Design And Make

• Use the Snapshots feature to capture your design as a realistic image - this adds shadows, lighting and rich colors to make your work look like a photograph! 2D/3D Modes Experiment with both 2D and 3D views as you design from various angles.
• Design custom cards in 5 minutes Hundreds of templates, 2M+ photos, 130+ fonts. Make a card for free!
• Suitable for anyone who is curious about design and translating the processes and tools of design thinking into innovative opportunities, over 5 weeks we explore, apply and practice the design process: think, make, break and repeat.

1. Design And Make Mold
2. Design And Make Cnc Projects
3. Design And Make Vcarve
4. Design And Makeup
5. Design And Make Store

Custom Ink's Design Lab makes it fun and easy to make a custom design online thanks to our huge artwork and font libraries. Looking for a good starting point for your t-shirt design? We have a great selection of templates that you can tailor to make uniquely your own, or feel free to try out Assisted Design, our design wizard that gives you. Robust design capabilities From hundreds of fonts, dozens of image filters, tiling options, masking, and more - we provide you with all the tools you need to make digital content and physical products.

Using Media Queries and Viewport for a Mobile-Ready Design

With so many people in the world using mobile phones to surf the web, more and more webmastersare looking for ways in which they can make their websites mobile-friendly. This usually means modifying their sites forthe smaller screen size found on such devices, either by providing a separate page that can be viewedcomfortably there, or, more commonly, making their websites automatically adapt by shrinking things and moving stuffaround. The latter method, often referred to as 'responsive web design', is described in this tutorial series.

Prerequisites

Since this tutorial deals with the changes you need to make to your website's low level code, you will need to know someHTMLand CSS. You do not need to be an expert or anything like that, but some knowledge is necessary, otherwise this tutorialwill be incomprehensible to you.

Incidentally, if you are here because you thought this article is about designing a website from scratch, pleaseread How to Create a Websiteinstead.

Responsive Web Design

In responsive design, we will present the same web page that desktop or laptop computer users see to your mobile audience.Only the Cascading Style Sheets, or CSS, will be different. That is, browsers on desktop/laptop computers will renderthe page using one set of CSS instructions, while those on mobile phones another.

This method of working not only saves you the labour of creating a different set of pages for each type of user, but alsothe hassle of maintaining those 2 sets over the years, trying to keep them in sync.

Overcoming the Mobile Device's Defaults: Viewport

For the purpose of this article, to avoid having to qualify everything I say, making things even more wordy than it needs to be,I will use the following shorthand. When I say either 'desktop' or 'computer' here, I mean a desktop or laptop computer, and not asmartphone or tablet (even though the latter two are actually computers too). And when I say a 'mobile device', I mean amobile phone, a tablet with a small screen, and the like, and not a laptop computer (even though the latter is also portable).Without this shorthand, the article is going to be even more difficult to read than it already is, with multiplesentences just to explain what I mean when I say these terms. I also tend to use 'smartphone' synonymously with 'mobile device'here, so that the article doesn't sound too monotonous.

The browsers of modern mobile phones are written with the knowledge that websites are traditionally designed for computermonitors. As such, it adapts by pretending to the website that it has a computer-sized screen and scaling everything to fitin it. For example, Safari on the iPhone 5 pretends that it has a screen width of 980 pixels by default, even though itsreal size is 320 pixels (in portrait mode). So if you were to design a website with a fixed width of (say) 730 pixels,its entire width will fit into your mobile phone's screen, even though the latter isn't that wide. The browser accomplishesthis by shrinking your website so that everything becomes really small. If the user needs to read anything,they will have to zoom in the relevant portions. You can see this effect by going to thefixed width demo page with your smartphone.That particular page has a fixed width of 730 pixels, and is deliberately designed not to adapt to youruse of a mobile phone.

Since this default of pretending that the device has a width of 980 pixels and automatically scaling contentdefeats our attempt to manually create a comfortable experience for mobile users, we have to override it before we cando anything meaningful. To do this, add the following HTML tag to the section of your web page:

The viewport meta tag above instructs the browser to use the actual device width with a scaling factor of 1. That is, it is notto pretend that it has some other width, nor is it to scale the content so that it fits into the existing window.Everything is to be used as-is. This instruction makes mobile browsers behave exactly like their desktop counterpart.

