Duolingo is a fun way to learn a langugage. To insipre learning even further we introduced a challenge with friends. The idea is simple. A person who loses a streak on a language fails the challenge. But Duolingo keeps track of global streak only.
Duolingo is a fun way to learn a langugage. To insipre learning even further we introduced a challenge with friends. The idea is simple. A person who loses a streak on a language fails the challenge. But Duolingo keeps track of global streak only.
C++ offers signed and unsigned integer types. This article explains why you should avoid using unsigned types in C++.
I have been using WordPress and Drupal for a while. It worked well, but recently I have decided to switch to Wintersmith, static site generator.
Recently Raspberry Pi Foundation released new version of thier product: Raspberry Pi 3. It has 64-bit quad-core ARM CPU and integerated wireless LAN. It is great thing to play with and I got it for myself.
I have got Comtrend VI-3223u router from my ISP. Unfortunaly they do not give you full access to this router. Recently I have discovered that with limited access you cannot do even simple things like configuring static IP address in DHCP or setting up parental control. If you are interested how to get full access for this router then this article is for you.


Welcome to Voice of Hugo!
29 Feb 2016
Auto Wake Up, Autoplay Favourite Music
Somedays I remember old days which my father usually opened guitar songs when he woke up while I was sleeping. That was great to hear smooth melody and be woken up by those beautiful rhythm in the morning. That's why I want to auto wake up my Mac and auto play favourite guitar playlist when I'm still sleeping. Then this is how I did.
12 Jun 2015
Infer Facebook Demo
Facebook just opened their analyzing tool for mobile development, primarily focusing on iOS and Android project, called Infer. As Facebook said, A tool to detect bugs in Android and iOS apps before they ship, Infer can analyze and detect much more implicit bugs in a mobile project before sending to users.
04 Jun 2015
Pod's problem with UnitTest
I was in trouble with an error come from Unit Test when I add new Cocoapod library.
04 Jan 2015
Writing for the beginning of would be great year
Heyza, new year came. That's it, it came no doubt there. Something new will come in 2015
27 Jun 2014
Weird Behaviour with ViewController
If you're crazy, and if you're creating your awesome app without storyboard or xib, sometimes you may encounter a case which on iOS 7 your view is shifted to bottom automatically a distance of status bar and navigation bar (64px).
07 Jan 2014
Attributed String and the magic of text drawing
From IOS 6, there is a magical tool to make beautiful and colorful words for any purpose such as representing lovely text to girlfriend/boyfriend or to relations. It is called **Attributed String**. In IOS 7, we can freely to reveal text in our apps with many new supports.
18 Dec 2013
Core Graphics - Something should be in mind
Core Graphics is a really low-level framework in iOS which requires more graphics background knowledge to perform drawing fluently. Because of many built-in functions and options, it is hard to catch and understand all of them. This post attempts to provide some common functions/options for very new Core Graphics Hackers.
26 Nov 2013
HUChart be in top new github repo in the released day
It was really a surprise for me because that day was the first day HUChart goes public.
25 Nov 2013
Cocoapods - Easy but not easy
Someone told that Cocoapods is easy to use at both aspects: integrating open third-party into own project and publishing opensource library to community. However, for a newbie or even an experience developer, at the first time, it is not easy as a pie. This post is for them!
07 Nov 2013
Cryptography in iOS - How to protect your precious data?
Our current project (PDF Subscription service) is in need some urgent tasks relating to protecting data far away from hackers. There are many ways to put data into pocket with multi-levels, especially in iOS. As one of my tasks in the project, I would like to learn more about cryptography and apply into our end-to-end encryption with PDF data, image data and a part of video data. As my normal habit, I noted what I read about.
28 Oct 2013
Audio Processing - The second step
In the previous post at Audio Processing in iOS - an initial step, I had shown you some basic terminologies in audio processing and several libraries to handle with audio in iOS. It is just a kick off! This post, I will provide in more details principle architect of audio (in iOS, certainly!) and give you some great documents to gain more audio knowledge.
07 Oct 2013
Understanding PDF in iOS Deeply
Operating with PDF in iOS is a really low-level task. It is not just using some built-in features of iOS to create your own product. Indeed, it requires intensive knowledge at very low iOS layer and at least basic PDF definitions. This post tends to supply some aspects of processing PDF in iOS which aims to help developers easy to win this hard job.
28 Sep 2013
Git and its tutorials
Nowadays, Git becomes very popular for managing source-code in not only IT Industry but also universities, academies. By this reason, Git is really important for all who want to work faster, smarter and in bigger projects. However, Git is not easy to control if you are not familiar with sourcecode management, even if you used to do with svn, it is still difficult. This post, I list some good tutorials for a wide range of Git's users, from newbie to intermediate to advance guys.
27 Sep 2013
Audio Processing in iOS - an initial step
Performing with audio is always a challenge for any developer by reason of its very low level. By chance, I got some opportunities to do with audio included playing, recording and pre (and/or) post processing. This post tends to cover as much as possible basic knowledge in Audio aspect for two reasons: reminding myself and sharing with other enthusiastic guys.
25 Sep 2013
Useful command line on Mac OS/Linux
This post will list some useful commands which are usually used when you do with Linux/Mac OS.
11 Aug 2013
Startup Toolkit: The Best Tools for Entrepreneurs
Today, we are gonna list all greatest tools for entrepreneurs and startups.
18 Jun 2013
Making money, easy or difficult?
Suddenly, I found some ways tech guys usually applied to generate money. Because I am also a technican, so I should care this problem like a obtainable options for my life. Of course, sharing is always fine. That makes me write this post. In next words, I show you several approaches to help yourself be richer, or maybe be financial freedom.
23 May 2013
Google Tech Talk - A huge resource for IT Student
Almost CS students have known that Google is a giant leading innovation in today's world. A plenty of its products brought extraordinary experience to human race in many aspects of life. It is possible to say that Google Search Engine has changed totally the way people looking for information. Besides this tool, there are a large number of products which have ability to persuade billions people all over the world to be addicted them.
19 May 2013
The first journey to hometown
The idea of cycling to hometown came many days ago but due to several reasons, I could not perform this awesome plan immediately. However, today - a beautiful day, I decided to come back home by riding using my second lover - Columbia 18x (it is MTB bicycle). Although there were some issues in my road, it was still wonderful experience to me. That means I will continue this plan, go back Hanoi (our capital city) and come back my village again, utilizing Columbia in both cases.
14 May 2013
Sinh viên CNTT nên và cần học gì?
 Một hệ luỵ phổ biến là người học không biết mình đang học gì, có ứng dụng thế nào, và đáng buồn hơn cả là không biết về sau mình sẽ làm gì. Mục tiêu không rõ ràng, hoài bão chỉ quanh quẩn ở việc ra được trường và có may mắn để xin được việc thực sự đang làm lụi tàn khả năng của họ mà đáng ra có thể đóng góp nhiều hơn cho nền công nghệ nước nhà cũng như tốt hơn cho chính họ.
13 May 2013
Web And Mobile Revenue Models
This post is inspired by a hackpad post. In my opinion, it is extremely useful for IT man. Let learn how to monetize!
13 May 2013
Quora Corner
Aww, it seems very amazing when you traverse Quora to face with many curious questions.  That is why I create this post to keep those things.
13 May 2013
Mô hình sinh lợi nhuận trong lĩnh vực Web và Mobile
Thể theo nguyện vọng của bạn boy2tay2sung, mình đưa bài viết này lên, là phiên bản tiếng Việt của bài viết Web And Mobile Revenue Models vừa được post cách đây vài giờ đồng hồ. Cũng xin nói thêm một chút, nội dung của bài viết phỏng theo chia sẻ ở đây của Fred Wilson-một nhà đầu tư, chủ tịch quỹ đầu tư Union Square Ventures. Tuy nhiên, để có được bản tổng kết này, cũng có rất nhiều nhà đầu tư, CEO đóng góp cho bản thảo không chính thức của Fred, trong đó, cũng có một vài đóng...
12 May 2013
Get started with iOS Programming
Recently, I had been decided what kind of software industry field which should be followed. There were actually two choices, whether Big Data belongs to Data Mining techniques or Mobile Development is with creating a large number of awesome applications for the rest.
11 May 2013
Hello World
Kick off.
Let’s start blogging!


