To view structure of G proteins
The ability of cells to work together in a co-ordinated fashion is paramount for a multicellular organism to function. The multitude of cell types each have specialised roles to play, yet remain dependent upon the products of other cells for survival. Even the needs of individual cells can change according to their stage of development and environmental conditions. Multicellular organisms had to develop complex systems of control in order to regulate the different processes going on in different cells at different times. For such a system to work, there must be a sophisticated means of communication between cells. GPCRs (G protein-coupled receptor) and their G proteins (guanine nucleotide-binding proteins) form one of the most prevalent signalling systems in mammalian cells, being involved in the control of nearly every aspect of physiology and behaviour. Of the three major groups of receptors – GPCRs, ion channels and tyrosine kinases – GPCRs form the largest family. Their role is to bind specific ligands at the cell surface, such as hormones and neurotransmitters, and to relay the signal across the membrane via heterotrimeric G proteins. The G protein cascade ultimately leads to the regulation of systems as diverse as sensory perception, cell growth, and hormonal regulation.
G proteins integrate a multitude of cellular responses, acting as mediators of signalling by many different extracellular compounds, ranging from hormones and neurotransmitters to odorants and photons of light, each one leading to a different biological response. As a result, G proteins must constantly deal with a mass of incoming signals, which must be transmitted and integrated appropriately. To deal with this plethora of information, there needs to be a method of targeting specific effectors to ensure that only the appropriate response is triggered. This is achieved through the modular nature of heterotrimeric G proteins and the diversity of their individual subunits. G proteins are composed of three subunits encoded by distinct genes: a, b, and g. Several isoforms of each subunit exist, which together can make up hundreds of combinations of G proteins. The specific combination of a, b and g subunits affects not only which receptor it can bind to, but also which downstream target is affected, providing the means to target specific physiological processes in response to specific external stimuli. In this way, the diversity of G protein subunits helps to transmit and integrate the many different signals coming into a cell. In humans, genes encoding at least sixteen a subunits, five b subunits and twelve g subunits have been identified, several of which are known to have splice variants, thereby further increasing their variability. G protein classes are defined based on the sequence and function of their a subunits, which fall into four main categories: GaS, GaQ, GaI and Ga12. In many cases, these G proteins can couple to more than one receptor subtype, but with differing affinities.


--- layout: post status: publish published: true title: Opening Day Thoughts author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 2301 wordpress_url: http://ivyenvy.com/?p=2301 date: '2010-04-06 12:56:53 +0000' date_gmt: '2010-04-06 18:56:53 +0000' categories: - Broadcasters/Networks - Offense - Relief Pitching - Starting Pitching - The Cubs tags: - Aramis Ramirez - Carlos Zambrano - ESPN - Jeff Samardzija - Kosuke Fukudome - Marlon Byrd - Blackout - Opening Day 2010 comments: - id: 1153 author: Andy author_email<EMAIL_ADDRESS>author_url: http://ivyenvy.com date: '2010-04-07 05:37:54 +0000' date_gmt: '2010-04-07 11:37:54 +0000' content: I hear you on the next day being an off day. I'm looking forward to what they can do tonight. ---
In retrospect, I should not have worried so much about this game being blacked out in our area. I’d like to hear from folks if they had any trouble getting the game because of MLB/ESPN Blackout. I have DirecTV and it was offered as an alternate ESPN station.
I am trying to convince myself that I should not panic over this game. Throughout the game, I could hear myself uttering the same statement that I did for most of the season last year – “It’s ok, they’re just slumping.  Now, of course I understand how absurd it is to put so much into one game. But this thing was a train-wreck. So I am spending today convincing myself that it was just one bad start by Zambrano, one bad relief appearance by Jeff Samardzija (hey now...careful), and a few pathetic plate appearances by everyone offensively, except Fukudome, Byrd and Ramirez. The off-day on the second day of the season is brutal on a fan whose team fared poorly on Opening Day.
I may lose my cool in a few days if the Pirates are still ahead of the Cubs in the standings, though.


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remove(String)
- Method in class editor.tabData.
BulletsData
remove(String)
- Method in class editor.tabData.
LevelsData
remove(String)
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remove(String)
- Method in class editor.tabData.
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removeAttribute(String)
- Method in class units.
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removeRules(String)
- Method in class units.
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removeUnit(int)
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Request
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gameEngine.requests
Request()
- Constructor for class gameEngine.requests.
Request
resetStock()
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Store
resetStore()
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Controller
resetStore()
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Player
Rule
- Class in
rules
Rule(ICondition, IAction)
- Constructor for class rules.
Rule
RuleCreator
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editor.tabs
RuleCreator()
- Constructor for class editor.tabs.
RuleCreator
rules
- package rules
RulesBox
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editor
RulesBox(DataController)
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RulesBox
run(Unit, RuntimeEnvironment)
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gameEngine.environments
RuntimeEnvironment()
- Constructor for class gameEngine.environments.
RuntimeEnvironment
RuntimeEnvironment(List<Unit>, List<Unit>, List<Level>, List<Path>, PlayerInfo, GameConfiguration, List<Rule>, Base, IDGenerator)
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This help text contains excerpts from USFS General Technical Report INT-122, April 1982
Fuels have been classified into four groups—grasses, brush, timber, and slash. The differences in fire behavior among these groups are basically related to the fuel load and its distribution among the fuel particle size classes. This can be illustrated by the shift in size class containing the maximum fraction of load when considering the four fuel groups shown in figure 1. Notice that the fraction of the total load in the less than 4-inch (0.6-cm) size class decreases as we go from grasses to slash. The reverse is true for the 1- to 3- inch (2.5- to 7.6-cm) material. In grasses, the entire fuel load may be herbaceous material less than one fourth inch (0.6 cm), but grass may include up to 25 percent material between one-fourth and 1 inch (0.6 and 2.5 cm) and up to 10 percent material between 1 and 3 inches (2.5 cm and 7.6 cm). Each fuel group has a range of fuel loads for each size class, with maximum fuel load per size class approximately as shown in figure 1.
Fuel load and depth are significant fuel properties for predicting whether a fire will be ignited, its rate of spread, and its intensity. The relationship of fuel load and depth segregates the 13 fuel models into two distinctive orientations, with two fuel groups in each (fig. 2). Grasses and brush are vertically oriented fuel groups, which rapidly increase in depth with increasing load. Timber litter and slash are horizontally positioned and slowly increase in depth as the load is increased. Observations of the location and positioning of fuels in the field help one decide which fuel groups are represented. Selection of a fuel model can be simplified if one recognizes those features that distinguish one fuel group from another.
The 13 fuel models (table 1) under consideration are presented on page 92 of Albini’s (1976) paper, “Estimating Wildfire Behavior and Effects.” Each fuel model is described by the fuel load and the ratio of surface area to volume for each size class; the depth of the fuel bed involved in the fire front; and fuel moisture, including that at which fire will not spread, called the moisture of extinction. The descriptions of the fuel models include the total fuel load less than 3 inches (7.6 cm), dead fuel load less than one-fourth inch (0.6 cm), live fuel load of less than one-fourth inch (0.6 cm), and herbaceous material and fuel depth used to compute the fire behavior values given in the nomographs.
| Fuel model | Typical fuel complex | 1 hour | 10 hours | 100 hours | Live | Fuel Bed Depth | Moisture of Extinction Dead Fuels | |
|---|---|---|---|---|---|---|---|---|
| Tons/acre | Feet | Percent | ||||||
| Grass and grass-dominated | ||||||||
| 1 | Short grass (1 foot) | 0.74 | 0.00 | 0.00 | 0.00 | 1.0 | 12 | |
| 2 | Timber (grass and understory) | 2.00 | 1.00 | .50 | .50 | 1.0 | 15 | |
| 3 | Tall grass | 3.01 | .00 | .00 | .00 | 2.5 | 25 | |
| Chaparral and shrub fields | ||||||||
| 4 | Chaparral (6 feet) | 5.01 | 4.01 | 2.00 | 5.01 | 6.0 | 20 | |
| 5 | Brush (2 feet) | 1.00 | .50 | .00 | 2.00 | 2.0 | 20 | |
| 6 | Dormant brush, hardwood slash | 1.50 | 2.50 | 2.00 | .00 | 2.5 | 25 | |
| 7 | Southern rough | 1.13 | 1.87 | 1.5 | .37 | 2.5 | 40 | |
| Timber Litter | ||||||||
| 8 | Closed timber litter | 1.50 | 1.00 | 2.50 | 0.00 | 0.2 | 30 | |
| 9 | Hardwood litter | 2.92 | .41 | .15 | .00 | .2 | 25 | |
| 10 | Timber (litter and understory) | 3.01 | 2.00 | 5.01 | 2.00 | 1.0 | 25 | |
| Logging slash | ||||||||
| 11 | Light logging slash | 1.50 | 4.51 | 5.51 | 0.00 | 1.0 | 15 | |
| 12 | Medium logging slash | 4.01 | 14.03 | 16.53 | .00 | 2.3 | 20 | |
| 13 | Heavy logging slash | 7.01 | 23.04 | 28.05 | .00 | 3.0 | 25 |
The criteria for choosing a fuel model includes the fact that the fire burns in the fuel stratum best conditioned to support the fire. This means situations will occur where one fuel model represents rate of spread most accurately and another best depicts fire intensity. In other situations, two fuel conditions may exist, so the spread of fire across the area must be weighted by the fraction of the area occupied by each fuel. Fuel models are simply tools to help the user realistically estimate fire behavior. The user must maintain a flexible frame of mind and an adaptive method of operating to totally utilize these aids. For this reason, the fuel models are described in terms of both expected fire behavior and vegetation.
The National Fire Danger Rating System (NFDRS) depends upon an ordered set of weather records to establish conditions of the day. These weather conditions along with the 1978 NFDRS fuel models are used to represent the day-to-day and seasonal trends in fire danger. Modifications to the fuel models are possible by changes in live/dead ratios, moisture content, fuel loads, and drought influences by the large fuel effect on fire danger. The 13 fuel models for fire behavior estimation are for the severe period of the fire season when wildfires pose greater control problems and impact on land resources. Fire behavior predictions must utilize on-site observations and short term data extrapolated from remote measurement stations. The field use situation generally is one of stress and urgency. Therefore, the selection options and modifications for fuel models are limited to maintain a reasonably simple procedure to use with fire behavior nomographs, moisture content adjustment charts, and wind reduction procedures. The NFDRS fuel models are part of a computer data processing system that presently is not suited to real time, in-thefield prediction of fire behavior.


