Brant Rock web design
Hello and welcome to this web design Web Designer Brant Rock video tutorial.
I’m Owen Corso from Google.
And today, we’re going to build a rich media expandable creative with video.
Let’s start by selecting file, New File.
This opens a dialog box where we will set up our ad.
First, let’s make out high of project.
We have four options– The default is Display & Video 360so we will leave that as is.
💸 How to budget for your web design project 💸 - Web Design is Broken e05
Sketch was made for screen-based design.
Websites, app interfaces, icons… these objects of design exist within a world of pixel measurements, RGB colors, and presentation on digital screens. Unlike many of the Adobe creative tools which include 10,000 features and the kitchen sink, Sketch is laser-focused in its purpose—and consequently works far better (and more efficiently) for what it does do.
Sketch was not made for print-based design.
Business cards, brochures, posters… these exist within a physical world of inch/centimeter/point/pica measurements, CMYK or Pantone colors, and presentation on a variety of papers and materials. Adobe Illustrator and InDesign are two of the most popular tools in this arena.
And when a print design project rolls around, you might find yourself yearning to continue using the same tool you’ve become so adept at using for web/UI design. I want you to know that it’s possible. Here’s how I do it:
(full disclosure: Adobe Illustrator is required)
The Magic Number 72
Dating back to the craft of setting lead type for a printing press, the primary units of measurement were points (72 per inch) and picas (12 per inch). Lead type (pictured here) is measured in points, and is produced in pica or half-pica increments such as 12, 18, 24, 36, and 72 points. Those numbers should sound familiar to you, as they became standard digital font sizes with the Macintosh. The first Macs used screens where every inch contained 72 pixels, resulting in 12pt text that looked practically the same size onscreen as in print. The evolution of pixels per inch (PPI) is too extensive for this article (especially since the advent of retina displays), although it’s important to know a bit about the origins of this 72:1 ratio.
This article will mostly use inch measurements, as used for print design in the US. If you are familiar with a centimeter workflow, I’d love to hear from you!
Sketch measures everything in pixel units, so we need a way to convert our design to the physical world of inches. By now you may have guessed where this is going: 72 pixels in Sketch converts to 1 inch in an exported PDF.
- An 8.5" × 11" piece of paper (US Letter) converts to a 612px × 792px artboard.
- A typical 3.5" × 2" business card converts to a 252px × 144px artboard.
- When adding a new artboard, Sketch 3 gives you a few “Paper Sizes” presets. Speed things up by adding your own custom artboard presets!
The pixel dimensions of a 72 PPI layout may be far smaller than you are used to when working on websites or user interfaces. Remember that the clarity of your print project is dictated by the print method you use—Sketch’s “Show Pixels” function is of no use here!
Tips for Designing Your Layout
- For elements in your design, try to use measurements that make sense in inches. 1px = 1pt for lines and font-sizes. I’ll often use 1/8 inch (9px) or 1/16 inch (4.5px) increments for layout elements.
- You can use Sketch’s Grid feature to make these inch-appropriate positions or measurements easier. I suggest a grid with a 9px (1/8 inch) block size and thick lines every 8 blocks (1 inch). Show/hide the grid with ⌃G on your keyboard.
- You can turn off “Pixel Fitting” in Preferences. There’s no need to be a stickler for pixel alignment as you would be for screen-based design.
Margins & Bleeds
Professional print shops often require your artwork to have extra space on all sides, extending any parts of your design that “bleed” out to the edge (see example below). This compensates for the slight, yet inevitable, variance in where the edges are cut on your final print. My printer asks for a 1/8 inch bleed, and I often add this to my Sketch layout (9px extra on all sides). If your design has elements that bleed, I suggest you do the same—if not, you can easily add these extra margins later when saving a PDF from Illustrator. Printers will also recommend that any text is at least 1/8 inch inside the trim lines (a “safe zone” or “critical print area”), as in the business card below.The “Trim Lines” indicate what the final card will look like. Because trimming is rarely 100% accurate, any parts of the design that extend to the very edge should continue out to a “Bleed”. Shown here, the bleed extends to 1/8 inch outside the artwork.