If you want to be future-proof, you will theoretically need to add the equivalent CSS code to your style sheet.

The above is the method sanctioned in the proposed CSS standards (ie, it has not actually been ratified yet).Since things like width and how a web page is presented are really style rules, they rightly belong to thestyle sheet instead of a meta tag in the HTML. Unfortunately, at the time I write this, no web browser actuallyimplements it out-of-the-box. Microsoft and Google have experimental code in their browsers that support it,but it needs to be explicitly enabled by the end user.

Old cricut design space. If you want to test it in Internet Explorer 10, 11 and Microsoft Edge, because you have enabled the facility inyour preferences, you should also add the following. (The zoom property has not yet been implemented.)

The '-something-' prefix (eg, '-ms-' for Microsoft, '-webkit-' for Google,'-moz-' for Mozilla, etc) is the method used by browser vendors to add support for experimental things that havenot yet been officially added to the standards. They do this because if they add, say, @viewport prematurely,using the pre-standards method still under discussion and negotiation, and the final standard eventually ends up with adifferent meaning for those properties, then the websites that depended on the pre-standards way of writing @viewportwill break. This leads to an unholy mess where the browser vendors have to decide how to interpret the rules on a website,since some sites will rely on the pre-standard semantics while others the official one. And webmasters will notbe able to solve the problem either, by coding things one way or the other, since they can't control whether theirvisitors use a pre-standards browser or a post-standards one. The solution is therefore to offer a prefixed version,and to only enable the one without a prefix when the standards are settled.

In any case, since the CSS method is not yet supported by any browser by default at the time I write this,and it's not even officially a standard yet, it's up to you whether you want to add it to your style sheet. Ifyou do, you should keep up-to-date when it's finally implemented in case there are changes to how it is specified.

The Key that Unlocks a Responsive Design in CSS: Media Queries

Now that we have got the mobile phone's browser to refrain from resizing things behind our back, we have to adapt to itssmall screen manually. While this seems like a step backward, it actually allows us to do thingsin a more appropriate way than the phone's automated facility: for example, we can resize the things that can beresized (eg, images), while leaving alone others that shouldn't be resized (like the words). To make space for this,we can send elements that are not so crucial to the bottom of the screen. For example, if you were to read anyarticle on thesitewizard.com, including this one, on a mobile phone, you will find that my navigation menu (ie, thelist of buttons) that is normally in the left column in a desktop browser, is positioned at the bottom of the pageon a smartphone. I figured that since the user is on this page, his/her primary purpose is to read thearticle. As such, I put the article at the top so that visitors can get to it immediately.

To accomplish magic like this, we need some way to detect the screen size. Modern browsers provide this facilityin the form of a 'media query'.

A media query in a style sheet looks something like this:

Any CSS enclosed within the curly brackets of that '@media screen and (max-width:320px)' test willonly apply to screens that have a maximum width of 320 pixels. You are, of course, not restricted to testing for a width of320 pixels. The latter is merely a figure I picked for this example. You can test for min-width andmax-width of any size. You can even test for range of sizes as well, such as in the following code.

CSS rules that are not enclosed within a '@media' section apply to everyone. And code that is enclosedwithin a specific '@media' section will only be used when the conditions of the query are met.If you have multiple conditions that must be met simultaneously, connect them with 'and' as in the examples given.You can have multiple media query blocks, each of which will only be applied when the conditions for that block are met.

Note that the above is just an example meant to illustrate the use of multiple blocks of media queries.My choice of the numbers used there is arbitrary, so don't spend time puzzling over them.

You can also put your media queries in the element itself, so that an entire stylesheetis only applied when that particular set of conditions is met. For example, the following loads 3 style sheets,one supposedly for mobile devices in portrait mode, another for their landscape mode, and the final for desktop and laptopcomputers.

This allows you to cleanly separate your code for different screen resolutions into different files, ifthat is what you want. Once again, note that the point of the example above is to demonstrate the useof media queries in tags. The numbers are arbitrarily selected.

Testing for Portrait and Landscape Mode with Media Queries

Instead of using specific resolutions to figure out if a device is in the portrait or landscape mode, you can alsouse the condition 'orientation: portrait' and 'orientation: landscape'.

