[attributes] --- label: Marine Protected Areas layout: page-marine target_page: categories: [] is_published: true position: 7 [text section_distribution_title] Distribution of marine protected areas [text section_coverage_growth_chart_title]
Marine Protected Area coverage per Region
[text section_national_title] MPAs within national waters [wysiwyg section_national_content]Over the last several years the number and spatial extent of MPAs have increased rapidly. In 2000 the area covered by MPAs was approximately 2 million km².
[wysiwyg section_coverage_growth_content]Over the last several years the number and spatial extent of MPAs have increased rapidly. In 2000 the area covered by MPAs was approximately 2 million km² (or 0.7% of the Ocean), since then there has been over a ten-fold increase in MPA coverage with 27,841,368 km² (or 7.68%) of the ocean being covered by MPAs.
[text section_ocean_title] National waters and the High Seas [wysiwyg section_size_content]Much of the recent growth in MPA coverage has been driven by the establishment of very large MPAs over 100,000 km². Some countries, such as the USA, have protected the seas around their overseas territories. Others, such as the Cook Islands in the South Pacific Ocean, have protected their entire national waters. These vast MPAs each contribute a significant part of the total global ocean coverage, with the 20 largest making up the majority of the world’s marine protected area coverage. While these protected areas represent huge commitments to conservation, there is a need for international collaboration to ensure that MPAs achieve their desired conservation value.
[text section_coverage_growth_title] Growth in marine protected area coverage [text summary] Over 70% of the surface of Earth is ocean, comprised of highly diverse ecosystems, and providing a wide range of marine ecosystem services that support human society, health and the economy. This website presents the most recent official coverage statistics for marine protected areas. [wysiwyg section_ocean_content]National waters represent an area of coastal water extending out to the limit of the Exclusive Economic Zone (EEZ) at 200 nautical miles from the baseline of a Coastal State. Coastal States have management jurisdiction over these waters, the resources within them and the resources in/under the seabed.
Marine Areas Beyond National Jurisdiction (ABNJ) are areas of the ocean that are not under the jurisdiction of any one country. Therefore, no individual nation has the sole responsibility for management of these areas. Defined in recent international discussions1, ABNJ includes both the High Seas – all parts of the sea that are not included in national waters2, and the "Area" – the seabed beyond the limits of national waters3.
[text hero_small_text] How we calculate PA's coverage [text social-title] [text social-description] [file theme_image] [text section_coverage_title] Growth in marine protected area coverage [text section_size_growth_title] Top 10 Size Distribution of Marine Protected Areas [wysiwyg section_size_growth_content]Marine protected areas continue to be spatially heterogeneous, with some countries and territories creating enormous MPAs that can cover their entire National Waters (EEZ).
[wysiwyg section_distribution_content]The global coverage of marine protected areas (MPAs) is 7.68%. The Global Ocean can be divided into areas within national jurisdiction (National Waters) and those in international waters (Areas Beyond National Jurisdiction (ABNJ))
MPAs can be more easily created by governments in national waters where there are dedicated legal systems in place. In ABNJ it is more difficult to create MPAs due to the complex legal framework in place. As such, the percentage of MPAs created within national waters is much higher than that for ABNJ. National waters represent 39% of the global ocean and at present, 17.86% of these waters are designated as protected areas. In contrast, only 1.18% of ABNJ, which makes up the remaining 61% of the global ocean, has been established as protected areas. At present, international discussions are underway to establish ways of simplifying the process to create MPAs in ABNJ. For more information on this, please see the DOALOS website.
[text hero_small_text_url] http://pp.new-web.pp-staging.linode.protectedplanet.net/en/resources/calculating-protected-area-coverage [wysiwyg section_coverage_content]Over the last several years the number and spatial extent of MPAs have increased rapidly.
[text section_size_title] Size distribution of marine protected areas [file image] giga-khurtsilava-5kwVYW8ZIHo-unsplash.jpg


Japan
United States
Canada
Colombia
South Korea
Mexico
Malaysia
Australia
France
Chile
Peru
Singapore
Thailand
Vietnam
Cambodia
Turkey
Pakistan
China
Kazakhstan
Portugal
Slovakia
Italy
Russia
Iran
Mongolia
Germany
Greece
Norway
Indonesia
Sweden
Finland
Lithuania
India
Hungary
Austria
Spain
Myanmar
Bulgaria
Netherlands
Switzerland
Taiwan


| GEOS SDK TechDocs
|
| 1 Controller Features and Functions
| 1.2 How Controllers Work
Controller objects provide the following features and benefits to application and library programmers:
-
Ease of use
Controllers are intended to be "plug-and-play" objects. Programmers simply include the controller to get all the appropriate UI gadgetry.
-
Consistency of appearance
All applications that use a particular controller will appear consistent to the user. The controller knows the appropriate structure of its menus and dialogs, and all such controllers will appear the same to the user, increasing the application's ease of use.
-
Automatic tool management
By using controllers along with a GenToolControl object, an application can allow the user to configure his own tool set. Controllers can have their UI placed along a display's edge, in the normal menus, or in a floating tool box; the GenToolControl allows users to decide where the tools will appear without affecting the application at all.
-
Extendability of features
Any application that uses a controller can automatically include future features of a library. For example, if the GenView object were upgraded in the future to allow new features, the GenViewControl object would likely also be updated. Any application including the GenViewControl would automatically get the new UI and features without recompilation. Applications that do not use controllers will not automatically gain the benefits of upgraded libraries.
The GenControl is most useful for simple controllers. It is based on core UI objects (GenTrigger, GenInteraction, etc.) and is subclassed from
GenInteractionClass
. Applications that will have extremely complex controller-type functions may want to write their controllers from scratch--this is discussed in Creating Your Own Controllers
.
| GEOS SDK TechDocs
|
| 1 Controller Features and Functions
| 1.2 How Controllers Work


|
The references here each give only a limited sampling
of what has been done with Lisp. If you have information on something
you would like to see listed, but which you could not find here, (or
something which is listed, but shouldn't be) please contact us.
|


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Darwin Synth
tl;dr : "Darwin" is a .dll plugin synth for any standard MS Windows-based VST host. Download.
It was built using SynthEdit, a toolkit for building software synths, especially simulations of traditional analog synths. Alas SynthEdit's MS Windows payware, but if you're into this kind of stuff it's great value for the price ($69.50), and for historical reasons my DAW machine is running MS Windows. I came across it around 2007 thanks to Rick Jelliffe who has written up some of his creations with it.
While it's perfect kit for making original, novel instruments (as Rick has demonstrated), to get the hang of using it I put together a very traditional (1980s?) styled synth. This also happened to be something I was lacking - there are plenty of suchlike synths available out there, but I've never found one I felt really comfortable with. Homemade was the obvious answer.
My main MIDI keyboard is an Evolution MK-449C (I suspect these may have gone out of production), an inexpensive fairly generic keyboard. It looks like this:
Along with the setup controls, it also has 9 sliders (top middle) and 8 rotary controllers (top right).
 So I thought I'd try and customise a synth to this controller.
Here's the result :
- and here's how I've got the controls mapped from the keyboard:
(I somehow managed to count 12 knobs, hence a few controls on the synth aren't mapped)
It's a long time since I put this together, at the time I posted this image on Flickr - MIDI (pushbutton) to Octave - can't remember , but it appears to be a fresh bit of functionality.
Here are the relevant downloads:
- Darwin4.dll
- SynthEdit design file
- Skins
- Darwin's schematic in SynthEdit, as you can imagine it takes a long time to put these things together :)
Incidentally, if you're looking for an inexpensive (but powerful) DAW for MS Windows, I recommend EnergyXT.