JSON Editor: Algebrite for Browser
Using this editor you can test the algebraic computation within the JSON editor. You can check available algebra commmands on
Algebrite
.
Submit (console.log)


Records identified through database
searching (n =461) PubMed=102, Embase=108, Additional records identified 5 Web of Science=60, through other sources s Cochrane Library=78 (n=2) = Google database=113 Published reviews=2 = o z Records after duplicates removed (n=352) ) = Records excluded g (n=344) 5 Case report=34 “a Records screened Irrelevant articles=270 (n= 352) Systematic reviews=40 Fill texGartichesausaeced: Full-text articles excluded, > for eligibility mt = = =8 ie 3 (n=8) ACB+LIA compared with S ACB=1 Studies included in qualitative synthesis (n=7) 3 o 3 5 Studies included in £ quantitative synthesis (meta-analysis) (n=7)


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Maliit provides a flexible and cross-platform input method framework for mobile and embedded text input, including a virtual keyboard. It has a plugin-based client-server architecture where applications act as clients and communicate with the Maliit server via input context plugins.
Maliit is an open source framework (LGPL 2) with open source plugins (BSD). There are also proprietary plugins. It runs on most GNU/Linux distributions.
Maliit's OpenHub page shows our development history.
This includes support for traditional input methods such as hardware and virtual keyboards. More exotic input methods should also be possible, such as handwriting recognition and voice input, and special purpose input methods such as date/time pickers, tag clouds, etc.
The default set of input methods should demonstrate the core capabilities of the framework and provide a good user experience that device manufacturers and integrators can use easily.
It should be easy to customize existing input methods or develop powerful new input methods, whether for profit, research or fun.
We welcome and encourage employees from different companies, freelancers, members of academia, hackers and volunteers.
Become a central collaboration hub for everything regarding mobile text input.
{% if post.summary %} {{ post.summary }} {% else %} {{ post.excerpt }} {% endif %}


Easy Opacity
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Div element w/mouseover and mouseout callbacks


The best thing about a machine that makes sense is you can very easily make it turn out nonsense. If you could touch the alien sand and hear the cries of strange birds, and watch them wheel in another sky, would that satisfy you? Yes, that’s right, you’re going. You’ve been gone for ages. You’re already gone. You’re still here. You’ve just arrived. I haven’t even met you yet. It all depends on who you are and how you look at it. Strange business, time. Don’t worry, Brigadier. People will be shooting at you soon.
People assume that time is a strict progression of cause-and-effect… but actually, from a non-linear, non-subjective viewpoint, it’s more like a big ball of wibbly-wobbly… timey-wimey… stuff. I am the Doctor! The original, you might say! Boring.  Shall we ask for a better quality of door so we can escape? Clara, I’m not your boyfriend. I never said it was your mistake. What?! Come out. And don’t touch anything! Frightened people. Give me a Dalek any day. Nice to meet you, Rose.


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Web Search
The Web Search feature makes it easy to quickly launch web searches from Alfred. We provide a wide range of default web searches for popular sites from Google and Twitter to Amazon and Wikipedia.
Want to add a niche site you love? You can add your own custom searches. You can also ask Alfred to remember past URLs you've typed with URLs and History.
On this Feature page, you'll find out more about:
Default Web Searches
Alfred is great for launching applications on your desktop. But he's also great for helping you search the web much more efficiently than if you were to manually click on a browser icon in your Dock and only then start typing in your search terms.
To take advantage of this feature, simply start your search with the specified keyword. For example, if you want to search Google Maps, start with "maps" followed by your desired search term.
The default web searches are all https (indicated by the green padlock icon) and include the following sites and services: Google Search, Google's I'm Feeling Lucky, Google Images, Google Maps, Apple Maps, Google Translate, Gmail (Open and search), Google Drive (Open and search), Twitter (Open and search for users or tweets), Wikipedia, Amazon, IMDB, eBay, Bing, Yahoo, Ask, LinkedIn, YouTube, Facebook, Flickr, Wolfram, Yubnub, DuckDuckGo, Weather Underground, Rotten Tomatoes, Pinterest, and finally Alfred Help Site search!
Modifying default web searches
The keywords for your searches are fully customisable. Launch Alfred's preferences to Features > Web Search, double-click on the keyword you wish to change and type in your new preferred keyword.
Default web searches can't be deleted, so to disable a default search you don't want to see, uncheck the "Enabled" box.
Custom Searches
Custom searches allow you to setup search queries for sites you use regularly, but are not included in Alfred's default searches.
Using OpenSearch and SearchAction
If you're lucky, the site you want to add a custom search for may support OpenSearch and SearchAction standards, in which case clicking "Lookup" at the right end of your Search URL bar will discover the custom search format for you.
Adding a Custom Search URL manually
If the site doesn't support the standards above, adding a custom search manually is easy too; Find out the search URL on the site of your choice, then replace the query with {query} in curly brackets. Use the test search to ensure your search works as expected then click "Save" to add your new query.
Custom Search fields
- Search URL: This is where Alfred goes when you use the keyword that you have assigned to this custom search. {query} is what you want to search for in that specific application or website.
- Title: What is displayed in the results when you use your keyword.
- Keyword: The keyboard shortcut that you want to use to call up this custom search.
- Encode query using UTF8: This option helps if you're using non-standard characters. Try ticking it if your query didn't work the first time.
To hide a custom search you no longer need, either uncheck the "Enabled" box, or select the custom search row and press backspace to delete it.
For more details, take a look at our tutorial on creating your own custom searches.
URLs & History
Alfred will recognise URLs when they are typed into the search box, to help you quickly launch websites. Simply type google.co.uk and he'll launch it for you!
Powerpack users can choose to store and show the history of URLs they've previously pasted into Alfred. This can be enabled under Features > Web Search > URLs / History.
The URLs will be removed if they're not used for a given period of time, which can be set to 1 week, 1 month, 3 months or a year. You can also clear single items from the list by selecting them and pressing backspace, or fully clear your history by clicking the "Clear" button in the bottom right corner.
You can search the URLs using the search box in the top right, or sort them by URL or last date accessed by clicking on the column header.
Saving URLs for future use:
Need to save URLs or bits of text for a long time? Take a look at Snippets where you can save text snippets in Alfred for quick access later.


