Blocks atomic building собака

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Atomic Blocks – Gutenberg Blocks Collection

Description

Atomic Blocks has moved!

Same powerful blocks, same beautiful designs, same innovative team. Atomic Blocks has been renamed to Genesis Blocks. Learn more about Genesis Blocks. With our migration tool built right into Genesis Blocks, the transition between plugins will be simple and seamless – plus you’ll be ready to receive the new blocks and features we’re releasing soon.

Atomic Blocks is a collection of page building blocks for the new Gutenberg block editor. Building pages with the block editor and Atomic Blocks gives you more control to quickly create and launch any kind of site you want!

Installing the customizable Atomic Block plugin adds a collection of beautiful, site-building blocks to help you customize page layouts, increase engagement, and get results for your business. Atomic Blocks provides everything from customizable buttons, to beautifully-designed page sections and full-page layout designs via the Section & Layout block.

Along with the content blocks you’ll find in Atomic Blocks, we’re also publishing helpful articles and tutorials to help you get started with Gutenberg.

New Section and Layout Block!

On top of the handy, time-saving blocks already found in Atomic Blocks, we’re excited to introduce the brand new Section and Layout block! This block comes with a library of pre-designed sections and layouts to help you quickly and easily build a beautiful site with the new block editor.

Using the Section and Layout modal window, you can browse designs by category, search, and even add sections and layouts to a Favorites tab for quick access later. Paired with the free Atomic Blocks theme, which has support for full-width, block-based page building, you have everything you need to start building your site today!

Atomic Blocks currently includes the following blocks:

Atomic Blocks WordPress Theme

We’ve created a beautiful WordPress theme to help you get started with the Atomic Blocks plugin and the new WordPress block editor. The theme integrates seamlessly with the blocks you’ll find in the plugin!

In addition to the Atomic Block Theme, we’ve built Revolution Pro with the StudioPress team. This theme is built from the ground up with blocks—Gutenberg core and Atomic. Using this Theme and the Genesis One-Click Theme Install you can have a new block-based site up and running in minutes.

Google AMP Support

The Accelerated Mobile Pages (AMP) project is a publishing format created by Google to enhance site performance for mobile website users. AMP pages are specially designed for Google search users to quickly load website pages without using any extraneous data. Atomic Blocks has support for AMP built into each block!

Atomic Blocks Help File

We’ve created a handy help file that you can check out here. The help file covers how to setup the plugin and get started with the blocks.

The help file is also available in the plugin once activated. Click the Atomic Blocks admin menu item to visit the Getting Started page.

Follow Along:

Screenshots

Blocks

This plugin provides 22 blocks.

Installation

This plugin can be installed directly from your site.

It can also be installed manually.

Can Atomic Blocks be used with any theme?

Yes, you can use Atomic Blocks with any theme, but we recommend using our Atomic Blocks theme or one of the Gutenberg-ready StudioPress themes such as Revolution for the best presentation. Both of these themes have beautiful styles built in specifically for Atomic Blocks.

Do I need the new block editor to use Atomic Blocks?

Yes, you will need to have WordPress 5.0 or later installed to take advantage of Atomic Blocks.

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1.2: Atomic building blocks

Atomic building blocks

Introduction

All materials are built up from atoms and molecules, so it is not really surprising that there is a close relationship between the atomic basis of a material and its properties. Important in this context are the nature of the atoms and the ways in which they are arranged. The atoms combine to determine the microstructure of the solid, and, as a consequence, determine its properties. Therefore, if we are to understand the properties of materials, we need to have an understanding of the way atoms can combine to make solids.

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Joining atoms together

When two atoms are brought together, they may link to form a molecule; any bonds that form are called primary bonds. Alternatively, they may move apart and so retain their individual identity. Depending on the degree of interaction between the atoms, one of three states can form, these being gases, liquids or solids. These are referred to as the three main phases of matter, where a phase is defined as a structurally homogeneous part of the system and each phase will have its own distinct structure and associated properties. In the gaseous state there is little or no resistance to the relative movement of atoms or molecules, while in the liquid state the resistance to movement is considerably greater, but molecules can still flow past each other with great ease. In solids the movement of atoms and molecules is restricted to a local vibration, although some movement at the atomic level is possible through diffusion.

