Where To Watch Wales Vs Hungary? Irish TV Details For Euro 2020 Qualifier
by Balls TeamWales play Hungary in Cardiff on Tuesday, November 19th in a game which will probably decide who Ireland face in the Euro 2020 playoffs in March.
If Wales win, it will likely result in Ireland playing away to Slovakia in the playoff semi-finals. If the game ends in a draw and Slovakia win away to Azerbaijan, then Ireland will play Wales.
If Hungary win this evening's game, it becomes far more complex. Bosnia & Herzegovina are another possible opponent for Mick McCarthy's side.
What channel is Wales vs Hungary on?
In Ireland, you can watch the game on Virgin Media Two.
Coverage begins at 7pm.
Tommy Martin will be joined in studio by Kevin Kilbane and Brian Kerr with commentary from Gerry Armstrong and Dave McIntyre.
What times does Wales vs Hungary kick-off?
The game kicks off at 7:45pm.
It has also announced the Euro 2020 Play-Off draw will be live on Virgin Media Sport, this Friday from 11am where the Republic of Ireland’s opponents will be confirmed as well as deciding which nations will receive home advantage in the Euro 2020 Play-Off finals.
Photo by Eóin Noonan/Sportsfile


Plugins¶
-
class
tensorrt.
IUffPluginFactory
(self: tensorrt.tensorrt.IUffPluginFactory) → None¶ Plugin factory used to configure plugins.
-
create_plugin
(self: tensorrt.tensorrt.IUffPluginFactory, layer_name: str, weights: std::vector<nvinfer1::Weights, std::allocator<nvinfer1::Weights> >, field_collection: tensorrt.tensorrt.FieldCollection) → tensorrt.tensorrt.IPlugin¶ Creates a plugin.
arg layer_name: Name of layer associated with the plugin. arg weights: Weights used for the layer. arg field_collection: A collection of FieldMaps used as layer parameters for different plugin layers. Returns: The newly created IPlugin
.
-
is_plugin
(self: tensorrt.tensorrt.IUffPluginFactory, layer_name: str) → bool¶ A user implemented function that determines if a layer configuration is provided by an
IPlugin
.Parameters: layer_name – Name of the layer which the user wishes to validate. Returns: True if the the layer configuration is provided by an IPlugin
.
-
-
class
tensorrt.
IUffPluginFactoryExt
¶ Plugin factory used to configure plugins with added support for TRT versioning.
-
get_version
(self: tensorrt.tensorrt.IUffPluginFactoryExt) → int¶ Get the Tensorrt Version
-
is_plugin_ext
(self: tensorrt.tensorrt.IUffPluginFactoryExt, layer_name: str) → bool¶ A user implemented function that determines if a layer configuration is provided by an
IPluginExt
.Parameters: layer_name – Name of the layer which the user wishes to validate. Returns: True if the the layer configuration is provided by an IPluginExt
.
-


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--- layout: post title: Using Google's Closure Compiler in Phing date: '2011-09-19T17:46:00-04:00' tags: - JustMigrated - closure - javascript - phing - php tumblr_url: http://sortedaffairs.tumblr.com/post/49113588776/using-googles-closure-compiler-in-phing ---
Phing is a build tool for automating and managing php deployments. One great feature is the ability to minify your .js files during the build process. Unfortunately Phing uses jsmin to accomplish this instead of the newer, more efficient compilers like Google’s Closure Compiler.
To add minifying via Closure I created this Phing task. The API is very similar to that of jsmin, e.g.
<taskdef name="jsCompile" classname="phing.tasks.my.JsCompileTask" /> <jsCompile compilerPath="docroot/bin/compiler.jar" targetPath="docroot/script/minified" failOnError="false"> <fileset dir="docroot/script"> <include name="**/*.js"/> </fileset> </jsCompile>
Happy Phinging!


*Due to the lack of data available, not all of the
information represented here is accurate.
AFFECTED COUNTRIES


DA A film review by Jeff Meyer Copyright 1988 Jeff Meyer
See at the Seattle Film Festival: DA (USA, 1988) Director: Matt Clark Screenwriter: Hugh Leonard, from his play Cast: Martin Sheen, Barnard Hughes, William Hickey
Martin Sheen's character is a popular New York playwright in the middle of preparations for an opening night performance. One morning, he receives a long-distance call from Ireland; his father, affectionately named "Da" by Sheen, has died. Sheen flies back to attend the wake and take care of arranging his father's business affairs. Then, in a rather matter-of-fact manner, Sheen begins to see his deceased rapscallion of a father (Hughes) wandering around the house. The rest of the film is taken up with conversations between Hughes and Sheen; sometimes there are flashbacks, sometimes Sheen appears (and converses) with his earlier self. It's basically a stage play adapted to film (very well, mind you) where two men become familiar with one another after many years, even though one of them is dead.
On a film like this, you have to grade on acting and script, because plot is really not there for the majority of DA -- it's just two men talking. And the script is good, though not particularly funny or touching. It's comfortable: you can watch it and have your attention held, but it leaves plenty of room on the back burner of the brain for other things. Hughes' acting is rather like that, too: comfortable. He's playing the old Irish rapscallion with just the right amount of blarney; he never really tries to be more than a codger. Sheen, on the other hand, has to attempt jumping from an adult to a sometimes-reminiscing child in an adult's body; he doesn't do very well with the latter. The really standout performance is William Hickey as a financier in the village who took young Sheen under his arm, and was a marked contrast from Sheen's anarchist father; Hickey also gets all the best lines (with his scratchy voice and shrunken face, he walks off with some wonderful bits during his short appearances).
But generally, you're left with Hughes and Sheen, and while that isn't objectionable, it isn't enough. Rating: Not bad, but I'd rather wait for it appear on TV, and even then I think I'd read a book instead.
Moriarty, aka Jeff Meyer INTERNET<EMAIL_ADDRESS>Manual UUCP: {uw-beaver, sun, microsoft}!fluke!moriarty
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


|
Panda3D
|
This class provides an implementation of Perlin noise for 3 variables. More...
Public Member Functions | |
| __init__ () | |
| Randomizes the tables to make a unique noise function. More... | |
| __init__ (const PerlinNoise3 copy) | |
| Makes an exact copy of the existing PerlinNoise object, including its random seed. More... | |
| __init__ (double sx, double sy, double sz, int table_size, unsigned long int seed) | |
| Randomizes the tables to make a unique noise function. More... | |
| double | noise (const LVecBase3d value) |
| Returns the noise function of the three inputs. More... | |
| float | noise (const LVecBase3f value) |
| Returns the noise function of the three inputs. More... | |
| double | noise (double x, double y, double z) |
| Returns the noise function of the three inputs. More... | |
| double | operator() (const LVecBase3d value) |
| float | operator() (const LVecBase3f value) |
| double | operator() (double x, double y, double z) |
| PerlinNoise3 | operator= (const PerlinNoise3 copy) |
| setScale (const LVecBase3d scale) | |
| Changes the scale (frequency) of the noise. More... | |
| setScale (const LVecBase3f scale) | |
| Changes the scale (frequency) of the noise. More... | |
| setScale (double scale) | |
| Changes the scale (frequency) of the noise. More... | |
| setScale (double sx, double sy, double sz) | |
| Changes the scale (frequency) of the noise. More... | |
| Public Member Functions inherited from PerlinNoise | |
| unsigned long int | getSeed () |
| Returns a unique seed value based on the seed value passed to this PerlinNoise object (and on its current state). More... | |
This class provides an implementation of Perlin noise for 3 variables.
This code is loosely based on the reference implementation at http://mrl.nyu.edu/~perlin/noise/ .
| __init__ | ( | ) |
Randomizes the tables to make a unique noise function.
Uses a default scale (noise frequency), table size, and seed.
| __init__ | ( | const PerlinNoise3 | copy | ) |
Makes an exact copy of the existing PerlinNoise object, including its random seed.
| __init__ | ( | double | sx, |
| double | sy, | ||
| double | sz, | ||
| int | table_size, | ||
| unsigned long int | seed | ||
| ) |
Randomizes the tables to make a unique noise function.
If seed is nonzero, it is used to define the tables; if it is zero a random seed is generated.
| double noise | ( | const LVecBase3d | value | ) |
Returns the noise function of the three inputs.
| float noise | ( | const LVecBase3f | value | ) |
Returns the noise function of the three inputs.
| double noise | ( | double | x, |
| double | y, | ||
| double | z | ||
| ) |
Returns the noise function of the three inputs.
| double operator() | ( | const LVecBase3d | value | ) |
| float operator() | ( | const LVecBase3f | value | ) |
| double operator() | ( | double | x, |
| double | y, | ||
| double | z | ||
| ) |
| PerlinNoise3 operator= | ( | const PerlinNoise3 | copy | ) |
| setScale | ( | const LVecBase3d | scale | ) |
Changes the scale (frequency) of the noise.
| setScale | ( | const LVecBase3f | scale | ) |
Changes the scale (frequency) of the noise.
| setScale | ( | double | scale | ) |
Changes the scale (frequency) of the noise.
| setScale | ( | double | sx, |
| double | sy, | ||
| double | sz | ||
| ) |
Changes the scale (frequency) of the noise.


