Mystery Men (1999, PG-13)
Directed by Kinka Usher
Written by Neil Cuthbert
Based on the comic by Bob Burden
Starring Hank Azaria, Janeane Garofalo, Ben Stiller, William H. Macy, Kel Mitchell, Paul Reubens, Wes Stuidi, Greg Kinnear, Lena Olin, Geoffrey Rush, Tom Waits, Eddie Izzard and Claire Forlani
As Reviewed by James Brundage (MovieKritic2000)
In the words of Lisa Simpson, "the few, the proud, the geeky." Indeed, these three adjectives are as good descriptions for the completely likeable band of misfits put forth in Mystery Men.
In Champion City, the superhero market is pretty much cornered by Captain Amazing (Greg Kinnear). The villains are all defeated... crime is down... the corporate sponsors are backing out. Yes, you heard right, Captain Amazing is a walking, talking, crime fighting ad for toothpaste and soda. Striding around in an expensive suit, he saves the day every chance he can for the celebrity endorsements he gets to do.
Meanwhile, Blue Raja (Hank Azaria), master of silverware, The Shoveler (William H. Macy), master of dirt moving, and Mr. Furious (Ben Stiller), master of getting really pissed, roam the streets at night looking to win a battle. Of course, they fail every single time, but who really cares?
They spend each night roaming around, getting stabbed with their own forks or hit with their own shovels and heading to the local cafe for coffee served by the attractive waitress Monica (Claire Forlani), whom Mr. Furious has a crush on.
Back to the wonderful antics of Captain Amazing, who has all of the endorsements and all of the intelligence as the average MAW (Model Actor Whatever). Using his power as his real identity, he sets free Casanova Frankenstein (Geoffrey Rush) so that the ensuing battles will help get him back the precious Pepsi endorsement that he has just lost. Only one problem, he has the general IQ of a tack and soon finds himself held prisoner.
And the Mystery Men (although they can never decide on a name to give themselves) have to save the day.
The begin recruiting super heroes with bizarre powers such as Invisible Boy (Kel Mitchell), who can only become invisible whenever no one is looking at him and he's not looking at himself.

In case your wondering why the hell I would spend about 400 words on plot, the answer is simple: plot alone makes Mystery Men worth seeing. It's so ungodly wacky, so hilarious in its premise that one cannot help but laugh. Were that not enough to carry a movie (and past films have proved that movies can be carried on much less), the film is blessed with a perfect comic timing that makes all of the wordplays and jokes pass off effortlessly. A good deal of slapstick helps keep oh ye of little brains occupied while the juicer cerebellum focuses on the more intelligent attacks on the nature of comic books in general (the reason that no one recognizes super heroes who merely change from having glasses to not having glasses) and the type of bizarre powers that are featured in Marvel or DC comic books.
Of all of the scenes in the film, I would have to say that the most memorable remains when they are searching for qualified heroes. On the list are PMS Avenger ("I work four days a month, you have a problem with that?"), Pencil Man and Pencil Boy, and Ballerina Man. I don't think I have to tell you any more how wacky and enjoyable Mystery Men is. Besides, the rest you should see for yourself.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


{% extends 'base.html' %} {% block subtitle %} Unit {{ unit.unit_id }} {% endblock %} {% block main_content %}
{{ review.reason }}
{# At the badge issuance time, {{ report.timestamp.strftime('%Y-%m-%d') }}, #} This assignment was endorsed as complete by {{ report.endorsements }} participants. {% if report.comments %} The discussion generated {{ report.comments }} comments. {% endif %}


Iuliia's notes
Thinking like a Programmer
There are four main programming ways of thinking: procedural thinking,
abstract thinking, systematic thinking, technological empathy
and last but not least systems thinking.
These notes are assigned to technological empathy which will help you to understand how the internet works.
The basics of the web
The world wide web is a collection of HTML (Hyper Text Markup Language) files.
HTML is a main type of a content which can be a plain text, images, music, videos etc.
Each HTML document is linked to another one,
and they all together compose a web like it is.
Major pieces
How it works:
a user by means of computer runs a browser (EE/Chrome/Safari etc.),
which makes a request to servers through the Internet.
Servers are computers that host files that make up the web.
The Internet turns to servers using http protocols (the main protocol of the web)
and servers respond with files
which user's browser displays.
HTML
HTML documents are the heart of the web.

TAGS
HTML markup is made up of tags: 'Opening tag' (in angle brackets) Content '/Closing tag' (in angle brackets).
Most of HTML tags come in pairs, but some of them are unpaired and called void (they don't have a content, so they don't need a closing tag, for example,'img' and 'br').
ELEMENTS
An HTML element refers to everything within a set of opening and closing tags.
ATTRIBUTES
HTML elements can have attributes. Attributes always follow an openning tag.
They look like: attribute name="value".
INLINE/BLOCK TAGS
There are inline and block tags.
Inline tags just end a line, and block tags make an ivisible box around the content.
Block tags have height and width.
The other one example of inline/block tags: 'span' is inline and 'div' is block.


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XCURSORGEN(1) XCURSORGEN(1) NAME xcursorgen - create an X cursor file from a collection of PNG images SYNOPSIS xcursorgen [ -V ] [ --version ] [ -? ] [ --help ] [ -p dir ] [ --prefix dir ] [ config-file [ output-file ] ] DESCRIPTION Xcursorgen reads the config-file to find the list of cursor images along with their hotspot and nominal size information. Xcursorgen converts all of the images to Xcursor format and writes them to the output-file. Each line in the config file is of the form: <size> <xhot> <yhot> <filename> <ms-delay> Multiple images with the same <size> are used to create animated cursors, the <ms-delay> value on each line indicates how long each image should be displayed before switching to the next. <ms-delay> can be elided for static cursors. If config-file is not specified, or is specified as "-", standard input is used for the configuration file. If output-file is not specified, or is specified as "-", standard output is used for the output file. OPTIONS -V, --version Display the version number and exit. -?, --help Display the usage message and exit. -p dir, --prefix dir Find cursor images in the directory specified by dir. If not specified, the current directory is used. SEE ALSO Xcursor(3) X Version 11 xcursorgen 1.0.5 XCURSORGEN(1)


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MediaElch Collection
Movies
TV Shows
Concerts
{{ MOVIE.TITLE }}
{{ MOVIE.YEAR }}
{{ MOVIE.RATING }}
{{ MOVIE.TAGLINE }}
{{ BEGIN_BLOCK_GENRES }}
{{ GENRE.NAME }}
{{ END_BLOCK_GENRES }}
{{ MOVIE.PLOT }}
Writer
{{ MOVIE.WRITER }}
Director
{{ MOVIE.DIRECTOR }}
Production Countries
{{ MOVIE.COUNTRIES }}


ryder-system
Businessmodel of Ryder System
Customer Segments
Ryder provides supply chain management solutions and transportation services to a broad customer base, primarily comprising small to large commercial enterprises across multiple sectors. The Company’s customers principally operate in the following sectors:
- Food and Beverage, including consumer packaged goods providers, food and beverage producers, and foodservice companies;
- Transportation and Warehousing, including transportation companies and delivery service providers, as well as commercial vehicle rental businesses and fleet operators;
- Housing, comprising developers, contractors, and agents involved in the development and construction of housing;
- Business and Personal Services, including various service providers, including facility management, leasing, outsourcing, and logistics companies; and
- Industrial, including various businesses, such as industrial manufacturers, natural resource companies, energy companies, and metals companies. Ryder also sells used vehicles to consumers and small businesses through its network of retail sales centres across North America.
Ryder’s principal market is North America, including Canada, Mexico, and the US, the latter of which is its largest single market. It also serves customers across Asia and Europe.
Value Propositions
Ryder provides value to its customers in the following ways:
- Its reputation and industry standing, with the Company established as a reliable provider of supply chain management solutions, and having a track record for providing efficient transportation services;
- Its innovative solutions and valued-added services, with the Company providing a portfolio of innovative solutions backed by up-to-date technologies, and supplemented by various ancillary services, such as maintenance and repair;
- Its operational efficiency, with the Company utilising extensive distribution infrastructure, and having a large fleet of vehicles that allow it to provide services quickly and efficiently; and
- Its technical expertise and experience, with the Company employing specialist personnel across its operating segments, as well as a team of experienced industry executives. ### Channels
Ryder operates a website at www.ryder.com, through which it provides information on its various solutions and services. The Company does not appear to operate an online sales channel or customer portal for its core services. However, Ryder does operate an online channel for the sale of its used vehicles at www.usedtrucks.ryder.com. Additionally, Ryder sells its used vehicles through its own network of 59 retail sales centres across North America, as well as through a number of branch locations.
Ryder operates its own in-house sales force, organised by geographical regions and operating segment, through which it serves customers directly. The Company’s sales personnel operate out of the Company’s network of offices, including locations across the US, Canada, Mexico, Europe, and Singapore. Ryder also operates logistics centres in Michigan and Texas, through which its dedicated carrier procurement, contract management, freight bill audit, payment services, and transportation optimisation and execution groups operate.
Customer Relationships
Ryder operates an online self-service channel for the sale of its used vehicles, through which customers are able to browse vehicles and submit an interest in purchasing them, without interacting directly with sales personnel. Sales, however, must be completed via a representative of the Company.
The majority of Ryder’s services and solutions are provided directly through its sales, support, and consulting teams. These representatives work closely with customers in order to ensure that the Company meets the individual needs of each customer. The Company seeks to build long-term relationships with customers, with a view to securing itself as the preferred source for commercial vehicle rentals, fleet repair and maintenance, and supply chain management solutions.
Ryder provides ongoing support to customers, who are able to contact support staff directly over the phone or via an online contact form, receiving a personalised response to queries and enquiries. Additionally, customers are able to interact directly with Ryder through its social media accounts, including with Facebook, LinkedIn, Twitter, Instagram, and YouTube.
Key Activities
Ryder is engaged in the provision of transportation and supply chain management solutions to various industries, including automotive, consumer packaged goods, transportation and warehousing, retail, consumer brands, housing, and paper and publishing.
It organises its activities into three reportable business segments: Fleet Management Solutions, which provides full service leasing, commercial rental, contract maintenance and contract-related maintenance of trucks, tractors and trailers to customers in the US, Canada and the United Kingdom; Dedicated Transportation Solutions, which provides a dedicated transportation solution, including vehicles and drivers, to customers in the US; and Supply Chain Solutions, which provides a range of supply chain solutions, including distribution and transportation services to customers in North America and Asia.
The Company also operates a retail network for its used vehicles, including trucks, tractors and trailers.
Key Partners
Ryder works alongside a number of third-party companies and organisations in order to provide its customers with an efficient and reliable service. These partners include:
- Supplier and Vendor Partners, comprising suppliers of tools, equipment – including vehicles, and services that support and supplement the Company’s offerings, as well as company to which certain functions can be outsourced;
- Transportation and Distribution Partners, comprising a range of transportation companies and distributors that extend the Company’s own distribution reach and supplement its fleet of vehicles;
- Technology and Software Partners, comprising various software developers and technology companies that integrated and design functionality for the Company’s technology solutions; and
- Strategic and Alliance Partners, comprising a range of companies with which the Company shares resources and collaborates on joint projects. Ryder has recently launched a number of partnerships, including a partnership with Decisiv to create industry-leading maintenance solutions, and a deal with Lincoln Tech to provide training and educational programs. The Company also has a number of social and community partnerships, including with non-profit Soldier for Life – Transition.
Key Resources
Ryder’s key resources are its equipment and fleet of vehicles, its physical infrastructure – including offices and logistics centres, its supply chain and distribution channels, its partnerships, and its personnel.
Ryder owns and leases numerous properties, comprising vehicle maintenance and repair facilities, warehouses, logistics centres, and offices. This principally comprises properties across North America, as well as locations in the UK, Germany, Mexico, China, and Singapore. The majority of these locations are leased and may be a repair shop, warehouse or administrative office.
Cost Structure
Ryder incurs costs in relation to the acquisition and maintenance of its vehicles and equipment – including fuel purchases, the operation and maintenance of its physical logistics and administrative infrastructure, the management of its supply chain and distribution channels, the management of its partnerships, and the retention of its personnel.
In 2015 Ryder’s cost of lease and rental totaled $2.15 billion, relating largely to its fleet of vehicles, with cost of fuel services amounting to $519.84 million. The Company accrued cost of services in the amount of $2.41 billion, and selling, general, and administrative costs – including professional fees, and the payment of salaries and benefits to its workforce of 33,100 employees – totalling 844.50 million.
Revenue Streams
Ryder generates revenue through the provision of various transportation and supply chain management solutions. This includes a number of business lines across its three operating segments, including but not limited to:
- Dedicated transportation solutions, comprising revenue derived from the provision of custom transportation and supply chain solutions;
- Commercial rental, comprising revenue derived from the rental of vehicles to third-party businesses;
- Contract maintenance, including revenue derived from the provision of maintenance and repair services;
- Fuel services, including revenue derived from the sale of fuel to customers;
- Distribution management, comprising revenue derived from designing distribution networks and managing distribution facilities. In 2015 Ryder generated $6.57 billion in annual revenue, down on the $6.64 billion recorded by the Company in 2014. The majority of the Company’s revenue was generated by its Fleet Management Solutions segment, which generated $4.55 billion in revenue for the year. The bulk of the Company’s remaining revenue was derived from its Supply Chain Solutions segment, which recorded revenue for the year of $1.55 billion.