The controlling factor in bond formation is energy, and a bond will only form if it results in a lowering of the total energy of the atoms being joined. This means that the total energy of the molecule must be less than the sum of the energies of the separate atoms, irrespective of the type of bond being formed. A simple way of visualizing this is the energy-separation diagram, which considers what effect moving two atoms closer together will have on their total energy. A typical energy-separation curve is shown in Figure 1.2.1.

When the two atoms are far apart, the total energy is 2Ea, where Ea is the total energy of one atom. As they are brought closer together, the total energy begins to fall, until it reaches a minimum, Em, at a distance ao. Thereafter, as the atoms are brought more closely together, the total energy increases due to repulsion between their clouds of electrons. As the atoms are brought even closer together, their nuclei begin to repel each other as well, but such proximity is not usually achieved in normal circumstances. Thus, we have attraction at long range, and repulsion at short range.

The conditions under which two atoms will bond together depend on the atoms’ electron configurations, which completely determine their chemical reactivity. The more stable the electron configuration, the less reactive the atom; the extremes of stability are the ‘inert gases’, such as argon, helium and neon, which are almost totally non-reactive. Their near-inertness is caused by their having complete outermost electron orbitals, with no opportunity for more electrons to ‘join’ the atom, and no ‘spare’ or ‘loose’ electrons to leave the atom.

All atoms try to reach their lowest energy state, and this is tantamount to having a complete outermost electron orbital, as the inert gases have. The atoms of some elements have ‘gaps’ for electrons in their outermost orbits, whereas the atoms of other elements have ‘spare’ electrons in their outermost orbits. By combining with each other, these two different types of atoms can both achieve complete outermost orbitals. The formation of bonds, therefore, involves only the outermost valence electrons.

Types of primary bonds

There are three types of primary bond: covalent, ionic and metallic.

Covalent bonds

The covalent bond is the simplest and strongest bond, and arises when atoms share their electrons so that each electron shell achieves an inert gas structure. The formation of such a bond for two hydrogen atoms is shown in Figure 1.2.2.

As the two atoms approach one another and the orbitals of the electrons begin to overlap, a molecular orbital is formed where the two electrons are shared between the two nuclei. Since the electrons will spend most of their time in the region where the orbitals overlap, the bond is highly directional.

Ionic bonds

An atom such as sodium would like to lose its single valence electron, as this would give it a configuration similar to that of neon. Naturally, it cannot do so unless there is another atom nearby which will readily accept the electron.

Elements, which can attain an inert gas structure by acquiring a single extra electron, are fluorine, chlorine, bromine and iodine, collectively known as the halogens. Thus, if a sodium and a chlorine atom are allowed to interact, there is a complete transfer of the valence electron from the sodium atom to the chlorine atom. Both attain an inert gas structure, with sodium having a positive charge due to loss of a negative electron, and chlorine a negative charge due to its acquisition of the extra electron. These two ions will be attracted to one another because of their opposite electrical charges, and there is a reduction in the total energy of the pair as they approach. This is shown in the model in Figure 1.2.3; such bonds are called ionic bonds.

An important difference between the covalent bond and the ionic bond is that the latter is not directional. This is because ionic bonds are a result of the electrostatic fields that surround ions, and these fields will interact with any other ions in the vicinity.

Metallic bonds

The third primary bond is the metallic bond. It occurs when there is a large aggregate of atoms, usually in a solid, which readily give up the electrons in their valence shells. In such a situation, the electrons can move about quite freely through the solid, spending their time moving from atom to atom. The electron orbitals in the metallic bond have a lower energy than the electron orbitals of the individual atoms. This is because the valence electrons are always closer to one or other nucleus than would be the case in an isolated atom. A cloud of electrons, as shown in Figure 1.2.4, surrounds the atoms. Like the ionic bond, this bond is non-directional.