Batik SVG Toolkit
Overview
Batik is a Java-based toolkit for applications or applets that want to use images in the Scalable Vector Graphics (SVG) format for various purposes, such as display, generation or manipulation.
The project’s ambition is to give developers a set of core modules that can be used together or individually to support specific SVG solutions. Examples of modules are the SVG Parser, the SVG Generator and the SVG DOM. Another ambition for the Batik project is to make it highly extensible—for example, Batik allows the developer to handle custom SVG elements. Even though the goal of the project is to provide a set of core modules, one of the deliverables is a full fledged SVG browser implementation which validates the various modules and their inter-operability.
What Batik can be used for
With Batik, you can manipulate SVG documents anywhere Java is available. You can also use the various Batik modules to generate, manipulate and transcode SVG images in your applications or applets.
Batik makes it easy for Java based applications or applets to deal with SVG content. For example, using Batik’s SVG generator module, a Java application or applet can very easily export its graphics into the SVG format. Using Batik’s SVG viewing component, an application or applet can very easily integrate SVG viewing and interaction capabilities. Another possibility is to use Batik’s modules to convert SVG to various formats, such as raster images (JPEG, PNG or TIFF) or other vector formats (WMF or PDF, the latter two due to the transcoder provided by Apache FOP).
The Batik toolkit includes the following:
Modules
- An SVG DOM implementation
- A set of SVG microsyntax parsers
- A scripting module
- A generator that creates an SVG document from Java2D calls
- A Swing SVG component
- A transcoder module
Tools and applications
- Squiggle, an SVG browser
- An SVG rasterizer
- A TTF to SVG converter
- A pretty printer for SVG source files
See examples of projects and products using Batik for real-life example of how Batik is already integrated in projects and products.
The SVG specification
Scalable Vector Graphics, SVG, is a W3C Recommendation. It defines an XML grammar for rich 2D graphics which includes features such as transparency, arbitrary geometry, filter effects (shadows, lighting effects, etc.), scripting and animation.
The SVG specification states:
This specification defines the features and syntax for Scalable Vector Graphics (SVG). SVG is a language for describing two-dimensional graphics in XML [XML10]. SVG allows for three types of graphic objects: vector graphic shapes (e.g., paths consisting of straight lines and curves), images and text. Graphical objects can be grouped, styled, transformed and composited into previously rendered objects. The feature set includes nested transformations, clipping paths, alpha masks, filter effects and template objects.
SVG documents can be interactive and dynamic. Animations can be defined and triggered either declaratively (i.e., by embedding SVG animation elements in SVG content) or via scripting.
Implementation status
The latest revision of Batik, release 1.6, is a conformant static SVG implementation and supports interactivity, linking and scripting features of the SVG specification. The Batik project does not currently support declarative animation, however work is currently underway to add it.
See the status page for a detailed description of the set of SVG features Batik supports.
Download Batik
You can get the Batik distribution, source and binary, from the download page.
This is a warning that a script security issue was reported in the Batik Squiggle browser. Squiggle uses the Rhino scripting engine and some features of that engine can be leveraged by malicious scripts to gain access to otherwise protected resources (like the file system). This issue was fixed in the 1.5.1 release of Batik. If you are using a version of Batik older than 1.5.1, you should upgrade.


Goals available for this plugin:
| Goal | Report? | Description |
|---|---|---|
| scalor:clean | No | Clean project cache resources for all compilation scopes. Invokes goals: clean-* |
| scalor:clean-macro | No | Clean project cache resources for compilation scope=macro. A member of goal=clean. |
| scalor:clean-main | No | Clean project cache resources for compilation scope=main. A member of goal=clean. |
| scalor:clean-test | No | Clean project cache resources for compilation scope=test. A member of goal=clean. |
| scalor:compile | No | Compile Java and Scala sources in all compilation scopes. Invokes goals: compile-* |
| scalor:compile-macro | No | Compile Java and Scala sources in compilation scope=macro. A member of goal=compile. |
| scalor:compile-main | No | Compile Java and Scala sources in compilation scope=main. A member of goal=compile. |
| scalor:compile-test | No | Compile Java and Scala sources in compilation scope=test. A member of goal=compile. |
| scalor:eclipse-config | No | Install companion Eclipse plugin provided by this Maven plugin when running under Eclipse/M2E. |
| scalor:eclipse-format | No | Transfer source format settings from Maven to Eclipse. Requires goal=eclipse-config. |
| scalor:eclipse-prescomp | No | Manage Scala IDE Scala presentation compiler work-around process in Eclipse/M2E. Requires goal=eclipse-config. |
| scalor:eclipse-restart | No | Manage test application process restart after full or incremental build in Eclipse/M2E. Requires goal=eclipse-config. |
| scalor:format | No | Format sources for all compilation scopes. Invokes goals: format-* |
| scalor:format-macro | No | Format sources for compilation scope=macro. A member of goal=format. |
| scalor:format-main | No | Format sources for compilation scope=main. A member of goal=format. |
| scalor:format-test | No | Format sources for compilation scope=test. A member of goal=format. |
| scalor:register | No | Register sources for all compilation scopes. Invokes goals: register-* |
| scalor:register-macro | No | Register Java, Scala, resource root folders for compilation scope=macro. A member of goal=register. |
| scalor:register-main | No | Register Java, Scala, resource root folders for compilation scope=main. A member of goal=register. |
| scalor:register-test | No | Register Java, Scala, resource root folders for compilation scope=test. A member of goal=register. |
| scalor:report | Yes | Produce Scaladoc site report for all compilation scopes. Invokes goals: report-* |
| scalor:report-main | Yes | Produce Scaladoc site report for compilation scope=[macro,main]. A member of goal=report. |
| scalor:report-test | Yes | Produce Scaladoc site report for compilation scope=[test]. A member of goal=report. |
| scalor:scala-js-env-conf-nodejs | No | Configure Scala.js JavaScript VM environment for testing: provide scala-js-junit-tools settings for Node.js. |
| scalor:scala-js-env-conf-phantomjs | No | Configure Scala.js JavaScript VM environment for testing: provide scala-js-junit-tools settings for Phantom.js. |
| scalor:scala-js-env-prov-nodejs | No | Provision Scala.js JavaScript VM environment for testing: install Node.js binary and NPM modules. |
| scalor:scala-js-env-prov-phantomjs | No | Provision Scala.js JavaScript VM environment for testing: install Phantom.js binary. |
| scalor:scala-js-env-prov-webjars | No | Provision Scala.js JavaScript VM environment for testing: install Webjars resources discovered from build classpath. |
| scalor:scala-js-link | No | Generate Scala.js runtime JavaScript for all scopes. Invokes goals: scala-js-link-*. |
| scalor:scala-js-link-main | No | Generate Scala.js runtime JavaScript for scope=main. Provides incremental linking in M2E. A member of goal=scala-js-link. |
| scalor:scala-js-link-test | No | Generate Scala.js runtime JavaScript for scope=test. Provides incremental linking in M2E. A member of goal=scala-js-link. |
| scalor:scala-native-link | No | Generate Scala.native runtime binary for all scopes. Invokes goals: scala-native-link-*. |
| scalor:scala-native-link-main | No | Generate Scala.native runtime binary for scope=main. Provides incremental linking in M2E. A member of goal=scala-native-link. |
| scalor:scala-native-link-test | No | Generate Scala.native runtime binary for scope=test. Provides incremental linking in M2E. A member of goal=scala-native-link. |
| scalor:scala-native-pack | No | Package Scala.native runtime artifact for all scopes. Invokes goals: scala-native-pack-*. |
| scalor:scala-native-pack-main | No | Package Scala.native runtime artifact for scope=main. A member of goal=scala-native-pack. |
| scalor:scala-native-pack-test | No | Package Scala.native runtime artifact for scope=test. A member of goal=scala-native-pack. |
| scalor:scaladoc | No | Produce project Scaladoc artifact for all compilation scopes. Invokes goals: scaladoc-*. |
| scalor:scaladoc-macro | No | Produce project Scaladoc artifact for compilation scope=macro. A member of goal=scaladoc. |
| scalor:scaladoc-main | No | Produce project Scaladoc artifact for compilation scope=main. A member of goal=scaladoc. |
| scalor:scaladoc-test | No | Produce project Scaladoc artifact for compilation scope=test. A member of goal=scaladoc. |
| scalor:setup-cross | No | Setup module structure for Scala cross version build. Produce folders and symbolic links. |
The following specifies the minimum requirements to run this Maven plugin:
| Maven | 3.5 |
| JDK | 1.8 |
| Memory | No minimum requirement. |
| Disk Space | No minimum requirement. |
You should specify the version in your project's plugin configuration:
<project> ... <build> <!-- To define the plugin version in your parent POM --> <pluginManagement> <plugins> <plugin> <groupId>com.carrotgarden.maven</groupId> <artifactId>scalor-maven-plugin_2.12</artifactId> <version><IP_ADDRESS>90502181145</version> </plugin> ... </plugins> </pluginManagement> <!-- To use the plugin goals in your POM or parent POM --> <plugins> <plugin> <groupId>com.carrotgarden.maven</groupId> <artifactId>scalor-maven-plugin_2.12</artifactId> <version><IP_ADDRESS>90502181145</version> </plugin> ... </plugins> </build> ... <!-- To use the report goals in your POM or parent POM --> <reporting> <plugins> <plugin> <groupId>com.carrotgarden.maven</groupId> <artifactId>scalor-maven-plugin_2.12</artifactId> <version><IP_ADDRESS>90502181145</version> </plugin> ... </plugins> </reporting> ... </project>
For more information, see "Guide to Configuring Plug-ins"