This test verifies the position and size of the highlight rectangles overlayed on an SVG root element.


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Welcome! Thank you for visiting our site and congratulations on joining of the exciting and expanding world of cryptocurrencies!
Buy Altcoins Worldwide is an educational site that helps you understand how to buy and secure altcoins, which are “alternative coins” to Bitcoin. Basically, this means any cryptocurrency other than Bitcoin. Popular altcoins you have probably heard of are: Ethereum, Litecoin, and Ripple. Altcoins are the alternative cryptocurrencies launched after the success of Bitcoin. Generally, they project themselves as better alternatives to Bitcoin.
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West Ham fans react on Twitter to Rafa Benitez interest reports
by Jordan HarrisA number of West Ham United fans have taken to Twitter to comment on reports from the Daily Mirror suggesting that the Hammers could target Rafa Benitez.
Manuel Pellegrini looks to have plenty of work to do after the international break. The Irons will have gone more than two months without a win by the time they face Tottenham Hotspur this weekend.
They sit just two places above the relegation zone. And it appears that the West Ham fans are making plans in case they do decide to replace the Chilean in the near future.
The Daily Mirror reports that the club want to have another go at trying to appoint Benitez. The Spaniard looked set to take charge of the Hammers before his move to Real Madrid.
The Mirror notes that Benitez would be interested in speaking to West Ham if an opportunity did come up in the near future. He has spent the last few months in China with Dalian Yifang.
There has been something of a mixed response to the reports from the West Ham fans. It has been suggested that the board are a bigger problem than Pellegrini and thus, Benitez is likely to also struggle.
However, there are plenty who would clearly like to see Benitez move to the London Stadium. They believe that he is exactly the right man to take the side forward, and they are hoping that a change is in the offing.
Here is what some of the West Ham supporters make of the reports…
Have something to tell us about this article?
Let us know


Thank you. For the PW approach, I encounter some difficulties with running the script. I put below the file for the band structure (inspired from the diamond example).
title "GaAs"
permanent_dir ./
start GaAs
memory 3000 mb
geometry center noautosym noautoz print
system crystal
lat_a 5.4d0
lat_b 5.4d0
lat_c 5.4d0
alpha 90.0d0
beta 90.0d0
gamma 90.0d0
end
Ga 0.00000d0 0.00000d0 0.00000d0
As 0.25000d0 0.25000d0 0.25000d0
end
nwpw
ewald_rcut 3.0
ewald_ncut 8 #The default value of 1 needs to be increased
lmbfgs
xc pbe96
monkhorst-pack 9 9 9
end
task band energy
nwpw
virtual 16
brillouin_zone
zone_name fccpath
path fcc l gamma x w k gamma
end
zone_structure_name fccpath
end
task band structure
|


Maptime Pittsburgh is official!
We will be kicking-off with our first session in February 2015. The date and location are yet to be finalized - stay tuned.
In our first session, we plan to provide a broad overview of the world of digital mapping and geographic information systems (GIS). No prior experience is required! We will cover the basics and provide a few demos. Our goal for the first session is for folks to walk away with basic knowledge, some tools, and some learning resources to support their own pursuits.
More details to come once a time and place is set!