The essence of microservices
During the DDDQ lean coffee last weekend the question on microservices popped up once again.
This is not my first post about this subject, but apparently people wanted to know more.
Whyyyy !?! Whyyyyy!
From my understanding ** you should only use microservices when you want to run small controlled business experiments**.
That is in fact the key takeaway for me: if you write software for an agile business, you might want to try something new everyday, for example:
- setting up an online crossword puzzle contest
- organizing an ad hoc platform for a certain event
- engage new customers in a poll
- write a service that emails you a list of potential customers every day
- … (You get the picture)
When you do microservices, you apply agile principles to your business.

If you would like to know more about “small controlled experiments”, I would suggest you to read Mathias' post. He applies these principles to agile software development, but you can also apply these principles to doing business.
What
A lot of people seem to think that using microservices is an excuse for not properly designing your system.
People use the term micro-service architecture as an excuse to develop an SOA “big ball of mud”.
The biggest risk using this approach, is that most of the knowledge about how the system works is implicit. When people leave, the knowledge is gone.
When
Quite simple: as most businesses have a steady core, I would suggest you to properly develop and design the core of your system using the more conventional approaches. Then , you figure out a way to do micro-services on the side, to run small controlled experiments:
- Message busses
- Scripting
- Plugins
- …
Conclusion
Most businesses are not fully agile, so I would advise against using microservices for non-agile parts.
Figure out which part of your business is agile, and which is not, and find a way to run small controlled business experiments.
#microservices pic.twitter.com/T7XOjcUE73
— Tom Janssens (@ToJans) 25 maart 2014


Before Change
def __init_subclass__(cls):
// 1d transforms are always separable; we assume higher-dimensional ones
// are not but subclasses can also directly set is_separable.
if ("is_separable" not in vars(cls) // Was it overridden explicitly?
and cls.input_dims == cls.output_dims == 1):
cls.is_separable = True
// Transform.inverted raises NotImplementedError; we assume that if this
After Change
// are not but subclasses can also directly set is_separable -- this is
// verified by checking whether "is_separable" appears more than once in
// the class"s MRO (it appears once in Transform).
if (sum("is_separable" in vars(parent) for parent in cls.__mro__) == 1
and cls.input_dims == cls.output_dims == 1):
cls.is_separable = True
// Transform.inverted raises NotImplementedError; we assume that if this


This paragraph is using a web font called Roboto Light. It’s a little more refined and lends some unique character to the web page.
This paragraph is using a built-in sans-serif font, which is probably Arial or Helvetica. It’s not exactly ugly, but it’s definitely familiar.


Watch: Shocking, Distressed Family Dumps Corpse At OId Mutual After Policy Dispute
by LuckyA Dead body was used as evidence to payout policy at Old mutual
A video circulated widely on social media, showing a Kwazulu Natal family members dropping a dead body as evidence for funeral cover payout at Old Mutual Insurance offices following a dispute over claims.
It is alleged that Old mutual had refused to pay out and the family decided to take the body as proof to their offices.
Old mutual was dragged on Twitter with people accusing it of being insensitive
The insurer has since confirmed this incident, however, admitting the incident is regrettable and isolated because the claim had to undergo further assessments before pay-outs.
Normally, many of Old Mutual funeral claims are paid within 8 hours once all requirements are met, however, on this case, it took long for the assessment to be made forcing the frustrated family to hand-deliver evidence of death-literally.
More To Follow…….
You May Also Like:
PIC: Mommy dearest…First Lady shares photo with one of her twins
To View and Apply for the latest Jobs and Vacancies in Zimbabwe, Please Visit our Sister website iHarare Jobs


This field displays the SSH tunnel settings stored in Subversion configuration. You can modify the value and click the Update button to write this value to the Subversion configuration.


Source Control is good way of working with a distributed team. It has been in practice for ages and helps developers share and showcase their projects.
In the ecosystem of smartphones, most of us want to build apps that solve daily needs or target industry needs. Mobile application development with Angular and Ionic OR Cordova can set you apart.
Everyone loves to code, and in different lanuages too. It's important to learn industry standards for any kind of development - either web or system, mobile or embedded!
The cloud is an ever-growing area. We deploy everything from infrastructure to mobile applications in the cloud for easier and faster access. At Red Hat, we have OpenShift and OpenStack. This is how we give out production-ready experiences. You can start increasing your skillset with these tools as well!
As the lines of code grows, there needs to a person or system to test the code and verify the changes against release standards. Quality assurance, or QA, is one of the most important part of the software development lifecycle.
For people who love automation and containerization, this is the area to know. This includes tooling such as Vagrant, Ansible, Docker, and more.
Connects college students to the ecosystem of continuous innovation, enriching their skillset, and paving the pathway for being industry-ready!
The BootUp Program consists of several hackable templates for various kinds of activities. These help participants learn, implement, and share industy-grade knowledge in a variety of different fields.
Before you race off to the boilerplates, here are a few community "good practices" to keep in mind:
The templates are open and hackable. These are merely the blueprints of points an organizer can derive from while planning for any event. Templates are subject to alteration depending on the target audience.
On the right, you can find how to get started from scratch.


| {{match.userName}} |
{{match.userCharacterName}} |
{{match.userCharacterGsp | number}} |
{{match.opponentCharacterName}} |
{{match.opponentCharacterGsp | number}} |
|
{{tag.tagName}}
|
{{match.created | date:"MM/dd/yy h:mm a"}} |
|
{{editedMatch.userName}} |
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{{editedMatch.created | date:"MM/dd/yy h:mm a"}} |
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and
Syntax
A and B
Description
The and (boolean) operator yields a result of true if, and only if, both operands are true. The and operator is a short circuit operator. For example, if A is false in A and B then B is not evaluated.
Example
var success : boolean := false
var continuing := true % The type is boolean
continuing := continuing and success
Details
The continuing variable is set to true if, and only if, both continuing and success are true. Since Turing uses short circuit operators, once continuing is false, success will not be looked at.
The and operator can also be applied to natural numbers. The result is the natural number that is the bit-wise and of the operands. See nat (natural number).
Example
This masks out the everything but the lower two bytes of number.
var number : nat := 16#ABCD
var mask : nat := 16#FF
put number and mask % Outputs 205 (CD16)
See also
boolean (which discusses true/false values), explicitTrueFalseConstant (which discusses the values true and false), precedence and expn (expression).


The md-select-on-focus directive allows you to automatically select the element's input text on focus.
md-select-on-focus
<input>
<textarea>


Use regex
Skip words (one per line. If a YouTube video's chapter has a match, that chapter will be skipped automatically)
Save


{% extends 'tech/base.html' %} {% load widget_tweaks %} {% block main %}
Please fill in the following details to create a hire


curriculum vitae
General Information
| Full Name | Ishan Sen |
| Contact | ishans1999 [at] gmail [dot] com |
| Languages | English (native), German (native), Bengali (intermediate), Hindi (intermediate), French (beginner) |
Research Areas
- My current interest lies in exploring methods of creating human-in-the-loop interactive tools that enable users to navigate complex data through interpretable visualizations or AutoML techniques.
- I am also particularly interested in ...
Education
-
2021 - now
University of Maryland, College Park – M.S. in Computer Science
- 5th year M.S. in Computer Science
-
2017 - 2021
University of Maryland, College Park – B.S. in Computer Science
- Major GPA: 3.84/4.0
- Dean's Honors List
- Machine Learning Specialization
- Selected Coursework: Guarantees and Analyses of Machine Learning Algorithms (Ph.D. level course), Mechanism Design for Social Good (Ph.D. level course), Intro. to Machine Learning, Intro. to Artificial Intelligence, Computer Vision, Natural Language Processing, Advanced Data Structures, Design and Analysis of Algorithms, Numerical Methods.
-
2017 - 2021
University of Maryland, College Park – B.S. in Mathematics
- Major GPA: 3.71/4.0
- Dean's Honors List
- Statistics Specialization
Research Experience/Projects
-
Aug. 2020
-
nowGraph Visualization at Scale with Kyrix
- Research Project at UMD, advised by Dr. Leilani Battle, ...
- work in progress...
-
Aug. 2020
-
Dec. 2020Exploring Transferability of Fairness in Machine Learning
- Graduate Course Project at UMD, advised by Dr. Furong Huang
- Investigated the transfer of fairness across domains when there is a presence of a learnable latent variable in the data.
- Generated synthetic data representing varying levels of H∆H-divergence, conditioned on sensitive attributes and an artificial binary latent variable, to test the transferability of fairness.
- Implemented Gaussian Process Latent-Variable model (TensorFlow) to investigate the transfer of fairness using synthetic data to verify our hypothesis.
-
June 2020
-
Oct. 2020Guided Human-in-the-Loop Hyperparameter Tuning
- Research Project at UMD, advised by Dr. Leilani Battle and Dr. Furong Huang
- Developed an interactive visualization system with two students to guide the hyperparameter tuning processes
- Leveraged decision nodes from random forests to estimate tight bounds for hyperparameter ranges using Python, and presented these ranges in a parallel plot using D3.js
- Created an importance metric for hyperparameters using functional-ANOVA
- Evaluated our system using A/B testing in a small user study with 6 participants
Work Experience
-
May 2019
-
Aug. 2019Data Scientist Intern at Kantar
- Independent project that investigated user personality classification from text to assist recommender systems and customer support.
- Implemented text classification models using Python through classical methods (e.g. Bag-of-Words, SVM, Naïve Bayes, Random Forest) and advanced methods (BERT and FastText).
- Presented results of classification methods to and potential classification metrics to an internal team
-
June 2018
-
Aug. 2018Summer Intern at BMW Autonomous Drive
- Used Docker to set up an open-source platform named EvalAI to test internal machine learning models.
- Created an automated back-up system for a containerized Postgres database
Computer skills
- Programming languages: Python, Java, R, C, Matlab.
- Relevant python libraries: NumPy, Pandas, scikit-learn, matplotlib, PyTorch, TensorFlow.
- Other technologies/tools: Docker.
- Database Systems: PostgreSQL, MongoDB.
Other Interests
- Sports: ballroom/social dancing, football, tennis, skiing, snowboarding
- Hobbies: drawing, reading, piano, cooking (eating), sleeping


