Before Change
return set(all_factors)
eliminated_variables = set()
working_factors = {node: [factor for factor in self.factors[node]]
for node in self.factors}
// TODO: Modify it to find the optimal elimination order
After Change
// Dealing with evidence. Reducing factors over it before VE is run.
for evidence_var in evidence:
for factor in working_factors[evidence_var]:
factor_reduced = factor.reduce("{evidence_var}_{state}".format(
evidence_var=evidence_var, state=evidence[evidence_var]), inplace=False).normalize()
for var in factor_reduced.scope():
working_factors[var].remove(factor).add(factor_reduced)
// TODO: Modify it to find the optimal elimination order


What is a Bot or Digital Assistant?
Digital Assistant:
A digital assistant is an application program that can understand natural language and complete electronic tasks for the end user. Digital Assistant respond to vocal request. Some existing digital assistants today are: Alexa, Cortana, Siri or Google assistant.
Chatbot:
A chatbot is a computer program designed to communicate with a user via text/messaging in order to complete a task. Chatbots are present on chatting platforms such as FB messenger or Skype. They respond to text/message request.
Abstract
Our team is working in conjunction with Alex from Nuffield and also Microsoft in order to develop a bot which will be deployed over various platforms such as Facebook Messenger and Skype in order to allow the customers of Nuffield Health to book gymn classes and eventually expanding to use other services provided by the company.
Our solution is a bot and digital assistant which allows for customers to better interact with the company and any bookings they wish to make. It incorporates many of Microsoft's products such as the Microsoft Bot Framework, LUIS and Azure while we also use Amazon's Echo and Alexa Skills Dev kit.
An achievement would be considered to be made when the Bot and Digitial Assitant are able to completed their required tasks under expected every day use and work reliably to process user intents to give a desired outcome.
Key Features
User are able to interact with the project through a chatbot interface, they will be able to type queries directly into the chatbar with the bot and will receive responses based on their requests. This makes interacting with the project a very smooth experience overall and much faster for Nuffield users.
A user may book a class of their choice by giving the bot the name of the class and the time they wish to book for.
Users can view all their current classes in a convenient message listing all their classes as cards (which have name, time and duration details).
A user may also cancel a class they no longer wish to attend simply by chatting to the chatbot and specifying which class to cancel.
Currently if the user has an Amazon Echo or Dot, they will be able to sign in and interact with our product orally. This is a very convenient way for users to quickly find the status of classes or book gyms.
In very much the same way, a user can complete all the aforementioned tasks that could be completed from the chatbot in Digital Assistant.
Matineh Akhlaghinia
<EMAIL_ADDRESS>Team Leader & Technology Lead
Matineh was the member who has created the custom API and backend as well working on the creation and integration of the various technologies into the bot as well as also having duties for the documentation and other deliverables
Sachchit Prasad
<EMAIL_ADDRESS>Deputy Team Leader & Documentation Lead
My main role to work on some aspects of the bot such as LUIS and other tasks related to it and create the documentation over the course of the project - as well as the presentations and biweekly reports.
Romain Dumon
<EMAIL_ADDRESS>Chief Researcher & Technical Lead
My main task during this project was to work on the Alexa Skill for the digital assistant. I have also helped Sachchit with the main deliverables and responsible for all the Alexa Skill related documentation.


Javier Gálvez
“The best way to predict the future is to invent it.” 1
About me
My given name is José Javier Gálvez Gamboa but people call me just Javier. I was born in Culiacán, México where I studied at the Technological Institute of Culiacán to obtain my Bachelor degree in Mechatronic Engineering in 2013. During my career, I was involved in several scholar projects mainly related to the design and control of mobile robots and robots arms. Further, I had the opportunities to do two summer research stays. The first one was at the Research Center of Automotive Mechatronics at the Monterrey Institute of Technology where I designed a virtual city with different road conditions in order to help to validate the mathematical model of a control system for an electric vehicle with embedded motor wheels. The second one was at the Autonomous University of San Luis Potosí where I worked in the development of PID controller for a robot arm.
After that, I took a job where I learned a lot of stuff about automation in industries, mainly in the fishmeal production. But my curiosity about the computer vision field leads me to study a Master degree. So, I went to México City to the National Polytechnic Institute at the Center for Innovation and Computer Technology Development. By suggestion of my advisors Prof. Magdalena Marciano and Prof. Hind Taud, I took a project that, in short, consisted of the development of a computer vision algorithm to detect mitotic cells of breast cancer in histopathologies images. With my thesis, we participated in Tumor Proliferation Assessment Challenge 2016. Without expected, during my Master studies, I find out a new and excited field: “machine learning”. Since then I dedicate most of my time understanding and learning about it.
During my graduate studies, I had the luck to attend a conference of one of the greatest scientist in this field: Yann Lecun. He received doctor honoris causa from the National Polytechnic Institute along with another distinguished and amazing scientist of this field and a pioneer of the self-driving cars: Sebastian Thrun. Be exposed to those people gave me a lot of inspiration for me.
Only a few days before that ceremony, Udacity, the online university founded by Sebastian Thrun, announced a new program: Self-Driving Car nanodegree. This course involves a merge of some fields: computer vision, robotics, sensor fusion, control and machine learning. That’s ingredients are perfect to delight my curiosity. Is the opportunity to use most of the things I have learned in my life and go further to learn about things that I’m interested. Without hesitation, I enrolled in this program. And that’s what I’m doing now.
Interest
I feel very fortunate and excited to live at this time of the humanity, where the possibilities to make big and positives changes in society are plausible with all of this technology.
Of all the professionals I have known, among the most admirable people are the scientists. I want to be, in some way, like them. I can mention a lot of positive points to be a scientist but it’s worth to mention that I want to take part of the people that shape the future, a shape that benefits the humanity. And one of the best way and I like most to achieve it is doing science.
I hope someday I become a researcher in Robotics and Machine Learning. I believe I have the tools to go in the right way to achieve it. In the case that I’m wrong, I sure that I can learn it.
Contact
If you want to know more about me and/or contact me, feel free to use the appropriate link below.
- My professional network @ LinkedIn
- Some of my projects @ GitHub
- Follow me @ Twitter
- Resume @ Here
- Email me @
Footnotes:
-
Tech-world adage coined by Alan Kay. ↩


Starting Monday, Tron embarks on one of the longest airdrop experiments in history, with BTT token giveaways happening monthly into 2025.
they are airdropping BTT every month until 2025
The total monthly airdrop will increase five times over the next few years, ending at 1,402,500,000 BTT per month in February 2025.
lol
ComputerGenie 👴👴👴11-Feb-19 05:54 PM
<inset smh emote here>
>remember those coins that you paid us a quarter a piece for? Guess what.... In 6 years time we plan to flood the market and they will not be worth 1/10000th that value. Thanks for the Lambos, suckers!
Dash has released Evolution's Foundation, and Amanda B. Johnson details what's inside. Bonus preview on what's yet to come between here (v0.13) and Evolution...
Abra is unlike any other crypto wallet or exchange currently in existence. At its core, Abra is a decentralized investing platform that uses Abra’s synthetic asset model is the first of its kind and leverages bitcoin and litecoin blockchain-enabled smart contracts to reduce...
polycryptoblog12-Feb-19 05:11 AM
Proxy token Dex
coingirl8712-Feb-19 06:26 AM
Since when kmd is on coinbene? Never heard this exchange before(edited)
1
polycryptoblog12-Feb-19 06:34 AM
Like a week ago it was announced. One of the largest Asian exchanges
3
coingirl8712-Feb-19 07:19 AM
Hehe...yes Google told me avery big volume...now i keep an eye on this exchange.
Have komodo pay listing fees or is coinbene come to us and ask?


Gitlab Update Check
Overview
Check if a Gitlab server instance is running the latest software version
Author
John W Kerns (https://github.com/PackeTsar)
Macros used
| Name |
Description |
Default |
Type |
{$GITLAB_TOKEN} |
Gitlab personal access token |
None |
Text macro |
Template links
Script Links
Instructions
- Log into your Gitlab instance
- Navigate to your user settings page by clicking your name/avatar in the top right and then clicking Preferences
- In the left pane click on Access Tokens
- Create a new Personal Access Token
- Give it a descriptive name like “Update Checker”
- Under Select scopes check the
read_api
checkbox
- Click the Create personal access token button to create the token
- Copy the token value from the returned page
- Download the gitlab_update_check.sh script from this repository and place it in
/usr/lib/zabbix/externalscripts/
- Run
chmod +x /usr/lib/zabbix/externalscripts/gitlab_update_check.sh
to make the script executable
- Test executing the script from the CLI of your Zabbix server by running the bash script inputting the gitlab hostname and your access token like
./gitlab_update_check.sh gitlab.example.com "PeRSoNaLaCcEsStOkEn"
- Make sure the output is either “up-to-date”, “new version out”, or “update asap”
- Once the script works OK, download the zabbix_template_gitlab_update_check.xml Zabbix template from this repository and import it into your Zabbix server
- In Zabbix, navigate to the host you want to perform checks on
- Create a new macro on the host called
{$GITLAB_TOKEN}
, in the value field put the personal access token you generated on the Gitlab server
- Make sure the URL hostname of the host is in the “Host name” field setting for the host (ie: gitlab.example.com) if your server is accessed via https://zabbix.example.com/
- Apply the imported template (called “Template Gitlab Update Check”) to the host
- Find the new item on the host called “Update Status” and execute it to test it
- Check the latest data to make sure you are getting the proper value from the script
Discovery rules
There are no discovery rules in this template.
Items collected
| Name |
Description |
Type |
Key and additional info |
| Update Status |
Status of the Gitlab software (ie: “up-to-date”) |
External check |
gitlab_update_check.sh[“{HOSTNAME}”, “{$GITLAB_TOKEN}”] |
Triggers
| Name |
Description |
Expression |
Priority |
| Gitlab Update Available |
A non-critical software update is available |
{gitlab.verticalcomputers.com:gitlab_update_check.sh["{HOSTNAME}", "{$GITLAB_TOKEN}"].str(up-to-date)}<>1 |
Warning |
| Gitlab Critical Update Available |
A critical software update is available |
{gitlab.verticalcomputers.com:gitlab_update_check.sh["{HOSTNAME}", "{$GITLAB_TOKEN}"].str(update asap)}=1 |
High |