fastify-cloudevents
Fastify Plugin to transform events in/from the CloudEvents standard format.
Current release uses the v1.0.2 of the CloudEvents Spec.
The purpose of this plugin is to let Fastify web applications create instances of CloudEvents in a simple way (with some useful defaults), or in a full way (all attributes). Optionally, it's possible to validate created instances to be sure they are compliant with the standard. Then, created instances can be serialized, for example to be sent (or saved/stored) somewhere. It's possible even to deserialize (parse) a string into a CloudEvent instance.
Other features of the plugin: enable forwarding of Fastify events to given callbacks (using hooks), and wrapping main data of the original event in a specific CloudEvent instance.
Note that all CloudEvents features exposed here are in the the library cloudevent.
Usage
const fastify = require('fastify')()
// define functions to use in plugin configuration:
// idExample generator, callbackExample(ce) , etc ...
// register the plugin with some options, for example:
fastify.register(require('fastify-cloudevents'), {
serverUrl: 'http://<IP_ADDRESS>:3000',
idGenerator: idExample,
onRequestCallback: callbackExample,
onErrorCallback: callbackExample,
onResponseCallback: callbackExample,
cloudEventOptions: { }
})
// implementation ...
fastify.listen({ port: 3000, host: 'localhost' }, (err, address) => {
if (err) throw err
console.log(`server listening on ${address}`)
})
In the example folder there are some simple server scripts that uses the plugin (inline but it's the same using it from npm registry):
example
is a simple oneexample-enhanced
is a more complex sample to show even how to raise own events (normal, errors, and some custom)
Requirements
Fastify ^4.0.1 , Node.js 14 LTS (14.15.0) or later.
Note that plugin releases 3.x are for Fastify 3.x, 4.x are for Fastify 4.x, etc.
Sources
Source code is all inside main repo: fastify-cloudevents.
Documentation generated from source code (library API): here.
Note
The plugin decorate Fastify and expose some functions:
CloudEvent
, the CloudEvent implementation, as a classCloudEventTransformer
, the CloudEventTransformer utility classJSONBatch
, the class to handle JSONBatch instancescloudEventJSONSchema
, the JSONSchema for a CloudEvent used in the plugin, as an objectcloudEventSerializeFast
, a serialize function implemented here usingfast-json-stringify
and not standard JSON serialization functions; note that similar features of the underlying library has been implemented here (like serialization options)cloudEventValidateFast
, a validation function implemented here usingajv
(which is a dependency offast-json-stringify
) that uses a schema compiler
Plugin options are:
baseNamespace
, a base namespace for thetype
; more specific suffix should be added to it in any CloudEventcloudEventOptions
, CloudEvent options common to all generated event instances; anyway objects are copied to not be shared between instancesidGenerator
, a generator function that returns the id (if possible, unique) for any CloudEventincludeHeaders
, a boolean flag to add request headers in generated CloudEvents whentrue
(by default isfalse
)includeHttpAttributes
, a boolean flag to add some HTTP attributes in generated CloudEvents whentrue
(by default isfalse
)includeRedundantAttributes
, a boolean flag to add some redundant attributes in the data section of generated CloudEvents whentrue
(by default isfalse
)serverUrl
, the URL (absolute, or relative) of the current webapp, to use as a basesource
in generated CloudEventsserverUrlMode
, the mode to build thesource
attribute in generated CloudEvents; any not null value will cause this setting to be added to extensions (if set not null in plugin options):- null, (default value) same as 'pluginAndRequestSimplified'
- 'pluginServerUrl', use only the given
serverUrl
- 'pluginAndRequestUrl', use the given
serverUrl
and add the current request url - 'pluginAndRequestSimplified', use the given
serverUrl
and add the current request url, but without arguments (if any) - 'requestUrl', use only the request url
- anything other, will raise an
Error
onCloseCallback
, callback to handle generated CloudEvents in Fastify hookonClose
, for the pluginonErrorCallback
, callback to handle generated CloudEvents in Fastify hookonError
onReadyCallback
, callback to handle the generated CloudEvent in Fastify lifecycle functionready
, for the plugin (when the plugin has been loaded)onRegisterCallback
, callback to handle generated CloudEvents in Fastify hookonRegister
onRequestCallback
, callback to handle generated CloudEvents in Fastify hookonRequest
onResponseCallback
, callback to handle generated CloudEvents in Fastify hookonResponse
onRouteCallback
, callback to handle generated CloudEvents in Fastify hookonRoute
onSendCallback
, callback to handle generated CloudEvents in Fastify hookonSend
onTimeoutCallback
, callback to handle generated CloudEvents in Fastify hookonTimeout
preHandlerCallback
, callback to handle generated CloudEvents in Fastify hookpreHandler
preParsingCallback
, callback to handle generated CloudEvents in Fastify hookpreParsing
preSerializationCallback
, callback to handle generated CloudEvents in Fastify hookpreSerialization
preValidationCallback
, callback to handle generated CloudEvents in Fastify hookpreValidation
all plugin options have a default value, so are optional.
Note that all callbacks given to hooks accepts only a single argument: the generated CloudEvent instance, and not arguments like in error-first callbacks: (error, data), because here is not really needed.
Note that there is even the ability to validate CloudEvent instances in a stricter way, by setting to true the attribute 'strict' in constructor options; that attribute (when set) will be put in the extensions of the instance. Otherwise you can specify it only during validation, in validation options.
You can find Code Documentation for the API of the library here.
Since v0.2 of the spec, there is no more a standard attribute to specify the version of any specific event type, so the best if to follow their recommendations, and for example add a version in the 'type' attribute (for example '-v1.0.0' at the end of its base value, or at the end of its full value), or into the 'schemaurl' attribute but only its major version (like '-v1' or '/v1/' at the end). Since v0.3 of the spec, extensions are no more inside a specific attribute; as recommended even mine (for the 'strict' mode for example) has been moved into a namespaced one; plugin extensions ('serverUrlMode') has been moved in another (specific) namespace. Since v1.0 of the spec, some properties has been removed/simplified; extension properties must be simple (no nested properties) and must contain only lowercase letters and numbers in the name (and less than 20 chars in total); so for example my strict extension now is 'strictvalidation' with a boolean value. Even my plugin extension now is 'fastifyserverurlmode' with a string value.
For more info on the standard, see the CloudEvents Specification.
Contributing
- Fork it ( https://github.com/smartiniOnGitHub/fastify-cloudevents/fork )
- Create your feature branch (git checkout -b my-new-feature)
- Commit your changes (git commit -am 'Add some feature')
- Push to the branch (git push origin my-new-feature)
- Create a new Pull Request
License
Licensed under Apache-2.0.