Vernier Go Direct® JavaScript
Example 3: User Prompts and Collecting Data
This example shows how you can use the godirect-js module to communicate with a Vernier Go Direct Sensor. This includes:
- Select a Go Direct Device with Bluetooth
- Provide the user with a prompt to select the active sensors
- Collect 15 measurements from the enabled sensors
- Disconnect


{% extends "base.html" %} {% block content %} {% if user and not user.is_anonymous %} Enter the URL of a website you would like to subscribe to.


| Module | FacebookPictures |
| In: |
facebook_bot/pictures.rb
|
Handles all Picture related functionality. Mainly, uploading pictures to Facebook and tagging them all nice.
Changes the profile picture given a picture filename. Can only (currently) take JPEGs. It will blow up on anything else.
fb.change_profile_picture 'cute.jpg'
# File facebook_bot/pictures.rb, line 7 7: def change_profile_picture picture 8: login 9: id_info = get_ids_from_url '/editprofile.php?picture', ['id','code'] 10: params = id_info.merge({'type' => 'profile', 11: 'return' =>'editprofile.php?picture', 12: 'agree' => '1', 13: 'uploadbutton' => 'Upload Picture'}) 14: upload_file_to_url picture,'/pic_upload.php', params 15: end
Gets a list of all pictures in an album, given a album URL. Returns a list of image IDs. An example is worth a thousand words:
pictures = fb.get_pictures 'http://www.facebook.com/album.php?profile'
Pictures Array is now something like:
['img_56425733_1813949','img_35978903_1813949',...]
# File facebook_bot/pictures.rb, line 62 62: def get_pictures url 63: login 64: connect URI.parse(url).host 65: doc = hpricot_get_url url 66: 67: pictures = [] 68: doc.search("//div[@id='album']//img") do |img| 69: pictures << img.attributes['id'] 70: end 71: pictures 72: end
Tag a picture of picture_id (found via the get_pictures method, probably) with a subject (FacebookFriend instance of person tagging, or ‘self’ if we‘re tagging ourself.) and at a position [x%,y%] Array, usually found via random.position.
fb.tag_picture get_pictures('http://www.facebook.com/album.php?profile')[0], 'self', [5,5] fb.tag_picture '40009493', 'self', [40.232,23.3434] fb.tag_picture '43253433', '3453453434', [22.232,54.3434] fb.tag_picture '2334534534', fb.get_friends.find{|x| x.name == 'Mark Zuckerberg'}, [54.1,10.2]
# File facebook_bot/pictures.rb, line 34 34: def tag_picture picture_id, friend, position 35: login 36: img_str, pid, id = picture_id.split('_') 37: 38: # if we're tagging self, create a dummy friend to use of myself. 39: if friend == 'self' 40: friend = FacebookFriend.new(id,'myself','') 41: end 42: 43: subject = friend.id 44: 45: post_form_id = get_ids_from_url("/photo.php?pid=#{pid}&id=#{id}", ['post_form_id'])['post_form_id'] 46: 47: req = @http.post2('/ajax/photo_tagging_ajax.php',"pid=#{pid}&id=#{id}&subject=#{subject}&name=disregarded&email=&action=add&x=#{position[0]}&y=#{position[1]}&post_form_id=#{post_form_id}",@opts[:headers]) 48: 49: if req.code.to_i == 200 50: puts "Successfully tagged a photo of #{friend.name} at #{position[0]},#{position[1]}." 51: else 52: puts "Failed to tag a photo of #{friend.name}!" 53: log req 54: end 55: end
Shortcut function to tag your profile picture with subject (FacebookFriend or ‘self’) and Position [x%,y%]. subject can be ‘self’ if you‘re taggging a picture of yourself.
fb.tag_profile_picture 'self', [49.232,23.230] fb.tag_profile_picture '34534522', [49.232,23.230] fb.tag_profile_picture fb.get_friends.find{|x| x.name == 'Mark Zuckerberg'}, [49.232,23.230]
# File facebook_bot/pictures.rb, line 22 22: def tag_profile_picture friend, position 23: login 24: tag_picture get_pictures('http://www.facebook.com/album.php?profile')[0], friend, position 25: end


The best coffee in the city
Each grain is roasted with special love. Don't you believe it?
See it for yourself.
Make sureWho are we
We are a team of professionals who love their work. We love coffee , and we want you to love it too.
We are located in the heart of the city, at the intersection of the main avenue and a little less than the main street. You've probably seen our coffee shop many times while driving to work.
We will be happy if you visit us next time. We'll treat you to coffee and biscuits.
mapWhat we can offer you
Cold-brew
Yes! Iced coffee is brewed hot and served cold. You chill hot coffee either by pouring it over ice, or refrigerating it for a few hours before serving.
£3
Cappuchino
A cappuccino is the perfect balance of espresso, steamed milk and foam. This coffee is all about the structure and the even splitting of all elements into equal thirds.
£2.5
Latte
A latte or caffè latte is a milk coffee that boasts a silky layer of foam as a real highlight to the drink. A true latte will be made up of one or two shots of espresso, lots of steamed milk and a final, thin layer of frothed milk on top.
£4
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Have a look a short video about us
Come visit us!
If you want to try the best coffee in the city, you should definitely come to us. After all, we are the ones who do the best. Why? Because we do it with love.
phone: 07XXX869385
Address: Glasgow


package wiremock
Type Members
-
trait
ExternalServiceMock extends AutoCloseable
The trait that provides a WireMockServer.
The trait that provides a WireMockServer.
The trait supports java.lang.AutoCloseable, so you can use it with a loan-pattern.


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import forms.incomeSources.cease.CeaseUKPropertyForm @import views.html.layouts.unifiedLayout @import views.html.helpers.injected.ContinueButton @import views.html.helpers.injected.ErrorSummary @import views.html.helpers.injected.RadioHelper @import views.helpers.RadioOption @import views.html.helpers.injected.InputHelper @import uk.gov.hmrc.govukfrontend.views.html.components.FormWithCSRF @import uk.gov.hmrc.govukfrontend.views.html.components.{GovukCheckboxes, Fieldset, Legend, Text} @import uk.gov.hmrc.govukfrontend.views.viewmodels.checkboxes.CheckboxItem @import uk.gov.hmrc.govukfrontend.views.Aliases.Checkboxes @import uk.gov.hmrc.govukfrontend.views.html.components.implicits._ @import views.html.layouts.unifiedLayout @import views.html.components._ @this( mainTemplate: unifiedLayout, inputHelper: InputHelper, continueButton: ContinueButton, formWithCSRF: FormWithCSRF, errorSummary: ErrorSummary, govukCheckboxes: GovukCheckboxes, ) @(ceaseUKPropertyForm: Form[CeaseUKPropertyForm], postAction: Call, isAgent: Boolean = false, backUrl: String)(implicit user: auth.MtdItUser[_], messages: Messages) @mainTemplate(pageTitle = messages("incomeSources.ceaseUKProperty.heading"), form = Some(ceaseUKPropertyForm), isAgent = isAgent, backUrl = Some(backUrl), btaNavPartial = user.btaNavPartial) { @errorSummary( form = ceaseUKPropertyForm ) @formWithCSRF(action = postAction, Symbol("id") -> "cease-uk-property-form") { @checkboxes( govukCheckboxes, ceaseUKPropertyForm, "cease-uk-property-declaration", messages("incomeSources.ceaseUKProperty.heading"), "govuk-fieldset__legend--l", items = Seq( CheckboxItem( content = Text(messages("incomeSources.ceaseUKProperty.radioLabel")), value = "true" ) ) )


Motivation
The main industrial sectors and consumer activities causing the global increment of greenhouse gas emissions are:
- Transportation
- Building and housing
- Food production
It is possible to cut down transport and to build energy‐efficient houses buy how to feed the world’s growing population and simultaneously cut down emissions and reduce energy consumption in thefood system. The food system operates through food chains and networks, from primary agricultural production through processing to retailing, wholesale and catering to consumption of particular food items served as ready meals. It has been estimated that about one third of all greenhouse gas in the world is produced within the food system.
The Project
The SHAPE Meal project is part of a SHAPE – Shaping Markets for Sustainability, which is a research project on sustainability. The SHAPE project aims to analyze and develop methods by which companies are able to build up their own sustainable markets and simultaneously meet the challenges of market change to higher level of sustainability. The focus of the SHAPE Meal project is on meals served by catering companies in working places and universities. The project combines expertise from Aalto School of Arts, Aalto School of Science, MTT (food experts), and University of Helsinki (food chain researchers).
The SHAPE Meal project has the goal to communicate and promote a more sustainable and healthier consumption of food. The assumption is that if customers and restaurants are given information about the sustainability aspects of their food, they will make better meal choices, which makes big difference in a long run.
The Prototype
Out of the solution concept, as the result of a joint effort between Aalto School of Arts, Aalto School of Science, MTT (food experts), and University of Helsinki (food chain researchers), and with the boost of a series of workshops and hackahthons, a SHAPE prototype was developed.


A waste conscious packaging design for the Toronto-based Nadege Patisserie, known in particular for their macarons.
The package is designed with a clean, modern aesthetic in order to convey a sophisticated and luxurious message, with a diffused pattern of geometric shapes in their signature pink shade fading along the sides, like a gentle sigh.
There are two designs, not only for multiple macarons, but also single ones. Both are constructed from a single sheet of substrate and is held together without the use of adhesives to form a sturdy package around the delicate macarons.
The package for multiple macarons packs flat to conserve counter space and storage space in store, while simultaneously employing the use of a Himes closure to ensure that the package can pop open easily for the convenience of store employees. The package is cut from a single substrate and assembles easily without the use of adhesives, designed completely with the environment in mind.
Customers who are purchasing single macarons can still indulge and have the same luxurious experience with their single macarons as they are with boxes of multiple pastries. The single package protects the individual objects just as carefully as the larger boxes do several.


