I'm A Celebrity romances 2019: Single campmates most likely to couple up this year
One of this year's bunch has already boasted they're 'planning to embrace the single life'
by Lucy Needham, https://www.facebook.com/dailymirror/There might be Bushtucker Trials, hunger pangs and creepy critters aplenty, but the I'm A Celebrity jungle has proved the unlikely setting for more than a few romances over the years.
Who could forget the early flirtations of Katie Price and Peter Andre who got hitched, had two children and transformed their careers after falling for each other on the ITV reality show.
So what are the chances of this year's bunch getting jiggy in the jungle?
While some are happily married (Kate Garraway, Jacqueline Jossa, James Haskell, Andrew Maxwell and Ian Wright) and others in living long-term relationships (Caitlyn Jenner and Roman Kemp ) ITV producers have thrown some stars into the mix who might be up for finding love down under.
Heading up the single bunch in camp this year is Myles Stephenson, 28.
The Rak-Su singer's last relationship was with Love Island 2017 star Gabby Allen , but the pair parted ways in mysterious circumstances back in August.
After confirming things were over between them, Gabby begged fans to pass on any information they had about Myles' unfaithful behaviour.
"The news paper articles are true. I am no longer in a relationship. I hope youse have all had a better week than me! [sic]
"If anyone else has anything they need to tell me, please do x" Gabby urged on Twitter .
While Myles has been very open about his relationship status.
After touching down in Australia this week, the former X Factor winner said he was planning to 'embrace single life' - whatever that means.
"I am single. I have just got out of a relationship but I think I want to be single for a bit and embrace single life!" he said.
Joining Myles on the singles bench is Girls Aloud legend Nadine Coyle.
The northern Irish star was married to professional american footballer Jason Bell. The pair have a baby girl together, Anaiya, who was born in 2014.
However, Nadine and Jason parted ways in September 2019 after 11 years together.
A source told the Sun the pair were 'not longer in a romantic relationship' and had been 'living separate lives'.
Before Jason, Nadine was linked to Desperate Housewives heartthrob Jesse Metcalfe.
I'm A Celebrity returns for its 19th series November 17 on ITV


Learn more about the Association for Academic Women below by reading about our mission, history, awards, and people.
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On the Woodpecker Trail approximately 40m from the Andrews Bay
Trail intersection
Video work log showing completion of work to close a social trail off
of the Woodpecker Trail, Seward Park, Seattle, Washington. Work
performed by volunteer forest stewards on Dec 29, 2018


--- layout: default title: Home ---
| Country | Population | GDP | Status |
|---|---|---|---|
| United States | 329,093,110 | 20,513,000 | Warning |
| China | 1,420,062,022 | 14,092.51 | Active |
| Japan | 126,854,745 | 5,167.05 | Active |
| Germany | 126,854,745 | 4,211.64 | Active |
| United Kingdom | 126,854,745 | 2,936.29 | Active |
| France | 126,854,745 | 2,925.10 | Active |
| India | 126,854,745 | 2,848.23 | Active |
| Italy | 126,854,745 | 2,181.97 | Active |
| Brazil | 126,854,745 | 2,138.92 | Active |
| Canada | 126,854,745 | 1,798.51 | Active |


See Amazon's documentation for information on instance sizes.
Note on Heavy reserved instances: We chose to present Heavy reservations as a fixed cost rather than a sloped line because they differ in their billing from other instances—you are charged the hourly rate for use of a Heavy reserved instance whether or not you are using it. With any other reserved instance type, you are charged the up-front fee, plus a monthly bill for however many hours you used. With a Heavy reservation, you are charged an up-front cost, plus a monthly bill for 100% usage, regardless of your actual usage.  To make it easier to tell where break-even points are for usage over long time periods, we're representing Heavy instances as one fixed cost.


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|
CS 341 - Survey of Programming Languages
Fourth Hour Homework: Language Design |
Due: Various dates. See below.
Note: This work is to be done in pairs. Each pair will
submit one assignment. Although you may divide the work, both team members
should be able to present/describe their partner's work upon request.
Language Design Phase 1
Due: Thursday 10/19 at the beginning of class #15
As our Fourth Hour project for the semester, you will be designing your own
high level programming language and implementing an interpreter for it using
JavaCC. As a first step you need to work through your design thoughts
concretely by writing example implementations using your proposed language.
Implement all 6 algorithms of Homework #1 using your
proposed language. You should at this point have working examples in a
number of languages, so the challenge should not be algorithmic. Rather,
you will be focused on the design of your language.
To submit this homework, email or physically submit your code to me directly.
Language Design Phase 2
Due: 11/7 at the beginning of class #20
- Create source files in your language for the maximum and factorial
problems of Homework #1. Call these maximum.txt
and factorial.txt.
- Implement an interpreter for your language that can, using the JavaCC
command "javacc MyLang.jj" and the java compiler command "javac
MyLang.java", create a Java executable that can interpret a source code file
<src> and input file <in> as follows: "java MyLang <src> <
<in>", where <src> is one of the source code files of step 1.
- Submit your interpreter and source code from the directory containing
them using the command "submit341 ld1".
Language Design Phase 3
Due: 11/16 at the beginning of class #23
- Create additional source files in your language for the unique and
quicksort problems of Homework #1. Call these
unique.txt and quicksort.txt.
- Implement an interpreter for your language that can, using the JavaCC
command "javacc MyLang.jj" and the java compiler command "javac
MyLang.java", create a Java executable that can interpret a source code file
<src> and input file <in> as follows: "java MyLang <src> <
<in>", where <src> is one of the source code files of step 1. All
source code files of phase 2 and phase 3 should function correctly.
- Submit your interpreter and source code from the directory containing
them using the command "submit341 ld2".
Language Design Phase 4
Due: 11/30 at the beginning of class #26
- Create additional source files in your language for the binary search
tree and breadth-first search problems of Homework #1.
Call these binary-search-tree.txt and breadth-first-search.txt.
- Implement an interpreter for your language that can, using the JavaCC
command "javacc MyLang.jj" and the java compiler command "javac
MyLang.java", create a Java executable that can interpret a source code file
<src> and input file <in> as follows: "java MyLang <src> <
<in>", where <src> is one of the source code files of step 1. All
source code files of phases 2, 3, and 4 should function correctly.
- Submit your interpreter and source code from the directory containing
them using the command "submit341 ld3".
Note that, for phases 3 and 4, you'll include the source code for problems of
previous phases.


Iron Slides
June 2014 TIYA Front End Class Durham
Week One
Class One
HTML
CSS
Class Two
HTML + CSS contd.
git + Github
Class Three
HTML5
CSS3
Class Four
Responsive Design
Week Two
Class Five
Sass
Class Six
Bourbon
Class Seven
Intro to Javascript
Class Eight
Looping over Arrays in Javascript


Megan Thee Stallion denies Tristan Thompson dating speculation
Rapper said she has never met Knicks star
by Lisa Respers France, CNN(CNN) - Megan Thee Stallion had a "Hot Girl Summer" but according to her, it did not include Tristan Thompson.
The rapper is denying speculation that she's involved with Thompson, who plays for the Cleveland Cavaliers and shares a daughter with Khloé Kardashian.
It all apparently started with a report that Thompson invited Stallion to a Knicks vs. Cavaliers game at Madison Square Garden in New York City.
While she retweeted the New York Knicks tweet about her being present at MSG, she responded to another tweet which featured an article claiming she and Thompson were dating.
"Lol they literally made up a whole LIE," she tweeted. "I was at knicks game with my manager and my friend Ej."
In another tweet, she rather graphically stated that she doesn't even know Thompson.
She also got a final word in.
"If I ain't claiming him he ain't mine ...SIMPLE," the rapper tweeted.
Megan Thee Stallion is currently one of the hottest rappers in the industry, despite her not being one of the freshman artists recognized recently by the Grammys.
Thompson made headlines in April 2018 when he became embroiled in a cheating scandal while Kardashian was pregnant with their daughter, True.
The couple split soon after and the drama was documented on her family's hit reality series "Keeping Up with the Kardashians."


D3.js is an extensive library used to create visualizations for Da ta Driven Documents. Visualizing large sets of data allows any individual to notice certain information which may provide a benefit. An example would be using the pie graph visualizations for "Company A" (Company's Collective Majors), if you were the owner of this, let's say a small start-up company, which is involved in the online-medical market; you would notice maybe a lack of engineers within your company and would seek out to hire one for the benefit of the company.
So if you're wondering why I decided to create an item involving D3, the main point is scientific visualization. UI and UX can be created on my end, but visualizing high-end graphics on data driven documents requires a lot of time and effort. The goal of programming for me is to minimize needless work; to not go out of my way spending hours on something I didn't need to spend hours on. D3 helps with that concept in mind (as with any library), and I'm sure it can also help you.
Using a browser other than Google Chrome and having trouble seeing all 4 pie graphs? That's because the browser is NOT able to load the JavaScipt data in-time before reading it. Hit refresh multiple times to see different graphs appear (or disappear), knowing the limits of JavaScript and libaries developed in JavaScript is one of my core concepts for web development, browsers on mobile phones and browsers on desktops will struggle when implementing JavaScript. Catering to the main audience and creating a all-working website is key in developing 'successfully working' JavaScript functions (since the SVG is not properly supported on an even basis on all browsers).


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This chapter discusses how to set up and run the Pgpool-II server and its interactions with the operating system.