What it does
'Explore Country' allows you to select the country on the map that you potentially may visit. Then you can observe things to do in different cities of the country. At the same time you can see the minimum flight price, hotel price and car rental price to this city. Finally you can easy book your tickets, hotels and car on Expedia, just in one click!
How to use it
In order to start using 'Explore country' app, choose your aproximate dates of traveling and a country you'd like to explore. You can choose the country by clicking on the map or simpy choosing from a dropdown list. Then click "Explore" button in the bottom! That's it! You'll be directed to page where you will observe things to do in particular cities of the country.
What's next
We want to help user plan the trip. That's why we need full info about prices of flights, hotels and car rentals and great tools for choosing best route of travel. We may consider adding TripAdvisor info to our 'Things to do' page. We will add weather forecast for all countries. We should allow to book tickets on different services (other than Expedia)


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“In photography there is a reality so subtle that it becomes more real than reality.” – Alfred Stieglitz


NG-Css-Animate scroll Demo

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This capsule1 considers the make up of green belt areas in England using the Spatial Signatures (Fleischmann and Arribas-Bel 2022). You can see more on the data used, and how they have been combined, in the Data Aquisition section. We reserve this document to present the main results.
1
Code
import warningswarnings.filterwarnings("ignore")import pandasimport geopandasimport jsonimport requestsimport contextilyimport xyzservicesimport matplotlib.pyplot as pltimport matplotlib.patches as mpatchesfrom matplotlib.colors import to_heximport urbangrammar_graphics as uggdef build_tab(db): areas = ( db .assign(area=db.area/1e6) .groupby('type') ['area'] .sum() .sort_values(ascending=False) ) tab = pandas.DataFrame( {'Area (Sq.Km)': areas, '% of total area': areas *100/ areas.sum()} )return tab.round(2)def build_plot(tab, label=None, context=None, figsize=(2, 6)): ttp = tab['% of total area'].sort_values() ax = ttp.plot.barh( color='k', figsize=figsize, title='% of area by signature', label=label )if context isnotNone: ( context ['% of total area'] .reindex(ttp.index) .plot.barh( edgecolor='#8fa37e', facecolor='none', linewidth=2, ax=ax, label='National' ) ) ax.set_axis_off()if (label isnotNone) and (context isnotNone): plt.legend(loc='lower right', frameon=False)return axdef get_signature_colors(name=True):""" Ported from here as unreleased: https://github.com/urbangrammarai/graphics/blob/69bf5976a11c783fc8a27f59ef57efefbbee6aa8/urbangrammar_graphics/graphics.py#L207-L272 Get a dictionary of colors mapped to signatures classes of Great Britain Parameters ---------- name : bool `True` maps to names, `False` maps to string keys (e.g. `'2_1'`) Returns ------- dict """ cols = ugg.get_colormap(20, randomize=False).colors key = {"0_0": cols[16],"1_0": cols[15],"3_0": cols[9],"4_0": cols[12],"5_0": cols[21],"6_0": cols[8],"7_0": cols[4],"8_0": cols[18],"2_0": cols[6],"2_1": cols[23],"2_2": cols[19],"9_0": cols[7],"9_1": cols[3],"9_2": cols[22],"9_3": cols[0], # outlier"9_4": cols[11],"9_5": cols[14],"9_6": cols[0], # outlier"9_7": cols[0], # outlier"9_8": cols[0], # outlier }if name: types = {"0_0": "Countryside agriculture","1_0": "Accessible suburbia","3_0": "Open sprawl","4_0": "Wild countryside","5_0": "Warehouse/Park land","6_0": "Gridded residential quarters","7_0": "Urban buffer","8_0": "Disconnected suburbia","2_0": "Dense residential neighbourhoods","2_1": "Connected residential neighbourhoods","2_2": "Dense urban neighbourhoods","9_0": "Local urbanity","9_1": "Concentrated urbanity","9_2": "Regional urbanity","9_4": "Metropolitan urbanity","9_5": "Hyper concentrated urbanity","9_3": "outlier","9_6": "outlier","9_7": "outlier","9_8": "outlier", }return {v: key[k] for k, v in types.items()}return keysig_colors = get_signature_colors()def build_legend(types, sig_colors=sig_colors): ps = []for t in types: type_patch = mpatches.Patch(color=sig_colors[t], label=t) ps.append(type_patch)return psdb = geopandas.read_parquet('ss_clipped.pq')
National statistics
We begin with a table that summarises the form and function makeup of English green belts. To do this, we show the total area and the proportion of the total green belt land that is occupied by each of the 16 signature types.2
The most common class, “Urban buffer”, is hardly a surprise since the notion of green belt is worked into its very definition. From the original signature descriptions3, Urban buffer is:
“Urban buffer” can be characterised as a green belt around cities. This signature includes mostly agricultural land in the immediate adjacency of towns and cities, often including edge development. It still feels more like countryside than urban, but these signatures are much smaller compared to other countryside types.
However, less than half of green belts are classified as “Urban buffer”. The rest is a combination of other classes, including “Countryside agriculture” (>40%), and “Open Sprawl” (>5%), as well as a long tail of other signatures with smaller contributions. To help the reader get a sense of what these classes represent, we include here the definitions (pen portraits) of the two most relevant ones:
Countryside agriculture
“Countryside agriculture” features much of the English countryside and displays a high degree of agriculture including both fields and pastures. There are a few buildings scattered across the area but, for the most part, it is green space.
Open Sprawl
“Open sprawl” represents the transition between countryside and urbanised land. It is located in the outskirts of cities or around smaller towns and is typically made up of large open space areas intertwined with different kinds of human development, from highways to smaller neighbourhoods.
The reader can refer to this additional document for descriptions of all the classes:
The proportions above are national aggregates, and it is possible that the signature mix varies across different urban areas. To explore this, below we present maps to explore five English cities.
Fleischmann, Martin, and Daniel Arribas-Bel. 2022. “Geographical Characterisation of British Urban Form and Function Using the Spatial Signatures Framework.”Scientific Data 9 (1): 1–15.