Implementation of some GeoAPI interfaces. In order to provide a simpler model, some classes merge
many distinct GeoAPI concepts. For example, many existing projection libraries make no distinction
between Coordinate System (CS) and Coordinate Reference System (CRS).
Those implementation examples follow this simplified model by providing a single class implementing
both the CS and CRS interfaces.
The following table lists the classes that implement more than one GeoAPI interface:
Every classes in those example packages are hereby placed into the Public Domain.
This means anyone is free to do whatever they wish with those files.


_julien_donkey-boy_ (R) no stars (out of ****)
In February, I said that no film this year could possibly be worse than the thoroughly unwatchable _Six_Ways_to_Sunday_. Well, I take that back. The sophomore directorial effort of Harmony Korine (whose 1997 debut, _Gummo_, is the epitome of love-hate films) is one steaming, smelly pile of cinematic excrement. Much has been made that this "film" (using that term very loosely) is the first American production to be made under Dogme 95--the commandments of cinematic "purity" created by Danish filmmakers Lars Von Trier and Thomas Vinterberg, among others-- but slapping on such a label doesn't excuse Korine's sloppy, downright incoherent filmmaking. You know you're in trouble when the synopsis provided in the film's press notes in no way resembles what you see on screen. Purportedly, the film is about the "internal struggle" of schizophrenic julien (Ewen Bremner), which "increases in intensity until the film's shocking and bizarrely transcendent conclusion."
Now, this is what I saw for 94 long, seemingly endless minutes: scenes of Bremner jumping up and down and speaking incoherently; scenes of julien's pregnant sister Pearl (ChloŽ Sevigny) dancing ballet and playing the harp; wordless scenes of a young blind figure skater (Chrissy Kobylak) doing a routine; and, most memorably, julien's father (Werner Herzog) hosing down and belittling julien's brother Chris (Evan Neumann) into becoming "a champion"--that is, whenever not chugging cough syrup and listening to records while wearing a gas mask. To say that none of it adds up would be to imply a natural connection between scenes that isn't there. The herky-jerky Dogme camera movements and grainy film stock just makes the film look more like--and thereby confirm--what it is: pure garbage.
Michael Dequina<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>Mr. Brown's Movie Site: http://welcome.to/mrbrown CinemaReview Magazine: http://www.CinemaReview.com on ICQ: #25289934 | on AOL Instant Messenger: MrBrown23
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


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This is a demo of a chart being created by using the Google Sheets connector that's bundled with RGraph. You can see the Google Sheet that RGraph is fetching data from here and the documentation for the Google Sheets Connector here.
It's using the data that's on the Bar worksheet (there are multiple buttons at the bottom of the screen that allows you access to the other worksheets). The labels are coming from the spreadsheet too.
The stroke color is set to white and the linewidth
is 2. There's no other configuration so the Pie chart looks quite standard, though there is a
responsive
configuration so that on smaller screens the labels disappear and tooltips are used
instead.
   Put this where you want the chart to show up:

This is the code that generates the chart - it should be placed AFTER the
div
tag:


Re-Indexing Host Content
How to re-index the search index for only the host pages. This run the Site Search Crawler job in the Scheduler which will delete the existing content from the Index Store and then re-indexing everything.
- Navigate to Host > Host Settings.
- Select the Advanced Settings tab.
- Expand the Search section.
- Optional. Click the Re-Index Host Content button. This displays the Confirm Re-Indexing message "Re-Index will cause existing content in the Index Store to be deleted. Re-index is done by search crawler(s) and depends on their scheduling frequency. Are you sure you want to continue?"
- Click the Continue button to confirm.