The other day, my wife and I were settling in to dig through our Hulu Plus queue. What started out as a grand TV binge-a-thon, however, quickly turned into frustration: each show would play for about 5 seconds, buffer anywhere from 20-30 seconds, then repeat.
I ran the usual gamut of test/support steps:
- Checked my internet speed via speedtest.net (using the same wired connection that my Samsung Smart TV uses). 56 Mbps down, 30 Mbps up, 16 ms ping. Far beyond what would be necessary for this type of venture.
- Called Hulu Support; received a healthy amount of, “Hmm, we’re not sure, but we’ll credit your account one month.” Nice, but not what I needed.
- Tested the cabling from the TV to the router (a Cisco E1000 v.1 running DD-WRT). Smooth and running fine.
Despite all of these (rather obvious) measures, more and more stuttering. Frustrating, frustrating, frustrating. I hunted around the internet, but couldn’t find anything having to do with solid, reliable stutter-removal advice for Hulu.
TL;DR
Using DD-WRT, it is possible to re-reroute the DNS servers for specific hosts on a network.
The Setup
So, given that Hulu wasn’t reliably the source of the problem, I turned to the idea that something in DD-WRT – our router’s killer alternate firmware – was involved (or that DD-WRT might contain something that would help).
Blessedly, I eventually landed on this page at the DD-WRT wiki: Netflix streaming, pausing every 30 seconds, wired. Of particular note was the comment left by Luniz2k1, one of DD-WRT’s gurus:
the use of OpenDNS instead of your local ISP’s DNS has a very big impact on web site performance. Major sites and media companies uses content delivery network. If you used openDNS to lookup sites like www.apple.com, you will get faraway IP addresses compared to using your ISP’s DNS. As a result, downloads and videos are slower.
Interesting. We do, indeed, use OpenDNS for content filtering (and do so in a rather hardcore fashion at the router level via DD-WRT, per this guide – of particular note, we use DD-WRT to enforce OpenDNS’s servers for every client on our network).
Completely out of other options, I temporarily allowed our Samsung TV to point back to our ISP’s DNS servers…
‘Lo and behold: no more stuttering. “Water in the desert” doesn’t even come close to describing my joy.
After a few moments, however, I crashed back to reality with a painful thought: I wanted to allow my Samsung TV to access our ISP’s DNS servers, but still force other clients – laptops, phones, etc. – to use OpenDNS. What’s worse, there didn’t appear to be any documentation out on the internet that described such a process.
After much toil (which I’ll leave out here), I landed on modifying my iptables (the firewall that DD-WRT uses) rules to allow for certain hosts to use certain DNS servers.
Here’s the full firewall configuration for this specific maneuver:
Allow me to describe in detail what’s occurring here:
- The first three blocks relate to the three devices that should bypass OpenDNS: our Samsung TV, a Media Center PC, and out PS3. Note that I’m referring to hostnames and not IP addresses; because many devices – like the PS3 and Samsung TV – don’t report a hostname, you can use Static Leases to enforcehostnames.
- The work is done on the PREROUTING chain (before the request is fired off).
- The redirection happens using both TCP and UDP.
- `nvram get wan_get_dns` returns back a space-delimited string of our WAN’s DNS IPs. A subsequent call to `awk` splits out the first IP.
- ALL TOLD: these rules force traffic from three specific hosts to use the first WAN DNS IP (as reported by DD-WRT).
- The last two rules follow a similar approach: they merely force all clients (really, all other clients – because iptables is a first-match-wins firewall, any non-TV/Media Center/PS3 will hit this rule) to use the router’s DNS IPs (which are set to OpenDNS).
Even though I had hoped for an easier, more supported method, I’m happy with this solution. DD-WRT Land appears “okay” with it, too: as of today, my forum post at the DD-WRT wiki has no responses, despite over 200 views. If you can think of a better way, though, I’m all ears.


{{extend 'layout.html'}}
Last Action: {{=last_action.timestamp}}
{{ pass }}| Ranking | Full Name | All Time Points | |||
|---|---|---|---|---|---|
| {{=i}} | {{=row.first_name}} {{=row.last_name}} | {{=row.all_time_points}} | {{pass}} {{ if row.user_id != student.id: }}{{=i}} | {{=row.first_name}} {{=row.last_name}} | {{=row.all_time_points}} | {{pass}}
{{=row.achievement_name}} - {{=row.achievement_description}}
{{ pass }} {{ pass }} {{ pass }}For problem sets or exams that have not been graded yet, you can enter a projected number of points for yourself, which will be combined with your actual points from graded assignments to let you project your final point total for the course.
{{=type.points()}} points earned so far; max of {{=type.points(potential=True)}}; projected {{=type.points(projected=True)}}; {{if type.assignments_dropped > 0:}}{{=type.assignments_dropped}} lowest grades dropped{{pass}}
{{for row in type.assignments:}}You spent {{= "%.1f" % (time/60.0)}} minutes on these activities, {{= "%.1f" % (preclass_time/60.0)}} minutes before the class.
You completed {{=len(completed_problems)}} activities, {{=len(preclass_completed_problems)}} before the class.
You needed {{=row.db_row.threshold}} activities before the class session to get credit for the assignment.
{{ pass }}{{=problem.comment}}
{{pass}}


10.2-inch iPad 7 Hits $249.99 on Amazon and We’re Going Crazy Over it [Black Friday Week Deal]
by Uzair GhaniYesterday's $279.99 price drop wasn't enough it seems as Apple has set a new bar, bringing the price down to just $249 for the new iPad 7.
10.2-inch iPad 7 Hits an All-Time Low of $249.99, Making Every Other Tablet Deal Look Bad
Even without any sort of discount applied, the iPad 7 is insane value for money. You get access to millions of apps, a buttery smooth OS experience thanks to iPadOS, and of course, a tablet that can potentially replace your laptop. All of this for just $329.
It seems as though Apple wants to put its latest iPad 7 tablet in the hands of every single person out there. Therefore, it is now selling its new 10.2-inch display tablet for a price of just $249.99. Yes, that's right, you can save $79 on this already low-priced tablet. What a weird world we live in.
Here's what you get for the price:
10. 2-inch Retina display
A10 Fusion chip
Touch ID fingerprint sensor
8MP back camera, 1. 2MP FaceTime HD front camera
Stereo speakers
802. 11ac Wi-Fi
Up to 10 hours of battery life
Lightning connector for charging and accessories
Support for Smart Keyboard and Apple Pencil
The one thing that sets this iPad apart from the iPad 5 and iPad 6 is the inclusion of a slightly larger 10.2-inch display and a Smart Connecter for connecting Apple's very own Smart Keyboard accessory. With support for the original Apple Pencil, this tablet is almost invincible when it comes to churning out something creative.
Buy New Apple iPad (10.2-Inch, Wi-Fi, 32GB) - Space Gray (Latest Model) - Was $329, now just $249
You can find more deals below:


In the far 1987 I started to be computer literate, that’s more than half of my life age and for most of that time I’ve been engaged working on and with computer.
“Kvazar’ computer center which I will always remember - your black-green eye monitors, plotters which could be equivalent to today’s small apartment and their disc drives - which could only be used by heave them together.
But then I fell in love with it! This was a love for life. It was with these i received my higher degree in education and subsequent related jobs. Hundred of projects, thousands of miles crossed, great cities that were visited and with thousands of people met and communicated with.
I like to meet and communicate with people, this gives me better understanding of their needs, their thinking, their experience and to at last understand what they wanted of me which i in returns, I pass back to them ideas and experience.
And yet, every new project is like meeting with new personalities, experiences and persuasions with new ‘map of reality’. comparing and matching of new challenges - that’s the real quest!
For these reasons, I prefer to work on a “turn-key” projects. Where I could see the results of my labour and satisfaction on the face of my customers. That inspires and it helps.
The final results sometimes come out to be very different from the initial goals with a more than an half margin. but I’m absolutely sure that after severe discussions, explanations, and sometimes arguments the customers will at the end get a PROJECT within “ margin of safety”
Sometimes after completion of a new project, I ask myself - if there is anything else that I could have done better?
And that gives a call that the next project must be taken care of better that the previous one.
I am looking for an interesting job on the Front-end developer position in the creative team of a stable company, with the opportunity to learn new technologies and improve my existing skills.
What can I do for you in return?
But above all, I’m sure you’ll find I have enough knowledge for make fully responsive, optimized, pixel-perfect, cross-browser website!
Information Systems and Technologies Faculty
M. Sc in Cyber Economics. • Aug 2000 - May 2006
Degree work: “Provision of analytical Information of administrative activity on enterprises”. (The degree theme - personally implemented project).
May 2015 — till present time
Build a websites from scratch:
May 2014 — till present time
June 2009 — May 2014
ITC Telecom (Israel). Office in Ukraine.
"Intelitek" ("Robotec Technologies Group", USA / Israel).
Telecommunications and information networks optimization project;
Telecommunications and network security consulting;
If you made a decision to create or redesign web-site, internet-shop or portal than I will realize your ideas with a great pleasure.
What can I get for you today?
More then 20+ year experience in IT consulting and system integration projects. I am interested in IT and everything in its orbit.
A few years ago I began to be fascinated by web programming, e.g. building websites from scratch.
Using my good skill in self-learning I gained experience of working in as a freelance front-end developer.
I am keen to gain more experience in the field. For this reason, I am looking for a company willing to offer me a placement among their developers. In return, I would offer my full commitment, and be a pleasant and friendly addition to your team. I am therefore currently looking for a job or an internship as a front-end developer.
Innovative optimized solution seeker. Excited to be at the deployment phase of my new career as a web developer. I am ambitious, adventurous, assiduous and an animated.
I have excellent communication skills, drive to learn new skills and technologies, as well as ability to learn quickly.
Without a doubt - thoroughly I do not know any technology. BUT! I can read documentation and use search engines ... On my own!)))
HTML5
CSS3
JS
VueJS
Quasar
Angular 2+
jQery
AJAX
Flexbox
CSS Grid
SASS/SCSS
Bootstrap3+
MaterializeCSS
MODX Revo
Jekyll
October CMS
WordPress
PHP 5+
npm
Gulp
Webpack
*) Actually, I don't like the idea as for skills transformed into graphs, but it's still a trend...
Some of projects.
Feel free to shout me by feeling the contact form or visiting my social network sites.


GHViewTestCase Class Reference
| Inherits from | GHTestCase : NSObject |
| Declared in | GHViewTestCase.h GHViewTestCase.m |
Overview
View verification test case.
Supports GHVerifyView, which renders a view and compares it against a saved image from a previous test run.
@interface MyViewTest : GHViewTestCase { }
@end
@implementation MyViewTest
- (void)testMyView {
MyView *myView = [[MyView alloc] initWithFrame:CGRectMake(0, 0, 100, 100)];
GHVerifyView(myView);
}
@end
In order to record results across test runs, the PrepareUITests.sh script needs to be run as a build step. This script copies any test images (saved locally in $PROJECT_DIR/TestImages) to the app bundle so that calls to GHVerifyView have images from previous runs with which to compare.
After changes to views are approved in the simulator, the CopyTestImages.sh script should be run manually in Terminal. This script copies any approved view changes back to the project directory. Images are saved with filenames of the following format:
[test class name]-[test selector name][UIScreen scale]-[# of call to GHVerifyView in selector]-[view class name].png
Note that because of differences in text rendering between retina and non-retina devices/simulators, different images are saved for test runs using retina then non-retina.
Also note that there are commonly rendering differences across iOS versions. Therefore it is common for tests to fail when they are run using a different iOS version then the one that created the saved test image. This also applies to tests that are run at the command line (the xcodebuild flag ‘-sdk iphonesimulator’ usually corresponds to the latest iOS simulator available).
Tasks
-
+ clearTestImages
Clear all test images in the documents directory.
-
+ imageWithView:
Creates a UIImage from the passed in view. This can be useful for testing views that require images.
-
+ saveApprovedViewTestImage:filename:
Save an approved view test image to the view test images directory.
-
– sizeForView:
Size for a given view. Subclasses can override this to provide custom sizes for views before rendering. The default implementation returns contentSize for scrollviews and returns self.frame.size for all other views.
-
– verifyView:filename:lineNumber:
Called from the GHVerifyView macro. This method should not be called manually. Verifies that a view hasn’t changed since the last time it was approved. Raises a GHViewChangeException if the view has changed. Raises a GHViewUnavailableException if there is no image from a previous run.
Class Methods
clearTestImages
Clear all test images in the documents directory.
+ (void)clearTestImages
Discussion
Clear all test images in the documents directory.
Declared In
GHViewTestCase.h
imageWithView:
Creates a UIImage from the passed in view. This can be useful for testing views that require images.
+ (UIImage *)imageWithView:(UIView *)view
Parameters
- view
UIView to render
Return Value
UIImage of the rendered UIView
Discussion
Creates a UIImage from the passed in view. This can be useful for testing views that require images.
Declared In
GHViewTestCase.h
saveApprovedViewTestImage:filename:
Save an approved view test image to the view test images directory.
+ (void)saveApprovedViewTestImage:(UIImage *)image filename:(NSString *)filename
Parameters
- image
Image to save
- filename
Filename for the saved image
Discussion
Save an approved view test image to the view test images directory.
Declared In
GHViewTestCase.h
Instance Methods
sizeForView:
Size for a given view. Subclasses can override this to provide custom sizes for views before rendering. The default implementation returns contentSize for scrollviews and returns self.frame.size for all other views.
- (CGSize)sizeForView:(UIView *)view
Parameters
- view
View for which to calculate the size
Return Value
Size at which the view should be rendered
Discussion
Size for a given view. Subclasses can override this to provide custom sizes for views before rendering. The default implementation returns contentSize for scrollviews and returns self.frame.size for all other views.
Declared In
GHViewTestCase.h
verifyView:filename:lineNumber:
Called from the GHVerifyView macro. This method should not be called manually. Verifies that a view hasn’t changed since the last time it was approved. Raises a GHViewChangeException if the view has changed. Raises a GHViewUnavailableException if there is no image from a previous run.
- (void)verifyView:(UIView *)view filename:(NSString *)filename lineNumber:(int)lineNumber
Parameters
- view
View to verify
- filename
Filename of the call to GHVerifyView
- lineNumber
Line number of the call to GHVerifyView
Discussion
Called from the GHVerifyView macro. This method should not be called manually. Verifies that a view hasn’t changed since the last time it was approved. Raises a GHViewChangeException if the view has changed. Raises a GHViewUnavailableException if there is no image from a previous run.
Declared In
GHViewTestCase.h


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T
- Service type@ProviderType
public final class RankedServices<T>
extends java.lang.Object
implements java.lang.Iterable<T>
ServiceReference.compareTo(Object)
.
Usage example:
1. Define a dynamic reference with cardinality OPTIONAL_MULTIPLE in your service:
@Reference(name = "myService", referenceInterface = MyService.class, cardinality = ReferenceCardinality.OPTIONAL_MULTIPLE, policy = ReferencePolicy.DYNAMIC) private final RankedServices<MyService> myServices = new RankedServices<MyService>(Order.DESCENDING);
2. Define bind/unbind methods that delegate to the RankedServices instance:
void bindMyService(MyService service, Map<String, Object> props) { myServices.bind(service, props); } void unbindMyService(MyService service, Map<String, Object> props) { myServices.unbind(service, props); }
To access the list of referenced services you can access them in a thread-safe manner:
for (MyService service : myServices) { // your code... }
Optionally you can pass in a RankedServices.ChangeListener
instance to get notified when the list
of referenced services has changed.
| Modifier and Type | Class and Description |
|---|---|
static interface |
RankedServices.ChangeListener
Notification for changes on services list.
|
| Constructor and Description |
|---|
RankedServices()
Deprecated.
Use
RankedServices(Order) to explicitly give the order. |
RankedServices(Order order)
Instantiate without change listener but with a given order.
|
RankedServices(Order order,
RankedServices.ChangeListener changeListener)
Instantiate with change listener.
|
RankedServices(RankedServices.ChangeListener changeListener)
Deprecated.
|
| Modifier and Type | Method and Description |
|---|---|
void |
bind(T service,
java.util.Map<java.lang.String,java.lang.Object> props)
Handle bind service event.
|
java.util.Collection<T> |
get()
Deprecated.
Use
getList() instead |
java.util.List<T> |
getList()
Lists all services registered in OSGi, sorted by service ranking
(either ascending or descending depending on the order given in the constructor).
|
java.util.Iterator<T> |
iterator()
Iterates all services registered in OSGi, sorted by service ranking
(either ascending or descending depending on the order given in the constructor).
|
void |
unbind(T service,
java.util.Map<java.lang.String,java.lang.Object> props)
Handle unbind service event.
|
@Deprecated public RankedServices()
RankedServices(Order)
to explicitly give the order.@Deprecated public RankedServices(RankedServices.ChangeListener changeListener)
RankedServices(Order order, ChangeListener changeListener)
insteadchangeListener
- Change listenerpublic RankedServices(Order order)
order
- the order in which the services should be returned in iterator()
and get()
.
Either Order.ASCENDING
or Order.DESCENDING
.
Use Order.DESCENDING
if you want to have the service with the highest ranking returned first
(this is the service which would also be chosen by BundleContext.getServiceReference(String)
).public RankedServices(Order order, RankedServices.ChangeListener changeListener)
order
- the order in which the services should be returned in iterator()
and get()
.
Either Order.ASCENDING
or Order.DESCENDING
.
Use Order.DESCENDING
if you want to have the service with the highest ranking returned first
(this is the service which would also be chosen by BundleContext.getServiceReference(String)
).changeListener
- Change listenerpublic void bind(T service, java.util.Map<java.lang.String,java.lang.Object> props)
service
- Service instanceprops
- Service reference propertiespublic void unbind(T service, java.util.Map<java.lang.String,java.lang.Object> props)
service
- Service instanceprops
- Service reference propertiespublic java.util.Collection<T> get()
getList()
insteadpublic java.util.List<T> getList()
Copyright © 2022 The Apache Software Foundation. All rights reserved.