Trump impeachment hearings: What to know for Thursday’s testimony
by Yaron SteinbuchTwo pivotal witnesses – Fiona Hill, a former National Security Council official, and David Holmes, the political counselor at the US Embassy in Kyiv — are set to testify Thursday in the impeachment inquiry on Capitol Hill.
Hill was present for a July 10 meeting at the White House in which US Ambassador to the European Union Gordon Sondland raised the prospect of probes into the 2016 presidential election and an energy company tied to Vice President Joe Biden’s son Hunter with high-ranking Ukrainian officials.
She has testified behind closed doors that her boss at the time, National Security Adviser John Bolton, instructed her to report the incident — which he likened to a “drug deal” — to the top lawyer on the NSC.
Holmes is the diplomatic staffer who went to lunch on July 26 in Kyiv with Sondland, who called President Trump on his cell phone to discuss the “investigation” that the commander in chief wanted from Ukrainian President Volodymyr Zelensky.
The phone call took place a day after Trump urged Zelensky to launch investigations into the Bidens and and a debunked theory that Democrats conspired with Ukraine to interfere in the 2016 election.
In his deposition, Holmes said that Sondland told him Trump only cared about “big stuff” that affected him, like what Holmes called the “Biden investigation” the president wanted from Ukraine.
“So, he’s gonna do the investigation?” Holmes said he heard Trump ask. “He’s gonna do it,” Sondland replied, adding that he’d do “anything you ask him to.”
How to watch
The House Intelligence Committee will stream video on YouTube, and PBS will carry the hearings live, as will C-SPAN3, C-span.org and C-SPAN Radio.
Viewers can also watch the livestream on NYPost.com.
NBC, ABC and CBS plan to interrupt regular broadcasting with special reports on the hearings.
Fox News, CNN and MSNBC plan more extensive coverage, and several news sites will also livestream the proceedings, only the fourth time in US history that the House has held such hearings.
Hearing format
Committee Chairman Adam Schiff (D-Calif.) and Rep. Devin Nunes (R-Calif.), the top Republican on the panel, will have 45 minutes each to question witnesses at the beginning of each hearing.
Schiff and Nunes are expected to cede part of their time to Daniel Goldman, the committee’s director of investigations, and Steve Castor, GOP counsel for the House Oversight Committee.
The hearing will then move to questioning from individual members, alternating periods of five minutes between both parties. Schiff can add additional rounds at his discretion.
What comes next?
Hill and Holmes could be the final witnesses to appear, but Schiff hasn’t said definitively whether the Thursday hearing would end his portion of the process.
Once his panel concludes its work, action could then shift to the House Judiciary Committee, which would need to initiate and advance articles of impeachment to the full House.
Schiff nor House Speaker Nancy Pelosi (D-Calif.) have not committed to a timetable — and also have suggested that impeachment isn’t a foregone conclusion but would depend on Schiff’s investigation.
If the Intelligence Committee decides to pursue articles of impeachment, the Republican-controlled Senate would hold a trail on the charges.


{% extends 'Base.html' %} {% block content %}
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#include <GridAxisRecordRepresentation0.h>
Public Member Functions | |
| GridAxisRecordRepresentation0 () | |
| virtual | ~GridAxisRecordRepresentation0 () |
| virtual void | marshal (DataStream &dataStream) const |
| virtual void | unmarshal (DataStream &dataStream) |
| unsigned short | getNumberOfBytes () const |
| std::vector< OneByteChunk > & | getDataValues () |
| const std::vector< OneByteChunk > & | getDataValues () const |
| void | setDataValues (const std::vector< OneByteChunk > &pX) |
| virtual int | getMarshalledSize () const |
| bool | operator== (const GridAxisRecordRepresentation0 &rhs) const |
Protected Attributes | |
| unsigned short | _numberOfBytes |
| std::vector< OneByteChunk > | _dataValues |
Copyright (c) 2007-2009, MOVES Institute, Naval Postgraduate School. All rights reserved.
| GridAxisRecordRepresentation0::GridAxisRecordRepresentation0 | ( | ) |
| GridAxisRecordRepresentation0::~GridAxisRecordRepresentation0 | ( | ) | [virtual] |
| const std::vector< OneByteChunk > & GridAxisRecordRepresentation0::getDataValues | ( | ) | const |
| std::vector< OneByteChunk > & GridAxisRecordRepresentation0::getDataValues | ( | ) |
| int GridAxisRecordRepresentation0::getMarshalledSize | ( | ) | const [virtual] |
Reimplemented from DIS::GridAxisRecord.
| unsigned short GridAxisRecordRepresentation0::getNumberOfBytes | ( | ) | const |
| void GridAxisRecordRepresentation0::marshal | ( | DataStream & | dataStream | ) | const [virtual] |
Reimplemented from DIS::GridAxisRecord.
| bool GridAxisRecordRepresentation0::operator== | ( | const GridAxisRecordRepresentation0 & | rhs | ) | const |
| void GridAxisRecordRepresentation0::setDataValues | ( | const std::vector< OneByteChunk > & | pX | ) |
| void GridAxisRecordRepresentation0::unmarshal | ( | DataStream & | dataStream | ) | [virtual] |
Reimplemented from DIS::GridAxisRecord.
std::vector<OneByteChunk> DIS::GridAxisRecordRepresentation0::_dataValues [protected] |
variable length list of data parameters ^^^this is wrong--need padding as well
unsigned short DIS::GridAxisRecordRepresentation0::_numberOfBytes [protected] |
number of bytes of environmental state data


Diagnostics
The Diagnostics sheet collects a set of ratings that helps you to evaluate the status of your battery.
Capacity, charge cycles and age are rated from zero to five stars, with five stars being the best. An overall rating is also provided.
The Remaining life contains the estimated remaining life and the estimated date of death of your battery, calculated from the collected snapshots — the more the more accurate those predictions will be.
The diagnostics sheet also contains an illustration and details on your battery model. A convenient button to launch the Apple Store is provided for the batteries that are currently on the market.


{% load active_navigation %} {% url "intern:my_economy" as my_economy_link %} {% url "intern:my_recruitment_job_list" as my_recruitment_job_list_link %} {% url "intern:my_production_job_list" as my_production_job_list_link %} {% url "intern:my_logistic_job_list" as my_logistic_job_list_link %} {% url "intern:my_job_statistic" as my_job_statistic_link %} {% url "intern:my_push" as my_push_link %}


{%extends "nav_account.html"%} {%block title%}Elections{%endblock%} {%block content%}
You must have been a member for four weeks before the opening of this election in order to vote. You became a member {{membersince}}, which is sooner than the required {{mustregbefore}}.
{%endblock%}


--- layout: post title: ! 'OSCON ''06 Review One: Web Technologies' tags: - Social Software status: publish type: post published: true meta: _edit_last: '1' dsq_thread_id: '17413730' ---
Ajax was big at this year's OSCON. Whereas the phrase "Web 2.0" seemed to be accompanied by awkwardly constructed sentences, noticable hesitations, or nervous laughter, "Ajax" flowed of the tongue like sugar.
Although this is only my second OSCON in as many years, from discussion with a sample of those I met this last week, OSCON is much more web-centric than in the past. Since I don't have data points to measure against, I'll have to take their word. Assuming what they say it correct, it seems highly interactive, data-rich web applications are still perculating in the minds of many.
I received no negative impressions during the conference. Only upbeat, excited developers sharing their ideas and taking it all in. I didn't hear one complaint about unsatisfactory jobs, layoffs, or boring projects. Everyone seemed rather excited about the state of the web economy. It is highly likely that the nature of the conference is a filter itself.
But back to Ajax. About that perculating. Notice that I left off social from "highly interactive, data-rich web applications." If memory serves me correctly, I only recall one "social" vendor and very limited sessions addressing social software. But there was plenty of sessions and vendors focusing on Ajax technologies. If anyone had a different impression, leave a comment.


Project Packages
Populate
/examples/config.json
with the proper values before running.
Open the browser's debug window to view print logs for this example.
View
documentation
for more information.