Preparing the File for Print
99% of print shops are strict about the specifications of your “artwork” files. The following process will help you give printers the files they want! If your layout relies heavily on images, gradients, or shadows, skip to the next section!
When you have finished your design in Sketch, export it as a PDF at 1x scale. Many programs, such as Preview or Adobe Illustrator will automatically interpret the file at 72 PPI. You can view the PDF’s dimensions in inches in Preview (Tools > Show Inspector, ⌘I), or in pixels using Finder’s Get Info window (under “More Info”). If you save your PDF through Illustrator, pixel and inch dimensions will be automatically included in the file.
There are 2 other things we need to change about Sketch’s exported PDF:
- Text needs to be “Converted to Outlines”.
- The colors need to be CMYK values instead of RGB.
- Any images in the design need to be embeded as CMYK images.
Converting Text to Outlines
To ensure that your design is printed exactly how you see it on your computer, it is important to convert the text objects in the PDF to actual vector shapes, or “outlines”. This makes the text look exactly the same on any program on any computer, regardless of the fonts you’ve used in the design, and regardless of whether or not those fonts are installed on the printer’s computer.
You can convert text to outlines in Sketch (more about that here), although if your design has more than a few lines of text, Sketch will slow down dramatically. If you want a guaranteed way to crash Sketch, try selecting a dozen text objects and converting them to outlines all at once! Fortunately, Adobe Illustrator excels in this department, so we’ll use that instead.
- Open the PDF in Illustrator and navigate to Select > All (⌘A), from the menu bar.
- Also in the menu bar, navigate to Type > Convert Text to Outlines (⌘⇧O). Easy as that!
Converting to CMYK Colors
After opening your PDF in Illustrator, navigate to File > Document Color Mode > CMYK Color. This converts the entire document to a CMYK colorspace from RGB. That’s the easy step. Now we have to change the colors in our design to actual CMYK values.
If you’re used to screen-based design and appreciate great colors, I feel obligated to tell you that CMYK may disappoint you. Due to the nature of combining those 4 colors (cyan, magenta, yellow, and black) in ink, many bright and saturated colors are difficult or impossible to recreate. Without diving into color theory or the pros/cons of various print methods, I will simply suggest that for any color that is important to your design you see a sample of that exact color value from a similar printer on a similar material. To do this I recommend choosing a close match on a Pantone swatchbook (a bit pricey, but a great investment), or ask your printer for a printed sample of a variety of colors printed on the paper you’ll use (they probably already have these, and can give you each color’s CMYK value).
Once you’ve chosen great CMYK values for all your colors, it’s time to replace the color value for each of the elements in your design. This sounds tedious—and to a certain extent it is—but I’ve discovered a few shortcuts to help you!
- First off, you will need to select the elements whose colors you want to change. If you aren’t familiar with Illustrator, know that a layer is only selected when you click the small circle to the right of it. Simply clicking on the layer’s name will not do anything!
- If your design has many elements with the same color (say, all green text), they can be selected all at once by first selecting one instance of the element then clicking the “Select Similar Objects” button on the right of the toolbar. If this toolbar or button isn’t available, try navigating to Select > Same in the menu bar.
- When your elements are selected, hold down the Shift key when you click on the fill color in the toolbar (fill color to the left, stroke/border color to the right). Even elements that are pure black need to be converted to CMYK black, for which there is a little swatch below the color sliders.
When all of your text has been converted to outlines and all of your colors are CMYK, it’s time to save a separate PDF (I add “-print” as a suffix to the new filename). By using File > Save As, you get a trillion options for the PDF. The single option I ever use is to add a bleed margin (my printer likes 1/8 inch) on all sides of the artwork. To do this, go to the “Marks and Bleeds” section on the left and uncheck “Use Document Bleed Settings”, as shown below.
You’re all done! Trust me, next time this process will take you half as long!
Is Your Design Image-Heavy?