I tend not to use these since I find that knowing the number of pixels availablemore useful than just figuring out the orientation of the device. But the facility is availableif you need to use it.

Other Useful Features in Media Queries

Apart from the above, you can also insert tests for min-height (ie, minimum height), max-height(maximum height), width and height.

In addition, you can start the media query with 'only', as in the following snippet:

Very old browsers that don't understand the modern media queries syntax will think that'only' is a type of device (like 'screen' or 'print' or 'speech'). And since they think that the rules in the block are meantfor devices classified as 'only', they will not follow them. Modern browsers, on the other hand, ignore the word 'only'(by design), so this conditional test is useful if you need to guard against old browsers parsing yourmobile-only rules and applying them even on a desktop computer.

If you want to use CSS for all situations except when certain conditions are met, you can use'not' before your condition, such as in the following example.

(Note that since I didn't specify 'screen' in the example above, it implies 'all'which means all devices.)

Be warned though, 'not' is treated like 'only' in very old browsers. That is, it will interpreted as a device type andtherefore the styles in the block that follows will be not be applied.

Mobile Screen Resolutions / Widths

Here is a list of the browser screen widths of some commonly-used mobile devices. The list is not exhaustive, sincenew brands and models are released all the time. However, the list is enough to give you an idea of thekinds of sizes that you need to accomodate.

• 240 pixels (old Android portrait mode)
• 320 pixels (iPhone 3 to 5 and iPhone SE portrait mode)
• 375 pixels (iPhone 6, 6s, 7, 8 and X portrait)
• 384 pixels (Android Nexus portrait)
• 414 pixels (iPhone 6 Plus, 6s Plus, 7 Plus and 8 Plus portrait)
• 480 pixels (iPhone 3 and 4 landscape mode)
• 568 pixels (iPhone 5 and iPhone SE landscape)
• 600 pixels (Android Nexus landscape, Kindle portrait)
• 667 pixels (iPhone 6, 7 and 8 landscape)
• 736 pixels (iPhone 6 Plus, 7 Plus and 8 Plus landscape)
• 768 pixels (iPad portrait)
• 812 pixels (iPhone X landscape)
• 1024 pixels (iPad landscape)

On thesitewizard.com, I treat all screen widths above 629 pixels as being sufficient for my 2 column layout.Resolutions below that get a single column, with the navigation column (the left column) pushed to the bottomof the screen. You can see the effect of my mobile CSS rules even if you are on a desktop: simply resize yourbrowser window on this very article you are reading. If you shrink the width smaller than 629 pixels, you will getthe single column that the mobile users see.

Note that you do not have to follow my system of partitioning the CSS at 629 pixels. That's just the figure I usedbecause it seems to work fine for thesitewizard.com's content. In fact, if I remember correctly, I saw a site thatswitched to a mobile layout only at 480 pixels, while another switched to different layouts depending on whether thescreen had 940, 640 or 520 pixels on its horizontal axis. I recommend that you do not blindly follow other sites' sizeconditions: use a number that suits your content, testing and adjusting it accordingly.

Compatibility with Web Browsers

The media queries facility that allows us to test for screen size is a latecomer to the web browser scene.That is to say, CSS had already existed for years before the standard included the means to conditionallyapply certain rules to certain screen sizes. As such, very old browsers do not support these features.

Where smartphones are concerned, as far as I know, media queries are only supported on Android browsers beginningwith version 2.1, on iPhones's Safari 3.2 and above, Blackberry 7 and later, Opera Mobile 12 and later, Opera Mini 8,and Internet Explorer ('IE') mobile 10 and above.

On the desktop/laptop browsers front, support appears to have started with IE 9, Firefox 3.5, Safari 4 and Chrome 4.Since Microsoft Edge was originally based on IE 11's code, it has always had media queries support.

In view of the above, how safe is it to use media queries on your site?

• A lot depends on your site's demographics. For example, if your site has manypeople using phones with IE mobile 9 and earlier, you will probably want to support them.

  This is not impossible, since early versions of IE allow the use ofconditional comments,where you can include rules that will only be rendered by them and not other browsers. Gameboy emulator pc. As such,it's possible to detect those browserswithout resorting to media queries.