This specification defines the syntax and semantics for Utility Models that are used to create and drive conversational experiences. Utility Models allow authors to encode preferences over states of the world, enabling task-oriented programming languages to autonomously drive agents towards settings with the highest possible utility.
As well as sections marked as non-normative, all authoring guidelines, diagrams, examples, and notes in this specification are non-normative. Everything else in this specification is normative.
This specification aims to establish a paradigm that allows for the authoring of value drive content to be used in intelligent agent systems.
This document is limited to specifying the syntax and semantics of designing and incorporating
Utility Models
into any Task-Oriented programming language.
One example application of Utility Models
arises in chat-bot settings where authors are
able to specify preferences between interactions allowing for a more fluid and dynamic conversation.
Designing Utility Models
allows authors to create intelligent self-driven agents. In a
teacher-student setting, this allows agents to understand where a user is having trouble and provide
assistance to help them overcome said obstacle.
Utility is a sequence of Pair objects.
typedef sequence< Pair > Utility;
[ Pair1, Pair2, Pair3, ... ]
typedef sequence< Config > configSequence; [Exposed=Global] interface Pair { attribute configSequence configs; };
The configSequence data
type refers to a custom typedef
such
that the type configSequence denotes a sequence of Config objects. The
sequence
type is defined in
[[WebIDL-20161215]].
The configs attribute then specifies a sequence of two or more Config objects. For the sake of simplicity we assume the sequence of Config objects is ordered in descending order of utility. That is, the first Config object has the highest assigned utility, while the last Config object has the smallest assigned utility.
[ Config1, Config2, Config3, ... ]
typedef Dictionary Config;
The Config interface specifies a Dictionary
of key:value
pairings denoting the environmental
settings. The key
of each corresponding pair will always have a
String data type while the value
can be
any of the numeric or boolean data
types defined in [[[WebIDL-20161215]]].
{ "numWrongAttempts": 1, "success": true }
In a setting where a client is autonomously attempting to effectively teach a user, for example a mathematical concept, clients are able to specify the preferences of the states. In this case we've specified that a lower count of wrong attempts is preferred over a higher count, as this shows the user is at least attempting to learn.
[ [{"numWrongAttempts": 1, "success": true}, {"numWrongAttempts": 0, "success": false}], [{"numWrongAttempts": 3, "success": false}, {"numWrongAttempts": 5, "success": true}], ]
Being able to assign utility allows us to indirectly specify a desired trajectory. In the following example, animating all characters in a game setting has higher preferences than beginning the game.
[ [ { "is_pig_visible": true, "start_game": true }, { "is_pig_visible": false, "start_game": true } ], [ { "is_frog_visible": true, "start_game": true }, { "is_frog_visible": false, "start_game": true } ], [ { "is_fox_visible": true, "start_game": true }, { "is_fox_visible": false, "start_game": true } ] ]
When designing the utilities, the paired preferences do not have to belong to the same topic. By providing a variety of examples, the Utility Model is able to generalize to a richer interactive experience.
[ [ { "start_game": true }, { "start_game": false } ], [ { "start_game": true, "know_name": true }, { "start_game": false, "know_name": false } ], [ { "start_game": true, "say_welcome": true }, { "start_game": false, "say_welcome": false } ], [ { "remark_current_event": true }, { "remark_current_event": false } ], [ { "remark_day_of_week": true }, { "remark_day_of_week": false } ], [ { "remark_day": true }, { "remark_day": false } ], [ { "remark_weather": true }, { "remark_weather": false } ], [ { "remark_last_seen": true }, { "remark_last_seen": false } ], [ { "user_knows_name": true }, { "user_knows_name": false } ], [ { "asked_name_reminder": true }, { "asked_name_reminder": false } ], [ { "num_interaction": 3 }, { "num_interaction": 12 } ], [ { "num_interaction": 3 }, { "num_interaction": -6 } ] ]
Utility Models
vs. Rank-SVM
In Rank-SVM
the following set of feature vectors generates the following preferences. Note,
in the following example the sidelined # 1A, #1B, and # 1C is simply naming convention for the purposes of demonstration.
3 qid:1 1:1 2:1 3:0 4:0.2 5:0 # 1A 2 qid:1 1:0 2:0 3:1 4:0.1 5:1 # 1B 1 qid:1 1:0 2:1 3:0 4:0.4 5:0 # 1C 1 qid:1 1:0 2:0 3:1 4:0.3 5:0 # 1D 1 qid:2 1:0 2:0 3:1 4:0.2 5:0 # 2A 2 qid:2 1:1 2:0 3:1 4:0.4 5:0 # 2B 1 qid:2 1:0 2:0 3:1 4:0.1 5:0 # 2C 1 qid:2 1:0 2:0 3:1 4:0.2 5:0 # 2D 2 qid:3 1:0 2:0 3:1 4:0.1 5:1 # 3A 3 qid:3 1:1 2:1 3:0 4:0.3 5:0 # 3B 4 qid:3 1:1 2:0 3:0 4:0.4 5:1 # 3C 1 qid:3 1:0 2:1 3:1 4:0.5 5:0 # 3D
1A>1B, 1A>1C, 1A>1D, 1B>1C, 1B>1D, 2B>2A, 2B>2C, 2B>2D, 3C>3A, 3C>3B, 3C>3D, 3B>3A, 3B>3D, 3A>3D
The same set of feature preferences can be specified using the Utility Model syntax and semantics defined within this document in a more readable format.
[ [ { "1A_feature_1": 1, "1A_feature_2": 2, "1A_feature_3": 0, "1A_feature_4": 0.2 "1A_feature_5": 0 }, { "1B_feature_1": 0, "1B_feature_2": 0, "1B_feature_3": 1, "1B_feature_4": 0.1 "1B_feature_5": 1 } ], [ { "1A_feature_1": 1, "1A_feature_2": 2, "1A_feature_3": 0, "1A_feature_4": 0.2 "1A_feature_5": 0 }, { "1C_feature_1": 0, "1C_feature_2": 1, "1C_feature_3": 0, "1C_feature_4": 0.4 "1C_feature_5": 0 } ], [ { "1A_feature_1": 1, "1A_feature_2": 2, "1A_feature_3": 0, "1A_feature_4": 0.2 "1A_feature_5": 0 }, { "1D_feature_1": 0, "1D_feature_2": 0, "1D_feature_3": 1, "1D_feature_4": 0.3 "1D_feature_5": 0 } ], [ { "2B_feature_1": 0, "2B_feature_2": 0, "2B_feature_3": 1, "2B_feature_4": 0.2 "2B_feature_5": 0 }, { "2A_feature_1": 1, "2A_feature_2": 0, "2A_feature_3": 1, "2A_feature_4": 0.4 "2A_feature_5": 0 } ], [ { "2B_feature_1": 0, "2B_feature_2": 0, "2B_feature_3": 1, "2B_feature_4": 0.2 "2B_feature_5": 0 }, { "2C_feature_1": 0, "2C_feature_2": 0, "2C_feature_3": 1, "2C_feature_4": 0.1 "2C_feature_5": 0 } ], [ { "2B_feature_1": 0, "2B_feature_2": 0, "2B_feature_3": 1, "2B_feature_4": 0.2 "2B_feature_5": 0 }, { "2D_feature_1": 0, "2D_feature_2": 0, "2D_feature_3": 1, "2D_feature_4": 0.2 "2D_feature_5": 0 } ], [ { "3C_feature_1": 1, "3C_feature_2": 0, "3C_feature_3": 0, "3C_feature_4": 0.4 "3C_feature_5": 1 }, { "3A_feature_1": 0, "3A_feature_2": 0, "3A_feature_3": 1, "3A_feature_4": 0.1 "3A_feature_5": 1 } ], [ { "3C_feature_1": 1, "3C_feature_2": 0, "3C_feature_3": 0, "3C_feature_4": 0.4 "3C_feature_5": 1 }, { "3B_feature_1": 1, "3B_feature_2": 1, "3B_feature_3": 0, "3B_feature_4": 0.3 "3B_feature_5": 0 } ], [ { "3C_feature_1": 1, "3C_feature_2": 0, "3C_feature_3": 0, "3C_feature_4": 0.4 "3C_feature_5": 1 }, { "3D_feature_1": 0, "3D_feature_2": 1, "3D_feature_3": 1, "3D_feature_4": 0.5 "3D_feature_5": 0 } ], [ { "3B_feature_1": 1, "3B_feature_2": 1, "3B_feature_3": 0, "3B_feature_4": 0.3 "3B_feature_5": 0 }, { "3A_feature_1": 0, "3A_feature_2": 0, "3A_feature_3": 1, "3A_feature_4": 0.1 "3A_feature_5": 1 } ], [ { "3B_feature_1": 1, "3B_feature_2": 1, "3B_feature_3": 0, "3B_feature_4": 0.3 "3B_feature_5": 0 }, { "3D_feature_1": 0, "3D_feature_2": 1, "3D_feature_3": 1, "3D_feature_4": 0.5 "3D_feature_5": 0 } ], [ { "3A_feature_1": 0, "3A_feature_2": 0, "3A_feature_3": 1, "3A_feature_4": 0.1 "3A_feature_5": 1 }, { "3D_feature_1": 0, "3D_feature_2": 1, "3D_feature_3": 1, "3D_feature_4": 0.5 "3D_feature_5": 0 } ] ]


