specification on 22 January 2008. Parts of HTML5 have been implemented in browsers despite the whole specification not yet having reached final Recommendation status.
2011 – Last Call
On 14 February 2011, the W3C extended the charter of its HTML Working Group with clear milestones for HTML5. In May 2011, the working group advanced HTML5 to "Last Call", an invitation to communities inside and outside W3C to confirm the technical soundness of the specification. The W3C is developing a comprehensive test suite to achieve broad interoperability for the full specification by 2014, which is now the target date for Recommendation. In January 2011, the WHATWG renamed its "HTML5" living standard to "HTML". The W3C nevertheless continues its project to release HTML5.
2012 – Candidate Recommendation
In July 2012, WHATWG and W3C decided on a degree of separation. W3C will continue the HTML5 specification work, focusing on a single definitive standard, which is considered as a "snapshot" by WHATWG. The WHATWG organization will continue its work with HTML5 as a "Living Standard". The concept of a living standard is that it is never complete and is always being updated and improved. New features can be added but functionality will not be removed.
In December 2012, W3C designated HTML5 as a Candidate Recommendation.[26] The criterion for advancement to W3C Recommendation is "two 100% complete and fully interoperable implementations".

History of HTML #

The Web Hypertext Application Technology Working Group (WHATWG) began work on the new standard in 2004. At that time, HTML 4.01 had not been updated since 2000, and the World Wide Web Consortium (W3C) was focusing future developments onXHTML 2.0. In 2009, the W3C allowed the XHTML 2.0 Working Group's charter to expire and decided not to renew it. W3C and WHATWG are currently working together on the development of HTML5.
While HTML5 is often compared to Flash, the two technologies are very different. Both include features for playing audio and video within web pages, and for using Scalable Vector Graphics. HTML5 on its own cannot be used for animation and interactivity — it must be supplemented with CSS3 or JavaScript. There are many Flash capabilities that have no direct counterpart in HTML5. See Comparison of HTML5 and Flash.
Although HTML5 has been well known among web developers for years, it became the topic of mainstream media around April 2010 after Apple Inc's then-CEO Steve Jobs issued a public letter titled "Thoughts on Flash" where he concludes that "[Adobe] Flash is no longer necessary to watch video or consume any kind of web content" and that "new open standards created in the mobile era, such as HTML5, will win".This sparked a debate in web development circles where some suggested that while HTML5 provides enhanced functionality, developers must consider the varying browser support of the different parts of the standard as well as other functionality differences between HTML5 and Flash.[15] In early November 2011, Adobe announced that it will discontinue development of Flash for mobile devices and reorient its efforts in developing tools utilizing HTML5..

Web Design: 20 Hottest Trends To Watch Out For In 2014

1. Grid-Style Layouts

My first mainstream recognition of the grid design was on Pinterest. Social news feeds have always been in a streamlined fashion such as Twitter or Tumblr. Nowadays even many Facebook pages scatter timeline updates to appear like a grid.
This isn’t something you can force into any old website. There needs to be a purpose, the user experience always comes first. In situations using thumbnail images or text updates the grid layoutcondenses everything into an easy-to-read format. Everything is skimmable yet still coherent and it doesn’t require much space on the page.

2. Crafty Image Captions

In the past we covered some unique CSS3 image caption effects. Many websites use image galleries to showcase portfolio items, photographs, article thumbnails, etc. Using a text caption helps the visitor connect more information to the image. And with CSS3 you can rely on natural browser resources without any JavaScript effects.
Each website should have its own design to provide benefit to the reader. Another tutorial I enjoy from Codrops is figure numbering with CSS3. You can build caption-style labels whichautomatically append to the images (or figures) on each page.