If your Sketch design includes bitmap images (non-vector images), they will be automatically converted from RGB to CMYK when you change the Document Color Mode. Upon importing the PDF to Illustrator, any shadows in your design will be converted to bitmap images and any gradients will become un-editable “Non-Native Art”. Because of this, if images, shadows, or gradients are important to your design, I strongly suggest you instead save the entire Sketch layout as a PNG and convert it to a CMYK file in Photoshop using the following steps.
- Export the Sketch artboard as a PNG at 4.166x scale, which gives you the amount of pixels you’ll need for a 300 PPI print-ready file. Printers rarely accept bitmap images less than this resolution. Make sure your artboard includes the necessary bleed margins (described above) before export.
- Open the PNG in Photoshop and navigate to Image > Image Size, in the menu bar. Uncheck the “Resample” checkbox and type in either the artwork’s dimensions in inches or the “Pixels/Inch” you used when exporting from Sketch (again, this is often 300 PPI). Click “OK”.
- In the menu bar, navigate to Image > Mode > CMYK Color. This will alert you that Photoshop is converting the file to a default CMYK color profile. This step may visibly change the colors of your design. Rest assured that your computer screen is not an accurate representation of colors in print, although you should also not expect the same bright or saturated colors capable with RGB (as described above).
- Adjust the colors slightly if you desire, then Save As a .psd or .tif file. Be sure to tell the printer what bleed margins you included in the artwork!
Of course you can use this process in conjunction with the PDF + Illustrator workflow above, by embedding the Photoshopped images into your Illustrator document. But most of the time I stick to one process or the other.
Is This Workflow Right for You?
If you’re fast at designing in Sketch, feel more at ease or more creative using it, or aren’t very familiar with Illustrator/InDesign, this may be good for you. This may also be a useful workflow if you have existing designs from Sketch (an interface, icon, logo) that you want to prepare for professional printing. I can’t read the future, but with Bohemian Coding’s small team and success focusing on screen-based design, I don’t advise you to hold your breath for print features. It’s a huge can of worms!Examples of projects made with this workflow. From packaging, to letterpressed business cards, to laser-engraved signage. This work for Juice Shop recently won the Type Directors Club’s prestigious annual design competition.
I’ve written this article to share my workflow for print design projects, but also to learn of ways that I might improve this workflow in the future. If you have any suggestions, especially related to Illustrator or the print process, feel free to share them!
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Brant Rock web design
Next, we can select the type of ad.
We want to make an expandable, so we select Expandable on the left.
Next, we can set again ad’s dimensions.
We are building a 320 by 50that expands to 480 by 250.
So I will make those changes.
We then assign the Brant Rock creative a name.
I will leave my Save ToLocation as the default, and leave the talk about set to Quick.
Once I’m happy with my settings, I click OK.
Google Web Designer creates the initial pages of the ad for me with the dimensions I defined.
The collapsed page already contains a Tap Area event to expand the ad and an expanded pageBrant Rock with a close tap area to collapse back down.
The Only UX Reading List Ever
Ant (GitHub) is much more than a React UI kit with a minimalist design aesthetic and every component under the sun. It is a rabbit’s hole that leads to a giant maze of interconnected libraries, with a serious ecosystem surrounding it. There’s a custom build tool based on Webpack called ant-tool, several CLI apps, community scaffolds, and a complete framework (dva, which has its own CLI as well). And the UI components are mini-projects in and of themselves — see this repo for information on each component.
Many of these libraries appear to be very polished, including an entire React animation library. And I’d love to learn more about them, but Ant comes with a challenge — the majority of the documentation is in Chinese.
How’s Your Chinese?
Let me preface this by pointing out that the components library and its terrific style guide have been translated into English by generous volunteers, so the UI kit is completely usable. And the translation effort demonstrates the project’s intentions to open up Ant to a wider audience, boding well for companies considering adopting it.
However, there are some language issues that remain. The English is sometimes confusing or obscure. The maintainer of the library has commented here that they welcome PRs for improving the documentation, so that could be a great way to get involved in this amazing project.Good luck hunting down issues!