org.flexiblepower.observation.ext
public class ObservationProviderRegistrationHelper extends java.lang.Object
| Modifier and Type | Field and Description |
|---|---|
static java.lang.String |
KEY_BASE
This is the base for all the property-keys that will be registered.
|
static java.lang.String |
KEY_OBSERVATION_OF
The is the key that will be used for describing what is being observed.
|
static java.lang.String |
KEY_OBSERVATION_TYPE
This is the base for the key that will be used to describe the type.
|
static java.lang.String |
KEY_OBSERVED_BY
This is the key that will be used for describing who is going to do the observing.
|
| Constructor and Description |
|---|
ObservationProviderRegistrationHelper(org.osgi.framework.BundleContext context)
Creates a new instance of this class.
|
ObservationProviderRegistrationHelper(java.lang.Object serviceObject)
Creates a new instance of this class.
|
ObservationProviderRegistrationHelper(java.lang.Object serviceObject,
org.osgi.framework.BundleContext context)
Creates a new instance of this class.
|
| Modifier and Type | Method and Description |
|---|---|
ObservationProviderRegistrationHelper |
observationOf(java.lang.String observationOf)
Sets the observationOf property.
|
ObservationProviderRegistrationHelper |
observationType(java.lang.Class<?> observationClass)
Sets all of the type.* properties using the given type of observations.
|
ObservationProviderRegistrationHelper |
observedBy(java.lang.String observedBy)
Sets the observedBy property.
|
org.osgi.framework.ServiceRegistration<?> |
register(java.lang.Class<?>... otherInterfaces)
Registers the service object with all of the set properties in the service registry.
|
ObservationProviderRegistrationHelper |
serviceObject(java.lang.Object serviceObject)
Changes the object that is to be registered as a
ObservationProvider . |
ObservationProviderRegistrationHelper |
setProperty(java.lang.String key,
java.lang.Object value)
Set a custom property.
|
public static final java.lang.String KEY_BASE
public static final java.lang.String KEY_OBSERVED_BY
public static final java.lang.String KEY_OBSERVATION_OF
public static final java.lang.String KEY_OBSERVATION_TYPE
public ObservationProviderRegistrationHelper(org.osgi.framework.BundleContext context)
context
- The BundleContext
that is used to register the service.public ObservationProviderRegistrationHelper(java.lang.Object serviceObject)
serviceObject
- The object that will be put into the service registry during the register(Class...)
method.public ObservationProviderRegistrationHelper(java.lang.Object serviceObject, org.osgi.framework.BundleContext context)
serviceObject
- The object that will be put into the service registry during the register(Class...)
method.context
- The bundleContext that will be used for service registration.public ObservationProviderRegistrationHelper serviceObject(java.lang.Object serviceObject)
ObservationProvider
. This object may also be a
ManagedServiceFactory
to be able to create many instances.
This method set the default observationOf(String)
to the string "unkown" and observedBy(String)
to the classname of the service, if they have not been set yet.serviceObject
- The object that is to be registeren as a ObservationProvider
.public ObservationProviderRegistrationHelper setProperty(java.lang.String key, java.lang.Object value)
key
- The key of the property.value
- The value of the property.public ObservationProviderRegistrationHelper observedBy(java.lang.String observedBy)
observedBy
- A short description of the thing that is being observed. By default this is the classname of the
service object.public ObservationProviderRegistrationHelper observationOf(java.lang.String observationOf)
observationOf
- A short description of the thing that is being observed. Usually this is the resource identifier.public ObservationProviderRegistrationHelper observationType(java.lang.Class<?> observationClass)
observationClass
- The type of the observations.public org.osgi.framework.ServiceRegistration<?> register(java.lang.Class<?>... otherInterfaces)
otherInterfaces
- Any other interfaces (next to the default ObservationProvider
) that this service should
register itself by.


Dutch court sentences Pakistani of threat to kill Wilders
by EndPlayTHE HAGUE, Netherlands (AP) - A Dutch court sentenced a Pakistani man Monday to 10 years in prison for plotting a terror attack on anti-Islam lawmaker Geert Wilders.
The 27-year-old man, whose identity was not released by The Hague District Court, was given a higher sentence Monday than the six years sought by prosecutors.
Judges said they imposed the higher sentence because of factors including the suspect's ongoing aim to kill Wilders.
They condemned the man's plan to attack Wilders as an assault on Dutch democracy and freedom of speech.
"Kudos for these judges," Wilders said in a tweet.
Death threats are part of Wilders' daily life because of his strident anti-Islam rhetoric. He has lived in safe houses and under round-the-clock protection for years.
The court said the 27-year-old traveled to the Netherlands in August last year planning to kill Wilders because of a competition the politician was organizing featuring cartoons of the Prophet Muhammad. The contest was eventually canceled.
Physical depictions of the prophet are forbidden in Islam and deeply offensive to Muslims.
Prosecutors told judges that the man threatened Wilders in a video he posted on Facebook in which he said: "I will send that dog ... to Hell."
The suspect denied plotting to kill Wilders.
The court said that organizing the contest was covered by Wilders' freedom of expression.
"The suspect wanted to carry out the attack in one of the buildings of Parliament, the heart of the Dutch democracy," the court said. "The attack would therefore have disrupted the fundamental political and constitutional structures in the Netherlands."


Create a beautiful responsive carousel slider.
Slider settings
We’ll be happy to help you!
By default slider has next settings:
{
contentSrc: 'array',
auto: true,
autoplayInterval: 3500,
animationType: 'fadeOut/fadeIn',
animationTime: '',
hoverAnimation: false,
hoverAnimationType: 'pulse',
constSliderHeight: false,
overflowHidden: true,
control: true,
}
You can change slider settings by next way:
- contentSrc - specify content to generate slides - type: string:
- "array" (default) - in case the collection of slides is some array;
- "html" - in case the collection of slides is html content of your container.
- auto - start slideshow when slider is within the user's screen (stop slideshow on hover) - type:
boolean:
- autoplayInterval - autoplay interval timeout - type: number (ms).
Autoplay interval have to be longer than two "animationTime".
- animationType - animation by Animate.css library - type: string:
- "fadeOut/fadeIn" (default);
- "fadeOutInDown/fadeOutInUp";
- "fadeOutInDownBig/fadeOutInUpBig";
- "fadeOutInLeft/fadeOutInRight";
- "fadeOutInLeftBig/fadeOutInRightBig";
- "fadeOutInLeftTop/fadeOutInRightBottom";
- "fadeOutInLeftBottom/fadeOutInRightTop";
- "backOutInDown/backOutInUp";
- "backOutInLeft/backOutInRight";
- "bounceOut/bounceIn"
- "bounceOutInDown/bounceOutInUp";
- "bounceOutInLeft/bounceOutInRight";
- "flipOutY/flipInY";
- "flipOutX/flipInX";
- "lightSpeedOutInLeft/lightSpeedOutInRight";
- "rotateOutInDownLeft/rotateOutInUpLeft";
- "rotateOutInDownRight/rotateOutInUpRight";
- "hingeOut/fadeIn";
- "bounceOut/jackInTheBox";
- "rollOut/rollIn";
- "zoomOut/zoomIn";
- "zoomOutInDown/zoomOutInUp";
- "zoomOutInLeft/zoomOutInRight";
- "slideOutInDown/slideOutInUp";
- "slideOutInLeft/slideOutInRight".
- animationTime - you can control the speed of the animation - type: string:
- "animate__slower" - 3s;
- "animate__slow" - 2s;
- "" - 1s (default);
- "animate__fast" - 800ms;
- "animate__faster" - 500ms.
- hoverAnimation - animation effect on slide hover - type: boolean:
- hoverAnimationType - hover animation by Animate.css library - type: string:
- "pulse" (default);
- "bounce";
- "rubberBand";
- "shakeX";
- "shakeY";
- "headShake";
- "swing";
- "tada;
- "wobble";
- "jello";
- "heartBeat".
- constSliderHeight - if "true" than the slider height is constant and approximately equal to the height of the
largest slide - type: boolean:
- overflowHidden - container css property "overflow: hidden" - specifies what happens if content
overflows an element's box - type: boolean:
- control - add some control elements (buttons "prev", "next") - type: boolean.
If "control: false" you can switch slide with click on it.
Enjoy it!


See: Description
| Interface | Description |
|---|---|
| ConnectionParameters |
Class that wraps the JDBC connection string for an SQL database.
|
| Class | Description |
|---|---|
| AdminConnectionParameters |
Databases might require access as a specific administrator.
|
| ConnectionPool<T extends ConnectionRecord> |
A pool for jdbc connections.
|
| ConnectionPoolProvider<T extends ConnectionPool> |
Creates a
ConnectionPool from a configuration. |
| ConnectionRecord |
Created by Jeff Gaynor
on 5/11/21 at 10:25 AM |
| DBInitializer |
A class that automates the creation of tables and indices for an SQL database.
|
| SQLConnectionImpl |
General connection parameters object for a relational database.
|
| SQLDatabase |
/**
Top-level SQL object.
|
| SQLDBInitializer |
Created by Jeff Gaynor
on 4/23/12 at 11:12 AM |
| SQLInitializerProvider |
Created by Jeff Gaynor
on 5/4/12 at 9:24 AM |
| SQLStore<V extends Identifiable> |
Top-level SQL store object.
|
| SQLStoreProvider<T extends Store> |
For creating SQL-based stores
|
| StackMap<V extends Identifiable> |
Created by Jeff Gaynor
on 5/11/21 at 8:49 AM |
| TableInitializer |
Created by Jeff Gaynor
on 5/3/12 at 3:21 PM |
Identifiable
interface. This gives a
way to track objects by unique identifier. This identifier should be the primary key for your database.
edu.uiuc.ncsa.security.storage.sql.Table
(or implements
edu.uiuc.ncsa.security.storage.sql.TableInterface
, which is a bit harder). Assuming you
are extending Table, you need to implement one, single method called
edu.uiuc.ncsa.security.storage.sql.TableInterface.createColumnDescriptors
. This tells the
system what columns it should create and what types they have.
SQLStore
. This has a couple of methods called
populate and depopulate. These methods tell how to take one of your objects and "populate"
it, i.e., set the values. "depopulate" tells how to get the values. read the documentation there.
Copyright © 2022. All rights reserved.