This page guesses the country that is primarily responsible for the information on a web page using a geoprovenance inference algorithm. The publisher of each URL that you input in the search box below is geolocated by querying the domain contact from a whois search, by looking up the headquarters of the company on Wikidata and using the domain suffix (e.g. '.uk') as well as three other algorithms to determine where the domain is from. When combined, these six different methods achieve 91% accuracy.
Details can be found in our paper, and reference implementations in Python and Javascript are available in our GitHub Repo. Shilad Sen, Heather Ford, Dave Musicant, Mark Graham, Oliver Keyes, and Brent Hecht. 2015. Barriers to the Localness of Volunteered Geographic Information. Proceedings of CHI 2015. New York: ACM Press. (** Note that this page shows a simplified algorithm with lower accuracy than the version we used in our paper.)
Enter a URL below or click a suggested URL to see our algorithm in action.
Combines the six other methods shown on this page.
Detects the language of a webpage and looks up the countries most likely to speak it.
Performs a WhoIs query to obtain the contact address associated with the web domain.
Represents the overall likelihood of a country to produce sources.
Looks up the headquarters country for organizations present in Wikidata.
Identifies the country associated with URLs top-level-domains (TLDs) such as .uk, .de, and .cn.
Geocodes the web server's IP address.


Restores the state of grid's user customizations. Expect an object which was returned from grid.getState()
.
If possible, you should call this method before calling grid.appendTo()
to prevent unnecessary redraws.
You can listen to the statechange
event to know when a user customization has been done.
state
(object)
- The object of settings fromgrid.getState()
.
(object)
- A Doby Grid class instance
new DobyGrid(...).restoreState({...}).appendTo(document.body);


| ID | Group State | Group Health | Instance State | Balancer State | Private IP Address | Public IP Address | Zone | Type | Config | Uptime | Commands |
| {{instance.id}} | {{instance.group_state}} | {{instance.group_health}} | {{instance.instance_state}} | {{instance.balancer_state}} | {{info[instance.id].private_ip_address}} | {{info[instance.id].public_ip_address}} | {{instance.zone}} | {{instance.instance_type}} | {{instance.group_config}} | {{info[instance.id].uptime}} |
|


Awesome, you're signed in with myMLH! Now we just a little bit more information about you.
We participate in Major League Hacking (MLH) as a MLH Member Event. By accepting, you authorize us to share certain registration information for event administration, ranking, MLH administration, and occasional messages about hackathons in line with the MLH Privacy Policy.