Week 7
Free Pass
- Visit the Center of Named Locations in a Single Match (0/4)
- Search Supply Drops (0/3)
- SMG Eliminations (0/3) (HARD)
Battle Pass
- Deal Headshot Damage to Opponents (0/500)
- Search Chests in Lucky Landing (0/7)
- Follow the Treasure Map found in Pleasant Park (HARD)
- Eliminate Opponents in Lucky Landing (0/3) (HARD)


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IdNotUniqueException
- Exception in
exception
IdNotUniqueException()
- Constructor for exception exception.
IdNotUniqueException
imdb
- Variable in class gui.movie.
MovieViewController
imdbInfo(String)
- Method in class store.api.
MovieInfoApi
Scrapes IMDB and looks for the movie with that name
ImdbMovieDTO
- Class in
store.api
A DataTransferObject to transfer movie information from IMDB
ImdbMovieDTO(JSONObject)
- Constructor for class store.api.
ImdbMovieDTO
Converts a JSON response to a DTO
init(Stage)
- Static method in class gui.
Router
Initializes the Router with the stage, can only be called once
initialize()
- Method in class gui.addMovie.
AddMovieController
initialize()
- Method in class gui.components.
MovieCardController
initialize()
- Method in class gui.home.
HomeViewController
initialize()
- Method in class gui.movie.
MovieViewController
insert(Map<String, String>)
- Method in class data.store.common.
BaseDao
Inserts a entity into the selected table
instance()
- Static method in class data.store.common.
DataAccess
Access to singelton instance
instance()
- Static method in class data.store.movie.
MovieDao
instance()
- Static method in class data.store.person.
PersonDao
instance()
- Static method in class data.store.user.
UserDao
instance()
- Static method in class data.store.watchlist.
WatchListDao
instance()
- Static method in class gui.
LayoutController
Gets the current instance of the LayoutController
instance()
- Static method in class gui.
Router
gets the current router instance, must be initialized first
isWatched()
- Method in class data.
WatchListItem
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| I l@ve RuBoard |
The pythoncom module provides the low-level interface between COM and Python.
| CoCreateInstance( ) |
Creates the specified COM object and returns the requested interface.
interface = CoCreateInstance(clsid, unkOuter , clsctx , iid)
A string or PyIID object containing the class ID for the new object.
Typically None, or may be a Python interface object if the object is used as part of an aggregate.
Defines the context in which the code that manages the newly created object runs. May be a combination of the following constants:
The code that creates and manages objects of this class runs in the same process as the caller of the function specifying the class context.
The code that manages objects of this class is an in-process handler. This is a DLL that runs in the client process and implements client-side structures of this class when instances of the class are accessed remotely.
The EXE code that creates and manages objects of this class is loaded in a separate process space (runs on same machine but in a different process).
A remote machine context. The LocalServer32 or LocalService code that creates and manages objects of this class is run on a different machine.
Indicates all class contexts.
Indicates all in-process contexts.
Indicates server code, whether in-process, local, or remote.
A string or PyIID object that defines the interface ID requested from the new object.
The result is a Python interface object, the exact type of which is determined by the iid parameter.
This function is for advanced use only; in most cases, you create COM objects using the win32com.client.Dispatch() function.
| CoInitialize( ) |
Initializes COM for apartment model threading.
CoInitialize()
No parameters.
Equivalent to CoInitializeEx(pythoncom.COINIT_APARTMENTTHREADED). See CoInitializeEx() for more details.
| CoInitializeEx( ) |
Initializes COM for the calling thread.
CoIntializeEx(flags)
An integer defining the initialization options. May include:
Initializes the thread for apartment-threaded object concurrency.
Initializes the thread for multithreaded object concurrency.
Disables DDE for OLE1 support.
Trades memory for speed.
There's no need to call this function for the Python thread that first imports the pythoncom module. Please see Appendix D, for a detailed description of COM threading models.
| CoUninitialize( ) |
Closes the COM library on the current thread, unloads all COM DLLs loaded by the thread, and forces all COM RPC connections on the thread to close.
CoUninitialize()
As described in Appendix D, this function is currently never called by the COM framework.
| CoMarshalInterThreadInterfaceInStream( ) |
Marshals a Python COM interface object from one thread to another thread in the same process.
stream = CoMarshalInterThreadInterfaceInStream(iid, interface)
A string or PyIID object that identifies the interface to be marshaled into the new stream.
A Python COM interface object or win32com.client.Dispatch() instance to be marshaled.
The result is a PyIStream object; that is, a Python wrapper around a COM IStream interface. This stream is typically passed to CoGetInterface-AndReleaseStream() to obtain the marshaled object in the new thread.
When paired with CoGetInterfaceAndReleaseStream(), programs can easily and reliably marshal a COM interface object to another thread in the same process. See Appendix D for further details.
| CoGetInterfaceAndReleaseStream( ) |
Unmarshals a Python interface object from a stream and releases the stream.
interface = CoGetInterfaceAndReleaseStream(stream, iid)
A PyIStream object to which the object was previously marshaled.
A string or PyIID object that defines the interface to be unmarshaled from the stream.
The result is a Python COM interface object, the exact type of which is determined by the iid parameter.
When paired with CoMarshalInterThreadInterfaceInStream(), programs can easily and reliably marshal a COM interface object to another thread in the same process. See Appendix D for further details.
| I l@ve RuBoard |


Dear Admin,
You have a new email from the contact from
Name: {{name}}
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Subject: {{subject}}
Message: {{message}}


MSTC share price surges 20% on MoU with Burn Standard
L&T has appointed the company as the selling agent for sale of scrap articles.
Shares of MSTC touched its 52-week high of Rs 147.80, adding 20 percent intraday on November 7 after the company signed MoU with Burn Standard for e-auction services.
The company has entered into a Memorandum of Understanding (MoU) with Burn Standard Co Limited for e-Auction services for the sale of movable assets and immovable assets, as per BSE release.
The agreement shall remain valid up to March 31, 2021, until it is terminated by either party by giving three months notice, it added.
On November 6, Larsen and Toubro has appointed the company as the selling agent as per the terms of selling agency agreement entered by both the parties on October 29, 2019 for the sale of scrap and rejected/condemned/obsolete secondary arising (ferrous and non-ferrous) as well as surplus obsolete stores, equipments and misc. articles etc. for buildings and factories IC of L&T in India through MSTC’s e-Auction website.
The contract will remain valid until its termination by giving advance notice of 1 month.
At 1219 hrs, MSTC was quoting at Rs 143.05, up Rs 19.85, or 16.11 percent on the BSE.Special Thursday Expiry on 10th 7th Nov
Early Closure to The Great Diwali Discount. Last Chance to get Moneycontrol PRO for a year @ Rs. 289/- only
Coupon code: DIWALI


Next: Note about Printing Numbers, Previous: Printing Floats, Up: Default Print-Object Methods
A complex is printed as #C, an open parenthesis, the printed representation of its real part, a space, the printed representation of its imaginary part, and finally a close parenthesis.
For related information about the syntax of a complex, see Syntax of a Complex and Sharpsign C.


--- layout: post title: Writing Soy Templates in Your Atlassian Confluence Plugin date: 2013-02-22 12:00:12.000000000 +00:00 type: post published: true status: publish categories: - Featured - Programming - web tags: - confluence meta: tmac_last_id: '618797352480944128' _edit_last: '1' _syntaxhighlighter_encoded: '1' _thumbnail_id: '1661' _pingme: '1' _encloseme: '1' _wpas_skip_11278197: '1' _wpcom_is_markdown: '1' author: David Simpson excerpt_separator: ---
Level of experience: This is an intermediate tutorial. You should have completed at least one beginner tutorial before working through this tutorial. See the list of developer tutorials.
On this page:
Related:
This tutorial shows you how to write a Soy template in your plugin to use in JavaScript. The plugin adds a table of metadata to the top of each Confluence page using Soy templates:
In order to do this, you will create a very simple Confluence plugin. Your plugin will consist of the following components:
All these components will be contained within a single JAR file. Each component is further discussed in the examples below.
This plugin is of little practical value, but it is designed to show you a way of templating UI elements in JavaScript for use on Confluence.
The source code of the plugin used in this tutorial is available in bitbucket. You can browse the source code here: confluence-tutorial-soy-templates.
Soy templates are a templating system for dynamically generating re-usable HTML and UI elements in both Java and JavaScript. Soy templates are also referred to as Closure templates.
For the client side, Soy templates are precompiled into efficient JavaScript. This tutorial is only concerned with client-side aspect of templating.
Begin by creating a new Confluence plugin. You can use the Atlassian Plugin SDK to do this. (See Set up the Atlassian Plugin SDK and Build a Project for full instructions.)
In a command window, go to the directory where you want to create your plugin project, and type: atlas-create-confluence-plugin
You will be prompted to enter two values, the group ID and artifact ID. For this tutorial, we used the following values:
Accept the default values for version and package.
This will create a basic plugin with some Java code and tests. In the sample code, all Java code including tests have been removed as they are not needed for the plugin.
Create a new Soy template at src/main/resources/template.soy:
{namespace Confluence.Templates.SoyTutorial}
/**
* Renders a table of selected AJS.params
* @param pageId
* @param pageTitle
* @param parentPageId
* @param spaceKey
* @param spaceName
*/
{template .listSelectedAjsParams}
{getText('confluence.tutorial.soy.templates.intro')}