Plays: Zeliek
Known for: Coupling (TV), Breathless (TV), Pirates of the Caribbean (film series), The Talented Mr. Ripley (film)
Jack was born in Suffolk to Maria Aitken and Nigel Davenport, both of whom were actors themselves. They tried to warn him off of acting, saying that "lion taming was preferable to acting", but he went into the craft anyway and has thrived in it.
Jack's first well known role came in the mid nineties, when he played Miles Stewart in TV series This Life. He followed this up with more TV work, including playing Steve Taylor in the popular TV show Coupling.
It was around this time that Jack also hit cinema screens as Captain Norrington in Pirates of the Caribbean: The Curse of the Black Pearl. He returned for the franchise's sequels, and is rumoured to be returning in the future in a fourth Pirates film.
In recent years Jack has had more success with TV. He's starred as as Derek Wills in Smash, Lloyd Simcoe in Flash Forward, and Dr. Otto Powell in the drama Breathless, which looks at life in a gynaecology ward in the 1960s.
Jack is married to Michelle Gomez, and is currently the subject of rumours about the next actor to play James Bond...
Jack plays Zeliek in Death Knight Love Story.
We asked Jack what his thoughts are on voice acting and animation. He said "One of the things I really like about voicework is it's the most untrammeled way for actors to work. When I first started out, I did then - and still really do - adore doing radio work."
"Animation is an approximation of or a heightened version of a reality, which means that vocally you're able to play around in ways that you might not be able to so much if it was live action."
We were also curious on his thoughts about motion capture. He said that while he fondly recalls observing the motion capture work for Captain Davey Jones in Pirates of the Carribbean: Dead Man's Chest, he thinks films should be careful motion capture and CGI don't get in the way of more important things:
"Call me old fashioned, but my favourite film of this season so far has been George Clooney on an airplane, because that can actually happen, and it's about humans interacting with each other in a recognisable and complicated emotional way."
"I worry that the rush to make everything mo cap and cgi'ed means that all mainstream entertainment becomes solely the preserve of family entertainment - which absolutely has its place - or slightly specialist niche for fans of science fiction or fantasy or whatever. I slightly fear that it's incredibly difficult to make a small film about adult themes that doesn't need spaceships."


Game Rules
First Player to 100 pts wins!
- Player 1 goes first
- Click the "Roll" button to roll a virtual 6-sided die
- Values for 2-6 get added to the "Roll Total" value for each turn
- If you roll a 1, your turn is over and you lose all points earned
- To end turn, select "Hold" button- this will add the "Roll Total" to the player's score
Have fun!
So You Want To Play The Pig!!
score
Total
score
Total


System requirements
These project was developed on Ubuntu 18.04 (LinuxPlus 2019)
To install ubuntu on your work computer you would need to:
- Download Ubuntu from there official site (Ubuntu 2019)
- Install the iso file on a flash disk
- Boot the workstation computer from the USB disk
- Follow the installation guide on screen to complete installation process
references
LinuxPlus. 2019. “How to Install Ubuntu 18.04 LTS.” https://www.youtube.com/watch?v=vt5Lu_ltPkU.
Ubuntu. 2019. “Ubuntu Installation.” https://www.ubuntu.com/download/desktop.


This app is a QR code reader with additional features. These features are meant to protect users from potentially malicious QR codes. You can enable and disable these security checks from the Settings-menu. Note that these security checks (including Google Safe Browsing) are not perfect. We do our best to keep false positives at a minimum, but they can still happen. If you encounter such a false positive, please let us know so we can improve our App.
In case you want to generate your own signed QR code or find out more about the Secure QR project, head on over to our website.
The app checks for an abnormally high error rate in the QR code. A high error rate might indicate that the code has been tampered with.
URLs are verified against the Phishtank API to detect malicious URLs.
The app warns if a scanned QR code wants to redirect the user a large number of times, as this might indicate that the URL is trying to hide its "real" identity or create a redirection loop.
All URLs are checked against Google's Safe Browsing lists of known malicious URLs.
The user is warned if an URL uses a hostname that is backed by a dynamic DNS service. This is due to the fact, that these hostnames have a very high abuse potential due to their volatility.
The app checks whether the site may be indexed by search engines. If a QR code is scanned in public, and the site disallows all crawlers, this quite strange. If you put up a QR code in a public place, you want your website to be found.
Note: this check is disabled by default due to a high possibility of false positives.
The Wayback Machine is asked about when it has first seen the root page of the scanned website. Phishing sites are created and destroyed quite rapidly. This is why "young" websites, whose QR codes are found in public places, might be malicious.
Note: this check is disabled by default due to a high possibility of false positives.


Infinity is returned if you calculate a number outside the largest possible number:
Division by zero generates Infinity:
Infinity is a number:


--- layout: post title: "@uwophysastro here's Crow Emily at her poster #agu11" date: '2011-12-05T17:34:00.000-05:00' author: Bob Sica tags: - agu11 - reviews - meeting - photo modified_time: '2011-12-21T12:48:50.225-05:00' blogger_id: tag:blogger.com,1999:blog-736339229338318027.post-1001280516819960948 blogger_orig_url: http://blog.purplecrowlidar.ca/2011/12/uwophysastro-here-crow-emily-at-her.html ---


3x3 Blinker
No canvas support found!
6x6 Glider
No canvas support found!
8x8 Random
No canvas support found!


Functions | |
| template<typename P1 , typename P2 , template< typename, typename > class VP, template< typename, typename > class VR, template< typename > class AP, template< typename > class AR, typename S > | |
| bool | geometry::within (const P1 &p, const polygon< P2, VP, VR, AP, AR > &poly, const S &strategy) |
| Examine if point is in polygon. | |
| template<typename P1 , typename P2 , template< typename, typename > class VP, template< typename, typename > class VR, template< typename > class AP, template< typename > class AR> | |
| bool | geometry::within (const P1 &p, const polygon< P2, VP, VR, AP, AR > &poly) |
| Examine if point is in polygon. |
| bool geometry::within | ( | const P1 & | p, | |
| const polygon< P2, VP, VR, AP, AR > & | poly, | |||
| const S & | strategy | |||
| ) |
Examine if point is in polygon.
The function within, for point-polygon, returns the point lies within the polygon, using a specified strategy
| p | point to examine | |
| poly | polygon to examine | |
| strategy | optional strategy to be used for within detection. If not specified, the default within-detection strategy is taken. |
{ // TO BE UPDATED/FINISHED typedef geometry::point_xy<double> P; typedef geometry::polygon<P> POLY; P p; std::cout << within(p, poly, strategy::within::cross_count<P>) << std::endl; }
| bool geometry::within | ( | const P1 & | p, | |
| const polygon< P2, VP, VR, AP, AR > & | poly | |||
| ) |
Examine if point is in polygon.
The function within, for point-polygon, returns the point lies completely within the polygon
{ geometry::polygon<geometry::point_xy<double> > poly; geometry::from_wkt("POLYGON((0 0,0 7,4 2,2 0,0 0))", poly); geometry::point_xy<float> point(3, 3); std::cout << "Point is " << (geometry::within(point, poly) ? "IN" : "NOT in") << " polygon" << std::endl; }
|
October 14, 2008 |
Copyright © 1995-2008 Barend Gehrels, Geodan Holding B.V. Amsterdam, the Netherlands Copyright © 2008 Bruno Lalande, Paris, France |


From the newsletter ... |
|
Heaping Live Coals
I am writing this at the end of the second week of the bombing of
Afghanistan. The burning question of the day is whether the bombing
should be halted in order to allow humanitarian aid to reach Afghan
refugees before the winter sets in. The debate is between those who see
the rapid defeat of the Taliban military as offering the best way
forward for the suffering population of refugees, and those for whom
humanitarian concern takes priority over political and military
concerns.
I wonder if it is as simple a choice as that. I have often mused over a peculiar sentence of St Paul's in his Letter to the Romans. "If your enemies are hungry, feed them; if they are thirsty, give them something to drink; for by doing this you will heap burning coals on their heads." Here we are encouraged to do good, not out of compassion but as an effective weapon against our enemies. And if we think about it, it makes a good deal of sense. Reports coming out of Kandahar and Jalalabad suggest that the bombing is hardening support for the Taliban. That whereas a fortnight ago, the Afghan government seemed on the brink of collapse, it is now stronger and more resilient. So perhaps we should stop the bombing and send in the food. Not because we seek to abandon legitimate military and political goals, but rather that doing good may be a much more effective way of achieving them. As Paul puts it "Do not be overcome by evil, but overcome evil with good". Cogges Parish | Other articles | Previous issue | Feedback © 2001; Published in Cogges Parish monthly newsletter, November 2001 |


Part 17—Special Contracting Methods
17.000 Scope of part.
Subpart 17.1—Multi-year Contracting
17.101 Authority.
17.102 Applicability.
17.103 Definitions.
17.104 General.
17.105 Policy.
17.105-1 Uses.
17.105-2 Objectives.
17.106 Procedures.
17.106-1 General.
17.106-2 Solicitations.
17.106-3 Special procedures applicable to DoD, NASA, and the Coast Guard.
17.107 Options.
17.108 Congressional notification.
17.109 Contract clauses.
Subpart 17.2—Options
17.200 Scope of subpart.
17.201 [Reserved]
17.202 Use of options.
17.203 Solicitations.
17.204 Contracts.
17.205 Documentation.
17.206 Evaluation.
17.207 Exercise of options.
17.208 Solicitation provisions and contract clauses.
Subpart 17.3—[Reserved]
Subpart 17.4—Leader Company Contracting
17.401 General.
17.402 Limitations.
17.403 Procedures.
Subpart 17.5—Interagency Acquisitions
17.500 Scope of subpart.
17.501 General.
17.502 Procedures.
17.502-1 General.
17.502-2 The Economy Act.
17.503 Ordering procedures.
17.504 Reporting requirements.
Subpart 17.6—Management and Operating Contracts
17.600 Scope of subpart.
17.601 Definition.
17.602 Policy.
17.603 Limitations.
17.604 Identifying management and operating contracts.
17.605 Award, renewal, and extension.
Subpart 17.7—Interagency Acquisitions: Acquisitions by Nondefense Agencies on Behalf of the Department of Defense
17.700 Scope of subpart.
17.701 Definitions.
17.702 Applicability.
17.703 Policy.