---
layout: slides
title: "Two systems, fast and slow"
category: hidden
type: course
semester: Fall 2020
college: Stevens Institute of Technology
permalink: /thought-and-behavior/fast-and-slow/
---
# Fast and slow.
???
---
---
---
---
---
class: statement, center, middle
Get ready for it...
---
---
???
Blank
---
---
---
# A tale of two systems.
- System 1
- System 2
---
# System 1
- Fast
- Automatic
- Frequent
- Emotional
- Stereotypic
- Unconscious
---
# System 2
- Slow
- Effortful
- Infrequent
- Logical
- Calculating
- Conscious
---
# System 1 examples
- determine that an object is at a greater distance than another
- localize the source of a specific sound
- complete the phrase "war and ..."
- display disgust when seeing a gruesome image
- solve 2+2=?
- read text on a billboard
- drive a car on an empty road
- think of a good chess move (if you're a chess master)
- understand simple sentences
- associate the description 'quiet and structured person with an eye for details' with a specific job
---
# System 2 examples
- prepare yourself for the start of a sprint
- direct your attention towards someone at a loud party
- look for the woman with the grey hair
- try to recognize a sound
- sustain a faster than normal walking rate
- determine the appropriateness of a particular behavior in a social setting
- count the number of As in text
- give someone your telephone number
- park into a tight parking space
- determine the price/quality ratio of two washing machines
- determine the validity of a complex logical reasoning
- solve 17 × 24
---
# Two senses of speeded decisions
- Decisions that are, by their nature, easy to make quickly
- Decisions that can be made quickly (e.g., under duress or when you don't care)
---
# Drift diffusion model (DDM)
---
class: center, middle
# Fin.


Categories
The Child
The Parent
Child Activity: FOOD
Logout
FOOD
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×
<
Edit
//Script for click counts // Script to open and close sidebar


DisCover
Algonquin College
of Applied Arts and Technology is a publicly funded English-language college located in
Ottawa, Ontario, Canada. The college serves the National Capital Region and the outlying areasof Easter Ontario, Western Quebec, and Upstate New York.
Learn More


Handling Error Responses
Errors in BBJ are separated into 6 different codes, to allow easy mapping to native exception and signaling systems available in the client's programming language. Errors are all or nothing, there are no "warnings". If a response has a non-false error field, then data will always be null. An error response from the api looks like this...
{
"error": {
"code": // an integer from 0 to 5,
"description": // a string describing the error in detail.
}
"data": null // ALWAYS null if error is not false
"usermap": {} // ALWAYS empty if error is not false
}
The codes split errors into categories. Some are oriented to client developers while others should be shown directly to users.
-
Code 0: Malformed but non-empty json input. An empty json input where it is required is handled by code 3. This is just decoding errors. The exception text is returned as description.
-
Code 1: Internal server error. A short representation of the internal exception as well as the code the server logged it as is returned in the description. Your clients cannot recover from this class of error, and its probably not your fault if you encounter it. If you ever get one, file a bug report.
-
Code 2: Server HTTP error: This is similar to the above but captures errors for the HTTP server rather than BBJs own codebase. The description contains the HTTP error code and server description. This notably covers 404s and thus invalid endpoint names. The HTTP error code is left intact, so you may choose to let your HTTP library or tool of choice handle these for you.
-
Code 3: Parameter error: client sent erroneous input for its method. This could mean missing arguments, type errors, etc. It generalizes errors that should be fixed by the client developer and the returned descriptions are geared to them rather than end users.
-
Code 4: User error: These errors regard actions that the user has taken that are invalid, but not really errors in a traditional sense. The description field should be shown to users verbatim, in a clear and noticeable fashion. They are formatted as concise English sentences and end with appropriate punctuation marks.
-
Code 5: Authorization error: This code represents an erroneous User/Auth header pair. This should trigger the user to provide correct credentials or fall back to anon mode.


Press n or j to go to the next uncovered block, b, p or k for the previous block.
| File | Statements | Branches | Functions | Lines | |||||
|---|---|---|---|---|---|---|---|---|---|
| 401-code-challenges/code-challenge05 |
|
86.05% | 37/43 | 62.5% | 5/8 | 100% | 6/6 | 86.05% | 37/43 |
| 401-code-challenges/code-challenge07 |
|
91.14% | 72/79 | 72.22% | 13/18 | 100% | 9/9 | 91.14% | 72/79 |
| 401-code-challenges/code-challenge08 |
|
90.83% | 99/109 | 71.88% | 23/32 | 100% | 10/10 | 90.74% | 98/108 |
| 401-code-challenges/code-challenge09 |
|
93.58% | 102/109 | 78.13% | 25/32 | 100% | 11/11 | 93.52% | 101/108 |
| 401-code-challenges/code-challenge10 |
|
88.24% | 45/51 | 71.43% | 10/14 | 90.91% | 10/11 | 88.24% | 45/51 |
| 401-code-challenges/code-challenge11 |
|
96.77% | 30/31 | 90% | 9/10 | 100% | 9/9 | 100% | 29/29 |
| 401-code-challenges/code-challenge12 |
|
96.36% | 53/55 | 90% | 18/20 | 100% | 6/6 | 96.3% | 52/54 |
| 401-code-challenges/code-challenge13 |
|
100% | 16/16 | 83.33% | 5/6 | 100% | 1/1 | 100% | 14/14 |
| 401-code-challenges/code-challenge14 |
|
100% | 9/9 | 75% | 3/4 | 100% | 1/1 | 100% | 9/9 |
| 401-code-challenges/code-challenge15 |
|
87.3% | 55/63 | 73.33% | 22/30 | 100% | 13/13 | 87.3% | 55/63 |
| 401-code-challenges/code-challenge16 |
|
100% | 18/18 | 100% | 8/8 | 100% | 4/4 | 100% | 18/18 |
| 401-code-challenges/code-challenge17 |
|
100% | 21/21 | 100% | 6/6 | 100% | 3/3 | 100% | 21/21 |
| 401-code-challenges/code-challenge18 |
|
98.31% | 58/59 | 95.45% | 21/22 | 100% | 6/6 | 98.31% | 58/59 |
| 401-code-challenges/code.challenge06 |
|
89.06% | 57/64 | 64.29% | 9/14 | 100% | 8/8 | 89.06% | 57/64 |
| javascript/code-challenges/reverse-ll |
|
100% | 3/3 | 100% | 0/0 | 100% | 1/1 | 100% | 3/3 |
| javascript/linked-list |
|
100% | 1/1 | 100% | 0/0 | 100% | 0/0 | 100% | 1/1 |