public class DescriptiveStatistics extends java.lang.Object implements StatisticalSummary, java.io.Serializable
windowSize
property sets a limit on the number of values that can be stored in the
dataset. The default value, INFINITE_WINDOW, puts no limit on the size of
the dataset. This value should be used with caution, as the backing store
will grow without bound in this case. For very large datasets,
org.apache.commons.math3.stat.descriptive.SummaryStatistics
, which does not store the dataset, should be used
instead of this class. If windowSize
is not INFINITE_WINDOW and
more values are added than can be stored in the dataset, new values are
added in a "rolling" manner, with new values replacing the "oldest" values
in the dataset.
Note: this class is not threadsafe. Use
SynchronizedDescriptiveStatistics
if concurrent access from multiple
threads is required.
| Modifier and Type | Field and Description |
|---|---|
protected ResizableDoubleArray |
eDA
Stored data values
|
static int |
INFINITE_WINDOW
Represents an infinite window size.
|
protected int |
windowSize
hold the window size *
|
| Constructor and Description |
|---|
DescriptiveStatistics()
Construct a DescriptiveStatistics instance with an infinite window
|
DescriptiveStatistics(DescriptiveStatistics original)
Copy constructor.
|
DescriptiveStatistics(int window)
Construct a DescriptiveStatistics instance with the specified window
|
| Modifier and Type | Method and Description |
|---|---|
void |
addValue(double v)
Adds the value to the dataset.
|
double |
apply(UnivariateStatistic stat)
Apply the given statistic to the data associated with this set of statistics.
|
void |
clear()
Resets all statistics and storage
|
DescriptiveStatistics |
copy()
Returns a copy of this DescriptiveStatistics instance with the same internal state.
|
static void |
copy(DescriptiveStatistics source,
DescriptiveStatistics dest)
Copies source to dest.
|
double |
getElement(int index)
Returns the element at the specified index
|
double |
getGeometricMean()
Returns the
geometric mean of the available values
|
UnivariateStatistic |
getGeometricMeanImpl()
Returns the currently configured geometric mean implementation.
|
double |
getKurtosis()
Returns the Kurtosis of the available values.
|
UnivariateStatistic |
getKurtosisImpl()
Returns the currently configured kurtosis implementation.
|
double |
getMax()
Returns the maximum of the available values
|
UnivariateStatistic |
getMaxImpl()
Returns the currently configured maximum implementation.
|
double |
getMean()
Returns the
arithmetic mean of the available values
|
UnivariateStatistic |
getMeanImpl()
Returns the currently configured mean implementation.
|
double |
getMin()
Returns the minimum of the available values
|
UnivariateStatistic |
getMinImpl()
Returns the currently configured minimum implementation.
|
long |
getN()
Returns the number of available values
|
double |
getPercentile(double p)
Returns an estimate for the pth percentile of the stored values.
|
UnivariateStatistic |
getPercentileImpl()
Returns the currently configured percentile implementation.
|
double |
getSkewness()
Returns the skewness of the available values.
|
UnivariateStatistic |
getSkewnessImpl()
Returns the currently configured skewness implementation.
|
double[] |
getSortedValues()
Returns the current set of values in an array of double primitives,
sorted in ascending order.
|
double |
getStandardDeviation()
Returns the standard deviation of the available values.
|
double |
getSum()
Returns the sum of the values that have been added to Univariate.
|
UnivariateStatistic |
getSumImpl()
Returns the currently configured sum implementation.
|
double |
getSumsq()
Returns the sum of the squares of the available values.
|
UnivariateStatistic |
getSumsqImpl()
Returns the currently configured sum of squares implementation.
|
double[] |
getValues()
Returns the current set of values in an array of double primitives.
|
double |
getVariance()
Returns the variance of the available values.
|
UnivariateStatistic |
getVarianceImpl()
Returns the currently configured variance implementation.
|
int |
getWindowSize()
Returns the maximum number of values that can be stored in the
dataset, or INFINITE_WINDOW (-1) if there is no limit.
|
void |
removeMostRecentValue()
Removes the most recent value from the dataset.
|
double |
replaceMostRecentValue(double v)
Replaces the most recently stored value with the given value.
|
void |
setGeometricMeanImpl(UnivariateStatistic geometricMeanImpl)
Sets the implementation for the gemoetric mean.
|
void |
setKurtosisImpl(UnivariateStatistic kurtosisImpl)
Sets the implementation for the kurtosis.
|
void |
setMaxImpl(UnivariateStatistic maxImpl)
Sets the implementation for the maximum.
|
void |
setMeanImpl(UnivariateStatistic meanImpl)
Sets the implementation for the mean.
|
void |
setMinImpl(UnivariateStatistic minImpl)
Sets the implementation for the minimum.
|
void |
setPercentileImpl(UnivariateStatistic percentileImpl)
Sets the implementation to be used by
getPercentile(double) . |
void |
setSkewnessImpl(UnivariateStatistic skewnessImpl)
Sets the implementation for the skewness.
|
void |
setSumImpl(UnivariateStatistic sumImpl)
Sets the implementation for the sum.
|
void |
setSumsqImpl(UnivariateStatistic sumsqImpl)
Sets the implementation for the sum of squares.
|
void |
setVarianceImpl(UnivariateStatistic varianceImpl)
Sets the implementation for the variance.
|
void |
setWindowSize(int windowSize)
WindowSize controls the number of values which contribute
to the reported statistics.
|
java.lang.String |
toString()
Generates a text report displaying univariate statistics from values
that have been added.
|
public static final int INFINITE_WINDOW
getWindowSize()
returns this value, there is no limit to the number of data values
that can be stored in the dataset.protected int windowSize
protected ResizableDoubleArray eDA
public DescriptiveStatistics()
public DescriptiveStatistics(int window)
window
- the window size.public DescriptiveStatistics(DescriptiveStatistics original)
original
- DescriptiveStatistics instance to copypublic void addValue(double v)
v
- the value to be addedpublic void removeMostRecentValue()
public double replaceMostRecentValue(double v)
v
- the value to replace the most recent stored valuepublic double getMean()
getMean
in interface StatisticalSummary
public double getGeometricMean()
public double getVariance()
getVariance
in interface StatisticalSummary
public double getStandardDeviation()
getStandardDeviation
in interface StatisticalSummary
public double getSkewness()
public double getKurtosis()
public double getMax()
getMax
in interface StatisticalSummary
public double getMin()
getMin
in interface StatisticalSummary
public long getN()
getN
in interface StatisticalSummary
public double getSum()
getSum
in interface StatisticalSummary
public double getSumsq()
public void clear()
public int getWindowSize()
public void setWindowSize(int windowSize)
windowSize
- sets the size of the window.public double[] getValues()
public double[] getSortedValues()
public double getElement(int index)
index
- The Index of the elementpublic double getPercentile(double p)
The implementation provided here follows the first estimation procedure presented here.
Preconditions:
0 < p ≤ 100
IllegalArgumentException is thrown)Double.NaN
otherwise)p
- the requested percentile (scaled from 0 - 100)java.lang.IllegalStateException
- if percentile implementation has been
overridden and the supplied implementation does not support setQuantile
valuespublic java.lang.String toString()
toString
in class java.lang.Object
public double apply(UnivariateStatistic stat)
stat
- the statistic to applypublic UnivariateStatistic getMeanImpl()
public void setMeanImpl(UnivariateStatistic meanImpl)
Sets the implementation for the mean.
meanImpl
- the UnivariateStatistic instance to use
for computing the meanpublic UnivariateStatistic getGeometricMeanImpl()
public void setGeometricMeanImpl(UnivariateStatistic geometricMeanImpl)
Sets the implementation for the gemoetric mean.
geometricMeanImpl
- the UnivariateStatistic instance to use
for computing the geometric meanpublic UnivariateStatistic getKurtosisImpl()
public void setKurtosisImpl(UnivariateStatistic kurtosisImpl)
Sets the implementation for the kurtosis.
kurtosisImpl
- the UnivariateStatistic instance to use
for computing the kurtosispublic UnivariateStatistic getMaxImpl()
public void setMaxImpl(UnivariateStatistic maxImpl)
Sets the implementation for the maximum.
maxImpl
- the UnivariateStatistic instance to use
for computing the maximumpublic UnivariateStatistic getMinImpl()
public void setMinImpl(UnivariateStatistic minImpl)
Sets the implementation for the minimum.
minImpl
- the UnivariateStatistic instance to use
for computing the minimumpublic UnivariateStatistic getPercentileImpl()
public void setPercentileImpl(UnivariateStatistic percentileImpl)
getPercentile(double)
.
The supplied UnivariateStatistic
must provide a
setQuantile(double)
method; otherwise
IllegalArgumentException
is thrown.percentileImpl
- the percentileImpl to setjava.lang.IllegalArgumentException
- if the supplied implementation does not
provide a setQuantile
methodpublic UnivariateStatistic getSkewnessImpl()
public void setSkewnessImpl(UnivariateStatistic skewnessImpl)
Sets the implementation for the skewness.
skewnessImpl
- the UnivariateStatistic instance to use
for computing the skewnesspublic UnivariateStatistic getVarianceImpl()
public void setVarianceImpl(UnivariateStatistic varianceImpl)
Sets the implementation for the variance.
varianceImpl
- the UnivariateStatistic instance to use
for computing the variancepublic UnivariateStatistic getSumsqImpl()
public void setSumsqImpl(UnivariateStatistic sumsqImpl)
Sets the implementation for the sum of squares.
sumsqImpl
- the UnivariateStatistic instance to use
for computing the sum of squarespublic UnivariateStatistic getSumImpl()
public void setSumImpl(UnivariateStatistic sumImpl)
Sets the implementation for the sum.
sumImpl
- the UnivariateStatistic instance to use
for computing the sumpublic DescriptiveStatistics copy()
public static void copy(DescriptiveStatistics source, DescriptiveStatistics dest)
Neither source nor dest can be null.
source
- DescriptiveStatistics to copydest
- DescriptiveStatistics to copy tojava.lang.NullPointerException
- if either source or dest is null


CrimPapers
Articles published on 8 July 2019
On 8 July 2019, 7 new articles were published in 6 journals.
Correction To: the Interaction of Crime & Place: An Exploratory Study of Crime & Policing in Non-Metropolitan Areas
Psychologists and Psychiatrists in Court: What Do They Know About Eyewitness Memory? A Comparison of Experts in Inquisitorial and Adversarial Legal Systems
Civilian Oversight of the Police: the Case of Kenya by Kempe Ronald Hope
Predictors of Historical Clinical Risk Management-20 Version 3 (hcr–20:v3) Summary Risk Ratings by Jeremy Cheng, Andrew M. Haag, Mark E. Olver
Another Form of American Exceptionalism? A Comparative Analysis of Terrorism Sting Operations in the Us and Abroad by Jesse J. Norris
Book Review: Alexandra Cox, Trapped in A Vice: the Consequences of Confinement For Young People by Andrea Leverentz
Book Review: Heather Schoenfeld, Building the Prison State: Race and the Politics of Mass Incarceration by Ashley T Rubin


Carousels group together a list of similar items into a horizontal viewport of fixed height. Items may be entirely static (e.g. an image), entirely interactive (e.g. button) or contain a mix of static and interactive elements (e.g. a heading, image and link).
Items may be grouped and paginated via a discrete number of slides, or left ungrouped and paginated in a continuous manner.
NOTE: No JavaScript behaviour has been implemented in the carousel examples (i.e. the controls are non-functional), we demonstrate the CSS aspect only. For detailed behaviour requirements, please visit the eBay MIND Pattern for Carousel.
Any type of carousel showing more than one item per slide is known as a filmstrip carousel. This is analogous to looking at a strip of photographic film. By default, most carousels fall into this category.
Continuous carousels always require a "peek" to give affordance of more content and carousel behaviour.
When grouping filmstrip items into discrete slides (e.g. 4 items per slide in the example below), add the carousel--slides modifier.
A discrete carousel must give some visual affordance to the total number of slides. This can be achieved with a strip of pagination "dots" underneath the carousel.
A discrete carousel requires an ARIA live-region to convey slide updates to assistive technology.
For discrete filmstrip carousels on touch devices, the carousels will always be shown by default when there is no peek (as in the previous example).
A peek can be created, if desired, simply by adjusting item widths and applying the modifier carousel--peek.
A discrete carousel showing exactly one item per slide is known as a slideshow carousel. This is analogous to an old fashioned slide projector, viewing one image at a time.
A slideshow carousel should have no peek, therefore all items must be set to 100% width.
The pagination dots can be dropped in favour of "always on" carousels, by applying class carousel__control--show to the carousels.
An autoplay carousel requires no other visual affordance than the play/pause button.