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Bond energies

An important feature of a bond is the bond energy. This is the amount of energy that has to be supplied to separate the two atoms, and is equal to 2Ea − Em, as defined in Figure 1.2.1. Typical bond energies for each of the three types of bond are given in Table 1.2.1.

Typical bond energies for the three bond types

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Blocks atomic building собака

Определения, которые имеются в подключаемом файле :

Чтобы воспользоваться библиотечными директивами поддержки атомарности, подключите к коду заголовочный файл atomic.h:

Макросы в этом заголовочном файле работают с блоками кода, которые гарантированно будут выполнены атомарно или не атомарно. Термин «атомарный» в этом контексте означает невозможность прерывания выполнения атомарно выделенного блока кода.

Эти макросы работают через атомарную манипуляцию битом глобального разрешения прерываний (бит Global Interrupt Status, или бит I) регистра SREG. Выходные пути из обоих типов блоков (атомарных и не атомарных) обрабатываются автоматически без необходимости специального вмешательства программиста, например состояние разрешения прерывания будет восстановлено в то же самое значение, как оно было при входе в соответствующий блок.

При использовании макросов из вышеупомянутого заголовочного файла код может быть переписан следующим образом:

В некоторых случаях особое внимание должно быть уделено проблемам изменения последовательности выполнения кода, когда разрешаются опции оптимизации компилятора, см. [2].

ATOMIC_BLOCK() создает блок кода, который гарантированно будет выполнен атомарно. При входе в блок флаг глобального разрешения прерываний (бит Global Interrupt Status) в регистре SREG будет сброшен (прерывания будут запрещены), после чего на выходе из блока прерывания будут снова разрешены.

Для макроса ATOMIC_BLOCK() возможны два значения для параметра type: ATOMIC_RESTORESTATE и ATOMIC_FORCEON.

ATOMIC_FORCEON. Это один из возможных параметров для макроса ATOMIC_BLOCK(). Когда ATOMIC_BLOCK() создан с параметром ATOMIC_FORCEON, то это гарантирует разрешение прерывания на выходе из блока, т. е. для этого не нужно сохранять предыдущее состояние регистра SREG в начале блока.

Использование ATOMIC_FORCEON вместо ATOMIC_RESTORESTATE несколько экономнее по расходу памяти. Однако следует учитывать, что ATOMIC_FORCEON используют только тогда, когда заранее точно известно, что на входе в блок прерывания были разрешены, или когда заранее известно, что разрешение прерывания на выходе из блока не приведет к неожиданным последствиям.

ATOMIC_RESTORESTATE. Это другой из возможных параметров для макроса ATOMIC_BLOCK(). Когда ATOMIC_BLOCK() создан с параметром ATOMIC_RESTORESTATE, то это приведет к восстановлению предыдущего состояния регистра SREG, которое было сохранено перед тем, как флаг глобального разрешения прерываний будет запрещен. Результирующий эффект от такого использования макроса ATOMIC_BLOCK гарантирует атомарное выполнение блока кода, причем предыдущее состояние прерываний не будет нарушено на выходе из блока.

NONATOMIC_BLOCK() создает блок кода, который гарантированно не будет выполнен атомарно. При входе в блок флаг глобального разрешения прерываний (бит Global Interrupt Status) в регистре SREG будет установлен (прерывания будут разрешены), после чего на выходе из блока прерывания будут снова запрещены. На первый взгляд непонятно, зачем нужен этот макрос, однако он полезен, когда встраивается вовнутрь секций ATOMIC_BLOCK, позволяя неатомарное выполнение некоторых участков кода родительского ATOMIC_BLOCK.

Для макроса NONATOMIC_BLOCK() возможны два значения для параметра type: NONATOMIC_RESTORESTATE и NONATOMIC_FORCEOFF.