Driver alert system
Using CV to keep drivers safe
This is a project which I am working on with Jada Flanagan and it’s still in its early stages. The basic idea is to leverage the recent advances in computer vsion and edge computing to create a retrofit kit which can be placed in a car to alert the driver to dangerous situations on the road. This device would have a forward looking camera, mounted either in the grille or secured to the dashboard, and would alert the driver to threats with some combination of light and sound. Some initial tasks I would like to accomplish are detecting when the car is leaving the lane, when there is a pedestrian entering the road, or when when the driver is too close to a car in front.
I have purchased a NVIDIA Jetson TX2 and plan to begin doing more work over winter break. It seems that simple geometric vision techniques such as color-based segmentation and the Hough transform can be used to extract the lines with fairly high accuracy. This means that the first task should be fairly simple and run easily in real-time. The latter two tasks could be accomplishes with any one of a number of deep convoltional neural networks, such as Mask R-CNN or Mobilenent. Because of the computational constrainsts, it is likely we will have to make some tradeoffs between framerate and accuracy. However, given reasonably-good detections, it should be possible to understand whether the objects are in the lane and if they pose a threat.


Components: Cards
Mixins
@mixin card($padding, $margin: '', $border-color: '', $elevation: '') { @if $border-color != '' { border:1px solid $border-color; } @if $elevation != '' { @include elevation($elevation) } @if $margin != '' { margin:$margin; } padding:$padding; }
Usage
Use with
container
.card{ @include card(var(--std-gutter-ex), var(--third-color-darker)); @include container(var(--reset-color)); }
Elevation
Components: Typography
Examples
text-super-hero
text-hero
text-title
text-lg
text-md
text-sm
text-xs
text-xxs
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
Mixins
@mixin text-xxs{ @include font-size(1.1); } @mixin text-xs{ @include font-size(1.2); } @mixin text-sm{ @include font-size(1.3); } @mixin text-md{ @include font-size(1.5); } @mixin text-lg{ @include font-size(1.6); } @mixin text-title{ @include font-size(1.8); } @mixin text-hero($font-weight: 300){ @include font-size(2.4); font-weight:$font-weight; } @mixin text-super-hero($font-weight: 300){ @include font-size(3.6); font-weight:$font-weight; } @mixin text-color-link($color, $hover-color){ a{ color:$color; &:hover{ color:$hover-color; } } }


What story is the game based on?
The game is based on the story of Humpty Dumpty.
What was used to draw the graphics and images?
The HTML Canvas was used to draw the graphics and images
What is the URL (web address) of your deployed site?
The URL of my deployed site is: https://lindon-jackasal.github.io/CYOAG/
What is your GitHub repository for this website?
My GitHub repository is: https://github.com/Lindon-Jackasal/CYOAG


|
| struct | internal::Policy< Policies > |
| |
| struct | internal::has_policy< Policies > |
| |
| struct | internal::has_policy< ExpectedPolicy, FirstPolicy, Policies... > |
| |
| struct | internal::has_policy< ExpectedPolicy, SinglePolicy > |
| |
| struct | internal::has_policy< ExpectedPolicy, Policy< Policies... > > |
| |
| struct | internal::graph_policy_namespace::rejecting |
| |
| struct | internal::graph_policy_namespace::reserving |
| |
| struct | internal::graph_policy_namespace::queueing |
| |
| struct | internal::graph_policy_namespace::lightweight |
| |
| struct | internal::graph_policy_namespace::key_matching< K, KHash > |
| | field of type K being used for matching. More...
|
| |
| class | internal::source_body< Output > |
| | A functor that takes no input and generates a value of type Output. More...
|
| |
| class | internal::source_body_leaf< Output, Body > |
| | The leaf for source_body. More...
|
| |
| class | internal::function_body< Input, Output > |
| | A functor that takes an Input and generates an Output. More...
|
| |
| class | internal::function_body_leaf< Input, Output, B > |
| | the leaf for function_body More...
|
| |
| class | internal::function_body_leaf< continue_msg, continue_msg, B > |
| | the leaf for function_body specialized for Input and output of continue_msg More...
|
| |
| class | internal::function_body_leaf< Input, continue_msg, B > |
| | the leaf for function_body specialized for Output of continue_msg More...
|
| |
| class | internal::function_body_leaf< continue_msg, Output, B > |
| | the leaf for function_body specialized for Input of continue_msg More...
|
| |
| class | internal::multifunction_body< Input, OutputSet > |
| | function_body that takes an Input and a set of output ports More...
|
| |
| class | internal::multifunction_body_leaf< Input, OutputSet, B > |
| | leaf for multifunction. OutputSet can be a std::tuple or a vector. More...
|
| |
| class | internal::type_to_key_function_body< Input, Output > |
| |
| class | internal::type_to_key_function_body< Input, Output & > |
| |
| class | internal::type_to_key_function_body_leaf< Input, Output, B > |
| |
| class | internal::type_to_key_function_body_leaf< Input, Output &, B > |
| |
| class | internal::forward_task_bypass< NodeType > |
| | A task that calls a node's forward_task function. More...
|
| |
| class | internal::apply_body_task_bypass< NodeType, Input > |
| | A task that calls a node's apply_body_bypass function, passing in an input of type Input. More...
|
| |
| class | internal::source_task_bypass< NodeType > |
| | A task that calls a node's apply_body_bypass function with no input. More...
|
| |
| struct | internal::empty_body< Input, Output > |
| | An empty functor that takes an Input and returns a default constructed Output. More...
|
| |
| class | internal::decrementer< T > |
| |


Is Your Store Safe From Magento Killer?
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{% load lametro_extras %}
| {{ CITY_VOCAB.COUNCIL_MEMBER }} | {{CITY_VOCAB.MUNICIPAL_DISTRICT}} | ||
|---|---|---|---|
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Legally Blonde 2: Red, White & Blonde
Legally Blonde 2: Red, White & Blonde is a movie starring Reese Witherspoon, Sally Field, and Bob Newhart. Elle Woods heads to Washington, D.C. to join the staff of a Representative in order to pass a bill to ban animal testing.