3. Extended Form Elements

Most frontend developers are familiar with the purpose of jQuery. It helps you write smoother JavaScript code with fewer lines and much less clutter. Free open source jQuery plugins have taken on their own market — and they’re currently in high demand.
There is a particular enthusiasm surrounding jQuery form plugins which enhance the user experience. These effects could include floating labels, input validation, guided tooltips, almost anything you might imagine. Take a peek at the Unheap form gallery which catalogs open source jQuery plugins that you can download and test in new projects.

4. Deeply-Focused Landing Pages

I remember when the iOS App Store was launched and developers were clamoring to release their next great idea. Fast-forward some years and we have millions of apps for Android + iOS devices. Many of these applications even have their own companion website.
Software developers often purchase a domain name and launch a website as a marketing tool. This idea has since expanded to encapsulate mobile games, open source scripts, smartphone apps, really any digital product you can imagine. These landing pages are basically essential toencourage prospective customers into learning more about a product before buying.

5. HTML5 Video Players

I remember back in 2004 teaching myself basic ActionScript to create a custom video player for my website. It took months of work and the best playback solution was an FLV video. Thankfully times are quickly changing with HTML5 media and emerging JavaScript libraries.
Flash still has a purpose when necessary, but most web developers would agree that the future of Internet video is HTML5. Two scripts I would highly recommend are Video.js and MediaElement.js. The first is much simpler but also limited with basic functionality.
Media Element provides some default skins and greater documentation for building your own player designs. You can also try building a music/audio player out of the same codes. Both scripts provide documentation along with an API and they’re both fantastic libraries. Keep these in mind when you need self-hosted videos on any future projects.

6. 3D Transition Effects

I’ve been finding a number of creative 3D animations in more websites over this past year. These are often built into the page for animated image galleries, navigation menus, and elements. The 3D effects can be created using jQuery although CSS3 has been catching up.
Naturally the animations aren’t fully supported in all browsers, and designers should be wary of using too many animations on one page. But if you like to try new things I’d highly recommend scouring the web for 3D animated code examples to play around with.

7. Flat Design Elements

How could I discuss web design trends without mentioning the widespread use of flat UIelements. CSS3 allowed designers to create much flatter buttons using natural box shadows, text shadows, or rounded corners. This flat UI pattern transcended into form inputs and even navigation menus.
But I feel there is more we can expect in the near future. Flat icon sets and GUI kits have been released for free on dozens of websites. In my guide to flat web design you can find heaps of free downloadable PSD/AI graphics. Metro-style layouts have also grown in popularity from Microsoft’s Windows OS and the Windows Mobile Phone.

8. Personal Portraits

Simple portfolio websites are often my favorite. You want to convey a bit about yourself, where you’ve been, and showcase your work samples. But to keep people truly interested you need to form a human connection. One of the best ways to accomplish this would be including a sample photograph of yourself somewhere on the page.
Andrea Mann uses a photo which encapsulates much of the homepage. This is also blended into the darker background and recolored to shades of B&W. It looks fantastic, although you don’t need to use large background portraits on your website. Even a small photograph in your homepage or about page offers visitors a glimpse into who you are.

9. SVG Images & Icons

Vector-based graphics aren’t built around pixels, but lines and coordinates. Individual shapes are organized by mathematical equations and this allows you to stretch vectors to any size. SVG imagesare like vectors in the sense they can be manipulated easily without much quality loss.
The biggest problem is support for these images within all web browsers. Many people are still using older versions of Internet Explorer and other legacy titles. It’s a huge trend that will be sweeping the Internet in years to come (if it hasn’t already).
If you really want to get started might I recommend Codepen, an open community-driven IDE for developers to share their work online. You’d be surprised at the quality. Snap.svg is a JavaScript library devoted to support in multiple browsers with natural SVG images. This is a somewhat detailed topic but if you’re curious, it is worth delving into.

10. Unique Web Copy

One of the coolest new features in web development is the @font-face declaration. You can import font files hosted locally or externally on another server. These fonts are defined within CSS and you can write them into font-family properties to style your webpage text.
This has grown to include font-based icons where flexible icons are rendered on the page as text. These icons aren’t as well-designed in comparison to real graphics, which can incorporate a multitude of different colors. Yet simply having the ability to customize any font on the page is a powerful technique to help your website stand apart from the crowd.