NONATOMIC_FORCEOFF. Это один из возможных параметров для макроса NONATOMIC_BLOCK(). Когда NONATOMIC_BLOCK() создан с параметром NONATOMIC_FORCEOFF, то это гарантирует запрещение прерывания на выходе из блока, т. е. для этого не нужно сохранять предыдущее состояние регистра SREG в начале блока.

Использование NONATOMIC_FORCEOFF вместо NONATOMIC_RESTORESTATE несколько экономнее по расходу памяти. Однако следует учитывать, что NONATOMIC_RESTORESTATE используют только тогда, когда заранее точно известно, что на входе в блок прерывания были запрещены, или когда заранее известно, что запрещение прерывания на выходе из блока не приведет к неожиданным последствиям.

NONATOMIC_RESTORESTATE. Это другой из возможных параметров для макроса NONATOMIC_BLOCK(). Когда NONATOMIC_BLOCK() создан с параметром NONATOMIC_RESTORESTATE, то это приведет к восстановлению предыдущего состояния регистра SREG, которое было сохранено перед тем, как флаг глобального разрешения прерываний будет разрешен. Результирующий эффект от такого использования макроса NONATOMIC_BLOCK гарантирует не атомарное выполнение блока кода, причем предыдущее состояние прерываний не будет нарушено на выходе из блока.

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Xiaomi Mitu Building Blocks Mining Truck – недорогой конструктор, уменьшенная копия «БелАЗа»

Xiaomi Mitu Building Blocks Mining Truck 7

Вот уже как многие лет на территории Белорусиии ведется производство самых больших в мире самосвалов, которым под силу перевозить даже огромные пассажирские самолеты (без крыльев). Их именуют «БелАЗами». Именно в честь этого производителя китайская корпорация Xiaomi решила выпустить новый недорогой конструктор под названием Mitu Building Blocks Mining Truck, который, в отличие от остальных ее гаджетов, лишен какой-либо электроники.

Xiaomi Mitu Building Blocks Mining Truck 3

Конструктор Mitu Building Blocks Mining Truck позволяет своими собственными руками создать уменьшенную версию легендарного «БелАЗа», которой ребенок и взрослый человек совершенно точно останется доволен. Поскольку в Китае не действуют никакие европейские и американские патенты, то корпорация Xiaomi просто 1 в 1 скопировала детальки LEGO, которые производятся даже из точно таких же материалов. Дошло до того, что детали от одного конструктора подходят к другому, словно они оригинальные. Разница лишь в цене.

Xiaomi Mitu Building Blocks Mining Truck 5

Огромный грузовой самосвал Mitu Building Blocks Mining Truck, по словам производителя, состоит из более чем 500 дателей, а на его сборку придется потратить около одного часа времени (взрослому). Передняя пара больших колес поворачивается при помощи специального «руля», который расположен сверху, то есть им может управлять ребенок без каких-либо сложностей. Задние колеса могут легко вращаться, причем независимо друг от друга.

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Xiaomi Mitu Building Blocks Mining Truck 4

Xiaomi Mitu Building Blocks Mining Truck 2Xiaomi Mitu Building Blocks Mining Truck 1

Не обошлось и без механизма опрокидывания кузова, благодаря чему из него можно высыпать все содержимое без необходимости переворачивать самосвал. Официальные продажи Xiaomi Mitu Building Blocks Mining Truck стартуют на территории Китая уже завтра, 14 марта 2018 года. Новинка будет стоимость 99 юаней или же 900 рублей. К концу марта приобрести этот конструктор станет возможно на торговой площадке AliEpxress, однако на 15-20% дороже, чем в китайских магазинах на территории страны.

Xiaomi Mitu Building Blocks Mining Truck 6

Ранее AKKet.com писал про «умную» посудомоечную машину под названием Xiaomi Yunmi Smart Dishwasher, которой можно управлять при помощи смартфона через специальное приложение.

Внимание! До 6 декабря все желающие могут бесплатно получить Xiaomi Mi Band 5, потратив на это всего 3 минуты.

Источник

Page-building blocks for the new WordPress editor.

We’re building a beautiful collection of Gutenberg blocks to help you effortlessly build the website you’ve always wanted.