Public Member Functions | |
| GrMeshData (GrMesh *src) | |
| ~GrMeshData () | |
| unsigned int | GetCompressedSize () const |
| void | Decompress (GrMesh *dst) |
Definition at line 31 of file TGeomCompress.cpp.
| GrMeshData::GrMeshData | ( | GrMesh * | src | ) |
Definition at line 217 of file TGeomCompress.cpp.
| GrMeshData::~GrMeshData | ( | ) | [inline] |
Definition at line 35 of file TGeomCompress.cpp.
| void GrMeshData::Decompress | ( | GrMesh * | dst | ) |
Definition at line 234 of file TGeomCompress.cpp.
| unsigned int GrMeshData::GetCompressedSize | ( | ) | const [inline] |
Definition at line 37 of file TGeomCompress.cpp.


Stalk lodging, or breakage of stalk beneath the ear, constitutes to 5 ~ 20% of maize loss annually. To reduce this failure rate, farmers need to continuously breed the strongest crop using selective breading. However, the current measure of strength, the rind penetration method, predicts only 18% of the variation of stalk strength. As such, it is the aim of our capstone, Stalk Pusher, to provide an accurate quantifier for crop strength that would enable farmers to find the strongest breed of crops reliably. This capstone is mentored by Professor Douglas Cook and Professor Daniel Robertson, and conducted along with my two teammates, Witold Passerat de la Chapelle
Through extensive testing, Professor Cook’s group at NYU Abu Dhabi have found the flexural rigidity of plants reliably predicts 81% of the variation of stalk strength, much higher than the current rind penetration test. As such, the aim of our device is to measure the flexural rigidity of the plants, which can be calculated from the displacement of the plant stalk and the corresponding force response. So, our device, as shown below, currently has a rotary sensor to measure the displacement and a load cell to measure the force response from the plant stalks.
The purpose of our capstone is to improve the Stalk Pusher developed by the previous Capstone project based on the user feedbacks. Through interfacing with the users, we have identified three main areas of improvement: the device failure rate, the graphical user interface, and the user experience. For this capstone, I oversee the improvement of the device failure rate and contribute extensively to the user experience of the device.
Aside from making the device more robust, I am also contributing to the better user experience of the device, currently I am exploring the possibility of using joystick as the physical interface and the feasibility of using a magnetic linear encoder to measure the height of the load cell automatically.
As of now, I have extensively tested the Kalman Fused IMU as the possible rotary sensor. The most prominent concern expressed by our mentor is the accuracy of such IMU. However, through my testing, it was found that the IMU’s angular data is as accurate as, if not better than, the angular data obtained previously using the potentiometer. Additionally, the use of IMU could also improve the robustness of the device, as the rotary sensor no longer needs to be at the axle of the rotation, which currently is in direct contact to the ground.


Next: slot-makunbound, Previous: slot-boundp, Up: Objects Dictionary
slot-exists-p
object slot-name ⇒ generalized-boolean
object—an object.
slot-name—a symbol.
generalized-boolean—a generalized boolean.
Returns true if the object has a slot named slot-name.
Although no implementation is required to do so, implementors are strongly encouraged to implement the function slot-exists-p using the function slot-exists-p-using-class described in the Metaobject Protocol.


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--- layout: post _layout: post title: "Introduction to Lambda Calculus" date: 2017-12-19 16:42:14 +1300 group: Defunct categories: - defunct - posts - lc series: LC seriesindex: 1 defunct_gh: https://github.com/Cresspresso/Defunct defunct_install: https://cresspresso.github.io/defunct/downloads/ description: "An introduction to Lambda Calculus and Defunct." keywords: "Defunct, defunct, lambda, lambda calculus, calculus, LambdaSalt, lambda salt, introduction, reduction, beta reduction, alpha reduction, functions, functional programming" ---
Lambda calculus, what a wonderful study of logic and maths! It allows us to represent all kinds of data using just functions. And with God's help I have created an interpretive programming language for the express purpose of simplifying lambda calculus expressions.
First, a brief history of Defunct. I found out about lambda calculus last year, and made a simple interpreter called LambdaSalt ("land assault", get it?), which was the precursor to Defunct. LambdaSalt was written in C#, but now Defunct is proudly written in Python. The open source code is available on GitHub here, and can be installed on Windows.
A simple Defunct script, where <expr> is an expression:
def myFunc (<expr>)
do (print myFunc)
Save it as a file (myscript.txt) and use Windows Command Prompt to run defunct.exe with it. [More help]
defunct "myscript.txt"
Notwithstanding in thy days I will not do it for David thy father's sake: but I will rend it out of the hand of thy son. 1 Kings 11:12, KJV
God keeps his promises.
The most fundamental idea of lambda calculus is that everything is a function. Numbers? Made of functions. Booleans, true and false? Functions. Comparisons like greater than, equal to, or less than? Also functions. These aren't your typical programming lanugage 'functions' like in C# or Java, no, these functions are more like data structures than procedures. So what is a function in lambda calculus?
A function takes an expression of functions as a parameter (its one and only argument), and always returns (is reduced to) another expression of functions. The argument has a name, which can be referenced multiple times within the body of the function. These references are called variables.
A function is declared like so:
| Lambda Calculus | Defunct |
|---|---|
λ<varname>.<expr>
|
[<varname>.<expr>]
|
where <expr> := <varname>
or <function>
or '(' <expr> ')'
or <expr> [ <expr> [ <expr> ... ] ]
Hover over the coloured code to see tooltips.
Here are some examples:
| Lambda Calculus | Defunct |
|---|---|
λx.x
|
[x.x]
|
λy.λx.xy
|
[y.[x.x y]] |
λwyx.y(wyx)
|
[w y x.y(w y x)]
|
(λx.x)(λx.x) |
[x.x][x.x] |
λxyz.y
|
[me myself i.myself]
|
Each table row is equivalent in meaning between lambda calculus and Defunct.
Note that in lambda calculus all variable names must be one symbol/character, and there are no spaces anywhere. In Defunct, names can be any length, and they end when a Space character or syntax/punctuation character [].() is encountered.
Variables within an expression or sub-expression can either be free or bound.
| Lambda Calculus | Defunct |
|---|---|
λy.(λx.yx)
|
[y.[x.y x]]
|
In the expression above, x is a bound variable within the red function, which means it references a function's argument within the expression. It is also bound within the blue function, because the red function (whose argument it is referencing) is within the body of the blue function.
Within the blue function, y is also a bound variable, because it references the argument y.
However, within the red function, y is a free variable, because there is no declaration of a variable y within the red function's scope.
Here's another example:
| Lambda Calculus | Defunct |
|---|---|
λa.ab
|
[a.a b]
|
In this expression, a is bound and b is free.
We can reduce (simplify, evaluate) expressions of functions using these three techniques:
Say you have this expression:
| Lambda Calculus | Defunct |
|---|---|
(λxy.yx)(λx.xx)
|
[x y.y x][x.x x]
|
The first function has variables x and y, while the second function has variable x. But these are two entirely separate functions, with their own bound variables! Therefore, we can change one of the variable names to something different, say z, and the expression will still be identical.
| Lambda Calculus | Defunct |
|---|---|
(λxy.yx)(λz.zz)
|
[x y.y x][z.z z]
|
Defunct treats all functions as having their own unique variable, so you don't need to do any alpha conversions yourself.
A function can be applied to another function, which means the second function is copied into all the places where the first function's variable is being referenced. For example:
| Lambda Calculus | Defunct |
|---|---|
(λx.λy.yx)(λz.zz)
|
[x.[y.y x]][z.z z]
|
The x function is being applied to the z function, so all references to x will be replaced with the z function.
Also note that the remaining expression cannot be further simplified. The variable reference y cannot be applied to function z until it has been replaced/substituted with a function.
This example demonstrates that you can apply a function to a variable reference:
| Lambda Calculus | Defunct |
|---|---|
λy.(λx.xxx)y
|
[y.[x.x x x]y]
|
Just like normal maths, technically there are brackets everywhere, we just hide them for easy reading. This is why we need order of operations.
The inner-most pairs of brackets are always evaluated (reduced as much as possible) first, before any outer pairs of brackets.
Series of expressions are evaluated from left to right. This means these expressions are all identical (equivalent):
| Lambda Calculus | Defunct |
|---|---|
abc
|
a b c
|
And so are these two:
| Lambda Calculus | Defunct |
|---|---|
(λa.a)(λb.bb)(λxy.y)
|
[a.a][b.b b][x y.y]
|
But of these three, none are equivalent:
| Lambda Calculus | Defunct |
|---|---|
abcd
|
a b c d
|
Defunct stores all expressions as a syntax tree of Pairs (a left-hand-side expression and a right-hand-side expression), which is used to determine the evaluation order.
When a function's sole purpose is to pass its variable into another function, it can be reduced to just that inner function.
| Lambda Calculus | Defunct |
|---|---|
λx.Mx
|
[x.M x]
|
λx.(λy.yy)x
|
[x.[y.y y]x]
|
If the inner function contains a free variable referencing the outer function's variable, the function cannot be eta-reduced.
| Lambda Calculus | Defunct |
|---|---|
λx.(λyz.yzx)x
|
[x.[y z.y z x]x]
|
Next up is the brilliant world of logical operators in lambda calculus!