{getText('confluence.tutorial.soy.templates.name')}
{getText('confluence.tutorial.soy.templates.value')}

pageId
{$pageId}

pageTitle
{$pageTitle}

parentPageId
{$parentPageId}

spaceKey
{$spaceKey}

spaceName
{$spaceName}

{/template}
Each Soy file needs a namespace declaration at the top of the file. It must be declared before any templates are declared.
In this case, we have created a new Confluence.Templates.SoyTutorial namespace for our templates and added a template which displays an AUI-style table containing a number of attributes that a Confluence page is likely to possess.
For templates that need parameters, these must be declared in JavaDoc style immediately before the template:
/**
* Renders a table of selected AJS.params
* @param pageId
* @param pageTitle
* @param parentPageId
* @param spaceKey
* @param spaceName
*/
Parameters use this syntax within the template:
{$pageId}
For internationalisation, use getText()
– a JavaScript internationalisation transformer will take care of the i18n:
{getText('confluence.tutorial.soy.templates.intro')}
Create a new JavaScript resource at src/main/resources/init.js:
AJS.toInit(function () {
var $pageMetadata = AJS.$('#content.page.view .page-metadata:first');
if ($pageMetadata.length > 0) {
var selectedAjsParams = {
pageId: AJS.params.pageId,
pageTitle: AJS.params.pageTitle,
parentPageId: AJS.params.parentPageId,
spaceKey: AJS.params.spaceKey,
spaceName: AJS.params.spaceName
}
var template = Confluence.Templates.SoyTutorial.listSelectedAjsParams(selectedAjsParams);
$pageMetadata.after(template);
}
});
Here we are doing four things:
selectedAjsParams
– into the template – Confluence.Templates.SoyTutorial.listSelectedAjsParams
– to render the template into HTML.

You will notice the AUI function, AJS.params
– this contains some useful information about the Confluence installation and the current page. In this case, we are using it for convenience. Take a look at AJS.params
in your browser's JavaScript console:
You must now register the plugin module in your plugin descriptor, atlassian-plugin.xml.
Add the following code to your atlassian-plugin.xml
file between the <atlassian-plugin>
tags, but below the <plugin-info>
tag group.
<web-resource key="view-metadata" name="View metadata from AJS.params">

<transformation extension="js">
<transformer key="jsI18n"/>
</transformation>

<transformation extension="soy">
<transformer key="soyTransformer">
<functions>com.atlassian.confluence.plugins.soy:soy-core-functions</functions>
</transformer>
</transformation>

<resource name="init.js" type="download" location="init.js"/>
<resource name="template-soy.js" type="download" location="template.soy"/>
<context>page</context>
</web-resource>
Let's break down that XML code, by looking at the web resource module, transformers and resources in the code.
In the code example, the web-resource module (line) has 2 attributes:
<web-resource key="view-metadata" name="View metadata from AJS.params">
In the code example, there are two transformation code blocks:

<transformation extension="js">
<transformer key="jsI18n"/>
</transformation>

<transformation extension="soy">
<transformer key="soyTransformer">
<functions>com.atlassian.confluence.plugins.soy:soy-core-functions</functions>
</transformer>
</transformation>
Lastly, there are Javascript resources for the web resources and the context in which they should be displayed. In this case, the Javascript is only added for Confluence pages, thus the 'page' context.

<resource name="init.js" type="download" location="init.js"/>
<resource name="template-soy.js" type="download" location="template.soy"/>
<context>page</context>
To add new resource files and internationalisation, add a new file in the resources directory of your plugin, called confluence-tutorial-soy-templates.properties
, and include these lines of code:
confluence.tutorial.soy.templates.intro = Some metadata extracted from the AJS.params JavaScript object:
confluence.tutorial.soy.templates.name = Name
confluence.tutorial.soy.templates.value = Value
The above keys are used in the Soy template. For example:
{getText('confluence.tutorial.soy.templates.intro')}
Additionally, add a reference the resource file in the atlassian-plugin.xml
file – add this line of code above the <web-resource>
code block:
<resource type="i18n" name="i18n" location="confluence-tutorial-soy-templates" />
This accesses your confluence-tutorial-soy-templates.properties
file and retrieves the text for our button label.
If you would like to know more about internationalisation, see the Confluence documentation on the topic.
Go to the root directory in your plugin project – this is the directory that contains the pom.xml
file. Type the atlas-run command, to compile the plugin project and then launch a local instance of Confluence.
Once Confluence has loaded:
http://localhost:1990/confluence/
Each page will now have a table above the page content, containing a selection of metadata – this has been rendered client-side using Soy templates.
:) Congratulations, you have completed this tutorial.
The above post is a tutorial I wrote for the last Atlassian Doc Sprint. It is mirrored and maintained on the Atlassian Developers website.


{{ cube_model.label }} Change dataset {% for cube in cubes.values|dictsort:"name" %} {% if cube.model.dimensions.item %} {{ cube.model.label }} {% endif %} {% endfor %} Note: A value of "·" indicates no amount has been submitted by the municipality. × Breakdown values by which Government Functions?


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Generate signal based on entered type frequency and other parameters.
More...
|
| void | generate_signal (uint8_t *frame_buffer, uint8_t type, uint16_t freq, float tim_set, uint8_t multiplier) |
| | Signal Buffer filling function. More...
|
| |
| void | update_disp (uint8_t type, uint16_t frequency, uint8_t multiplier) |
| | Display updating function. More...
|
| |
| void | send_uart (uint8_t type, uint16_t frequency) |
| | UART send current state function. More...
|
| |
| void | return_wvftype (char text[], uint8_t type) |
| | Return generated function name function. More...
|
| |
Generate signal based on entered type frequency and other parameters.
This library generates signals from LUTs or using formulas. The available waveforms are: Sine, positive ramp, negative ramp, triangle, square, ECG or DTMF with parameter. The framebuffer is filled with corresponding data which can then be output to the output PORTX. The default output precision is of data type uint8_t
- Note
- Uses Peter Fleurys libraries for LCD and UART communication
- Author
- Jiri Vitous
◆ generate_signal()
| void generate_signal |
( |
uint8_t * |
frame_buffer, |
|
|
uint8_t |
type, |
|
|
uint16_t |
freq, |
|
|
float |
tim_set, |
|
|
uint8_t |
multiplier |
|
) |
| |
Signal Buffer filling function.
- Parameters
-
| frame_buffer | Pointer to frame buffer vector |
| type | button pressed (later decoded by type_map) |
| freq | frequency of output signal in Hz should be in range 100-2000 Hz for default setting |
| tim_set | Timer set ovf period, to calculate active frame buffer size |
| multiplier | Extra parameter for DTMF describes the ratio of two generated sine waves |
- Returns
- none
Definition at line 107 of file Sig_gen.c.
◆ return_wvftype()
| void return_wvftype |
( |
char |
text[], |
|
|
uint8_t |
type |
|
) |
| |
Return generated function name function.
- Parameters
-
| text | empty char array where to store the wvf. name |
| type | button pressed |
- Returns
- none
Definition at line 255 of file Sig_gen.c.
◆ send_uart()
| void send_uart |
( |
uint8_t |
type, |
|
|
uint16_t |
frequency |
|
) |
| |
UART send current state function.
- Parameters
-
| type | Button pressed |
| frequency | Frequency of output signal in Hz should be in range 100-2000 Hz for default setting |
- Returns
- none
Definition at line 240 of file Sig_gen.c.
◆ update_disp()
| void update_disp |
( |
uint8_t |
type, |
|
|
uint16_t |
frequency, |
|
|
uint8_t |
multiplier |
|
) |
| |
Display updating function.
- Parameters
-
| type | Button pressed |
| frequency | Frequency of output signal in Hz should be in range 100-2000 Hz for default setting |
| multiplier | Extra parameter for DTMF describes the ratio of two generated sine waves |
- Returns
- none
Definition at line 309 of file Sig_gen.c.