Ready to take Atomic Blocks for a spin? You can download both the Atomic Blocks plugin and theme for free using the big ol’ buttons below.

What is Atomic Blocks?

Atomic Blocks is a collection of «blocks» for the new WordPress block editor, also known as Gutenberg. Blocks are chunks of content such as paragraphs, images, galleries, columns, and more. Building with blocks gives you more control to quickly create and launch any kind of site you want!

Check out our introduction to Atomic Blocks post on our blog to learn more about Atomic Blocks.

How do I install Atomic Blocks?

The quickest way to use Atomic Blocks is to install it from your WordPress admin. Go to Plugins → Add New and search for Atomic Blocks and install.

You can also download Atomic Blocks using the button above. Once downloaded, you can upload the plugin to your site via FTP, or by going to Plugins → Add New → Upload Plugin.

Can Atomic Blocks be used with any theme?

Yes, you can use Atomic Blocks with any theme, but we recommend using our Atomic Blocks theme for the best fit. The Atomic Blocks theme has beautiful styles built in specifically for these blocks. Download the theme using the purple box to the right!

Do I need to install Gutenberg to use this?

Yes, you will need to install the Gutenberg plugin to use Atomic Blocks. Eventually, Gutenberg (the block editor) will be merged into WordPress and you won’t need the plugin.

Do I need to know code to use this?

Absolutely not! Atomic Blocks are meant to simplify the creation of content and layouts on your site. However, if you are a developer, feel free to look through the Atomic Blocks code to learn how to create your own blocks.

Currently in Atomic Blocks

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Advanced Columns Block

A powerful, flexible column system to build custom, full-page layouts for your posts and pages.

cc9

Newsletter Block

Add a customizable Mailchimp-powered email subscription form to your site and grow your audience.

cc199

Pricing Table Block

Flexible, customizable, easy-to-use pricing tables to showcase your products and prices.

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Post Grid Block

Add an eye-catching, full-width section with a big title, paragraph text, and a customizable button.

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Container Block

Wrap several blocks into a section and add padding, margins, background colors and images.

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Call-To-Action Block

Add an eye-catching, full-width section with a big title, paragraph text, and a customizable button.

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Testimonial Block

Add a customer or client testimonial to your site with an avatar, text, citation and more.

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Inline Notice Block

Add a colorful notice or message to your site with text, a title and a dismiss icon.

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Sharing Icons Block

Add social sharing icons to your page with size, shape, color and style options.

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Author Profile Block

Add a user profile box to your site with a title, bio info, an avatar and social media links.

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Accordion Block

Add an accordion text toggle with a title and descriptive text. Includes font size and toggle options.

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Customizable Button

Add a fancy stylized button to your post or page with size, shape, target, and color options.

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Drop Cap

Add a stylized drop cap to the beginning of your paragraph. Choose from three different styles.

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Spacer & Divider

Add an adjustable spacer between your blocks with an optional divider with styling options.

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Coming Soon

We have new blocks in the works all the time. Stay tuned for the next Atomic Block.

Oh yeah, we also have an Atomic Blocks WordPress theme!

We’ve created a beautiful little WordPress theme to help you get started with the Atomic Blocks plugin and the new WordPress block editor. The theme integrates seamlessly with the blocks you’ll find in the plugin!

Theme Demo Download the Theme View the Help File

theme

Theme Features

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Gutenberg-Ready

The Atomic Blocks theme works seamlessly with Gutenberg and the new content and media blocks.

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Full-Screen Content

This theme supports the new editor’s wide alignment styles for content that spans the full width of your page.

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Theme Options

We’ve also added several handy theme options like content width, font choices, font sizes, and more.

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Sign up for the newsletter and we’ll send you notes when we release new blocks and publish tutorials on the Atomic Blocks blog.

Atomic Blocks

Atomic Blocks is dedicated to crafting the finest WordPress editor blocks and spreading the knowledge along the way. Download our free Atomic Blocks plugin today to get started with the new WordPress editor!

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