|
Network Working Group Request for Comments: 1808 Category: Standards Track |
R. Fielding UC Irvine June 1995 |
This document specifies an Internet standards track protocol for the Internet community, and requests discussion and suggestions for improvements. Please refer to the current edition of the "Internet Official Protocol Standards" (STD 1) for the standardization state and status of this protocol. Distribution of this memo is unlimited.
A Uniform Resource Locator (URL) is a compact representation of the location and access method for a resource available via the Internet. When embedded within a base document, a URL in its absolute form may contain a great deal of information which is already known from the context of that base document's retrieval, including the scheme, network location, and parts of the url-path. In situations where the base URL is well-defined and known to the parser (human or machine), it is useful to be able to embed URL references which inherit that context rather than re-specifying it in every instance. This document defines the syntax and semantics for such Relative Uniform Resource Locators.
This document describes the syntax and semantics for "relative" Uniform Resource Locators (relative URLs): a compact representation of the location of a resource relative to an absolute base URL. It is a companion to RFC 1738, "Uniform Resource Locators (URL)" [2], which specifies the syntax and semantics of absolute URLs.
A common use for Uniform Resource Locators is to embed them within a document (referred to as the "base" document) for the purpose of identifying other Internet-accessible resources. For example, in hypertext documents, URLs can be used as the identifiers for hypertext link destinations.
Absolute URLs contain a great deal of information which may already be known from the context of the base document's retrieval, including the scheme, network location, and parts of the URL path. In situations where the base URL is well-defined and known, it is useful to be able to embed a URL reference which inherits that context
rather than re-specifying it within each instance. Relative URLs can also be used within data-entry dialogs to decrease the number of characters necessary to describe a location.
In addition, it is often the case that a group or "tree" of documents has been constructed to serve a common purpose; the vast majority of URLs in these documents point to locations within the tree rather than outside of it. Similarly, documents located at a particular Internet site are much more likely to refer to other resources at that site than to resources at remote sites.
Relative addressing of URLs allows document trees to be partially independent of their location and access scheme. For instance, it is possible for a single set of hypertext documents to be simultaneously accessible and traversable via each of the "file", "http", and "ftp" schemes if the documents refer to each other using relative URLs. Furthermore, document trees can be moved, as a whole, without changing any of the embedded URLs. Experience within the World-Wide Web has demonstrated that the ability to perform relative referencing is necessary for the long-term usability of embedded URLs.
The syntax for relative URLs is a shortened form of that for absolute URLs [2], where some prefix of the URL is missing and certain path components ("." and "..") have a special meaning when interpreting a relative path. Because a relative URL may appear in any context that could hold an absolute URL, systems that support relative URLs must be able to recognize them as part of the URL parsing process.
Although this document does not seek to define the overall URL syntax, some discussion of it is necessary in order to describe the parsing of relative URLs. In particular, base documents can only make use of relative URLs when their base URL fits within the generic-RL syntax described below. Although some URL schemes do not require this generic-RL syntax, it is assumed that any document which contains a relative reference does have a base URL that obeys the syntax. In other words, relative URLs cannot be used within documents that have unsuitable base URLs.
The URL syntax is dependent upon the scheme. Some schemes use reserved characters like "?" and ";" to indicate special components, while others just consider them to be part of the path. However, there is enough uniformity in the use of URLs to allow a parser to resolve relative URLs based upon a single, generic-RL syntax. This generic-RL syntax consists of six components:
<scheme>://<net_loc>/<path>;<params>?<query>#<fragment>
each of which, except <scheme>, may be absent from a particular URL. These components are defined as follows (a complete BNF is provided in Section 2.2):
scheme ":" ::= scheme name, as per Section 2.1 of RFC 1738 [2]. "//" net_loc ::= network location and login information, as per Section 3.1 of RFC 1738 [2]. "/" path ::= URL path, as per Section 3.1 of RFC 1738 [2]. ";" params ::= object parameters (e.g., ";type=a" as in Section 3.2.2 of RFC 1738 [2]). "?" query ::= query information, as per Section 3.3 of RFC 1738 [2]. "#" fragment ::= fragment identifier.
Note that the fragment identifier (and the "#" that precedes it) is not considered part of the URL. However, since it is commonly used within the same string context as a URL, a parser must be able to recognize the fragment when it is present and set it aside as part of the parsing process.
The order of the components is important. If both <params> and
<query> are present, the <query> information must occur after the <params>.
This is a BNF-like description of the Relative Uniform Resource Locator syntax, using the conventions of RFC 822 [5], except that "|" is used to designate alternatives. Briefly, literals are quoted with "", parentheses "(" and ")" are used to group elements, optional elements are enclosed in [brackets], and elements may be preceded with <n>* to designate n or more repetitions of the following element; n defaults to 0.
This BNF also describes the generic-RL syntax for valid base URLs. Note that this differs from the URL syntax defined in RFC 1738 [2] in that all schemes are required to use a single set of reserved characters and use them consistently within the major URL components.
URL = ( absoluteURL | relativeURL ) [ "#" fragment ] absoluteURL = generic-RL | ( scheme ":" *( uchar | reserved ) ) generic-RL = scheme ":" relativeURL relativeURL = net_path | abs_path | rel_path net_path = "//" net_loc [ abs_path ] abs_path = "/" rel_path rel_path = [ path ] [ ";" params ] [ "?" query ] path = fsegment *( "/" segment ) fsegment = 1*pchar segment = *pchar params = param *( ";" param ) param = *( pchar | "/" ) scheme = 1*( alpha | digit | "+" | "-" | "." ) net_loc = *( pchar | ";" | "?" ) query = *( uchar | reserved ) fragment = *( uchar | reserved ) pchar = uchar | ":" | "@" | "&" | "=" uchar = unreserved | escape unreserved = alpha | digit | safe | extra escape = "%" hex hex hex = digit | "A" | "B" | "C" | "D" | "E" | "F" | "a" | "b" | "c" | "d" | "e" | "f" alpha = lowalpha | hialpha lowalpha = "a" | "b" | "c" | "d" | "e" | "f" | "g" | "h" | "i" | "j" | "k" | "l" | "m" | "n" | "o" | "p" | "q" | "r" | "s" | "t" | "u" | "v" | "w" | "x" | "y" | "z" hialpha = "A" | "B" | "C" | "D" | "E" | "F" | "G" | "H" | "I" | "J" | "K" | "L" | "M" | "N" | "O" | "P" | "Q" | "R" | "S" | "T" | "U" | "V" | "W" | "X" | "Y" | "Z" digit = "0" | "1" | "2" | "3" | "4" | "5" | "6" | "7" | "8" | "9" safe = "$" | "-" | "_" | "." | "+" extra = "!" | "*" | "'" | "(" | ")" | "," national = "{" | "}" | "|" | "\" | "^" | "~" | "[" | "]" | "`" reserved = ";" | "/" | "?" | ":" | "@" | "&" | "=" punctuation = "<" | ">" | "#" | "%" | <">
Each URL scheme has its own rules regarding the presence or absence of the syntactic components described in Sections 2.1 and 2.2. In addition, some schemes are never appropriate for use with relative URLs. However, since relative URLs will only be used within contexts in which they are useful, these scheme-specific differences can be ignored by the resolution process.
Within this section, we include as examples only those schemes that have a defined URL syntax in RFC 1738 [2]. The following schemes are never used with relative URLs:
mailto Electronic Mail news USENET news telnet TELNET Protocol for Interactive Sessions
Some URL schemes allow the use of reserved characters for purposes outside the generic-RL syntax given above. However, such use is rare. Relative URLs can be used with these schemes whenever the applicable base URL follows the generic-RL syntax.
gopher Gopher and Gopher+ Protocols prospero Prospero Directory Service wais Wide Area Information Servers Protocol
Users of gopher URLs should note that gopher-type information is almost always included at the beginning of what would be the generic-RL path. If present, this type information prevents relative-path references to documents with differing gopher-types.
Finally, the following schemes can always be parsed using the generic-RL syntax. This does not necessarily imply that relative URLs will be useful with these schemes -- that decision is left to the system implementation and the author of the base document.
file Host-specific Files ftp File Transfer Protocol http Hypertext Transfer Protocol nntp USENET news using NNTP access
NOTE: Section 5 of RFC 1738 specifies that the question-mark character ("?") is allowed in an ftp or file path segment. However, this is not true in practice and is believed to be an error in the RFC. Similarly, RFC 1738 allows the reserved character semicolon (";") within an http path segment, but does not define its semantics; the correct semantics are as defined by this document for <params>.
We recommend that new schemes be designed to be parsable via the generic-RL syntax if they are intended to be used with relative URLs. A description of the allowed relative forms should be included when a new scheme is registered, as per Section 4 of RFC 1738 [2].
An accepted method for parsing URLs is useful to clarify the generic-RL syntax of Section 2.2 and to describe the algorithm for resolving relative URLs presented in Section 4. This section describes the parsing rules for breaking down a URL (relative or absolute) into the component parts described in Section 2.1. The rules assume that the URL has already been separated from any surrounding text and copied to a "parse string". The rules are listed in the order in which they would be applied by the parser.
If the parse string contains a crosshatch "#" character, then the substring after the first (left-most) crosshatch "#" and up to the end of the parse string is the <fragment> identifier. If the crosshatch is the last character, or no crosshatch is present, then the fragment identifier is empty. The matched substring, including the crosshatch character, is removed from the parse string before continuing.
Note that the fragment identifier is not considered part of the URL. However, since it is often attached to the URL, parsers must be able to recognize and set aside fragment identifiers as part of the process.
If the parse string contains a colon ":" after the first character and before any characters not allowed as part of a scheme name (i.e., any not an alphanumeric, plus "+", period ".", or hyphen "-"), the
<scheme> of the URL is the substring of characters up to but not including the first colon. These characters and the colon are then removed from the parse string before continuing.
If the parse string begins with a double-slash "//", then the substring of characters after the double-slash and up to, but not including, the next slash "/" character is the network location/login (<net_loc>) of the URL. If no trailing slash "/" is present, the entire remaining parse string is assigned to <net_loc>. The double- slash and <net_loc> are removed from the parse string before
continuing.
If the parse string contains a question mark "?" character, then the substring after the first (left-most) question mark "?" and up to the end of the parse string is the <query> information. If the question mark is the last character, or no question mark is present, then the query information is empty. The matched substring, including the question mark character, is removed from the parse string before continuing.
If the parse string contains a semicolon ";" character, then the substring after the first (left-most) semicolon ";" and up to the end of the parse string is the parameters (<params>). If the semicolon is the last character, or no semicolon is present, then <params> is empty. The matched substring, including the semicolon character, is removed from the parse string before continuing.
After the above steps, all that is left of the parse string is the URL <path> and the slash "/" that may precede it. Even though the initial slash is not part of the URL path, the parser must remember whether or not it was present so that later processes can differentiate between relative and absolute paths. Often this is done by simply storing the preceding slash along with the path.
The term "relative URL" implies that there exists some absolute "base URL" against which the relative reference is applied. Indeed, the base URL is necessary to define the semantics of any embedded relative URLs; without it, a relative reference is meaningless. In order for relative URLs to be usable within a document, the base URL of that document must be known to the parser.
The base URL of a document can be established in one of four ways, listed below in order of precedence. The order of precedence can be thought of in terms of layers, where the innermost defined base URL has the highest precedence. This can be visualized graphically as:
.----------------------------------------------------------.
| .----------------------------------------------------. | | | .----------------------------------------------. | | | | | .----------------------------------------. | | | | | | | (3.1) Base URL embedded in the | | | | | | | | document's content | | | | | | | `----------------------------------------' | | | | | | (3.2) Base URL of the encapsulating entity | | | | | | (message, document, or none). | | | | | `----------------------------------------------' | | | | (3.3) URL used to retrieve the entity | | | `----------------------------------------------------' | | (3.4) Base URL = "" (undefined) | `----------------------------------------------------------'
Within certain document media types, the base URL of the document can be embedded within the content itself such that it can be readily obtained by a parser. This can be useful for descriptive documents, such as tables of content, which may be transmitted to others through protocols other than their usual retrieval context (e.g., E-Mail or USENET news).
It is beyond the scope of this document to specify how, for each media type, the base URL can be embedded. It is assumed that user agents manipulating such media types will be able to obtain the appropriate syntax from that media type's specification. An example of how the base URL can be embedded in the Hypertext Markup Language (HTML) [3] is provided in an Appendix (Section 10).
Messages are considered to be composite documents. The base URL of a message can be specified within the message headers (or equivalent tagged metainformation) of the message. For protocols that make use of message headers like those described in RFC 822 [5], we recommend that the format of this header be:
base-header = "Base" ":" "<URL:" absoluteURL ">"
where "Base" is case-insensitive and any whitespace (including that used for line folding) inside the angle brackets is ignored. For example, the header field
Base: <URL:http://www.ics.uci.edu/Test/a/b/c>
would indicate that the base URL for that message is the string "http://www.ics.uci.edu/Test/a/b/c". The base URL for a message serves as both the base for any relative URLs within the message headers and the default base URL for documents enclosed within the message, as described in the next section.
Protocols which do not use the RFC 822 message header syntax, but which do allow some form of tagged metainformation to be included within messages, may define their own syntax for defining the base URL as part of a message.
If no base URL is embedded, the base URL of a document is defined by the document's retrieval context. For a document that is enclosed within another entity (such as a message or another document), the retrieval context is that entity; thus, the default base URL of the document is the base URL of the entity in which the document is encapsulated.
Composite media types, such as the "multipart/*" and "message/*" media types defined by MIME (RFC 1521, [4]), define a hierarchy of retrieval context for their enclosed documents. In other words, the retrieval context of a component part is the base URL of the composite entity of which it is a part. Thus, a composite entity can redefine the retrieval context of its component parts via the inclusion of a base-header, and this redefinition applies recursively for a hierarchy of composite parts. Note that this might not change the base URL of the components, since each component may include an embedded base URL or base-header that takes precedence over the retrieval context.
If no base URL is embedded and the document is not encapsulated within some other entity (e.g., the top level of a composite entity), then, if a URL was used to retrieve the base document, that URL shall be considered the base URL. Note that if the retrieval was the result of a redirected request, the last URL used (i.e., that which resulted in the actual retrieval of the document) is the base URL.
If none of the conditions described in Sections 3.1 -- 3.3 apply, then the base URL is considered to be the empty string and all embedded URLs within that document are assumed to be absolute URLs.
It is the responsibility of the distributor(s) of a document containing relative URLs to ensure that the base URL for that document can be established. It must be emphasized that relative URLs cannot be used reliably in situations where the document's base URL is not well-defined.
This section describes an example algorithm for resolving URLs within a context in which the URLs may be relative, such that the result is always a URL in absolute form. Although this algorithm cannot guarantee that the resulting URL will equal that intended by the original author, it does guarantee that any valid URL (relative or absolute) can be consistently transformed to an absolute form given a valid base URL.
The following steps are performed in order:
Step 1: The base URL is established according to the rules of Section 3. If the base URL is the empty string (unknown), the embedded URL is interpreted as an absolute URL and we are done.
Step 2: Both the base and embedded URLs are parsed into their component parts as described in Section 2.4.
a) If the embedded URL is entirely empty, it inherits the entire base URL (i.e., is set equal to the base URL) and we are done.
b) If the embedded URL starts with a scheme name, it is interpreted as an absolute URL and we are done.
c) Otherwise, the embedded URL inherits the scheme of the base URL.
Step 3: If the embedded URL's <net_loc> is non-empty, we skip to Step 7. Otherwise, the embedded URL inherits the <net_loc> (if any) of the base URL.
Step 4: If the embedded URL path is preceded by a slash "/", the path is not relative and we skip to Step 7.
Step 5: If the embedded URL path is empty (and not preceded by a slash), then the embedded URL inherits the base URL path, and
a) if the embedded URL's <params> is non-empty, we skip to step 7; otherwise, it inherits the <params> of the base URL (if any) and
b) if the embedded URL's <query> is non-empty, we skip to step 7; otherwise, it inherits the <query> of the base URL (if any) and we skip to step 7.
Step 6: The last segment of the base URL's path (anything following the rightmost slash "/", or the entire path if no slash is present) is removed and the embedded URL's path is appended in its place. The following operations are then applied, in order, to the new path:
a) All occurrences of "./", where "." is a complete path segment, are removed.
b) If the path ends with "." as a complete path segment, that "." is removed.
c) All occurrences of "<segment>/../", where <segment> is a complete path segment not equal to "..", are removed. Removal of these path segments is performed iteratively, removing the leftmost matching pattern on each iteration, until no matching pattern remains.
d) If the path ends with "<segment>/..", where <segment> is a
complete path segment not equal to "..", that
"<segment>/.." is removed.
Step 7: The resulting URL components, including any inherited from the base URL, are recombined to give the absolute form of the embedded URL.
Parameters, regardless of their purpose, do not form a part of the URL path and thus do not affect the resolving of relative paths. In particular, the presence or absence of the ";type=d" parameter on an ftp URL does not affect the interpretation of paths relative to that URL. Fragment identifiers are only inherited from the base URL when the entire embedded URL is empty.
The above algorithm is intended to provide an example by which the output of implementations can be tested -- implementation of the algorithm itself is not required. For example, some systems may find it more efficient to implement Step 6 as a pair of segment stacks being merged, rather than as a series of string pattern matches.
Within an object with a well-defined base URL of
Base: <URL:http://a/b/c/d;p?q#f>
the relative URLs would be resolved as follows:
g:h = <URL:g:h> g = <URL:http://a/b/c/g> ./g = <URL:http://a/b/c/g> g/ = <URL:http://a/b/c/g/> /g = <URL:http://a/g> //g = <URL:http://g> ?y = <URL:http://a/b/c/d;p?y> g?y = <URL:http://a/b/c/g?y> g?y/./x = <URL:http://a/b/c/g?y/./x> #s = <URL:http://a/b/c/d;p?q#s> g#s = <URL:http://a/b/c/g#s> g#s/./x = <URL:http://a/b/c/g#s/./x> g?y#s = <URL:http://a/b/c/g?y#s> ;x = <URL:http://a/b/c/d;x> g;x = <URL:http://a/b/c/g;x> g;x?y#s = <URL:http://a/b/c/g;x?y#s> . = <URL:http://a/b/c/> ./ = <URL:http://a/b/c/> .. = <URL:http://a/b/> ../ = <URL:http://a/b/> ../g = <URL:http://a/b/g> ../.. = <URL:http://a/> ../../ = <URL:http://a/> ../../g = <URL:http://a/g>
Although the following abnormal examples are unlikely to occur in normal practice, all URL parsers should be capable of resolving them consistently. Each example uses the same base as above.
An empty reference resolves to the complete base URL:
<> = <URL:http://a/b/c/d;p?q#f>
Parsers must be careful in handling the case where there are more relative path ".." segments than there are hierarchical levels in the base URL's path. Note that the ".." syntax cannot be used to change the <net_loc> of a URL.
../../../g = <URL:http://a/../g> ../../../../g = <URL:http://a/../../g>
Similarly, parsers must avoid treating "." and ".." as special when they are not complete components of a relative path.
/./g = <URL:http://a/./g> /../g = <URL:http://a/../g> g. = <URL:http://a/b/c/g.> .g = <URL:http://a/b/c/.g> g.. = <URL:http://a/b/c/g..> ..g = <URL:http://a/b/c/..g>
Less likely are cases where the relative URL uses unnecessary or nonsensical forms of the "." and ".." complete path segments.
./../g = <URL:http://a/b/g> ./g/. = <URL:http://a/b/c/g/> g/./h = <URL:http://a/b/c/g/h> g/../h = <URL:http://a/b/c/h>
Finally, some older parsers allow the scheme name to be present in a relative URL if it is the same as the base URL scheme. This is considered to be a loophole in prior specifications of partial URLs [1] and should be avoided by future parsers.
http:g = <URL:http:g> http: = <URL:http:>
Authors should be aware that path names which contain a colon ":" character cannot be used as the first component of a relative URL path (e.g., "this:that") because they will likely be mistaken for a scheme name. It is therefore necessary to precede such cases with other components (e.g., "./this:that"), or to escape the colon character (e.g., "this%3Athat"), in order for them to be correctly parsed. The former solution is preferred because it does not affect the absolute form of the URL.
There is an ambiguity in the semantics for the ftp URL scheme regarding the use of a trailing slash ("/") character and/or a parameter ";type=d" to indicate a resource that is an ftp directory. If the result of retrieving that directory includes embedded relative URLs, it is necessary that the base URL path for that result include a trailing slash. For this reason, we recommend that the ";type=d" parameter value not be used within contexts that allow relative URLs.
There are no security considerations in the use or parsing of relative URLs. However, once a relative URL has been resolved to its absolute form, the same security considerations apply as those described in RFC 1738 [2].
This work is derived from concepts introduced by Tim Berners-Lee and the World-Wide Web global information initiative. Relative URLs are described as "Partial URLs" in RFC 1630 [1]. That description was expanded for inclusion as an appendix for an early draft of RFC 1738, "Uniform Resource Locators (URL)" [2]. However, after further discussion, the URI-WG decided to specify Relative URLs separately from the primary URL draft.
This document is intended to fulfill the recommendations for Internet
Resource Locators as stated in [6]. It has benefited greatly from
the comments of all those participating in the URI-WG. Particular
thanks go to Larry Masinter, Michael A. Dolan, Guido van Rossum, Dave
Kristol, David Robinson, and Brad Barber for identifying
problems/deficiencies in earlier drafts.
[1] Berners-Lee, T., "Universal Resource Identifiers in WWW: A Unifying Syntax for the Expression of Names and Addresses of Objects on the Network as used in the World-Wide Web", RFC 1630, CERN, June 1994.
[2] Berners-Lee, T., Masinter, L., and M. McCahill, Editors, "Uniform Resource Locators (URL)", RFC 1738, CERN, Xerox Corporation, University of Minnesota, December 1994.
[3] Berners-Lee T., and D. Connolly, "HyperText Markup Language Specification -- 2.0", Work in Progress, MIT, HaL Computer Systems, February 1995.
<URL:http://www.ics.uci.edu/pub/ietf/html/>
[4] Borenstein, N., and N. Freed, "MIME (Multipurpose Internet Mail Extensions): Mechanisms for Specifying and Describing the Format of Internet Message Bodies", RFC 1521, Bellcore, Innosoft, September 1993.
[5] Crocker, D., "Standard for the Format of ARPA Internet Text Messages", STD 11, RFC 822, UDEL, August 1982.
[6] Kunze, J., "Functional Recommendations for Internet Resource Locators", RFC 1736, IS&T, UC Berkeley, February 1995.
Roy T. Fielding
Department of Information and Computer Science
University of California
Irvine, CA 92717-3425
U.S.A.
Tel: +1<PHONE_NUMBER>
Fax: +1<PHONE_NUMBER>
EMail<EMAIL_ADDRESS>It is useful to consider an example of how the base URL of a document can be embedded within the document's content. In this appendix, we describe how documents written in the Hypertext Markup Language (HTML) [3] can include an embedded base URL. This appendix does not form a part of the relative URL specification and should not be considered as anything more than a descriptive example.
HTML defines a special element "BASE" which, when present in the "HEAD" portion of a document, signals that the parser should use the BASE element's "HREF" attribute as the base URL for resolving any relative URLs. The "HREF" attribute must be an absolute URL. Note that, in HTML, element and attribute names are case-insensitive. For example:
<!doctype html public "-//IETF//DTD HTML//EN"> <HTML><HEAD> <TITLE>An example HTML document</TITLE> <BASE href="http://www.ics.uci.edu/Test/a/b/c"> </HEAD><BODY> ... <A href="../x">a hypertext anchor</A> ... </BODY></HTML>
A parser reading the example document should interpret the given relative URL "../x" as representing the absolute URL
<URL:http://www.ics.uci.edu/Test/a/x>
regardless of the context in which the example document was obtained.