QWebEngineCookieStore Class
The QWebEngineCookieStore class provides access to Chromium's cookies. More...
| Header: | #include <QWebEngineCookieStore> |
| Since: | Qt 5.6 |
| Inherits: | QObject |
Public Functions
| virtual | ~QWebEngineCookieStore() |
| void | deleteAllCookies() |
| void | deleteCookie(const QNetworkCookie &cookie, const QUrl &origin = QUrl()) |
| void | deleteSessionCookies() |
| void | loadAllCookies() |
| void | setCookie(const QNetworkCookie &cookie, const QUrl &origin = QUrl()) |
- 32 public functions inherited from QObject
Signals
| void | cookieAdded(const QNetworkCookie &cookie) |
| void | cookieRemoved(const QNetworkCookie &cookie) |
- 2 signals inherited from QObject
Additional Inherited Members
- 1 property inherited from QObject
- 1 public slot inherited from QObject
- 1 public variable inherited from QObject
- 10 static public members inherited from QObject
- 9 protected functions inherited from QObject
- 2 protected variables inherited from QObject
Detailed Description
The QWebEngineCookieStore class provides access to Chromium's cookies.
The class allows to access HTTP cookies of Chromium for a specific profile. It can be used to synchronize cookies of Chromium and the QNetworkAccessManager, as well as to set, delete, and intercept cookies during navigation. Because cookie operations are asynchronous, the user can choose to provide a callback function to get notified about the success of the operation. The signal handlers for removal and addition should not be used to execute heavy tasks, because they might block the IO thread in case of a blocking connection.
Use QWebEngineProfile::cookieStore() and QQuickWebEngineProfile::cookieStore() to access the cookie store object for a specific profile.
Member Function Documentation
[virtual]
QWebEngineCookieStore::~QWebEngineCookieStore()
Destroys this QWebEngineCookieStore object.
[signal]
void QWebEngineCookieStore::cookieAdded(const QNetworkCookie &cookie)
This signal is emitted whenever a new cookie is added to the cookie store.
[signal]
void QWebEngineCookieStore::cookieRemoved(const QNetworkCookie &cookie)
This signal is emitted whenever a cookie is deleted from the cookie store.
void QWebEngineCookieStore::deleteAllCookies()
Deletes all the cookies in the cookie store.
Note: This operation is asynchronous.
See also loadAllCookies().
void QWebEngineCookieStore::deleteCookie(const QNetworkCookie &cookie, const QUrl &origin = QUrl())
Deletes cookie from the cookie store. It is possible to provide an optional origin URL argument to limit the scope of the cookie to be deleted.
Note: This operation is asynchronous.
void QWebEngineCookieStore::deleteSessionCookies()
Deletes all the session cookies in the cookie store. Session cookies do not have an expiration date assigned to them.
Note: This operation is asynchronous.
See also loadAllCookies().
void QWebEngineCookieStore::loadAllCookies()
Loads all the cookies into the cookie store. The cookieAdded() signal is emitted on every loaded cookie. Cookies are loaded automatically when the store gets initialized, which in most cases happens on loading the first URL. However, calling this function is useful if cookies should be listed before entering the web content.
Note: This operation is asynchronous.
void QWebEngineCookieStore::setCookie(const QNetworkCookie &cookie, const QUrl &origin = QUrl())
Adds cookie to the cookie store. It is possible to provide an optional origin URL argument to limit the scope of the cookie. The provided URL should also include the scheme.
Note: This operation is asynchronous.


:::: Saturday, September 9th, 2.00pm @ Clarendon Centre, Brighton ::::
We present a roundtable on Machine Creativity as part of the IASPM conference co-organised by the Sussex Music Department and BIMM. The idea is to set up a dialogue between researchers of machine creativity and popular music to further understanding between the respective fields. Members of the round table are:
Elaine Chew - http://www.eecs.qmul.ac.uk/~eniale/
Chew is a musician (pianist) and mathematician (operations researcher) who designs mathematical and computational tools to model, analyse, and visualise music structures: structures constructed in the process of listening, performing, composing, and improvising.
Rebecca Fiebrink - http://www.doc.gold.ac.uk/~mas01rf/Rebecca_Fiebrink_Goldsmiths
Fiebrink is an expert in machine learning and has created systems using neural networks that can quickly learn gestural and compositional styles of performers and composers.
Andrew McPherson - http://www.eecs.qmul.ac.uk/people/view/20095/dr-andrew-mcpherson
How can computer algorithms add to and shape musical performance? Can instruments learn about the performers playing them? Can they contribute to the playing? Andrew will bring the NIME (New Instruments for Musical Expression) expertise to this round-table.
Bob Sturm - http://www.eecs.qmul.ac.uk/~sturm/
Sturm’s research seeks to interrogate the “creative” and/or “intelligent” machine. Though a machine may appear creative and/or intelligent, what has it actually learned to do? How can it be changed to do what we want it to do? Sturm will discuss various approaches to answering these questions, and how such “learned machines” can provide useful assistance and inspiration to the human creator.
Thor Magnusson (chair) - http://www.sussex.ac.uk/profiles/164902
Thor Magnusson is a musician with a PhD in Computer Science and Artificial Intelligence, focusing on music software and the role of computers in musical creativity.
The abstract for our roundtable is the following:
Recent academic fields such as software studies, digital humanities, and the philosophy of technology have directed focus on big data, machine agency, and the role of algorithms in contemporary culture. We are slowly gaining a clearer understanding of the power, as well as pitfalls, of machinic involvement in daily human tasks. With machines that learn and communicate, we will see their powers used in domains that were seen as exclusively human, for example artistic creativity. However, the use of computational creativity in the domain of music is nothing new and one of the earliest computer music compositions – the Illiac Suite by Hiller and Isaacson – was composed applying Artificial Intelligence techniques.
Machine creativity in the creative process can range from minor “suggestions” in filtering or mixing, or intelligent mapping between a controller and a sound generator, to a stronger involvement where the computer aids in writing in the style of a certain genre or a composer, even composing a whole musical piece without any human involvement. This raises both technical and philosophical questions about the nature of composition, performance, and creativity in general.
This proposed round-table addresses recent developments in machine learning, musical corpus analysis, and related computational creativity techniques. The session includes specialists in machine creativity, who will present and discuss diverse aspects of how computers will be more involved in the creative process of future musical works. The panel will explore the potential of computational creativity in the musical domain, ranging from the use of AI in musical instruments, musical corpus analysis for deeper understanding and regeneration of music, and the use of AI for non-human music. The potential of semantic audio techniques will be questioned for the domains of film music, game sound and other fields where music has a specific context-aware functionality.
The round-table will also discuss the role of the listener when musical works become open for interaction. How do new computational playback devices, in the form of mobile media, enable the listener to become part of the creative process of generating the music? What do these new technologies afford to composers, and how will they use AI as part of the new compositional context?
We will be discussing questions of computuational creativity and machine learning, and hoping to open up a dialogue with specialist in popular music studies. Some of the topics discussed include:
- How is machine creativity being best applied in the field of music?
- Does machine creativity belong equally in performance and in composition/studio work?
- What is creativity? How does this concept operate in your field of research?
- Under which conditions can we declare a machine to be creative?
- What can a machine do that humans can’t?
- Is there a difference in how computational algorithms would engage with established genres vs. experimental music?
- Wherein lies the art of music making? Will it perhaps always escape the machine?
Our session will be at 1pm, on Saturday 10th of September. See full programme here.
The header image of this post is Al-Jazari’s Diagram of a hydropowered perpetual flute from The Book of Knowledge of Ingenious Mechanical Devices from 1206. From Wikimedia Commons


Address : 198 West 21th Street, Suite 721 New York NY 10016
Phone : +88013023-7XXXX
Email<EMAIL_ADDRESS>Website : nothing.com
Copyright ©2021 All rights reserved | This template is made with by Mohammadullah Jewel


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XFVRPOptImpBase
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Current Unix Timestamp
Current Local Time
Current UTC Time
Timestamp to Human date
GMT:
Your time zone:
Year
Month
Date
Hours
Minutes
Seconds
Time Zone
01 - January
02 - February
03 - March
04 - April
05 - May
06 - June
07 - July
08 - August
09 - September
10 - October
11 - November
12 - December
Local
GMT
Convert
Converted epoch timestamp in seconds:


5 Example: Including an external chapter
5.1 Introduction
Many people think that there is a relationship between a cat’s height and how much salt it consumes.
5.2 Methods
include_graphics(str_c(params$other_path, "figures/cat.jpg"))
This cat came up with all of the methods for this paper.