11. Lazy-Loading Animations

When browsing ThemeForest one day I came across many WordPress themes which had transition effects applied onto elements, but they only animate when you scroll them into view. These elements behave similar to lazy-loading images except they’re already loaded in the page and hidden from sight.
Using JavaScript it’s easy to detect when the element(s) are in view, and then use CSS3 transitions or JavaScript to animate.
If you scroll down the page on Chart.js you will see blocks of content + images begin to slowly fade into view. This trend probably doesn’t save on bandwidth unless you purposefully wait to load the content. It’s more about page aesthetics and providing a sleek interface for your visitors.

12. Customized Image Galleries

The growing integration of JavaScript and CSS has allowed developers to produce exceptional new projects. Image galleries are one trend that have been around for decades. Going into 2014 we might expect to see even greater solutions to dynamic carousels and image lightboxes.
To provide a small example, take a look at this recent gallery tutorial on Codrops which uses anelastic dragging effect to switch between photos. This is somewhat experimental but you can see how developers are willing to push the boundaries and see what’s possible.
If you like this concept why not take a peek at some jQuery gallery plugins? This would be a quicker strategy to begin learning and over time you may even construct your own gallery plugin.

13. Mega-Navigation Menus

All kinds of new fancy navigations have been tested and adopted in recent years. The mobile responsive web is a big piece to this, along with the HTML5/CSS3 specifications. I have noticed a small yet growing trend of mega navigation menus which expand to hold large blocks of content and links.
These are most common on websites that publish lots of unique content in high volumes. Online magazines or web forums immediately come to mind. It does take up a bit of space on the page, but it also gives readers a broader choice to navigate your site.
I stumbled onto a related article on Smashing Magazine talking all about navigation menus for mega-sites. The concepts are similar and the examples provided may be a good starting point for anyone interested in this trend.

14. Expanding Search Bars

Looking back I’m not completely sure when this concept picked up steam. But there is a growing popularity for building semi-hidden or expanding search bars into your layout. The user clicks a magnifying glass icon or clicks into the form itself, and then it expands wider to allow for more text input.
Codrops wrote an outstanding tutorial about this topic and it’s a great read for any developer. Primarily the hidden search field is used to save room on the page. You might even hide the form at the very top and toggle it up/down like a navigation menu. This technique is prominent with responsive layouts, but even larger & more completed designs are incorporating these adaptable search fields.

15. Featured Detail Lists

Recently I put together a design showcase of featured detail lists to be found on website homepages. These are list-oriented details explaining information about a company or product. Oftentimes the details are coupled with some icons to help illustrate the points in a more concise manner.
I’ve noticed these detail lists have become a staple for many homepages. A collection of information about any product or service provides visitors a reason to stick around. It gives some insight towards what you provide to customers and how it all worksIcons are like the frosting to catch people’s attention when scrolling by quickly.

16. Mobile-First Design

A book called Mobile First by Luke Wroblewski gave me this idea some time ago. When browsing a website it’s not easily possible to differentiate how the design process worked out. But the idea is to first mock-up how your website should look as a responsive layout on mobile screens. Eliminate all the excess fluff and keep only the bare essentials.
From this standpoint it’s much easier to scale up your design to wider screens. Navigation menus become wider, content is lengthened along with a possible sidebar. Mobile-first design places a higher priority on the mobile experience which then becomes a baseline for the entire layout. I love the concept, and I hope designers will try implementing this to see how it can affect workflow and the final outcome.