Mean Stack Tutorial
A tutorial on using the MEAN framework for developing web applications
Created by Mohammed Hussain, Jeff Sallans, Dave Farinelli
What is the MEAN Stack?
JavaScript frontend and backend web application setup. It uses:
- NoSql database
- Web application framework
- Frontend databinding framework
- Server-side JavaScript environment
Why MEAN Stack?
How it fits together
What is it?
Server-side JavaScript Environment
Competitors: PHP, Python, .Net
https://nodejs.org/
Why should I use it?
- Match the language on the frontend
- Better concurrency for IO-bound workloads
http://www.se-radio.net/tag/node-js/
Downside
- - JavaScript is not as strict as other server-side languages
- - Async callback code can be hard to read and debug
http://callbackhell.com/
Callback Hell
x = getData(); //Asyc call
y = getMoreData(x); //Asyc call
z = getMoreData(y); //Asyc call
var result = z;
...in JavaScript...
getData(function(x){
getMoreData(x, function(y){
getMoreData(y, function(z){
…
var result = z;
});
});
});
Use a library like Q.js
var result = getData()
.Then(getMoreData)
.Then(getMoreData)
What is Express
Another javascript framework, and apparently the most popular one.
What is Express
- Lightweight web application framework
- Built using node.js http module
- Organized into an MVC framework
- Uses a templating language, typically EJS or jade
What is Express
- Manages routes
- Handles requests and view
- Feature richness available through plugins
Why Express
- Most mature node.js framework. Released in 2009, has over 5 years of development
- Massive community with a lot of support
- Small learning curve
- Modular
- Allows use of MVC architecture, and provides templating and rendering
Why not Express
- Built using node
- Must configure all endpoints (500 errors)
Other options
- IIS
- Meteor js - large following and push for it
- LAMP
MongoDB
MongoDB is a no-SQL database that stores its values in JSON-like documents with dynamic schemas.
MongoDB in a Nutshell
- NoSQL database
-
- Not a relational database - no tables and rows used, but collections and documents instead.
- Data stored in key-value pairs in BSON (similiar to JSON)
- No schema enforcement - relies on the application
- Provides eventual consistency vs. strict consistency (faster, potentially less real-time accuracy)
- Generally more flexible than a relational database, with both good and bad.
MongoDB Storage - BSON
RDBMS vs. NoSQL
Replica Set
MongoDB servers are capable of working together in a set to natively allow horizontal scaling and eventual consistency.
Setting up MongoDB
- Download and install MongoDB (install in C:\MongoDB)
- Create default directory - c:/data/db
- Run mongo server (from console)
-
cd c:\MongoDB\Server\3.0\bin
.\mongod
MongoDB Demo
- Mongo shell introduction
- CRUD actions via shell
- Replica set features
ADK
Additional domain knowledge


| I l@ve RuBoard |
The win32evtlog module interfaces to the Win32 SDK functions that deal with the Windows NT Event Log. This module also contains generic message resources suitable for reference in Event Log records.
| CloseEventLog( ) |
Closes a handle to the Event Log.
CloseEventLog(handle)
The handle to close, as obtained from win32evtlog.OpenEventLog().
| OpenEventLog( ) |
Opens a handle to one of the Event Logs on the specified machine.
handle = OpenEventLog(machineName, logName)
The name of the machine to connect to or None for the current machine.
The name of the Event Log to open, such as Application, System, or Security.
The return value is an integer handle to the Event Log.
| ReadEventLog( ) |
Reads a number of records from an open Event Log.
records = ReadEventLog(handle, readFlags, recordOffset)
An open handle to the Event Log, obtained from win32evtlog.OpenEventLog().
Specify how the read operation is to proceed and may be a combination of the following flags:
The Log is read in forward chronological order.
The Log is read in reverse chronological order.
The read operation proceeds from the record specified by the recordOffset parameter. If this flag is used, readFlags must also specify EVENTLOG_FORWARDS_READ or EVENTLOG_BACKWARDS_READ, which indicates the direction for successive read operations.
The read operation proceeds sequentially from the last call to the win32evtlog.ReadEventLog() function using this handle.
Specifies the log-entry record number at which the read operation should start. This parameter is ignored unless the readFlags parameter includes the EVENTLOG_SEEK_READ flag.
The result is a list of PyEVENTLOGRECORD objects. The number of records returned by a single call can be determined only after the call has returned.
| PyEVENTLOGRECORD object |
A PyEVENTLOGRECORD object reads records from the Event Log or writes new records to the Log.
This object has no methods.
The number of the Event Log record. This number can be used to find the specific record.
A Time object indicating the time the record was generated.
A Time object indicating the time the record was actually written to the Log.
An integer event ID, as defined by the application writing the record.
An integer defining the event type, which can be one of the following:
An integer event category, as defined by the application writing the record.
The name of the application that generated the Event Log record.
The name of the computer that generated this message.
A list of string inserts for this message.
The security identifier of a user to be associated with this record.
The raw binary data for the Event Log record.
| Messages |
The win32evtlog.pyd file contains embedded messages suitable for using to write to the Event Log. Only generic messages are provided.
|
Message ID |
Event Type |
Message Text |
|---|---|---|
|
1 to 9 |
Error |
%1 |
|
1 to 9 |
Information |
%1 |
|
1 to 9 |
Success |
%1 |
|
1 to 9 |
Warning |
| I l@ve RuBoard |


This program allows you to know which tiangle whose measurements you've inputed
Side1:
Side2:
Side3:
To find out which triangle you have inputed measurements for, Click on answer


The Web -
The world wide web is a collection of HTML documnets.
The major pieces of the of the web are you (pc/browser), the net and severs.
HTML -
HTML is an acronym for hyper text markup language.
HTML doucumnes are made up of text content, and HTML attributes.
Text content is what you see.
Markup is what it looks like and is created using html tags.
HTML attributes include refrences and links to other documents (music, video, etc.)
Tags-
There are several types of tags including attribute tags, inline tags and block tags.
Attribute tags include links to other pages like My Facebook. As well as images and videos seen on the page.
Inline tags include Bold, Italics, and span.
Block tags include the paragraph tag and the div tag.
CSS -
Cascading Style Sheets - style sheet language used for describing the look and formatting of a
document written in a markup language.
DOM -
Document Object Model - a cross-platform and language-independent convention for representing and
interacting with objects in HTML (and other markup languages). The nodes of every document are
organized
in a tree structure, called the DOM tree.


Before Change
train_images, train_labels, test_images, test_labels = loaders.split_raw_data(images, self.__all_labels, self.__train_test_split)
// create batches of input data and labels for training
self.__parse_dataset(train_images, train_labels, test_images, test_labels)
else:
self.__parse_images(images)
def load_multiple_labels_from_csv(self, filepath, id_column=0):
After Change
// prepare images for training (if there are any labels loaded)
if self.__all_labels is not None:
// split data
with self.__graph.as_default():
train_images, train_labels, test_images, test_labels = loaders.split_raw_data(images, self.__all_labels, self.__train_test_split)
// create batches of input data and labels for training
with self.__graph.as_default():
self.__parse_dataset(train_images, train_labels, test_images, test_labels)
else:
with self.__graph.as_default():
self.__parse_images(images)


The GStreamer Bad Plug-ins package contains a set a set of plug-ins that aren't up to par compared to the rest. They might be close to being good quality, but they're missing something - be it a good code review, some documentation, a set of tests, a real live maintainer, or some actual wide use.
This package is known to build and work properly using an LFS-7.4 platform.
GStreamer 1.0 series is not API or ABI compatible with GStreamer 0.10 series and both can be installed on the same system.
Download (HTTP): http://gstreamer.freedesktop.org/src/gst-plugins-bad/gst-plugins-bad-1.0.10.tar.xz
Download MD5 sum: f1fd76e251824d80657dbe3ceb1d9aa1
Download size: 3.0 MB
Estimated disk space required: 95 MB
Estimated build time: 1.4 SBU
libdvdread-4.2.0, libdvdnav-4.2.0 and SoundTouch-1.7.1
cURL-7.32.0, FAAC-1.28, FAAD2-2.7, GTK+-3.8.4, libexif-0.6.21, libmpeg2-0.5.1, MesaLib-9.2.0, mpg123-1.15.4, neon-0.30.0, OpenJPEG-1.5.1, OpenSSL-1.0.1e, Xorg Libraries, Celt, Flite, Game Music Emu, GSM, libass, libdca, libmimic, libmms, libofa, libvdpau, MJPEG Tools, OpenAL, ORC, RTMPDUMP, Schroedinger, VO AAC, VO AMRWB, Wayland and ZBAR
User Notes: http://wiki.linuxfromscratch.org/blfs/wiki/gst10-plugins-bad
Install GStreamer Bad Plug-ins by running the following commands:
./configure --prefix=/usr \ --with-package-name="GStreamer Bad Plugins 1.0.10 BLFS" \ --with-package-origin="http://www.linuxfromscratch.org/blfs/view/svn/" && make
To test the results, issue: make check.
Now, as the root
user:
make install
Last updated on 2013-09-01 08:30:05 -0700


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GraphQL-incompatible identifiers of your API are sanitized. For example, API parameters or data definitions with unsupported characters (e.g., -
, .
, ,
, :
, ;
...) are removed.
OpenAPI-to-GraphQL provides viewers to support passing API keys or basic auth credentials. OAuth 2.0 integration can be handled by the hosting application (learn more...).
We've curated resources to help you get started faster with OpenAPI-to-GraphQL.


What is needed for open science ?
Reproducibility
Open source
Easy access with interactivity
Peer reviewed
The past of science
The future of science
What can you do with neurolibre ?
Publication workflow
Front-end : Jupyter Books
Back-end : Binderhub
Partners