You can initialise the modal in just a few steps. Only your Merchant ID and your API-Key are needed to continue.
The merchant id and the Api-Key can be found in the Payengine Merchant Center under "My Account".
To perform a request a base64 encoded version of "MerchantID:APIKey" is needed. Use your own generator, or change the fields below and use the "generate" button.
| # | Field | Value | |
|---|---|---|---|
| 1 | Merchant ID | ||
| 2 | Api-Key | ||
| 3 | base64 |


§323F-23 Exemption from taxation. The corporation and each regional system board shall be exempt from paying any:
(1) Assessments levied by any county; and
(2) State taxes of any kind. [L 1996, c 262, pt of §2; am L 2007, c 290, §32]


Please wait while courses are being downloaded
Once done you are going to be redirected to the previous page


Ulysses is a modernist novel by Irish writer James Joyce. It was first serialised in parts in the American journal The Little Review from March 1918 to December 1920 and then published in its entirety in Paris by Sylvia Beach on 2 February 1922, Joyce's 40th birthday. It is considered one of the most important works of modernist literature and has been called "a demonstration and summation of the entire movement." According to Declan Kiberd, "Before Joyce, no writer of fiction had so foregrounded the process of thinking". Ulysses chronicles the peripatetic appointments and encounters of Leopold Bloom in Dublin in the course of an ordinary day, 16 June 1904. Ulysses is the Latinised name of Odysseus, the hero of Homer's epic poem the Odyssey, and the novel establishes a series of parallels between the poem and the novel, with structural correspondences between the characters and experiences of Bloom and Odysseus, Molly Bloom and Penelope, and Stephen Dedalus and Telemachus, in addition to events and themes of the early 20th-century context of modernism, Dublin, and Ireland's relationship to Britain. The novel is highly allusive and also imitates the styles of different periods of English literature.


Hello Programmers,
We are living in the era of functional programming. Gone are the days when we used to model object and functions together and building the program using object-oriented technique but still we are left with the necessities of design pattern and management of code in modules when it comes to object-oriented programming. There are many functional programming languages which are coming every day but Scala is very old of them. Since Scala has come in the mainstream, many languages like Java, kotlin, Javascript are influenced by it and taken the same face as Scala has. They have functions, lambdas, closures etc. But Scala comes with a strong type system and with a lot of functional patterns inbuilt. So we will see what is functional programming and how we do it in Scala.
Unlike object-oriented Functional programming decouples object behavior from its state and functions are usable across the domains without creating objects. So functional programming is influenced by below aspects.
In order to understand functional programming first, we need to think about some domain. Let’s talk about Sports domain. We have various sports like cricket, tennis, rugby, football etc and we want to build a portfolio service to display their scores. First, we will model these sports as below. We are creating a base trait Sport here to identify sports of various kinds. For example, we will deal with sports Cricket, Football tennis.
trait Sport
object Football extends Sport
object Tennis extends Sport
object Cricket extends Sport
Now we will create a base trait portfolio which will be extended by different sports portfolio as given below.
trait Portfolio
case class CricketPlayerPortfolio(totalRuns: Int, totalMatches: Int, centuries: Int, halfCenturies: Int) extends Portfolio
case class TennisPlayerPortfolio(totalMatches: Int, wins: Int, lost: Int) extends Portfolio
case class FootBallPlayerPortFolio(totalMatches: Int, totalGoals: Int) extends Portfolio
Now we are done portfolios hence we will create another trait Player which will be extended by different kind of players and a portfolio store to store player’s data along with their portfolio.
trait Player {
val playerId: Int
val playerName: String
val portfolio: Portfolio
}
case class CrickePlayer(override val playerId: Int, override val playerName: String, override val portfolio: CricketPlayerPortfolio) extends Player
case class TennisPlayer(override val playerId: Int, override val playerName: String, override val portfolio: TennisPlayerPortfolio) extends Player
case class FootballPlayer(override val playerId: Int, override val playerName: String, override val portfolio: FootBallPlayerPortFolio) extends Player
object PortfolioStore {
val cricketPlayers = Seq(CrickePlayer(1, "Peterson", CricketPlayerPortfolio(10000, 300, 25, 50)),
CrickePlayer(2, "Morris", CricketPlayerPortfolio(5000, 200, 20, 30)),
CrickePlayer(3, "Mathew", CricketPlayerPortfolio(8000, 150, 25, 45)))
val fooballPlayers = Seq(FootballPlayer(1, "Bravo", FootBallPlayerPortFolio(300, 600)),
FootballPlayer(2, "Dany", FootBallPlayerPortFolio(200, 300)))
val tennisPlayers = Seq(TennisPlayer(1, "Peter", TennisPlayerPortfolio(30, 10, 20)),
TennisPlayer(2, "Bob", TennisPlayerPortfolio(25, 20, 5)),
TennisPlayer(3, "John", TennisPlayerPortfolio(120, 0, 10)))
val sportsdPlayers: Map[Sport, Seq[Player]] = Map(Cricket -> cricketPlayers, Football -> fooballPlayers,
Tennis -> tennisPlayers)
}
Till now we have dealt with the only state of the various object. In functional programming we separate object’ state and functions apart. Let’s create a service to create the portfolio of player.
object PortfolioBuilder {
def buildPortfolio(player: Player) = {
player.portfolio match {
case CricketPlayerPortfolio(totalRuns, totalMatches, centuries, halfCenturies) =>
s"""Number of Runs : $totalRuns
Number of Matches Played: $totalMatches
Number of 100s $centuries
Number of 50's : $halfCenturies"""
case TennisPlayerPortfolio(totalMatches, wins, lost) =>
s"""Number of Matches Played: $totalMatches
Win: $wins
lost: $lost"""
case FootBallPlayerPortFolio(totalMatches, totalGoals) =>
s"""Number of Matches Played: $totalMatches
Number of Goals : $totalGoals"""
}
}
}
Now we will do some functional programming over this data as given below.
object PortfolioApp extends App {
def from(sport: Sport): Seq[Player] = sportsdPlayers(sport)
def of(name: String)(seqs: Seq[Player]) = seqs.find(_.playerName == name)
def getPlayer(name : String, sport: Sport): Option[Player] = of(name)(from(sport))
println(PortfolioBuilder buildPortfolio getPlayer("Bravo", Football).get)
println(PortfolioBuilder buildPortfolio getPlayer("Peterson", Cricket).get)
println(PortfolioBuilder buildPortfolio getPlayer("Peter", Tennis).get)
//Number of Players in All domain
val totalPlayers = sportsdPlayers.values.reduceLeft(_ ++ _).length
println(s"Number of Players in All Sports $totalPlayers")
//Number of total Runs scored in Cricket
val totalRuns = sportsdPlayers(Cricket).foldLeft(0)((x, y) => y.portfolio match {
case CricketPlayerPortfolio(totalRuny, _, _, _) => x + totalRuny
case _ => 0
})
println(s"Number of total Runs scored in Cricket $totalRuns")
}
Hope new learners will find it useful. In next post we will see how we can inject dependencies using scala implicits. For any query mail us at contact@scalamill.com


| Prescription Input | |||
|---|---|---|---|
| Prescription | Interval | Dosage (mg) | |
| Results | |
|---|---|
| BNF factor: Depot | 0 |
| BNF factor: Orals | 0 |
| BNF factor: Total | 0 |
British National Formulary (BNF) factor of 1.0 is equal to 100% of recommended maximum daily dose.
Information on recommended maximum daily dosing is drawn from Maudsley's Prescribing Guidelines, 13th Ed.
Disclaimer, privacy information and recognition of development:
This tool is free to use, carries no warranty, and may change or be removed at any time, at the discretion of the development team.
By using this tool, users assume all responsibility for any potential harm which may result.
No patient identifying data is required to use this tool; no data inputted into the tool is stored or recorded.
Licencing information is available at https://github.com/kornor/kornor.github.io
Citation: Northwood K, Theodoros T, Wang N, et al. High-dose antipsychotic therapy and reflective prescribing: development of an online tool for rapid, easy calculation of antipsychotic total daily dose.
Australasian Psychiatry 2020:<PHONE_NUMBER>917080. https://doi.org/10.1177/1039856220917080