Another issue is that issues in Ant.Design are mostly filed and debated on GitHub in Chinese. This could be a deal breaker for enterprise applications, but I’m not sure it should be one for early startups since Ant can be used quite minimally, without making use of smarter features like built-in form validation. Still, if you find an issue or bug with the library, it will be difficult to research previous solutions to your issue, and that’s why I recommend making minimal use of the surrounding ecosystem at this stage.
Popular UI libraries for React include Material-UI, Semantic-UI, Foundation, and Bootstrap (this and this), and they are all fairly mature. Material-UI should be singled out as it massively eclipses the others in popularity, with over 22k stargazers — and over 600 open issues. But it turns out that Ant.Design is a surprisingly worthy candidate as well. It’s battle tested by some of the most well-trodden sites on the web (Alibaba, Baidu), and it boasts a brilliant style guide, custom tooling, and, of course, a comprehensive catalogue of components. It also has only 85 open issues at the time of writing, which is a good thing considering its popularity.
So let’s take a tour of the library, see what it has to offer, and how to get started using it.
The Ant components list is dizzying. Sure, it contains the basics — modals, forms (inline and vertical), navigation menus, a grid system. But it also contains a ton of extras, such as a @mentioning system, a timeline, badges, a seriously nice table system, and other small fancy features, such as an involved address box (see the Habitual Residence field). Have a look — it has everything that a modern web application should, with a tasteful, minimalist aesthetic.
There’s a nice, concise section in the documentation on the guiding principles of Ant.Design. I found it a great read as it got me thinking a lot about UI/UX considerations, especially the “Provide an Invitation” section, where they discuss different ways of making interactions discoverable by a user. By the way, if anyone can recommend me a good book on UX, I would be grateful.
The Ant layout system is comprised of a 24-aliquot (a great new word that I learned from the translated documentation — it means parts of a whole) grid and a separate Layout component than you can choose to use. The grid uses the familiar Row/Col system, but you can also specify a prop called flex which allows you to harness Flexbox properties to define a responsive UI. (See a previous blog post of mine for help grokking the Flex standard.)
Flexbox is now fully supported on just about every browser (with partial support on IE 11 as well as some older mobile browsers), so it should be fine to use. If your customer base is largely Internet Explorer users, which does happen in some industries or countries, you would be wise to abstain from using flex Rows or the Layout component, as Layout is built strictly on Flexbox.
Layout includes components for a Sider, Header, Content, and Footer. Again, these are strictly based on Flexbox, so there’s no choice here — but to be honest I’m not sure what these components give you on top of using the standard Row/Col grid system, aside from a couple extra props you can make use of and possibly some built-in design choices. All in all, it doesn’t seem to me to be hugely useful.
Col elements can be supplied with a span prop to define how many aliquots a column takes up and an offset prop to define an optional offset; Row can take a gutter prop to define space between columns in a row (in pixels, not aliquots).
Here’s a UI example from a side project of mine. It contains one row with two columns:
The code would look something like this:
Ant does not let you down as far as forms are concerned, with options for inline, horizontal, and vertical forms, amazing select boxes, and clear validation messages and icons. In fact, it goes a little overboard here. It allows you to wrap your entire form-rendering component in a higher-order component à la Form.create()(<Component />) to gain access to a built-in validator syntax and custom two-way-binding system (cue audible lip biting). You can then specify standard rules such as ‘required’, or supply custom validator methods. (What are Higher Order Components? Check out this excellent post by James K. Nelson.)
Do you need to use their HOC? Absolutely not, and I’m not sure you should. As I said above, going down that path could expose you to language risk should you encounter bugs and I don’t see why you would want to use a custom two-way binding data system anyway. But you could easily use the HOC and just not use the two-way data binding.
Au Naturel — Plain React Forms
So let’s go over how to use the Ant validation messages without using their higher-order component.
Ant gives us three props that we can supply to each Form.Item component to display validation messages or icons:
- validateStatus — This determines the colour & icon scheme of the validation message (see photo above) — valid options are success, warning, error, and validating.
- help — The validation message to display.
- hasFeedback — This is one of them props that don’t require a value. Just include if you want to display the associated icon, and it defaults to true.