Fast functions for timestamp manipulation that avoid system calls and take shortcuts to facilitate operations on very large data.
| Version: | 1.0-2 |
| Published: | 2016-10-26 |
| Author: | Simon Urbanek |
| Maintainer: | Simon Urbanek <simon.urbanek at r-project.org> |
| License: | GPL-2 |
| URL: | http://www.rforge.net/fasttime |
| NeedsCompilation: | yes |
| Materials: | NEWS |
| CRAN checks: | fasttime results |
| Reference manual: | fasttime.pdf |
| Package source: | fasttime_1.0-2.tar.gz |
| Windows binaries: | r-devel: fasttime_1.0-2.zip, r-release: fasttime_1.0-2.zip, r-oldrel: fasttime_1.0-2.zip |
| OS X binaries: | r-release: fasttime_1.0-2.tgz, r-oldrel: fasttime_1.0-2.tgz |
| Old sources: | fasttime archive |
| Reverse imports: | ctmm, eplusr, QuantTools |
Please use the canonical form https://CRAN.R-project.org/package=fasttime to link to this page.


{% extends "page_with_title_and_lede.html" %} {% load i18n %} {% block head_title %}About PyArkansas{% endblock %} {% block heading %}About PyArkansas{% endblock %} {% block body_class %}about{% endblock %} {% block lede %} A multi-track conference in central Arkansas, focused on community, collaboration, and all things Python. {% endblock %} {% block content %}
PyArkansas is a one-day, multi-track Python conference held at the Student Center in the University of Arkansas at Little Rock, Little Rock, Arkansas, on October 5th, 2019.
We're a nonprofit conference for professionals, enthusiasts and students alike. We're focused on inclusion, accessibility, diversity, and affordability. Most importantly, we're planning a great lineup of talks from all over the Python ecosystem, with plenty of time to meet new people and develop new ideas.
Our venue is located in the University of Arkansas at Little Rock just outside of Downtown Little Rock. You can find [[[[over 50 different food and drink options within a short walk, and the nearest hotel is only a block away]]]].
PyArkansas is a multi-track conference with a carefully curated set of talks representing the diverse Python community and their different areas of interest.
If a topic is less to your interest, or you've met some people you really want to sit down and chat with, we'll have plenty of areas away from the main conference rooms to catch up and chat.
Our goal is to keep the conference free for all attendees. That means [[[[we won't be catering lunch. Instead, you can look forward to extra-long lunch breaks you can use to explore all of the great food options around the venue]]]].
PyArkansas's home is Little Rock, [[[[More about Little Rock]]]].
{% endblock %}


{% extends "base.html" %} {% import 'bootstrap/form.html' as wtf %} {% block app_content %}
How to add a moovie:
1) To ensure consistency please use the full title exactly as it appears on IMDB. You can check the title by clicking HERE.
Also don't forget to use the MoovieTribe format which includes the year of realease such as this:
Star Wars: Episode IV - A New Hope (1977)


I don't know what I want to write here
I don't know what I want to write here
I don't know what I want to write here
I don't know what I want to write here
I don't know what I want to write here
I don't know what I want to write here
Google Translate Click here
PUIS Click here