17. HTML5 Canvas

There is a lot to be said about the canvas element and it’s quite a topic of study. Using JavaScript, it’s possible to create games or drawing applications right inside HTML5. I’ve even seen the canvas element used to collect signatures with the mouse.
The example above is from a simple Codepen entry. Someone posted a glossy loading circle onto Dribbble and this pen is a replication using the canvas element. Another example is this smallhorizontal loading bar built on HTML5 canvas and JavaScript. The possibilities are growing rapidly and personally I’m excited to see what canvas will be like 2-3 years down the road.

18. Pixel Sprites & Browser Games

Much like classic video players, browser games used to be exclusively produced in Adobe Flash. But JavaScript has gotten a foothold into the community and many developers are happy to release open source codes for these types of projects.
A little while back I wrote an article detailing pixel-centric websites that could also use animation. These designs aren’t common but they do catch your attention. It takes a lot of design talent to create such exquisite pixel artwork. So building your own in-browser sprite game would be an even larger challenge.
One of the best resources for getting started can be found on HTML5 Game Engine. The site lists many free JavaScript libraries for creating your own browser games. There is a lot to learn about the process, but thankfully you can find hundreds of tutorials online within Google.

19. Quick User Registration

There are an increasing number of brand new startups and web applications that allow for user registration. In fact, many services require you to signup before you can start using the website. Long detailed registration forms are tremendously off-putting in this fast-paced world.
Try to keep all registration forms quick and to the point. Many newer webapps include the signup form right on their homepage to capture as many visitors as possible. This happens when a new visitor is curious about your product, sees the form only has 2-4 fields and decides to go for it. You may be shocked at how well this strategy works for capturing new users.

20. CSS3 Animated Keyframes

Since the early millenium JavaScript has been the primary choice for browser animation. Only recently has CSS3 become adopted into the mainstream where developers can build their own animation effects using @keyframe.
There is another way to animate using the transition property, although this only has one state for animation whereas keyframes behave much like Adobe Flash. You setup a frame percentage value from 0% – 100% and define properties which change over time. The latest CSS3 spec provides enough tools for you to animate elements in practically any style you like.

5 big visual Design Trends for 2014

5 visual design trends for 2014

Shutterstock has predicted the visual trends of 2014 based on its image download data. What do you make of its findings?

It's never a great idea to blindly follow trends, but it's good to know what they are. It's kind of similar to the old maxim that 'you have to know the rules to break the rules'.
But in fractured and disjointed world, working out what the latest visual design trends actually are can be difficult. A trend might be big in Europe but absent in North America; yet with more demand for designs that appeal across international boundaries, how do you get a handle on what will work?
Well one way is to analyse the raw data. Image libraryShutterstock is in a good position to do just that - and so for its third annual global design trends infographic it extracted details of over 350 million downloads and found some revealing patterns.
You can view the infographic in full here while some of the main trends are summarised below:
  • Flat design elements are replacing skeuomorphism. Led by changes in app and software design, downloads of flat design elements increased by 200 per cent over the past year.
Shutterstock data confirms the shift towards flat design
  • Instagram-esque images were a big theme in 2013. With the popularity of retro cameras and mobile apps, searches for filtered images soared 661 per cent in 2013, and the trend shows no signs of abating.
  • Image search terms with the largest year-on-year growth include "3D printing" and "BYOD" ("bring your own device"), with each rising 625 per cent, 583 per cent and 407 per cent respectively.
  • Video is an increasingly popular medium for visual storytellers and access to new image-capture technology such as 4K is growing. Popular video content topics include education, 3D renderings, transportation and cityscapes.
  • People and other subject in real-life, authentic settings are increasingly in demand, up 347%. This growing trend represents a desire for stronger emotional connections in design.

Thursday, 17 April 2014

What is resolution?