---
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annotation_count: 0
images:
small-thumbnail: http://readux.library.emory.edu/books/emory:b5j2m/pages/emory:p7986/mini-thumbnail/
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full: http://readux.library.emory.edu/books/emory:b5j2m/pages/emory:p7986/fs/
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thumbnail: http://readux.library.emory.edu/books/emory:b5j2m/pages/emory:p7986/thumbnail/
title: Page 173
number: 173
---
{% raw %}THE MANUAL LABOUR SCHOOL AT DAW X. 169-{% endraw %}
{% raw %}to commence the school-buildings I can satisfy them."{% endraw %}
{% raw %}He curtly replied, " When I get ready; when I{% endraw %}
{% raw %}please." I said, meekly, " It is quite unfortunate for{% endraw %}
{% raw %}me, for my honour is impeached, as I have always{% endraw %}
{% raw %}defended you."{% endraw %}
{% raw %}"What's your honour to me ? I don't care what{% endraw %}
{% raw %}they say." He added, in a very dignified manner,{% endraw %}
{% raw %}" I did not come here for the coloured people to{% endraw %}
{% raw %}dictate to me."{% endraw %}
{% raw %}I replied, " If you really do not intend to build us{% endraw %}
{% raw %}a school, you ought to leave the farm, and let us{% endraw %}
{% raw %}manage for ourselves."{% endraw %}
{% raw %}With some excitement he said, "Pay me what I{% endraw %}
{% raw %}Lave expended during the many years I have tried{% endraw %}
{% raw %}to make this place meet its expenses, and I will go{% endraw %}
{% raw %}at once."{% endraw %}
{% raw %}The scales fell from my eyes ; I saw through the{% endraw %}
{% raw %}man's motives. I went to the coloured people and{% endraw %}
{% raw %}told them, sadly, " that I had been greatly deceived,{% endraw %}
{% raw %}that we should never have a school until we gained{% endraw %}
{% raw %}possession of the property, and that if I had a power{% endraw %}
{% raw %}of attorney to act for them I would consult an able{% endraw %}
{% raw %}lawyer, and ascertain what could be done." A con¬{% endraw %}
{% raw %}vention of the coloured people of the region was{% endraw %}
{% raw %}called. I was given by them the power of attorney{% endraw %}
{% raw %}to examine the subject and act for them. I went{% endraw %}
{% raw %}immediately to London, Canada, and laid the case{% endraw %}
{% raw %}before Lawyer Wilson, since made a judge, and{% endraw %}
{% raw %}Lawyer McKenzie, two eminent lawyers. They{% endraw %}
{% raw %}promised to weigh the matter very carefully, and to{% endraw %}
{% raw %}let me know the result. In about three months they{% endraw %}
{% raw %}sent me word " that if I could find two substantial{% endraw %}


Using AWS Lambda with other services
AWS Lambda integrates with other AWS services to invoke functions. You can configure triggers to invoke a function in response to resource lifecycle events, respond to incoming HTTP requests, consume events from a queue, or run on a schedule.
Each service that integrates with Lambda sends data to your function in JSON as an event. The structure of the event document is different for each event type, and contains data about the resource or request that triggered the function. Lambda runtimes convert the event into an object and pass it to your function.
The following example shows a test event from an Application Load Balancer that represents a GET
request to /lambda?query=1234ABCD
.
Example event from an Application Load Balancer
{ "requestContext": { "elb": { "targetGroupArn": "arn:aws:elasticloadbalancing:us-east-2:123456789012:targetgroup/lambda-279XGJDqGZ5rsrHC2Fjr/49e9d65c45c6791a" } }, "httpMethod": "GET", "path": "/lambda", "queryStringParameters": { "query": "1234ABCD" }, "headers": { "accept": "text/html,application/xhtml+xml,application/xml;q=0.9,image/webp,image/apng,*/*;q=0.8", "accept-encoding": "gzip", "accept-language": "en-US,en;q=0.9", "connection": "keep-alive", "host": "lambda-alb-123578498.us-east-2.elb.amazonaws.com", "upgrade-insecure-requests": "1", "user-agent": "Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/71.0.3578.98 Safari/537.36", "x-amzn-trace-id": "Root=1-5c536348-3d683b8b04734faae651f476", "x-forwarded-for": "<IP_ADDRESS>", "x-forwarded-port": "80", "x-forwarded-proto": "http", "x-imforwards": "20" }, "body": "", "isBase64Encoded": false }
The Lambda runtime converts the event document into an object and passes it to your function handler. For compiled languages, Lambda provides definitions for event types in a library. See the following topics for more information.
For services that generate a queue or data stream, you create an event source mapping in Lambda and grant Lambda permission to access the other service in the execution role. Lambda reads data from the other service, creates an event, and invokes your function.
Services that Lambda reads events from
Other services invoke your function directly. You grant the other service permission in the function's resource-based policy, and configure the other service to generate events and invoke your function. Depending on the service, the invocation can be synchronous or asynchronous. For synchronous invocation, the other service waits for the response from your function and might retry on errors.
Services that invoke Lambda functions synchronously
For asynchronous invocation, Lambda queues the event before passing it to your function. The other service gets a success response as soon as the event is queued and isn't aware of what happens afterwards. If an error occurs, Lambda handles retries, and can send failed events to a destination that you configure.
Services that invoke Lambda functions asynchronously
Additionally, some services integrate with Lambda in other ways that don't involve invoking functions.
Services that integrate with Lambda in other ways
See the topics in this chapter for more details about each service, and example events that you can use to test your function.


| Fig 1 |
Map of the global tropical cyclones tracks from Internationa ... |
| Fig 2 |
Descriptive statistics for GTC data. Above: Frequency of tro ... |
| Fig 3 |
Dynamics of the time-varying first-digit probability p t . T ... |
| Fig 4 |
Dynamics of sum of squared deviations (SSD). The chart gives ... |
| Fig 5 |
Dynamics of the time-varying second-digit probability p t ( ... |
| Fig 6 |
Dynamics of the second-digit SSD. The chart presents the pos ... |


BETA: Inverted Logic isn't complete!
🔧
Settings
Item Tracker
Edit Mode
Size
100%
Dungeon Display
Chests
Prizes
Medals
Labels
Map Tracker
Enabled
Regions
Warps
Portals
Size
100%
Orientation:
Horizontal
Vertical
Position
Above
Below
Side
ALttP Options
World State
Standard
Open
Inverted
Swordless
OHKO
Item Placement
Basic
Advanced
Glitch Logic
No Glitches
Minor
Overworld
Major
Super Metroid Options
Skill Logic
Normal
Hard
Item Skin
Lights
No Lights
Nothing
Chest Legend
Available
Glitch Available
Possible
Viewable
Glitch Possible
Glitch Viewable
Agahnim Defeated
Glitch Agahnim
Unavailable
Opened
Opened
Dungeon Legend
Partial
Glitch Partial


|
Totally Not Mario 2D!
1.0
LCOM 2020/2021 T08G01
|
Go to the source code of this file.
Functions | |
| void | timer (game *Game) |
| Handles the drawings of the game state in each timer interrupt. More... | |
| void | keyboard (game *Game) |
| Handles keyboard inputs. More... | |
| void | mouse (game *Game) |
| Handles the mouse inputs. More... | |
Variables | |
| unsigned int | timer_no_calls |


| 9:50- 10:00 | Opening Remarks | ||||
|---|---|---|---|---|---|
| 10:00 – 10:07 | Poster: Pain-O-Vision, Effortless Pain Management | ||||
| 10:08– 10:15 | DEA: A Trusted Decentralized Emergency Alert Protocol for Emergency Situations | ||||
| 10:15 – 10:20 | Break |
| 10:20 – 11:30 | Panel I: "Academic Job Search: Hear from both perspectives: the new faculty & the job search committee" |
|---|
Speaker: Prof. Cecilia Mascolo (University of Cambridge)
Title: Exploring audio from mobile and in-ear devices for health and behavior sensing
Sensing and sensing data analysis has made strides to improve how we understand human behaviour and health. I will discuss work in the area of finding more effective and efficient ways of sensing and analysis sensing data from wearable devices to understand our health. I plan to reflect on the challenges and opportunities that mobile and wearable health systems are introducing for the community, the developers as well as the users. I will use examples from my group's ongoing research on exploring wearable and mobile devices for sensing activity and health. More precisely I will discuss two projects related to audio: one using in-ear microphones for activity detection and one using mobile crowdsourced audio for COVID-19 diagnostic pre-screening and progression.
Speaker: Prof. Xia Zhou (Dartmouth College)
Title: TBD
| 13:50 – 14:50 | Student Panel: PhD Hacks |
|---|
| 15:00 – 15:07 | Two beams are better than one: Enabling reliable and high throughput mmWave links | ||||
|---|---|---|---|---|---|
| 15:08– 15:15 | LATTE: Online MU-MIMO Grouping for Video Streaming Over Commodity WiFi | ||||
| 15:16 – 15:23 | Mobile-Cloud Cooperative Deep Learning Platform for Mixed Reality Applications | ||||
| 15:23 – 15:30 | Training Deployable Disaster Relief Algorithms on Social Media Data: A Brief Overview |
| 15:30 – 15:50 | 3 MT Competition | LATTE: Online MU-MIMO Grouping for Video Streaming Over Commodity WiFi | Mobile-Cloud Cooperative Deep Learning Platform for Mixed Reality Applications | DEA: A Trusted Decentralized Emergency Alert Protocol for Emergency Situations | Two beams are better than one: Enabling reliable and high throughput mmWave links |
|---|
| 15:50 – 16:00 | Closing Remarks and Awards |
|---|
| 16:00 – 17:00 | SIGMobile Community Engagement Program: Game Night (Among Us) Organizer: Santiago Vargas |
|---|


I am a B.Tech 4th year student at Toc H Institute of Science & Technology. My native place is Kalampoor, a small village in the sides of a beautiful river. I did my schooling at Sree Saraswathy Vidya Mandir.


Planet Sick-Boy: http://www.sick-boy.com "We Put the SIN in Cinema"
© Copyright 2001 Planet Sick-Boy. All Rights Reserved.
The world needed American Pie about as badly as it needs Dubya leading it into oblivion. It was Porky's for the next generation (believe me, kids - that's no compliment); a funny, teen-oriented film that people flocked to even though they already knew its biggest gags. Aside from the strong performance by Jason Biggs, the three other main characters were so painfully bland, they could be described as The Guy Who Acts Like He's 40 (Eddie Kaye Thomas), The Guy Who Acts Like He's Retarded (Chris Klein) and The Guy Who May As Well Not Even Be There (Thomas Ian Nicholas). And the aforementioned world needs a sequel to Pie as badly as it needed Porky's 2: The Next Day.