A taco is a traditional Mexican dish consisting of a corn or wheat tortilla folded or rolled around a filling. A taco can be made with a variety of fillings, including beef, pork, chicken, seafood, vegetables, and cheese, allowing great versatility and variety.
The taco predates the arrival of the Spanish in Mexico. There is anthropological evidence that the indigenous people living in the lake region of the Valley of Mexico traditionally ate tacos filled with small fish. Writing at the time of the Spanish conquistadors, Bernal Díaz del Castillo documented the first taco feast enjoyed by Europeans, a meal which Hernán Cortés arranged for his captains in Coyoacán.
What you need to make Tacos
(makes 12 Servings):
500g lean beef mince
1 brown onion, diced
Old El Paso Mexican Taco Spice Mix 30g (or similar)
Old El Paso Taco Shells Shell 156g 12pk (or similar)
1 tablespoon olive oil
400g Tomato, chopped
1 baby cos lettuce, shredded
½ cup light sour cream
1 avocado, chopped or made into guacamole
Shredded tasty cheese
How to make your Tacos:
1. Heat oil in a large frying pan over medium heat. Cook the onion for 1-2 minutes then add the beef mince cooking for 5 minutes, stirring with a wooden spoon to break up any lumps. Add taco spice mix, stir for 1 min. Add ¾ cup water and simmer for 2 minutes or until sauce thickens.
2. Place tacos onto a baking paper lined tray and cook in the oven for 5-6 minutes.
3. Build your tacos with beef mince, tomato, lettuce, sour cream, avocado and cheese and mild taco salsa.
Jane Smith
12:23 PM
This is delicious and I learnt something! Double Win!
Sam Smith
12:23 PM
Love tacos! Didn't realise they had such a history.


import numpy as np
import matplotlib.pyplot as plt
from scipy.integrate import odeint
plt.style.use('fivethirtyeight')
Yoyo despin revisited (cord constraint)¶
from IPython.core.display import SVG
SVG(filename='./yoyo-rocket.svg')
A rocket yoyo-despinning mechanism uses cords wrapped around the payload. These cords unravel and slow the spinning of the rocket. In this tutorial, you will consider the engineering system, conservation of angular momentum, and conservation of energy.
Engineering system - kinematics¶
As the yoyo mass unravels, it moves further from the payload. The total distance from the payload center of mass (COM) is described by
\(\mathbf{r}_{P/G} = R\hat{e}_R + l\hat{e}_{\theta}\)
where \(R\) is the payload radius, \(l\) is the length of the cord, and \(\hat{e}_R\) and \(\hat{e}_{\theta}\) are unit vectors in a cylindrical coordinate system. The length of the cord depends upon the angle of the payload, \(\theta\). Consider a spool of thread rolling across the floor, the thread left on the floor is equal to distance traveled or, \(R\theta\). Now, the position of yoyo P is
\(\mathbf{r}_{P/G} = R\hat{e}_R + R\theta\hat{e}_{\theta}\)
where \(\theta\) is the change in angle of the payload after the yoyos are released. The velocity of mass P is \(\dot{\mathbf{r}}_{P/G}\), using the transport equation
\(\mathbf{v}_{P/G} = \frac{d}{dt}(R\hat{e}_R + R\theta\hat{e}_{\theta}) + {}^I\mathbf{\omega}^C \times(R\hat{e}_R + R\theta\hat{e}_{\theta})\)
where the total angular velocity is the combination of the payload’s angular velocity \(\mathbf{\omega}_B\) and the angular velocity of the yoyo relative to the payload, \({}^B \mathbf{\omega}^C=\dot{\theta}\hat{k}\). The addition of payload and yoyo angular velocity is the total
\({}^I\mathbf{\omega}^C = \omega_B \hat{k} + \dot{\theta}\hat{k}\)
Note
Consider a 1-kg payload with radius \(R=0.1~m\) and two yoyos of mass, \(m_P=m_Q=0.1~kg\). The system is released at \(t = 0~s\) when the payload is spinning at \(\omega_B^0=10~rad/s\).
# Set up the Python variables
M = 1
R = 0.1
I = M*R**2/2
m = 0.1
w0 = 10
The yoyos P and Q will remain anti-symmetric if released at the same time, so
\(\mathbf{r}_{P/G} = -\mathbf{r}_{Q/G},~|\mathbf{r}_{P/G}| = |\mathbf{r}_{Q/G}|\)
and
\(\mathbf{v}_{P/G} = -\mathbf{v}_{Q/G},~v_P = v_Q.\)
The equations for position and velocity are the essential kinematic equations to define angular momentum and kinetic energy, the two kinetic equations.
Engineering system - kinetics (conservation of angular momentum)¶
The angular momentum is constant because \(\sum \mathbf{M}_G = 0 = \frac{d}{dt}\mathbf{h}_G\). The total angular momentum is as such
\(\mathbf{h}_G = I_G \omega_B \hat{k} + m_P \mathbf{r}_{P/G} \times \mathbf{r}_{P/G}+ m_Q \mathbf{r}_{Q/G} \times \mathbf{r}_{Q/G}\)
where \(m_P = m_Q = m\)
\(\mathbf{h}_G = I_G \omega_B \hat{k} + 2mR^2(\omega_B + \theta^2(\omega_B+\dot{\theta})) = (I_G + 2mR^2)\omega_B^0\)
where \(\omega_B^0\) is the initial spinning rate of the payload, \(\omega_B\) is the angular speed of the payload after the yoyos are released, \(\theta\) is the angle of the yoyo cord, and \(\dot{\theta}\) is the relative angular velocity of the yoyo cord. At time \(t=0\), the yoyos are release and \(\theta = \dot{\theta}=0\). There are three unknown variables in this angular momentum equation, \(\omega_B\), \(\theta\), and \(\dot{\theta}\). You need another equation, use work-energy.
Engineering system - kinetics (work-energy formulation)¶
There is no external work done to the system, the tension in the yoyo cords are internal constraint forces, so the total work done is 0, e.g. for a \(T\Delta l\) there is an equal and opposite \(-T\Delta l\) on the other side.
\(T_1 + W_{1\rightarrow2} = T_2\)
\(\frac{1}{2}I_G (\omega_B^0)^2 + 2mR^2(\omega_B^0)^2 = \frac{1}{2}I_G (\omega_B)^2 + m(R^2\theta^2(\omega_B+\dot{\theta})^2+R^2\omega_B^2)\)
combining terms and simplifying
\(\left(\frac{I_G}{2mR^2}+1\right)( (\omega_B^0)^2-\omega_B) = \theta^2(\omega_B+\dot{\theta})^2\)
Combining equations and solving¶
Substitute \(c = \left(\frac{I_G}{2mR^2}+1\right)\) so you are left with
conservation of angular momentum
\(c(\omega_B^0 - \omega_B) = \theta^2(\omega_B+\dot{\theta})\)
work-energy
\(c(\omega_B^0-\omega_B^2)(\omega_B^0+\omega_B^2) = \theta^2(\omega_B+\theta)^2\)
dividing work-energy by conservation of angular momentum,
\(\frac{c(\omega_B^0-\omega_B^2)(\omega_B^0+\omega_B^2)}{c(\omega_B^0 - \omega_B)} = \frac{\theta^2(\omega_B+\theta)^2}{\theta^2(\omega_B+\theta)}\)
with the solution for \(\dot{\theta}\)
\(\omega_B^0 +\omega_B = \omega_B +\dot{\theta} \rightarrow \omega_B^0 = \dot{\theta}\).
t = np.linspace(0,1)
theta = w0*t
This result, combining conservation of angular momentum and work-energy, tells you that the angular velocity of the yoyos will be be equal to the initial angular velocity of the payload. The angle \(\theta\) will continue increase as \(\omega_B^0 t\) until released. Plug this result into the orginal conservation of angular momentum equation to solve for \(\omega_B\)
\(c(\omega_B^0 - \omega_B) = (\omega_B^0 t)^2(\omega_B+\omega_B^0)\)
\(\omega_B(t) = \frac{c-(\omega_B^0 t)^2}{c+(\omega_B^0 t)^2}\omega_B^0.\)
c = np.sqrt(I/2/m/R**2 + 1)
wB = lambda t: (c-w0**2*t**2)/(c+w0**2*t**2)*w0
wC = wB(t) + w0
x = R*np.cos(wC*t) - R*w0*t*np.sin(wC*t)
y = R*np.sin(wC*t) + R*w0*t*np.cos(wC*t)
plt.plot(x,y, 'o', label = 'yoyo P')
plt.plot(-x,-y, 'o', label = 'yoyo Q')
plt.axis('equal')
plt.title('paths of yoyos P and Q')
plt.xlabel('x-position (m)')
plt.ylabel('y-position (m)')
plt.legend();
The added benefit of using cords to release the yoyos is that the payload angular velocity can be reduced to 0 rad/s at time, \(t_f\).
\(\omega_B(t_f) = 0 = c - (\omega_B^0t)^2 \rightarrow t_f = \frac{\sqrt{c}}{\omega_B^0} = \frac{1}{\omega_B^0}\sqrt{\frac{I}{2mR^2}+1}.\)
The final cord length, is unraveling distance, \(l_F = R\theta = R\omega_B^0 t_f\)
\(l_F = \sqrt{\frac{I}{2m}+R^2}\)
tf = np.sqrt(c)/w0
lf = R*np.sqrt(c)
plt.plot(t,wB(t),label = 'w_B(t) solution')
plt.plot(tf,wB(tf),'o', label = 'release point, t_f')
plt.legend();
plt.xlabel('time (s)')
plt.ylabel('payload angular velocity (rad/s)');