|
SGCoreCs
v1.3.1
SenseGlove C# API
|
A type of glove that includes finger tracking and/or force-feedback methods. More...
Public Member Functions | |
| override DeviceType | GetDeviceType () |
| Retrieve this HapticGlove's DeviceType. Used to distinguish between SenseGove and Nova Gloves. More... | |
| override string | GetDeviceID () |
| Return this HapitcGlove's unique identifier. More... | |
| override string | GetHardwareVersion () |
| Retrieve this glove's hardwareversion (DK1, etc). More... | |
| override int | GetFirmwareVersion () |
| Retrieve this device's main firmware version. v4.12 returns 4. More... | |
| override int | GetSubFirmwareVersion () |
| Retrieve this device's sub firmware version. v4.12 returns 12. More... | |
| abstract bool | IsRight () |
| Returns true if this glove is made for a right hand. If false, it's a left hand. More... | |
| virtual bool | GetIMURotation (out Quat IMU) |
| Retrieve this glove's IMU rotation, if if has any More... | |
| virtual bool | GetHandPose (BasicHandModel handGeometry, HandProfile handProfile, out HandPose handPose) |
| Calculate the Hand Pose of this device, provided it has Hand Tracking available More... | |
| bool | GetHandPose (BasicHandModel handGeometry, out HandPose handPose) |
| Returns the latest hand pose for a specific hand ggeometry, using the latest profile on disk. More... | |
| bool | GetHandPose (out HandPose handPose) |
| Retruns the latest handPose using a default HandGeometry and the latest profile stored on disk. More... | |
| virtual bool | GetHandPose (HandProfile handProfile, out HandPose handPose) |
| Calculate the Hand Pose of this device, provided it has Hand Tracking available, using a default hand geometry. More... | |
| virtual void | StopHaptics () |
| Stops all Haptic effects if any are currently playing. Useful at the end of simulations or when resetting. More... | |
| virtual void | StopVibrations () |
| Stops all vibrations, but does not affect the force-feedback More... | |
| virtual bool | SendHaptics () |
| Take all active commands in the device queue, compile them into one and send them to the device. More... | |
| virtual bool | QueueFFBLevels (float[] levels01) |
| Queue a list of force-feedback levels, between 0.0 and 1.0. Your list should be sorted from thumb to pinky. More... | |
| virtual bool | QueueFFBLevel (Finger finger, float level01) |
| Set the Force-Feedback value of a particular finger to a specific level More... | |
| virtual void | SendHaptics (SG_FFBCmd ffb) |
| Send Haptic Commands to this Glove. More... | |
| virtual void | SendHaptics (SG_BuzzCmd buzz) |
| Send Haptic Commands to this Glove. More... | |
| virtual void | SendHaptics (ThumperCmd thumper) |
| Send Haptic Commands to this Glove. More... | |
| virtual void | SendHaptics (SG_FFBCmd ffb, SG_BuzzCmd buzz) |
| Send Haptic Commands to this Glove. More... | |
| virtual void | SendHaptics (SG_FFBCmd ffb, SG_BuzzCmd buzz, ThumperCmd thumper) |
| Send Haptic Commands to this Glove. Updates Last Commands. Backwards-Compatibility. More... | |
| virtual bool | GetCalibrationValues (out Vect3D[] values) |
| Retrieve calibration values of this glove, as an array of size 5, containing x (roll), y (flexion), z (abduction) values. More... | |
| virtual void | ResetCalibrationRange () |
| Reset Calbratrion range for this Device. More... | |
| virtual void | UpdateCalibrationRange () |
| Updates calibration values only More... | |
| virtual void | UpdateCalibrationRange (Vect3D[] calibrationValues) |
| Updates calibration values only More... | |
| virtual void | GetCalibrationRange (out Vect3D[] minimumVals, out Vect3D[] maximumVals) |
| Access the minumum- and maximum sensor values measured by this Haptic Glove, in this session. More... | |
| virtual void | UpdateCalibration (ref HandProfile profile) |
| Updates Calibration values and applies it to the Profile. More... | |
| virtual void | ApplyCalibration (ref HandProfile profile) |
| Apply this glove's calibration range to a handProfile More... | |
| virtual void | GetWristLocation (Vect3D refPosition, Quat refRotation, PosTrackingHardware trackingHardware, out Vect3D wristPos, out Quat wristRot) |
| Retrieve the location of the wrist, based on a reference location and default glove-hand offsets. More... | |
| virtual void | GetGloveLocation (Vect3D refPosition, Quat refRotation, PosTrackingHardware trackingHardware, out Vect3D glovePos, out Quat gloveRot) |
| Retrieve the location of the glove origin, based on a reference location. More... | |
| Public Member Functions inherited from SGCore.SGDevice | |
| virtual string | FirmwareString () |
| Retreive the Device's firmware as a string. Ex. "v4.7" More... | |
| string | GetAddress () |
| Retrieve this Device's Serial/Bluetooth address. More... | |
| ConnectionType | GetConnectionType () |
| Retrieve the connection type of this Sense Glove. More... | |
| bool | IsConnected () |
| Check if this device is currently connected to the system. More... | |
| int | PacketsPerSecondReceived () |
| Retrieve the device's Packets per Second Variable More... | |
| int | PacketsPerSecondSent () |
| Retrieve the device's Packets per Second Variable More... | |
| int | GetDeviceIndex () |
| Retrieve the index of this device within SenseComm. More... | |
| virtual bool | IsWireless () |
| Returns true if this device is connected over a connection other than usb cable. More... | |
| virtual bool | HasBattery () |
| Returns true if this device operates on abattery More... | |
| virtual bool | IsCharging () |
| Returns true if this device is currently charging More... | |
| virtual bool | GetBatteryLevel (out float battLvl) |
| Returns the device's battery level, as a value between 0 (empty) and 1 (full). More... | |
| override string | ToString () |
| Retrieve a String representation of this object. More... | |
Static Public Member Functions | |
| static HapticGlove[] | GetHapticGloves (bool connectedOnly=true) |
| Get all Haptic Gloves connected to this system. They may or may not be connected More... | |
| static bool | GetGlove (out HapticGlove glove) |
| Get the first Haptic Glove connected to this System More... | |
| static bool | GetGlove (bool rightHanded, out HapticGlove glove) |
| Get the first left/right Haptic Glove connected to this System More... | |
Protected Attributes | |
| Vect3D[] | minValues = null |
| The minimum calibration values measured by this glove. More... | |
| Vect3D[] | maxValues = null |
| The maximum calibration values measured by this glove. More... | |
| Protected Attributes inherited from SGCore.SGDevice | |
| int | deviceIndex = -1 |
| The index of this device inside the SenseComm program. Used to access shared memory. More... | |
| string | ipcAddress = "device" |
| Internal shared memory adress. More... | |
| int | lastCmdID = 0 |
| used to generate new cmd ids when sending special commands More... | |
Additional Inherited Members | |
| Public Types inherited from SGCore.SGDevice | |
| enum class | ConnectionType { Unknown = -1 , Serial , BluetoothSerial , BluetoothAndroid } |
| The type of connection this device is using More... | |
A type of glove that includes finger tracking and/or force-feedback methods.
|
virtual |
Apply this glove's calibration range to a handProfile
| profile |
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Access the minumum- and maximum sensor values measured by this Haptic Glove, in this session.
| minimumVals | |
| maximumVals |
|
virtual |
Retrieve calibration values of this glove, as an array of size 5, containing x (roll), y (flexion), z (abduction) values.
| values |
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Return this HapitcGlove's unique identifier.
Implements SGCore.SGDevice.
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Retrieve this HapticGlove's DeviceType. Used to distinguish between SenseGove and Nova Gloves.
Reimplemented from SGCore.SGDevice.
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Retrieve this device's main firmware version. v4.12 returns 4.
Implements SGCore.SGDevice.
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
static |
Get the first left/right Haptic Glove connected to this System
| glove |
|
static |
Get the first Haptic Glove connected to this System
| glove |
|
virtual |
Retrieve the location of the glove origin, based on a reference location.
| refPosition | Position of the tracked object, in mm, relative to your origin |
| refRotation | Rotation of the tracked object relative to your origin |
| trackingHardware | The hardware mounted on the SenseGlove. |
| glovePos | The 3D Position of the glove, in mm, relative to your origin |
| gloveRot | The 3D Rotation of the glove, relative to your origin |
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Calculate the Hand Pose of this device, provided it has Hand Tracking available
| handGeometry | |
| handProfile | |
| handPose |
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
| bool SGCore.HapticGlove.GetHandPose | ( | BasicHandModel | handGeometry, |
| out HandPose | handPose | ||
| ) |
Returns the latest hand pose for a specific hand ggeometry, using the latest profile on disk.
| handGeometry | |
| handPose |
|
virtual |
Calculate the Hand Pose of this device, provided it has Hand Tracking available, using a default hand geometry.
| handProfile | |
| handPose |
| bool SGCore.HapticGlove.GetHandPose | ( | out HandPose | handPose | ) |
Retruns the latest handPose using a default HandGeometry and the latest profile stored on disk.
| handPose |
|
static |
Get all Haptic Gloves connected to this system. They may or may not be connected
| connectedOnly | If false, we'll return all haptic gloves ever detected during this session |
|
virtual |
Retrieve this glove's hardwareversion (DK1, etc).
Implements SGCore.SGDevice.
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Retrieve this glove's IMU rotation, if if has any
| IMU |
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Retrieve this device's sub firmware version. v4.12 returns 12.
Reimplemented from SGCore.SGDevice.
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Retrieve the location of the wrist, based on a reference location and default glove-hand offsets.
The simplest interface, using default offsets
| refPosition | Position of the tracked object, in mm, relative to your origin |
| refRotation | Rotation of the tracked object relative to your origin |
| trackingHardware | The hardware mounted on the SenseGlove. |
| wristPos | The 3D Position of the wrist, in mm, relative to your origin |
| wristRot | The 3D Rotation of the wrist, relative to your origin |
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
pure virtual |
Returns true if this glove is made for a right hand. If false, it's a left hand.
Implemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Set the Force-Feedback value of a particular finger to a specific level
| level01 | Value will be clamped between [0...1], where 0.0f means no Force-Feedback, and 1.0 means full force-feedback. |
| finger | The finger to which to send the command. |
Implements SGCore.Haptics.IFingerFFB_SetLevels.
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Queue a list of force-feedback levels, between 0.0 and 1.0. Your list should be sorted from thumb to pinky.
| levels01 | Array containing the Force-Feedback levels, from 0.0 (no FFB) to 1.0. A value < 0.0f will be ignored. |
devices that 'only' have on/off FFB will treat any value > 0.0 as 1.0.
Implements SGCore.Haptics.IFingerFFB_SetLevels.
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Reset Calbratrion range for this Device.
Reimplemented in SGCore.SG.SenseGlove.
|
virtual |
Take all active commands in the device queue, compile them into one and send them to the device.
Implements SGCore.Haptics.IFingerFFB_SetLevels.
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Send Haptic Commands to this Glove.
| buzz |
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Send Haptic Commands to this Glove.
| ffb |
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Send Haptic Commands to this Glove.
| buzz |
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Send Haptic Commands to this Glove. Updates Last Commands. Backwards-Compatibility.
| ffb | |
| buzz | |
| thumper |
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
|
virtual |
Stops all Haptic effects if any are currently playing. Useful at the end of simulations or when resetting.
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Stops all vibrations, but does not affect the force-feedback
Reimplemented in SGCore.SG.SenseGlove, and SGCore.Nova.NovaGlove.
|
virtual |
Updates Calibration values and applies it to the Profile.
| profile |
|
virtual |
Updates calibration values only
|
virtual |
Updates calibration values only
|
protected |
The maximum calibration values measured by this glove.
|
protected |
The minimum calibration values measured by this glove.


Common types¶
core.Locality¶
Identifies location of where either Envoy runs or where upstream hosts run.
{
"region": "...",
"zone": "...",
"sub_zone": "..."
}
- zone
- (string) Defines the local service zone where Envoy is running. Though optional, it
should be set if discovery service routing is used and the discovery
service exposes zone data,
either in this message or via
--service-zone
. The meaning of zone is context dependent, e.g. Availability Zone (AZ) on AWS, Zone on GCP, etc.
- sub_zone
- (string) When used for locality of upstream hosts, this field further splits zone into smaller chunks of sub-zones so they can be load balanced independently.
core.Node¶
Identifies a specific Envoy instance. The node identifier is presented to the management server, which may use this identifier to distinguish per Envoy configuration for serving.
{
"id": "...",
"cluster": "...",
"metadata": "{...}",
"locality": "{...}",
"build_version": "..."
}
- id
- (string) An opaque node identifier for the Envoy node. This also provides the local
service node name. It should be set if any of the following features are
used: statsd, CDS, and HTTP tracing, either in this message or via
--service-node
.
- cluster
- (string) Defines the local service cluster name where Envoy is running. Though
optional, it should be set if any of the following features are used:
statsd, health check cluster
verification,
runtime override directory,
user agent addition,
HTTP global rate limiting,
CDS, and HTTP tracing, either in this message or via
--service-cluster
.
- metadata
- (Struct) Opaque metadata extending the node identifier. Envoy will pass this directly to the management server.
- locality
- (core.Locality) Locality specifying where the Envoy instance is running.
- build_version
- (string) This is motivated by informing a management server during canary which version of Envoy is being tested in a heterogeneous fleet. This will be set by Envoy in management server RPCs.
core.Metadata¶
Metadata provides additional inputs to filters based on matched listeners, filter chains, routes and endpoints. It is structured as a map, usually from filter name (in reverse DNS format) to metadata specific to the filter. Metadata key-values for a filter are merged as connection and request handling occurs, with later values for the same key overriding earlier values.
An example use of metadata is providing additional values to http_connection_manager in the envoy.http_connection_manager.access_log namespace.
Another example use of metadata is to per service config info in cluster metadata, which may get consumed by multiple filters.
For load balancing, Metadata provides a means to subset cluster endpoints. Endpoints have a Metadata object associated and routes contain a Metadata object to match against. There are some well defined metadata used today for this purpose:
{"envoy.lb": {"canary": <bool> }}
This indicates the canary status of an endpoint and is also used during header processing (x-envoy-upstream-canary) and for stats purposes.
{
"filter_metadata": "{...}"
}
core.RuntimeUInt32¶
Runtime derived uint32 with a default when not specified.
{
"default_value": "...",
"runtime_key": "..."
}
- default_value
- (uint32) Default value if runtime value is not available.
- runtime_key
- (string, REQUIRED) Runtime key to get value for comparison. This value is used if defined.
core.HeaderValue¶
Header name/value pair.
{
"key": "...",
"value": "..."
}
- key
- (string, REQUIRED) Header name.
- value
(string) Header value.
The same format specifier as used for HTTP access logging applies here, however unknown header values are replaced with the empty string instead of -.
core.HeaderValueOption¶
[core.HeaderValueOption proto]
Header name/value pair plus option to control append behavior.
{
"header": "{...}",
"append": "{...}"
}
- header
- (core.HeaderValue, REQUIRED) Header name/value pair that this option applies to.
- append
- (BoolValue) Should the value be appended? If true (default), the value is appended to existing values.
core.DataSource¶
Data source consisting of either a file or an inline value.
{
"filename": "...",
"inline_bytes": "...",
"inline_string": "..."
}
- filename
(string) Local filesystem data source.
Precisely one of filename, inline_bytes, inline_string must be set.
- inline_bytes
(bytes) Bytes inlined in the configuration.
Precisely one of filename, inline_bytes, inline_string must be set.
- inline_string
(string) String inlined in the configuration.
Precisely one of filename, inline_bytes, inline_string must be set.
core.TransportSocket¶
Configuration for transport socket in listeners and clusters. If the configuration is empty, a default transport socket implementation and configuration will be chosen based on the platform and existence of tls_context.
{
"name": "...",
"config": "{...}",
"typed_config": "{...}"
}
- name
- (string, REQUIRED) The name of the transport socket to instantiate. The name must match a supported transport socket implementation.
- config
(Struct) Implementation specific configuration which depends on the implementation being instantiated. See the supported transport socket implementations for further documentation.
Only one of config, typed_config may be set.
- typed_config
(Any) Implementation specific configuration which depends on the implementation being instantiated. See the supported transport socket implementations for further documentation.
Only one of config, typed_config may be set.
core.SocketOption¶
Generic socket option message. This would be used to set socket options that might not exist in upstream kernels or precompiled Envoy binaries.
{
"description": "...",
"level": "...",
"name": "...",
"int_value": "...",
"buf_value": "...",
"state": "..."
}
- description
- (string) An optional name to give this socket option for debugging, etc. Uniqueness is not required and no special meaning is assumed.
- level
- (int64) Corresponding to the level value passed to setsockopt, such as IPPROTO_TCP
- name
- (int64) The numeric name as passed to setsockopt
- int_value
(int64) Because many sockopts take an int value.
- state
- (core.SocketOption.SocketState) The state in which the option will be applied. When used in BindConfig STATE_PREBIND is currently the only valid value.
Enum core.SocketOption.SocketState¶
[core.SocketOption.SocketState proto]
- STATE_PREBIND
- (DEFAULT) Socket options are applied after socket creation but before binding the socket to a port
- STATE_BOUND
- Socket options are applied after binding the socket to a port but before calling listen()
- STATE_LISTENING
- Socket options are applied after calling listen()
core.RuntimeFractionalPercent¶
[core.RuntimeFractionalPercent proto]
Runtime derived FractionalPercent with defaults for when the numerator or denominator is not specified via a runtime key.
{
"default_value": "{...}",
"runtime_key": "..."
}
- default_value
- (type.FractionalPercent, REQUIRED) Default value if the runtime value’s for the numerator/denominator keys are not available.
- runtime_key
- (string) Runtime key for a YAML representation of a FractionalPercent.
core.ControlPlane¶
Identifies a specific ControlPlane instance that Envoy is connected to.
{
"identifier": "..."
}
- identifier
- (string) An opaque control plane identifier that uniquely identifies an instance of control plane. This can be used to identify which control plane instance, the Envoy is connected to.
Enum core.RoutingPriority¶
Envoy supports upstream priority routing both at the route and the virtual cluster level. The current priority implementation uses different connection pool and circuit breaking settings for each priority level. This means that even for HTTP/2 requests, two physical connections will be used to an upstream host. In the future Envoy will likely support true HTTP/2 priority over a single upstream connection.
- DEFAULT
- (DEFAULT)
- HIGH
-
Enum core.RequestMethod¶
HTTP request method.


Determines which of the supplied routes will be used for the Dispatcher.
If no route is valid then we assume that you are using the default MVC pattern of /controller/action/my/variables/go/here/foobar. This router matches from first to last, so if potentially more than one route matches then we will route to the first declared. This is due to exiting as soon as we locate a valid route to save processing time. Routes are greedy by default, so place your more specific routes first.
All routes use the following pattern modifiers:
An example of how to use this class in the index.php is as follows:
addRoute('Foo')
->setRoute('foo/:bar/:acme')
->setFormat(array(
'bar' => '\d+',
'acme' => '[a-z0-9]+')
)
->setEndpoint(array(
'controller' => 'Foo',
'action' => 'bar')
);
// Start the application
new Core\Front('MyProject', $router);
Note: If no regex formats are supplied then we use the default of [\w-]+ (any alpha numeric character (a-z, 0-9, underscores) and dashes) for the variable (:var) matching.
URL's will often change. Defining them in a single place (the router) will save you having to rewrite them in your View Helpers/Partials. It is also safer because URL encoding will be taken care for you.
| copyright | Copyright (c) 2012-2013 Christopher Hill |
|---|---|
| license | The MIT License |
| author | Christopher Hill |
| package | MVC |
| see | \Core\/Library/MyProject/View/Helper/Route.php |
addRoute(string $routeName) : \Core\Core\Route
| access | public |
|---|
string
The name of the route.
\InvalidArgumentException |
If the route name has already been declared. |
|---|
\Core\Core\Route
The new Route, for chainability.reverse(string $routeName, array $params) : string
Make a URL out of a route name and parameters, rather than parsing one. Note that this function does not care about URL paths!
| access | public |
|---|---|
| static |
string
The name of the route we wish to generate a URL for.
array
The parameters that the route requires.
\Exception |
If the route does not exist. |
|---|
string
route()
| access | public |
|---|
routeTest(array $requestUrl, \Core\Core\Route $route) : boolean
| access | private |
|---|
array
The URL to test the route against.
\Core\Core\Route
A Route declared by the application.
boolean
$_routePath : string
| access | private |
|---|
$_routes : array
| access | private |
|---|---|
| static |


Buffalo Plains [as76], plain, in Imperia, peasants: 1000
Last updated Turn #128
Buffalo Plains [as76], plain, in Imperia, peasants: 1000
------------------------------------------------------------------------
0: Celia [i4d] recruited 23 peasants.
1: Garrison [bj3z], garrison, Imperial Empire, with ten soldiers now
1: guards Buffalo Plains [as76].
2: Elmar [d7q], Pen, with one peasant, 15 soldiers, 48 pikemen,
2: one skirmisher, five wagons, went north, accompanied by:
2: Audrey [j9v], Pen, with two peasants, 18 workers, 51 lt. xbowmen,
2: 18 wagons
2: Celia [i4d], Pen, with 23 peasants, 30 soldiers
2: Cindy [z1c], Pen, with 17 peasants, one worker, 76 soldiers
2: Stack of nazgul [by9m] attacks Elmar [d7q]!
2:
2: Stack of nazgul [by9m], nazgul, number: 4
2:
2: Elmar [d7q], Pen, with one peasant, 15 soldiers, 48 pikemen,
2: one skirmisher, five wagons, accompanied by:
2: Audrey [j9v], Pen, behind 9, with two peasants, 18 workers,
2: 51 lt. xbowmen, 18 wagons
2: Celia [i4d], Pen, with 23 peasants, 30 soldiers
2: Cindy [z1c], Pen, behind 9, with 17 peasants, one worker,
2: 76 soldiers
2:
2: Initial missile round for the defense (Elmar [d7q]):
2: Three missiles hit!
2: Stack of nazgul [by9m] loses three nazgul [55].
2:
2: Combat round: one
2: Missile phase:
2: Elmar's forces hit with two missiles.
2: Stack of nazgul [by9m] suffers a hit!
2:
2: Elmar [d7q] is victorious!
2:
2: Stack of nazgul lost three nazgul.
2: Stack of nazgul [by9m] was killed.
2:
4: Rond Mertian [w2j], refugee, arrived from the north.
6: Rond Mertian [w2j], refugee, went west.
30: Overcrowding causes zero peasant deaths.
Province controlled by Hyksos Keep [y57], castle, in Imperial
Mountains [ao73]
Ruled by The Bard [s2a], duke
Border closed.
Entrance fees:
Routes leaving Buffalo Plains:
North, plain, to Buffalo Plains [ar76], 7 days
East, plain, to Buffalo Plains [as77], 7 days
Garrison [cu0j], garrison, Imperial Empire, with ten peasants
South, to Ocean [at76], The Outer Sea, 2 days
West, plain, to Buffalo Plains [as75], 7 days
Seen here:
Garrison [bj3z], garrison, Imperial Empire, with ten peasants
Stack of giants [ep7f], giants, number: 9


Ph.D. Portfolio
The ICS Department requires all Ph.D. students to develop a portfolio as part of their degree experience. This site illustrates the use of TechFolios to satisfy the portfolio requirements.
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Sync CoinMarketCap Coins
This page let's you sync the CMC coins. You can add a new coin
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- data() - Method in class com.sun.mail.smtp.SMTPTransport
-
Send the DATA
command to the SMTP host and return
an OutputStream to which the data is to be written.
- datalen - Variable in class javax.mail.util.SharedFileInputStream
-
The amount of data in this subset of the file.
- DATE - Static variable in class com.sun.mail.imap.SortTerm
-
Sort by sent date and time.
- date - Variable in class javax.mail.search.DateTerm
-
The date.
- DateTerm - Class in javax.mail.search
-
This class implements comparisons for Dates
- DateTerm(int, Date) - Constructor for class javax.mail.search.DateTerm
-
Constructor.
- debug - Variable in class javax.mail.Service
-
Debug flag for this service.
- decode(InputStream, String) - Static method in class javax.mail.internet.MimeUtility
-
Decode the given input stream.
- decodeText(String) - Static method in class javax.mail.internet.MimeUtility
-
Decode "unstructured" headers, that is, headers that are defined
as '*text' as per RFC 822.
- decodeWord(String) - Static method in class javax.mail.internet.MimeUtility
-
The string is parsed using the rules in RFC 2047 and RFC 2231 for
parsing an "encoded-word".
- defaultPort - Variable in class com.sun.mail.imap.IMAPStore
-
- delete(boolean) - Method in class com.sun.mail.imap.IMAPFolder
-
Delete this folder.
- DELETE - Static variable in class com.sun.mail.imap.Rights.Right
-
Delete - STORE \DELETED flag, perform EXPUNGE.
- delete(boolean) - Method in class com.sun.mail.pop3.POP3Folder
-
Always throws MethodNotSupportedException
because the POP3 protocol doesn't allow the INBOX to
be deleted.
- delete(boolean) - Method in class javax.mail.Folder
-
Delete this Folder.
- DELETED - Static variable in class javax.mail.event.FolderEvent
-
The folder was deleted.
- DELETED - Static variable in class javax.mail.Flags.Flag
-
This message is marked deleted.
- DeliveryStatus - Class in com.sun.mail.dsn
-
A message/delivery-status message content, as defined in
RFC 3464.
- DeliveryStatus() - Constructor for class com.sun.mail.dsn.DeliveryStatus
-
Construct a delivery status notification with no content.
- DeliveryStatus(InputStream) - Constructor for class com.sun.mail.dsn.DeliveryStatus
-
Construct a delivery status notification by parsing the
supplied input stream.
- dh - Variable in class javax.mail.internet.MimeBodyPart
-
The DataHandler object representing this Part's content.
- dh - Variable in class javax.mail.internet.MimeMessage
-
The DataHandler object representing this Message's content.
- disconnected(ConnectionEvent) - Method in class javax.mail.event.ConnectionAdapter
-
- DISCONNECTED - Static variable in class javax.mail.event.ConnectionEvent
-
A connection was disconnected (not currently used).
- disconnected(ConnectionEvent) - Method in interface javax.mail.event.ConnectionListener
-
Invoked when a Store is disconnected.
- dispatch(Object) - Method in class javax.mail.event.ConnectionEvent
-
Invokes the appropriate ConnectionListener method
- dispatch(Object) - Method in class javax.mail.event.FolderEvent
-
Invokes the appropriate FolderListener method
- dispatch(Object) - Method in class javax.mail.event.MailEvent
-
This method invokes the appropriate method on a listener for
this event.
- dispatch(Object) - Method in class javax.mail.event.MessageChangedEvent
-
Invokes the appropriate MessageChangedListener method.
- dispatch(Object) - Method in class javax.mail.event.MessageCountEvent
-
Invokes the appropriate MessageCountListener method.
- dispatch(Object) - Method in class javax.mail.event.StoreEvent
-
Invokes the appropriate StoreListener method.
- dispatch(Object) - Method in class javax.mail.event.TransportEvent
-
Invokes the appropriate TransportListener method.
- DispositionNotification - Class in com.sun.mail.dsn
-
A message/disposition-notification message content, as defined in
RFC 3798.
- DispositionNotification() - Constructor for class com.sun.mail.dsn.DispositionNotification
-
Construct a disposition notification with no content.
- DispositionNotification(InputStream) - Constructor for class com.sun.mail.dsn.DispositionNotification
-
Construct a disposition notification by parsing the
supplied input stream.
- doCommand(IMAPFolder.ProtocolCommand) - Method in class com.sun.mail.imap.IMAPFolder
-
Execute a user-supplied IMAP command.
- doCommand(IMAPProtocol) - Method in interface com.sun.mail.imap.IMAPFolder.ProtocolCommand
-
Execute the user-defined command using the supplied IMAPProtocol
object.
- doCommandIgnoreFailure(IMAPFolder.ProtocolCommand) - Method in class com.sun.mail.imap.IMAPFolder
-
- doOptionalCommand(String, IMAPFolder.ProtocolCommand) - Method in class com.sun.mail.imap.IMAPFolder
-
- doProtocolCommand(IMAPFolder.ProtocolCommand) - Method in class com.sun.mail.imap.IMAPFolder
-
- DRAFT - Static variable in class javax.mail.Flags.Flag
-
This message is a draft.
- ds - Variable in class javax.mail.internet.MimeMultipart
-
The DataSource supplying our InputStream.


Classes | |
| class | boost::geometry::concept::ConvexHullStrategy< Strategy > |
| Checks strategy for convex_hull. More... | |
| class | boost::geometry::strategy::convex_hull::graham_andrew< InputGeometry, OutputPoint > |
| Graham scan strategy to calculate convex hull. More... | |
| struct | boost::geometry::strategy_convex_hull< Tag, Geometry, Point > |
| Traits class binding a convex hull calculation strategy to a coordinate system. More... | |
Functions | |
| template<typename Geometry1 , typename Geometry2 > | |
| void | boost::geometry::convex_hull (Geometry1 const &geometry, Geometry2 &out) |
| Calculate the convex hull of a geometry. | |
| template<typename Geometry , typename OutputIterator > | |
| OutputIterator | boost::geometry::convex_hull_inserter (Geometry const &geometry, OutputIterator out) |
| Calculate the convex hull of a geometry, output-iterator version. |
| void boost::geometry::convex_hull | ( | Geometry1 const & | geometry, | |
| Geometry2 & | out | |||
| ) |
| OutputIterator boost::geometry::convex_hull_inserter | ( | Geometry const & | geometry, | |
| OutputIterator | out | |||
| ) |
Calculate the convex hull of a geometry, output-iterator version.
| Geometry | the input geometry type | |
| OutputIterator,: | an output-iterator |
| geometry | the geometry to calculate convex hull from | |
| out | an output iterator outputing points of the convex hull |
Definition at line 256 of file convex_hull.hpp.
|
December 1, 2009 |
Copyright © 1995-2009 Barend Gehrels, Geodan, Amsterdam Copyright © 2008-2009 Bruno Lalande, Paris Copyright © 2009 Mateusz Loskot, Cadcorp, London |


module DBX
Overview
DBX is a helper to handle multi DBs using the compatible drivers
with the common crystal-db
module.
Example with PostgreSQL:
# Connection URI / DSL https://www.postgresql.org/docs/current/libpq-connect.html#h5o-9
db = DBX.open("app", "postgres://...", true)
pp DBX.db?("app") ? "defined" : "not defined"
db.query "select id, created_at, email from users" do |rs|
rs.each do
id = rs.read(Int32)
created_at = rs.read(Time)
email = rs.read(String)
puts "##{id}: #{email} #{created_at}"
end
end
# Closes all connections of this DB connection pool and remove this DB connection pool.
DBX.destroy("app")
Model:
class User
include DBX::ORM::DSL
field lang : String
@[JSON::Field(key: "firstName")]
field first_name : String?
end
db = DBX.open "app", App.cfg.db_uri
user = User.from_rs(db.query("SELECT id, lang, first_name FROM users"))
pp user.to_json
user = User.from_json "{\"lang\":\"fr\",\"firstName\":\"Nico\"}"
pp user
See also DBX::ORM
for a more advanced model system and query builder.
Resources:
- https://crystal-lang.github.io/crystal-db/api/index.html
- https://github.com/Nicolab/crystal-dbx/tree/master/guide
Defined in:
dbx.crquery_builder/builder.cr
query_builder/builder_criteria.cr
query_builder/builder_support.cr
query_builder/executor.cr
query_builder/scope.cr
Constant Summary
-
VERSION =
{{ (`shards version \"/media/data/lab/dev/work/projects/nicolab/crystal/crystal-dbx/src\"`).chomp.stringify.downcase }}
Class Method Summary
-
.db(name : String, uri : String, strict = false) : DB::Database
Same as
.open
. -
.db(name : String) : DB::Database
Uses a given DB connection pool.
-
.db?(name : String) : Bool
Checks that a DB connection pool exists.
-
.dbs : DBHashType
Returns all
DB::Database
instances. -
.destroy(name : String)
Closes all connections of the DB connection pool name and remove the name DB connection pool.
-
.destroy : Tuple(Int32, Int32)
Destroy all DB connection pool and and their connections.
-
.open(name : String, uri : String, strict = false) : DB::Database
Ensures only once DB connection pool by name is open.
-
.pool_open_connections(name : String) : Int32
Gets the number of the connections opened in the pool of name.
-
.pool_stats(name : String) : DB::Pool::Stats?
Pool stats https://crystal-lang.github.io/crystal-db/api/latest/DB/Pool.html
Macro Summary
-
around_query_or_exec(&block)
This macro allows injecting code to be run before and after the execution of the request.
Class Method Detail
Closes all connections of the DB connection pool name and remove the name DB connection pool.
Ensures only once DB connection pool by name is open. If the DB connection pool name is already initialized, it is returned. Raises an error if strict is true and the DB connection pool name is already opened.
Gets the number of the connections opened in the pool of name.
Pool stats https://crystal-lang.github.io/crystal-db/api/latest/DB/Pool.html
Macro Detail
This macro allows injecting code to be run before and after the execution
of the request. It should return the yielded value. It must be called with 1
block argument that will be used to pass the args : Enumerable
.
This macro should be called at the top level, not from a method.
Be careful of the performance penalty that each hook may cause, be aware that your code will be executed at each query and exec.
DBX.around_query_or_exec do |args|
puts "before"
res = yield
puts "after"
puts res.class
puts "exec" if res.is_a?(DB::ExecResult)
puts "query" if res.is_a?(DB::ResultSet)
puts "with args:"
pp args
res
end
Example to measure query execution time:
DBX.around_query_or_exec do |args|
start = Time.monotonic
res = yield
elapsed_time = Time.monotonic - start
puts "Query execution time: #{elapsed_time}"
res
end


--- layout: post status: publish published: true title:
We apologize for the drop in sound quality this week. We lost the recording and had to rip the audio from our live broadcast.
The last week was crazy for Cubs fans, from it starting off with a goat head being delivered to Tom Ricketts to Jorge Soler losing his cool to the Cubs signing Kevin Gregg. We discuss each of these topics.
We also talk about what's going on with the Cubs on-the-field. Corey goes to the tape with another of his Carlos Marmol predictions from Episode 5.01 that came true. Speaking of Marmol, we talk about whether or not fans should boo players that are struggling. We give the results of our Facebook poll on the topic and tell you what we think.
There's plenty of negative stuff to talk about, but we find a few positives to note, as well. Kurt gives us the Scary Stat of the Week, the Internet Muscle Flex makes a cameo and we reveal the winner for this week's photo contest.
If you enjoy the podcast, we'd really appreciate your rating and review in iTunes. Just click on the image below.


Syntax Utilities for Extending Susy
There are many steps involved when translating between the Susy syntax layer, and the Su core math. That entire process can be condensed with these two functions. For anyone that wants to access the full power of Susy, and build their own plugins, functions, or mixins – this is the primary API for compiling user input, and accessing the core math.
This is the same technique we use internally, to keep our API layer simple and light-weight. Every function accepts two arguments, a “shorthand” description of the span or context, and an optional settings-map to override global defaults.
- Use
susy-compile()
to parse, merge, and normalize all the user settings into a single map. - Then use
su-call()
to call one of the core math functions, with whatever data is needed for that function.
Examples
@function susy-gutter(
$context: susy-get('columns'),
$config: ()
) {
// compile and normalize all user arguments and global settings
$context: susy-compile($context, $config, 'context-only');
// call `su-gutter` with the appropriate data
@return su-call('su-gutter', $context);
}
@mixin span(
$span,
$config: ()
) {
$context: susy-compile($span, $config);
width: su-call('su-span', $context);
$end: map-get($context, 'span') + map-get($context, 'location') - 1;
$is-last: ($end == map-get($context, 'columns'));
@if $is-last {
float: right;
} @else {
float: left;
margin-right: su-call('su-gutter', $context);
}
}
@function susy-compile()
Susy’s syntax layer has various moving parts,
with syntax-parsing for the grid/span shorthand,
and normalization for each of the resulting values.
The compile function rolls this all together
in a single call –
for quick access from our internal API functions,
or any additional functions and mixins you add to your project.
Pass user input and configuration maps to the compiler,
and it will hand back a map of values ready for Su.
Combine this with the su-call
function
to quickly parse, normalize, and process grid calculations.
Parameters & Return
$short: null (list | map)
Shorthand expression to define the width of the span, optionally containing:
- a count, length, or column-list span;
at $n
,first
, orlast
location on asymmetrical grids;narrow
,wide
, orwider
for optionally spreading across adjacent gutters;of $n <spread>
for available grid columns and spread of the container (span counts likeof 6
are only valid in the context of symmetrical grids);- and
set-gutters $n
to override global gutter settings
$config: null (map)
Optional map of Susy grid configuration settings
$context-only: false (bool)
Allow the parser to ignore span and span-spread values, only parsing context and container-spread
@return (map)
Parsed and normalized map of settings, based on global and local configuration, alongwith shorthad adjustments.
Example
$user-input: 3 wide of susy-repeat(6, 120px) set-gutters 10px;
$grid-data: susy-compile($user-input, $susy);
@each $key, $value in $grid-data {
/* #{$key}: #{$value}, */
}
/* columns: 120px 120px 120px 120px 120px 120px, */
/* gutters: 10px, */
/* spread: 0, */
/* container-spread: -1, */
/* span: 3, */
Related
@function su-call()
Used By
@function susy-span()
@function susy-gutter()
@function susy-slice()
@function susy-svg-grid()
@function su-call()
The Susy parsing and normalization process
results in a map of configuration settings,
much like the global $susy
settings map.
In order to pass that information along to Su math functions,
the proper values have to be picked out,
and converted to arguments.
The su-call
function streamlines that process,
weeding out the unnecessary data,
and passing the rest along to Su in the proper format.
Combine this with susy-compile
to quickly parse,
normalize, and process grid calculations.
Parameters & Return
$name: ('su-span' | 'su-gutter' | 'su-slice')
Name of the Su math function to call.
$config: (map)
Parsed and normalized map of Susy configuration settings to use for math-function arguments.
@return (*)
Results of the function being called.
Example
$user-input: 3 wide of susy-repeat(6, 120px) set-gutters 10px;
$grid-data: susy-compile($user-input, $susy);
.su-span {
width: su-call('su-span', $grid-data);
}
.su-span {
width: 390px;
}


DON JUAN DEMARCO A film review by Joan Ellis Copyright 1996 Nebbadoon Syndicate
"Don Juan DeMarco" sprinkles fairy dust on the audience, and in a mere 90 minutes casts a lovely spell. The British did it with "Enchanted April," and now Jeremy Leven has written and directed the kind of lighthearted fable that rarely flies free of Hollywood's heavy hands. If that isn't enough, he has encouraged his inspired cast to have a good time. They do, and so do we.
The opening scene is a tone-setting treasure. Don Juan DeMarco (Johnny Depp), clothed and masked as his mythical hero, has lost the love of his life and is about to end his own--at 21. He poses grandly on the ledge of a modern skyscraper, while Dr. Jack Mickler responds to the emergency, his enormous bulk borne skyward in the bucket of a giant cherry picker. Marlon Brando, of course.
We learn quickly that the inside of Don Juan's head is where the eminent doctor wants to go. Why on earth would he want to cure a man who is touched at every turn with romance?
In sessions with Jack, Don Juan's wondrous story unfolds, gathering an irresistible momentum that carries Jack and the audience into its spell. As he tells his tall tale, huge moons shine, swords flash and brave men defend beautiful women. As he listens, Jack bends under the weight of his own envy.
By now, Jack is bringing bits and pieces of the spirit of his exotic new patient to his wife Marilyn (Faye Dunaway), who listens with bemused interest. "I feel we've surrendered our lives to the momentum of mediocrity," he says of his impending retirement to their flower-covered house in the suburbs. Little by little, he takes her hand and they take flight.
Marilyn smiles on her enormous husband with radiant affection. He adores her in return and revels in his rediscovery of her. "I want to hear about your hopes and dreams that got lost along the way while I was thinking about myself." She cries gently and replies, "I thought you'd never ask."
Brando and Dunaway make pure magic of their scenes. Dunaway is buoyant and subtle, while the massive Brando moves about with the lightness of the reborn. Their deep self-assurance allows them to turn their roles into a romp. They have fun together. At once electric and playful, their presence fills the screen. They sparkle.
Johnny Depp is just right as the romantic who has found the secret to the tedium of life, just right as the poet who can pass it along to the rest of us. As Jack says to his colleagues who insist on dealing with reality, "That's such a limited view of the situation." Don Juan's delusion has become Jack's romance, and for a light and lovely evening, it becomes ours.
Film Critic : JOAN ELLIS Word Count : 488 Studio : New Line Cinema Rating : PG-13 Running Time: 1h30m
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


Do you know what anything means?
We do.
Just text The Number and we will bring it to you.
A sequence of 10 digits, uniquely put together for the sole purpose of serving you. Sounds mysterious, doesn't it? It really isn't though. It's actually pretty straightforward. The Number is a text message-based delivery system, solely aimed at college campuses. We deliver college students anything - yes, anything, within legal boundaries - from within a certain radius of their campuses, as quick as possible, for very low prices. Text The Number what you want, and where you want it. We will deliver it to you right away, regardless of where you are on campus.
Three Brown University Students, located in the small but lively city of Providence, RI.
Founder/COO
Founder/CBDO
Founder/CHRO


| ZotWeb | article-journal | |
| Src Url | [[Edmonds]] (2002) | |
The exhibition Constructs and Re-Constructions provided a survey of the author's artwork and formed the basis for this paper. It included four prints, consisting of notes based on early documentation, representing four different conceptual stages in using computer technology. As each is discussed in turn, it is shown that the computer provides a significant enhancement to our ability to handle and consider the underlying structures of artworks and art systems in the many forms that they may take. In the work discussed, while the conceptual developments are the key issues, the role of the technology in encouraging, enabling and inspiring them has also been central.
Structure in Art Practice: Technology as an Agent for Concept Development
Citer: (Edmonds, 2002)
FTag: Edmonds-2002
APA7: Edmonds, E. (2002). Structure in Art Practice: Technology as an Agent for Concept Development. Leonardo, _35_(1), 65–71. https://doi.org/10.1162/002409402753689344
Des lois font que nous faisons nos choix en créant.
Aesthetic understanding, if we put it in these terms, comes not in understanding, for example, the color patches used in a work, but in understanding the underlying laws that led to their selection.
[[UnderlyingStructure]] | [[ArticleAgent]]
[...] the computer provides a significant enhancement to our ability to handle and consider the underlying structures of art-works and art systems in the many forms that they may take.
Habileté à gérer la structure sous-jascente d'un travail artistique est critique et c'est ce que l'ordinateur fourni à l'artiste.
[[ArticleAgent]]


en
ja
Portfolio
Personal Information
Kyoto University
,
Faculty of Engineering
,
Undergraduate Course Program of Computer Science
, Year 2
Member of
Kyoto Microcomputer Club (KMC)
Interests
Everything related to web development, especially infrastructure and DevOps
(In the past) competitive programming: AtCoder (
southball
), Codeforces (
southball
)
Qualifications
IPA Applied Information Technology Engineer Examination (AP) (Japanese)
: since 2021/12
AWS Certified Solutions Architect - Associate (SAA)
: since 2022/11
IPA Database Specialist Examination (DB)
: since 2022/12
Contact
Twitter:
@southball02
GitHub:
southball


| Class | Description |
|---|---|
| Context |
Holds a context of evaluation - as the rules are matched against locations
and elements, the indexing variables are filled with values.
|
| Expr |
Abstract class for all expression types.
|
| Expression |
Represent a named expression with named formal arguments.
|
| ExprParser |
A parser that takes a list of lexemes and constructs an internal
representation of the expression.
|
| InternalFunctions |
Holds implementations of all internal functions.
|
| Lexeme |
All lexemes are derived from this general lexeme class
|
| Operators |
Holds implementations of all internal operators.
|
| Enum | Description |
|---|---|
| Expr.internalFunction |
list of all supported internal functions
|
| Expr.operatorType |
list of all supported internal operators
|


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
LUXFER Gas Cylinders
Legal/Operating Name:
LUXFER Gas Cylinders
Company Contact Information:
Mailing Address:
4410 46 Ave SECALGARY, Alberta
T2B 3N7
Location Address:
4410 46 Ave SECALGARY, Alberta
T2B 3N7
Logo
Company Profile
Dynetek develops, produces and markets Advanced Lightweight Fuel Storage Systems (TM) for storing compressed gases such as hydrogen, natural gas, oxygen, and helium. The core of Dynetek's technology is the DyneCell(R) cylinder, made from a seamless aluminum liner with a full carbon fibre over wrap. Dynetek's systems are certified to international standards and sold in over 20 countries.
Industries served: transportation, automotive, avalancy control, bulk gas transportation, power utilities.
Dynetek system advantages: stellar safety record; lightweight; large storage capacity; competitive price; size flexibility; true fast fill capability; non-permeable liner; resistant to uv rays, acids, oils, salt, cleaning agents and water; very flexible in size configurations. Customer benefits: store large volumes of gas; lightweight; certified for sale in 20 countries; eliminates hydrostatic re-testing and re-certification.
Automotive/Transportation Customer Benefits: lightweight; improved vehicle performance; extended vehicle range; reduced fuel consumption; increased payload capacity; lowers vehicle maintenance and operation costs; increased gas volume after fast fill; tested and proven for maximum safety.
1) CLIMATE CHANGE/ CLEANER PRODUCTION TECHNOLOGIES : Dynetek's lightweight DyneCell cylinders act as the missing link for environmental vehicle technologies that are using compressed natural gas or compressed hydrogen to power clean-burning low-emission or zero-emission vehicles. Without Dynetek's fuel storage capabilities, most low-emission vehicles cannot achieve the same performance and range as conventional gasoline powered vehicles. Combining our advanced technology with that of natural gas and fuel cell vehicles, we create an environmentally friendly solution to curb greenhouse gases and thus, reducing the effects on Climate Change.
2) INTERNATIONAL AND NATIONAL CERTIFICATION : DyneCell cylinders are certified worldwide under the following international standards. ISO CD 11439 worldwide certification; CSA B5197 PART 2 - Canada, United Kingdom, Australia, Hungary; NGV 2-98, FMVSS 304, NFPA 52 - USA; KHK-MITI Japan; TüV - Germany; DRIRE - France; ENERGAS Argentina; Quality Control: Quality Management systems ISO 9001 1994 OMI Certificate # 007217, SIC # 3714, QS9000.
3) SECTORS SERVICES/TECHNOLOGIES PROVIDED TO: Dynetek provides lightweight fuel storage systems for the following industries: Automotive manufacturing Transportation (Buses, coaches, school buses) Avalanche Control Power Utilities Gas Producers Bulk Gas Transportation.
BACKGROUND INFORMATION : (additional information): Dynetek exports worldwide to over 20 countries (i.e., Argentina, Australia, France, Germany, Japan, Italy, Switzerland, United Kingdom, USA). Strategic Alliances: Mitsubishi Rayon of Japan bought a 15 % equity position in Dynetek. This strong strategic partnership has strengthened Dynetek's position in the global market place. Dynetek entered into a multi-year Value Participation Agreement with Ford Motor Company. Under the Arrangement Dynetek supplies fuel storage systems for Ford's initial fuel cell vehicle program. In 2001, Dynetek entered into a Memorandum of Understanding (MOU) with Kokan Drum Co., Ltd., a subsidiary of NKK Corporation. In conjunction with the MOU, Kokan Drum purchased by way of private placement, 586,031 common shares at $3.68 per share from Dynetek, for total proceeds of $2.2 million
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
compressed natural gas (CNG) for natural gas vehicles.
Dynetek also designs and manufactures lightweight Bulk Transport
Systems for efficient transport of CNG and other compressed
gases. These transport systems make it possible to cost
effectively develop gas markets, and can act as an instant
mobile gas pipeline by making CNG immediately accessible to end-
users.
used in zero-emission fuel cell vehicles. Dynetek also designs
and manufactures Mobile Hydrogen Fueling Stations. These
mobile "trailers" can be towed behind a pick-up truck and are
ideal fueling supply at fuel cell vehicle demonstrations.
Systems for effecient transport of compressed natural gas (CNG)
and other compressed gases. These transport systems allow cost
effective development of gas markets, and act as an instant
mobile gas pipeline by making CNG immediately accessible to end-
users. The unique storage advantage of the BT System lies in
the use of Dynetek cylinders. The cylinders are designed with a
thin wall aluminum liner with a carbon fibre overwrap. The
cylinder is non-permeable and exhibits limited expansion under
pressure and temperature changes
Technology profile
cylinder’s seamless, thin-wall, aluminum liner, with a full
carbon fibre over wrap. Dynetek advanced fuel storage systems
have the following characteristics:
- Lightweight
- Non-permeable
- Large storage capacity
- Various service pressures (200 bar, 250 bar, 350 bar)
- Corrosion resistant
- Fast-fill capabilities
Market profile
Alliances:
- Sales/Marketing
Strategic alliances:
Currently Dynetek is aligned with Mitsubishi and Kokan Drum.Industry sector market interests:
- Environment
- Manufacturing
- Transportation
- Automotive
Geographic markets:
Export experience:
- Argentina
- Australia
- France
- Germany
- Italy
- Japan
- Mexico
- United Kingdom
- United States
- California
Sector information
Total plant size:
Distribution of employees:
60 in Canada, 20 inGermany
Key / Major clients:
Some of Dynetek’s customers include: Ford, BMW,Ikarus, Heuliez, Volvo, MAN Technologie, BC
Highways, Freightliner, Motor
Coach Industries, Waste Management, Nissan and
Mitsubishi.
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
compressed natural gas (CNG) for natural gas vehicles.
Dynetek also designs and manufactures lightweight Bulk Transport
Systems for efficient transport of CNG and other compressed
gases. These transport systems make it possible to cost
effectively develop gas markets, and can act as an instant
mobile gas pipeline by making CNG immediately accessible to end-
users.
used in zero-emission fuel cell vehicles. Dynetek also designs
and manufactures Mobile Hydrogen Fueling Stations. These
mobile "trailers" can be towed behind a pick-up truck and are
ideal fueling supply at fuel cell vehicle demonstrations.
Systems for effecient transport of compressed natural gas (CNG)
and other compressed gases. These transport systems allow cost
effective development of gas markets, and act as an instant
mobile gas pipeline by making CNG immediately accessible to end-
users. The unique storage advantage of the BT System lies in
the use of Dynetek cylinders. The cylinders are designed with a
thin wall aluminum liner with a carbon fibre overwrap. The
cylinder is non-permeable and exhibits limited expansion under
pressure and temperature changes
Technology
Technology profile
cylinder’s seamless, thin-wall, aluminum liner, with a full
carbon fibre over wrap. Dynetek advanced fuel storage systems
have the following characteristics:
- Lightweight
- Non-permeable
- Large storage capacity
- Various service pressures (200 bar, 250 bar, 350 bar)
- Corrosion resistant
- Fast-fill capabilities
Market
Market profile
Alliances:
- Sales/Marketing
Strategic alliances:
Currently Dynetek is aligned with Mitsubishi and Kokan Drum.Industry sector market interests:
- Environment
- Manufacturing
- Transportation
- Automotive
Geographic markets:
Export experience:
- Argentina
- Australia
- France
- Germany
- Italy
- Japan
- Mexico
- United Kingdom
- United States
- California
Sector
Sector information
Total plant size:
Distribution of employees:
60 in Canada, 20 inGermany
Key / Major clients:
Some of Dynetek’s customers include: Ford, BMW,Ikarus, Heuliez, Volvo, MAN Technologie, BC
Highways, Freightliner, Motor
Coach Industries, Waste Management, Nissan and
Mitsubishi.


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Welcome!
This is the website for 2ndBrigade Web Programmer!
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Kyungmin Choi / 최경민
born : Jan 28th, 2001 / S.Korea
Student, Programmer, currently a solider


Wiki ▸ [[API Reference]] ▸ [[Layouts]] ▸ Hierarchy ▸ Partition Layout
The partition layout produces adjacency diagrams: a space-filling variant of a node-link tree diagram. Rather than drawing a link between parent and child in the hierarchy, nodes are drawn as solid areas (either arcs or rectangles), and their placement relative to other nodes reveals their position in the hierarchy. The size of the nodes encodes a quantitative dimension that would be difficult to show in a node-link diagram.
Like other classes in D3, layouts follow the method chaining pattern where setter methods return the layout itself, allowing multiple setters to be invoked in a concise statement.
# d3.layout.partition()
Creates a new partition layout with the default settings: the default sort order is by descending value; the default value accessor assumes each input data is an object with a numeric value attribute; the default children accessor assumes each input data is an object with a children array; the default size is 1×1.
# partition(root)
# partition.nodes(root)
| Runs the partition layout, returning the array of nodes associated with the specified root node. The partition layout is part of D3’s family of [[hierarchical layouts | Hierarchy-Layout]]. These layouts follow the same basic structure: the input argument to the layout is the root node of the hierarchy, and the output return value is an array representing the computed positions of all nodes. Several attributes are populated on each node: |
| Although the layout has a size in x and y, this represents an arbitrary coordinate system; for example, you can treat x as a radius and y as an angle to produce a radial rather than Cartesian layout. In Cartesian orientation, x, y, dx and dy correspond to the “x”, “y”, “width” and “height” attributes of the SVG [[rect | SVG-Shapes#svg_rect]] element. In radial orientation, they can be used to compute the innerRadius, startAngle, outerRadius and endAngle of an [[arc | SVG-Shapes#arc]] generator. The Cartesian orientation may be called an icicle tree, while the radial orientation is called a sunburst. |
# partition.links(nodes)
Given the specified array of nodes, such as those returned by nodes, returns an array of objects representing the links from parent to child for each node. Leaf nodes will not have any links. Each link is an object with two attributes:
This method is useful for retrieving a set of link descriptions suitable for display, often in conjunction with the diagonal shape generator. For example:
javascript
svg.selectAll("path")
.data(partition.links(nodes))
.enter().append("path")
.attr("d", d3.svg.diagonal());
# partition.children([children])
If children is specified, sets the specified children accessor function. If children is not specified, returns the current children accessor function, which by default assumes that the input data is an object with a children array:
javascript
function children(d) {
return d.children;
}
Often, it is convenient to load the node hierarchy using d3.json, and represent the input hierarchy as a nested JSON object. For example:
javascript
{
"name": "flare",
"children": [
{
"name": "analytics",
"children": [
{
"name": "cluster",
"children": [
{"name": "AgglomerativeCluster", "size": 3938},
{"name": "CommunityStructure", "size": 3812},
{"name": "MergeEdge", "size": 743}
]
},
{
"name": "graph",
"children": [
{"name": "BetweennessCentrality", "size": 3534},
{"name": "LinkDistance", "size": 5731}
]
}
]
}
]
}
The children accessor is first invoked for root node in the hierarchy. If the accessor returns null, then the node is assumed to be a leaf node, and the layout traversal terminates. Otherwise, the accessor should return an array of data elements representing the child nodes.
# partition.sort([comparator])
If comparator is specified, sets the sort order of sibling nodes for the layout using the specified comparator function. If comparator is not specified, returns the current group sort order, which defaults to descending order by the associated input data’s numeric value attribute:
javascript
function comparator(a, b) {
return b.value - a.value;
}
The comparator function is invoked for pairs of nodes, being passed the input data for each node. A null comparator disables sorting and uses tree traversal order. Comparator functions may also be implemented using d3.ascending or d3.descending.
# partition.value([value])
If value is specified, sets the value accessor to the specified function. If value is not specified, returns the current value accessor, which assumes that the input data is an object with a numeric value attribute:
javascript
function value(d) {
return d.value;
}
The value accessor is invoked for each input data element, and must return a number representing the numeric value of the node. This value is used to set the area of each node proportionally to the value.
# partition.size([size])
If size is specified, sets the available layout size to the specified two-element array of numbers representing x and y. If size is not specified, returns the current size, which defaults to 1×1.


Brush the chart along the x direction to filter year
Click the genre name surrounding the edge of the chart to filter
Click the motion picture rating along the y axis to filter
Click the runtime along the x axis to filter
Click the budget and the gross earning quartiles to filter


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