Hey, why mince words? Pie was a movie about fucking, and the sequel isn't any different. Pie 2 opens just after the gang's freshman year of college as they tackle the 12 weeks of summer with a party-minded vengeance.
It's a funny scene, but just about the entire thing is shown in Pie 2's trailer, which was a big problem with the first film, as well. When the people sitting behind you at an advance screening recite the dialogue along with the actors, you know they've divulged too much of the film in the coming attractions. Pie 2 is essentially built around five set pieces that are very funny and extremely well-executed. But two of these five scenes are shown in the trailer, and everything that takes place between these five scenes is crap.
When Stifler's (Seann William Scott, Evolution) summer party palace is busted up by the fuzz, Kevin's wise old brother (Casey Affleck) suggests the quintet rent out a summer home on Lake Michigan. Most of the action takes place here, where the boys are forced to get jobs as house painters to afford their swank new digs. And, of course, they get themselves in various sexual predicaments that usually lead to subtle-as-a-jackhammer Pepsi product placement.
 It might be easy to overlook the fact that most of these "kids" are too old for grad school, but it's downright shocking to learn that 22-year-old Natasha Lyonne (Scary Movie 2) is one of the youngest actresses involved in Pie 2 (Elizabeth is 28, Hannigan 27, Reid 26).
Original directors Chris and Paul Weitz are producers here, handing the reins over to James B. Rogers (Say It Isn't So), who was an associate producer and assistant director on the first Pie. Grand Rapids native Adam Herz once again provides a script full of shocking, gross-out humor that is rooted exclusively in bodily fluids and copulation. If you like that kind of humor, and aren't put off by the fact that most of the laughs have already been given away for free, then Pie 2 will be a surefire hit.
1:40 - R for strong sexual content, crude humor, language and drinking
========== X-RAMR-ID: 29150 X-Language: en X-RT-ReviewID: 242792 X-RT-TitleID: 1109236 X-RT-SourceID: 595 X-RT-AuthorID: 1146
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
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


prettier
An opinionated code formatter for JavaScript, JSON, CSS, YAML, and more.
More information: home page
- Format a file and print the result to `stdout`:
prettier path/to/file
- Check if a specific file has been formatted:
prettier --check path/to/file
- Run with a specific configuration file:
prettier --config path/to/config_file path/to/file
- Format a file or directory, replacing the original:
prettier --write path/to/file_or_directory
- Format files or directories recursively using single quotes and no trailing commas:
prettier --single-quote --trailing-comma none --write path/to/file_or_directory
- Format JavaScript and TypeScript files recursively, replacing the original:
prettier --write "**/*.{js,jsx,ts,tsx}"


Update this view every time a backbone model updates:
{% code_example "backbone-mixin.jsx" %}A nice looking replacement for a related set of buttons (like radio buttons).
{% code_example "button-group.jsx" %}$_
A pseudo-component useful for internationalization.
{% code_example "i18n.jsx" %}Render another component in a div appended to the page
{% code_example "layered-component-mixin.jsx" %}Like setInterval
that calls clearInterval
for you.
TimeAgo
Human friendly display of how long it's been since an event happened.
{% code_example "timeago.jsx" %}


We’re not looking for anyone in particular at the moment, but feel free to get in touch and let us know what you can do.
{% endif %}
{% include full-width-with-button.html text="Don't see the right role for you? get in touch and let us know what you could offer...
" image="wheal-house.jpeg" button-text="get in touch" button-link="/contact" button-icon="ti-email"%}


Checkbox group created from passed checkboxes and value is required
Value is required.
Favorites: {{ form1.controls.fruitsEx?.value }}
Checkbox group created from list of values and value is required
Value is required.
Favorites: {{ form2.controls.fruits1?.value }}
Checkboxes with different context
Qualification form
Graduated
Engineering completed
5 year of work experience
Value is required
Value is invalid
Graduation is mandatory
Engineering is mandatory
Minimum 5 years of work experience required
Checkbox group created from list of SelectItem Objects and value is required
Value is required.
Languages Known: {{ form3.controls.language?.value }}


Searching for Members
How to search for site members using the Member Directory module.
Basic Search
- Go to a Member Directory module.
- In the Search text box, begin typing in the user name, first name or last name of the message recipient or the name of the Role. This will display a list of the matching users.
- Click the Search button to view all results (as shown below) - OR - Click on a member's name in the list of results to view that member only.
Advanced Search
- Go to a Member Directory module.
- Click the Advanced Search button. This displays the advanced search options that can include one or more of the below options. Complete one or more search criteria:
- In the Display Name text box, enter all or part of the member's display name.
- In the Email Address text box, enter all or part of the member's email address.
- In the City text box, enter the name of the member's city.
- In the Country text box, enter the name of the member's country.
- Click the Search button to view the matching members.
-
See "Configuring Search Settings"


{% extends "base.html" %} {% block "title" %}
{{ data.kind }} transaction with ID {{ data.id }}, amount {{data.amount}} of asset {{data.asset}} has status {{ data.status }}. It started at {{ data.started_at }} and completed at {{ data.completed_at }}.


Class WsAuth
WsAuth Base class for user authentication.
Example usage:
$auth = new WsAuth(); //check if any user is logged in if ($auth->checkSessioun()) { . . . } // check if logged in user has specific permission if ($auth->hasPermission('perm_name')) { . . . }
Located at WsAuth.class.php
public
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public
boolean
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public
boolean
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public
boolean
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public
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public
boolean
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public
string
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public
integer
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public
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$isUsable
checks if database object is available. Database is needed for WsAuth module. |


The strategy requires the continuous futures contract, so we import the custom data from Quandl. We manually create a universe of tradable commodity futures. They are all liquid and active continuous contracts #1. The data from Quandl are non-adjusted price based on spot-month continuous contract calculations. The data resolution is daily.
The paper selected a well-balanced commodities pool to include 7 representative contracts: Crude oil, Henry Hub Natural Gas, Corn, Wheat, Super, Live Cattle and Copper. We will add continuous futures data of these contracts from Quandl. This implementation performs a backtest on 20 years as opposed to 200 years of data for the purpose of comparing to benchmark SPY.
from QuantConnect.Python import PythonQuandl class ImprovedCommodityMomentumTrading(QCAlgorithm): def Initialize(self): tickers = ["CHRIS/CME_W1", # Wheat Futures, Continuous Contract #1 "CHRIS/CME_C1", # Corn Futures, Continuous Contract #1 "CHRIS/CME_LC1", # Live Cattle Futures, Continuous Contract #1 "CHRIS/CME_CL1", # Crude Oil Futures, Continuous Contract #1 "CHRIS/CME_NG1", # Natural Gas (Henry Hub) Physical Futures, Continuous Contract #1 "CHRIS/LIFFE_W1", # White Sugar Future, Continuous Contract #1 "CHRIS/CME_HG1"] # Copper Futures, Continuous Contract #1 for ticker in tickers: data = self.AddData(QuandlFutures, ticker, Resolution.Daily) data.SetLeverage(3) class QuandlFutures(PythonQuandl): def __init__(self): self.ValueColumnName = "Settle"
In Initialize(), we create a dictionary to store the SymbolData object for each security. The strategy is designed to trade monthly, so we will create a monthly consolidator for each security as well. When a new monthly data becomes available, the consolidator calls an event handler CalendarHandler. Within this event handler, we will update the SymbolData object with the freshly received monthly data.
def Initialize(self): # Container to store the SymbolData object for each security self.Data = {} for ticker in tickers: # Add Quandl data and set desired leverage data = self.AddData(QuandlFutures, ticker, Resolution.Daily) data.SetLeverage(3) # Create a monthly consolidator for each security self.Consolidate(ticker, CalendarType.Monthly, self.CalendarHandler) # Create a SymbolData object for each security to store relevant indicators # and calculate quantity of contracts to Buy/Sell self.Data[data.Symbol] = SymbolData() def CalendarHandler(self, bar): ''' Event Handler that updates the SymbolData object for each security when a new monthly bar becomes available ''' self.Data[bar.Symbol].Update(bar)
The SymbolData class is designed to contain everything we need for calculating how many contracts to Buy/Sell at the beginning of each month. LEAN provides helpful indicators to get the exponential moving average and momentum indicators. The Introduction section above detailed the formula for calculating the number of contracts to Buy/Sell. We implement the formula in the Update function.
class SymbolData: ''' Contains the relevant indicators used to calculate number of contracts to Buy/Sell ''' def __init__(self): self.ema = ExponentialMovingAverage("MonthEMA", 5) # Volatility estimation is defined as the EMA of absolute monthly price changes # Use Momentum indicator to get absolute monthly price changes. # Then use the IndicatorExtensions.EMA and pass the momentum indicator values to get the volatility self.mom = Momentum("MonthMOM", 1) # Note: self.vol will automatically be updated with self.mom self.vol = IndicatorExtensions.EMA(self.mom, 5) self.Quantity = 0 def Update(self, bar): self.ema.Update(bar.Time, bar.Value) self.mom.Update(bar.Time, bar.Value) if self.ema.IsReady and self.vol.IsReady: # Equation 1 in [1] signal = (bar.Value - self.ema.Current.Value) / self.vol.Current.Value # Equation 2 in [1] self.Quantity = np.sign(signal)/abs(self.vol.Current.Value) return self.Quantity != 0
Now we’ll place orders based on the quantity of contracts calculated from previous month stored in the SymbolData object. Note that we warm up the algorithm with 150 days of data to allow the algorithm to execute trades on the start date.
def OnData(self, data): ''' Buy/Sell security every month ''' if self.Time < self.nextRebalance or self.IsWarmingUp: return for symbol in data.Keys: symbolData = self.Data[symbol] if symbolData.Quantity != 0: self.MarketOrder(symbol, symbolData.Quantity) self.nextRebalance = Expiry.EndOfMonth(self.Time)


{% extends "layouts/layout.html" %} {% block header %}
We will analyse its sentiment and see if your expression conforms to what our AI thinks that should be.


MTHS STEM is a fun and challenging program.
Established only 10 years agp, the STEM program at MTHS leads into 3 different pathways: Aerospace, Biotechnology and Computer Science.
Founded a few years back by Haeley Johnston and Mark Burbank, our school's TSA has been a thriving community! We spend hours of our time meticulously crafting projects for a perfect finish at our compeitions. We have consistently taking first place finishes in certain events, and believe that none of our students should have to contribute a dime!


