New advocacy service to provide support for concerned patients
by By Digital Desk staffA new way for patients to raise complaints about the Irish health system is being launched today.
The advocacy service will be government-funded but will operate independently and give patients the opportunity to voice any concerns they have in a confidential manner.
The new service offers a confidential helpline with experienced advocates on-hand to provide information and support to patients who want to make a formal complaint to the HSE about the care they experienced in a public hospital.
Health Minister Simon Harris, who is launching the service, says it is the first of its kind in the country.
"There is a confidential helpline and a website, PatientAdvocacyService.ie, and it is an opportunity to talk to someone independent of the health service," he said.
"You can be provided with information on how to make a complaint and indeed provided with supports that you might need through the complaints process.
"I hope this is an easier way for somebody who had a bad experience or indeed feels vulnerable or wishes to have assistance to navigate the health service."
The Patient Advocacy Service, funded by the Department of Health and independent of the HSE, is a free and confidential service. The tender to provide the service was awarded in 2018 to the National Advocacy Service, which has many years’ experience of delivering advocacy in the public sector.
You can contact the Patient Advocacy Service by calling 0818 293003.
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Report highlights industries most at risk from moves to tackle climate change


Arithmetic constraints
[Using float variables and constraints]
Functions | |
| void | Gecode::min (Home home, FloatVar x0, FloatVar x1, FloatVar x2) |
| Post propagator for . | |
| void | Gecode::min (Home home, const FloatVarArgs &x, FloatVar y) |
| Post propagator for If x is empty, an exception of type Float::TooFewArguments is thrown. | |
| void | Gecode::max (Home home, FloatVar x0, FloatVar x1, FloatVar x2) |
| Post propagator for . | |
| void | Gecode::max (Home home, const FloatVarArgs &x, FloatVar y) |
| Post propagator for If x is empty, an exception of type Float::TooFewArguments is thrown. | |
| void | Gecode::abs (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::mult (Home home, FloatVar x0, FloatVar x1, FloatVar x2) |
| Post propagator for . | |
| void | Gecode::sqr (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::sqrt (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::pow (Home home, FloatVar x0, int n, FloatVar x1) |
| Post propagator for for $n 0$. | |
| void | Gecode::nroot (Home home, FloatVar x0, int n, FloatVar x1) |
| Post propagator for for $n 0$. | |
| void | Gecode::div (Home home, FloatVar x0, FloatVar x1, FloatVar x2) |
| Post propagator for . | |
| void | Gecode::exp (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::log (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::pow (Home home, FloatNum base, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::log (Home home, FloatNum base, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::asin (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::sin (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::acos (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::cos (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::atan (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . | |
| void | Gecode::tan (Home home, FloatVar x0, FloatVar x1) |
| Post propagator for . |
Function Documentation
| void Gecode::min | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1, | |||
| FloatVar | x2 | |||
| ) |
Post propagator for .
| void Gecode::min | ( | Home | home, | |
| const FloatVarArgs & | x, | |||
| FloatVar | y | |||
| ) |
Post propagator for If x is empty, an exception of type Float::TooFewArguments is thrown.
| void Gecode::max | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1, | |||
| FloatVar | x2 | |||
| ) |
Post propagator for .
| void Gecode::max | ( | Home | home, | |
| const FloatVarArgs & | x, | |||
| FloatVar | y | |||
| ) |
Post propagator for If x is empty, an exception of type Float::TooFewArguments is thrown.
| void Gecode::abs | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::mult | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1, | |||
| FloatVar | x2 | |||
| ) |
Post propagator for .
| void Gecode::sqr | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::sqrt | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::pow | ( | Home | home, | |
| FloatVar | x0, | |||
| int | n, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for for $n 0$.
| void Gecode::nroot | ( | Home | home, | |
| FloatVar | x0, | |||
| int | n, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for for $n 0$.
| void Gecode::div | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1, | |||
| FloatVar | x2 | |||
| ) |
Post propagator for .
| void Gecode::exp | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::log | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::pow | ( | Home | home, | |
| FloatNum | base, | |||
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::log | ( | Home | home, | |
| FloatNum | base, | |||
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::asin | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::sin | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::acos | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::cos | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::atan | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .
| void Gecode::tan | ( | Home | home, | |
| FloatVar | x0, | |||
| FloatVar | x1 | |||
| ) |
Post propagator for .


A partnership between a bill payment company and a crypto exchange will allow Australians to pay their bills with between 50 and 100 cryptocurrencies. Customers can use any coins in their Cointree accounts to pay their bills regardless of whether the billers accept cryptocurr...


Does the system contribute to the overall objectives of the organization?
Yes. The goal of Cabezon is provide an interactive and fun experience for its guests, allowing them to get a close look at many exotic animals. Allowing guests on the tour interact directly with our animal specialists and handlers is an excellent way to fulfill this objective.
Can the system be implemented within schedule and budget using current technology?
The system can implemented within schedule and budget, however there will be some additional technology needed, specifically the interactive AV system that will be installed in all tour vehicles.
Can the system be integrated with other systems that are used?
Yes. The Interactive Communication system and Tracking system will be able to be integrated together, providing a wholesome and seamless experience for users.
How would the organization cope if this system were not implemented?
If this system were not implemented, it would degrade the touring experience of park guests. They would have less access to information on the surrounding animals and they would be be providing with a less desirable and less wholesome experience.
Does the system require technology that has not previously been used in the organization?
Yes. The GPS and Statistics system is already in place, but the interactive AV system does not yet exist and must be implemented in every tour vehicle as well as in the work spaces of employees so they can interact with the guests.
Cisco’s TelePresence Server would be an ideal solution for the interactive communication system. Originally designed for highly-scalable and highly-responsive conference calls, this system would allow guests to be able to interact with our animal experts with ease. Some benefits include:
Using a COTS system, such as this one from Cisco would be greatly beneficial to us at Cabezon. Since we are trying to get the park up and running as soon as possible, this would give us more time to devote to developing other areas of the park and we would be able to spend as little time as possible on this system. If we developed our own system, we would likely have to develop a large amount of custom software and network protocols, so using a COTS system would save us time and money, allowing us to get the park operational at a sooner date.
More information at http://www.cisco.com/c/en/us/products/conferencing/telepresence-server/index.html


[1] just perfect - fabulous location , hospitality & an idyllic roof terrace with plunge pool
[2] email and giorgina responded answering all my questions i knew i 'd made a great choice .
[3] hats are positioned close to a small cooling plunge pool -/: heavenly on a hot day .


The class LogError represents an error. More...
#include <logerror.h>
Public Types | |
| enum | Encoding { LATIN1, CODECFORTR, UNICODEUTF8 } |
Public Member Functions | |
| LogError () | |
| LogError (const QString &rMessage, int code=0, const QString &rSymbol=QString(), const QString &rContext=QString()) | |
| LogError (const char *pMessage, int code=0, const char *pSymbol=0, const char *pContext=0, Encoding encoding=LATIN1) | |
| int | code () const |
| QString | context () const |
| QString | message () const |
| QString | symbol () const |
| QString | translatedMessage () const |
| void | setCode (int code) |
| void | setContext (const QString &rClassName) |
| void | setMessage (const QString &rMessage) |
| void | setSymbol (const QString &rSymbol) |
| LogError & | addArg (const QVariant &rArg) |
| LogError & | addArg (int arg) |
| LogError & | addArg (const QString &rArg) |
| LogError & | addCausingError (const LogError &rLogError) |
| QList< QVariant > | args () const |
| QList< LogError > | causingErrors () const |
| void | clearArgs () |
| void | clearCausingErrors () |
| bool | isEmpty () const |
| QString | messageWithArgs () const |
| QString | translatedMessageWithArgs () const |
| LogError & | operator<< (const QVariant &rArg) |
| LogError & | operator<< (int arg) |
| LogError & | operator<< (const QString &rArg) |
| QString | toString () const |
Static Public Member Functions | |
| static LogError | lastError () |
| static void | setLastError (const LogError &rLogError) |
Friends | |
| QDataStream & | operator<< (QDataStream &rStream, const LogError &rLogError) |
| QDataStream & | operator>> (QDataStream &rStream, LogError &rLogError) |
Related Functions | |
(Note that these are not member functions.) | |
| QDebug | operator<< (QDebug debug, const LogError &rLogError) |
The class LogError represents an error.
The class error allows storing error information in a structured way. The error message is stored separately from the information that may be substituted into the message string. This way it is possible to access all information after the error has been raised. It also allows to translate the error at a later point in time or to get a translated and a not translated error text (e.g. translated for the UI and not translated for a log).
The message is accessed using message() and setMessage(). Arguments for the message can be added using addArg() or operator<<(). The arguments can be retrieved using args(). The message with substituted arguments is returned by messageWithArgs().
An error code can be set as integer value code() and/or a symbolic value symbol().
To allow the translation of the message the error stores the translation context (context(), setContext()). The translated message can be accessed using translatedMessage() or using translatedMessageWithArgs(), if it should contain the arguments.
An error can have one or more related errors that caused it. An error is related using addCausingError(). All causing errors can be retrieved using causingErrors().
A per thread error can be maintained using lastError() and setLastError().
There are two macros avaiable to simplify the error creation. The macro LOG4QT_ERROR is used with classes not derived from QObject. The macro LOG4QT_QCLASS_ERROR is used with classes derived from QObject.
The enum Encoding defines the 8-bit encoding of a character string arguments to LogError::LogError(const char *, int, const char *, const char *, Encoding) "LogError::LogError()".
| Log4Qt::LogError::LogError | ( | ) |
Creates an empty error. The error code is set to 0 and all other members are set to be empty.
| Log4Qt::LogError::LogError | ( | const QString & | rMessage, | |
| int | code = 0 , |
|||
| const QString & | rSymbol = QString() , |
|||
| const QString & | rContext = QString() | |||
| ) |
Creates an error with the Message rMessage and the error code code. The symbol for the error code is set to rSymbol and the context to rContext.
rContext must be string that can be converted to Latin-1. The Latin-1 representation of the string is used with QApplication::translate(), if a translation for rMessage is requested.
| Log4Qt::LogError::LogError | ( | const char * | pMessage, | |
| int | code = 0 , |
|||
| const char * | pSymbol = 0 , |
|||
| const char * | pContext = 0 , |
|||
| Encoding | encoding = LATIN1 | |||
| ) |
Creates an error with the Message pMessage and the error code code. The symbol for the error code is set to pSymbol and the context to pContext.
encoding specifies the encoding of pMessage. pSymbol and pContext are expected to be Latin-1.
| LogError & Log4Qt::LogError::addArg | ( | const QVariant & | rArg | ) | [inline] |
Appends rArg to the list of arguments and returns a reference to this error.
Referenced by operator<<().
| LogError & Log4Qt::LogError::addArg | ( | int | arg | ) | [inline] |
This is an overloaded member function, provided for convenience.
| LogError & Log4Qt::LogError::addArg | ( | const QString & | rArg | ) | [inline] |
This is an overloaded member function, provided for convenience.
Appends rLogError to the list of causing errors and returns a reference to this error.
| QList< QVariant > Log4Qt::LogError::args | ( | ) | const [inline] |
Returns the list of arguments that have been added to this error.
| QList< LogError > Log4Qt::LogError::causingErrors | ( | ) | const [inline] |
Returns the list of causing errors that have been added to this error.
| void Log4Qt::LogError::clearArgs | ( | ) | [inline] |
Clears the list of arguments that have been added to this error.
| void Log4Qt::LogError::clearCausingErrors | ( | ) | [inline] |
Clears the list of causing errors that have been added to this error.
| int Log4Qt::LogError::code | ( | ) | const [inline] |
Returns the error code.
| QString Log4Qt::LogError::context | ( | ) | const [inline] |
Returns the context for the error.
| bool Log4Qt::LogError::isEmpty | ( | ) | const [inline] |
| static LogError Log4Qt::LogError::lastError | ( | ) | [static] |
Returns the last error set for the current thread using setLastError().
| QString Log4Qt::LogError::message | ( | ) | const [inline] |
| QString Log4Qt::LogError::messageWithArgs | ( | ) | const [inline] |
Returns the message with arguments. The arguments are incoorporated into the messag using QString::arg().
References message().
| LogError & Log4Qt::LogError::operator<< | ( | const QVariant & | rArg | ) | [inline] |
| LogError & Log4Qt::LogError::operator<< | ( | int | arg | ) | [inline] |
This is an overloaded member function, provided for convenience.
References addArg().
| LogError & Log4Qt::LogError::operator<< | ( | const QString & | rArg | ) | [inline] |
This is an overloaded member function, provided for convenience.
References addArg().
| void Log4Qt::LogError::setCode | ( | int | code | ) | [inline] |
Sets the error code to code.
| void Log4Qt::LogError::setContext | ( | const QString & | rClassName | ) | [inline] |
Sets the context to rClassName.
rContext must be string that can be converted to Latin-1. The Latin-1 representation of the string is used with QApplication::translate(), if a translation for rMessage is requestd.
| static void Log4Qt::LogError::setLastError | ( | const LogError & | rLogError | ) | [static] |
Sets the last error for the current thread to rLogError.
| void Log4Qt::LogError::setMessage | ( | const QString & | rMessage | ) | [inline] |
Sets the error message to rMessage
| void Log4Qt::LogError::setSymbol | ( | const QString & | rSymbol | ) | [inline] |
Sets the symbol for the error code to rSymbol.
| QString Log4Qt::LogError::symbol | ( | ) | const [inline] |
Returns the symbol for the error code.
| QString Log4Qt::LogError::toString | ( | ) | const |
Returns a string representation of the error.
The string has the following format:
message (context::symbol, code): causing_error, causing_error
If members are empty they are omitted:
Referenced by Log4Qt::Logger::debug(), Log4Qt::Logger::error(), Log4Qt::Logger::fatal(), Log4Qt::Logger::info(), Log4Qt::Logger::log(), Log4Qt::Logger::trace(), and Log4Qt::Logger::warn().
| QString Log4Qt::LogError::translatedMessage | ( | ) | const |
Returns the translated error message.
The translated message is created by calling QCoreApplication::translate() using context().toLatin1() as context and message.toUtf8() as message.
Referenced by translatedMessageWithArgs().
| QString Log4Qt::LogError::translatedMessageWithArgs | ( | ) | const [inline] |
Returns the translated message with arguments. The arguments are incoorporated into the messag using QString::arg().
References translatedMessage().
| QDataStream & operator<< | ( | QDataStream & | rStream, | |
| const LogError & | rLogError | |||
| ) | [friend] |
Writes the given error rLogError to the given stream rStream, and returns a reference to the stream.
| QDebug operator<< | ( | QDebug | debug, | |
| const LogError & | rLogError | |||
| ) | [related] |
Writes all object member variables to the given debug stream debug and returns the stream.
LogError(code:7 context:"Log4Qt::FileAppender" message:"Unable to open file '%1' for appender '%2'" symbol:"APPENDER_OPENING_FILE_ERROR" args:(QVariant(QString, "G:\logs\client.log") , QVariant(QString, "Client FileAppender") ) translatedMessage: "Unable to open file '%1' for appender '%2'" )
| QDataStream & operator>> | ( | QDataStream & | rStream, | |
| LogError & | rLogError | |||
| ) | [friend] |
Reads an error from the given stream rStream into the given error rLogError, and returns a reference to the stream.


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This package has tools for analyzing DNA melting data to generate HRM scores, the DNA diversity measure output of the HRM Diversity Assay. For additional documentation visit http://code.google.com/p/divmelt/.
| Version: | 1.0.3 |
| Depends: | R (≥ 2.12.0), tcltk, glmnet |
| Published: | 2013-01-29 |
| Author: | David A. Swan with contributions from Craig A Magaret and Matthew M Cousins |
| Maintainer: | David A. Swan <dswan at fhcrc.org> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| CRAN checks: | DivMelt results |
| Reference manual: | DivMelt.pdf |
| Package source: | DivMelt_1.0.3.tar.gz |
| Windows binaries: | r-devel: DivMelt_1.0.3.zip, r-release: DivMelt_1.0.3.zip, r-oldrel: DivMelt_1.0.3.zip |
| OS X binaries: | r-release: DivMelt_1.0.3.tgz, r-oldrel: DivMelt_1.0.3.tgz |
| Old sources: | DivMelt archive |
Please use the canonical form https://CRAN.R-project.org/package=DivMelt to link to this page.


| Reported Date |
{{investigation.created | date}} at {{ investigation.created | date : "HH:mm" }} |
| Incident Date |
{{investigation.slated | date}} |
| Reporter Full Name |
{{investigation.name}} |
| Reporter Job Position |
{{investigation.position}} |
| Department In Charge |
{{investigation.deptInCharge}} |
| Phone Number |
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| Location |
{{investigation.location}} |
| Total Victim(s) |
{{investigation.victim}} |
| Chronology |
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| Incident Effect |
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| Action Plan |
{{investigation.action}} |


I'm a Lead Full Stack Developer currently working for Timewax
I'm Responsible for designing the distributed microservices oriented architecture, designing the API for iOS/Android/web, tests, and documentation following the concepts of Kanban methodology for an international client. Supports developers, performing partial training with technologies such as Java, C #, Javascript, NodeJS, Express, and REST API's. Working 40 hours per week/100%, 80% of work done remotely. Javascript, Node.js, npm, ES6/ES7, Promises, async/await, Vue.js, ExtJs, mocha, chai, sinon.js, gulp, webpack, docker containers.
Besides that I also stream on Twitch and support other developers by performing partial training with technologies such as Java, C#, JS, NodeJS, VueJS, Express, MongoDB, MySQL, HTML5, CSS3 and REST API's.
Belongs to the Nearshore team where performs, remotely, a set of tasks for an international client ( Timewax ). Responsible for the client Backend Team and designing the distributed microservice oriented architecture, designing the API for iOS/Android/web, tests, and documentation following the concepts of Kanban methodology
Javascript, NodeJS, ES6, Promises, async/await, ExtJS, VueJS, MySQL, HTML5, CSS3, TDD, Docker, GitLabResponsible for designing the distributed microservices oriented architecture, designing the API for iOS/Android/web, tests, and documentation following the concepts of Kanban methodology for an international client. Supports developers, performing partial training with technologies such as Java, C #, Javascript, NodeJS, VueJs, Express, MySQL, TDD, and REST API's.
Javascript, NodeJS, ES6, Promises, async/await, ExtJS, VueJS, MySQL, HTML5, CSS3, TDD, Docker, GitResponsible for a set of tasks. Belongs to Middleware area and is responsible for the design, developing, testing and documentation of software. Developing and testing programs in accordance with the technical specifications laid down, respecting the programming standards.
C#, JavaScript, CSS, HTML, XML, XSL, JQuery, SQL, VisualStudio, SourceSafePerforms outsourcing job as software consultant for BestBank client.
Java, C#, JavaScript, CSS3, HTML5, XML, XSL, JQuery, SQL, VisualStudio, SourceSafeAcquired several skills and knowledge about Object-OrientedProgramming/ Design patterns, Software Development, Mobile Development, Web design, Web development, Communication and Teamwork
Java, C#, JS, SQL, T-SQL, Android, NodeJs, AngularJs, Git, HTML5, CSS3, TDDI'm always trying to keep up to date with the new technologies and features that appears on the tech world. To accomplish this I self study day by day in mine hobby times to accomplish my goals and with the help of some blog posts (ex: Medium and scotch.io), Udemy courses, youtube and tech books I'm surpassing mine and other's challenges which for me is great and takes me to another level.
I offer you a great experience on designing mockups for your sites to look great.
I can offer you a great experience of Full stack Development, developing full working, tested, secure and with great performance of your web sites or software applications using NodeJs/VueJs/javascript technologies.
I can offer you a great experience on building REST Api's services that can be call from mobile or desktop apps using NodeJs as backend technology with MongoDb or MySQL databases integrations.
I can offer you a a full coverage of your apps doing unit testing and integration tests to get full coverage of your apps.
I can offer you a great experience on writing API or functionality documentation using markdown syntax or simple word files.
I can offer coaching for your developers about all features already specified in this section related to technologies that you can find on my CV, particularly NodeJS applications and REST API's.
If you're interested on the services that I can offer feel free to contact me or check my other available social media links.


public class TrakSimControl extends java.lang.Object implements CarControl
| Modifier and Type | Field and Description |
|---|---|
protected SimCamera |
cam |
private byte[] |
cameraImage |
private int |
currentManualSpeed |
private int |
currentSteering |
private int |
currentVelocity |
private Arduino |
driveSys |
private java.awt.Insets |
edges |
private int |
GasPin |
protected java.util.HashMap<java.lang.Integer,java.lang.Runnable> |
keyBindings |
private double |
LefScaleSt |
private byte[] |
processedImage |
private int[] |
renderedImage |
private double |
RitScaleSt |
private int |
SteerPin |
| Constructor and Description |
|---|
TrakSimControl() |
| Modifier and Type | Method and Description |
|---|---|
void |
accelerate(boolean absolute,
int velocity)
Accelerates the car.
|
void |
addKeyEvent(int keyCode,
java.lang.Runnable action)
Registers a key event.
|
void |
exit(int why)
Closes open resources and exits.
|
java.awt.Insets |
getEdges()
Gets the edges of the screen (if one exists).
|
int |
getGas()
Gets the current gas (velocity) of the car.
|
int |
getManualSpeed()
Gets the manual speed control of the car.
|
byte[] |
getProcessedImage()
Gets a processed image.
|
byte[] |
getRecentCameraImage()
Gets the most recent camera image as loaded from
readCameraImage . |
protected int[] |
getRenderedImage()
Gets the image to be rendered on the screen.
|
int[] |
getRGBImage() |
int |
getSteering()
Gets the current steering angle of the car
|
void |
manualSpeedControl(boolean absolute,
int manualSpeed)
Manually controls the speed of the car.
|
byte[] |
readCameraImage()
|
void |
rectFill(int colo,
int rx,
int cx,
int rz,
int c)
Draws a rectangle on the screen (if one exists).
|
void |
setEdges(java.awt.Insets edges)
Set the edges of the screen.
|
void |
setProcessedImage(byte[] image)
Sets the processed image.
|
void |
setRenderedImage(int[] renderedImage)
Sets the image to be rendered on the screen.
|
void |
steer(boolean absolute,
int angle)
Steers the car.
|
boolean |
willPaint()
Checks if this car control will paint (if there is a screen/window to draw on).
|
private final int SteerPin
private final int GasPin
private final double LefScaleSt
private final double RitScaleSt
protected SimCamera cam
protected java.util.HashMap<java.lang.Integer,java.lang.Runnable> keyBindings
private Arduino driveSys
private java.awt.Insets edges
private byte[] cameraImage
private byte[] processedImage
private int[] renderedImage
private int currentSteering
private int currentVelocity
private int currentManualSpeed
public byte[] readCameraImage()
CarControl
FlyCamera
or SimCamera
.
Also invalidates the current version of the processed/rendering images.readCameraImage
in interface CarControl
public byte[] getRecentCameraImage()
CarControl
readCameraImage
.getRecentCameraImage
in interface CarControl
public byte[] getProcessedImage()
CarControl
setCameraImage
. If not, an exception may be thrown.getProcessedImage
in interface CarControl
public void setProcessedImage(byte[] image)
CarControl
setProcessedImage
in interface CarControl
image
- The processed image in the form of a simple color raster array.public int[] getRGBImage()
getRGBImage
in interface CarControl
protected int[] getRenderedImage()
public void setRenderedImage(int[] renderedImage)
CarControl
willPaint
returns false).setRenderedImage
in interface CarControl
renderedImage
- The image to render on the screen as an RGB integer array.public boolean willPaint()
CarControl
willPaint
in interface CarControl
public void exit(int why)
CarControl
exit
in interface CarControl
why
- Error code.public void accelerate(boolean absolute, int velocity)
CarControl
accelerate
in interface CarControl
absolute
- If true, sets the velocity to the parameter given, else increments it by the parameter given.velocity
- The velocity to set the car's velocity to or increment it by.public void steer(boolean absolute, int angle)
CarControl
steer
in interface CarControl
absolute
- If true, sets the angle to the parameter given, else increments it by the parameter given.angle
- The angle to set the car's angle to or increment it by.public void manualSpeedControl(boolean absolute, int manualSpeed)
CarControl
manualSpeedControl
in interface CarControl
absolute
- If true, sets the manual speed to the parameter given, else increments it by the parameter given.manualSpeed
- The manual speed to set the car's velocity to or increment it by.public int getGas()
CarControl
getGas
in interface CarControl
CarControl.accelerate(boolean, int)
public int getSteering()
CarControl
getSteering
in interface CarControl
CarControl.steer(boolean, int)
public int getManualSpeed()
CarControl
getManualSpeed
in interface CarControl
CarControl.manualSpeedControl(boolean, int)
public java.awt.Insets getEdges()
CarControl
getEdges
in interface CarControl
public void setEdges(java.awt.Insets edges)
CarControl
setEdges
in interface CarControl
edges
- The edges of the rendering window as a Java AWT Insets object.public void rectFill(int colo, int rx, int cx, int rz, int c)
CarControl
rectFill
in interface CarControl
colo
- The pixel color to fill that rectangle, = 0x00RRGGBBrx
- The pixel row in one cornercx
- The pixel column in the same cornerrz
- The pixel row in the other corner (inclusive)c
- The pixel column thereTrakSim.RectFill(int, int, int, int, int)
public void addKeyEvent(int keyCode, java.lang.Runnable action)
CarControl
addKeyEvent
in interface CarControl
keyCode
- The key that should be pressed to trigger the action.action
- The action to trigger when the key is pressed.


| Package | me.code.mail |
| Class | public class Mail |
| Property | Defined by | ||
|---|---|---|---|
| bcc : Array [read-only]
The BCC recipients of this mail in the form of Contact objects.
| |||
| cc : Array [read-only]
The CC recipients of this mail in the form of Contact objects.
| |||
| from : Array [read-only]
The authors of the mail in the form of Contact objects.
| |||
| inReplyTo : Array [read-only]
The message ID's of the mails to which this mail is a reply.
| |||
| plaintextContent : String
The plain text content of this mail.
| |||
| replyTo : Array [read-only]
The contacts to which a reply to this mail should be sent.
| |||
| sender : Contact
In case of multiple authors, the sender of the mail.
| |||
| subject : String
The subject of this mail.
| |||
| to : Array [read-only]
The recipients of this mail in the form of Contact objects.
|
| bcc | property |
bcc:Array
[read-only]The BCC recipients of this mail in the form of Contact objects.
Implementation public function get bcc():Array
| cc | property |
cc:Array
[read-only]The CC recipients of this mail in the form of Contact objects.
Implementation public function get cc():Array
| from | property |
from:Array
[read-only]The authors of the mail in the form of Contact objects.
Implementation public function get from():Array
| inReplyTo | property |
inReplyTo:Array
[read-only]The message ID's of the mails to which this mail is a reply.
Implementation public function get inReplyTo():Array
| plaintextContent | property |
plaintextContent:String
[read-write]The plain text content of this mail.
Implementation public function get plaintextContent():String
public function set plaintextContent(value:String):void
| replyTo | property |
replyTo:Array
[read-only]The contacts to which a reply to this mail should be sent.
Implementation public function get replyTo():Array
| sender | property |
sender:Contact
[read-write]In case of multiple authors, the sender of the mail.
Implementation public function get sender():Contact
public function set sender(value:Contact):void
| subject | property |
subject:String
[read-write]The subject of this mail.
Implementation public function get subject():String
public function set subject(value:String):void
| to | property |
to:Array
[read-only]The recipients of this mail in the form of Contact objects.
Implementation public function get to():Array


Continuous Integration for JavaScript with TestSwarm
We like the principles of Test Driven Development (or some variation thereof). But we also have an increasingly large JavaScript library, and JavaScript testing is hard.
There are tools like Selenium that offer a full testing suite and there are tools like Webrat that simulate a browser for application acceptance testing, but those tools still don’t solve the “JavaScript testing is hard” problem. That problem is browsers.
John Resig and team ran into this problem while developing jQuery:
The end result is that we need to run 10 separate test suites in 12 separate browsers before and after every single commit to jQuery core. Cross-Browser JavaScript testing does not scale.
That blog post really defined the problem. We Front End Engineers needed some Continuous Integration love: An automated way of testing our JS libraries across multiple browser environments.
Resig also came up with a solution to the problem, and we’ve recently rolled it out here at Gilt: TestSwarm.
TestSwarm provides distributed continuous integration testing for JavaScript.
Users (on various browsers) connect to the server and run the test runner. The runner will wait for new suites to come in from a git hook.
The results are recorded for each commit and hopefully everything is green.
And now we have to begin the hardest part of this task: beginning a TDD practice and making sure our JavaScript has full test coverage.
Mark Wunsch Gilt Groupe


Interface TwitchExtensions
public interface TwitchExtensions
-
Method Summary
Modifier and Type Method Description com.netflix.hystrix.HystrixCommand<ExtensionSecretList>
createExtensionSecret(java.lang.String clientId, java.lang.String jsonWebToken, int activationDelaySeconds)
Creates a new secret for a specified extension, identified by a client ID value assigned to the extension when it is created.com.netflix.hystrix.HystrixCommand<java.util.Map<java.lang.String,ConfigurationSegment>>
getExtensionChannelConfiguration(java.lang.String clientId, java.lang.String jsonWebToken, java.lang.String channelId)
Gets the developer and broadcaster configuration segments for a specified channel.com.netflix.hystrix.HystrixCommand<java.util.Map<java.lang.String,ConfigurationSegment>>
getExtensionConfigurationSegment(java.lang.String clientId, java.lang.String jsonWebToken, ConfigurationSegmentType segmentType, java.lang.String channelId)
Gets a broadcaster or developer configuration segment for a specified channel, or the global configuration segment.com.netflix.hystrix.HystrixCommand<ExtensionInformation>
getExtensionInformation(java.lang.String clientId)
Get Extension Informationcom.netflix.hystrix.HystrixCommand<ExtensionSecretList>
getExtensionSecret(java.lang.String clientId, java.lang.String jsonWebToken)
Retrieves a specified extension’s secret data: a version and an array of secret objects.com.netflix.hystrix.HystrixCommand<ChannelList>
getLiveChannelsWithExtensionActivated(java.lang.String clientId)
Returns one page of live channels that have installed and activated a specified extension.com.netflix.hystrix.HystrixCommand<java.lang.Void>
revokeExtensionSecrets(java.lang.String clientId, java.lang.String jsonWebToken)
Deletes all secrets associated with a specified extension, identified by a client ID value assigned to the extension when it is created.com.netflix.hystrix.HystrixCommand<java.lang.Void>
sendExtensionChatMessage(java.lang.String clientId, java.lang.String jsonWebToken, java.lang.String extensionVersion, java.lang.String channelId, java.lang.String text)
Sends a specified chat message to a specified channel.com.netflix.hystrix.HystrixCommand<java.lang.Void>
sendExtensionPubSubMessage(java.lang.String clientId, java.lang.String jsonWebToken, java.lang.String channelId, java.lang.String message, java.lang.String targets)
Twitch provides a publish-subscribe system for your EBS to communicate with both the broadcaster and viewers.com.netflix.hystrix.HystrixCommand<java.lang.Void>
setExtensionConfigurationSegment(java.lang.String clientId, java.lang.String jsonWebToken, ExtensionConfigurationSegment configurationSegment)
Sets a single configuration segment (any type).com.netflix.hystrix.HystrixCommand<java.lang.Void>
setExtensionRequiredConfiguration(java.lang.String clientId, java.lang.String jsonWebToken, java.lang.String extensionVersion, java.lang.String channelId, java.lang.String requiredConfiguration)
Enable activation of a specified extension, after any required broadcaster configuration is correct.
-
Method Details
-
createExtensionSecret
com.netflix.hystrix.HystrixCommand<ExtensionSecretList> createExtensionSecret(java.lang.String clientId, java.lang.String jsonWebToken, int activationDelaySeconds)Creates a new secret for a specified extension, identified by a client ID value assigned to the extension when it is created. Also rotates any current secrets out of service, with enough time for extension clients to gracefully switch over to the new secret.Use this function only when you are ready to install the new secret it returns.
Note: You get the initial secret via the Twitch developer site. Use this endpoint to rotate the secret later, if desired.
- Parameters:
clientId
- The extension's client ID.jsonWebToken
- Signed JWT created by the EBS, following the requirements documented in “Signing the JWT” (in Building Extensions).activationDelaySeconds
- The delay period, between the generation of the new secret and its use by Twitch, is specified by this required parameter. Default (and minimum): 300 (5 minutes).- Returns:
- ExtensionSecretList
-
getExtensionSecret
com.netflix.hystrix.HystrixCommand<ExtensionSecretList> getExtensionSecret(java.lang.String clientId, java.lang.String jsonWebToken)Retrieves a specified extension’s secret data: a version and an array of secret objects.- Parameters:
clientId
- The extension is identified by a client ID value assigned to the extension when it is created.jsonWebToken
- Signed JWT created by the EBS, following the requirements documented in “Signing the JWT” (in Building Extensions).- Returns:
- ExtensionSecretList
-
revokeExtensionSecrets
com.netflix.hystrix.HystrixCommand<java.lang.Void> revokeExtensionSecrets(java.lang.String clientId, java.lang.String jsonWebToken)Deletes all secrets associated with a specified extension, identified by a client ID value assigned to the extension when it is created.This immediately breaks all clients until both a new Create Extension Secret is executed and the clients manually refresh themselves. Use this only if a secret is compromised and must be removed immediately from circulation.
- Parameters:
clientId
- The client ID identifying the extension when it is created.jsonWebToken
- Signed JWT created by the EBS, following the requirements documented in “Signing the JWT” (in Building Extensions)- Returns:
- 204 No Content on a successful call
-
getLiveChannelsWithExtensionActivated
com.netflix.hystrix.HystrixCommand<ChannelList> getLiveChannelsWithExtensionActivated(java.lang.String clientId)Returns one page of live channels that have installed and activated a specified extension.A channel that just went live may take a few minutes to appear in this list, and a channel may continue to appear on this list for a few minutes after it stops broadcasting.
- Parameters:
clientId
- The client ID value assigned to the extension when it is created.- Returns:
- ChannelList
-
setExtensionRequiredConfiguration
com.netflix.hystrix.HystrixCommand<java.lang.Void> setExtensionRequiredConfiguration(java.lang.String clientId, java.lang.String jsonWebToken, java.lang.String extensionVersion, java.lang.String channelId, java.lang.String requiredConfiguration)Enable activation of a specified extension, after any required broadcaster configuration is correct.This is for extensions that require broadcaster configuration before activation. Use this if, in extension Capabilities, you select Custom/My Own Service.
You enforce required broadcaster configuration with a required_configuration string in the extension manifest. The contents of this string can be whatever you want. Once your EBS determines that the extension is correctly configured on a channel, use this endpoint to provide that same configuration string, which enables activation on the channel.
If a future version of the extension requires a different configuration, change the required_configuration string in your manifest. When the new version is released, broadcasters will be required to re-configure that new version.
- Parameters:
clientId
- The extension is identified by a client ID value assigned to the extension when it is created.jsonWebToken
- Signed JWT created by the EBS, following the requirements documented in “Signing the JWT” (in Building Extensions).extensionVersion
- The extension version.channelId
- The channel id for the broadcaster.requiredConfiguration
- The required configuration.- Returns:
- 204 No Content on a successful call
-
setExtensionConfigurationSegment
com.netflix.hystrix.HystrixCommand<java.lang.Void> setExtensionConfigurationSegment(java.lang.String clientId, java.lang.String jsonWebToken, ExtensionConfigurationSegment configurationSegment)Sets a single configuration segment (any type). The segment type is specified by a required body parameter.Each segment is limited to 5 KB and can be set at most 20 times per minute. Updates to this data are not delivered to Extensions that have already rendered.
Note: Your signed JWT must include the exp, user_id, and role fields, documented in JWT Schema. The role value must be external.
- Parameters:
clientId
- The client ID identifying the extension when it is created.jsonWebToken
- Signed JWT created by the EBS, following the requirements documented in “Signing the JWT” (in Building Extensions).configurationSegment
- The updated configuration segment.- Returns:
- 204 No Content on a successful call
-
getExtensionChannelConfiguration
com.netflix.hystrix.HystrixCommand<java.util.Map<java.lang.String,ConfigurationSegment>> getExtensionChannelConfiguration(java.lang.String clientId, java.lang.String jsonWebToken, java.lang.String channelId)Gets the developer and broadcaster configuration segments for a specified channel.Each channel can be retrieved at most 20 times per minute.
Note: Your signed JWT must include the exp, user_id, and role fields, documented in JWT Schema. The role value must be external.
- Parameters:
clientId
- The client ID identifying the extension when it is created.jsonWebToken
- Signed JWT created by the EBS, following the requirements documented in “Signing the JWT” (in Building Extensions).channelId
- The channel id of the broadcaster.- Returns:
- Map
-
getExtensionConfigurationSegment
com.netflix.hystrix.HystrixCommand<java.util.Map<java.lang.String,ConfigurationSegment>> getExtensionConfigurationSegment(java.lang.String clientId, java.lang.String jsonWebToken, ConfigurationSegmentType segmentType, java.lang.String channelId)Gets a broadcaster or developer configuration segment for a specified channel, or the global configuration segment.Each segment can be retrieved at most 20 times per minute.
Note: Your signed JWT must include the exp, user_id, and role fields, documented in JWT Schema. The role value must be external.
- Parameters:
clientId
- The client ID identifying the extension when it is created.jsonWebToken
- Signed JWT created by the EBS, following the requirements documented in “Signing the JWT” (in Building Extensions).segmentType
- The segment type.channelId
- The channel id of the broadcaster (must be null forConfigurationSegmentType.GLOBAL
).- Returns:
- Map
-
sendExtensionPubSubMessage
com.netflix.hystrix.HystrixCommand<java.lang.Void> sendExtensionPubSubMessage(java.lang.String clientId, java.lang.String jsonWebToken, java.lang.String channelId, java.lang.String message, java.lang.String targets)Twitch provides a publish-subscribe system for your EBS to communicate with both the broadcaster and viewers. Calling this endpoint forwards your message using the same mechanism as the send JavaScript helper function. A message can be sent to either a specified channel or globally (all channels on which your extension is active).Note: Your signed JWT must include the channel_id and pubsub_perms fields, documented in JWT Schema.
- Parameters:
clientId
- The client ID identifying the extension when it is created.jsonWebToken
- Signed JWT (Twitch or EBS JWTs are allowed)channelId
- Either a specific channel's ID or "all"message
- Your message to be sent.targets
- Valid values: "broadcast", "global".- Returns:
- 204 No Content on a successful call
-
sendExtensionChatMessage
com.netflix.hystrix.HystrixCommand<java.lang.Void> sendExtensionChatMessage(java.lang.String clientId, java.lang.String jsonWebToken, java.lang.String extensionVersion, java.lang.String channelId, java.lang.String text)Sends a specified chat message to a specified channel. The message will appear in the channel’s chat as a normal message. The “username” of the message is the extension name you specified when you created the extension.There is a limit of 12 messages per minute, per channel. Extension chat messages use the same rate-limiting functionality as the New Twitch API (see Rate Limits). The maximum message size is 280 characters.
The channel_id inside the JWT must match the channel ID in the request URL.
- Parameters:
clientId
- The client ID identifying the extension when it is created.jsonWebToken
- Signed JWT created by the EBS, following the requirements documented in Signing the JWT (in Building Extensions) or Twitch JWT containing the "broadcaster" role.extensionVersion
- The extension version.channelId
- The id of the channel to send the message to.text
- The message to be sent.- Returns:
- 204 No Content on a successful call
-
getExtensionInformation
@Unofficial com.netflix.hystrix.HystrixCommand<ExtensionInformation> getExtensionInformation(java.lang.String clientId)Get Extension Information- Parameters:
clientId
- The client ID value assigned to the extension when it is created.- Returns:
- ExtensionInformation
- See Also:
Unofficial
-


class Ether
that also exposes a Flowable for the data send to this class Ether
class Ether
interface IDataPublisher
of type T and
a Flowable to listen for triggers of type Uclass Ether
class Ether
class Ether
interface IDataPublisher
for type Tinterface IDataPublisher
for type Tclass Ether
interface IDataSubscriber
to receive new datainterface IDataObservable
for type Tinterface IDataObservable
for type T


Krusty Krab Pizza
Welcome! Enter your order below
For a one-topping pizza there are: 6 slices per small (8-10") pizza,
8 slices per medium (10-14") pizza,
10 slices on a large (14-16") pizza and
12 slices on an extra-large (16-21") pizza.
You ordered a !


This topic is a part of the Braft document. To read the Braft document, click here. The Raft algorithm and its application are comprehensively described in the Braft document. As JRaft is designed on the basis of Braft, we strongly recommend that you read the Braft document first to understand the basic principles and application of the Raft algorithm.
Distributed consensus
Distributed consensus is a very fundamental problem in a distributed system. Simply put, it is about how to reach a consensus on a specific value among multiple servers, and ensure that the decision is not overthrown regardless of what failures may occur on these servers. Assume that, all processes of a distributed system needs to determine a value V. If the system has the following properties, we consider it solves the problem of distributed consensus:
- Termination: All normal processes will determine the specific value of V, and there is no process that keeps running in a loop.
- Validity: A value V’ determined by normal processes must have been proposed by one of them. For example, a random number generator does not have this property.
- Agreement: All normal processes choose the same value.
Consensus state machine
Assume we have an infinitely incrementing sequence (system) a[1, 2, 3…]. If for any integer i, the value of a[i] meets the distributed consensus requirement, the system meets the requirement of a consensus state machine. Basically, all systems are subject to continuous operations, and reaching consensus on a single value is definitely not enough. To make sure all replicas of a real-life system are consistent, we usually convert the operations into entries of a write-ahead-log(WAL). Then, we make sure all replicas of the system reach a consensus on the WAL entries, so that each process will perform operations corresponding to the WAL entries in order. As a result, the replicas are in consistent states.
RAFT
RAFT is a new and easy-to-understand distributed consensus replication protocol proposed by Diego Ongaro and John Ousterhout of Stanford University as a central coordination component of the RAMCloudproject. Raft is a leader-based multi-Paxos variant that provides a more complete and straightforward protocol description than existing protocols such as Paxos, Zab, and Viewstamped Replication. It also provides a clear description for adding and deleting nodes. In Raft, replicated state machines are the most important and fundamental to distributed systems. Raft allows commands to be replicated and executed in order, and ensures that the states of nodes remain consistent when their initial states are the same. A system is fully functional (available) as long as a majority of nodes function properly. It allows non-Byzantine conditions, including network delays, packet loss, and reordering, but does not allow tampering with any messages.
Raft can solve the distributed consensus and partitioning problems, but cannot solve the availability problem. Raft covers some common features of distributed systems:
- Leader election
- Log replication
- Membership change
- Log compaction
Application of Raft
We can use the Raft consensus state machine to replicate, repair, and manage nodes, which significantly streamlines the design and implementation of distributed systems, and allows developers to focus only on the service logic by implementing services as the corresponding state machines. We can build many distributed applications based on this framework:
- Distributed lock services such as ZooKeeper.
- Distributed storage systems, such as distributed message queues, distributed block systems, distributed file systems, and distributed table systems.
- It can also be used for highly reliable meta information management, for example, the high availability mechanism of various management modules.
JRaft
JRaft is a Raft implementation that is completely based on Java, and it rewrites all features of Baidu’s Braft in Java, including:
- Leader election.
- Replication and recovery.
- Snapshot and log compaction.
- Membership management.
- Fully concurrent replication.
- Fault tolerance.
- Asymmetric network partition tolerance.
- Workaround when quorate peers are dead.
- Replication pipeline optimistic
- Linearizable read, ReadIndex/LeaseRead.
Contact us
Welcome to join our DingTalk chat group: 23127468.


Sundarbans
The Sundarbans is a mangrove area in the delta formed by the confluence of the Ganges, Brahmaputra and Meghna Rivers in the Bay of Bengal.
It spans from the Hooghly River in India's state of West Bengal to the Baleswar River in Bangladesh. It comprises closed and open mangrove forests, agriculturally used land, mudflats and barren land, and is intersected by multiple tidal streams and channels.
The Sundarban forest lies in the vast delta on the Bay of Bengal formed by the super confluence of the Ganges, Hooghly, Padma, Brahmaputra and Meghna rivers across southern Bangladesh.
The history of the area can be traced back to 200–300 AD. A ruin of a city built by Chand Sadagar has been found in the Baghmara Forest Block. During the Mughal period, the Mughal Kings leased the forests of the Sundarbans to nearby residents. Many criminals took refuge in the Sundarbans from the advancing armies of Emperor Akbar. Many have been known to be attacked by tigers.The history of the area can be traced back to 200–300 AD. A ruin of a city built by Chand Sadagar has been found in the Baghmara Forest Block. During the Mughal period, the Mughal Kings leased the forests of the Sundarbans to nearby residents. Many criminals took refuge in the Sundarbans from the advancing armies of Emperor Akbar. Many have been known to be attacked by tigers. Many of the buildings which were built by them later fell to hands of Portuguese pirates, salt smugglers and dacoits in the 17th century. Evidence of the fact can be traced from the ruins at Netidhopani and other places scattered all over Sundarbans. The legal status of the forests underwent a series of changes, including the distinction of being the first mangrove forest in the world to be brought under scientific management. The area was mapped first in Persian, by the Surveyor General as early as 1769 following soon after proprietary rights were obtained from the Mughal Emperor Alamgir II by the British East India Company in 1757. Systematic management of this forest tract started in the 1860s after the establishment of a Forest Department in the Province of Bengal, in British India. The management was entirely designed to extract whatever treasures were available, but labour and lower management mostly were staffed by locals, as the British had no expertise or adaptation experience in mangrove forests. The first Forest Management Division to have jurisdiction over the Sundarbans was established in 1869. In 1875 a large portion of the mangrove forests was declared as reserved forests under the Forest Act, 1865 (Act VIII of 1865). The remaining portions of the forests were declared a reserve forest the following year and the forest, which was so far administered by the civil administration district, was placed under the control of the Forest Department. A Forest Division, which is the basic forest management and administration unit, was created in 1879 with the headquarters in Khulna, Bangladesh. The first management plan was written for the period 1893 to 1898.
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Always open for visitors.


IL&FS reports lesser assets but higher liabilities in FY19
For the financial year 2019, IL&FS had lesser total assets but higher liabilities when compared to 2018.
In a filing to the exchanges, as a part of its year-ending disclosures, the troubled financing company said that in fiscal 2019, it had Rs 3,247 crore, almost 39 per cent lesser when compared to 2018 fiscal.
A few months back, IL&FS Group invited Expressions of Interest (EoI) for real estate space totaling 4.85 lakh square feet, as it looks to monetise its assets. This includes a mix of commercial and residential premises across Mumbai, Kolkata and Hyderabad.
Even as IL&FS has a debt in excess of Rs 90,000 crore, in the 2019 fiscal, liabilities went up by 20 per cent to Rs 4,007 crore. In comparison, the liabilities in 2018 FY was Rs 3,327 crore.
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001/* 002MIT License 003 004Copyright (c) 2020 FBSQL Team 005 006Permission is hereby granted, free of charge, to any person obtaining a copy 007of this software and associated documentation files (the "Software"), to deal 008in the Software without restriction, including without limitation the rights 009to use, copy, modify, merge, publish, distribute, sublicense, and/or sell 010copies of the Software, and to permit persons to whom the Software is 011furnished to do so, subject to the following conditions: 012 013The above copyright notice and this permission notice shall be included in all 014copies or substantial portions of the Software. 015 016THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR 017IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, 018FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE 019AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER 020LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, 021OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE 022SOFTWARE. 023 024Home: https://fbsql.github.io 025E-Mail<EMAIL_ADDRESS>026*/ 027 028package org.fbsql.servlet; 029 030import java.util.Objects; 031 032public class CommonUtils { 033 034 public static int indexOf(Object[] array, Object[] subArray) { 035 boolean found = false; 036 for (int i = 0; i <= array.length - subArray.length; i++) { 037 if (Objects.equals(array[i], subArray[0])) { 038 for (int j = 1; j < subArray.length; j++) { 039 if (Objects.equals(array[i + j], subArray[j])) 040 found = true; 041 else { 042 found = false; 043 break; 044 } 045 } 046 } 047 if (found) 048 return i; 049 } 050 return -1; 051 } 052 053} 054 055/* 056Please contact FBSQL Team by E-Mail<EMAIL_ADDRESS>057or visit https://fbsql.github.io if you need additional 058information or have any questions. 059*/ 060 061/* EOF */


- What are the differences between the various colored pins??
Red pins are charge points for Mahindra Electric cars only.
Green pins are charge points for all EV's.
Black pins are points created by Ather Energy.
Orange pins are Battery Swapping Stations installed by Sun Mobility.
Blue pins are DC fast charging stations.
- How can i be sure if the community charging station is safe to use?
Most points are tested and verified by our teams. If for some reason, we cannot verify the station we will rely on the community to test these stations.
- Can i call before visiting?
Yes. Most community charge points will have a contact number.
- Will we have support from RE:CHARGE or PluginIndia.com, if something goes wrong?
This is a community initiative. PluginIndia.com is only acting as a facilitator between the owner of the charging station and the community.
So there wont be support. But you can visit our site and contact us, if you want help. We always check our messages and we will get back to you.
- If this free or paid?
That depends on the business or the person responsible for those charging stations. Some might offer it as a free service some might take a small fee. The fee depends on the owner but we will ensure it is nominal.
- I want to help the EV community and setup a station at my business. But i want to charge the consumer. What are your guidelines regarding prices?
Great! Charge a nominal rate based on the cost of electricity in your area. Generally electric cars consume 2 kWh (2 units), when charged for an hour. Although it depends on the model. And e-Scooters consume less than a unit of electricity for 1 hour of charging.
- Why are you doing this?
We @ PluginIndia wants to see as many EV's possible on Indian roads. And we don't see active progress made by corporations or the government in setting up DC Quick charge charging stations. Meanwhile, the community can setup these stations which will help EV owners go beyond their city on weekends or for work without worrying about charge running out.
These stations will also act as an incentive for a potential EV buyer to go for these environment friendly vehicles.
- Anything else?
Before we publish these charging stations, we visit, test them and get to know the owners. Rest assured we only publish stations owned by people who are interested in supporting the cause of EV's. PluginIndia.com is not responsible for any issues or problems that arises.


Categories
Login and security
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Account management
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After submit we are going to send mail to you with confirmation link.
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After submit we are going to send SMS. Be sure phone number is correct.
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add phone number
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After submit you will must pass current password for authentication
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It will facilitate communication.
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change gender
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introduce yourself
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Yes, I thought about it


Incorporated is a not for profit rescue run by dedicated volunteers helping rescue unwanted dogs & cats and giving them a second chance.
The design process was not a linear one but was full of iterations at various stages.
"On Facebook you can see the pictures of the animals not text…."
As User researchers we wanted to understand the thought process and any pain points of pet adoption/fostering and supporting to local pet rescue charities.
We believe that a delightful redesign of the Tiny Tails Rescue website that focuses on enhancing the navigation, visual aesthetics and responsive standards, would improve usability and attract visitors to donate, volunteer with the organisation or adopt a pet.
During the interview and the surveying process, we discovered that users are enthusiastic about adopting/fostering a pet and have previously or would in the future, donate to help a pet in need, however, they want to see where their funds go to justify their donation.
Therefore we believe that heart-warming stories about the animals in need must be prominent on the website so that users feel inclined to donate, volunteer or adopt/foster.
We might do this by providing pet profiles containing high resolution images, history and success stories which demonstrate how donation and adoptions have transformed their lives. Doing this will allow our product to attract adopters/foster carers volunteers and donors
A storyboard to empathise the possible user journey of the created user persona. We needed this to get an idea to develop wireframes.
In order to see where Tiny Tails stood amongst the competition we did a competitor analysis and we studied the main features that stood out in our competitors and used some of them baked into our wireframes.
We began our design process by starting off with low fidelity wireframes. These wireframes were the initial framework of our mobile site and were used during testing.
These wireframes were the initial framework of our website and were used during testing.When deciding on what colours to go with for the redesign, we decided we wanted to have a friendly feel and bubbly nature while still displaying a care or pets and chose colours to communicate just that.
There were some changes made to the final prototype based on the feedback from the usability testings
We came across a colour accessibility problem and detected it at a crucial time and adjusted the colours to match the AA standards for colour accessibility.
Completing same tasks intuitively on a Smartphone, scaling down legibly and reordering information to suit the new screen size were some of our mobile responsive design goals.


Maple Leafs sink Avalache to move to 2-0 under new coach Sheldon Keefe
Auston Matthews and Tyson Barrie had a goal and an assist each, Nicholas Shore, Kasperi Kapanen and Zach Hyman also scored, and the Toronto Maple Leafs beat the Colorado Avalanche 5-3 in Denver on Saturday night.
Frederik Andersen stopped 34 shots to help new coach Sheldon Keefe improve to 2-0 since taking over for the fired Mike Babcock earlier in the week.
Nathan MacKinnon, Andre Burakovsky and Valeri Nichushkin scored goals, and Nazem Kadri had two assists against his former team. Pavel Francouz made 12 saves for Colorado in his return from a concussion. He relieved starter Philipp Grubauer, who allowed four goals on 15 shots.
Barrie and center Alexander Kerfoot were back in Denver for the first time since being traded to Toronto for Kadri in the offseason. Barrie got his second goal of the season and second in as many games during the Leafs’ four-goal burst in a span of less than eight minutes the first period.
MacKinnon scored on a slapshot from the point just 31 seconds into the game, and then Toronto took over with a flurry of goals.
Shore got things started when he redirected Pierre Engvall’s pass to the front of the net at 9:49. It was his second of the season.
Matthews then gave the Maple Leafs the lead with his 16th of the season when he beat Grubauer with a shot from the slot 1:07 after Shore’s goal. Barrie made it 3-1 when he buried a pass from William Nylander at 13:22, and Kapanen finished the scoring with a breakaway goal at 17:36.
Francouz then entered for Grubauer.
Colorado got one back when Toronto defenseman Justin Holl went off for slashing in the second period. Burakovsky cashed with his 11th goal, a one-timer on a pass from Joonas Donskoi, at 9:21 of the period.
Nichushkin got his first goal in 92 games at 6:54 of the third to make it 4-3. It was the first time he scored since March 4, 2016, when he was with Dallas.
Francouz went off for an extra skater with 2:47 left, and Kadri hit the post on a tip, but the Avs could not crack Andersen. Hyman scored just before time expired.


--- layout: feedback title: Jason Miller - 2015-02-19 15:27:22 date: 2015-02-19 15:27:22.000000000 -06:00 type: feedback published: true status: publish categories: [] tags: [] meta: _feedback_extra_fields: a:0:{} _feedback_email: "a:2:{s:2:\"to\";a:1:{i:0;s:21:\"broberts_az@yahoo.com\";}s:7:\"message\";s:543:\"Name: Jason Miller\nEmail<EMAIL_ADDRESS>Hi Bob,\r\n\r\nI came across your blog and wanted to see if you ever would be open to hearing about development opportunities here in PHX? I see RoR from time to time and would love to be able to keep you in mind. Hope to hear from you soon!\r\n\r\nJason Miller\r\nRandstad<EMAIL_ADDRESS>February 19, 2015 at 3:27 pm\nIP Address: <IP_ADDRESS>\nContact Form URL: http://bob-roberts.net/contact/\nSent by an unverified visitor to your site.\";}" author: ---
Hi Bob,
I came across your blog and wanted to see if you ever would be open to hearing about development opportunities here in PHX? I see RoR from time to time and would love to be able to keep you in mind. Hope to hear from you soon!
Jason Miller
Randstad Technologies
602.635.1338
<EMAIL_ADDRESS>AUTHOR: Jason Miller
AUTHOR EMAIL<EMAIL_ADDRESS>AUTHOR URL:
SUBJECT: Email from Blog
IP: <IP_ADDRESS>
Array
(
[1_Name] => Jason Miller
[2_Email] =><EMAIL_ADDRESS>[3_Website] =>
[4_Comment] => Hi Bob,
I came across your blog and wanted to see if you ever would be open to hearing about development opportunities here in PHX? I see RoR from time to time and would love to be able to keep you in mind. Hope to hear from you soon!
Jason Miller
Randstad Technologies
602.635.1338
<EMAIL_ADDRESS>)


@InterfaceAudience.LimitedPrivate(value="yarn") @InterfaceStability.Unstable public interface ReservationSystem extends Recoverable
Resource
allocations in future. Implementors
need to bootstrap all configured Plan
s in the active
ResourceScheduler
along with their corresponding
ReservationAgent
and SharingPolicy
. It is also responsible
for managing the PlanFollower
to ensure the Plan
s are in sync
with the ResourceScheduler
.| Modifier and Type | Method and Description |
|---|---|
Map<String,Plan> |
getAllPlans()
Return a map containing all the plans known to this ReservationSystem
(useful for UI)
|
org.apache.hadoop.yarn.api.records.ReservationId |
getNewReservationId()
Get a new unique
ReservationId . |
Plan |
getPlan(String planName)
Get an existing
Plan that has been initialized. |
long |
getPlanFollowerTimeStep()
Return the time step (ms) at which the
PlanFollower is invoked |
String |
getQueueForReservation(org.apache.hadoop.yarn.api.records.ReservationId reservationId)
Get the
Queue that an existing ReservationId is associated
with. |
ReservationsACLsManager |
getReservationsACLsManager()
Get the
ReservationsACLsManager to use to check for the reservation
access on a user. |
void |
reinitialize(org.apache.hadoop.conf.Configuration conf,
RMContext rmContext)
Re-initialize the
ReservationSystem . |
void |
setQueueForReservation(org.apache.hadoop.yarn.api.records.ReservationId reservationId,
String queueName)
Set the
Queue that an existing ReservationId should be
associated with. |
void |
setRMContext(RMContext rmContext)
Set RMContext for
ReservationSystem . |
void |
synchronizePlan(String planName,
boolean shouldReplan)
|
recover
void setRMContext(RMContext rmContext)
ReservationSystem
. This method should be called
immediately after instantiating a reservation system once.rmContext
- created by ResourceManager
void reinitialize(org.apache.hadoop.conf.Configuration conf, RMContext rmContext) throws org.apache.hadoop.yarn.exceptions.YarnException
ReservationSystem
.conf
- configurationrmContext
- current context of the ResourceManager
org.apache.hadoop.yarn.exceptions.YarnException
- if initialization of the configured plan failsMap<String,Plan> getAllPlans()
void synchronizePlan(String planName, boolean shouldReplan)
planName
- the name of the Plan
to be synchronizedshouldReplan
- replan on reduction of plan capacity if true or
proportionally scale down reservations if falselong getPlanFollowerTimeStep()
PlanFollower
is invokedPlanFollower
is invokedorg.apache.hadoop.yarn.api.records.ReservationId getNewReservationId()
ReservationId
.ReservationId
String getQueueForReservation(org.apache.hadoop.yarn.api.records.ReservationId reservationId)
Queue
that an existing ReservationId
is associated
with.reservationId
- the unique id of the reservationvoid setQueueForReservation(org.apache.hadoop.yarn.api.records.ReservationId reservationId, String queueName)
Queue
that an existing ReservationId
should be
associated with.reservationId
- the unique id of the reservationqueueName
- the name of Queue to associate the reservation withReservationsACLsManager getReservationsACLsManager()
ReservationsACLsManager
to use to check for the reservation
access on a user.Copyright © 2008–2018 Apache Software Foundation. All rights reserved.


Expressions
Math Expressions Calculator
MEC, or Math Expression Calculation, is a destributed system for calculation of expressions with unreal operations, which will be defined run-time.
MEC has been designed to be practical in mathematics, phics, informatics and math-base science.
Stable version: 1.4.0
Download .zip
View on GitHub
Read the docs
Stable version: 1.3.0
Download .zip
View on GitHub
Read the docs
Development version: 1.5.0pre
Download .zip
View on GitHub
Read the docs
In The Future
Run-time changeing for type of values
Standart integral
Arrays
Better interface, smaller dependancies
Powered by


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface ActionProxy
ActionProxy is an extra layer between XWork and the action so that different proxies are possible.
An example of this would be a remote proxy, where the layer between XWork and the action might be RMI or SOAP.
| Method Summary | |
|---|---|
String |
execute()
Execute this ActionProxy. |
Object |
getAction()
|
String |
getActionName()
|
ActionConfig |
getConfig()
|
boolean |
getExecuteResult()
|
ActionInvocation |
getInvocation()
|
String |
getMethod()
Returns the method to execute, or null if no method has been specified (meaning "execute" will be invoked) |
String |
getNamespace()
|
void |
prepare()
Called after all dependencies are set |
void |
setExecuteResult(boolean executeResult)
Sets whether this ActionProxy should also execute the Result after executing the Action |
void |
setMethod(String method)
Sets the method to execute for the action invocation. |
| Method Detail |
|---|
void prepare() throws Exception
Exception
Object getAction()
String getActionName()
ActionConfig getConfig()
void setExecuteResult(boolean executeResult)
executeResult
- boolean getExecuteResult()
ActionInvocation getInvocation()
String getNamespace()
String execute() throws Exception
Exception
ActionInvocation
void setMethod(String method)
method
- the string name of the method to invokeString getMethod()
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


|
mime-form-decode
|
Go to the source code of this file.
Classes | |
| class | TestDecoder |
| Test driver for the low-level event-driven Decoder API class. More... | |
Functions | |
| int | main (int argc, char **argv) |
| int main | ( | int | argc, |
| char ** | argv | ||
| ) |
Definition at line 61 of file try1.cpp.
References mime::Decoder::close(), and mime::Decoder::decode().


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Name Size docs/ downloads/ images/ redirect.html 202 KB Not what you were looking for? Click here to be redirected to our website.


interpolator module¶
This module implements a class to perform band structure interpolation using BolzTraP2. Developed by Alex Ganose (https://gist.github.com/utf/160118f74d8a58fc9abf9c1c3f52a384).
-
class
interpolator.
DFTData
(kpoints: numpy.ndarray, energies: numpy.ndarray, lattice_matrix: numpy.ndarray, mommat: Union[numpy.ndarray, NoneType] = None)¶ Bases:
object
DFTData object used for BoltzTraP2 interpolation. Note that the units used by BoltzTraP are different to those used by VASP. :param kpoints: The k-points in fractional coordinates. :param energies: The band energies in Hartree, formatted as (nbands, nkpoints). :param lattice_matrix: The lattice matrix in Bohr^3. :param mommat: The band structure derivatives.
-
get_lattvec
() → numpy.ndarray¶ Get the lattice matrix. This method is required by BoltzTraP2.
-
-
class
interpolator.
Interpolater
(band_structure: pymatgen.electronic_structure.bandstructure.BandStructure, soc: bool = False, doping=None, magmom: Union[numpy.ndarray, NoneType] = None, mommat: Union[numpy.ndarray, NoneType] = None)¶ Bases:
object
Takes a pymatgen BandStructure object and inperpolates the bands to create a denser mesh. This is done using Boltzstrap2, a module which is able to interpolate bands using trasnport coefficients. Implementation taken from Alex Ganose’s Interpolator class.
Parameters: - bs (BandStructure) – The Bandstructure object to be interpolated
- interp_factor (int) – The factor by which the number of kpoints must be increased
Returns: A new BandStructure object with a denser mesh.
Return type: BandStructure
-
interpolate_bands
(interpolation_factor: float = 5, energy_cutoff: Union[float, NoneType] = None, nworkers: int = -1) → pymatgen.electronic_structure.bandstructure.BandStructure¶ Gets a pymatgen band structure. Note, the interpolation mesh is determined using by
interpolate_factor
option in theInteprolater
constructor. The degree of parallelization is controlled by thenworkers
option. :param energy_cutoff: The energy cut-off to determine which bands areincluded in the interpolation. If the energy of a band falls within the cut-off at any k-point it will be included. For metals the range is defined as the Fermi level ± energy_cutoff. For gapped materials, the energy range is from the VBM - energy_cutoff to the CBM + energy_cutoff.Parameters: nworkers – The number of processors used to perform the interpolation. If set to -1
, the number of workers will be set to the number of CPU cores.Returns: The interpolated electronic structure.


Tokenize a set of texts and compute a term frequency matrix.
term_matrix(x, filter = NULL, ngrams = NULL, select = NULL, group = NULL, transpose = FALSE, ...) term_counts(x, filter = NULL, ngrams = NULL, select = NULL, group = NULL, ...)
| x | a text vector to tokenize. |
|---|---|
| filter | if non- |
| ngrams | an integer vector of n-gram lengths to include, or
|
| select | a character vector of terms to count, or |
| group | if non- |
| transpose | a logical value indicating whether to transpose the result, putting terms as rows instead of columns. |
| … | additional properties to set on the text filter. |
term_matrix
tokenizes a set of texts and computes the occurrence
counts for each term, returning the result as a sparse matrix
(texts-by-terms). term_counts
returns the same information, but
in a data frame.
If ngrams
is non-NULL
, then multi-type n-grams are
included in the output for all lengths appearing in the ngrams
argument. If ngrams
is NULL
but select
is
non-NULL
, then all n-grams appearing in the select
set
are included. If both ngrams
and select
are NULL
,
then only unigrams (single type terms) are included.
If group
is NULL
, then the output has one set of term
counts for each input text. Otherwise, we convert group
to
a factor
and compute one set of term counts for each level.
Texts with NA
values for group
get skipped.
term_matrix
with transpose = FALSE
returns a sparse matrix
in "dgCMatrix"
format with one column for each term and one row for
each input text or (if group
is non-NULL
) for each grouping
level. If filter$select
is non-NULL
, then the column names
will be equal to filter$select
. Otherwise, the columns are assigned
in arbitrary order.
term_matrix
with transpose = TRUE
returns the transpose of
the term matrix, in "dgCMatrix"
format.
term_counts
with group = NULL
returns a data frame with one
row for each entry of the term matrix, and columns "text"
,
"term"
, and "count"
giving the text ID, term, and count.
The "term"
column is a factor with levels equal to the selected
terms. The "text"
column is a factor with levels equal to names(as_corpus_text(x))
;
calling as.integer
on the "text"
column converts from
the factor values to the integer row index in the term matrix.
term_counts
with group
non-NULL
behaves similarly,
but the result instead has columns named "group"
, "term"
,
and "count"
, with "group"
giving the grouping level, as
a factor.
text <- c("A rose is a rose is a rose.", "A Rose is red, a violet is blue!", "A rose by any other name would smell as sweet.") term_matrix(text)#> 3 x 17 sparse Matrix of class "dgCMatrix"#>#> #> [1,] . . 1 3 . . . . 2 . . . 3 . . . . #> [2,] 1 1 . 2 . . 1 . 2 . . 1 1 . . 1 . #> [3,] . . 1 1 1 1 . 1 . 1 1 . 1 1 1 . 1# select certain terms term_matrix(text, select = c("rose", "red", "violet", "sweet"))#> 3 x 4 sparse Matrix of class "dgCMatrix" #> rose red violet sweet #> [1,] 3 . . . #> [2,] 1 1 1 . #> [3,] 1 . . 1# specify a grouping factor term_matrix(text, group = c("Good", "Bad", "Good"))#> 2 x 17 sparse Matrix of class "dgCMatrix"#>#> #> Bad 1 1 . 2 . . 1 . 2 . . 1 1 . . 1 . #> Good . . 2 4 1 1 . 1 2 1 1 . 4 1 1 . 1# include higher-order n-grams term_matrix(text, ngrams = 1:3)#> 3 x 57 sparse Matrix of class "dgCMatrix"#>#> #> [1,] . . . . 1 3 3 1 . 2 .  2 .  1 .  1 .  1 .  1 . #> , . 1 . #> , a . 1 . #> . 1 . 1 #> a 3 2 1 #> a rose 3 1 1 #> a violet . 1 . #> any . . 1 #> any other . . 1 #> as . . 1# data frame head(term_counts(text), n = 10) # first 10 rows#> text term count #> 1 2 ! 1 #> 2 2 , 1 #> 3 1 . 1 #> 4 3 . 1 #> 5 1 a 3 #> 6 2 a 2 #> 7 3 a 1 #> 8 3 any 1 #> 9 3 as 1 #> 10 2 blue 1# with grouping term_counts(text, group = c("Good", "Bad", "Good"))#> group term count #> 1 Bad ! 1 #> 2 Bad , 1 #> 3 Good . 2 #> 4 Bad a 2 #> 5 Good a 4 #> 6 Good any 1 #> 7 Good as 1 #> 8 Bad blue 1 #> 9 Good by 1 #> 10 Bad is 2 #> 11 Good is 2 #> 12 Good name 1 #> 13 Good other 1 #> 14 Bad red 1 #> 15 Bad rose 1 #> 16 Good rose 4 #> 17 Good smell 1 #> 18 Good sweet 1 #> 19 Bad violet 1 #> 20 Good would 1# taking names from the input term_counts(c(a = "One sentence.", b = "Another", c = "!!"))#> text term count #> 1 c ! 2 #> 2 a . 1 #> 3 b another 1 #> 4 a one 1 #> 5 a sentence 1


It’s getting to the end of the semester, but a lot of stuff has been happening.
Read more...I know I haven’t had the chance to really dive into my classwork in a blog post for awhile, so I thought I’d take the chance this week to talk about the fascinating project I’ve been working on for my Junior Year Writing course. The course is primarily focused on Black women’s political activism during the nineteenth century, so we’re exploring the antebellum period through the early 1900s in terms of local and national political engagement. We’re also thinking about some of the main questions historians consider when theorizing, writing, or researching Black women and politics. The “Freedom on the Project” allows us to investigate the information written between the lines of the advertisements: what were these women’s experiences? What were their fears? What did self-liberation entail?
Read more...When we were discussing our team illustrations, I noticed that all of the boards explaining how platforms work featured stick-figure people. While the people figured into the equation in different ways depending on the team’s artistic interpretation, those little stick figures were all directly involved with the use of the platform. I’m pointing this out not because this assignment was supposed to showcase our drawing skills, but it highlights something that we all identified in our explanations of platforms – that in order to be means of connection or consumerism or presentation, there has to be some involvement on our part. Twitter as a social media platform allows our voices and our hashtags to find a community. Amazon as a shopping platform connects businesses and entrepreneurs with prospective markets. While could argue that platforms are about presenting ideas and products, the true value of platforms is about bringing people closer together.
Read more...This week, I was back in a library
– three of them, in fact! I had almost forgotten how much I love being
surrounded by archival materials. I like looking at the stacks and nimbly
making my way through the folders to find what I’m looking for. There’s something
about holding important documents in my arms and the fresh smell of opening an
old book that pulls me in. And then, once I’m in, there’s no holding back – I’m
absorbed into something and somewhere and I’m absolutely thrilled.


Nachos Recipe | Simply Recipes
Feb 3, 2006 . Spread the refried beans over the chips (this is why you need extra thick chips, so they don't break when . Sprinkle the grated cheese over the top of chips and beans. . Or left over taco meat always makes great nachos!
http://www.simplyrecipes.com/recipes/nachos/
Taco Cupcakes Recipe - Tablespoon
Top with 1 Tbsp of taco meat and 1 Tbsp of shredded cheese. Repeat the layers again with a wonton wrapper, refried beans, tortilla chips, taco meat, and .
http://www.tablespoon.com/recipes/taco-cupcakes-recipe/1/
Mexican Casserole Recipe | Free Online Recipes | Free Recipes
Jul 1, 2011 . Heat refried beans in a medium sauce pan over medium heat until hot. Stir in 1 cup of . Sprinkle the remaining 1 cup of cheese on top of the taco meat. Sprinkle . Recipes only calls for chips on the bottom of dish. However, in .
http://blogchef.net/mexican-casserole-recipe/
Seven Layer Taco Dip Recipe - Allrecipes.com
Seven layer taco dip made with refried beans, sour cream, and salsa is the perfect platter for . Mix the sour cream and cream cheese in a medium bowl. . very, very finely; otherwise you can't dip through the lettuce layer with any normal chip.
http://allrecipes.com/recipe/seven-layer-taco-dip/
Refried Bean Tacos Recipe
A healthy vegetarian taco/burrito with refried beans, salsa, green chilies, black olives and cheese. Very tasty, quick, and easy.
http://www.grouprecipes.com/89600/refried-bean-tacos.html
Beefy Taco Pie Recipes - Busy Cooks - About.com
This hearty main dish pie recipe has a delicious filling of savory ground beef, creamy refried beans, crushed taco chips, and lots of cheese.
http://busycooks.about.com/od/savorypierecipes/r/beeftacopie.htm
Taco Casserole Recipe | Taste of Home Recipes
I crust tortilla chips to form a bottom layer, then spreads on refried beans, a spicy meat mixture and . Taco Casserole Recipe photo by Taste of Home Rating 5 .
http://www.tasteofhome.com/recipes/taco-casserole-2


|
|
Chapter 7: RanksRecall that the rank of an array is its number of dimensions. A scalar is of rank 0, a list of numbers is of rank 1, a table of rank 2, and so on.The subject of this chapter is how the ranks of arguments are taken into account when verbs are applied. 7.1 The Rank ConjunctionFirst, some terminology. An array can be regarded as being divided into "cells" in several different ways. Thus, a table such asM =: 2 3 $ 'abcdef' M abc defmay be regarded as being divided into 6 cells each of rank 0, or divided into 2 cells each of rank 1, or as being a single cell of rank 2. A cell of rank k will be called a k-cell. 7.1.1 Monadic VerbsThe box verb (monadic <) applies just once to the whole of the argument, to yield a single box, whatever the rank of the argument.
However, we may choose to box each cell separately. There is a conjunction " (double-quote, called "Rank"), we write (< " 0) to box each scalar, that is, each 0-cell.
The general scheme is that in the expression (u " k y), the monadic verb u is applied separately to each k-cell of y. We can define a verb to exhibit the k-cells of an array, each cell in its own box:: cells =: 4 : '< " x y'
7.1.2 Dyadic VerbsGiven a table, how do we multiply each row by a separate number? We multiply with the verb (* " 1 0) which can be understood as "multiply 1-cells by 0-cells", For example,
The general scheme is that the expression X (u " (L,R)) Ymeans: apply dyad u separately to each pair consisting of an L-cell from X and the corresponding R-cell from Y. To multiply each column by a separate number, we combine each 1-cell of x with the solitary 1-cell of y
7.2 Intrinsic RanksIn J, every verb has what might be called a natural, or intrinsic, rank for its argument(s). Here are some examples to illustrate. For the first example, consider:
Here, the arithmetic function "square" naturally applies to a single number(a 0-cell). When a rank-1 array (a list) is supplied as argument, the function is applied separately to each 0-cell of the argument. In other words, the natural rank of (monadic) *: is 0. For another example, there is a built-in verb #. (hash dot called "Base Two"). Its argument is a bit-string (a list) representing a number in binary notation, and it computes the value of that number. For example, 1 0 1 in binary is 5 #. 1 0 1 5The verb #. applies naturally to a list of bits, that is, to a 1-cell. When a rank-2 array (a table) is supplied as argument, the verb is applied separately to each 1-cell, that is, to each row of the table.
Thus the natural rank of monadic #. is 1. For a third example, as we have already seen, the monadic case of < applies just once to the whole of its argument, whatever the rank of its argument. The natural rank of < is thus an indefinitely large number, that is, infinity, denoted by _ . These examples showed monadic verbs. In the same way every dyadic verb will have two natural ranks, one for each argument. For example, the natural ranks of dyadic + are 0 0 since + takes a number (rank-0) on left and right. In general, a verb has both a monadic and a dyadic case, and hence altogether 3 ranks, called its "intrinsic ranks". The intrinsic ranks of a verb are shown with the aid of a built-in adverb b. (lowercase b dot, called "Basic Characteristics"). For any verb u, the expression u b. 0 gives the ranks in the order monadic, left, right.
For convenience, the rank conjunction " can accept a right argument consisting of a single rank (for a monad) or two ranks (for a dyad) or three ranks (for an ambivalent verb). One rank or two are automatically expanded to three as shown by:
7.3 FramesSuppose u is to be a verb which sums all the numbers in a table, by summing the columns and then summing the column-sums. We specify that u is to have monadic rank 2.u =: (+/) @: (+/) " 2
Suppose a four-dimensional array A has shape 2 3 4 5. A =: 2 3 4 5 $ 1We can regard A as a 2-by-3 array of 2-cells, each cell being 4-by-5. Now consider computing (u A). The verb u, being of rank 2, applies separately to each 2-cell, giving us a 2-by-3 array of results. Each result is a scalar (because u produces scalars), and hence the overall result will be 2 by 3 scalars.
The shape 2 3 is called the "frame" of A with respect to its 2-cells, or its 2-frame for short. The k-frame of A is given by dropping the last k dimensions from the shape of A, or equivalently, as the shape of the array of k-cells of A. frame =: 4 : '$ x cells y'
In general, suppose that verb u has rank k, and from each k-cell it computes a cell of shape s. (The same s, we are supposing, for each cell). Then the shape of the overall result (u A)is: the k-frame of A followed by the shape s. To demonstrate that this is the case, we can find k from u, as the first (monadic) rank of u: k =: 0 { u b. 0We can find the shape s by applying u to a typical k-cell of A, say the first. s =: $ u 0 { > (, k cells A)In this example, the shape s is an empty list, because u produces scalars.
Here we supposed that verb u gives the same-shaped result for each cell in its argument. This is not necessarily the case - see the section on "Reassembly of Results" below. 7.3.1 AgreementA dyad has two intrinsic ranks, one for the left argument, one for the right. Suppose these ranks are L and R for a verb u.When u is applied to arguments X and Y, u is applied separately to each pair consisting of an L-cell from x and the corresponding R-cell from Y. For example, suppose dyad u has ranks (0 1). It combines a 0-cell from X and a 1-cell from Y. u =: < @ , " 0 1 X =: 2 $ 'ab' Y =: 2 3 $ 'ABCDEF'
Notice that here the 0-frame of X is the same as the 1-frame of Y. These two frames are said to agree.
What if these two frames are not the same? They can still agree if one is a prefix of the other. That is, if one frame is the vector f, and the other frame can be written as (f,g) for some vector g. Here is an example. With X =: 2 3 2 $ i. 12 Y =: 2 $ 0 1and a dyad such as +, with ranks (0 0), we are interested in the 0-frame of X and the 0-frame of Y.
We see that the two frames are 2 and 2 3 2 and their difference g is therefore 3 2. Here Y has the shorter frame. Then each cell of Y corresponds to, not just a single cell of X, but rather a 3 2-shaped array of cells. In such a case, a cell of Y is automatically replicated to form a 3 2-shaped array of identical cells. In effect the shorter frame is made up to length, so as to agree with the longer. Here is an example. The expression (3 2 & $) " 0 Y means " a 3 by 2 replication of each 0-cell of Y".
What we have seen is the way in which a low-rank argument is automatically replicated to agree with a high-rank argument, which is possible provided one frame is a prefix of the other. Otherwise there will be a length error. The frames in question are determined by the intrinsic dyadic ranks of the verb. The general scheme for automatically replicating one argument is: for arguments x and y, if u is a dyad with ranks L and R, and the L-frame of x is f,g and the R-frame of y is f (supposing y to have the shorter frame) then (x u y) is computed as (x u (g& $)"R y) 7.4 Reassembly of ResultsWe now look briefly at how the results of the computations on the separate cells are reassembled into the overall result.Suppose that the frame of application of a verb to its argument(s) is f, say. Then we can visualise each individual result as being stuffed into its place in the f-shaped framework of results. If each individual result-cell has the same shape, s say, then the shape of the overall result will be (f,s). However, it is not necessarily the case that all the individual results are the same shape. For example, consider the following verb R, which takes a scalar y and produces a rank-y result. R =: (3 : '(y $ y) $ y') " 0
When R is applied to an array, the overall result may be explained by envisaging each separate result being stufffed into its appropriate box in an f-shaped array of boxes. Then everything is unboxed all together. Note that it is the unboxing which supplies padding and extra dimensions if necessary to bring all cells to the same shape.
Consequently the shape of the overall result is given by (f, m) where m is the shape of the largest of the individual results. 7.5 More on the Rank Conjunction7.5.1 Relative Cell RankThe rank conjunction will accept a negative number for a rank. Thus the expression (u " _1 y) means that u is to be applied to cells of rank 1 less than the rank of y, that is, to the items of y.
7.5.2 User-Defined VerbsThe rank conjunction " has a special significance for user-defined verbs. The significance is that it allows us to define a verb considering only its "natural" rank: we ignore the possibility that it may be applied to higher-rank arguments. In other words, we can write a definition assuming the verb will be applied only to arguments of the natural rank. Afterwards, we can then put the finishing touch to our definition with the rank conjunction. Here are two examples.The factorial of a number n is the product of the numbers from 1 to n. Hence (disregarding for the moment J's built-in verb !) we could define factorial straightforwardly as f =: */ @: >: @: i.because i. n gives the numbers 0 1 ... (n-1), and >: i. n gives 1 2 ... n. We see:
Will f work as expected with a vector argument? f 2 3 4 10 18Evidently not. The reason is that (f 2 3) begins by computing (i. 2 3), and (i. 2 3) does NOT mean (i. 2) followed by (i. 3). The remedy is to specify that f applies separately to each scalar (rank-0 cell) in its argument: f =: (*/ @: (>: @: i.)) " 0 f 2 3 4 5 2 6 24 120For a second example of the significance of the rank-conjunction we look at explicitly defined verbs. The point being made here is, to repeat, that it is useful to be able to write a definition on the assumption that the argument is a certain rank say, a scalar, and only later deal with extending to arguments of any rank.
Note that for any explicit verb, its intrinsic ranks are always assumed to be infinite. This is because the J system does not look at the definition until the verb is executed. Since the rank is infinite, the whole argument of an explicit verb is always treated as a single cell (or pair of cells for a dyad) and there is no automatic extension to deal with multiple cells. For example, the absolute value of a number can be computed by the verb: abs =: 3 : 'if. y < 0 do. - y else. y end.'
Since abs is explicitly defined, we see that its monadic (first) rank is infinite: abs b. 0 _ _ _This means that if abs is applied to an array y, of any rank, it will be applied just once, and we can see from the definition that the result will be y or -y. There are no other possibilities. It is indeed the case that if y is a vector then (y < 0) yields a vector result, but the expression (if. y < 0) makes ONE decision. (This decision will in fact be based, not on the whole of y < 0 but only on its first element. See Chapter 12 for more details). Hence if the argument contains both positives and negatives, this decision must be wrong for some parts of the argument. abs 3 _3 3 _3Hence with abs defined as above, it is important to say that it applies separately to each scalar in its argument. Thus a better definition for abs would be: abs =:(3 : 'if. y < 0 do. -y else. y end.') " 0 abs 3 _3 3 3This brings us to the end of Chapter 7. |
The examples in this chapter
were executed using J version 701.
This chapter last updated 29 Jul 2012
Copyright © Roger Stokes 2012.
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