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{% block content %}{% endblock %}
Open Source by Brian Wood & Nathan Bills, 2014


Great photography is about depth of feeling, not depth of field.
– Peter Adams
Look and think before opening the shutter. The heart and mind are the true lens of the camera.
– Yousuf Karsh
Photography is not about the thing photographed. It is about how that thing looks photographed. – Garry Winogrand
To me, photography is an art of observation. It’s about finding something interesting an ordinary place…
– Elliott Erwitt
Focuses on People and Lifestyle of the place
Focuses on family photos,school and group photos.
Focuses on detailed structed to macro things.
Zoom in on the action and captures the winning shots.


Metadata is data about data. In earlier versions of Elektra, there has been a limited number of metadata entries suited for filesys
. For filesys
this was efficient, but it was of limited use for every other backend. This situation has now changed fundamentally by introducing arbitrary metadata.
Metadata has different purposes:
- Traditionally Elektra used metadata to carry file system semantics. The backend
filesys
stores file metadata (File metadata in POSIX is returned by stat()
) in a struct with the same name. It contains a file type (directory, symbolic link,..) as well as other metadata like uid, gid, owner, mode, atime, mtime and ctime. into the Key
objects. This solution, however, only makes sense when each file shelters only one Key
object.
- The metaname
binary
shows if a Key
object contains binary data. Otherwise it has a null-terminated C string.
- An application can set and get a flag in
Key
objects.
- Comments and owner, together with the items above, were the only metadata possible before arbitrary metadata was introduced.
- Further metadata can hold information on how to check and validate keys using types or regular expressions. Additional constraints concerning the validity of values can be convenient. Maximum length, forbidden characters and a specified range are examples of further constraints.
- They can denote when the value has changed or can be informal comments about the content or the character set being used.
- They can express the information the user has about the key, for example, comments in different languages. Language specific information can be supported by simply adding a unique language code to the metaname.
- They can represent information to be used by storage plugins. Information can be stored as syntactic, semantic or additional information rather than text in the key database. This could be ordering or version information.
- They can be interpreted by plugins, which is the most important purpose of metadata. Nearly all kinds of metadata mentioned above can belong to this category.
- Metadata is used to pass error or warning information from plugins to the application. The application can decide to present it to the user. The information is uniquely identified by numerical codes. Metadata can also embed descriptive text specifying a reason for the error.
- Applications can remember something about keys in metadata. Such metadata generalizes the application-defined flag.
- A more advanced idea is to use metadata to generate forms in a programmatic way. While it is certainly possible to store the necessary expressive metadata, it is plenty of work to define the semantics needed to do that.
Usage
Every key-value pair can have an arbitrary number of metakeys with metavalues attached. Identical to keys, metakeys are unique, but only within its key they are attached to.
To create a metakey, use kdb-setmeta(1), to get metadata kdb-getmeta(1).
The preferred way to use metadata is to set all metadata in the spec
namespace and let the spec
plugin copy the metadata to all other namespaces.


Who can you ask for a hug" You cannot ask a napkin. You cannot ask a lump. You cannot ask a muffin, and you cannot ask a bump. You cannot ask a carrot. You cannot ask a log. You can ask one if you want to, but I will not ask a frog. You cannot ask an animal. You cannot ask a mug. You cannot ask a dragon, and you cannot ask a bug. Well, you can ask them if you want to, but it's Mom that I must hug.
in-context


Enter Players' Names in Order
Submit
Make Calls
Make a call:
Submit Calls
Write Results
Write Results
Submit Results
See Final Result
Reset


In this final part, you and every other player are randomly matched with two others from the {{ Constants.others }}
players you have been participating with along this study. We will label your matched pair as players A and B.
Player A is one of the players who was assigned to group ●
"{{ circles_label }}" in Part {{ Constants.part_name }}. Player B is one of the players who was assigned
to group ▲ "{{ triangles_label }}" in Part {{ Constants.part_name }}.
You have {{ Constants.pie }} points to distribute between players A and B. You can distribute them in any
way you want.
The computer will then randomly select and implement the distribution made by one of the {{ Constants.players }}
players. For example, if your distribution is selected by the computer, then the two players A and B you are
matched with will receive the points you assign to each them. None of the other 5 players (including yourself)
will receive any points from this part.


You should not create an instance yourself! Use the login methode instead.
The cache timeout in milliseconds, please the description in the README
The currently used session id to authenticate the user on the webpage
Gets the html page of the ods overwiev page
Check wether the item is cached or not.
Clears the current cache, this will force the next call of one of the three get methodes to pull a new version of the html page.
Gets the grades (upper table in the overview)
Gets the grade summary (lower table in the overview)
Gets the Meta information available in the ods system
Gets own endpoint (public ip adress of the current used network)
Tries to login into the ods system with the given credentials. If the login succedes an ODSConnection instance will be returned, null otherwise.
Generated using TypeDoc
This class represents an session on the ods plattform and enables the access to data provided by the website.


Register
Every year we aim to have an unbelievable time,and this year we'd love it for you to join us. Conference passes only cost $99, one of the best values you'll find.
Purchase a Conference Pass
$99 PER PASS
Purchase your Styles Conference pass using the form to the right. Multiple passes may be purchased within the same order, so feel free to bring a friend or two along. Once your order is finished we'll follow up and provide a receipt for your purchase. See you soon!
Why Attend?
- Over twenty world-class speakers
- One full day of workshops and two full days of presentations
- Hosted at The Chicago Theatre, a historical landmark
- August in Chicago is simply amazing


Gold Cup-winner Al Boum Photo set for Tramore return
by By Keith HamerGold Cup winner Al Boum Photo is likely to follow the route that was so successful for him last season – and bid for another triumph in the Savills Chase at Tramore on his reappearance.
The Listed contest, over two miles five and a half furlongs on January 1, was the seven-year-old’s only run before his Cheltenham glory – and trainer Willie Mullins is inclined to stick to that tried-and-tested path.
The alternative is the Grade One of the same name at Leopardstown on December 28.
“He’ll be out at Christmas or the new year,” said Mullins.
“He’ll go to one of the Savills Chases – either Leopardstown or back to Tramore.
“I’ve found following the same successful path as the year before is often good.
“While it might not be fashionable to go to Tramore, it worked for him, so I wouldn’t rule that out.
“I’d say it’s probably a better chance he’d go to Tramore – especially if the ground at Leopardstown stays good.”