Next: wild-pathname-p, Previous: namestring, Up: Filenames Dictionary
parse-namestring
thing &optional host default-pathname &key start end junk-allowed
⇒ pathname, position
thing—a string, a pathname, or a stream associated with a file.
host—a valid pathname host, a logical host, or nil.
default-pathname—a pathname designator. The default is the value of *default-pathname-defaults*.
start, end—bounding index designators of thing. The defaults for start and end are 0 and nil, respectively.
junk-allowed—a generalized boolean. The default is false.
pathname—a pathname, or nil.
position—a bounding index designator for thing.
Converts thing into a pathname.
The host supplies a host name with respect to which the parsing occurs.
If thing is a stream associated with a file, processing proceeds as if the pathname used to open that file had been supplied instead.
If thing is a pathname, the host and the host component of thing are compared. If they match, two values are immediately returned: thing and start; otherwise (if they do not match), an error is signaled.
Otherwise (if thing is a string), parse-namestring parses the name of a file within the substring of thing bounded by start and end.
If thing is a string then the substring of thing bounded by start and end is parsed into a pathname as follows:
If host is a logical host then thing is parsed as a logical pathname namestring on the host.
If host is nil and thing is a syntactically valid logical pathname namestring containing an explicit host, then it is parsed as a logical pathname namestring.
If host is nil, default-pathname is a logical pathname, and thing is a syntactically valid logical pathname namestring without an explicit host, then it is parsed as a logical pathname namestring on the host that is the host component of default-pathname.
Otherwise, the parsing of thing is implementation-defined.
In the first of these cases, the host portion of the logical pathname namestring and its following colon are optional.
If the host portion of the namestring and host are both present and do not match, an error is signaled.
If junk-allowed is true, then the primary value is the pathname parsed or, if no syntactically correct pathname was seen, nil. If junk-allowed is false, then the entire substring is scanned, and the primary value is the pathname parsed.
In either case, the secondary value is the index into thing of the delimiter that terminated the parse, or the index beyond the substring if the parse terminated at the end of the substring (as will always be the case if junk-allowed is false).
Parsing a null string always succeeds, producing a pathname with all components (except the host) equal to nil.
If thing contains an explicit host name and no explicit device name, then it is implementation-defined whether parse-namestring will supply the standard default device for that host as the device component of the resulting pathname.
(setq q (parse-namestring "test")) ⇒ #S(PATHNAME :HOST NIL :DEVICE NIL :DIRECTORY NIL :NAME "test" :TYPE NIL :VERSION NIL) (pathnamep q) ⇒ true (parse-namestring "test") ⇒ #S(PATHNAME :HOST NIL :DEVICE NIL :DIRECTORY NIL :NAME "test" :TYPE NIL :VERSION NIL), 4 (setq s (open xxx)) ⇒ #<Input File Stream...> (parse-namestring s) ⇒ #S(PATHNAME :HOST NIL :DEVICE NIL :DIRECTORY NIL :NAME xxx :TYPE NIL :VERSION NIL), 0 (parse-namestring "test" nil nil :start 2 :end 4 ) ⇒ #S(PATHNAME ...), 15 (parse-namestring "foo.lisp") ⇒ #P"foo.lisp"
If junk-allowed is false, an error of type parse-error is signaled if thing does not consist entirely of the representation of a pathname, possibly surrounded on either side by whitespace_1 characters if that is appropriate to the cultural conventions of the implementation.
If host is supplied and not nil, and thing contains a manifest host name, an error of type error is signaled if the hosts do not match.
If thing is a logical pathname namestring and if the host portion of the namestring and host are both present and do not match, an error of type error is signaled.
pathname, logical-pathname, File System Concepts,
->UNSPECIFIC as a Component Value,
Next: wild-pathname-p, Previous: namestring, Up: Filenames Dictionary


UIView
class UIView : UIResponder, NSCoding, UIAppearance, UIAppearanceContainer, UIDynamicItem, UITraitEnvironment, UICoordinateSpace, UIFocusItem, UIFocusItemContainer, CALayerDelegate
-
Undocumented
Declaration
Swift
func applyGradient(colors: [UIColor])
-
Undocumented
Declaration
Swift
func applyGradient(colors: [UIColor], locations: [NSNumber]?)
-
Undocumented
Declaration
Swift
func applyGradient(colors: [UIColor], gradientOrientation: GradientOrientation)
-
Add blur effect to any view
Declaration
Swift
func addBlurEffect()
-
Move a view horizontally by given delta
Declaration
Swift
func moveHorizontally(by delta: CGFloat)
-
Move a view to the left by given delta
Declaration
Swift
func moveLeft(by left: CGFloat)
-
Move a view to the right by given delta
Declaration
Swift
func moveRight(by delta: CGFloat)
-
Move a view to vertically by given delta
Declaration
Swift
func moveVertically(by delta: CGFloat)
-
Move a view up by given delta
Declaration
Swift
func moveUp(by delta: CGFloat)
-
Move a view down by given delta
Declaration
Swift
func moveDown(by delta: CGFloat)
-
Set top (origin.y) of the view to the given value
Declaration
Swift
func set(top: CGFloat)
-
Place one view below another
Declaration
Swift
func placeDown(after view: UIView, delta: CGFloat)
-
Place view to the rigt of another view
Declaration
Swift
func placeRight(after view: UIView, delta: CGFloat)
-
Change width of the view
Declaration
Swift
func set(width: CGFloat)
-
Change height of the view
Declaration
Swift
func set(height: CGFloat)
-
The color of the layer’s border. Animatable.
Declaration
Swift
@IBInspectable var borderColor: UIColor? { get set }
-
The width of the layer’s border. Animatable.
Declaration
Swift
@IBInspectable var borderWidth: CGFloat { get set }
-
The radius to use when drawing rounded corners for the layer’s background. Animatable.
Declaration
Swift
@IBInspectable var cornerRadius: CGFloat { get set }
-
A Boolean indicating whether sublayers are clipped to the layer’s bounds. Animatable.
Declaration
Swift
@IBInspectable var masksLayerToBounds: Bool { get set }
-
The color of the layer’s shadow. Animatable.
Declaration
Swift
@IBInspectable var shadowColor: UIColor? { get set }
-
The offset (in points) of the layer’s shadow. Animatable.
Declaration
Swift
@IBInspectable var shadowOffset: CGPoint { get set }
-
The opacity of the layer’s shadow. Animatable.
Declaration
Swift
@IBInspectable var shadowOpacity: Float { get set }
-
The blur radius (in points) used to render the layer’s shadow. Animatable.
Declaration
Swift
@IBInspectable var shadowRadius: CGFloat { get set }
-
A Boolean that indicates whether the layer is rendered as a bitmap before compositing. Animatable.
Declaration
Swift
@IBInspectable var shouldRasterize: Bool { get set }
-
Undocumented
Declaration
Swift
func pinWithConstraint (_ viewToPinTo: UIView, attribute: NSLayoutConstraint.Attribute, constant: CGFloat = 0.0, multiplier: CGFloat = 1.0, layoutRelation: NSLayoutConstraint.Relation = NSLayoutConstraint.Relation.equal, priority: UILayoutPriority = UILayoutPriority.required) -> NSLayoutConstraint?
-
Undocumented
Declaration
Swift
func pinWithZeroInsets(_ viewToPinTo: UIView) -> [NSLayoutConstraint]
-
Undocumented
Declaration
Swift
func pinWithInsets(_ viewToPinTo: UIView, insets: UIEdgeInsets) -> [NSLayoutConstraint]
-
Undocumented
Declaration
Swift
func addCurrentHeightConstraint() -> NSLayoutConstraint?
-
Undocumented
Declaration
Swift
func addHeightConstraint(_ height: CGFloat) -> NSLayoutConstraint?
-
Undocumented
Declaration
Swift
func addCurrentWidthConstraint() -> NSLayoutConstraint?
-
Undocumented
Declaration
Swift
func addWidthConstraint(_ width: CGFloat) -> NSLayoutConstraint?
-
Undocumented
Declaration
Swift
func addCurrentSizeConstraints() -> [NSLayoutConstraint]
-
Undocumented
Declaration
Swift
func addSizeConstraints(_ size: CGSize) -> [NSLayoutConstraint]
-
Undocumented
Declaration
Swift
func addSizeConstraints(width: CGFloat, height: CGFloat) -> [NSLayoutConstraint]
-
Undocumented
Declaration
Swift
func addAspectConstraint(_ x: CGFloat, y: CGFloat) -> NSLayoutConstraint
-
Undocumented
Declaration
Swift
func addSpacingConstraint(_ otherView: UIView, spacingToAttribute: NSLayoutConstraint.Attribute, constant: CGFloat = 0.0, multiplier: CGFloat = 1.0) -> NSLayoutConstraint?
-
Undocumented
Declaration
Swift
func startRotating(duration: Double = 1)
-
Undocumented
Declaration
Swift
func stopRotating()


