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Intro
Search Engine Optimization (SEO) isn't just a hobby or a side project for digital marketers, it is crucial for the success of a website. The primary goal of SEO is to make sure that a website is optimized for the search engine bots that need to crawl and index its pages, as well as for the users that will be navigating the website and consuming its content. SEO impacts everyone working on a website, from the developer who is building it, through to the digital marketer who will need to promote it to new potential customers.
Let's put the importance of SEO into perspective. Earlier this year, the SEO industry looked on in horror (and fascination) as ASOS reported an 87% decrease in profits after a "difficult year". The brand attributed their issues to a drop in search engine rankings which occurred after they launched over 200 microsites and significant changes to their website's navigation, among other technical changes. Yikes.
The SEO chapter of the Web Almanac was created to analyze onsite elements of the web that impact the crawling and indexing of content for search engines, and ultimately, website performance. In this chapter, we'll take a look at how well-equipped the top websites are to provide a great experience for users and search engines, and which ones still have work to do.
Our analysis includes data from
Lighthouse, the
Chrome UX Report, and HTML element analysis. We focused on SEO fundamentals like
<title>
elements, the different types of on-page
links, content and loading speed, but also the more technical aspects of
SEO, including indexability, structured data, internationalization and
AMP across over 5 million websites.
Our custom metrics provide insights that, up until now, have not been exposed before. We are now able to make claims about the adoption and implementation of elements such as the hreflang tag, rich results eligibility, heading tag usage, and even anchor-based navigation for single page apps.
Read on to find out more about the current state of the web and its search engine friendliness.
Fundamentals
Search engines have a 3-step process: crawling, indexing, and ranking. To be search engine-friendly, a page needs to be discoverable, understandable, and contain quality content that would provide value to a user who is browsing the search engine results pages (SERPs).
We wanted to analyze how much of the web is meeting the basic standards of SEO best practices, so we assessed on-page elements such as body content, meta tags, and internal linking. Let's take a look at the results.
Content
To be able to understand what a page is about and decide for which search queries it provides the most relevant answers, a search engine must be able to discover and access its content. What content are search engines currently finding, however? To help answer this, we created two custom metrics: word count and headings.
Word count
We assessed the content on the pages by looking for groups of at least 3 words and counting how many were found in total. We found 2.73% of desktop pages that didn't have any word groups, meaning that they have no body content to help search engines understand what the website is about.
The median desktop home page has 346 words, and the median mobile home page has a slightly lower word count at 306 words. This shows that mobile sites do serve a bit less content to their users, but at over 300 words, this is still a reasonable amount to read, especially for a home page which will naturally contain less content than an article page, for example. Overall the distribution of words is broad, with between 22 words at the 10th percentile and up to 1,361 at the 90th percentile.
<graph histogram number of words. Source: 10.09, column C, desktop
& mobile>
Headings
We also looked at whether pages are structured in a way that provides
the right context for the content they contain. Headings
(H1
, H2
, H3
, etc) are used to
format and structure a page and make content easier to read and parse.
Despite the importance on headings, 10.67% of pages have no heading tags
at all.
<graph histogram number of heading elements. Source: 10.09a,
column F>
The median number of heading elements per page is 10, with 30 words (on mobile) and 32 words (on desktop) used in headings. This implies that the websites that utilize headings put significant effort in making sure that their pages are readable, descriptive, and clearly outline the page structure and context to search engine bots.
In terms of specific heading length, the median length of the first
H1
element found on desktop is 19 characters.
For advice on how to handle H1
s and headings for SEO and
accessibility, take a look at this
video response by John Mueller
in the Ask Google Webmasters series.
<graph histogram h1 tag source: 10.16, column C, desktop &
mobile>
Meta tags
Meta tags allow us to give specific instructions and information to search engine bots about the different elements and content on a page. Certain meta tags can convey things like the topical focus of a page, as well as how the page should be crawled and indexed. We wanted to assess whether or not websites were making the most of these opportunities that meta tags provide.
Page titles
Page titles are an important way of communicating the purpose of a page
to a user or search engine. <title>
tags are also
used as headings in the SERPS and as the title for the browser tab when
visiting a page, so it's no surprise to see that 97.1% of mobile pages
have a document title.
Even though
Google usually displays the first 50-60 characters of a page title
within a SERP, the median length of the <title>
tag
was only 21 characters for mobile pages and 20 characters for desktop
pages. Even the 75th percentile is still below the cutoff length. This
suggests that some SEOs and content writers aren't making the most of
the space allocated to them by search engines for describing their home
pages in the SERPs.
<graph histogram length <title> Source: 10.07b, column C,
desktop & mobile>
Meta descriptions
Compared to the <title>
tag, fewer pages were
detected to have a meta description, as only 64.02% of mobile home pages
have a meta description. Considering that Google often rewrites meta
descriptions in the SERPs in response to the searcher's query, perhaps
website owners place less importance on including a meta description at
all.
The median meta description length was also lower than the recommended length of 155-160 characters, with desktop pages having descriptions of 123 characters. Interestingly, meta descriptions were consistently longer on mobile than on desktop, despite mobile SERPs traditionally having a shorter pixel limit. This limit has only been extended recently, so perhaps more website owners have been testing the impact of having longer, more descriptive meta descriptions for mobile results.
<graph histogram length <meta description> Source: 10.07c,
column C, desktop & mobile>
Image alt tags
Considering the importance of alt text for SEO and accessibility, it is far from ideal to see that only 46.71% of mobile pages use alt attributes on all of their images. This means that there are still improvements to be made with regard to making images across the web more accessible to users and understandable for search engines.
Learn more about this in the Accessibility chapter.
Indexability
To show a page's content to users in the SERPs, search engine crawlers must first be permitted to access and index that page. Some of the factors that impact a search engine's ability to crawl and index pages include:
- Status codes
- Noindex tags
- Canonical tags
- The robots.txt file
Status codes
It is recommended to maintain a 200 OK
status code for any
important pages that you want search engines to index. The majority of
pages tested were available for search engines to access, with 87.03% of
initial HTML requests on desktop returning a 200
status
code. The results were slightly lower for mobile pages, with only 82.95%
of pages returning a 200
status code.
The next most commonly found status code on mobile was 302
,
a temporary redirect, which was found on 10.45% of mobile pages. This
was higher than on desktop, with only 6.71% desktop home pages returning
a 302
status code. This could be due to the fact that the
mobile home pages were alternates
to an equivalent desktop page, such as on non-responsive sites that have
separate versions of the website for each device.
Noindex
A noindex tag can be served in the HTML <head>
or in
the HTTP headers as an X-Robots
tag. A noindex tag
basically tells a search engine not to include that page in its SERPs,
but the page will still be accessible for users when they are navigating
through the website. Noindex tags are usually added to duplicate
versions of pages that serve the same content, or low quality pages that
provide no value to users coming to a website from organic search, such
as filtered or faceted pages or internal search pages.
96.93% of mobile pages passed the
Lighthouse indexing audit, meaning that these pages didn't contain a noindex tag in the
<head>
or in the HTTP headers. However, this means
that 3.07% of mobile home pages did have a noindex tag, which
is cause for concern, meaning that Google was prevented from indexing
these pages.
Canonicalization
Canonical tags are used to specify duplicate pages and their preferred alternates, so that search engines can consolidate authority which might be spread across multiple pages within the group onto one main page for improved rankings.
48.34% of mobile home pages were detected to have a canonical tag. Self-referencing canonical tags aren't essential, and canonical tags are usually required for duplicate pages. Home pages are rarely duplicated anywhere else across the site so seeing that less than half of pages have a canonical tag isn't surprising.
robots.txt
One of the most effective methods for controlling search engine crawling is the robots.txt file. This is a file that sits on the root domain of a website and specifies which URLs and URL paths should be disallowed from being crawled by search engines.
It was interesting to observe that only 72.16% of mobile sites have a valid robots.txt, according to Lighthouse. The key issues we found are split between 22% of sites having no robots.txt file at all, and ~6% serving an invalid robots.txt file, and thus failing the audit. While there are many valid reasons to not have a robots.txt file, such as having a small website that doesn't struggle with crawl budget issues, having an invalid robots.txt is cause for concern.
Linking
One of the most important attributes of a web page is links. Links help search engines discover new, relevant pages to add to their index and navigate through websites. 96% of the web pages in our dataset contain at least one internal link, and 93% contain at least one external link to another domain. The small minority of pages that don't have any internal or external links will be missing out on the immense value that links pass through to target pages.
The number of internal and external links included on desktop pages were consistently higher than the number found on mobile pages. Often a limited space on a smaller viewport causes fewer links to be included in the design of a mobile page compared to desktop.
It's important to bear in mind that fewer internal links on the mobile version of a page might cause an issue for your website. With mobile-first indexing, which for new websites is the default for Google, if a page is only linked from the desktop version and not present on the mobile version, search engines will have a much harder time discovering and ranking it.
<graph histogram count of links by type Source: 10.10, column C
desktop only>
<graph histogram count of links by type Source: 10.10, column D,
E, desktop only>
The median desktop page includes 70 internal (same-site) links, whereas the median mobile page has 60 internal links. The median number of external links per page follows a similar trend, with desktop pages including 10 external links, and mobile pages including 8.
Anchor links, which link to a certain scroll position on the same page, are not very popular. Over 65% of home pages have no anchor links. This is probably due to the fact that home pages don't usually contain any long-form content.
There is good news from our analysis of the descriptive link text metric. 89.94% of mobile pages pass Lighthouse's descriptive link text audit. This means that these pages don't have generic "click here", "go", "here" or "learn more" links, but use more meaningful link text which helps users and search engines better understand the context of pages and how they connect with one another.
Advanced
Having descriptive, useful content on a page that isn't being blocked from search engines with a noindex tag or robots.txt directive isn't enough for a website to succeed in organic search. Those are just the basics. There is a lot more than can be done to enhance the performance of a website and its appearance in SERPs.
Some of the more technically complex aspects that have been gaining importance in successfully indexing and ranking websites include: speed, structured data, internationalization, security, and mobile friendliness.
Speed
Mobile loading speed was first announced as a ranking factor by Google in 2018. Speed isn't a new focus for Google though. Back in 2010 it was revealed that speed had been introduced as a ranking signal.
A fast-loading website is also crucial for a good user experience. Users that have to wait even a few seconds for a site to load have the tendency to bounce and try another result from one of your competitors in the SERPs that loads quickly and meets their expectations of website performance.
The metrics we used for our analysis of load speed across the web is based on the Chrome UX Report (CrUX), which collects data from real-world Chrome users. This data shows that an astonishing 63.47% of websites are labelled as slow. Split by device, this picture is even bleaker for tablet (82.00%) and phone (77.61%). In the context of our results, per the PageSpeed Insights classification system, a slow website is defined as having 10% of First Contentful Paint (FCP) experiences taking over 2,500 ms or 5% of First Input Delay (FID) experiences measuring over 250 ms.
<graph data 10.15b: CruX image similar to
[IMG](https://developers.google.com/web/updates/images/2018/08/crux-dash-fcp.png)
per device + speed label>
Although the numbers are bleak for the speed of the web, the good news is that SEO experts and tools have been focusing more and more on the technical challenges of speeding up websites. You can learn more about the state of web performance in the Performance chapter.
Structured data
Structured data allows website owners to add additional semantic data to their web pages, by adding JSON-LD snippets or Microdata, for example. Search engines parse this data to better understand these pages and sometimes use the markup to display additional relevant information in the search results. The most commonly found types of structured data are reviews, products, businesses, movies, and more.
The extra visibility that structured data can provide for websites is interesting for site owners, given that it can help to create more opportunities for traffic. For example, the relatively new FAQ schema will double the size of your snippet and the real estate of your site in the SERP.
During our research, we found that only 14.67% of sites are eligible for rich results on mobile. Interestingly, desktop site eligibility is slightly lower at 12.46%. This suggests that there is a lot more that site owners can be doing to optimize the way their home pages are appearing in search.
Among the sites with structured data markup, the five most prevalent types are:
WebSite
(16.02%)SearchAction
(14.35%)Organization
(12.89%)WebPage
(11.58%)ImageObject
(5.35%)
Interestingly, one of the most popular data types that triggers a search
engine feature is SearchAction
, which powers the
sitelinks searchbox.
The top 5 markup types all lead to more visibility in Google's search results, which might be the fuel for more widespread adoption of these types of structured data.
Seeing as we only looked at home pages within this analysis, the results might look very different if we were to consider interior pages, too.
Review stars are only found on 1.09% of the web's home pages (via AggregateRating).
Also, the newly introduced QAPage appeared only in 48 instances, and the FAQPage at a slightly higher frequency of 218 times. These last two counts are expected to increase in the future as we run more crawls and dive deeper into Web Almanac analysis.
Internationalization
Internationalization is one of the most complex aspects of SEO, even according to some Google search employees. Internationalization in SEO focuses on serving the right content from a website with multiple language or country versions, and making sure that content is being targeted towards the specific language and location of the user.
While 38.40% of desktop sites (33.79% on mobile) have the HTML lang
attribute set to English, only 7.43% (6.79% on mobile) of the sites also
contain an hreflang
link to another language version. This
suggests that the vast majority of websites that we analyzed don't offer
separate versions of their home page that would require language
targeting -- unless these separate versions do exist, but haven't been
configured correctly.
<graph 10.04b - [do we want to chart this data, e.g. what does it
really mean for SEO?]>
<include a chart of the languages and country combinations found,
SEOs will want to see this breakdown>
Next to English, the most common languages are French, Spanish, and
German. These are followed by languages targeted towards specific
geographies like English for Americans (en-us
) or more
obscure combinations like Spanish for the Irish (es-ie
).
The analysis did not check for correct implementation, such as whether or not the different language versions properly link to each other. However, from looking at the low adoption of having an x-default version as is recommended (only 3.77% on desktop and 1.30% on mobile), this is an indicator that this element is complex and not always easy to get right.
SPA crawlability
Single-page applications (SPAs) built with frameworks like React and Vue.js come with their own SEO complexity. Websites using a hash-based navigation, make it especially hard for search engines to properly crawl and index them. For example, Google had an "AJAX crawling scheme" workaround that turned out to be complex for search engines as well as developers, so it was deprecated in 2015.
The number of SPAs that were tested had a relatively low number of links served via hash URLs, with 13.08% of React mobile pages using hash URLs for navigation, 8.15% of mobile Vue.js pages using them, and 2.37% of mobile Angular pages using them. These results were very similar for desktop pages too. This is positive to see from an SEO perspective, considering the impact that hash URLs can have on content discovery.
The higher number of hash URLs in React pages is surprising, especially
in contrast to the lower number of hash URLs found on Angular pages.
Both frameworks promote the adoption of routing packages where the
History API
is the default for links, instead of relying on hash URLs. Vue.js is
considering moving to using the History API as the default
as well in version 3 of their vue-router
package.
AMP
AMP (formerly known as "Accelerated Mobile Pages") was first introduced in 2015 by Google as an open source HTML framework. It provides components and infrastructure for websites to provide a faster experience for users, by using optimizations such as caching, lazy loading, and optimized images. Notably, Google adopted this for their search engine, where AMP pages are also served from their own CDN. This feature later became a standards proposal under the name Signed HTTP Exchanges.
Despite this, only 0.62% of mobile home pages contain a link to an AMP version. Given the visibility this project has had, this suggests that it has had a relatively low adoption. However, AMP can be more useful for serving article pages, so our home page-focused analysis won't reflect adoption across other page types.
Security
A strong online shift in recent years has been for the web to move to HTTPS by default. HTTPS prevents website traffic from being intercepted on public WiFi networks, for example, where user input data is then transmitted unsecurely. Google have been pushing for sites to adopt HTTPS, and even made HTTPS as a ranking signal. Chrome also supported the move to secure pages by labelling non-HTTPS pages as ‘not secure' in the browser.
For more information and guidance from Google on the importance of HTTPS and how to adopt it, please see Why HTTPS Matters.
We found that 67.06% of websites on desktop are now served over HTTPS.
Just under half of websites still haven't migrated to HTTPS and are
serving non-secure pages to their users. This is a significant number.
Migrations can be hard work, so this could be a reason why the adoption
rate isn't higher, but an HTTPS migration usually require an SSL
certificate and a simple change to the .htaccess
file.
There's no real reason not to switch to HTTPS.
Google's HTTPS Transparancy Report reports a 90% adoption of HTTPS for the top 100 non-Google domains (representing 25% of all website traffic worldwide). The difference between this number and ours could be explained by the fact that relatively smaller sites are adopting HTTPS at a slower rate.
Conclusion
Through our analysis, we observed that the majority of websites are getting the fundamentals right, in that their home pages are crawlable, indexable, and include the key content required to rank well in search engines' results pages. Not every person who owns a website will be aware of SEO at all, let alone best practice guidelines, so it is promising to see that so many sites have got the basics covered.
However, more sites are missing the mark than expected when it comes to some of the more advanced aspects of SEO and accessibility. Site speed is one of these factors that many websites are struggling with, especially on mobile. This is a significant problem, as speed is one of the biggest contributors to UX, which is something that can impact rankings. The number of websites that aren't yet served over HTTPS is also problematic to see, considering the importance of security and keeping user data safe.
There is a lot more that we can all be doing to learn about SEO best practices and industry developments. This is essential due to the evolving nature of the search industry and the rate at which changes happen. Search engines make thousands of improvements to their algorithms each year, and we need to keep up if we want our websites to reach more visitors in organic search.