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public interface PaymentRequestDetailsListener
PaymentRequest
.
This listener has to be implemented for advanced flow in addition to PaymentRequestListener
.
If the UI is required to be handled by the client application, this listener has to be implemented
by the client.| Modifier and Type | Method and Description |
|---|---|
void |
onPaymentDetailsRequired(PaymentRequest paymentRequest,
java.util.Collection<InputDetail> inputDetails,
PaymentDetailsCallback callback)
Client is asked to provide the payment details for the selected payment method.
|
void |
onPaymentMethodSelectionRequired(PaymentRequest paymentRequest,
java.util.List<PaymentMethod> preferredPaymentMethods,
java.util.List<PaymentMethod> availablePaymentMethods,
PaymentMethodCallback callback)
A list of payment methods is presented to the client.
|
void |
onRedirectRequired(PaymentRequest paymentRequest,
java.lang.String redirectUrl,
UriCallback uriCallback)
Requires a client to call the redirect URL and provide the return URI.
|
void onPaymentMethodSelectionRequired(PaymentRequest paymentRequest, java.util.List<PaymentMethod> preferredPaymentMethods, java.util.List<PaymentMethod> availablePaymentMethods, PaymentMethodCallback callback)
PaymentMethodCallback.completionWithPaymentMethod(PaymentMethod)
is expected.
The selected payment method is supposed to be notified via the callback.
This method is required if the client application is controlling the UI for presenting the payment methods.paymentRequest
- PaymentRequest
instance for which the payment methods are presented.preferredPaymentMethods
- A list of preferred PaymentMethod
items.availablePaymentMethods
- A list of available PaymentMethod
items.callback
- PaymentMethodCallback
instance for notifying PaymentRequest
for the
method selection.void onRedirectRequired(PaymentRequest paymentRequest, java.lang.String redirectUrl, UriCallback uriCallback)
UriCallback
.paymentRequest
- PaymentRequest
reference.redirectUrl
- Redirect URL in a string format.uriCallback
- The callback for the client to provide the return URI.void onPaymentDetailsRequired(PaymentRequest paymentRequest, java.util.Collection<InputDetail> inputDetails, PaymentDetailsCallback callback)
paymentRequest
- PaymentRequest
reference.inputDetails
- The collection of InputDetail
that have to be provided by the shopper.callback
- PaymentDetailsCallback
instance in order to inform PaymentRequest
about the required fields.
PaymentDetailsCallback
needs to be called with an instance of PaymentDetails
that
is to be created using the InputDetail
collection.


{% extends "base.html" %}
{% load bootstrap3 %}
{% block content %}
{% if statuses %}
As of {{ statuses.0.last_seen | date:'fA' }} Eastern time according to public city data:
{% endif %}
{% for status in statuses %}
{{status.facility_name}}
{% comment %}
this doesn't seem that useful until you've built up a lot of data,
since long-term statuses will be wrong
First seen at {{ status.first_seen | date:'Y-m-d H:i' }}.
{% endcomment %}
{% autoescape off %}{{ status.html_content }}{% endautoescape %}
{% endfor %}
{% endblock content %}


@competencyData.competencyName
@competencyData.feedback
@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import models.page.AssessmentFeedbackPage @import config.TrackingConsentConfig @(page: AssessmentFeedbackPage)(implicit request: Request[_], flash: Flash, user: Option[CachedData], feedbackUrl: String, trackingConsentConfig: TrackingConsentConfig, messages: Messages) @returnToHomePage = { Return to homepage } @scoresDefinitions = {
| 4 | Minor areas for development but provides strong indicators that the candidate would be suitable for the Fast Stream. |
| 3 | Some areas for development but also provides indicators that the candidate would be suitable for the Fast Stream. |
| 2 | A number of areas for development needed to make the candidate suitable for the Fast Stream. |
| 1 | Too many areas for development for the candidate to be suitable for the Fast Stream. |
Candidate name: @page.candidateName
Assessment centre
@returnToHomePage
Your performance is measured against several competencies. Each competency is tested at least twice during the centre. We'll calculate an average score to measure your overall performance in each competency, ranging from 1.00 to 4.00.
| Seeing the Big Picture/Changing and Improving | @page.formatScore(page.evaluatedAverageResults.seeingTheBigPictureAverage) |
| Making Effective Decisions | @page.formatScore(page.evaluatedAverageResults.makingEffectiveDecisionsAverage) |
| Communicating and Influencing | @page.formatScore(page.evaluatedAverageResults.communicatingAndInfluencingAverage) |
| Working Together/Developing Self and Others | @page.formatScore(page.evaluatedAverageResults.workingTogetherDevelopingSelfAndOthersAverage) |
| Overall score | @page.formatScore(page.evaluatedAverageResults.overallScore) |
@competencyData.feedback
@page.finalFeedback
*@ @*


CodeVille
Home
Teachers/Mentors
Here is the list of Teachers/Mentors:
Teachers
Nicole (the founder of CodeVille)
Marius
Mentors
Alex
Andrew
Robert
Students
This could be you ;)


Preparation time
less than 30 mins
Cooking time
less than 10 mins
Serves
Makes 3 thin pizzas
You can either make the dough from scratch for this pizza, which takes no time at all, or for an even speedier method, buy soft tortillas and use these as a base for the pizza instead of making your own.
Preheat the oven to 240C/475F/Gas 9.
Put the flour, yeast and salt into a large bowl and stir to combine. Make a well in the centre and add the oil and 175ml/6fl oz of warm (but not too hot) tap water. Then mix it all together with a wooden spoon to form a soft slightly sticky ball.
At this stage I like to get my hands into the bowl and squidge everything together. Then throw a little flour on the work surface and knead the dough for eight minutes by hand (or four minutes in a free standing mixer fitted with a dough hook).
Then divide the dough into three equal(ish) pieces and then use a rolling pin to roll each one out into roughly a 14x40cm/5x15in rectangle. It will be really nice and thin. Put each rectangle on a baking sheet and cover with a clean tea towel or some oiled cling film so they not dry out while you prepare the toppings (or for at least 10 minutes).
For the harissa, chilli, sausage and rocket topping, trim and finely slice the spring onions (green and white bit) and halve, deseed and finely slice the red chilli (if using) and set aside.
Snip the skin of the sausages and then peel it off or squeeze the sausage meat out. Break the sausage meat into small pieces.
Spread the harissa paste all over the pizza base. I like to leave a 1cm/½in border for aesthetic purposes only! Scatter the onions, chilli, sausage meat and fennel seeds over and season with a little salt and pepper.
For the goats’ cheese, sweet pepper and chorizo topping, put the passata and peppadew peppers in a blender. Run your fingers down the length of the thyme sprigs to release their leaves, peel the garlic and add both to the blender also. Blitz until smooth and then spread over the pizza base, leaving a 1cm/½in border.
Break the goats’ cheese into small pieces and scatter over the pizza base along with the chorizo slices.
For the feta, hummus and zucchini topping, spread the hummus over the base of the pizza and crumble the feta on top. Use a vegetable peeler to slice the courgette into long thin strips. Keep going until all is used up and arrange these over also. Halve the tomatoes, scatter them over, and season.
When you have topped the pizzas, bake each one in the oven for 8-10 minutes or until crispy and the sausage on the harissa, chilli and sausage pizza is cooked.
Once cooked, scatter the rocket over the harissa, chilli and sausage pizza. Scatter the basil leaves over the cooked goats’ cheese pizza and drizzle with a little oil. Drizzle the balsamic glaze over the feta pizza with a good drizzle of olive oil, then scatter over the mint leaves. Serve the pizzas immediately.


Exercises prepared by Tanja Stojanovska & Aleksandar Manasiev
© 2021 Seavus Education & Development Center
Write a function that takes an array as input and cleans it from the falsy values. Example: if the array is [NaN, 3, 2, 0, undefined, "sedc", true, false] it should return [3, 2, "sedc", true]. Note: You shouldn't change the existing array.
Test input:
Write a function that takes a number as input. Write the following checks for the number:
Don't forget validation! Negative scenarios first!
Write a function that takes an array of numbers as input. It should divide the even and odd numbers in two arrays. Then print the arrays.
Bonus: Instead of instantly printing them, try to think how would you return them.
Write a function that takes an array of strings as an argument. It should return the first string larger then 10 characters.
Think about the other scenarios.
Write an html that has one input field, one button and one select element. The input and button have id-s, and the select only has class attribute. A user should enter input, click on the button, and on click an option should be added to the select with the entered value.
On blur of the input, validate if there is value entered. If not, print a message. Remember to check this scenario on the click also!
Write an html that has two input fields, one button and one paragraph. In the input fields enter the sides of a rectangle.
On click on the button, calculate the area and print it in the paragraph.
On mouse over on the paragraph, print the perimeter and change the color and font size of the paragraph.
Create an html that contains one input field for entering circle raduis. Add one button for creating the circle as object. The circle should have two methods: getArea() -> r^2*PI and getPerimeter() -> 2*r*PI. Add two more buttons for getting the area and the perimeter.
Create a function that takes an array of objects as input. Each object reprsents a person with the following properties: fullName, , job and salary. The function should return the sum of the salaries of the people.
Hint: the array can be fixed and given in the code.
Create a constructor function for creating pets. Each pet should have the following properties:
name
- that is the name of the pettype
- which is the type of animal the pet isage
- the age of the petisHealthy
- whether the pet is healthy or sickowner
- the person who owns the petisAdopted
- a method that returns true or false depending of whether the pet has a ownerCreate a constructor function for person (pet owner). It should have the following properties:
firstName
- The first name of the personlastName
- The last name of the personage
- The age of the personCreate an array of pets (some of them should have the same owner). Create an array of people.
In the html, add an input field in which you can enter a person's first name. Add a button. On click of that button, find the person in the array and find all the pets whose owner he/she is. Add them in an array and add it as property on the object you found. Print the person object using a method. Be careful, this print method should check whether it can print the pets property.


Cloud 'wise': prevent expensive bills and vendor lock-in by using Apache mesos
A lot of benefits:
Our relationship with our favourite cloud provider...
The resources we pay for are underutilized
When using the higher level services offered by a cloud provider (e.g. AWS: Redshift, Kinesis, etc.) there's the risk of vendor lock-in
To tackle the above risks, we need to introduce an extra abstraction layer
One framework suitable for this is Apache Mesos
How?
=> Non-monolithic scheduling: 2-level scheduling were scheduling algorithms are pluggable
Isolation is achieved by using containers, a lightweight alternative to virtual machines
Notable contributors:
Autodesk, Canonical, Cisco, Citrix, EMC, HPE, Joyent, Microsoft, NetApp, Verizon, ...
Calculating Π using the Monte Carlo method in Apache Spark on DC/OS


Working to engage with biofield researchers, practitioners, sensor makers and healers to begin collecting the understanding and artistry needed to create new training and healing experiences in mixed reality.

This new era will enable us to, at scale, communicate to the lay public the energetic reality of our shared existence. Our heart-felt hypothesis is that with new ways of seeing we can refine new ways of healing and remember the core of our always shared energetic bond of oneness.
Consciousness & Healing Iniative