Here’s an example of a simple form element that displays a validation message:
Notice that I used the long-form Form.Item component name. You can make yourself a shortcut for this and any other Ant sub-components as follows:const FormItem = Form.Item;// .. allows you to use:
Form Validation using the Ant Higher-Order Component
Now what if we do want to make use of the Ant Form decorator? It’s fairly straightforward to implement. Create your React component class, and then pass it as an argument to Form.create(). The component can then be exported:class SomeComponent extends React.Component
render() <place_form_here.. />
FancyFormComponent = Form.create()(SomeComponent);export FancyFormComponent as default ; // imported as SomeComponent
Inside your form, decorate your Input fields using the getFieldDecorater method, which exposes a ton of extra props on your component. You can now manipulate form elements directly from the props (eek!).
This example in the documentation gives a thorough demonstration on using the complete higher-order component.
Interactive Components — Message (Alert)
Ant provides a number of other components that give web applications a high degree of interactivity. A great example is alerts — or messages, as they’re called in Ant. Adding an alert is as simple as calling message.success('Great! Item has been saved.') in your component. Message types include success, warning, or error. Just don’t forget to import message (lowercase) from ‘antd’.Minimalism at its Best
As I mentioned above, you can either go all-in on the Ant ecosystem (with its custom Webpack adapter), or just opt for the design framework. I went with the latter and I suspect you might too, not the least because using other parts of the ecosystem could require a working knowledge of Chinese. But I’ll cover both options.
Option 1 — Use the CLI
Ant comes with antd-init, a CLI for generating a complete React application with Ant installed. I do not recommend this route for non-Chinese speakers, but if you want to try it, getting started is easy. Just install the CLI using npm, create a new folder, and run antd-init:npm install antd-init -g; mkdir demo-app; cd $_; antd-init;
You will then be greeted by the following message:antd-init@2 is only for experience antd. If you want to create projects, it’s better to init with dva-cli. dva is a redux and react based application framework. elm concept, support side effects, hmr, dynamic load and so on.`
It’s a rabbit’s hole. Open your new application and you will see that your familiar webpack.config.js file is no longer familiar — the CLI uses ant-tool, a “Build Tool Based on Webpack” that I mentioned above. The documentation is in Chinese, but it appears to set common defaults for Webpack and then allow you to just supply values that you want to override. Here’s what the config file looks like:// Learn more on how to config.
// — https://github.com/ant-tool/atool-build#配置扩展module.exports = function(webpackConfig)
]); return webpackConfig;
The index.js contains a lovely demo page that uses the understated Ant styling.
Option 2 — Use Standard Webpack
This would be my preferred route, but it can be more complicated getting your Webpack settings right at first. The Getting Started page includes some good instructions. First install Ant in your React app:$ npm install antd --save
Ant recommends using their own babel-plugin-import in your .babelrc:"presets": [
"plugins": ["transform-decorators-legacy", ..., ["import", [ libraryName: "antd", style: "css" ]]
Make sure your Webpack includes loaders for .js and .css files, and you should be good to go. To use an Ant component, import it in the module file. E.g.import Row, Col, Icon, Button from 'antd';
There’s no doubt that Ant has a lot to offer as a UI framework, with a formidable catalogue of components and a serious ecosystem around it. It does, however, come with some risk. If you experience an issue with the library, you may be stuck communicating in Chinese. Ultimately I recommend trying it out if you like the minimalist aesthetic, while keeping usage of the peripheral Ant ecosystem to a minimum.
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Concluding with this series of tutorials, we will see now How To Solve A 4x4x4 Rubiks Cube.
The main purpose of the series, is that you learn in a much more effective way how to solve the Rubik's cubes.
We have seen that the resolution of the Junior Cube it's a subset of the steps for the resolution of Standard Cube.
We will see now that in the case of 4x4 Rubik's Cube (and bigger cubes), the method of resolution of the Standard Cube is the base of resolution of more complex cubes.
A way to solve more complex Rubik's Cubes is accomplished through using what is commonly called the 3x3x3 reduction method.