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Everyone's Progress
CJ Lin:
Attended meetings, worked on the pitch deck, and worked on writing the product requirement documents. In just two days, CJ rapidly prototyped simulating moving around in a virtual space and shooting a basketball into a hoop. Check it out!
Milestone for Week 3: Work Peter and Yan to understand what data can be used for feedback
Peter Michael:
Attended meetings, worked on the pitch deck, and worked on writing the product requirement documents.
Milestone for Week 3: Got pose estimation to run locally
Yan Zhe Ong:
Attended meetings, worked on the pitch deck, and worked on writing the product requirement documents.
Milestone for Week 3: Researched physics engines to used
Jasmine Woon:
Attended meetings, worked on the pitch deck, blog, and worked on writing the product requirement documents.
Milestone for Week 3: Finish up mock up/design of the application
Updates on Code
In two days we created a prototype that allows the user to move around in a virtual space, shoot a basektball in the hoop, and the ball will automatically return to the player. Check it out!
Peter has set up a dataset for pose estimation on his local computer
As of now, we are working on our individual parts. In the future, we will come together to make our projects more cohesive.
Updates on Ideas
Last Thursday, we had a Zoom breakout session with the VR course staff and pitched our idea for creating a card game idea. We were told to re-look at other proposals because our other ideas took advantage and heavily used the idea of being in augmented reality. After several email exchanges and meeting with our TAs, we decided to make an application to helps users better their skills at basketball shooting.
Our application will work by having the user place an external camera looking at the user. This external camera will track the player's movements. The user will place a virtual hoop onto their wall and throw a basketball into the hoop. After the player has thrown the ball, a retargeted model of how the player has thrown will be displayed. Using machine learning for pose estimation will determine how well the player has thrown. In addition, a textbox will appear to instruct the user on how to better their aim.
Check out our Pitch Deck and PRD
Plan for Next Week
Here are a couple of milestones that everyone plans on doing
Jasmine: Follow mock up design and place models in an environment
Peter: Do the networking with the AR Headset
Yan: Understand the chosen physics library
CJ: Measure key points and analyze data from the team to develop a feedback algorithm
Blocking Issues
One concern that we have is detereming the best approach in creating a feedback algorithm. We hope to find an existing algorithm that can help measure keep points of a person and from that data we can determine basic feedback like the user is shooting too far in one direction.