  Alternatively, you can use JavaScript to detect the screen size and adjust your style sheet accordingly.There are even free JavaScripts floating around the Internet that implement media queries on early IE versions,although I have not tried any of them and therefore cannot vouch for them.

• If your site has very few visitors using such old mobile browsers, then you have to decide whether or not you want tobother creating a solution specially for them. You may find that the time and effort you need to expend isdisproportionate to the number of people that actually benefit from it. And that number will only decrease with time.As such, you may want to just let such users view your site using the default style sheet (which was what everyonewould have seen anyway, before you suddenly decided to create a mobile-friendly one).

Next Chapter

The next chapter deals with someways of modifying a two column layout so that it is mobile-ready. If your site is a one column website, pleaseread How to Make a One ColumnWebsite Mobile Friendly (HTML/CSS) instead. Pubg on iphone.

Copyright © 2016-2020 Christopher Heng. All rights reserved.
Get more free tips and articles like this,on web design, promotion, revenue and scripting, from https://www.thesitewizard.com/.

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Design And Make Mold

What is the Engineering Design Process?

The engineering design process is a series of steps that engineers follow to come up with a solution to a problem. Many times the solution involves designing a product (like a machine or computer code) that meets certain criteria and/or accomplishes a certain task. This process is different from the Steps of the Scientific Method, which you may be more familiar with. If your project involves making observations and doing experiments, you should probably follow the Scientific Method. If your project involves designing, building, and testing something, you should probably follow the Engineering Design Process. If you still are not sure which process to follow, you should read Comparing the Engineering Design Process and the Scientific Method. This diagram shows the steps of the engineering design process, and the table below describes each step in more detail:

The engineering design process begins by defining a problem and completing background research on the problem. Requirements are specified and a solution is chosen. A prototype of the solution is built and then tested. If the solution built meets the requirements then the results can be shared. If the solution does not meet all the requirements then another solution is thought of and tested. Each iteration should use the data from the previously tried solution to meet all of the initial requirements.

Engineers do not always follow the engineering design process steps in order, one after another. It is very common to design something, test it, find a problem, and then go back to an earlier step to make a modification or change to your design. This way of working is called iteration, and it is likely that your process will do the same!

Try our lesson plans:

• Defining an Engineering Design Problem with Paper Airplanes (Elementary School)
• Teaching Engineering Design with an Egg Drop (Middle School)

Assign a student quiz with Google Classroom:

• Engineering Design Process Quiz (Beginner)
• Engineering Design Process Quiz (Intermediate)

Steps of the Engineering Design Process

Design And Make Cnc Projects

1. Define the Problem

Design And Make Vcarve

The engineering design process starts when you ask the following questions about problems that you observe:

• What is the problem or need?
• Who has the problem or need?
• Why is it important to solve?

[Who] need(s) [what] because [why].

2. Do Background Research

Learn from the experiences of others — this can help you find out about existing solutions to similar problems, and avoid mistakes that were made in the past. So, for an engineering design project, do background research in two major areas:

• Users or customers
• Existing solutions

3. Specify Requirements

Design requirements state the important characteristics that your solution must meet to succeed. One of the best ways to identify the design requirements for your solution is to analyze the concrete example of a similar, existing product, noting each of its key features.

4. Brainstorm Solutions

There are always many good possibilities for solving design problems. If you focus on just one before looking at the alternatives, it is almost certain that you are overlooking a better solution. Good designers try to generate as many possible solutions as they can.

5. Choose the Best Solution

Look at whether each possible solution meets your design requirements. Some solutions probably meet more requirements than others. Reject solutions that do not meet the requirements.

6. Develop the Solution

Development involves the refinement and improvement of a solution, and it continues throughout the design process, often even after a product ships to customers.

7. Build a Prototype

A prototype is an operating version of a solution. Often it is made with different materials than the final version, and generally it is not as polished. Prototypes are a key step in the development of a final solution, allowing the designer to test how the solution will work.

8. Test and Redesign

The design process involves multiple iterations and redesigns of your final solution. You will likely test your solution, find new problems, make changes, and test new solutions before settling on a final design.

Design And Makeup

9. Communicate Results

Design And Make Store

To complete your project, communicate your results to others in a final report and/or a display board. Professional engineers always do the same, thoroughly documenting their solutions so that they can be manufactured and supported.

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