In this method it is necessary that you know how to solve the Standard Cube. If you need to learn how to solve the Standard Cube, please read 'How To Solve A 3x3x3 Rubiks Cube'.
For simplicity this tutorial is divided in four pages, in this first page terms are defined and the method is described.
Table Of Contents• How to solve a 4x4x4 Rubiks Cube • Pieces and Faces • Aditional Faces • Turn Of An Internal Face • Description Of The Algorithm • Step 1, Solving The Centres • Step 2, Pairing up the Edges • Step 3, Finishing the Cube • The Color Scheme • Swapping Two Opposite Centres • Solve A 4x4x4 Rubiks Cube • Step 1, Solving The Centres • I] First White Row • II] First Yellow Centre • III] Finishing the White Centre • IV] Concluding The Centres • Step 2, Pairing up the Edges • Pairing, Case A • Pairing, Case B • Step 3, Finishing the Cube • Last Layer Edges Parity Error • Incomplete Line • Incomplete Cross • Top Layer Edges Parity Error • Opposite Dedges • Adjacent Dedges • Top Layer Corners Parity Error • Corners In Line • Corners In Diagonal
How To Solve A 4x4x4 Rubiks Cube
In order to understand How To Solve A 4x4x4 Rubiks Cube, you need to be familiar with the notation. If you don't know it, please read 'How to solve a Rubiks Cube' before continuing.
For the purposes of the following tutorial, a series of colors will be chosen for the faces, you can choose others.
Pieces and Faces
- Corner ..- a physical corner piece. A corner piece has three sides. There are eight corners.
- Edge .....- a physical edge piece. An edge piece has two sides. There are twenty four edges.
- Centre ...- a physical centre piece. A centre piece has one side. There are twenty four centres.
- Face .....- a side of the cube. There are six external faces and six internal faces.
A 4x4x4 Rubiks Cube has internal faces, they are named with a lowercase letter.
- Internal Upper Face - u
- Internal Down Face - d
- Internal Left Face - l
- Internal Right Face - r
- Internal Front Face - f
- Internal Back Face - b
Turn Of An Internal Face
In a 4x4x4 Rubiks Cube, the internal faces can turn.
To facilitate the turn (and the notation) of an internal face, this is rotated together with the outer face.
See the difference in the following examples of a clockwise turn of the External and the Internal Upper Face (also note the double arrow, which denotes to turn two faces).
How To Solve A 4x4x4 Rubiks Cube - Description Of The Algorithm
The algorithm is divided in three steps.
Step 1, Solving The Centres
The first step in the solution is to solve the 4 Centre Pieces on each face of the cube.
Step 2, Pairing up the Edges
The next step is to Pair up the 24 Edges into 12 distinct Double Edge Pairs (Dedges)
Step 3, Finishing the Cube
When you have solved the Centres and Paired up the Edges, you should see your 4x4x4 Rubik Cube like a 3x3x3 Rubik Cube.
You can finish off the cube in the same way as a 3x3x3.
The Color Scheme
The 4x4x4 Rubiks Cube is an even cube and has no fixed Centre pieces to refer to.
There is no quick way to determine which color goes where in relation to the others. It is helpful to have a color scheme memorised:
Standard Color Scheme
- Yellow opposite White
- Blue opposite Green
- Red opposite Orange
If your cube is scrambled (or it doesn't have the standard color scheme), there is an easy way to determine the scheme.
Simply solve the corners of your 4x4x4 (assuming that you can solve the Corners of a 3x3x3).
Once you've figured out your colour scheme, memorize it or write it down.
Swapping Two Opposite Centres
At some point in your 4x4x4 Rubik Cube solving it is possible that you make a mistake with your Centres, such as transposing two Opposite Centres.
There is an easy way to fix it.
How To Solve A 4x4x4 Rubiks Cube - Algorithm
Now that you understood the method, it is time to put in practice.
Begin with the first step: Solving The Centres.Make money writing about your passions. Join HubPages ________________________________________________________________ Acknowledgement : Table Of Contents by Darkside ________________________________________________________________