404A Admiralty Link, Singapore 751404
404A Admiralty Link
Proceed to Deck 5B, Lot 370 - 390.
Alternative car park lots if full: 370 - 390
404A Admiralty Link, Singapore 751404
404A Admiralty Link
Proceed to Deck 5B, Lot 370 - 390.
Alternative car park lots if full: 370 - 390
404A Admiralty Link, Singapore 751404
404A Admiralty Link
Proceed to Deck 5B, Lot 370 - 390.
Alternative car park lots if full: 370 - 390
404A Admiralty Link, Singapore 751404
404A Admiralty Link
Proceed to Deck 5B, Lot 370 - 390.
Alternative car park lots if full: 370 - 390
404A Admiralty Link, Singapore 751404
404A Admiralty Link
Proceed to Deck 5B, Lot 370 - 390.
Alternative car park lots if full: 370 - 390
404A Admiralty Link, Singapore 751404
404A Admiralty Link
Proceed to Deck 5B, Lot 370 - 390.
Alternative car park lots if full: 370 - 390


WONDERKIDS
Football Manager 2020 wonderkids: Celtic, Rangers and rest of Scotland’s highly-rated stars
by Ewan PatonEVERY year gamers across the world are keen to take a look at Football Manager wonderkids.
With FM20 released earlier this week, this time around will be no different.
Both Celtic and Rangers have an array of young talent either on the fringes of the first team or in the academy.
Elsewhere, other Premiership clubs are littered with starlets ready for action, with some already making their mark.
We've already highlighted who is worth more in the computer game - Alfredo Morelos or Odsonne Edouard?
But now SunSport takes a look at the best wonderkids and young talent that Scotland has to offer...
CELTIC
Daniel Arzani (on loan from Man City) - 20-years-old, RW, value: £6.7m
Karamoko Dembele - 16-years-old, ARM, value: £2.5m
Luca Connell - 18-years-old, LW, value: £257K
Jonathan Afolabi - 19-years-old, ST, value: £133K
Jeremie Frimpong - 19-years-old, RB, value: £124K
Lee O'Connor - 18-years-old, RB/CB, value: £111K
Ewan Henderson - 19-years-old, AM, value: £90K
RANGERS
Stephen Kelly (on loan at Ayr) - 19-years-old, CM, value: £45K
Josh McPake (on loan at Dundee) - 17-years-old, ST, value: £25K
Dapo Mebude - 17-years-old, ST, value: £20.5K
Jamie Barjonas - 20-years-old, CM, value: £20K
Nathan Young-Combes - 16-years-old, AM, value: £14K
Kane Ritchie-Hosler - 16-years-old, ST, value: £12K
Nathan Patterson - 17-years-old, RB/CB, value: £10K
HEARTS
Aaron Hickey - 17-years-old, LB/RB, value: £93K
Harry Cochrane (on loan at Dunfermline) - 18-years-old, CM, value: £44K
ABERDEEN
Ethan Ross - 17-years-old, LW, value: £67K
HAMILTON
Lewis Smith - 19-years-old, R/LW, value: £47K
Harvey St Clair (on loan from Venezia) - 20-years-old, AM, value: £171K
LIVINGSTON
Scott Tiffoney - 20-years-old, ST, value: £31K
MOTHERWELL
James Scott - 18-years-old, ST, value: £236K
ST MIRREN
Kyle Magennis - 20-years-old, M(R), value: £385K
WONDERKID SCOTS NOT IN THE PREMIERSHIP
Billy Gilmour (Chelsea) - 18-years-old, AM, value: £570K
Fraser Hornby (Everton, on loan at KV Kortrijk) - 19-years-old, ST, value: £428K
Liam Morrison (Bayern Munich) - 16-years-old, CB, value: £51K


Grand Magister Celes:
The Leaf of Oracle may be obtained by speaking with Priest Manuel in the Town of Gludio and passing the Trial of the Oracle.
You can find him within the temple in the north of Gludio. As an aside, the Gatekeeper is the fastest and easiest way to travel long distances.
Return


Log in here


This pie chart displays the distribution of each video category found within the trending section as a percentage. Each section of the pie- chart represents a proportion to the total number of videos within the trending section during the 4 month period we pulled our data from. When hovering over a specific section of the graph you are provided with the category name, the number of videos that fall under that specific category from our data, and the percentage of the whole are rounded to two decimal places that represents how frequent a particular category makes it into the trending section. We created this chart to get an idea of what videos make it onto YouTubes trending section more frequently than others.
The categories that dominated the trending section comprising of over 50% of the overall trending section were Music, Entertainment, and Sports.


User's manual available here.
Instructions :
- Select the number of input quantities.
- Change the quantity names if necessary.
- For each input quantity choose its distribution and its parameters.
- Choose the number of realizations.
- Write the definition of the output quantity in a valid R expression.
- Choose and set the correlations if necessary.
- Run the computation.
Drop configuration file here or click to upload


Context Class
Definition
Line 1055 of syntax/Primitive.cm
Inheritance
Constructors & Destructor
Member Variables
| public Parser* |
fromAlphabetic |
| public Parser* |
fromAnyChar |
| public Parser* |
fromBaseChar |
| public Parser* |
fromCasedLetter |
| public Parser* |
fromChar |
| public Parser* |
fromCharSet |
| public Parser* |
fromClosePunctuation |
| public Parser* |
fromConnectorPunctuation |
| public Parser* |
fromControl |
| public Parser* |
fromCurrencySymbol |
| public Parser* |
fromDashPunctuation |
| public Parser* |
fromDecimalNumber |
| public Parser* |
fromDigit |
| public Parser* |
fromEmpty |
| public Parser* |
fromEnclosingMark |
| public Parser* |
fromFinalPunctuation |
| public Parser* |
fromFormat |
| public Parser* |
fromGraphic |
| public Parser* |
fromHexDigit |
| public Parser* |
fromIdCont |
| public Parser* |
fromIdStart |
| public Parser* |
fromInitialPunctuation |
| public Parser* |
fromKeyword |
| public Parser* |
fromKeywordList |
| public Parser* |
fromLetter |
| public Parser* |
fromLetterNumber |
| public Parser* |
fromLineSeparator |
| public Parser* |
fromLowerLetter |
| public Parser* |
fromMark |
| public Parser* |
fromMathSymbol |
| public Parser* |
fromModifierLetter |
| public Parser* |
fromModifierSymbol |
| public Parser* |
fromNonspacingMark |
| public Parser* |
fromNumber |
| public Parser* |
fromOpenPunctuation |
| public Parser* |
fromOther |
| public Parser* |
fromOtherLetter |
| public Parser* |
fromOtherNumber |
| public Parser* |
fromOtherPunctuation |
| public Parser* |
fromOtherSymbol |
| public Parser* |
fromParagraphSeparator |
| public Parser* |
fromPrivateUse |
| public Parser* |
fromPunctuation |
| public Parser* |
fromRange |
| public Parser* |
fromSeparator |
| public Parser* |
fromSpace |
| public Parser* |
fromSpaceSeparator |
| public Parser* |
fromSpacingMark |
| public Parser* |
fromString |
| public Parser* |
fromSurrogate |
| public Parser* |
fromSymbol |
| public Parser* |
fromTitleLetter |
| public Parser* |
fromUnassigned |
| public Parser* |
fromUpperLetter |
| public Parser* |
value |
Constructor& Destructor Details
Context Constructor
public Context()
Definition
Line 1057 of syntax/Primitive.cm


Preferred team size ({{minTeamSize}} - {{maxTeamSize}}): {{size}}
Preferred tags:
- {{skill.$value}}
Team members ({{currentTeamSize}}):
Click to kick member!!
Requests received:
Click to accept member request!!