Barn Conversions
Getting started
In May 2014 the rules for barn conversions were relaxed. It is now possible to have a barn conversion under permitted development rules if the barn is under 500m² and is going to be converted into free separate dwellings, a children’s nursery or converted for educational use.
Barn conversions are always interesting and challenging projects both from a technical and design point of view, but the end result can be stunning. It’s important to note that the finished conversion must still be instantly recognisable as a building that was once a barn. Councils take different views about barn conversions and have differing and sometimes very specific rules and regulations, so it’s important to check with your local Council at the outset. This is something we can do on your behalf.
The design of your barn conversion will be influenced by the existing structure, particularly where your windows will go and how many you are allowed.
A Prior Notification Application will need to be submitted to your local council or a Planning Application if your barn conversion is in a conservation area or next to a listed building. Again, this is something we can advise and help you with.
Converting to separate dwellings – things to consider
If you want to convert a barn into separate dwellings there are a number of things to consider which we can advise you on.
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How many units will fit?
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Where will the parking and garden space be?
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What impact is this going to have on the main house?
Design and Development
Ultimately the end use of the barn conversion is going to influence the design. If it is going to be a residential property for your own use, we will spend time getting to know you, your current lifestyle and your aspirations for your future home. If you are converting a barn for property investment purposes then we will help you design a conversion that is going to maximise your return on investment.
As barns are old buildings, very often in a poor state of repair at the start of the project, a significant amount of rebuilding work should be expected. We always aim to preserve as many of the existing features as we can, not least the trusses. As a rule we start with a new slab and build up the walls from this, adding a new roof. The end goal is to design a home that is fit for 21st Century living but has that traditional ‘barney’ look.
If you are considering a barn conversion, contact us to discuss your project and find out how we can provide you with practical help and support.


JCCS & SR Innovations are proud to offer the FreeWire Heart Monitor, a revolutionary wireless continuous ECG monitoring device with patient care and comfort at the forefront of the design.
JCCS & SR Innovations provide high quality, easy to use holter monitoring devices to medical centre, hospitals and specialized cardiac facilities. Using the latest advancements in technology to achieve the most accurate measurements of cardiac activity.
The key features include:
- Three sizes to cater for all ages - small child, child and adult
- Three settings for one, two or three channel recordings
- Time settings ranging from 24 to 72 hours of monitoring
Vision and Mission
Our mission is to provide the highest standard of patient care through the supply of reliable and accurate products and services associated with monitoring cardiovascular health
We are committed to promoting better heath outcomes through the use of holter monitors for diagnosis and management of cardiovascular conditions
Product Details
The FreeWire Heart Monitor is a medical tool used to monitor electrical and muscular activity of the heart. It is a wireless holter monitor that provides a continuous one, two or three channel Electrocardiography (ECG)
The FreeWire Heart Monitor has a lightweight slim line design that adheres to the skin on the chest. It is waterproof, enabling everyday activities such as showering, exercising and even swimming for up to one hour
With a recording capacity of up to 72 hours, it provides reliable and accurate measurements through the use of the latest advancements in technolog
This device will not restrict the patient’s lifestyle during monitoring and is designed to provide a complete representation of the electrical activity of the heart while the patient undertakes all of their regular activities
The FreeWire Heart Monitor is easy to use and monitoring will begin as soon as contact is made with the skin
- Adjust the time and channel settings
- Peel off the backing
- Apply to the patients skin
The one, two or three channel design has been proven to provide comparable results with the standard 12 lead ECG. Better quality data has been produced as large amounts of external noise have been cancelled out by removing the wires. Resulting in a reduced amount of data lost due to artefact from the wired device.
Service Details
JCCS & SR Innovations also offer a data processing and reporting service to health facilities that can assist patients with fitting and removing the hoter monitor but do not have a physician or cardiologist to analyse the data.
We can provide and facilitate a secure method for uploading, processing and reporting on the data recorded on the holter monitor. Ensuring a comprehensive report is provided in a timely manner.
Maintenance Service
Here at JCCS & SR Innovations we are committed to providing the highest standard of products and services to our customers. We provide maintenance services on all devices and associated hardware and software to ensure they are always functioning at there best


The exporter feature allows data to be exported from the grid in excel format with a header. The exporter can export all data, visible data or selected data.
To use the exporter you need to include the ui-grid-exporter directive on your grid. If you want to export selected rows you must include the ui-grid-selection directive on your grid.
If you want to export as Excel you need to have installed Excel-Builder which also uses lodash and jszip, available through:
bower install lodash bower install jszip#2.6.1 bower install excelbuilder
or
npm install lodash npm install<EMAIL_ADDRESS>npm install excel-builder
The options and API for exporter can be found at ui.grid.exporter, and
The exporter adds menu items to the grid menu, to use the native UI you need to enable
the grid menu using the gridOption enableGridMenu
Note that the option to export selected data is only visible if you have data selected.
Additionally, information about the Excel Builder may be found at https://github.com/stephenliberty/excel-builder.js.
If the example below we show how to make a custom header based on a callback method and
In this example we use the native grid menu buttons, and we show the pdf, csv and excel export options.


Value set to:
A standard horizontal slider with one value.
0
and the slider handle all the way to the left of the track.100
.1
when the left and right arrow keys are pressed. It should move to the beginning and end of the track when the HOME and END keys are pressed (respectively).onSlide
callback that should update the value in the element below whenever the slider position changes. Verify that this happens — during a drag, while holding down an arrow key, and when pressing the mouse button down on an arbitrary section of the track.onChange
callback that should update the value in the element below whenever the slider position is set (e.g., on mouseup
or keyup
). The number is underlined to distinguish this callback from the onSlide
callback.Value set to:
A standard vertical slider with one value.


One of the main features of the report is their ability to draw charts. To incorporate charts into a report the cha namespace is defined in the Report.
<rep:Report xmlns:rep="http://safe.epcc.ed.ac.uk/report" xmlns:par="http://safe.epcc.ed.ac.uk/parameter" xmlns:per="http://safe.epcc.ed.ac.uk/period" xmlns:fil="http://safe.epcc.ed.ac.uk/filter" xmlns:cha="http://safe.epcc.ed.ac.uk/chart">
In the most simple terms a chart plots one of the numeric properties of a group of selected records. The record are selected using Filters and a Period.
A chart showing the usage (Wall) of a machine could be done as shown.
<cha:TimeChart> <cha:Plot>Residency</cha:Plot> </cha:TimeChart>
This chart would be:
Any numeric property can be plotted, however it requires a corresponding PlotEntry to be defined.
In order to draw a chart which shows the Residency of each Project, you need to GroupBy Project. The following chart
<cha:TimeChart> <cha:Plot>Residency</cha:Plot> <cha:GroupBy>Project</cha:GroupBy> </cha:TimeChart>
This chart would be:
Any property can be use in group a plot, numeric or string, however it requires a corresponding GroupEntry to be defined.
The charts above show the Residency for a certain time period. In their case the default time period is used, which is from the start to the end of the current month. You can explicitly set the period by adding a period to you chart definition. For example:
<cha:TimeChart> <per:Period> <per:StartTime>01-01-2009</per:StartTime> <per:EndTime>01-03-2009</per:EndTime> </per:Period> <cha:Plot>Residency</cha:Plot> <cha:GroupBy>Project</cha:GroupBy> </cha:TimeChart>
As you can see from the name all of these charts are TimeCharts, and they expect a Period to be defined which they will operate over. Period can be defined anywhere in a reports, but the Period used for the chart is the closest one. For example, in the following report
This chart would be:
In fact the period does not have to be defined within the plot. The example below the period used for the plot will be from 01-01-2009 to 01-01-2010 as defined for the whole report.
<rep:Report xmlns:rep="http://safe.epcc.ed.ac.uk/report" xmlns:par="http://safe.epcc.ed.ac.uk/parameter" xmlns:per="http://safe.epcc.ed.ac.uk/period" xmlns:fil="http://safe.epcc.ed.ac.uk/filter" xmlns:cho="http://safe.epcc.ed.ac.uk/chart"> <per:Period> <per:StartTime>01-01-2009</per:StartTime> <per:EndTime>01-01-2010</per:EndTime> </per:Period> <cha:TimeChart> <cha:Plot>Residency</cha:Plot> <cha:GroupBy>Project</cha:GroupBy> </cha:TimeChart> </rep:Report>
The plot will pick up the nearest period. In the example below there are two periods defined. The period used in the chart will the one from 01-01-2009 to 01-03-2009.
<rep:Report xmlns:rep="http://safe.epcc.ed.ac.uk/report" xmlns:par="http://safe.epcc.ed.ac.uk/parameter" xmlns:per="http://safe.epcc.ed.ac.uk/period" xmlns:fil="http://safe.epcc.ed.ac.uk/filters" xmlns:cha="http://safe.epcc.ed.ac.uk/chart"> <per:Period> <per:StartTime>01-01-2009</per:StartTime> <per:EndTime>01-01-2010</per:EndTime> </per:Period> <cha:TimeChart> <per:Period> <per:StartTime>01-01-2009</per:StartTime> <per:EndTime>01-03-2009</per:EndTime> </per:Period> <cha:Plot>Residency</cha:Plot> <cha:GroupBy>Project</cha:GroupBy> </cha:TimeChart> </rep:Report>
The charts above show the Residency over the whole data set. A filter could be defined to narrow the selection of usage records, say down to only one project, ecdf_baseline for example. The you may wish to group by User. This plot would look like:
<cha:TimeChart> <fil:Filter> <fil:EQ> <fil:Property>Project</fil:Property> <fil:Value>ecdfbaseline</fil:Value> <fil:EQ> </fil:Filter> <cha:Plot>Residency</cha:Plot> <cha:GroupBy>User</cha:GroupBy> </cha:TimeChart>
This chart would be:
As with Periods Filters do not have to be defined within the plot. All of the Filters defined within chart or one of its parent XML elements will be combined. So in the case of this chart:
<rep:Report xmlns:rep="http://safe.epcc.ed.ac.uk/report" xmlns:par="http://safe.epcc.ed.ac.uk/parameter" xmlns:per="http://safe.epcc.ed.ac.uk/period" xmlns:fil="http://safe.epcc.ed.ac.uk/filters" xmlns:chart="http://safe.epcc.ed.ac.uk/chart"> <fil:Filter> <fil:EQ> <fil:Property>Project</fil:Property> <fil:Value>ecdfbaseline</fil:Value> <fil:EQ> </fil:Filter> <cha:TimeChart> <fil:Filter> <fil:EQ> <fil:Property>User</fil:Property> <fil:Value>paddymurphy</fil:Value> </fil:EQ> </fil:Filter> <cha:Plot>Residency</cha:Plot> </cha:TimeChart> </rep:Report>
The selection used will be only those of the User paddymurphy for the Project ecdf_baseline.
So far all the charts we've been looking at have been TimeCharts. There are other chart types supported: PieTimeChart and BarTimeChart, but first lets look at a feature unique to TimeCharts, namely NumberOfTimeBlocks which dictates how many time slices there are in the chart. By default it is 10, but this can be changed using the NumberOfTimeBlocks tag. For example:
<cha:TimeChart> <cha:Plot>Residency</cha:Plot> <cha:NumberOfTimeBlocks>20</cha:NumberOfTimeBlocks> </cha:TimeChart>
would result in the following chart:
As mentioned previously PieTimeCharts are also available. The following xml:
<cha:PieTimeChart> <cha:Plot>Residency</cha:Plot> <cha:Group>Project</cha:Group> </cha:PieTimeChart>
would produce the following chart:
For a BarTimeChart the following xml:
<cha:BarTimeChart> <cha:Plot>Residency</cha:Plot> <cha:Group>Project</cha:Group> </cha:BarTimeChart>
would produce the following chart:


dst-systems
Businessmodel of DST Systems
Customer Segments
DST provides a range of advisory, technology, and outsourcing services to commercial and institutional clients across multiple sectors. The Company’s customers can be organised principally into the following categories:
- Financial Services, comprising various businesses within the financial services sector, including asset management firms, mutual funds, brokerage firms, banking institutions, insurance companies, wealth management providers;
- Healthcare, comprising a range of institutions operating within the healthcare sector, including hospitals, pharmacies, specialist clinics, dental and vision organisations, managed organisations, specialist health insurance providers, and government-sponsored healthcare plans; and
- Commercial and Corporate, comprising various corporate and commercial businesses across multiple sectors, including the broadcast and media, consumer finance, retail, non-profit, and telecommunications industries. DST principally serves clients in its home market of the US. The Company also serves an international customer base across the UK, Canada, and Australia, as well as in various other markets across Asia Pacific and Europe.
Value Propositions
DST provides value to its clients in the following ways:
- Its industry standing and reputation, with the Company established as a leading provider of advisory and technology services to a diverse client base, serving a number of high-profile clients across multiple industries;
- Its broad portfolio of services and solutions, with the Company offering an extensive range of services and solutions – including investment advisory, asset distribution, and healthcare administration services – to customers across the financial services, healthcare, and corporate sectors;
- Its proprietary technologies, with the Company utilising a range of proprietary technologies in the development and delivery of its solutions, making its offerings unique within the industry;
- Its international reach, with the Company serving a large domestic client base in the US, as well as an extensive international client base across the UK, Canada, and Australia; and
- Its industry expertise and experience, with the Company employing specialist personnel across its three operating segments enabling it to provide expert services, as well as employing a team of experienced industry executives. ### Channels
DST operates a website at www.dstsystems.com, through which it provides information on its services, solutions, target industries, and operating locations. The Company does not operate an online sales channel, nor does it appear to provide an online client portal through which customers can access account details and tools.
DST principally makes sales through its own in-house direct sales force, which is organised both by business segment and geographic region. The Company’s sales personnel operate out of the Company’s network of sales and administrative offices, including locations in Australia, the US, Canada, the UK, China, India, Hong Kong, Ireland, South Africa, Ireland, and Thailand.
DST does not appear to utilise the services of third party resellers, distributors, and sales agents to a significant extent. The Company, however, does appear to utilises such providers in certain markets where it is not well-represented directly.
Customer Relationships
Despite its online presence, DST does not provide services and solutions to clients on a self-service basis. Instead, the Company makes its sales through a direct sales force, the members of which consult closely with clients in order to establish the individual requirements and circumstances of each client.
The Company seeks to tailor its services where possible, agreeing custom service contracts on a case-by-case basis. DST seeks to establish longstanding relationships, with its contracts often extending to multiple years.
DST offers ongoing support to its clients, with many larger customers having their own dedicated account management teams. Clients are able to contact personnel at the relevant regional office over the phone or via email in order to access personalised assistance, or can make more general enquires through an online contact form.
The Company additionally operates web support portals for its various target industries, through which clients can access a range of online resources.
Additionally, DST operates news and insights section, through which it provides relevant ad timely industry information to its clients. It also publishes a list of its upcoming events, providing clients the opportunity to interact with DST representatives in person.
Key Activities
DST is a provider of technology-based information processing and servicing solutions. The Company offers its services primarily in the form of unified data management, business processing and customer communications solutions.
The Company aligns its operations into three reportable business segments: Financial Services, through which it provides investor and asset distribution services to companies within the financial services industry; Healthcare Services, through which it provides medical and pharmacy benefit solutions, including aid information processing, quality of care, cost management and payment integrity services, to customers in the healthcare sector; and Customer Communications, through which it offers integrated print, mail and electronic solutions to a range of corporate and commercial clients. DST is based in the US, its principal market. It also serves clients across markets in North America, Asia Pacific, and Europe, notably Canada, Australia, and the UK.
Key Partners
DST works in close collaboration with a network of partner companies and organisations across its three reportable business segments. These partners can be organised broadly into the following categories:
- Supplier and Vendor Partners, comprising suppliers of equipment, technologies, and services that support the development and delivery of the Company’s core advisory and technology services;
- Technology and Consulting Partners, comprising a range of technology companies, software developers, and consulting firms that assist in the Company’s development of effective and reliable solutions;
- Joint Venture Partners, comprising a range of companies with which the Company jointly provides services and solutions through mutually owned entities;
- Channel and Distribution Partners, comprising the Company’s small network of distributors and sales agents that assist the Company in reaching markets where it is not well-represented directly; and
- Strategic and Alliance Partners, comprising a range of market leading companies with which the Company collaborates on a range of joint projects, including in marketing and branding. DST has a number of partnerships in place. This includes a joint venture partnership with State Street, a strategic partnership with Alfresco, and a healthcare development partnership with Frist Data Capital.
Key Resources
DST’s key resources are its proprietary technologies and intellectual properties, its solutions and products, its IT and communications infrastructure, its physical office network, its partnerships, and its personnel.
According to its annual report, DST holds a number of US patents, US copyrights and trademarks that various aspects of its information processing and computer software services and products.
Searches of records published by the US Patent and Trademark Office identified several patent applications in which DST was named as assignee, including applications entitled ‘Simultaneous real-time access to financial information’, ‘Graphical user interface (GUI) language translator’ and ‘Simultaneous real-time presentation of financial information’.
DST also owns and or leases a number of physical properties around the world. This principally comprises its network of sales and administration offices across North America, Asia Pacific, and Europe.
Cost Structure
DST incurs costs in relation to the development of its technologies and solutions, the maintenance of its IT and communications infrastructure, the procurement of professional services, the management of its partnerships, the implementation of marketing and advertising campaigns, and the retention of its personnel. In 2015 DST recorded total operating expenses in the amount of $2.40 billion.
Revenue Streams
DST generates revenue through the development and provision of various advisory, technology, and outsourcing solutions. The Company principally derives its revenue under individual sales and service contracts that are agreed on a case-by-case basis.
In 2015 DST generated total revenue in the amount of $2.83 billion, up on the $2.75 billion recorded by the Company in 2014. Of this revenue, the Financial Services segment contributed 51.4%, followed by the Customer Communications segment with 29.8%, and the Healthcare Services segment with 18.7%. 0.1% of the Company’s revenue was generated through other activities.