|
Siddique ACHIEVEMENT RECORD(2017-2018) |
|---|
| Student Name: | a v s | ||
|---|---|---|---|
| Parent Name: | d | ||
| Class: | Admission No: | enrschoo71 |
| Attendance | Term1 | Term2 | Term3 | |||
|---|---|---|---|---|---|---|
| Total Attended Days | 10 |
33.33%
|
2 |
6.67%
|
||
| Total Working Days | 30 | 30 |
| General Feedback: | vfhf |
|---|
| Specific Feedback: | fgh |
|---|
| ---------------------------------------- | --------------------------------------- | ---------------------------------------- | |||
|---|---|---|---|---|---|
|
|
|
|
| ENGLISH | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| D | ||||
| Listening Skills |
D
|
Finds it very difficult to comprehend the spoken text and to identify the key information. Finds it extremely difficult to pronounce even the common words. | ||
| Reading Skills |
D
|
Needs a lot of encouragement to pronounce the words correctly. Needs a lot of encouragement to improve fluency while reading. Should practise reading out loud at a steady pace. Needs to practise reading comprehension and focus on interpreting the text and drawing inferences. | ||
| Speaking Skills |
D
|
Should practise speaking in the language to improve conversation skills. Needs a lot of encouragement to practise reciting poems and stories out loud. Should try to vary tone and emphasis while reading. | ||
| Writing Skills |
D
|
Sometimes writing lacks clarity and is difficult to follow. To improve, should focus on ordering thoughts in a clear sequence. Makes noticeable mistakes in the use of grammar. Should revise grammar rules and practise writing to improve language. Needs a lot of encouragement to write the correct spellings of words and is unsure about spelling while writing. Should check the correct spelling and memorise it. Should try to improve vocabulary by learning the meaning of words from grade appropriate texts. | ||
| Written Work |
D
|
Needs a lot of encouragement to have adequate knowledge and understanding of material. Work is mostly incomplete. Handwriting should improve a lot in terms of neatness and legibility. |
| MATHEMATICS | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| C | ||||
| Concept Understanding |
C
|
Is able to solve direct problems that involves a particular mathematical concept but makes careless errors. Should remember the formulae and practise solving direct problems step by step to improve basic problem solving skills. | ||
| Mental Ability |
C
|
Is able to use Math facts to arrive at the answers. However, does the working on the paper and takes considerable time to arrive at the answer. Explanation shows limited understanding of the concepts. Is able to perform some calculations using numbers. Should practise to improve speed. | ||
| Table Activity |
C
|
Is able to recall the Tables when tested sequentially. However takes time to recall. The work is presented in an organized fashion but is hard to read at times. Has some difficulty in recalling Tables. Should practise and remember Tables. | ||
| Activity/Project |
C
|
Provides work that usually needs to be redone by others to ensure quality. Rarely provides useful ideas when participating in the group and in class discussions. | ||
| Written Work |
C
|
Needs encouragement to have adequate knowledge and understanding of material. Work is incomplete some times. |
| EVS | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| B | ||||
| Activity/Project |
B
|
The diagrams or the sketches are somewhat difficult to understand. Several items of importance on the diagram are labelled clearly which can be easily read. The work is presented in an oraginsed fashion but may be hard to read at times. | ||
| Environmental sensitivity |
B
|
Is able to think logically on some occasions. Notices many details and makes some observations during class activities. Demonstrates knowledge and understanding of science concepts with support. Can do better by paying greater attention. | ||
| Group Discussion |
B
|
Content indicates thinking and reasoning applied with original thought on a few ideas. Sometimes provides useful ideas when participating in the group and in classroom discussion. Is mostly confident and assured while participating in activities. Participates in Group Discussions with peers. Could improve by listening more attentively to others and communicating own thoughts more clearly. Shows some interest in exploring Science concepts. Could improve by collecting better information and samples for Science activities. Is mostly engaged and participates in Science activities. | ||
| Written Work |
B
|
Demonstrates some knowledge & understanding of material. Some work is complete |
| HINDI/KANNADA(II Language) | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| COMPUTER SCIENCE | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| D | ||||
| Computer Science |
D
|
Needs help to navigate menus and execute commands. Needs help to locate keys on keyboard. Is making an attempt to identify grade level appropriate computer hardware and its function. |
| GENERAL KNOWLEDGE | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| B | ||||
| General Knowledge |
B
|
Demonstrates some knowledge & understanding of material. Work is sometimes incomplete . |
| ART/CRAFT | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| D | ||||
| Art&Craft |
D
|
Needs a lot of encouragement and practice in drawing, colouring, model making etc. to improve in Art and Craft skills. Shows little interest in Art and Craft. Needs encouragement to participate more actively in Art related activities. |
| MUSIC | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| A | ||||
| Music |
A
|
Shows interest in music and singing and participates willingly in musical activities. Is able to keep up with the rhythm while singing. Shows good ability to keep to the tunes and melodies. |
| DANCE | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| D | ||||
| Dance |
A
|
Needs a lot of encouragement to participate in dancing. Should try to enjoy these activities more. Needs a lot of encouragement to follow the rhythm and grace while dancing. |
| GAMES | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| B | ||||
| Games |
B
|
Shows some skills expected of the age group. Could improve with practice. Participates in some team games and is largely co-operative with team members. Shows some interest in participating in the games but sometimes needs to be reminded to follow the rules. |
| PERSONALITY DEVELOPMENT | T1 | T2 | T3 | Comments |
|---|---|---|---|---|
| B | ||||
| Care of belongings |
B
|
Is mostly careful and takes good care of his/her belongings. | ||
| Confidence |
B
|
Is mostly confident and assured while participating in activities. | ||
| Courteousness |
B
|
Is mostly polite and well behaved in interactions with others. | ||
| Initiative |
C
|
Sometimes shows initiative and participates in activities on a few occasions. | ||
| Neatness |
C
|
Is well groomed and neatly turned out for school but occasionally needs to be reminded. | ||
| Regularity and Punctuality |
C
|
Sometimes does not complete work within the given time. Needs encouragement to take care and improve. | ||
| Respect for other's property |
C
|
Is largely respectful, but occasionally needs to be reminded to handle other's belongings with care. | ||
| Sharing and Caring |
C
|
Is generally helpful towards classmates,but occasionally needs to be reminded of it . | ||
| Self Control |
B
|
Well disciplined in the class/corridors/staircase most of the time. Never misbehaves or fights in the playground/breaks. |
| Health | T1 | T2 | T3 |
|---|---|---|---|
| Height | 1 cm | ||
| Weight | 1 Kg |


Package com.whirled
Classes
AbstractControl
AbstractSubControl
ActorControl
AvatarControl
BackdropControl
BaseDataPack
ControlEvent
DataPack
EntityControl
FurniControl
PetControl
ServerObject
TargetedSubControl
ToyControl


This demo shows how to save/load the current layout..
List of tools
Help topics
Document 1 content
Document 2 content
List of errors
Output
List of properties
Save layout
Load layout


Ugra Technology is a leading professional web design and web development company in Salem offering various services such as, Webs Designing, Web Development, Softwares, Ecommerce Websites, Search Engine Optimization (SEO) services and Online Works.
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Ugra Technology is a web site designing company in Salem, Tamilnadu specialising in innovative website design with powerful functionality for better online business.
Getting your business online now a days is essential - whether your business is large or small. Many of the benefits of being online will not be obvious till you see what a website can do for you!
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Build your Expectation over our Expertise. With a decade of experience, we have in-depth knowledge and skilled experts in web and mobile technologies!
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Customers from all over the world can see your product or service online straight away, a web site never sleeps - it is open 24/7! Whether you currently have a web site that is under-performing or you are completely new to the web we can help you.
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When we talk about custom web design, we give you a unique and customized design that is specially made for you. Each and every client has their own requirements and hence they need the customized design by which they can promote their business. We know that each of our clients have their individual requirements and hence they need a custom web design service through which they can promote their business in a unique manner. This means we give Individual Approach to Every Customer by using the below features.
Aalfa Properties
Annai Arts Salem
Arun Academy
Aspire Academy
DPC Polytechnic College
Buspickr
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Kamadhenu College of Arts and Science
Little Genius
Peace Moment Ismail
Online Lorry
PMP College
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Value India
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- Hi, my name is Priyansh Gupta and I'm from India.
- I'm passionate about learning new technologies and tools.
- I like exploring open source projects and sharing my own code on Github .
- Have experience working with BigData, DevOps, and Cloud Tools
- Use to automate repetitive processes on my computer via bash or python scripting.
- Love coding and building small fun projects in my free time.


CAREER GIRLS (1997) Reviewed by The Movie Kid Copyright 1997 Rob Reser
UK Director: Mike Leigh Writer: Mike Leigh Stars: Katrin Cartlidge, Lynda Steadman, Kate Byers, Mark Benton.
Director/Writer Mike Leigh (SECRETS AND LIES) brings us another candid into the ordinary lives of ordinary people. This time we get a look at two women who once roomed together in a London flat during college. The film starts 6 years later when Annie (Lynda Steadman) arrives to meet here old flat mate Hannah (Katrin Cartlidge of BREAKING THE WAVES) whom she hasn't seen since graduation. The movie follows the two women over a day and half since Annie has only a short time for her visit. We meet the girls through a series of flashbacks and through their encounters in their search to find Hannah a new place to live. Bumping into familiar faces along the way we seem to piece the lives of these two women together almost as much as they do on their journey. Starting off awkwardly unsure of how to react to each other and ending by being closer than they had ever been. The dialect is heavy and hard to get used to at first but by the time the girls go apartment hunting I found myself drawn into their mysterious past. Coincidence abounds and sometimes feels preconceived but it's not too hard to believe that these two women might just have that kind of luck.Jumping through many emotional hoops along the way CAREER GIRLS is a mesmerizing glimpse into Mike Leigh's characters. Katrin Cartlidge is especially wonderful in her role bouncing quickly between sarcasm and sincerety. 2 ½ spots (out of 4)
Favorite Line: Hannah looking out an 8th story window over the city; "I guess this is where you watch the class struggle from."
Rob Reser aka THE MOVIE KID Film Critic Web Specialist - Software Developer Game Designer - Fiction Author Http://www.filmspot.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
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belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
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Related links: index of all rec.arts.movies.reviews reviews


Who?
Aside from being one of the most recognizable and greatest catchers in baseball, Yogi Berra is undeniably known for the things he said. Now fondly referred to as yogi-isms, these quotes include well-known gems like "It ain't over 'til it's over." and "Little things are big."
What?
Web developers & designers commonly have a need for placeholder text for their designs, traditionally in Latin and starting with the words "Lorem ipsum...". Text generators have evolved to use different sources and themes, and are now as entertainmenting as they are useful.
Why?
There are lots of these text generators out there, each with its own set of twists on the same basic function — but how many tap into that rich trove of sometimes tautologous though mostly paradoxical phrases from the mind of Yogi? Now, there is at least one...