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
Stir-fried beef with rich black bean sauce and noodles - who can even think of phoning the takeaway?
For the beef, place the beef strips into a bowl and add the light soy sauce, rice wine and cornflour and mix well. Leave to marinate for 10-20 minutes.
Heat a wok until very hot and then pour in the oil.
Add the marinated beef and stir-fry for one minute, or until browned all over. Remove the beef with a slotted spoon and set aside.
Add the onions to the wok and stir-fry for 1-2 minutes
Pour in the water and cook for three minutes.
Drain off the juices collected from the beef and add to the wok.
Add the oyster sauce and stir for a minute then return the beef to the wok and add the mint leaves. Continue to stir-fry for one minute then remove from the heat.
For the noodles, soak the noodles in a large bowl of warm water for 15 minutes. When they are soft, drain them and discard the water.
Cut the noodles into 7.5cm/3 in lengths.
Heat a clean wok until hot, then add the groundnut oil. When it is very hot and slightly smoking, add the black beans, spring onions, garlic and ginger and stir fry quickly for 15 seconds.
Add the carrots and stir fry for two minutes.
Add the bean curd and Chinese flowering cabbage or pak choi and carefully mix together without breaking up the bean curd.
Add all of the remaining ingredients, except the sesame oil and cook the mixture over a gentle heat for about two minutes.
Now add the drained noodles and sesame oil and cook for a further three minutes.
To serve, ladle some of the noodles and sauce into individual bowls or into one large serving bowl. Place the stir fried beef alongside, garnish with the spring onion and serve at once.


by xtfc
A fresh approach to managing common development tasks like running tests, checking code quality, or building documentation.
Mold is heavily built around a few core ideas:


libpng12-config(1) Debian GNU/Linux libpng12-config(1) NAME libpng12-config - get information about installed libpng library SYNOPSIS libpng12-config [OPTION] ... DESCRIPTION Provides information about libpng library. Known values for OPTION are: --prefix print libpng prefix --libdir print path to directory containing library --libs print library linking information --ccopts print compiler options --cppflags print pre-processor flags --cflags print preprocessor flags, I_opts, and compiler options --I_opts print "-I" include options --L_opts print linker "-L" flags for dynamic linking --R_opts print dynamic linker "-R" or "-rpath" flags --ldopts print linker options --ldflags print linker flags (ldopts, L_opts, R_opts, and libs) --static revise subsequent outputs for static linking --help print this help and exit --version print version information AUTHOR This manpage has been written by Junichi Uekawa<EMAIL_ADDRESS>for Debian GNU/Linux system, with the help of help2man, and may be used by others. libpng 15 Jan 2003 libpng12-config(1)


Allows user to create and manage models.
More...
#include <Model.h>
|
| | Model (Vertex *vertices, unsigned int vertexCount, unsigned int *indexes, unsigned int indexCount, const char *vertexPath, const char *fragmentPath, const char *texturePath) |
| | Constructor that initalizes a model with the given vertices, indexes, shaders, and texture. More...
|
| |
|
| ~Model () |
| | Destructor that destroys the model.
|
| |
|
void | Draw () |
| | Draw function that draws the model.
|
| |
| void | SetColour (float r, float g, float b, float a) |
| | Set colour function that lets you set the colour of the model (currently not functional) More...
|
| |
| void | Translate (glm::vec3 translation) |
| | Translate function moves the model by the specified translation vector. More...
|
| |
| void | Rotate (glm::vec3 rotation) |
| | Rotation function rotates the model by the specified rotation amount. More...
|
| |
| void | SetLocation (glm::vec3 location) |
| | Set location function sets the location of the model. More...
|
| |
| void | SetRotation (glm::vec3 rotation) |
| | Set rotation function sets the rotation of the model. More...
|
| |
| void | SetScale (glm::vec3 scale) |
| | Set scale function sets the scale of the model. More...
|
| |
| glm::vec3 | GetLocation () |
| | Get location function returns the location of the model. More...
|
| |
| glm::vec3 | GetRotation () |
| | Get rotation function returns the rotation of the model. More...
|
| |
| glm::vec3 | GetScale () |
| | Get scale function returns the scale of the model. More...
|
| |
Allows user to create and manage models.
Description
The model class is used to create and manage models. It allows the user to do the following:
- Create model with vertices, indexes, shaders, textures
- Change location, rotation, and scale of the model
- Move and rotate model
◆ Model()
| Boreal::Model::Model |
( |
Vertex * |
vertices, |
|
|
unsigned int |
vertexCount, |
|
|
unsigned int * |
indexes, |
|
|
unsigned int |
indexCount, |
|
|
const char * |
vertexPath, |
|
|
const char * |
fragmentPath, |
|
|
const char * |
texturePath |
|
) |
| |
Constructor that initalizes a model with the given vertices, indexes, shaders, and texture.
- Parameters
-
| [in] | vertices | Pointer to array of vertices to be used by the model |
| [in] | vertexCount | Number of vertices in array pointed to by vertices parameter |
| [in] | indexes | Pointer to array of indexes to be used by the model |
| [in] | indexCount | Number of indexes in array pointed to by indexes parameter |
| [in] | vertexPath | Path to vertex shader to be used by the model |
| [in] | fragmentPath | Path to fragment shader to be used by the model |
| [in] | texturePath | Path to texture to be used by the model |
◆ GetLocation()
| glm::vec3 Boreal::Model::GetLocation |
( |
| ) |
|
|
inline |
Get location function returns the location of the model.
- Returns
- Returns the location of the model as a glm::vec3
◆ GetRotation()
| glm::vec3 Boreal::Model::GetRotation |
( |
| ) |
|
|
inline |
Get rotation function returns the rotation of the model.
- Returns
- Returns the rotation of the model as a glm::vec3 in degrees (Euler Angles)
◆ GetScale()
| glm::vec3 Boreal::Model::GetScale |
( |
| ) |
|
|
inline |
Get scale function returns the scale of the model.
- Returns
- Returns the scale of the model as a glm::vec3
◆ Rotate()
| void Boreal::Model::Rotate |
( |
glm::vec3 |
rotation | ) |
|
Rotation function rotates the model by the specified rotation amount.
- Parameters
-
| rotation | Vector to rotate the model by in degrees (Euler Angles) |
◆ SetColour()
| void Boreal::Model::SetColour |
( |
float |
r, |
|
|
float |
g, |
|
|
float |
b, |
|
|
float |
a |
|
) |
| |
Set colour function that lets you set the colour of the model (currently not functional)
- Parameters
-
| r | Red value of the colour to be set |
| g | Green value of the colour to be set |
| b | Blue value of the colour to be set |
| a | Alpha value of the colour to be set |
◆ SetLocation()
| void Boreal::Model::SetLocation |
( |
glm::vec3 |
location | ) |
|
|
inline |
Set location function sets the location of the model.
- Parameters
-
| location | Location vector to set the model location to |
◆ SetRotation()
| void Boreal::Model::SetRotation |
( |
glm::vec3 |
rotation | ) |
|
|
inline |
Set rotation function sets the rotation of the model.
- Parameters
-
| rotation | Rotation vector to set the model rotation to in degrees (Euler Angles) |
◆ SetScale()
| void Boreal::Model::SetScale |
( |
glm::vec3 |
scale | ) |
|
|
inline |
Set scale function sets the scale of the model.
- Parameters
-
| scale | Scale vector to set the model scale to |
◆ Translate()
| void Boreal::Model::Translate |
( |
glm::vec3 |
translation | ) |
|
Translate function moves the model by the specified translation vector.
- Parameters
-
| translation | Vector to translate the position of the model by |
The documentation for this class was generated from the following files:


Thought at Work is an industrial and interaction design student conference to be held Oct 18-20 2013 at Rochester Institute of Technology. Thought at Work will provide various presentations, workshops, panel discussions a portfolio review and a drawing competition for design students.
Regional Industrial Design Student Conference
Rochester Institute of Technology
12pm Friday Oct. 18th through Sunday Oct. 20th
Provide graduate and undergraduate students in the Northeast an opportunity to network with their peers and professionals while educating and provoking discussion about current design topics.
Our 2012 Conference had over 280 participants from eight schools, and eighteen presenters. Combining lectures, panel discussions, workshops, portfolio reviews, design galleries, and more to inspire young designers.
Our 2012 Sponsors included: Rochester Institute of Technology, Coroflot, SUIID, IDSA, RIT Student Government, Raymond Corp., Moo.com, and Keyshot.