{% extends "tutorial.html" %} {% block head %} {% endblock %} {% block iscompatible %} return !!('sandbox' in document.createElement('iframe')); {% endblock %} {% block html5badge %} {% endblock %} {% block content %}
Constructing a rich experience on today’s web almost unavoidably involves embedding components and content over which you have no real control. Third-party widgets can drive engagement and play a critical role in the overall user experience, and user-generated content is sometimes even more important than a site’s native content. Abstaining from either isn’t really an option, but both increase the risk that Something Bad™ could happen on your site. Each widget that you embed – every ad, every social media widget – is a potential attack vector for those with malicious intent:
Attn: NYTimes.com readers: Do not click pop-up box warning about a virus -- it's an unauthorized ad we are working to eliminate.
— The New York Times (@nytimes) September 13, 2009
Content Security Policy (CSP) can mitigate the risks associated with both of these types of content by giving you the ability to whitelist specifically trusted sources of script and other content. This is a major step in the right direction, but it’s worth noting that the protection that most CSP directives offer is binary: the resource is allowed, or it isn’t. There are times when it would be useful to say “I’m not sure I actually trust this source of content, but it’s soooo pretty! Embed it please, Browser, but don’t let it break my site.”
In essence, we’re looking for a mechanism that will allow us to grant content we embed only the minimum level of capability necessary to do its job. If a widget doesn’t need to pop up a new window, taking away access to window.open can’t hurt. If it doesn’t require Flash, turning off plugin support shouldn’t be a problem. We’re as secure as we can be if we follow the principle of least privilege, and block each and every feature that isn’t directly relevant to functionality we’d like to use. The result is that we no longer have to blindly trust that some piece of embedded content won’t take advantage of privileges it shouldn’t be using. It simply won’t have access to the functionality in the first place.
iframe
elements are the first step toward a good framework for such a solution.
Loading some untrusted component in an iframe
provides a measure of separation
between your application and the content you’d like to load. The framed content
won’t have access to your page’s DOM, or data you’ve stored locally, nor will it
be able to draw to arbitrary positions on the page; it’s limited in scope to the
frame’s outline. The separation isn’t truly robust, however. The contained page
still has a number of options for annoying or malicious behavior: autoplaying
video, plugins, and popups are the tip of the iceberg.
The sandbox
attribute of the iframe
element
gives us just what we need to tighten the restrictions on framed content. We can
instruct the browser to load a specific frame’s content in a low-privilege
environment, allowing only the subset of capabilities necessary to do whatever
work needs doing.
Twitter’s “Tweet” button is a great example of functionality that can be more safely embedded on your site via a sandbox. Twitter allows you to embed the button via an iframe with the following code:

To figure out what we can lock down, let’s carefully examine what capabilities the button requires. The HTML that’s loaded into the frame executes a bit of JavaScript from Twitter’s servers, and generates a popup populated with a tweeting interface when clicked. That interface needs access to Twitter’s cookies in order to tie the tweet to the correct account, and needs the ability to submit the tweeting form. That’s pretty much it; the frame doesn’t need to load any plugins, it doesn’t need to navigate the top-level window, or any of a number of other bits of functionality. Since it doesn’t need those privileges, let’s remove them by sandboxing the frame’s content.
Sandboxing works on the basis of a whitelist. We begin by removing all
permissions possible, and then turn individual capabilities back on by adding
specific flags to the sandbox’s configuration. For the Twitter widget, we’ve
decided to enable JavaScript, popups, form submission, and twitter.com’s
cookies. We can do so by adding a sandbox
attribute to the iframe
with the
following value:

That’s it. We’ve given the frame all the capabilities it requires, and the
browser will helpfully deny it access to any of the privileges that we didn’t
explicitly grant it via the sandbox
attribute’s value.
We saw a few of the possible sandboxing flags in the example above, let’s now dig through the inner workings of the attribute in a little more detail.
Given an iframe with an empty sandbox attribute (

), the framed document will be fully sandboxed, subjecting it
to the following restrictions:
window.open
or
target="_blank"
, for instance).window.top.location
will throw an exception, and clicking on link with
target="_top"
will have no effect.seamless
attribute is ignored on iframes
the framed document contains.This is nicely draconian, and a document loaded into a fully sandboxed iframe
poses very little risk indeed. Of course, it also can’t do much of value: you
might be able to get away with a full sandbox for some static content, but most
of the time you’ll want to loosen things up a bit.
With the exception of plugins, each of these restrictions can be lifted by adding a flag to the sandbox attribute’s value. Sandboxed documents can never run plugins, as plugins are unsandboxed native code, but everything else is fair game:
allow-forms
allows form submission.allow-popups
allows popups (window.open()
, showModalDialog()
, target=”_blank”
, etc.).allow-pointer-lock
allows (surprise!) pointer lock.allow-same-origin
allows the document to maintain its origin; pages loaded
from https://example.com/
will retain access to that origin’s data.allow-scripts
allows JavaScript execution, and also allows features to
trigger automatically (as they’d be trivial to implement via JavaScript).allow-top-navigation
allows the document to break out of the frame by
navigating the top-level window.With these in mind, we can evaluate exactly why we ended up with the specific set of sandboxing flags in the Twitter example above:
allow-scripts
is required, as the page loaded into the frame runs some
JavaScript to deal with user interaction.allow-popups
is required, as the button pops up a tweeting form in a new
window.allow-forms
is required, as the tweeting form should be submittable.allow-same-origin
is necessary, as twitter.com’s cookies would otherwise
be inaccessible, and the user couldn’t log in to post the form.One important thing to note is that the sandboxing flags applied to a frame also
apply to any windows or frames created in the sandbox. This means that we have
to add allow-forms
to the frame’s sandbox, even though the form only exists
in the window that the frame pops up.
With the sandbox
attribute in place, the widget gets only the permissions it
requires, and capabilities like plugins, top navigation, and pointer lock remain
blocked. We’ve reduced the risk of embedding the widget, with no ill-effects.
It’s a win for everyone concerned.
Sandboxing third-party content in order to run their untrusted code in a low-privilege environment is fairly obviously beneficial. But what about your own code? You trust yourself, right? So why worry about sandboxing?
I’d turn that question around: if your code doesn’t need plugins, why give it access to plugins? At best, it’s a privilege you never use, at worst it’s a potential vector for attackers to get a foot in the door. Everyone’s code has bugs, and practically every application is vulnerable to exploitation in one way or another. Sandboxing your own code means that even if an attacker successfully subverts your application, they won’t be given full access to the application’s origin; they’ll only be able to do things the application could do. Still bad, but not as bad as it could be.
You can reduce the risk even further by breaking your application up into logical pieces and sandboxing each piece with the minimal privilege possible. This technique is very common in native code: Chrome, for example, breaks itself into a high-privilege browser process that has access to the local hard-drive and can make network connections, and many low-privilege renderer processes that do the heavy lifting of parsing untrusted content. Renderers don’t need to touch the disk, the browser takes care of giving them all the information they need to render a page. Even if a clever hacker finds a way to corrupt a renderer, she hasn’t gotten very far, as the renderer can’t do much of interest on its own: all high-privilege access must be routed through the browser’s process. Attackers will need to find several holes in different pieces of the system order to do any damage, which hugely reduces the risk of successful pwnage.
eval()
With sandboxing and the
postMessage
API, the
success of this model is fairly straightforward to apply to the web. Pieces of
your application can live in sandboxed iframe
s, and the parent document can
broker communication between them by posting messages and listening for
responses. This sort of structure ensures that exploits in any one piece of the
app do the minimum damage possible. It also has the advantage of forcing you to
create clear integration points, so you know exactly where you need to be
careful about validating input and output. Let’s walk through a toy example,
just to see how that might work.
Evalbox is an exciting application that takes a string, and evaluates it as JavaScript. Wow, right? Just what you’ve been waiting for all these long years. It’s a fairly dangerous application, of course, as allowing arbitrary JavaScript to execute means that any and all data an origin has to offer is up for grabs. We’ll mitigate the risk of Bad Things™ happening by ensuring that the code is executed inside of a sandbox, which makes it quite a bit safer. We’ll work our way through the code from the inside out, starting with the frame’s contents:

<!DOCTYPE html>

<title>Evalbox's Frame</title>

Inside the frame, we have a minimal document that simply listens for messages
from its parent by hooking into the message
event of the window
object.
Whenever the parent executes postMessage on the iframe’s contents, this event
will trigger, giving us access to the string our parent would like us to
execute.
In the handler, we grab the source
attribute of the event, which is the parent
window. We’ll use this to send the result of our hard work back up once we’re
done. Then we’ll do the heavy lifting, by passing the data we’ve been given into
eval()
. This call has been wrapped up in a try block, as banned operations
inside a sandboxed iframe
will frequently generate DOM exceptions; we’ll catch
those and report a friendly error message instead. Finally, we post the result
back to the parent window. This is pretty straightforward stuff.
The parent is similarly uncomplicated. We’ll create a tiny UI with a textarea
for code, and a button
for execution, and we’ll pull in frame.html
via a
sandboxed iframe
, allowing only script execution:
<textarea id='code'></textarea>
<button id='safe'>eval() in a sandboxed frame.</button>

Now we’ll wire things up for execution. First, we’ll listen for responses from
the iframe
and alert()
them to our users. Presumably a real application
would do something less annoying:
window.addEventListener('message',
function (e) {
// Sandboxed iframes which lack the 'allow-same-origin'
// header have "null" rather than a valid origin. This means you still
// have to be careful about accepting data via the messaging API you
// create. Check that source, and validate those inputs!
var frame = document.getElementById('sandboxed');
if (e.origin === "null" && e.source === frame.contentWindow)
alert('Result: ' + e.data);
});
Next, we’ll hook up an event handler to clicks on the button
. When the user
clicks, we’ll grab the current contents of the textarea
, and pass them into the
frame for execution:
function evaluate() {
var frame = document.getElementById('sandboxed');
var code = document.getElementById('code').value;
// Note that we're sending the message to "*", rather than some specific
// origin. Sandboxed iframes which lack the 'allow-same-origin' header
// don't have an origin which you can target: you'll have to send to any
// origin, which might alow some esoteric attacks. Validate your output!
frame.contentWindow.postMessage(code, '*');
}
document.getElementById('safe').addEventListener('click', evaluate);
Easy, right? We’ve created a very simple evaluation API, and we can be sure that code that’s evaluated doesn’t have access to sensitive information like cookies or DOM storage. Likewise, evaluated code can’t load plugins, pop up new windows, or any of a number of other annoying or malicious activities.
Take a look at the code for yourself:
You can do the same for your own code by breaking monolithic applications into single-purpose components. Each can be wrapped in a simple messaging API, just like what we’ve written above. The high-privilege parent window can act as a controller and dispatcher, sending messages into specific modules that each have the fewest privileges possible to do their jobs, listening for results, and ensuring that each module is well-fed with only the information it requires.
Note, however, that you need to be very careful when dealing with framed content
that comes from the same origin as the parent. If a page on
https://example.com/
frames another page on the same origin with a sandbox
that includes both the allow-same-origin
and allow-scripts
flags, then
the framed page can reach up into the parent, and remove the sandbox attribute
entirely.
Sandboxing is available for you now in a variety of browsers: Firefox 17+,
IE10+, and Chrome at the time of writing (caniuse, of course, has an up-to-date
support table). Applying the sandbox
attribute to iframes
you include allows you to grant certain privileges to the
content they display, only those privileges which are necessary for the
content to function correctly. This gives you the opportunity to reduce the risk
associated with the inclusion of third-party content, above and beyond what is
already possible with Content Security
Policy.
Moreover, sandboxing is a powerful technique for reducing the risk that a clever attacker will be able to exploit holes in your own code. By separating a monolithic application into a set of sandboxed services, each responsible for a small chunk of self-contained functionality, attackers will be forced to not only compromise specific frames’ content, but also their controller. That’s a much more difficult task, especially since the controller can be greatly reduced in scope. You can spend your security-related effort auditing that code if you ask the browser for help with the rest.
That’s not to say that sandboxing is a complete solution to the problem of security on the internet. It offers defense in depth, and unless you have control over your users’ clients, you can’t yet rely on browser support for all your users (if you do control your users clients – an enterprise environment, for example – hooray!). Someday… but for now sandboxing is another layer of protection to strengthen your defenses, it’s not a complete defense upon which you can soley rely. Still, layers are excellent. I suggest making use of this one.
“Privilege Separation in HTML5 Applications” is an interesting paper that works through the design of a small framework, and its application to three existing HTML5 apps.
Sandboxing can be even more flexible when combined with two other new iframe
attributes: srcdoc
,
and seamless
.
The former allows you to populate a frame with content without the overhead of
an HTTP request, and the latter allows style to flow into the framed content.
Both have fairly miserable browser support at the moment (Chrome and WebKit
nightlies). but will be an interesting combination in the future. You could,
for example, sandbox comments on an article via the following code:


---
title: "Download latest release"
layout: single
permalink: /download
share: true
redirect_from: /releases/releases.html
addl_headers: |
header:
overlay_color: "#824700"
---
Complete release info can be found at GitHub. Downloads and release notes are below:


Employee Name: daniel
Employee ID: 1
Email me at: 1
Office Number: 1
Employee Name: billy
Employee ID: undefined
Email me at: 1
School: 1
Employee Name: 1
Employee ID: undefined
Email me at: 1
Github


You can see my gallery in this page. Because it is...
To view more, please wait while we upload them later.
You can also mail me to


Room Debugger
Pub/Sub
Request/Response
RoomPlaces
Publish/Subscribe debugger
Publish
Submit
Subscribe
Subscribe
Incoming messages
Clear all
Channel
Message
From
Request/Response debugger
Request
Send
Response
Handle requests
Channel
Response
Handle request
RoomPlaces simulator
Simulator parameters
Hotspots (static resources)
Beacons (dynamic resources)
Distance (in meters ± .1)
Start simulator


DRAGONHEART A film review by Scott Renshaw Copyright 1996 Scott Renshaw
(Universal) Starring: Dennis Quaid, David Thewlis, Peter Postlethwaite, Dina Meyer, Julie Christie, voice of Sean Connery. Screenplay: Charles Edward Pogue, from a story by Pogue and Patrick Read Johnson. Producer: Rafaella DeLaurentiis. Director: Rob Cohen. Reviewed by Scott Renshaw.
For my money, the best joke in DRAGONHEART is one which probably was unintentional, and which works on a level entirely outside the world of the film. It is a scene in which a 10th century knight named Bowen (Dennis Quaid), an avowed dragon-slayer, confronts Draco, a computer-generated dragon voiced by Sean Connery. A dozen years earlier, Bowen watched as a dragon saved the life of his master, the young prince Einon (Lee Oakes), then watched as Einon (played as an adult by David Thewlis) became a ruthless tyrant. Convinced that Einon's malice was the result of an enchantment placed by the dragon, Bowen makes it his mission to kill the offending beast, even if he must kill them all, and now faces the last dragon still living. The joke is that, once Draco speaks, Bowen isn't instantly aware that this is the dragon he has been seeking for those twelve years. Even after that long, you'd think Sean Connery's voice would be recognizable.
Of course, that is exactly why Connery was chosen to give voice to the wise, crafty, wrongly-accused Draco. It is one of the most distinctive voices in film, a rumbling burr which can be commanding, whimsical, regal or intimate at any given time, and it allows DRAGONHEART to pull off an unexpected trick: you spend as much time listening to the dragon as you do watching it. Draco is a marvelous creation by Industrial Light and Magic, fluid and expressive, with a thoroughly unique look and style of movement, and it would have been easy enough to let it be a flashy showpiece. With Connery speaking through Draco's mouth, he actually becomes a character.
For a big-budget summer fantasy, DRAGONHEART is really a film of smaller charms like the winning characterization of Draco, like the goofy monk/would-be troubador (Peter Postlethwaite) who takes it upon himself to chronicle Bowen's exploits, like David Thewlis' snarling, reptilian villain. But there is something ever so slightly askew in director Rob Cohen's pacing which prevents DRAGONHEART from taking off into a level of pure enjoyability. None of the relationships (Bowen and Draco, Bowen and Einon, Bowen and a feisty damsel played by Dina Meyer) ever really click, the battle scenes are serviceable but perfunctory, and there are moments of Dark Ages-meets-New Age mysticism which are played with an almost cloying straightness (particularly the dewy-eyes-heavenward finale which I have seen in enough Spielberg and Spielberg-clone films to last me a lifetime).
 Yet there is an interesting twist to Charles Edward Pogue's script, a redemption story involving Bowen's motivations for his dragon-dispensing activities. Though originally driven by his feelings of betrayal, that the dragon has violated a chivalric oath, Bowen has since become little more than a mercenary-for-hire, and he doesn't even realize that his attitude of righteous wrath has become a hypocrisy. That makes Bowen a complicated hero for an action-fantasy; that also makes Dennis Quaid all wrong. Quaid's sly grin has carried him far, but the reason it hasn't carried him farther is that he's never convincing when he is supposed to be in a bad mood -- the wrinkled-nosed grimace which passes for Quaid's "angry face" always look like the put-on anger of someone who is just about to burst into laughter. As a result, the rounded character of Pogue's script is flattened on the screen, and ends up seeming considerably less vibrant than his animated co-star.
For all its flaws, I was surprised how far DRAGONHEART went on the strength of that one character. TOY STORY proved that an audience could cheer for a character generated on a hard-drive, and Draco is such a character. His plight in DRAGONHEART is probably the only one which really connects, and it connects because he has both dignity and -- dare I say it -- humanity. Without Sean Connery lending an air of nobility, DRAGONHEART is yet another good-looking but empty summer spectacle; with Connery, it is a bit more fun, a bit more involving, and a bit more familiar.
On the Renshaw scale of 0 to 10 Connery roars: 6.
-- Scott Renshaw Stanford University http://www-leland.stanford.edu/~srenshaw
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
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


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Dear[insert Sir/Madam or name ]
Tender Ref:
Tender for
1. I/We have read the information provided in your Invitation to Tender and subject to and upon the terms and conditions contained in [Document reference]
- Contract Documents, I/We offer to supply the [requirement] described in the contract documents in such manner as may be required.
2. Terms and Conditions. I/We agree that this tender and any contract which may result, shall be based upon the documents listed below, and that the Supplier is the [give the legal entity of your institution (eg the University Senate/Court of the institution)]
2.1 The contract documents as shown in the Invitation to Tender.
2.2 The prices to be inserted in the Contract shall be those shown in [document name] of our tender; or, if the Institution selects an alternative proposal from [document name] , then the prices shown in [document name] pertaining to that proposal.
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2.4 Any qualifications set out by us in [document name] - Qualifications, shall also apply, although we understand that making a qualification may result in your disregarding our tender in total.
3. In [document name]
- Alternative Proposals,
I/We include alternative proposals, together with costings, which we
feel might provide better value for money for the Institution than the
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Appendix C - Alternative Proposals *
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4. The prices quoted in this Tender are valid until [state date given in section 2.3 of Conditions of tender submission] and I/We confirm that the terms of the Tender will remain binding upon me/us and may be accepted by you at any time before that date.
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 The future of the empire rests on the shoulders of a troublemaker and his young apprentice. Together, can they fill the world with colour once more?
Ash fell from the sky.


write-only memory
`Prev `__
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`Next `__
--------------
**write-only memory**: n.
The obvious antonym to read-only memory. Out of frustration with the
long and seemingly useless chain of approvals required of component
specifications, during which no actual checking seemed to occur, an
engineer at Signetics once created a specification for a write-only
memory and included it with a bunch of other specifications to be
approved. This inclusion came to the attention of Signetics
`*management* <../M/management.html>`__ only when regular customers
started calling and asking for pricing information. Signetics published
a corrected edition of the data book and requested the return of the
‘erroneous’ ones. Later, in 1972, Signetics bought a double-page spread
in *Electronics* magazine's April issue and used the spec as an April
Fools' Day joke. Instead of the more conventional characteristic curves,
the 25120 “fully encoded, 9046 x N, Random Access, write-only-memory”
data sheet included diagrams of “bit capacity vs.: Temp.”, “Iff vs.
Vff”, “Number of pins remaining vs.: number of socket insertions”, and
“AQL vs.: selling price”. The 25120 required a 6.3 VAC VFF supply, a
+10V VCC, and VDD of 0V, ``±2%``.
--------------
+----------------------------------------+----------------------------+--------------------------------+
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first!
second!
feature branch
feature again
google
{{test}}
{% for b in names %}
{{b}}
{% endfor %}
urlmore
submit


climate change range species performance model uncertainty covariates decisions projections data projected future based covariate distribution modeling thresholding extrapolation bioclimatic {border-style climatic models px;} using #ffffff;} cross‐validation hydrological vulnerability prevalence collinearity drought Prairie temporal used Supporting additional hypothesis loss relative Araujo, North Positive degree occurrence results Climate Effects Global RCI Thuiller, accuracy change. choices impact impacts precipitation predicted temperature variation Click Information). LINK Pothole bird ecological file. predictions water Biology, Change Ecological Ecology Intermediate breeding compared conservation distributions effect set sets threshold variables wetland‐dependent assessed different estimates levels methodological px; source species’ summaries {font-family (Figure Ecography, Modelling, Moderate Negative Wildlife collinearity, conditions covariates, deviance font-size hypothesis, improved metrics number observed produced projecting reference study wetland wetlands Figure GCM Osborne, analysis assess correlation critical current double; effects extrapolating fixed generally guide methods modeled modelling procedure reduced relatively represented sources species, use value variability work (Table (e.g., Appendix Bioclimatic Conservation GCMs However, Low Model Skagen, Steen, Synes Table USA arising birds border-color border-width change: changes circulation covariates. difference distributions. general high hypotheses indicate information kappa largest median moderate prediction probabilities provide provided rankings research. solid; species. statistical studies widely {font-style {font-weight American Biogeography, CMIP Decision Ecology, Fig. Fort GLMMs Hijmans, Methods Niemuth, Prentice, RCI) Rahbek, Region Research Sofaer assessment best bold climatically common courier; em; ensemble evaluate higher improve including increases interpreted key land large limited linear little locational management multiple negative normal obtain organismal plant positive potential probability procedures pt;} represent resulted selection sensitivity skill thresholds uncertainties values versus years −.,