{% extends 'main.html' %} {% load i18n %} {% block add_head %} {% endblock add_head %} {% block add_foot %} {% endblock add_foot %} {% block content_body %} {% now "U" as current_time %}
{% trans 'We will process your application and inform you about the next steps. Note that your application is not a fixed registration for the fair. Only after written, explicit confirmation of your application by us is your company accepted as an exhibitor of the fair.' %}
{% trans 'As long as your application is not accepted, you can make changes to your application freely. Note that only the latest application is valid and will be considered.' %}


Policy, Privacy, & Ethics
Finally, we talk policy, privacy, and ethics…
Policy: Data Management Plans & Attribution/Citation
Overview
Lectures
Required Readings
Recommended Readings
Science
Humanities
Public Sector
Privacy: Institutional Review Boards & Data Minimization
Overview
Lectures
Required Readings
Recommended Readings
Science
Humanities
Public Sector
Ethics
Overview
Lectures
Required Readings
Recommended Readings
Science
Humanities
Public Sector
Assignment


This list of chapters was garnered from the HOG[SCAN] API
Click this link to send me an email letting me know if any are missing


Basics of Machine Learning Series
Gradient Descent
Gradient descent is a first-order iterative optimization algorithm for finding the minimum of a function. To find a local minimum of a function using gradient descent, one takes steps proportional to the negative of the gradient (or of the approximate gradient) of the function at the current point. If instead one takes steps proportional to the positive of the gradient, one approaches a local maximum of that function; the procedure is then known as gradient ascent. Gradient descent is also known as steepest descent.
What and How ?
In the post Cost Function of Linear Regression, it was deduced that in order to find the best hypothesis, it is required to minimize the cost fuction \(J(\theta_0, \theta_1)\). And it is not always possible to achieve this goal manually as the complexity and dimensionality of the problem increases.
To summarize, given the cost function \(J(\theta_0, \theta_1)\), the objective is,
This is where gradient descent steps in. There are two basic steps involved in this algorithm:
-
Start with some random value of \(\theta_0\), \(\theta_1\).
-
Keep updating the value of \(\theta_0\), \(\theta_1\) to reduce \(J(\theta_0, \theta_1)\) until minimum is reached.
Actually graident descent is a much more robust algorithm capable of solving higher dimensionality problems as well i.e. given a cost fuction \(J(\theta_0, \theta_1, … , \theta_n)\), it can help achieve,
Depending on initialization gradient descent can end up in different local minimas and a unique solution is not guaranteed. It can be seen in the plot above, if the initialization is at point A then it leads to B while if the initialization is at point C then it would lead to point D after execution.
Definition
- Where
- := is the assignment operator
- \(\alpha\) is the learning rate which basically defines how big the steps are during the descent
- \( \frac {\partial} {\partial \theta_j} J(\theta_0, \theta_1)\) is the partial derivative term
- j = 0, 1 represents the feature index number
Also the parameters should be updated simulatenously, i.e. ,
The notion of simulatenous update is introduced because that is how the gradient descent would work naturally i.e. in nature the path taken at a point would be defined by the gradient along components at a point. But if the update is not simulatenous then the gradient is not computed at the same point because the updated value of one parameter is used in calculating the update of another. In practice this method might also work without any issues or behave strangely in some other cases, so by definition and the intuition of the gradient descent it would be incorrect implementation and would represent some other algorithm with properties different from those of gradient descent.
Understanding Gradient Descent
Consider a simpler cost function \(J(\theta_1)\) and the objective,
As defined earlier, start off by random initialization say at point A as shown in the plot below. Then according to the update definition of the algorithm, the derivative term is represented by the slope at any point also shown in the plot. In this case it would be a positive slope and since \(\alpha\) is a positive real number the overall term \(- \alpha \frac {d} {d \theta_1} J(\theta_1)\) would be negative. This means the value of \(\theta_1\) will be decreased in magnitude as shown by the arrows.
Similary, if the initialization was at point B, then the slope of the line would be negative and then update term would be positive leading to increase in the value of \(\theta_1\) as shown in the plot. So, no matter where the \(\theta_1\) is initialized, the algorithm ensures that parameter is updated in the right direction towards the minima, given proper value for \(\alpha\) is chosen.
This is intuitive because that is exactly what is needed for minimizing the cost function. The term \(alpha\), as it can be seen from the equation will determine the magnitude of the update term, \(- \alpha \frac {d} {d \theta_1} J(\theta_1)\) i.e. if the value is higher the steps of update would be proportionally larger.
Learning Rate, \(\alpha\)
A proper value of \(\alpha\) plays an important role in gradient descent.  Choose an \(\alpha\) too big and the algorithm will never converge either because it will oscillate between around the minima or it will diverge by overshooting the range. All these cases can be adequately understood by the plots below.
The plot on the left shows a large learning rate. This leads to overshooting because the steps taken by the algorithm in updating the parameters are so big that the optimization problem can never converge to the minima. Instead it overshoots with every iteration to either start diverging or to oscillate between points that are not the optimum solution.
The plot on the right is the case where learning rate is too small. As a result the steps taken i.e. the updates to the parameter \(\theta_n\) are so small that it would take a very long time to converge. More so because as we approach the minima the value of the slope i.e. the value of the differential term will also decrease and as a result the update term i.e. the product of small \(\alpha\) and small differential term would effect only a minute change. The other issue associated with the small learning rate is that of getting stuck in a local minima and hence never reaching the global minima.
Gradient descent can converge to a local optimum, even with a fixed learning rate. Because as we approach the local minimum, gradient descent will automatically take smaller steps as the value of slope i.e. derivative decreases around the local minimum.
The plot above tries to summarize the effect of \(\alpha\) value on the convergence of the graident descent algorithm.
- The yellow plot shows the divergence of the algorithm when the learning rate is really high wherein the learning steps overshoot.
- The green plot shows the case where learning rate is not as large as the previous case but is high enough that the steps keep oscillating at a point which is not the minima.
- The red plot would be the optimum curve for the cost drop as it drops steeply initially and then saturates very close to the optimum value.
- The blue plot is the least value of \(\alpha\) and converges very slowly as the steps taken by the algorithm during update steps are very small.
Summary
Gradient Descent is an optimization algorithm. It can be applied to minimize any cost function J, and not just to linear regression. It is a rather generalized powerful technique widely used in learning problems to reach the optimum parameter sets. It is coupled with various learning techniques and works perfectly well with all of them. For example gradient descent works equally well with linear regression and neural networks.


Sole food: Indonesian restaurant serves up local fare and fish pedicures
YOGYAKARTA: As he scarfed down a traditional Indonesian meal, Adi Karyanov got himself the two-in-one special at a new restaurant offering pedicures by fish.
The tables and chairs at Soto Cokro Kembang in Indonesia's cultural capital Yogyakarta sit in ankle-deep water, home to thousands of little fish that nibble dead skin off the feet of diners.
"I felt the fish biting my feet - it was ticklish but nice," Karyanov said.
"They make it fun to eat here. It's kind of unique."
Many spas across southeast Asia have for years touted a fishy pedicure as an unproven but novel way of treating various skin conditions.
But restaurant owner Imam Nur, who opened in June, has gone a step further by offering it alongside his traditional Javanese "sole food".
Nur credits his father for coming up with the idea for the open-air restaurant, which has some 7,000 Red Nile Tilapia swimming around its patrons.
"We initially opened this restaurant just for locals living nearby," he said.
"But what's happening now is beyond what we had initially planned. It's become like culinary tourism. Many people are coming here from different cities."
Pressing fish into service to remove dead skin is not without controversy.
Some cities in North America and Europe have banned it over concerns about bacterial outbreaks, while People for the Ethical Treatment of Animals (PETA) has warned over both the health risks and possible cruelty to animals.
Still, visitors like Anna Widia were keen to give the fish treatment a whirl.
"I've never seen any place like this," she said.
"And it's big enough to bring the whole family."


There are millions of species on our planet. Although species can be very different from each other, many have similar features that allow us to put them into groups. This is called classification.
The first big division of living things in the classification system is to put them into one of five kingdoms. These are based on what an organism's cells are like.
The five kingdoms are:
_animals (all multicellular animals)
_plants (all green plants)
_fungi (moulds, mushrooms, yeast)
_prokaryotes (bacteria, blue-green algae)
_protoctists (Amoeba, Chlorella and Plasmodium)
Living things can then be ranked according to:
_phylum
_class
_order
_family
_genus
species
The binomial system of naming species uses Latin words. Each name has two parts, the genus and the species. For example, human beings belong to the genus Homo, and our species is sapiens - so the scientific name is Homo sapiens.
The binomial system is important because it allows scientists to accurately identify individual species. For example, the European robin is Erithacus rubecula. It is much smaller than the American robin, Turdus migratorius, which belongs to a different genus.
Cladistics is another way to classify organisms. It can use data from DNA or RNA sequences, rather than just physical characteristics. It emphasises the evolutionary relationships between different species.


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I am 28 years old and have been involved with computers and computer technology almost my entire life. When I was 8 years old I wanted a computer for my birthday - my father had to think about it.
Being the forward thinker that he is, instead of buying me a computer he bought me parts. If i wanted a computer I would have to build it myself.
At that point I began a journey that's lasted another ~20 years (and I've got long way to go!).
I've taken every networking/programming/graphic design class that was offered to me and recently I've sought to further my education in computer programming by enrolling at 42 Programming University.
This webpage is a compilation of my projects done either inside the free code camp program, or on my own.
if you decide that filling out this form would be the easiest way to contact me, well that's why it's here! drop me a line and tell me what you think of my work (or maybe hire me).


New charity Buittle Quest aims to boost social and economic life of Palnackie
Buittle Quest is now appealing for members from the local community and further afield
by Stephen NorrisA new charity to boost the social and economic life of Palnackie and district is being set up.
Buittle Quest will go live once Scottish Charity Regulator (OSCR) gives the green light.
The charitable trust has been named after the parish it will serve.
Bob Shipway, one of the inaugural trustees, said: “Submitting our application after years of community consultation, planning, development and months of preparation, feels like the first tangible milestone for us all.
“It’s been a steep learning curve for all of us as we took the results of the consultations, turned them into meaningful plans and adopted a programme of development for our parish.
“Buittle Quest will now take these plans forward and implement our improvement programme in the coming years.”
The initial quest trustees have been named as Viv Brown, Angus Campbell, Brian Carson, Jim Niven, Lorraine Light and Bob Shipway.
All are existing community councillors on Buittle Parish Community Council. Their first task is already under way – a membership drive to anchor the new trust in the community.
Mr Shipway said: “With the charity launch being planned as soon as the application is approved, we are now asking our parishioners and the wider public to express their interest in becoming members of Buittle Quest.
“People aged 16 and over who live and vote in our parish can become ordinary members whilst those living outwith Buittle can join as associate members.
He added: “We are particularly interested in encouraging youngsters aged between 12 and 16 years old to join as junior members regardless of where they live.”
Membership forms are available in Palnackie Shop, the village hall and on the Palnackie Facebook page.
They can also be obtained from Bob Shipway at bob@wtte-innovation.com.


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All tags on this page are called with use_specific=3
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, as that is present in the context and has the same value ({{ USE_SPECIFIC_ALWAYS }})
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--- layout: page title: Contact Me! permalink: /contact/ ---
I'm currently not accepting new clients at the moment (working for Brace Yourself Games right now) but feel free to ask me about anything trailer related. Would be happy to give you feedback on your project, send me a rough cut of your current trailer, a build of your game, or just say hi! :)


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Hello! My name is Ms. Edgerley-Dallal, though you can call me Ms. Dallal or Ms. D for short. I received by Bachelor's degree for Secondary Education in Math from DePaul University in 2017. I am originally from San Antonio, Texas but fell in love with Chicago so I'm here to stay! My favorite things about Chicago are the food and the lake, both absolutely amazing. And I will gladly tell you all about the latest Sci-Fi novel I've had my nose in.
And why did I choose math!?  I knew that I wanted to do something useful, to help people, and enjoy my job. Teaching is what creates all other professions; I wanted to be a part of something bigger than myself, to help everyone else be their best. And math is the subject that teaches people how to think, which is sometimes more important than what to think, and is something that I try to emphasize every day.


|
DESERT
3.0
|
#include <frame-set.h>
Public Member Functions | |
| RxFrameSetKey (uint8_t, unsigned int) | |
| ~RxFrameSetKey () | |
| uint8_t | srcID () const |
| unsigned int | pktID () const |
| bool | operator< (RxFrameSetKey) const |
| std::string | displayKey () const |
Private Attributes | |
| uint8_t | srcID_ |
| unsigned int | pktID_ |
Definition at line 57 of file frame-set.h.
| RxFrameSetKey::RxFrameSetKey | ( | uint8_t | srcID, |
| unsigned int | pktID | ||
| ) |
Definition at line 63 of file frame-set.cpp.
| RxFrameSetKey::~RxFrameSetKey | ( | ) |
Definition at line 69 of file frame-set.cpp.
| std::string RxFrameSetKey::displayKey | ( | ) | const |
Definition at line 84 of file frame-set.cpp.
| bool RxFrameSetKey::operator< | ( | RxFrameSetKey | key2 | ) | const |
Definition at line 74 of file frame-set.cpp.
|
inline |
Return the pktID_ variable.
Definition at line 81 of file frame-set.h.
|
inline |
Return the srcID_ variable.
Definition at line 72 of file frame-set.h.
|
private |
ID of the packet.
Definition at line 61 of file frame-set.h.
|
private |
ID of the packet's source node.
Definition at line 60 of file frame-set.h.


Backend¶
-
class
MonitorControl.BackEnds.
Backend
(name, inputs=None, output_names=None, active=True, processors=None)¶ Bases:
MonitorControl.Device
Defines the Backend class, some assembly of DSP hardware.
Ultimately the signal is processed and recorded. Although only the properties of the recorded signal are required for data analysis, it is good documentation practice to identify the device which records the signal so the FITS keyword BACKEND is strongly recommended.
This is an base (or ancestor) class. A Backend may use multiple processors represented by the private class DSProc. A ROACH is one realization of a DSProc. All DSProc instances must have the same firmware to implement parallel signal paths.
- Public attributes, in addition to those defined for the Device superclass::
DSProc - private class for hardware
Methods Summary
polcodes
()Returns the parameters defining the STOKES axis of SDFITS table from signals
read
()Read data into memory.
start
(integration_time)Start taking data.
stop
([save])Stop taking data.
Methods Documentation
-
polcodes
()¶ Returns the parameters defining the STOKES axis of SDFITS table from signals
This returns the NRAO FITS codes for the polarizations of the signals entering a backend.
-
read
()¶ Read data into memory.
-
start
(integration_time)¶ Start taking data.
:param integration_time : stop after this many seconds; raise ‘done’ flag’ :type integration_time : float
-
stop
(save=True)¶ Stop taking data.
:param save : True to save data, False to discard. :type save : Boolean


One Day in Rome
Visiting Rome in one day - the route tours for those who want to honestly say that they were in Rome ...
Visiting Rome in one day, of course, a difficult issue. To complete all the most important places in the city in such a short time, you have to first of all have a large physical condition, because to reach the proposed sites requires movement on foot or using a fairly expensive service hiring transport with a driver. Getting around by public transport, in this case, it is completely meaningless. So if you do not have more time to Rome, then heels!
The beginning: Square and Basilica. Peter
End: Termini station
Length: 7.5 km
Time: 6/8 hours walk
Sightseeing Places:
1) Square and Basilica. Peter (1 hr. + 1 hr. On the dome of the basilica)
2) St. George's Castle. Angelo and the Bridge of Angels (outside)
3) Piazza Navona (Fountain of the Four Rivers)
4) The Pantheon (admission free)
5) Montecitorio Palace (Palace of the Italian parliament)
6) Column of Marcus Aurelius
7) Children's and so. Spanish Steps
8) Trevi Fountain
9) Presidential Palace Quirinale
10) Column of Trajan
11) Altar of the Fatherland - Children's Venetian
12) Capitol - City Hall
13) The observation deck at the Roman Forum
14) Street Imperial Forums
15) Colosseum
16) The observation deck at the Coliseum
17) Basilica of San Pietro in Vincoli ( "Moses" by Michelangelo)
18) The Basilica of Santa Maria Maggiore


In quantum mechanics, the probability current is a quantity that measures the flow of probability through space
per unit time per unit area.
To understand this, imagine a wavepacket travelling from left to right that might represent the wavefunction of
an electron.
This leads to a flow in the wavefunction (and hence the electron probability density) from left to right.
We can describe this as the flow of a probability current.
We summon the Conservation of Charge formula,
$$ \nabla \cdot \mathbf{j} = - \frac{\partial \rho}{\partial t} $$
where $ \rho $ is the charge density that flows through an infinitesimal
surface element and $ \mathbf{j} $ represents the current density.
The intuition for this formula is to first imagine an infinitesimal volume that contains some charge.
The flow of charge outwards $ ( \nabla \cdot \mathbf{j} ) $ equals to the
decrease in the charge density of the of the volume element.
Using this conservation law, we now let $ \rho $ represent the probability
density.
Therefore, $ \mathbf{j} $ represents the flow of probability density per
unit time, namely the probability current.
Integrate both sides by $ dV $,
$$ \int_{V} \Bigg( \frac{\partial | \Psi | ^2 }{\partial t} \Bigg) dV = - \int_V (\nabla \cdot \mathbf{j})dV $$
Hence, by Divergence Theorem,
$$\frac {\partial}{\partial t} \int_V | \Psi | ^2 dV = - {\large\bigcirc}\kern-1.55em\iint_S (\nabla \cdot \mathbf{j})dS. $$
This equation tells us that the time derivative of the probability of the particle being measured in $V$ is
equal to the rate at which probability flows into $ V $.
The Shoelace Formula allows us to calculate the area
$ A $ of an $n$-side
polygon using only the coordinates of the edges of the polygon.
Imagine an
$ n $-side polygon that is formed by
$ n $ number of vertices with coordinates
$ (x_1, y_1)$, $(x_2, y_2)$, $... (x_n, y_n) $.
Now by referring to the "shoelace" below,
we can calculate the area of the polygon by
$$ A = \frac{1}{2} | x_1 y_2 + x_2 y_3 + ... + x_{n-1} y_n + x_n y_1 - x_2 y_1 - x_3 y_2 - ... - x_n y_{n-1} - x_1 y_n |. $$
This is called the Shoelace Formula as it is formed by following the blue diagonals using addition,
and then following the red diagonals using subtraction. By organising the coordinate values in this way, the
formula is easily to remembered.
The Shoelace Formula is a special case of Green's Theorem, which itself is a special case of the generalised
Stokes' Theorem.
Firstly, let us state the Green's Theorem:
$$ \oint_C P(x,y)dx + Q(x,y)dy = \iint_S \Big( \frac{\partial Q}{\partial x} - \frac{\partial P}{\partial y} \Big) dxdy $$
As area
$ A = \iint_A dA $, the Green's Theorem can be used to calculate
the area if
$ \frac{\partial Q}{\partial x} - \frac{\partial P}{\partial y} = 1 $.
One possible combination for
$ P $ and
$ Q $
would be when
$ P = 0 $ and
$ Q = x $. Hence,
$$ A = \oint_C xdy. $$
Now,
$ C $ is the perimeter of the $n$-side polygon, where
$ C = C_1 + C_2 + ... + C_n $. This leads to
$$ A = \oint_{C}xdy = \int_{C_1}xdy + \int_{C_1}xdy + ... + \int_{C_n}xdy. $$
To compute the
$ k $-th line integral, we can parametrise the edge from
$ (x_k, y_k) $ to
$ (x_{k_1}, y_{k+1}). $
The coordinates of all lines of
$ C_k $ is as follows:
$$ C_k = ((x_{k+1}-x_k)t + x_k, (y_{k+1}-y_k)t + y_k), \, 0 \leq t \leq 1). $$
Substituting into the integral, we get:
$$\int_{C_k} xdy = \int^1_0 ((x_{k+1}-x_k)t + x_k)(y_{k+1}-y_k) dt = \frac{(x_{k+1}+x_k)(y_{k+1}-y_k)}{2}.$$
By summing all
$ C_k $'s, we get
$$ A = \sum_{k=0}^{n} \frac{(x_{k+1}+x_k)(y_{k+1}-y_k)}{2} $$
which is the Shoelace Formula.


| /core-aam/aria-controls-manual.html (1/1, 100.00%, 0.49% of total) | OK |
| aria-controls | FAIL |
| WK: | assert_true: "property AXLinkedUIElements is [list]" failed
Actual value: []
; expected true got false |
|
| /core-aam/aria-errormessage-manual.html (1/1, 100.00%, 0.49% of total) | OK |
| aria-errormessage | FAIL |
| WK: | assert_true: "property AXValidationError is hello world" failed
Actual value: None
https://webkit.org/b/165190: [NEW] AX: Implement aria-errormesage
; expected true got false |
|
| /core-aam/aria-expanded_value_changes-manual.html (2/2, 100.00%, 0.98% of total) | OK |
| aria-expanded value changes | FAIL |
| WK: | assert_true: "event type is AXRowExpanded" failed
; "event type is AXRowCountChanged" failed
; expected true got false |
|
| aria-expanded value changes 1 | FAIL |
| WK: | assert_true: "event type is AXRowCollapsed" failed
; "event type is AXRowCountChanged" failed
; expected true got false |
|
| /core-aam/aria-hidden_true_when_element_is_focused_or_fires_event_new-manual.html (1/1, 100.00%, 0.49% of total) | OK |
| aria-hidden=true when element is focused or fires event NEW | FAIL |
| WK: | assert_true: "property accessible is true" failed
Actual value: false
; expected true got false |
|
| /core-aam/aria-hidden_value_changes-manual.html (2/2, 100.00%, 0.98% of total) | OK |
| aria-hidden value changes | FAIL |
| WK: | assert_true: "event type is AXUIElementDestroyed" failed
; expected true got false |
|
| aria-hidden value changes 1 | FAIL |
| WK: | assert_true: "event type is AXUIElementCreated" failed
; expected true got false |
|
| /core-aam/aria-labelledby-manual.html (1/1, 100.00%, 0.49% of total) | OK |
| aria-labelledby | FAIL |
| WK: | assert_true: "property AXTitleUIElement is label" failed
Actual value: None
; expected true got false |
|
| /core-aam/none_used_on_ul_element_with_li_children_new-manual.html (1/1, 100.00%, 0.49% of total) | OK |
| none used on ul element with li children NEW | FAIL |
| WK: | assert_true: "property AXRole is AXGroup" failed
Actual value: None
ERROR: Object not found
; "property AXRoleDescription is group" failed
Actual value: None
ERROR: Object not found
; expected true got false |
|
| /core-aam/presentation_used_on_ul_element_with_li_children_new-manual.html (1/1, 100.00%, 0.49% of total) | OK |
| presentation used on ul element with li children NEW | FAIL |
| WK: | assert_true: "property AXRole is AXGroup" failed
Actual value: None
ERROR: Object not found
; "property AXRoleDescription is group" failed
Actual value: None
ERROR: Object not found
; expected true got false |
|


When I read of this powerful instinct in animals, I can’t help but wonder, “Is it possible that human beings have a similar yearning—an inner guidance system, if you will—that draws them to their heavenly home?”
I believe that every man, woman, and child has felt the call of heaven at some point in his or her life. Deep within us is a longing to somehow reach past the veil and embrace Heavenly Parents we once knew and cherished.
Some might suppress this yearning and deaden their souls to its call. But those who do not quench this light within themselves can embark on an incredible journey—a wondrous migration toward heavenly climes.
The sublime message of The Church of Jesus Christ of Latter-day Saints is that God is our Father, that He cares about us, and that there is a way to return to Him.
God calls to you.
 God knows the many times you have sought Him. The many times you have felt limitless joy. The many times you have wept in loneliness. The many times you have felt helpless, confused, or angry.
Yet, no matter your history—if you have faltered, failed, feel broken, bitter, betrayed, or beaten—know that you are not alone. God still calls to you.
The Savior extends His hand to you. And, as He did to those fishermen who stood long ago on the banks of the Sea of Galilee, with infinite love He speaks to you: “Come, follow me.” (Luke 18:22)
If you will hear Him, He will speak to you this very day.
When you walk the path of discipleship—when you move toward Heavenly Father—there is something within you that will confirm that you have heard the call of the Savior and set your heart toward the light. It will tell you that you are on the right path and that you are returning home.
I testify that when we embark upon or continue the incredible journey that leads to God, our lives will be better.
This does not mean that our lives will be free from sorrow. We all know of faithful followers of Christ who suffer tragedy and injustice—Jesus Christ Himself suffered more than anyone. Just as God makes the “sun to rise on the evil and on the good,” He also allows adversity to test the just and the unjust. (Matthew 5:45) In fact, sometimes it seems that our lives are more difficult because we are trying to live our faith.
No, following the Savior will not remove all of your trials. However, it will remove the barriers between you and the help your Heavenly Father wants to give you. God will be with you. He will direct your steps. He will walk beside you and even carry you when your need is greatest.
 No, this path inevitably leads you to become a blessing in the lives of God’s other children—your brothers and sisters. And the interesting thing about the journey is that as you serve God, and as you care for and help your fellowmen, you will see great progress in your own life, in ways you could never imagine.
You cannot just float in the waters of life and trust that the current will take you wherever you hope to be one day. Discipleship requires our willingness to swim upstream when needed.
No one else is responsible for your personal journey. The Savior will help you and prepare the way before you, but the commitment to follow Him and keep His commandments must come from you. That is your sole burden, your sole privilege.
The Lord has established The Church of Jesus Christ of Latter-day Saints to help you in this commitment to serve God and fellowmen. Its purpose is to encourage, teach, lift, and inspire. This wonderful Church provides opportunities for you to exercise compassion, reach out to others, and renew and keep sacred covenants. It is designed to bless your life and improve your home, community, and nation.
Come, join with us and trust the Lord. Lend your talents to His wonderful work. Reach out, encourage, heal, and support all who desire to feel and heed the yearning for our supernal home. Let us join together in this glorious pilgrimage to heavenly climes.
The gospel is a transcendent message of hope, happiness, and joy. It is the pathway that leads us home.
As we embrace the gospel in faith and deed, each day and every hour, we will draw a little closer to our God. Our lives will be better, and the Lord will use us in remarkable ways to bless those around us and bring about His eternal purposes. Of this I testify and leave you my blessing in the sacred name of Jesus Christ, amen.


Our House makes it easy to connect with your housemates. It is a social network iOS app & web platform that helps you to easier communicate with your housemates, by leaving messages about activities invitation, tasks & notifications online in advance. Your can also easily send payments like rent or electric bill using the built-in Venmo feature.
Web browser and iOS 8
Ionic, AngularJS, HTML5, CSS3, Javascript, jQuery
Ruby on Rails, PostgreSQL, Auth0, Google+ API, Venmo API
We built a web and an iOS application for our Our House project. Both of them achieved the same functionalities:
After user logging in via Google+, user can create a new house or enter an existed house.
On the main dashboard, user can view all kind of messages including tasks, notifications, and activitiy invitations. Unread messages will be marked, and user can also filter a specific type of message as well as respond to or delete individual messages.
User can easily send different kind of messages to all the other housemates on the Message tab.
User can also send payments like rent, electric bill, and grocery cost on the Payment tab by connecting to Venmo.
Finally, user can view all the housemate profiles on the Profile tab. A message histroy dashboard can be opened by clicking the profile picture.


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Fluid
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Form Submit & Reset
50% Width (box-sizing test)


Cloud One - File Storage Security, Conformity e Application Security
Leo Salone - Associate Sales Engineer
Joao Guimaraes - Associate Sales Engineer
Agenda
- Cloud One - File Storage Security
- Cloud One - Application Security
- Cloud One - Conformity
What is File Storage Security?
Trend Micro Cloud One™ – File Storage Security provides anti-malware scanning on resources in Amazon Simple Storage Service (Amazon S3) buckets and other cloud containers.
How it works:
- When a user or program uploads a file to a designated S3 bucket, File Storage Security performs a scan. The scan is only performed on the added file, not on existing resources in the bucket.
How it works:
- When the scan is complete, your custom plugins or Lambdas take the scan results and connect with your downstream workflow for further processing.
Files never leave your environment.
Files of all types and sizes can be scanned.
Application Security Runtime Protection Agent
- By including Application Security in your web applications, you will receive alerts as soon as attackers begin conducting scans and attacks. Most importantly, real vulnerabilities are not exploited because of the runtime protection, and your developers will have code-level information regarding the vulnerability.
Application Security Runtime Protection Agent
- It only takes a moment to add the agent to your application, and there is no need to change your development code.
Application Security Runtime Protection Agent
- There are three main components that need to be configured to protect your application:
- Security Groups: A security group is a collection of web applications and / or serverless functions sharing a common set of policies.
Application Security Runtime Protection Agent
- Agents: Application Security agent's act as a library that is integrated with your application, without needing to modify your development code. You just need to include the Application Security agent with your application and activate it with the application keys.
Application Security Runtime Protection Agent
- Policies: Policies are a collection of rules that protect your application from a variety of threats. The threats Application Security policies protect against are:
- Malicious Payload
- SQL Injection
- Illegal File Access
- Remote Command Execution
- Open Redirect
- Malicious File Upload
Application Security's key features
- Easily embed security functionality into your running applications and serverless functions.
- Bridge the gap between the security team and development teams by providing a tool that provides relevant information to both.
Application Security's key features
- Get visibility into attacks targeting your application.
- Protect against the OWASP top 10 vulnerabilities such as SQL injection, OS Command injection, and more.
- Stop zero-day vulnerabilities from being exploited.
What is Cloud One - Conformity
- Real-time visibility into security, compliance, and governance vulnerabilities on public cloud infrastructure
- Step-by-step remediation guides
- Automated approach to security for continuous assurance
Remediation
- 600+ rules with action steps
- Manual remediation and self healing capabilities
- Real-time monitoring and alerts
Prevention & Automation
- Shift security & compliance left
- Template scanning
- Powerful API


start
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current date:
<simulated date>
Event Type 1
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Welcome to the read page! This is not as complicated as adding something to the database, so all you need to know is that not all forms need to be filled to see something. Just make sure that if you do fill a form, you fill them from top-to-bottom, or else the call won't work properly.
The more forms you fill, the more general the information. Just press "submit" when you're ready and you'll see the result of your query in the text area beneath it.


database - pictures - articles - dates - numbers - orders and so on.
Tired of wasting time to gather and organize data ?
Spitdata is able to generate every data you could need.
Quick, efficient. You can start working immediately.
The DOC API contains all the explanations about Spitdata. Just have a look if you want to know how to use it.
ACCESS


description = "Master layout" [localePicker] forceUrl = 0 [searchInput] useAutoComplete = 0 autoCompleteResultCount = 5 showProviderBadge = 1 searchPage = "search-results.htm" ==


xeoEngine
drawing on the surface of an object
hold down SPACE and move your mouse over the object to draw on it


Now that we know some basic Vim navigation, it's time to learn some more advanced commands.
To move forward one sentence, type ), and to move backward one sentence, type (. To move forward one paragraph, type }, and to move backward one paragraph, type {.
To move to the top, middle, or bottom of the screen, type H, M, or L, respectively. All of these are case-sensitive, so make sure it's uppercase.
For all of the following commands, you must type a character immediately after the command. To move to the next specified character in the same line, type f. For example, to move to the next "m" in the same line, type fm. Likewise, to move to the previous specified character in the same line, type F. Obviously, these commands are both case-sensitive. The commands t and T work just like f and F, except that they move you to just before the next or previous specified character in the same line.
To move one page up or one page down, press the
The cw command will change a word by deleting the text and then entering insert mode. The cb command works similarly, except that it changes the word backwards. For either of these, typing a number after the c will change that many words. For example, the command to change two words would be c2w. To delete a word, type dw. This is essentially the same as the cw command; the only difference is that cw will switch you to insert mode after deleting the text, while dw will keep you in normal mode after the command has been executed.
Similar to when moving to specific characters in the same line, the following commands require you to type a character immediately after the command. Typing ct will change (delete) all text in the line until the next specified character in that line. For example, typing ctp will delete all the text in that line until the next p. Typing cf executes a similar action, except that the deleted text inclues the specified character. Additionally, like the cw and cb commands, the ct and cf commands will switch you to insert mode until you choose to return to normal mode. If you wish to delete text and stay in normal mode, dt and df will act similarly to ct and cf, respectively.
To undo, type u, and to redo, type CTRL plus r. Undo and redo will both work multiple times rather than just once.


Store
2
Billing Address
Full Name
Email
Phone Number
Pick Up Place
At the Farm
Dokk1
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Product 1
$15
Product 2
$5
Product 3
$8
Product 4
$2
Total
$30
Payment
Name on Card
Credit card number
Exp Month
Exp Year
CVV


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§ Tensors are not matrices
Let \(V\) be a finite dimensional vector space over some field \(\mathbb{K}\) of scalars. We will denote vectors,
that is, elements of the vector space, by Latin letters. Given a collection of different vectors, we will always
index them with a lower index. Hence, a basis is denoted as \((e_1,\ldots, e_n)\) where \(n=\dim_\mathbb{K}V\).
Thus, any vector \(v\in V\) may be written as a linear combination of these. We will call these coefficients
coordinates, denote them also by Latin letters but this time, we will place an index upstairs:
$$
\begin{equation}
\tag{1}
v = \sum_{i=1}^n v^i e_i
\end{equation}
$$
To simplify the notation, it is common practice to use the Einstein summation convention, in which
a \(\sum\) symbol over each index that is repeated once upstairs and once downstairs is to be
understood. We emphasize that the indices must be at different heights. With this convention, \((1)\) can be rewritten
as \(v=v^ie_i\). Sometimes in Physics, it is common to see \(v=v_ie_i\) where the sum over \(i\) is to be understood.
We will not do this. This is confusing since it does not follow any criterion. I will explain now why I care so much
about the position of the indices.
Connected to the notion of a vector space \(V\) is that of its dual, which we denote by \(V^*\). This
space is the collection of all linear functionals \(\phi\colon V\to \mathbb{K}\). It can be shown that \(V^*\) is a
vector space over the same field \(\mathbb{K}\) as \(V\). If \(V\) is finite dimensional, \(V^*\) can be shown to be
finite dimensional and to have actually the same dimension as \(V\). We call the elements of \(V^*\) dual
vectors, and the canonical basis for \(V^*\) is denoted by Greek letters indexed by upstairs indices, namely
\(\{\theta^i\}_{i=1}^n\), that satisfy \(\theta^i(e_j)=\delta^i_j\).
Having introduced these basic concepts, we turn our attention to matrices. We all know what they are: rectangles filled
with stuff. They have rows and columns, and they are very useful to represent linear maps between vector spaces because
their multiplication rule coincides with the way maps are to be composed. Consider \(V\) and \(W\) to be \(n\) and \(m\)
dimensional vector spaces over \(\mathbb{K}\), and a linear map \(f\colon V\to W\). We represent \(f\) via a matrix as
follows: let \(\{e_i\}_{i=1}^n\) and \(\{u_i\}_{i=1}^m\) be bases for \(V\) and \(W\), respectively. Once we specify how
\(f\) acts on \(\{e_i\}_{i=1}^n\) we have fully determined it, since any other vector \(v\in V\) can be written in terms
of \(\{e_i\}_{i=1}^n\). Suppose that \(f(e_1)=f^{j}{}_{1}u_j, \ldots, f(e_n)=f^{j}{}_{n}u_j\). We arrange these
numbers as:
$$
\begin{equation}
\tag{2}
f\equiv\begin{pmatrix}
f^{1}{}_{1} & \cdots & f^{1}{}_{n}\\
\vdots & \ddots & \vdots\\
f^{m}{}_{1} & \cdots & f^{m}{}_{n}
\end{pmatrix}
\end{equation}
$$
Any vector \(v=v^ie_i\) will have (if you do not trust me please do the calculations) the image \(w=w^ie_i=f(v)\)
given by:
$$
\begin{equation}
\tag{3}
f(v) = \begin{pmatrix}
f^{1}{}_{1} & \cdots & f^{1}{}_{n}\\
\vdots & \ddots & \vdots\\
f^{m}{}_{1} & \cdots & f^{m}{}_{n}
\end{pmatrix}
\begin{pmatrix}
v^1 \\
\vdots\\
v^n
\end{pmatrix} =
\begin{pmatrix}
w^1 \\
\vdots\\
w^m
\end{pmatrix}
\end{equation}
$$
We see that each coordinate of \(f(v)\) is \(w^i = f^{i}{}_{j}v^j\) and that the position of the non-contracted
indices (indices not appearing in a sum) on both sides of the previous equation is the same. Hence, a linear map
between two vector spaces may be represented by a collection of numbers \(\{f^{i}{}_{j}\}\) where \(1\leq i\leq m\)
and \(1\leq j\leq n\).
Definition I. Let \(V,W\) be \(n-\) and \(m-\)dimensional vector spaces over \(\mathbb{K}\).
We denote the set of all linear maps between \(V\) and \(W\) by \(\text{Hom}(V,W)\) and call them homomorphisms
.
Hence, a linear map like the above belongs to \(\textrm{Hom}(V,W)\). Any homomorphism is a \(W-\)valued function:
it
eats a vector from \(V\) to produce some scalars that then combines with vectors in \(W\), hence producing
as an output a vector in \(W\). Something that takes vectors in \(V\) and returns scalars is an element in \(V^*\),
the dual of \(V\). To make this a \(W-\)valued map, we simply take the tensor product with \(W\). This motivates the
following isomorphism:
$$
\begin{equation}
\tag{4}
\text{Hom}(V,W)\cong V^*\otimes W
\end{equation}
$$
A basis for \(V^*\otimes W\) is nothing but \(\{\theta^j\otimes e_i\}\), and a general element \(f\in V^*\otimes W\) is
written as \(f^{i}{}_{j}\theta^j\otimes e_i\), which is consistent with the description we gave some lines above of
a linear map between \(V\) and \(W\).
What about
bilinear maps \(f\colon V\times W\to \mathbb{K}\)? Are they also represented by
\(\{f^{i}{}_{j}\}\)? No. But hey, they can also be represented by matrices! Yes, but they do not return a vector!
Instead they spit out a number on the field. Bilinear maps are thus elements of \(V^*\otimes W^*\), and hence, they are
naturally represented by numbers \(\{f_{ij}\}\). These act on two vectors \(v= v^ie_i\) and \(w=w^je_j\),
and fully contract the indices to produce a scalar: \(f_{ij}v^iw^j=c\) where \(c\in\mathbb{K}\).
$$
\begin{equation}
\tag{5}
f(v,w) = \begin{pmatrix}
w^1
\ldots
w^m
\end{pmatrix}
\begin{pmatrix}
f_{11} & \cdots & f_{1n}\\
\vdots & \ddots & \vdots\\
f_{m1} & \cdots & f_{mn}
\end{pmatrix}
\begin{pmatrix}
v^1 \\
\vdots\\
v^n
\end{pmatrix}
\end{equation}
$$
This shows that matrices represent tensors, but a rectangle of numbers can itself represent different kinds of tensors.
This means that a tensor is not a matrix, but a more abstract object, whereas a matrix is simply a useful way to represent
it. Generalizing this,
Definition II. A multilinear map
\(f\colon V_1\times \cdots \times V_p\times W_1^*\times\cdots W_q^*\to\mathbb{K}\) is an element of
\(V_1^*\otimes \cdots V_p^*\otimes W_1\otimes \cdots \otimes W_q\) and is called a \((p,q)-\)tensor.


About Me
- I am a mother of 3 boys.
- I love to garden and grow food to cook for my family.
- I love animals, lots of pets, babies and springtime.
- I enjoy fixing anything and problem solving.
- I love the outdoors and open quiet spaces.
Hobbies and Interests
I love all fiber arts.
- Patchwork, Quilting
- Clothes making
- Crochet
- Wool Needle Felting
- Embroidery
- Crewelwork
- Crosstitch


Alexis Pesicka
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Spiraling Down
Texture and Color


Schedule - Group A
Standings
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Score
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Team 1
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Fetch Data
Toggle Toolbar
Grid Assistant
Voltage Contour
Voltage Visualization
Demand Frequency
Power Flow Visualization
ClearConsole


Tim Cook and President Trump set to visit Texas on Wednesday, tour Mac Pro facilities
by Chance MillerEarlier this week, a report suggested that President Trump and Tim Cook would make a trip to Austin, Texas together sometime in the future. Now, Reuters reports that the trip will take place on Wednesday, November 20.
During the trip, President Trump and Cook will visit facilities where the Mac Pro is assembled, the report says. Apple announced in September that it would assemble the new 2019 Mac Pro in Austin, much like its predecessor. Apple also received tariff exemptions from the Trump Administration on the majority of the Mac Pro parts it imports from China.
Reuters says the meeting in Austin will highlight Cook’s strong relationship with Trump. It will also give Trump the opportunity to “showcase companies that keep jobs in America.”
The trip will highlight Cook’s strong relationship with Trump as he seeks further relief for Apple from U.S. tariffs on imports from China and will be cited by Trump as part of his efforts to convince companies to add more U.S. manufacturing jobs.
Separately, a report this week also said that Apple has hired a pro-Trump lobbyist to help it battle potential tariffs behind-the-scenes in Washington DC. This comes as Apple faces the threat of additional tariffs in December on things like iPhone components, Apple Watch, and other consumer products. Apple has filed tariff exemption requests on these products.
Read more:
- Tim Cook and President Trump to tour Apple facilities in Texas together, report says
- Apple files amicus brief supporting DACA and Dreamers, signed by Tim Cook and Deirdre O’Brien
- WSJ report explores Tim Cook’s ‘unlikely’ relationship with President Trump
- 2019 Mac Pro will be made in United States after facing Trump tariff uncertainty, doubles American-made component value over last model
- Apple hires pro-Trump lobbyist to help battle potential tariffs on iPhone and more
FTC: We use income earning auto affiliate links. More.


<glossAbbreviation>
The <glossAbbreviation> element provides an abbreviated form of the term that is contained in a <glossterm> element.
<glossterm>
Category: Glossentry elements


NUnit is designed to be extended in a number of ways.
Extensions to the NUnit framework - the part of NUnit that is referenced by tests - usually take the form of or , written by users to encapsulate tests that pertain to their specific projects.
Through version 2.6.2, NUnit also supported an Addin mechanism, which could be used to extend NUnit. This is not currently supported in NUnit 2.9.6.
We are evaluating additional extension approaches for use in NUnit 3.0 and may re-introduce the use of Addins or use a plugin mechanism of somewhat different design.


EOCO grants bail to defunct Ideal Finance CEO, Kotei Dzani
The Economic and Organized Crime Office (EOCO) on Wednesday granted bail to the Chief Executive Officer of defunct Ideal Finance Company, Nii Kotei Dzani.
According to Citi News checks, he was invited last week for questioning over some depositors’ funds which have been unaccounted for.
The suspect, a member of the Council of State appeared yesterday for a further probe by EOCO and the Receiver.
Citi News also gathers that, officials of EOCO will later today, Thursday, authenticate some documents which were part of the suspect’s bail condition.
The businessman had reported to EOCO over the ongoing investigations into the collapsed financial institutions.
On Wednesday, unofficial reports emerged was detained at the Police Station for some hours before being released on bail.
He however denied the reportage.


Pokémon Sword And Shield Beats Star Wars Jedi: Fallen Order To Claim Number One Spot (UK)
Second biggest launch for the series in the region
by Damien McFerranPokémon Sword and Shield has enjoyed a massive opening week in the UK sales charts, holding off Star Wars Jedi: Fallen Order to claim the number one spot – making it the biggest system exclusive game of 2019.
Pokémon Sword on its own is the third biggest physical game launch of the year, trailing FIFA 20 and Call of Duty: Modern Warfare. However, combine Sword's sales with that of Shield and the Sword and Shield: Dual Edition, and you've got the second biggest launch for a Pokémon outing in UK history.
Pokémon Sun and Moon still holds the record for the biggest UK launch for the series, but it's worth noting that that Sun and Moon launched on a Wednesday while Sword and Shield launched on a Friday, so the former had two additional days of sales (plus, the UK charts do not count digital downloads, of which Sword and Shield will have had many more than Sun and Moon did).
Taken separately, Shield managed to hit the number three spot while the double pack came in at 7th in the UK chart. The rest of the top 10 is made of existing titles, with Luigi's Mansion 3 dropping to 6th, Mario Kart 8 Deluxe sliding to 9th and Mario & Sonic At The Tokyo Olympic Games 2020 falling to 10th.
Further down the chart, Ring Fit Adventure rose from 19th place to 15th.
| Last Week | This Week | |
|---|---|---|
| 1 | POKEMON SWORD | |
| 2 | STAR WARS JEDI: FALLEN ORDER | |
| 3 | POKEMON SHIELD | |
| 1 | 4 | CALL OF DUTY: MODERN WARFARE |
| 3 | 5 | FIFA 20 |
| 4 | 6 | LUIGI'S MANSION 3 |
| 7 | POKEMON SWORD & SHIELD: DUAL EDITION | |
| 2 | 8 | DEATH STRANDING |
| 6 | 9 | MARIO KART 8 DELUXE |
| 9 | 10 | MARIO & SONIC AT THE OLYMPIC GAMES TOKYO 2020 |
| 5 | 11 | NEED FOR SPEED: HEAT |
| 9 | 12 | MINECRAFT |
| 7 | 13 | FORTNITE: DARKFIRE BUNDLE |
| 13 | 14 | GRAND THEFT AUTO V |
| 19 | 15 | RING FIT ADVENTURE |
| 10 | 16 | PLANTS VS ZOMBIES: BATTLE FOR NEIGHBORVILLE |
| 11 | 17 | SUPER MARIO MAKER 2 |
| 12 | 18 | THE LEGEND OF ZELDA: LINK'S AWAKENING |
| 21 | 19 | SEA OF THIEVES |
| 23 | 20 | MINECRAFT: XBOX EDITION |
Ukie Games Charts©, compiled by GfK Chart-Track
[via gamesindustry.biz]


Handful of Hong Kong protesters surrender as university siege staggers on
HONG KONG: At least eight protesters who had been holding out at a trashed Hong Kong university surrendered to police in the early hours of Friday (Nov 22), while others desperately searched for escape routes as riot officers surrounded the campus.
The siege at the Polytechnic University on the Kowloon peninsula appeared to be nearing an end with the number of protesters dwindling to fewer than 100, days after some of the worst violence since anti-government demonstrations escalated in June.
READ: Isolated band of protesters holds out on trashed Hong Kong campus
The mood on the near-deserted campus was calm as the sun rose after a night where some protesters roamed the grounds in search of undercover officers. Others hid, terrified they would be arrested by infiltrators.
"We are feeling a little tired. All of us feel tired but we will not give up trying to get out," said a 23-year-old demonstrator who gave his name only as Shiba as he ate noodles with egg and sausage in the protesters' canteen.
"We spent yesterday trying to find ways to get outside but failed, so we came for some breakfast," he said.
A Reuters reporter saw six black-clad protesters holding hands walk towards police lines, while a first aid worker said two more surrendered later.
READ: China ready to 'fight back' over US Hong Kong Bill
Demonstrators are angry at what they see as Chinese meddling in freedoms promised to Hong Kong when the former British colony returned to Chinese rule in 1997 and are calling for full democracy, among other demands.
Beijing has said it is committed to the "one country, two systems" formula under which Hong Kong is governed. It denies meddling in Hong Kong affairs and accuses foreign governments, including Britain and the United States, of stirring up trouble.
One older protester, who estimated only around 30 demonstrators remained, said some had given up looking for escape routes and were now making new weapons to protect themselves in case police stormed the campus.
Commentary: This may be the end of Hong Kong as we know it
The city has enjoyed two days and nights of relative calm ahead of district council elections that are due to take place on Sunday.
The government has said it is committed to proceeding with the elections and is monitoring the situation to ensure the election can be held safely.
All polling stations will be guarded by armed officers in riot gear for the first time in the history of local elections, local media reported.
MORE: Our coverage of the Hong Kong protests
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Combi:
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