What is resolution? www.pixelcreation.in


Resolution refers to the number of pixels or individual color dots in an image. A high resolution image has more dots, which allows it to display more detail.
Your monitor has a resolution, which is usually described as the number of columns (width) by the number of rows (height). Most monitors sold today support a minimum resolution of at least 800 X 600 and the better models support 1280 X 1024 or higher.
Your digital camera also has a resolution, usually expressed as the number of megapixels, or millions of pixels it can capture and save as an image. Most digital cameras sold today have a resolution of 3 megapixels or higher. A digital camera with a high megapixel count will allow you to take and print larger pictures.
Another way to describe resolution is by describing the number of dots that can be fit in a specified space. Your monitor can show 72 pixels per inch (ppi), while many printing devices can output higher resolutions of 200-300 dots per inch (dpi) and higher. The higher the dpi setting the more detail you can have on your image.
You can often increase the resolution of a picture by decreasing its physical dimensions using the resize command in an editing application such as Adobe Photoshop. When you reduce the dimensions of the picture you are essentially fitting more pixels into the same space, which increases resolution. If you resize the image the other way, however, you will decrease its quality. As you make the image larger, you are spreading out the pixels over a larger area. The pixels become larger and your picture begins to look blocky and to show less detail.
Your image editing application may also allow you to resample the picture. While just resizing the image does not change the total number of pixels in it, resampling does. Resampling down removes pixels from the picture, while resampling up means the program has to create pixels based on those that already exist. Resampling up will usually result in a noticeable loss of quality in your image. Resizing down will usually not result in a loss of quality, but the pixels that are removed are lost forever once the picture is saved, so you should be careful when using this option.

White Balancing Camera

Correlated color temperature  (www.pixelcreation.in)

Chromaticity diagram, Planckian locus, and lines of constant CCT.
The particular color of a white light source can be simplified into a correlated color temperature (CCT). The higher the CCT, the bluer the light appears. Sunlight at 5600K for example appears much bluer than tungsten light at 3200K. Unlike a chromaticity diagram, the Kelvin scale reduces the light source's color into one dimension. Thus, light sources of the same CCT may appear green or magenta in comparison with one another [1]Fluorescent lights for example are typically very green in comparison with other types of lighting. However, some fluorescents are designed to have a high faithfulness to an ideal light, as measured by its color rendering index (CRI). This dimension, along lines of constant CCT, is sometimes measured in terms of green–magenta balance;[1] this dimension is sometimes referred to as "tint" or "CC".

Gel nomenclature

The main color correction gels are CTB (color temperature blue) and CTO (color temperature orange). A CTB gel converts tungsten light of 3200K to 'daylight' color (5200K). A CTO gel performs the reverse.[2] Note that different manufacturers' gels yield slightly different colors. As well, there is no precise definition of the color of daylight since it varies depending on the location (latitude, dust, pollution) and the time of day.
Gels that remove the green cast of fluorescent lights are called minus green. Gels that add a green cast are called plus green.[2]Fractions such as 3/4, 1/2, 1/4, and 1/8 indicate the strength of a gel. A 1/2 CTO gel is half the strength of a (full) CTO gel.

White balancing cameras

Color filters may be applied over a camera lens to adjust its white balance. In video systems, white balance can be achieved by digital or electronic manipulation of the signal and hence color correction filters are not entirely necessary. However, some digital cinema cameras can record an image without any digital filtering applied. Using physical color correction filters to white balance (instead of digital or electronic manipulation) can maximize the dynamic range of the captured image [2].
Some professional cameras designed for ENG use filter wheels containing color correction filters and are designed to optimize performance for different color temperatures.
In film cameras, no electronic or digital manipulation of white balance is possible in the original camera negative. Color correction filters are an effective method of adjusting white balance. Without filtering, one must attempt to fix white balance through color timing or by manipulating the film after it has been scanned or telecined.
 

Animation news

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Pixion, who is renowned for their work in movies like Grand Masti, Taalash, Son of Sardar, Barfi!, Chasme Badoor,Don 2 and ABCD recently delivered VFX for Bhoothnath Returns. It has delivered stunning VFX shots for this film.

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About

Mr Mitesh sata(CEO)
WEB : www.pixelcreation.in
Email : pixellcreation@gmail.com