FINDSYNCORBIT finds closed orbit, synchronous with the RF cavity and momentum deviation dP (first 5 components of the phase space vector) by numerically solving for a fixed point of the one turn map M calculated with LINEPASS (X, PX, Y, PY, dP2, CT2 ) = M (X, PX, Y, PY, dP1, CT1) under constraints CT2 - CT1 = dCT = C(1/Frev - 1/Frev0) and dP2 = dP1 , where Frev0 = Frf0/HarmNumber is the design revolution frequency Frev = (Frf0 + dFrf)/HarmNumber is the imposed revolution frequency IMPORTANT!!! FINDSYNCORBIT imposes a constraint (CT2 - CT1) and dP2 = dP1 but no constraint on the value of dP1, dP2 The algorithm assumes time-independent fixed-momentum ring to reduce the dimensionality of the problem. To impose this artificial constraint in FINDSYNCORBIT PassMethod used for any element SHOULD NOT 1. change the longitudinal momentum dP (cavities , magnets with radiation) 2. have any time dependence (localized impedance, fast kickers etc). FINDSYNCORBIT(RING,dCT) is 5x1 vector - fixed point at the entrance of the 1-st element of the RING (x,px,y,py,dP) FINDSYNCORBIT(RING,dCT,REFPTS) is 5-by-Length(REFPTS) array of column vectors - fixed points (x,px,y,py,dP) at the entrance of each element indexed in REFPTS array. REFPTS is an array of increasing indexes that select elements from the range 1 to length(RING)+1. See further explanation of REFPTS in the 'help' for FINDSPOS FINDSYNCORBIT(RING,dCT,REFPTS,GUESS) - same as above but the search for the fixed point starts at the initial condition GUESS Otherwise the search starts from [0 0 0 0 0 0]'. GUESS must be a 6-by-1 vector; [ORBIT, FIXEDPOINT] = FINDSYNCORBIT( ... ) The optional second return parameter is a 6-by-1 vector of initial conditions on the close orbit at the entrance to the RING. See also FINDORBIT4, FINDORBIT6.
0001 function [orbit, fixedpoint] = findsyncorbit(RING,dCT,varargin) 0002 %FINDSYNCORBIT finds closed orbit, synchronous with the RF cavity 0003 % and momentum deviation dP (first 5 components of the phase space vector) 0004 % by numerically solving for a fixed point 0005 % of the one turn map M calculated with LINEPASS 0006 % 0007 % (X, PX, Y, PY, dP2, CT2 ) = M (X, PX, Y, PY, dP1, CT1) 0008 % 0009 % under constraints CT2 - CT1 = dCT = C(1/Frev - 1/Frev0) and dP2 = dP1 , where 0010 % Frev0 = Frf0/HarmNumber is the design revolution frequency 0011 % Frev = (Frf0 + dFrf)/HarmNumber is the imposed revolution frequency 0012 % 0013 % IMPORTANT!!! FINDSYNCORBIT imposes a constraint (CT2 - CT1) and 0014 % dP2 = dP1 but no constraint on the value of dP1, dP2 0015 % The algorithm assumes time-independent fixed-momentum ring 0016 % to reduce the dimensionality of the problem. 0017 % To impose this artificial constraint in FINDSYNCORBIT 0018 % PassMethod used for any element SHOULD NOT 0019 % 1. change the longitudinal momentum dP (cavities , magnets with radiation) 0020 % 2. have any time dependence (localized impedance, fast kickers etc). 0021 % 0022 % 0023 % FINDSYNCORBIT(RING,dCT) is 5x1 vector - fixed point at the 0024 % entrance of the 1-st element of the RING (x,px,y,py,dP) 0025 % 0026 % FINDSYNCORBIT(RING,dCT,REFPTS) is 5-by-Length(REFPTS) 0027 % array of column vectors - fixed points (x,px,y,py,dP) 0028 % at the entrance of each element indexed in REFPTS array. 0029 % REFPTS is an array of increasing indexes that select elements 0030 % from the range 1 to length(RING)+1. 0031 % See further explanation of REFPTS in the 'help' for FINDSPOS 0032 % 0033 % FINDSYNCORBIT(RING,dCT,REFPTS,GUESS) - same as above but the search 0034 % for the fixed point starts at the initial condition GUESS 0035 % Otherwise the search starts from [0 0 0 0 0 0]'. 0036 % GUESS must be a 6-by-1 vector; 0037 % 0038 % [ORBIT, FIXEDPOINT] = FINDSYNCORBIT( ... ) 0039 % The optional second return parameter is 0040 % a 6-by-1 vector of initial conditions 0041 % on the close orbit at the entrance to the RING. 0042 % 0043 % See also FINDORBIT4, FINDORBIT6. 0044 % 0045 if ~iscell(RING) 0046 error('First argument must be a cell array'); 0047 end 0048 0049 d = 1e-6; % step size for numerical differentiation 0050 dps = 1e-12; % convergence threshold 0051 %dps=eps; % convergence threshold 0052 max_iterations = 20; 0053 0054 if nargin >= 4 % Check if guess argument was supplied 0055 if isnumeric(varargin{2}) && all(eq(size(varargin{2}),[6,1])) 0056 Ri=varargin{2}; 0057 else 0058 error('The last argument GUESS must be a 6-by-1 vector'); 0059 end 0060 else 0061 Ri = zeros(6,1); 0062 end 0063 0064 D5 = [d*eye(5) zeros(5,1); zeros(1,6)]; 0065 %D5 = [0.5*d*eye(5) -0.5*d*eye(5) zeros(5,1); zeros(1,11)]; 0066 theta5 = [0 0 0 0 dCT]'; 0067 0068 args={}; 0069 change=Inf; 0070 itercount = 0; 0071 while (change > dps) && (itercount < max_iterations) 0072 RMATi= Ri(:,ones(1,6)) + D5; 0073 %RMATi= Ri(:,ones(1,11)) + D5; 0074 RMATf = linepass(RING,RMATi,args{:}); 0075 Rf = RMATf(:,end); 0076 % compute the transverse part of the Jacobian 0077 J5 = (RMATf([1:4,6],1:5)-RMATf([1:4,6],6*ones(1,5)))/d; 0078 %J5 = (RMATf([1:4,6],1:5)-RMATf([1:4,6],6:10))/d; 0079 Ri_next = Ri + [(diag([1 1 1 1 0]) - J5)\(Rf([1:4,6])-[Ri(1:4);0]-theta5);0]; 0080 change = norm(Ri_next - Ri); 0081 Ri = Ri_next; 0082 itercount = itercount+1; 0083 args={'KeepLattice'}; 0084 end 0085 0086 if itercount == max_iterations 0087 warning('Maximum number of iterations reached. Possible non-convergence') 0088 end 0089 0090 if (nargin<3) || (isscalar(varargin{1}) && (varargin{1}==(length(RING)+1))) 0091 % return only the fixed point at the entrance of RING{1} 0092 orbit=Ri(1:5,1); 0093 else % 3-rd input argument - vector of reference points along the Ring 0094 % is supplied - return orbit 0095 orb6 = linepass(RING,Ri,varargin{1},'KeepLattice'); 0096 orbit = orb6(1:5,:); 0097 end 0098 0099 if nargout==2 0100 fixedpoint=Ri; 0101 end


|
API JSON Reference
4.1
|
onFoundChange notification More...
Public Attributes | |
| string | kind = "found-change" |
| The kind of notification. | |
| int | tid |
| Temporary ID (handle) of the Nymi Band with this status. | |
| string | pid |
| Provision ID with this status, if it is known. | |
| FoundState | before |
| The state before the change. | |
| FoundState | after |
| The state after the change. | |
Static Public Attributes | |
| static const string | path = "notifications/report/found-change" |
| The path of the notification. | |
onFoundChange notification
See the detailed discussion of the 'found' status.
The notification will contain and associate pid only if it is known. It is possible that on first appearance and after provisioning the pid is unknown for a short time (< 1s) and some notifications may be reported without the pid.
NOTE: Until either this or the onPresenceChange notification is received with a pid specified, the NEA must not assume that any provision is present (especially just after provisioning is complete).
|
strong |
Possible Found States:


Ready, Steady, SWOOOSH!
GAME OVER!
You scored
points!
HOW TO PLAY?
Press SPACEBAR
, ARROW-UP
, W
OR CLICK
anywhere to jump.
Keep jumping to dodge the COSMIC BEAMS and don't hit the ground!


Welcome to the Visualize.js Live Sample Guide
Visualize.js is a JavaScript API framework used to embed JasperReport Server reports & visualizations inside web applications. It comes bundled with the commercial editions of TIBCO JasperReports® Server, specifically Jaspersoft AWS, Enterprise or Professional (and as an add-on with Jaspersoft Reporting).
In this guide you will find a full listing of Visualize.js API code samples.
For greater detail also view the full Visualize.js API reference guide.
Installing Jaspersoft
Note: All fiddles in this guide are live and available to view before install
- Download the commercial edition of JasperReport Server
- Use our quick start guide for installation and configuration
Getting Started
Live Fiddles
View and reuse the live Visualize.js API samples in this guide and(or) reference to your own installation
To use your own install change the following HTML in the fiddles...
<script src="http://visualizejsdemo.jaspersoft.com/jasperserver-pro/client/visualize.js"></script>
and reference the location of your JasperReport Server installation...
<script src="[myserver]/jasperserver-pro/client/visualize.js"></script>
Video Tutorials
- Need a jump start? Watch our API video tutorials for more information on Visualize.js and embedding inside your application.
Via GitHub
- Fork this Visualize.js API sample set and guide for your own use
- Download our sample application on GitHub featuring Visualize.js
Ad Hoc View Samples
Basic Embed
Try it:
Render table, customize with CSS, crosstab with CSS, chart with selector
Initialization of the visualize.js library with simple rendering of ad hoc views using plain text authentication. See full authentication samples in this guide for securing data and views with the JasperReports Server and Visualize.js.
You can easily change the resource to embed a different view from the JasperReport Server.
For example:
resource: "/public/viz/Adhoc/Change_Visualization2"
Try it:
Use a common configuration to load multiple views.
Control Canvas
Try it:
Set canvas type, dynamically from a list
Control the ad hoc view visualization type (canvas) for users to access. The default visualization selector can be turned off with a line of CSS and only select visualizations used. See dynamic list example for all available visualizations and each name reference.
Input Controls
Try it:
Parameter passing, basic drop-down
Pass a simple set of hard-coded parameters to control ad hoc view output. This can be expanded with custom inputs controls such as a drop-down.
Try it:
Build a custom input control dynamically using input control data from an ad hoc view.
Try: A hard coded or dynamic variable...
inputSelection = "Non-Consumable"
for parameter control...
"ProductFamily": ["Food", inputSelection]
Hyperlinks
Try it:
Pass values, fields and measures
On selection of a data point pass it's value or field and measure.
Try it:
Drill down on selection, in new view
Select an ad hoc view data point to drill down into data within the same view (container) based on the selected field and measure, updating the visualization type. Pass the same values to render a new ad hoc view on the page.
Try it:
Hyperlink changes beforeRender
Take action on hyperlinks before they render. Useful for changing the styles on hyperlinks.
Custom Visualization
Try it:
Data rendered on page, with D3 gauges
Render just the Ad Hoc View data on the page or pass to a custom visualization library such as D3.
Try it:
Loading of data, through return values
Navigate the internal data API and return values to update and return the number of columns and rows.
UI Controls
Try it:
Table row selection, column selection with highlight
Select all values on a table row/column using CSS styles to highlight.
Try it:
Ad hoc views are web responsive and the container size can be changed as needed.
Authentication
Try it:
Hooks for both refreshing and destroying the authentication for an ad hoc view.
Try it:
Token based authentication and initialization of the visualize.js library with a list of ad hoc views.
JRS - Authentication Cookbook >
Note: Proper authentication needs to be set up with the JasperReport Server and SSO before using token based authentication. View the Authentication Cookbook for details on configuring authentication correctly.
Report Samples
Basic Embed
Try it:
Simple report rendering, from a list
Initialization of the visualize.js library with simple rendering of an HTML report using plain text authentication. See full authentication samples in this guide for securing data and reports with the JasperReports Server and Visualize.js.
You can easily change the resource to embed a different report from the JasperReport Server.

Pagination
Try it:
Next/previous, enter range, pagination events
Provide control for report pagination with either individual selectors or a directly inputed range. Also, see pagination with events for full control of inputs.
Try it:
Anchors, range with anchor, anchor and page search
Provide the ability to move quickly through reports with direct page anchors. Also see an anchor with a range of rendered pages and an example of searching both an anchor and page/range with an event to callout the current selection.
Custom Input Controls
Try it:
Parameter passing, basic drop-down, render values
Pass a simple set of hard-coded parameters to control report output. This can be expanded with custom inputs controls such as a drop-down. In addition, input control values can be rendered directly from the JasperReport Server.
Try: A hard coded or dynamic variable...
inputSelection = "Non-Consumable"
for parameter control...
"ProductFamily": ["Food", inputSelection]
Try it:
Discover reporting resources available and formats from the JasperReport Server for use with input controls.
Hyperlinks
Try it:
Basic drill-down, open report in new page
Select a report hyperlink to open a new "drill-down" report with selected parameter.
Try it:
Parameter passing on selection, parameter in a new page
Select from a chart series to pass a parameter into a secondary report. In addition pass this same parameter into a new page/tab.
Events
Try it:
Listen through events for a change in the page totals and report completed status.
UI Controls
Try it:
Table column sorting order, table column conditional formatting
Dynamically control UI elements for table columns.
Try it:
Crosstab column sorting order, crosstab row sorting order
Dynamically control UI elements for Crosstabs.
Export
Try it:
Custom export options with various formats.
Try it:
Export CSV and render, export JSON and render
Export data from a report and render with a custom visualization.
Save
Try it:
Custom UI with ability to overwrite reports with location, label and description.
Authentication
Try it:
Simple plain text authentication with demonstration of destroying session with reports.
Try it:
Token based authentication and initialization of the visualize.js library with a list of reports.
JRS - Authentication Cookbook >
Note: Proper authentication needs to be set up with the JasperReport Server and SSO before using token based authentication. View the Authentication Cookbook for details on configuring authentication correctly.

Try it:
A sample UI providing users full authentication options to the JasperReport Server.
Dashboard Samples
Basic Embed
Try it:
Dashboard render with input control
Initialization of the visualize.js library with simple rendering of a dashboard (with an embedded input control and hyperlinks) using plain text authentication.
With this example you can easily change the resource to embed a different dashboard from the JasperReport Server.
For example:
resource: "/public/Samples/Dashboards/4._New_Dashboard"
Authentication
Try it:
Simple authentication with demonstration of destroying session with dashboards.
JRS - Authentication Cookbook >
Note: Proper authentication needs to be set up with the JasperReport Server and SSO before using token based authentication. View the Authentication Cookbook for details on configuring authentication correctly.
Custom Input Controls
Try it:
Various inputs for passing parameters into a dashboard.
Try it:
Control the dashboard navigation with undo/redo events.
Hyperlinks
Try it:
Passing hyperlinks from one dashboard to open and control a secondary report.
Input Control Samples
Get Input Control Data
Try it:
Custom drop down, show inside table
These examples show accessing data directly from a JRS Input Control.
The following samples embed JRS Input Controls and/or their data. These first two are the exception in that they only pass data into the application.
Bind to Report
Try it:
Embed report and input control
Simple embedding of a report and it's associated input control.
View Control Types
Try it:
Render input controls (all types), default values, with cascade, cascade with multi and single selects
View all JRS input controls, with default values and cascades.
Reset
Try it:
Change back to originally selected input control values.
Events
Try it:
Listen for changes, with cascade
Provide events to listen to input control changes, updating the application as needed.
Try it:
Listen to changes with cascade input controls.
Try it:
Validation result in change event.
CSS Overrides
Try it:
Specific CSS overrides, all types
Example CSS overrides with JRS input controls.
This is a sample set of JRS class names for CSS overrides. After embedding, additional class names can be discovered by inspecting the elements on a page.
License
Copyright © 2018 TIBCO Software Inc. All Rights Reserved.
Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer.
Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.
Neither the name of TIBCO Software Inc. nor the names of any contributors may be used to endorse or promote products derived from this software without specific prior written permission.

THIRD PARTY NOTICES
*jQuery 1.11.3
Copyright jQuery Foundation and other contributors, https://jquery.org/
This software consists of voluntary contributions made by many individuals. For exact contribution history, see the revision history available at https://github.com/jquery/jquery
The following license applies to all parts of this software except as documented below:
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
All files located in the node_modules and external directories are externally maintained libraries used by this software which have their own licenses; we recommend you read them, as their terms may differ from the terms above.


--- layout: page title: Search description: A simple way to search the blog. ---
As this site has no database you'll have to search it via a search engine. Yes, that relies on your favourite engine's bots having fully indexed the site, so it's a less than perfect solution. Anyway, go make use of site: with Google or Bing, or search below with DuckDuckGo.
{% include searchbox.html %}


first description
second description
third description
fourth description
Upload Image
Description:
Submit


Class VisualNumerics.math.DoubleVector
All Packages Class Hierarchy This Package Previous Next Index
Class VisualNumerics.math.DoubleVector
java.lang.Object
|
+----VisualNumerics.math.DoubleVector
- public final class DoubleVector
- extends Object
Double precision vector manipulation functions.
This class cannot be instantiated.
-
add(double, double[])
- Add a scalar to each element of the vector.
-
add(double[], double[])
-
Calculate the sum of two vectors, v1 + v2.
-
infinityNorm(double[])
-
Calculate the infinity norm of a vector.
-
innerProduct(double[], double[])
-
Calculate the dot product of two vectors.
-
multiply(double, double[])
-
Multiply a vector by a scalar.
-
multiply(double[], double[])
-
Calculate the product of corresponding elements in the input vectors.
-
oneNorm(double[])
- Calculate the one norm of a vector.
-
product(double[])
-
Calculate the product of the array elements.
-
subtract(double[], double[])
- Calculate the difference between corresponding elements of two vectors, v1 - v2.
-
sum(double[])
- Calculate the sum of the array elements.
-
twoNorm(double[])
- Calculate the Euclidean or two norm of a vector.
DoubleVector
public DoubleVector()
sum
public static double sum(double a[])
- Calculate the sum of the array elements.
- Parameters:
- a - A vector with elements of type double.
- Returns:
- A double value equal to the sum of the array elements.
product
public static double product(double a[])
- Calculate the product of the array elements.
- Parameters:
- a - A vector with elements of type double.
- Returns:
- A double value equal to the product of the array elements.
innerProduct
public static double innerProduct(double a[],
double b[])
- Calculate the dot product of two vectors.
- Parameters:
- a - A vector with elements of type double.
- b - A vector with elements of type double.
- Returns:
- A double value equal to the dot product of the two vectors.
oneNorm
public static double oneNorm(double a[])
- Calculate the one norm of a vector.
- Parameters:
- a - A vector with elements of type double.
- Returns:
- A double value equal to the sum of the absolute values
of the elements.
twoNorm
public static double twoNorm(double a[])
- Calculate the Euclidean or two norm of a vector.
- Parameters:
- a - A vector with elements of type double.
- Returns:
- A double value equal to its Euclidean norm.
infinityNorm
public static double infinityNorm(double a[])
- Calculate the infinity norm of a vector.
- Parameters:
- a - A vector with elements of type double.
- Returns:
- A double value equal to the maximum of the absolute
values of the elements of the array.
add
public static double[] add(double a,
double v[])
- Add a scalar to each element of the vector.
- Parameters:
- a - An input double scalar value.
- v - A vector with elements of type double.
- Returns:
- A double vector whose elements contain the sum of a and each element of v.
add
public static double[] add(double v1[],
double v2[])
- Calculate the sum of two vectors, v1 + v2.
- Parameters:
- v1 - A vector with elements of type double.
- v2 - A vector with elements of type double.
- Returns:
- A double vector containing the elementwise sum of the input vectors.
- Throws: IllegalArgumentException
- This exception is thrown when the input
vectors do not have the same length.
subtract
public static double[] subtract(double v1[],
double v2[])
- Calculate the difference between corresponding elements of two vectors, v1 - v2.
- Parameters:
- v1 - A vector with elements of type double.
- v2 - A vector with elements of type double.
- Returns:
- A double vector whose elements are differences between corresponding elements of the input vectors.
- Throws: IllegalArgumentException
- This exception is thrown when the input vectors
do not have the same length.
multiply
public static double[] multiply(double da,
double v[])
- Multiply a vector by a scalar.
- Parameters:
- da - An input double value used for scaling the elements of the vector.
- v - An input vector with elements of type double.
- Returns:
- A double vector where each component is a product of da and the corresponding element of the input vector.
multiply
public static double[] multiply(double v1[],
double v2[])
- Calculate the product of corresponding elements in the input vectors.
- Parameters:
- v1 - A vector with elements of type double.
- v2 - A vector with elements of type double.
- Returns:
- A double vector whose components are elementwise products of the input vectors.
- Throws: IllegalArgumentException
- This exception is thrown when the input
vectors do not have the same length.
All Packages Class Hierarchy This Package Previous Next Index


--- layout: post title: Setting up WordPress with a WebFaction account date: 2009-12-06 23:31:58.000000000 +00:00 type: post parent_id: '0' published: true password: '' status: publish categories: - webfaction - wordpress tags: [] meta: _edit_last: '1' _oembed_624300f4d6ae9350bdb00e013d9fc4f3: "{{unknown}}" _oembed_a77bab5e3b4b0142ef7ae11b02045fe2: "{{unknown}}" _oembed_d7d3ec38f0d0b75a3d4b11f72e6c42ee: "{{unknown}}" _oembed_3479eb560f3d81ff0d65b9ae77423b6b: "{{unknown}}" author: Noel permalink: "/setting-up-wordpress-with-a-webfaction-account/" ---
I read WordPress' instructions on setting up their blog. WebFaction are a lovely bunch of hosters but it does take a few minutes more than WP claim to get your blog up and running. These are very basic instructions but I couldn't imagine some friends getting through the whole process without a hitch...
Log in to the Webfaction control panel at https://panel.webfaction.com
Go to the domain page (https://panel.webfaction.com/domain/create). This part is telling WebFaction that you plan on using their hosting for a domain name you've just bought
Again on the control panel's menu, go to "Domains / websites" and then choose Applications.
You now have a Wordpress application and a domain for it to use. These two parts need to be linked together under "Domains / websites" > Websites
Point your web browser now to http://example.com/wp-admin/install.php. You should get a page from WordPress but go to the root URL (http://example.com) and there's an error message:
"Not Found. The requested URL /defaultsite was not found on this server."
To correct this problem, SSH on to your WebFaction account and log in to the MySQL database that was created by the installer (For this command, you'll need the database name which is listed under Databases > "List databases":
mysql -u _your_db_username_ -p
You'll be prompted for the password which you were given after doing the Application part of the setup.
Once you've logged in, use the "show databases;" command to see all of the databases. There should be one named like your application. You need to switch to this DB and then view the tables in this database.
use your_db_username;
show tables;
Something in these tables has some bad data from the initialisation. We're going to delete all of the tables and let the official WordPress setup recreate them properly. Delete each of the tables shown from the previous call using "drop table name_of_table". There are 10 in my blog, each beginning with "wp_". Get rid of them all.
Do "show tables;" again and there should be nothing.
No go back to
http://example.com/wp-admin/install.php
And you should be ready to go.
Choose a name, make a post and example.com should be there with your first post.


CVBL should promote learning and system development in the field of Computer Vision and Biometric. The research community should be able to exchange ideas and become accustomed to the field through formal interactions with the experts of the domain. The lab should work as a channel to bring project funding from Government and Private sectors, which will facilitate member students, faculty and researchers to work on the real world problems in a collaborative environment.


From 2012 to 2016, California experienced one of the worst droughts since the start of observational records. As in previous dry periods, precipitation-inducing winter storms were steered away from California by a persistent atmospheric ridging system in the North Pacific. Here we identify a new link between Arctic sea-ice loss and the North Pacific geopotential ridge development. In a two-step teleconnection, sea-ice changes lead to reorganization of tropical convection that in turn triggers an anticyclonic response over the North Pacific, resulting in significant drying over California. These findings suggest that the ability of climate models to accurately estimate future precipitation changes over California is also linked to the fidelity with which future sea-ice changes are simulated. We conclude that sea-ice loss of the magnitude expected in the next decades could substantially impact California’s precipitation, thus highlighting another mechanism by which human-caused climate change could exacerbate future California droughts.
Persistent atmospheric ridging in the North Pacific steered storms away and led to the California drought of 2012-16. Here the authors use simulations to show that sea-ice changes trigger reorganization of tropical convection resulting in drying over California.


{% extends "layout.html" %} {% block body %}
You can select different car modes to control your car.

To enable autopilot, you will need to select and load a model on your Raspberry Pi. Once the model is loaded, you can start your car and it will drive by itself !
Use this mode to control automatically the steering of the car. You can use the keyboard to control the acceleration of your car.
Stops the car.
Depending on the car mode, you will have the ability to chose a speed mode for your car, giving you more control on it. Whichever speed mode you select, you will always have the ability to choose the max speed limit.
Your car will drive at a constant speed.
This mode will adjust the speed depending on the confidence of the car on its prediction. The more confident a prediction is, the faster it will go. If the model is not confident at all (the prediction has a low score), then, the car will be slow.
This mode will adjust the speed depending on the direction of the car. If the car turns a wide angle, the speed will be reduced. If the car turns a small angle, the speed will be greater. If the car goes straight, the speed will be at its maximum allowed.


7.10.2. Nablarch Validation¶
Table of contents
- Function overview
- Module list
- How to use
- Configuring Validators and Convertors for Use
- Configure validation rules
- Use domain validation
- Inheriting the Bean for Validation
- Executing Validation
- Performing Explicit Execution of Validation
- Performing Character Type Validation
- Performing Correlation Validation
- Performing validation using a function that takes Bean array as the input, such as batch registration
- Changing validation items based on the selected value of the radio button and list box
- To create a validation error message linked to a specific item
- To embed the item name in the message when a validation error occurs
- Performing Type Conversion to Numeric Type
- Performing Correlation Validation with the Database
- Checking User Input Values for Web Applications
- Expansion example
This chapter explains the validation function originally implemented by Nablarch.
Tip
As described in Input Value Check, it is recommended to use Bean Validation.
<IP_ADDRESS>. Function overview¶
<IP_ADDRESS>.1. Can Perform Validation and Type Conversion and Normalization of Values¶
Nablarch validation can perform validation, and type conversion and normalization of input values.
Since it can perform type conversion, the input values can be directly mapped to the numeric type (Integer or Long) of the Bean class. In addition, editing cancellation (normalization) of edited values can also be performed during type conversion.
For details, see Configuring Validators and Convertors for Use.
<IP_ADDRESS>.2. Can validate domains¶
Validation rules can be defined for each domain.
When using domain validation, it is only necessary to specify the domain name in the Bean class setter, which makes changing the validation rules easy.
For details, see Use domain validation.
<IP_ADDRESS>.3. Commonly Used Validators and Convertors are Provided¶
Nablarch provides commonly used validators and convertors as standard. For this reason, validation can be executed in the project only using Configuring Validators and Convertors for Use.
See the following links for validators and convertors provided by Nablarch.
<IP_ADDRESS>. Module list¶
<dependency>
<groupId>com.nablarch.framework</groupId>
<artifactId>nablarch-core-validation</artifactId>
</dependency>
<!-- Only when date validator and converter are used -->
<dependency>
<groupId>com.nablarch.framework</groupId>
<artifactId>nablarch-common-date</artifactId>
</dependency>
<!-- Only when code value validator and converter are used -->
<dependency>
<groupId>com.nablarch.framework</groupId>
<artifactId>nablarch-common-code</artifactId>
</dependency>
<IP_ADDRESS>. How to use¶
<IP_ADDRESS>.1. Configuring Validators and Convertors for Use¶
To enable validation, it is essential to register the validators and convertors being used in the component configuration file.
For the validators and convertors provided by Nablarch, see Commonly Used Validators and Convertors are Provided.
Important
If the validators and convertors are not configured, the validation function cannot be used.
- Configuration example
- Define ValidationManager as a component named validationManager.
- List the converters used for ValidationManager#convertors.
- List the validators used for ValidationManager#validators.
<component name="validationManager" class="nablarch.core.validation.ValidationManager"> <property name="convertors"> <list> <!-- List the convertors used here --> </list> </property> <property name="validators"> <list> <!-- List the validators used here--> </list> </property> <!-- Other attributes omitted For details, see Javadoc of ValidationManager --> </component>
<IP_ADDRESS>.2. Configure validation rules¶
Configure the annotations of validation rules in the properties (setter) of Bean class for validation. Also, note that annotations cannot be specified for a getter.(It is meaningless even if specified.)
Tip
If annotations are configured individually, errors during implementation and maintenance costs will increase. Hence, it is recommended to use the domain validation described below.
- Implementation examples
Configure annotations by referring to the validators and convertors provided by Nablarch.
In this example, inputting the userName is required, and a maximum of 10 full-width characters are permitted. For birthday, 8 half-width digits are permitted. For age, up to 3 integer digits are permitted.
public class SampleForm { @Length(max = 10) @SystemChar(charsetDef = "Full-width character") @Required public void setUserName(String userName) { this.userName = userName; } @Length(min = 8, max = 8) @SystemChar(charsetDef = "Half-width character") public void setBirthday(String birthday) { this.birthday = birthday; } @Digits(integer = 3) public void setAge(Integer age) { this.age = age; } }
<IP_ADDRESS>.3. Use domain validation¶
Show the configuration and implementation examples to use domain validation.
- Creating Enum that defines the validation rules for each domain
To use domain validation, first create an Enum (domain Enum) with validation rules for each domain. This Enum must implement the DomainDefinition interface.
Each enumerator of the Enum will become a domain name. In the following example, two domains,
NAME
andDATE
have been defined.public enum SampleDomain implements DomainDefinition { @Length(max = 10) @SystemChar(charsetDef = "Full-width character") NAME, @Length(min = 8, max = 8) @SystemChar(charsetDef = "Half-width character") DATE; // Implementation of the method defined in the interface // Implementation contents should be exactly the same as this example @Override public Annotation getConvertorAnnotation() { return DomainValidationHelper.getConvertorAnnotation(this); } @Override public List<Annotation> getValidatorAnnotations() { return DomainValidationHelper.getValidatorAnnotations(this); } }
- Creating an annotation that represents a domain
Create an annotation that represents the domain. The domain Enum created above can be specified in the value attribute.
@ConversionFormat @Validation @Target(ElementType.METHOD) @Retention(RetentionPolicy.RUNTIME) public @interface Domain { SampleDomain value(); }
- Configure Domain in the Bean for Validation
Domain validation is performed by setting the annotations representing the domain created above.
In this example, the validation configured in SampleDomain.NAME is executed for userName. ※When a convertor is configured, the value is also converted by the convertor.
@Domain(SampleDomain.NAME) public void setUserName(String userName) { this.userName = userName; }
- Configuration to enable domain validation
The following configurations are required to enable domain validation.
- Configuration of DomainValidationHelper
- Configuration of DomainValidator
- Configuration of ValidationManager
- Configuration of initialization component
An example is shown below.
- Configuration of DomainValidationHelper
- Configure the fully qualified class name (FQCN) of the annotations representing the domain to domainAnnotation property.
<component name="domainValidationHelper" class="nablarch.core.validation.domain.DomainValidationHelper"> <property name="domainAnnotation" value="sample.Domain" /> </component>
- Configuration of DomainValidator
- Configure DomainValidationHelper that has been configured above to domainValidationHelper property.
- Configure the validators list to validators property.
<component name="domainValidator" class="nablarch.core.validation.domain.DomainValidator"> <!-- DomainValidator should not be configured here. If configured, it will become a circular reference, and an error occurs during system repository initialization. --> <property name="validators"> <list> <component-ref name="requiredValidator" /> </list> </property> <property name="domainValidationHelper" ref="domainValidationHelper" /> </component>
- Configuration of ValidationManager
- Configure DomainValidationHelper that has been configured above to domainValidationHelper property.
- Configure the validators list (without missing out DomainValidator that has been configured above) to validators property.
<component name="validationManager" class="nablarch.core.validation.ValidationManager"> <property name="validators"> <list> <component-ref name="domainValidator" /> <!-- Description of other validators is omitted --> </list> </property> <property name="domainValidationHelper" ref="domainValidationHelper" /> </component>
- Configuration of initialization component
Configure DomainValidator and ValidationManager that have been configured above to the initialization list.
<component name="initializer" class="nablarch.core.repository.initialization.BasicApplicationInitializer"> <property name="initializeList"> <list> <component-ref name="validationManager" /> <component-ref name="domainValidator" /> </list> </property> </component>
- Behavior when Multiple Validation Rules are Configured for Domain Validation
If multiple errors are found in one input item in the domain validation, terminate scrutiny at the first error.
public enum SampleDomain implements DomainDefinition { @Length(max = 10) @SystemChar(charsetDef = "Full-width character") NAME; }
The NAME mentioned above does not perform SystemChar validation when a Length validation error occurs.
<IP_ADDRESS>.4. Inheriting the Bean for Validation¶
The Bean for validation can be inherited, but inheritance is not recommended for the following reasons.
When inheritance is performed easily, unexpected validation will be executed due to a change in the parent class, and annotation configuration must be performed while being aware of complex validation overwrite rules, which causes errors (bugs).
The following actions take place when Bean is inherited:
- When only @PropertyName is added in the subclass, the validators and convertors of the parent class are used.
- If even one validator annotation is added in the subclass, the validator annotation of the parent class is ignored and validators of the subclass will be used. The convertors of the parent class will be used.
- If even one convertor annotation is added in the subclass, the convertor annotation of the parent class is ignored and convertors of the subclass will be used. The validators of the parent class will be used.
- If both the validators and the convertors are configured in the subclass, all configurations of the subclass will be used.
- The configurations of convertors in the parent class cannot be deleted in the subclass.
In the case of the following parent-child Bean, the validation of @Digits and @NumberRange is executed for the value property of ChildForm.
// Parent Form
public class ParentForm {
@Digits(integer=5, fraction=3)
public void setValue(BigDecimal value) {
this.value = value;
}
}
// Child Form
public class ChildForm extends ParentForm {
@Override
@NumberRange(min=100.0, max=20000.0)
public void setValue(BigDecimal value) {
super.setBdValue(value);
}
}
<IP_ADDRESS>.5. Executing Validation¶
Validation can be executed by calling the method provided by ValidationUtil.
- Implementation examples
First, implement a constructor that takes Map as an argument in the Bean for validation to generate a Bean object from the input value.
Next, implement a static method for performing validation in the Bean for validation. In this method, configure the @ValidateFor annotation, and specify an arbitrary value for identifying validation in the argument.
The validation is executed using ValidationUtil for the processing required for this method.
public class SampleForm { public SampleForm(Map<String, Object> params) { userName = (String) params.get("userName"); birthDay = (String) params.get("birthDay"); age = (Integer) params.get("age"); } @Domain(SampleDomain.NAME) @Required public void setUserName(String userName) { this.userName = userName; } @Domain(SampleDomain.DATE) public void setBirthday(String birthday) { this.birthday = birthday; } @Domain(SampleDomain.AGE) public void setAge(Integer age) { this.age = age; } @ValidateFor("validate") public static void validate(ValidationContext<SampleForm> context) { // Validate userName, birthday and age ValidationUtil.validate(context, new String[] {"userName", "birthday", "age"}); } }
To validate an input value request using the Bean described above, use ValidationUtil as follows: In the case of a web application, validation can be performed more easily by Checking User Input Values for Web Applications.
// Execution of validation // Checks the input parameter request using SampleForm. // // Specifies which validation method of SampleForm is used for validation in the last argument. // Since validate is specified in this example, // validation is executed using the validate method specified in the @ValidateFor annotation of SampleForm. ValidationContext<SampleForm> validationContext = ValidationUtil.validateAndConvertRequest(SampleForm.class, request, "validate"); // If a validation error has occurred, an Exception is thrown with abortIfInvalid validationContext.abortIfInvalid(); // Generates Form using a constructor that takes Map as an argument. // (Form in which the input value request is converted can be acquired) SampleForm form = validationContext.createObject();
<IP_ADDRESS>.6. Performing Explicit Execution of Validation¶
The Executing Validation was performed based on the annotations configured in Bean property (setter), but here, we will describe a method of executing the validation directly instead of configuring the annotations.
In principle, validation is performed using the Executing Validation method, use this method if it is necessary to perform validation individually. For example, if code management pattern is being used and validate is required to be performed by changing the pattern only for a specific screen, then execute validation individually.
- Implementation examples
Explicit validation is executed from the method in which the @ValidateFor annotation for the Bean class is configured. Annotations that can be specified when executing explicit validation are limited to those that implement DirectCallableValidator. (Convertors cannot be specified.)
public class SampleForm { // Attributes omitted @ValidateFor("validate") public static void validate(ValidationContext<SampleForm> context) { ValidationUtil.validate(context, new String[]{"userName", "prefectureCode"}); // Perform required check on the userName ValidationUtil.validate(context, "userName", Required.class); // Specify annotation parameters in Map Map<String, Object> params = new HashMap<String, Object>(); params.put("codeId", "1052"); // Code ID params.put("pattern", "A"); // Code pattern name that is used params.put("messageId", "M4865"); // Error message ID ValidationUtil.validate(context, "prefectureCode", CodeValue.class, params); } }
Important
To perform explicit validation, it is essential to implement validation on the target items in advance. For details, see Executing Validation.
<IP_ADDRESS>.7. Performing Character Type Validation¶
The definition method for character type validation is the same as Bean Validation. For the detailed configuration method, see performing character type validation for Bean Validation. However, see the following since the configuration that allows surrogate pairs is different from Bean Validation.
Note that the annotation being used is @SystemChar, and the fully qualified name is different from Bean Validation (annotation name is the same).
- Allowing Surrogate Pairs
This validation does not allow surrogate pairs by default. (They are not allowed even if the characters for surrogate pairs are explicitly defined in LiteralCharsetDef.)
To allow surrogate pairs, SystemCharValidator#allowSurrogatePair must be configured in the component configuration file as follows.
<component name="systemCharValidator" class="nablarch.core.validation.validator.unicode.SystemCharValidator"> <!-- Allows surrogate pairs --> <property name="allowSurrogatePair" value="true"/> <!-- Other properties are omitted --> </component>
<IP_ADDRESS>.8. Performing Correlation Validation¶
Correlation validation using multiple items is implemented using the method in which the Bean class annotation @ValidateFor is configured. This method first performs validation for each item, then executes validation using multiple items if no error occurs.
- Implementation examples
In this example, correlation validation is performed using mailAddress and confirmMailAddress.
If an error has occurred during correlation validation, explicitly add the message ID indicating the message that must be notified to the user to ValidationContext.
public class SampleForm { @Domain(SampleDomain.MAIL) @Required public void setMailAddress(String mailAddress) { this.mailAddress = mailAddress; } @Domain(SampleDomain.MAIL) @Required public void setConfirmMailAddress(String confirmMailAddress) { this.confirmMailAddress = confirmMailAddress; } @ValidateFor("validate") public static void validate(ValidationContext<SampleForm> context) { // Implement validation of mailAddress and confirmMailAddress ValidationUtil.validate(context, new String[] {"mailAddress", "confirmMailAddress"}); // Correlation not performed validation if an error has occurred if (!context.isValid()) { return; } // Generate form object and implement correlation validation SampleForm form = context.createObject(); if (!Objects.equals(form.mailAddress, form.confirmMailAddress)) { // An error occurs when mailAddress and confirmMailAddress do not match context.addMessage("compareMailAddress"); } } }
<IP_ADDRESS>.9. Performing validation using a function that takes Bean array as the input, such as batch registration¶
There are cases where the same information is input multiple times, such as in batch registration. In such cases, a nested Bean is defined for the Bean for validation.
Configure the @ValidationTarget annotation in the nested Bean setter, and specify the size of the nested Bean. If the number of elements is fixed (determined during compile), specify it in the size attribute. If the number of elements is variable, configure the property name having a size in the sizeKey attribute.
In this example, SampleForm stores AddressForm as an array since the AddressForm information can be inputted in a batch. Also, sizeKey is used since the size is not determined during compile.
public class SampleForm {
private AddressForm[] addressForms;
// Size of addressForms
// Send confidential items from the screen, etc.
private Integer addressSize;
@ValidationTarget(sizeKey = "addressSize")
public void setAddressForms(AddressForm[] addressForms) {
this.addressForms = addressForms;
}
@Domain(SampleDomain.SIZE)
@Required
public void setAddressSize(Integer addressSize) {
this.addressSize = addressSize;
}
@ValidateFor("validate")
public static void validate(ValidationContext<SampleForm> context) {
ValidationUtil.validate(context, new String[] {"addressSize", "addressForms"});
}
}
public class AddressForm {
// Omitted
}
<IP_ADDRESS>.10. Changing validation items based on the selected value of the radio button and list box¶
By using the WebUtil class, validation items can be replaced based on the selected value of the radio button and list box.
In this example, when the value of form.radio sent from the screen is ptn1, only item1 is validated. For values other than ptn1, item1 and item2 are validated.
public class SampleForm {
// Property is omitted
@ValidateFor("validate")
public static void validate(ValidationContext<SampleForm> context) {
if (WebUtil.containsPropertyKeyValue(context, "form.radio", "ptn1")) {
ValidationUtil.validate(context, new String[] {"item1"});
} else {
ValidationUtil.validate(context, new String[] {"item1", "item2"});
}
}
}
Tip
In this example, WebUtil.containsPropertyKeyValue is used to check even the sent value, but to just examine whether the radio button is checked, use WebUtil.containsPropertyKey.
<IP_ADDRESS>.11. To create a validation error message linked to a specific item¶
See to create a validation error message linked to a specific item of Bean Validation.
<IP_ADDRESS>.12. To embed the item name in the message when a validation error occurs¶
To embed the item name in the message, specify the item name of the item for validation using the @PropertyName annotation.
- Implementation examples
Use a pattern character to embed the item name in the message. Since the item name is always specified first, specify {0} where the item name is to be embedded.
required.message = Please enter a {0}.
Configure the annotation @PropertyName that sets the item name along with the validation annotation in the item for validation.
public class SampleForm { @Domain(SampleDomain.NAME) @Required @PropertyName("name") public void setUserName(String userName) { this.userName = userName; } @Domain(SampleDomain.DATE) @PropertyName("birthday") public void setBirthday(String birthday) { this.birthday = birthday; } }
- Generated Message
- In the above implementation, if a required error occurs in the username property, the message generated will be “Please enter name”.
<IP_ADDRESS>.13. Performing Type Conversion to Numeric Type¶
To convert the input value to a numeric type of the Bean class after validation, that item shall always require the @Digits annotation. ※In the case of domain validation, the configuration for domain Enum is required.
Let us assume that the convertors for converting to a numeric type are configured according to the procedure in Configuring Validators and Convertors for Use.
- Implementation examples
In this example, it has been specified in setter, but we recommend specifying it in the domain Enum using domain validation.
public class SampleForm { @PropertyName("age") @Digits(integer = 3) public void setAge(Integer age) { this.age = age; } }
<IP_ADDRESS>.14. Performing Correlation Validation with the Database¶
Correlation validation with the database is performed by business action.
See validation correlation with the Bean validation database for the reason why it is performed with business action.
<IP_ADDRESS>.15. Checking User Input Values for Web Applications¶
The user input values for web applications are checked using InjectForm Interceptor. For details, see InjectForm Interceptor.
<IP_ADDRESS>. Expansion example¶
<IP_ADDRESS>.1. To add a project-specific validator¶
The following steps are required to add a validator.
- Creating an annotation
- Creating a validator
- Registering the validator in a configuration file
The procedure is shown below.
- Creating an annotation
Annotations must satisfy the following conditions.
- Configure the @Validation annotation.
- Configure ElementType.METHOD with the @Target annotation.
- Configure RetentionPolicy.RUNTIME with the @Retention annotation.
@Validation @Target(ElementType.METHOD) @Retention(RetentionPolicy.RUNTIME) public @interface Sample { }
- Creating a validator
The validator implements the Validator interface and implements the validation logic.
public class SampleValidator implements Validator { public Class<? extends Annotation> getAnnotationClass() { return Sample.class; } public <T> boolean validate(ValidationContext<T> context, // Omitted } }
- Registering the validator in a configuration file
- See Configuring Validators and Convertors for Use.
<IP_ADDRESS>.2. To add a project-specific convertor¶
The following steps are required to add a convertor.
- Creating a convertor
- Registering the converter in a configuration file
The procedure is shown below.
- Creating a convertor
The converter implements the Convertor interface and implements the type conversion logic, etc.
public class SampleConvertor implements Convertor { @Override public Class<?> getTargetClass() { return Short.class; } @Override public <T> boolean isConvertible(ValidationContext<T> context, String propertyName, Object propertyDisplayName, Object value, Annotation format) { boolean convertible = true; if (value instanceof String) { try { Short.valueOf((String) value); } catch (NumberFormatException e) { convertible = false; } } else { convertible = false; } if (!convertible) { context.addResultMessage(propertyName, "sampleconvertor.message", propertyDisplayName); } return convertible; } @Override public <T> Object convert(ValidationContext<T> context, String propertyName, Object value, Annotation format) { return Short.valueOf((String) value); } }
- Registering the converter in a configuration file
- See Configuring Validators and Convertors for Use.
<IP_ADDRESS>.3. To change the method of generating a Bean object for validation¶
The following steps are required to change the method of generating a Bean object for validation.
- Create the implementation class FormCreator
- Add the component definition of the created class to ValidationManager.formCreator


No you're not sleeping, it's real
Home Console Video Game System
Released in...
Because of...
If you want the most powerful system available now, showcasing the best graphics at a reasonable price, this system is for you ~ Next Generation Magazine
unlike most controllers, Sega's pad forces the user's hands into an uncomfortable parallel position ~ IGN


A Robotics Club
ARC UW is a newly found robotics RSO at the University of Washington, created in 2016. It competes in VEX competitions and hopes to compete in the World Competition.
University of Washington
STEM
Ideation and Design


Welcome please have a look at what i have to ask you and please answer well!
what is my name?
Am i friendly?
Am i a tourist
How many countries have i visited?


Join us in our first PeopleNXT event. Together we want to explore and learn about The future of HR on tuesday the 24th of March. During this inspiring, informal and interactive event we will interact with each other and our guest speaker. Our goal is to explore what the future will hold for human resource management on both a strategic and technological level.
More events will soon be announced


Give me liberty, or give me death.
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Third Week of RC
Day 4: Public Speaking is a lot like hot sauce
March 7, 2019
My first year out of college, I lived with a housemate, Katie, who put hot sauce on everything. Rice, toast, her morning apple, everything. I also started to eat more hot sauce while I was living with Katie, and I found that my tolerance for it increased faster than expected. After a few months, I, too, enjoyed hot sauce on my toast.
My second year out of college, I worked for the Affordable Care Act (ACA) as an in-person counselor, which meant that I enrolled clients in health insurance and did educational outreach on health reform. Outreach required me to regularly do public speaking, and I quickly became used to speaking in front of groups, including those who didn't always love the ACA. Sure, I sometimes got nervous, but it wasn't much of an issue.
It's been years since I lived with Katie, and since that time, my tolerance for hot sauce has decreased. Similarly, I no longer have a job that includes regular public speaking, and I do feel that my attitude about it has shifted. I presented on debugging dockerized applications this Thursday at Recurse, and I could tell that I was more nervous than I used to get during ACA presentations. However, I know that in the same way tolerance for spicy food can come back, ease with public speaking can come back. I appreciated the opportunity to practice public speaking with a five minute talk, and I plan to do more in the future.


That’s not to say that your time at Ohio University won’t be incredible. Once you learn to cherish walks through College Green when the air is crisp and the autumn leaves are falling, or the never-ending nights with your newfound best friends, you have truly made it.
But all of that greatness and appreciation for OU doesn’t come all at once. It comes in waves. It comes after you passed your first big exam, after you made a late night run to Souvlakis or raced down Morton hill with your roommate. It’s in those moments you begin to love this special town tucked away in Southeast Ohio. But it takes time. To make your transition from high school to college a little easier, here’s 6 pieces of advice to help alleviate some stress and to make your new home feel more like “hOUme.”
Wait a month to go home
The best piece of advice any freshman will receive, is that it is crucial, vital even, practically essential to wait a month to go home. Within the first month of freshman year is when many individuals experience the widest range of emotions, from being homesick, to irritated, to confused, and seemingly, the easiest solution will be to go home. However, it is important to persevere and learn how to tackle those obstacles individually, all while in a new place. This way, you will be better tied to the campus.
Additionally, a plethora of events occur at the beginning of the school year to the point it is impossible to attend them all. Use the first month to try new things, see what you like or don’t like, who you gel with and ultimately, use the first month as a foundational building block for the rest of the semester.
Don’t sweat the small stuff
A lot of change occurs as a freshman.
Looking back, it seemed as if it was the biggest deal if people who lived on your floor were hanging out in someone’s room and you weren’t invited, or a couple friends you briefly met decided to go to the dining hall together. But, the truth is, everyone is just looking for people to surround themselves with, so don’t take it personally, and remember, it definitely won’t matter in the grand scheme of things. You’ll find your people, so don’t force becoming best friends with someone within the first week. Odds are, the two of you will not stay best friends.
On another note, there is so much pressure to succeed and excel in the classroom, but try not to spend all of your time studying. Truthfully, GPA doesn’t even matter that much. What matters is what extracurriculars you’re involved with, so if you got a C+ in that gen-ed class of yours, so be it.
Don’t put too much pressure on yourself
This one goes hand and hand with tip number 2. Don’t take yourself too seriously and don’t put too much pressure on yourself.
The amount of pressure from external forces to make new friends, get good grades, join a worthwhile organization, while still having fun on the weekends, is incredibly immense. So, simply, don’t succumb to it. Prioritize your mental health, and only do things you are comfortable with and things that serve your wellbeing. What’s meant to be, will be, meaning, it doesn’t hurt to sit back and relax. Of course, at times being serious and collected is necessary, but definitely not constantly.
Remember, everyone is in the same boat
This piece of advice is undoubtedly the most important, yet the one that always seems difficult to remember when a situation arises: Everyone. Is. In. The. Same. Boat.
In highschool, there was a popular crowd, and maybe, if you weren’t in that circle of people, you felt ostracized. However, in college, there is no such thing as popularity. There are only crowds of people you relate to and want to spend time with, and those you don’t. If you felt as if your kind of people weren’t anywhere to be found in highschool, they definitely are here at OU. With almost 30,000 students it’s impossible not to make friends if you try hard enough.
And it’s true, you do have to try. The worst mistake you could make is thinking everyone already has friends and isn’t looking for more. That couldn’t be further from the truth. Everyone is searching for their people, who they enjoy hanging out with, so don’t be afraid to reach out to those around you and invite them out on Court Street or even to the library to study. No one knows where they fit in yet on such a big campus, so just remember, you are not alone if you are feeling that way.
Leave your dorm as much as possible
The best way to become acclimated to campus is to explore every inch of it, soak it up and take advantage of all it has to offer. And no, that does not include sitting in your dorm room playing video games 24/7.
Especially when the weather permits, get outside. Outside of the front four on South Green is South Beach with basketball courts and volleyball nets – an ideal way to meet people while staying active. Even if you are swamped with schoolwork, take your laptop to Donkey or sit outside of Front Room at Baker Center to get some fresh air.
Most importantly, get out of your dorm on the weekends. Weekends at OU are a blast and you can’t experience them properly or fully if you’re cooped up inside. Walk up that hill and make your way to Court Street for a guaranteed fun time.
Patience is a virtue
Good things take time. Everyone knows the saying, but it’s true. It seems like every upperclassman at OU truly has it together: good grades, an organization they’re heavily involved with, a good group of friends and ultimately loves Athens. But if you were to ask them if they felt the same way on the first day they arrived on campus, odds are they would tell you no.
Why is that? Because good things take time, and they were once too a freshman who was homesick, afraid they wouldn’t make friends, cried when they got their first C+ and believed maybe this place wasn’t for them. But with patience and a good attitude, that changes. And I know first handedly it does because I was that freshman and my friends were also that freshman.


Assigning
[Using finite domain integers]
Enumerations | |
| enum | Gecode::IntAssign { Gecode::INT_ASSIGN_MIN, Gecode::INT_ASSIGN_MED, Gecode::INT_ASSIGN_MAX } |
| Which value to select for assignment. More... | |
Functions | |
| void | Gecode::assign (Space *home, const IntVarArgs &x, IntAssign vals) |
| Assign all x with value selection vals. |
Enumeration Type Documentation
| enum Gecode::IntAssign |
Function Documentation
| void Gecode::assign | ( | Space * | home, | |
| const IntVarArgs & | x, | |||
| IntAssign | vals | |||
| ) |