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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object | +--net.sf.saxon.event.Outputter
This class allows output to be generated. It channels output requests to an Emitter which does the actual writing. This is an abstract class, there are concrete implementions for XML output and text output.
| Field Summary | |
protected boolean |
previousAtomic
|
| Fields inherited from interface javax.xml.transform.Result |
PI_DISABLE_OUTPUT_ESCAPING, PI_ENABLE_OUTPUT_ESCAPING |
| Constructor Summary | |
Outputter()
|
| Method Summary | |
abstract Configuration |
getConfiguration()
Get the configuration |
java.lang.String |
getSystemId()
|
abstract void |
setConfiguration(Configuration config)
Set the configuration |
void |
setDocumentLocator(org.xml.sax.Locator locator)
Set locator, to identify position in the document. |
void |
setSystemId(java.lang.String systemId)
Set the System ID of the destination tree |
void |
setUnparsedEntity(java.lang.String name,
java.lang.String systemId,
java.lang.String publicId)
Notify an unparsed entity URI. |
void |
startDocument()
Start the output process |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Methods inherited from interface net.sf.saxon.event.SequenceReceiver |
append |
| Methods inherited from interface net.sf.saxon.event.Receiver |
attribute, characters, comment, endDocument, endElement, namespace, processingInstruction, startContent, startElement |
| Field Detail |
protected boolean previousAtomic
| Constructor Detail |
public Outputter()
| Method Detail |
public abstract void setConfiguration(Configuration config)
Receiver
setConfiguration
in interface Receiver
public abstract Configuration getConfiguration()
Receiver
getConfiguration
in interface Receiver
public void setSystemId(java.lang.String systemId)
Receiver
setSystemId
in interface Receiver
public java.lang.String getSystemId()
getSystemId
in interface javax.xml.transform.Result
public void setDocumentLocator(org.xml.sax.Locator locator)
Receiver
setDocumentLocator
in interface Receiver
public void setUnparsedEntity(java.lang.String name, java.lang.String systemId, java.lang.String publicId)
Receiver
setUnparsedEntity
in interface Receiver
name
- The name of the unparsed entitysystemId
- The system identifier of the unparsed entitypublicId
- The public identifier of the unparsed entitypublic void startDocument() throws javax.xml.transform.TransformerException
startDocument
in interface Receiver
javax.xml.transform.TransformerException
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{% extends "template.njk" %}
{% block head %}
{# For Internet Explorer 8, you need to compile specific stylesheet #}
{# see https://github.com/alphagov/govuk-frontend/blob/master/docs/installation/supporting-internet-explorer-8.md #}
{# For older browsers to allow them to recognise HTML5 elements such as `` #}
{% endblock %}
{% block header %}
{{ govukHeader({
homepageUrl: "#",
containerClasses: "govuk-width-container",
serviceName: serviceName,
serviceUrl: "#"
}) }}
{% endblock %}
{% block pageTitle %}
{{ pageTitle }}
{% endblock %}
{% block content %}
Mine Support
{% endblock %}
{% block bodyEnd %}
{# Run JavaScript at end of the , to avoid blocking the initial render. #}
{% endblock %}


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MATERIALS INSTALLED
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In this example we just load typescript.js as it is, creating a Program fails because it tries to access the native filesystem (ts.sys is undefined in the browser). So we need to provide a custom CompilerHost and LanguageServiceHost and that's what this project is all about.
log = function (s) { document.getElementById('output').innerText += s + '\n' } const program = ts.createProgram(['test1.ts'], {}) const sourceFile = ts.getSourceFile('test1.ts') log(sourceFile.getText())


collector flat plate
Path: CARNOT/heat_source
Purpose
Collector model, that calculates the THV output
vector.
Description
The collector model is a one-dimensional multinode model for thermal
collectors. The model is based on parameters obtained from measurement, i.e.
collector-test results. The collector is divided in "Node" nodes. The
flow is equally distributed among the risers. The energy balance for every node
is a differential equation, that is calculated in the
S-function unicol.
ccoll * dT/dt = qsolar + mdot*c/A * (Tin - T)
+ U1*(Tamb - T) - U2*(Tamb - T)2
+ Uwind*vwind*(Tamb - T) + Usky*(Tsky - T)
|
Symbol |
used for |
unit |
|
A |
surface of collector node |
[m2] |
|
c |
heat capacity of fluid |
[J/(kg*K)] |
|
ccoll |
heat capacity of collector per surface |
[J/(m2*K)] |
|
mdot |
mass flow rate |
[kg/s] |
|
qsolar |
power input per surface area from sun |
[W/m2] |
|
Tamb |
ambient temperature |
[K] |
|
Tsky |
sky temperature |
[K] |
|
t |
Time |
[s] |
|
U1 |
linear heat loss coefficient |
[W/(m2*K)] |
|
U2 |
Quadratic heat loss coefficient |
[W/(m*K)2] |
|
Uskx |
radiative heat loss to sky |
[W/(m2*K)] |
|
Uwind |
wind speed dependant heat losses |
[W/((m/s)*m2*K)] |
|
vwind |
wind speed |
[m/s] |
The collector calculates friction losses in the
massflow. This may be specified in the subsystem "pressure drop" of the collector (see
also subsystem "pressure drop of collector" in carnot/heat_source.
Static pressure is calculated if necessary, i.e. for thermosyphon systems.
See chapter
"basics
concepts, THV-Vector".
Inputs:
Outputs:
Parameters and Dialog Box
Characteristics
Direct Feedthrough Yes
Sample
time
Inherited
from driving block
Vectorized
No
Validation


Test file for Matrix. Grey shape is the original, untransformed shape. Red is the nested shape. Blue has its transform props set from decomposing the concatenated matrix of red and is then moved 100px down. Both shapes will look identical if the test works.


This tour undergoes common operations for Cmajor projects.
Select File | New | Project... menu item in Visual Studio.
The New Project dialog opens...
You can create either a console application or library project. Let's create a console application with name PrintDate into C:\cmajor\projects folder.
Now the PrintDate project looks like this:
Right-click the PrintDate project and select Add | New Item.... The New Item dialog opens. Let's create a Cmajor source file with name PrintDate.cm...
Let's give the PrintDate.cm file the following content:
Before building the project we set the build verbosity to Normal by selecting Tools | Options... | Projects and Solutions | Build and Run | MSBuild project build output verbosity to Normal to see some build output messages...
Build the project by selecting Build | Build Solution menu item:
The build succeeded, so we can start debugging the project by first setting a break point:
Now run the project by selecting Debug | Start Debugging menu item or pressing F5:
Right-click the date variable and select QuickWatch. A QuickWatch dialog appears showing valid data for the date variable...
By setting another break point to the return statement and clicking the Continue button, we can see the output of the program...
Clicking the Continue button once again the program exits with exit code 0...
The C:\cmajor\projects folder contains an EditorConfig file that defines properties for created source files under its subfolders. Here's the default .editorconfig file used for Cmajor source files.
To see that output of non-Latin characters works, we enter another line to the program that says "good morning" in finnish:
A hexdump of the PrintDate.cm shows that finnish ä-letters have proper utf-8 encoding C3 A4...
C:/cmajor/projects/PrintDate/PrintDate/PrintDate.cm: 00000000: 75 73 69 6E 67 20 53 79 - 73 74 65 6D 3B 0D 0A 0D |using System; | 00000010: 0A 69 6E 74 20 6D 61 69 - 6E 28 29 0D 0A 7B 0D 0A | int main() { | 00000020: 20 20 20 20 44 61 74 65 - 20 64 61 74 65 20 3D 20 | Date date = | 00000030: 47 65 74 43 75 72 72 65 - 6E 74 44 61 74 65 28 29 |GetCurrentDate()| 00000040: 3B 0D 0A 20 20 20 20 43 - 6F 6E 73 6F 6C 65 2E 4F |; Console.O| 00000050: 75 74 28 29 20 3C 3C 20 - 22 47 6F 6F 64 20 6D 6F |ut() << "Good mo| 00000060: 72 6E 69 6E 67 21 20 54 - 6F 64 61 79 20 69 73 20 |rning! Today is | 00000070: 22 20 3C 3C 20 64 61 74 - 65 20 3C 3C 20 22 2E 22 |" << date << "."| 00000080: 20 3C 3C 20 65 6E 64 6C - 28 29 3B 0D 0A 20 20 20 | << endl(); | 00000090: 20 43 6F 6E 73 6F 6C 65 - 2E 4F 75 74 28 29 20 3C | Console.Out() <| 000000A0: 3C 20 22 48 79 76 C3 A4 - C3 A4 20 68 75 6F 6D 65 |< "Hyv huome| 000000B0: 6E 74 61 21 20 54 C3 A4 - 6E C3 A4 C3 A4 6E 20 6F |nta! T n n o| 000000C0: 6E 20 22 20 3C 3C 20 64 - 61 74 65 20 3C 3C 20 22 |n " << date << "| 000000D0: 2E 22 20 3C 3C 20 65 6E - 64 6C 28 29 3B 0D 0A 20 |." << endl(); | 000000E0: 20 20 20 72 65 74 75 72 - 6E 20 30 3B 0D 0A 7D 0D | return 0; } | 000000F0: 0A - | | 000000F1;
By setting a break point, running the program and looking at the console window we see that the output encoding is also valid...
If you get the following error, build your project or solution before trying to run or debug: